diff --git a/cbz/evidence/g12-statement-fuzz-01n/README.md b/cbz/evidence/g12-statement-fuzz-01n/README.md index 9f9d05cd3..4792b2efd 100644 --- a/cbz/evidence/g12-statement-fuzz-01n/README.md +++ b/cbz/evidence/g12-statement-fuzz-01n/README.md @@ -492,6 +492,41 @@ whose equalities are decided by the linear independence of the e^q over ℚ for enclosures do not decide — in particular an equality between two enclosed values — is UNSUPPORTED, never PASS"; the coverage row for the census becomes `3,782 | 40 PASS | 233 CORROBORATED | 0 FAIL | 3,509 UNSUPPORTED`; the test count becomes 106. +**Dependency definitions in census mode (6 November; unit `CBZ0-G12-DEPS-01N-20261106`; +[`census_math_dfa9b30a_20261106_deps/`](census_math_dfa9b30a_20261106_deps/CENSUS.md)).** The census evaluated each of the 16 +Lean groups on its own, so a statement in `specifications/lean_statement_proofs_20261011` about `pStar`, `hStar`, `rhoStar`, +`epsilon`, `phi`, `binomTail` or `pairingSum` — constants and functions *defined* in `specifications/lean_statements_20261010`, +a Lake path dependency (`lakefile.toml`: `path = "../lean_statements_20261010"`) — was UNSUPPORTED "unknown name", as were the +companions' statements about `ResearchFormalCoreR1.d2Schur` from `formal/`. `--defs-from ` (repeatable) adds a dependency +directory's `.lean` files to the group's definition pool — definitions, carrier types and type abbreviations, never targets — +under the unchanged resolution rule (a statement's own module first, then the pool when exactly one definition carries the +qualified name, otherwise UNSUPPORTED "ambiguous definition"; a dependency file byte-identical to a group file is skipped and +recorded). The dependency table is derived from the groups' `import` lines, transitively (16 groups → the table in CENSUS.md +and `run_census.sh`), and every `import` of a target module is accounted for in the report: a group file, a dependency file, +a library prefix (`Mathlib`, `Init`, `Lean`, `Std`, `Batteries` …), or listed under `unresolved_imports` (modules the archive +does not carry: `Lifetime`, `ReusedCompactFrontier`, `RegularPointChart` …). The report records the dependency files' SHA-256 +(`defs_from.file_sha256`), so a receipt binds the definitions it read. Two resource caps came with the larger reach, both +Infeasible — counted, never a verdict, never a float: a `∑`/`∏` over more than 4,096 indices (a sampled `Finset.range 65536` +of binomials), and an instance whose exact results exceed 20,000,000 bits in total (`binomTail 10^6 65535 c`, `pairingSum 5000 +(10^6)`); the baseline census re-run with the caps alone is identical to `census_math_dfa9b30a_20261106_trans/` per target. + +Result: **66 PASS · 273 CORROBORATED · 0 FAIL · 3,443 UNSUPPORTED** — 66 verdicts moved, all from UNSUPPORTED (26 → PASS, +40 → CORROBORATED), **none to FAIL on these kernel-proved statements**, no earlier verdict changed +(`verdict_changes_20261106_trans_to_deps.json`). The gains are the P15 price-boundary constants (`pStar_pos`, `pStar_gt_half`, +`pStar_lt_one`, `one_lt_hStar`, `seven_sixths_lt_hStar`, `rhoStar_lt_six_sevenths`, `f3_rhoStar_lt_upper`, +`f3_lower_lt_rhoStar`, `f3_upper_lt_six_sevenths`, `f2_rhoStar_nonneg`, `binomTail_three_one` — closed, PASS), the `binomTail` +and `phi` inequalities (`binomTail_pos`, `binomTail_le_of_le`, `binomTail_succ_left`, `phi_le_div`, `le_phi_self`, `f7_phi_*`, +`f8_prod_phi_le_one`), the Side24 integrand-ratio facts about `epsilon = 10⁻¹⁰⁸` (`ir_epsilon_pos`, `ir_epsilon_lt`, +`ir_exponentA_two` … `ir_exponentB_three`, `ir_lower_rational`, `ir_upper_rational` — PASS), `ib_final_constant`, `co_margin`, +the `pairingSum` monotonicity and bounds, the W3 scratch links `d2DetV_eq_*`, `d2Schur_eq_srcSchur`, `d2Tau_eq_srcTau`, and the +companions' `schur_no_upper`, `schur_from_lower_inputs`, `residual_integral_eq_delta`, `zero_atom_counterexample`. Tests 106 → +**108** (`CensusModeTests`: the dependency pool with a Lake-style layout — resolution, shadowing by the module's own definition, +byte-identical skip, import accounting, the ambiguity rule across dependency and group; the big-operator and work caps with a +`pairingSum` fixture). Package receipts are unchanged (the caps change no package verdict). Review (01SHCrxv, 759/6680798254, PASS): pooled +dependency files are keyed `/`, a prefix no group path can produce, so a group subdirectory named +like a dependency root, or two dependency roots with the same basename, can no longer collide and overwrite a pooled file +(P3, latent — zero collisions in the census configuration); the collision cases are tests now. + ## Proposed gate row and registry entries (for Root; B-003) **§10 gate matrix, new row:** diff --git a/cbz/evidence/g12-statement-fuzz-01n/census_math_dfa9b30a_20261106_deps/CENSUS.md b/cbz/evidence/g12-statement-fuzz-01n/census_math_dfa9b30a_20261106_deps/CENSUS.md new file mode 100644 index 000000000..fff9625c0 --- /dev/null +++ b/cbz/evidence/g12-statement-fuzz-01n/census_math_dfa9b30a_20261106_deps/CENSUS.md @@ -0,0 +1,469 @@ +# G12 census of Math- at `dfa9b30a` with dependency definitions (`--defs-from`; 6 November 2026) + +**What this is.** The census of [`census_math_dfa9b30a_20261106_trans/`](../census_math_dfa9b30a_20261106_trans/CENSUS.md) +(the transcendental backend, main#757) re-taken with `tools/cbz/statement_fuzz.py --lean-dir --defs-from …`: +each group now pools the definitions, carrier types and type abbreviations of the groups its `import` lines name, transitively +(the table below is derived from the import lines of the 16 groups; `run_census.sh` carries it), under the same resolution +rule as before — a statement's own module first, then the pool when exactly one definition carries the qualified name, +otherwise UNSUPPORTED "ambiguous definition". A dependency's theorems are never targets; every `import` of a target module is +accounted for (group file, dependency file, or a library prefix) and the unresolved ones are listed in each report +(`unresolved_imports`: modules the archive does not carry, such as `Lifetime`, `RegularPointChart`). Two resource caps were +added with it, both Infeasible (counted, never a verdict, never a float): a `∑`/`∏` over more than 4,096 indices, and an +instance whose exact results exceed 20,000,000 bits in total (`binomTail 10^6 65535 c`-style sums of binomials; the baseline +census re-run with the caps alone is identical to the stored receipts per target). Same source archive, same 16 groups, +seed 1, 64 samples; `verdict_changes_20261106_trans_to_deps.json` lists every verdict (and every WEAK flag) that moved. + +**Result: 3,782 declarations — 66 PASS · 273 CORROBORATED · 0 FAIL · 3,443 UNSUPPORTED** +(transcendental census: 40 · 233 · 0 · 3,509). **66 verdicts moved, 66 of them from +UNSUPPORTED**: 26 to PASS and 40 to CORROBORATED; **0 to FAIL** — every one of these statements is kernel-proved, so a FAIL +would have been a reader defect. No previously decided verdict changed. By group: `specifications/lean_statement_proofs_20261011` 48, `reviews/w3_side24_source_proposal_20261008` 13, `companions/d2_moment_bridge_20261006` 3, `companions/d2_square_schur_20261006` 2. +The gains are the statements about the specification's constants and functions — `pStar = 1 − e⁻¹`, `hStar`, `rhoStar`, +`epsilon = 10⁻¹⁰⁸`, `phi`, `binomTail`, `pairingSum`, `imageConstant`, the `d2Schur`/`d2DetV` family — which the proofs +groups import from `specifications/lean_statements_20261010` and `formal/` and which the census could not see before. +6 CORROBORATED verdicts carry the WEAK flag (5 before). + +| Group | Declarations | PASS | CORROBORATED | FAIL | UNSUPPORTED | transcendental census (P · C · U) | +|---|---:|---:|---:|---:|---:|---| +| `formal` | 63 | 3 | 56 | 0 | 4 | 3 · 56 · 4 | +| `frontiers/source_derivative_gaussian_20261025` | 2225 | 9 | 104 | 0 | 2112 | 9 · 104 · 2112 | +| `frontiers/source_lifetime_realization_20261017` | 182 | 0 | 4 | 0 | 178 | 0 · 4 · 178 | +| `specifications/lean_statement_proofs_20261011` | 559 | 49 | 44 | 0 | 466 | 25 · 20 · 514 | +| `frontiers/source_smooth_realization_20261011` | 122 | 0 | 3 | 0 | 119 | 0 · 3 · 119 | +| `frontiers/determinant_moment_20261025` | 85 | 0 | 24 | 0 | 61 | 0 · 24 · 61 | +| `frontiers/compact_morse_elder_adapter_20261018` | 121 | 0 | 2 | 0 | 119 | 0 · 2 · 119 | +| `frontiers/regular_superlevel_geometry_20261020` | 23 | 0 | 0 | 0 | 23 | 0 · 0 · 23 | +| `frontiers/asymmetric_elder_bridge_20261017` | 31 | 0 | 2 | 0 | 29 | 0 · 2 · 29 | +| `companions/torus_filtration_20261011` | 130 | 1 | 0 | 0 | 129 | 1 · 0 · 129 | +| `specifications/lean_statements_20261010` | 0 | 0 | 0 | 0 | 0 | 0 · 0 · 0 | +| `reviews/w3_side24_source_proposal_20261008` | 77 | 1 | 22 | 0 | 54 | 0 · 10 · 67 | +| `companions/d2_square_schur_20261006` | 4 | 0 | 4 | 0 | 0 | 0 · 2 · 2 | +| `companions/d2_atom_integral_20261006` | 6 | 0 | 0 | 0 | 6 | 0 · 0 · 6 | +| `companions/d2_moment_bridge_20261006` | 16 | 1 | 5 | 0 | 10 | 0 · 3 · 13 | +| `frontiers/cap_first_exit_lean_20261002` | 138 | 2 | 3 | 0 | 133 | 2 · 3 · 133 | + +## Dependency definitions pooled per group (from the groups' `import` lines, transitive) + +| Group | `--defs-from` | +|---|---| +| `formal` | — | +| `frontiers/source_derivative_gaussian_20261025` | `companions/torus_filtration_20261011`, `frontiers/asymmetric_elder_bridge_20261017`, `frontiers/determinant_moment_20261025`, `frontiers/source_lifetime_realization_20261017`, `frontiers/source_smooth_realization_20261011`, `specifications/lean_statements_20261010` | +| `frontiers/source_lifetime_realization_20261017` | `frontiers/source_smooth_realization_20261011` | +| `specifications/lean_statement_proofs_20261011` | `specifications/lean_statements_20261010` | +| `frontiers/source_smooth_realization_20261011` | — | +| `frontiers/determinant_moment_20261025` | — | +| `frontiers/compact_morse_elder_adapter_20261018` | `companions/torus_filtration_20261011`, `frontiers/asymmetric_elder_bridge_20261017`, `frontiers/source_lifetime_realization_20261017`, `frontiers/source_smooth_realization_20261011`, `specifications/lean_statements_20261010` | +| `frontiers/regular_superlevel_geometry_20261020` | — | +| `frontiers/asymmetric_elder_bridge_20261017` | `companions/torus_filtration_20261011`, `specifications/lean_statements_20261010` | +| `companions/torus_filtration_20261011` | `specifications/lean_statements_20261010` | +| `specifications/lean_statements_20261010` | — | +| `reviews/w3_side24_source_proposal_20261008` | `formal` | +| `companions/d2_square_schur_20261006` | `formal` | +| `companions/d2_atom_integral_20261006` | `companions/d2_moment_bridge_20261006`, `companions/d2_square_schur_20261006`, `formal` | +| `companions/d2_moment_bridge_20261006` | `formal` | +| `frontiers/cap_first_exit_lean_20261002` | — | + + +## Why UNSUPPORTED (classes, all groups) + +| Class | Declarations | transcendental census | +|---|---:|---:| +| binder outside the interpreter | 2177 | 2177 | +| definition result type outside the interpreter | 251 | 197 | +| proposition outside the interpreter | 203 | 215 | +| unparsed statement | 153 | 153 | +| other | 110 | 106 | +| definition outside the interpreter | 108 | 72 | +| existential quantifier | 97 | 97 | +| structural conclusion | 92 | 92 | +| Mathlib notation | 71 | 71 | +| unknown function | 63 | 138 | +| hypothesis outside the interpreter | 51 | 51 | +| enclosures do not decide the statement | 23 | 21 | +| unbounded quantifier inside the statement | 12 | 12 | +| unknown name | 10 | 91 | +| real exponent (Real.rpow) | 8 | 3 | +| quantifier over an unsupported type | 5 | 4 | +| ascription to an unsupported type | 4 | 4 | +| application outside the interpreter | 3 | 3 | +| no sample satisfied the hypotheses | 2 | 2 | + +The remaining binder types are structures and function spaces (`SmoothSample 2 L`, `E d`, `IsUnit (…)`, +`RealizedData X`, `ℝ → ℝ`, `superlevelBar_E d → ℝ`, `(Fin 2 → ℝ) → ℝ`, `SourceMode 2` …), existential quantifiers, +structural conclusions and `∃`/`∑'`/`*ᵥ` notation — none is a target of this tool yet. `unknown name` / `unknown function` +now hold only names the archive does not define anywhere in the group's dependency closure (modules the archive lacks, +`fderiv`, `iteratedDeriv`, `Metric.ball`, structure projections …). + +## Every PASS / CORROBORATED statement by group (new ones marked) + +**`formal`** +- CORROBORATED: `ResearchFormalCoreR1.ec005_fold_gap` +- CORROBORATED: `ResearchFormalCoreR1.ec008_factor_expansion` +- CORROBORATED: `ResearchFormalCoreR1.ec010_generic` +- CORROBORATED: `ResearchFormalCoreR1.ec010_transverse` +- CORROBORATED: `ResearchFormalCoreR1.ec011_scalar_cancellation` +- CORROBORATED: `ResearchFormalCoreR1.ec014_contact_power` +- CORROBORATED: `ResearchFormalCoreR1.d2_schur_numerator` +- CORROBORATED: `ResearchFormalCoreR1.d2_det_axis` +- CORROBORATED: `ResearchFormalCoreR1.d2_det_diagonal` +- CORROBORATED: `ResearchFormalCoreR1.d2_det_interpolation` +- CORROBORATED: `ResearchFormalCoreR1.d2_schur_ratio` +- CORROBORATED: `ResearchFormalCoreR1.d2_numerator_pos` +- CORROBORATED: `ResearchFormalCoreR1.d2_det_pos` +- CORROBORATED: `ResearchFormalCoreR1.d2_schur_pos` +- CORROBORATED: `ResearchFormalCoreR1.d2_det_le_endpoint_max` +- CORROBORATED: `ResearchFormalCoreR1.d2_schur_endpoint_lower` +- CORROBORATED: `ResearchFormalCoreR1.d2_tau_cumulant_eq` +- CORROBORATED: `ResearchFormalCoreR1.d2_tau_axis` +- CORROBORATED: `ResearchFormalCoreR1.d2_tau_diagonal` +- CORROBORATED: `ResearchFormalCoreR1.d2_tau_pos` +- CORROBORATED: `ResearchFormalCoreR1.d2_gaussian_control` +- PASS: `ResearchFormalCoreR1.d2_degenerate_control` +- CORROBORATED: `ResearchFormalCoreR1.p02_lm008_integral_cs` +- CORROBORATED: `ResearchFormalCoreR1.p02_lm008_event_cs` +- CORROBORATED: `ResearchFormalCoreR1.p02_lm008_event_numerator` +- CORROBORATED: `ResearchFormalCoreR1.p02_lm008_measure_transfer` +- CORROBORATED: `ResearchFormalCoreR1.p02_lm009_measure_transfer_r8_to_r3` +- PASS: `ResearchFormalCoreR1.p02_lm008_sqrt_counterexample` +- PASS: `ResearchFormalCoreR1.p02_lm008_upper_normalizer_counterexample` +- CORROBORATED: `ResearchFormalCoreR1.p02_lm009_moment40_tail_finite` +- CORROBORATED: `ResearchFormalCoreR1.p02_lm009_moment40_tail_of_finite` +- CORROBORATED: `ResearchFormalCoreR1.p02_lm009_markov_event` +- CORROBORATED: `ResearchFormalCoreR1.p02_lm009_badJet_subset` +- CORROBORATED: `ResearchFormalCoreR1.p02_lm009_moment40_tail` +- CORROBORATED: `ResearchFormalCoreR1.p02_lm009_moment40_weighted_r4` +- CORROBORATED: `ResearchFormalCoreR1.p02_lm009_moment40_weighted_r3` +- CORROBORATED: `ResearchFormalCoreR1.p02_lm008_r2_cancel` +- CORROBORATED: `ResearchFormalCoreR1.p02_lm008_cross_multiplied` +- CORROBORATED: `ResearchFormalCoreR1.p02_lm008_quotient_bound` +- CORROBORATED: `ResearchFormalCoreR1.p02_lm009_bad_event_threshold` +- CORROBORATED: `ResearchFormalCoreR1.p02_lm009_power40_identity` +- CORROBORATED: `ResearchFormalCoreR1.p02_lm009_r4_le_r3` +- CORROBORATED: `ResearchFormalCoreR1.p02_lm009_palm_r4_to_r3` +- CORROBORATED: `ResearchFormalCoreR1.weightPerturbation_integral` +- CORROBORATED: `ResearchFormalCoreR1.weightPerturbation_setIntegral` +- CORROBORATED: `ResearchFormalCoreR1.weightPerturbation_normalizer_lower` +- CORROBORATED: `ResearchFormalCoreR1.weightPerturbation_event_integral_bounds` +- CORROBORATED: `ResearchFormalCoreR1.weightPerturbation_quotient_bound` +- CORROBORATED: `ResearchFormalCoreR1.weightedLaw_event_perturbation` +- CORROBORATED: `ResearchFormalCoreR1.weightedLaw_event_perturbation_r2` +- CORROBORATED: `ResearchFormalCoreR1.weightedLaw_apply` +- CORROBORATED: `ResearchFormalCoreR1.weightedLaw_isProbabilityMeasure` +- CORROBORATED: `ResearchFormalCoreR1.weightedLaw_event_real` +- CORROBORATED: `ResearchFormalCoreR1.weightedLaw_absolutelyContinuous` +- CORROBORATED: `ResearchFormalCoreR1.weightedLaw_congr_ae` +- CORROBORATED: `ResearchFormalCoreR1.weightedLaw_zero` +- CORROBORATED: `ResearchFormalCoreR1.weightedLaw_one` +- CORROBORATED: `ResearchFormalCoreR1.p02_lm008_probability_transfer` +- CORROBORATED: `ResearchFormalCoreR1.p02_lm009_probability_transfer_r8_to_r3` + +**`frontiers/source_derivative_gaussian_20261025`** +- CORROBORATED: `AdaptiveFoldBoundaryPath.side_drop_le` +- CORROBORATED: `AdaptiveFoldTransverseRidge.abs_neg_div_le_of_le_neg` +- CORROBORATED: `I4GaussianMajorant.exp_mul_abs_le` +- CORROBORATED: `I4SourceActualFoldCandidate.planar_quadratic_complete_square` +- CORROBORATED: `SourceActualFoldH0.fold_interval_endpoints` +- CORROBORATED: `I4SourceActualMorseLocalModel.point2_decomp` +- PASS: `I4SourceActualMorseLocalModel.fixture_scale_ne` +- CORROBORATED: `I4SourceActualMorseLocalModel.fixture_point_sq_pos` +- CORROBORATED: `I4SourceActualQuotientSaddleCollar.sc64_weighted_positive` +- CORROBORATED: `I4SourceActualQuotientSaddleCollar.sc64_positive_cone_iff` +- CORROBORATED: `I4SourceActualQuotientSaddleCollar.sc64_negative_cone_iff` +- CORROBORATED: `I4SourceActualSaddleUppercuts.ug65_square_mono` +- CORROBORATED: `I4SourceActualSaddleUppercuts.ug65_square_of_abs_le` +- CORROBORATED: `I4SourceActualSaddleUppercuts.ug65_reflect_involutive` +- CORROBORATED: `I4SourceAdaptiveFoldChart.chart_endpointM` +- CORROBORATED: `I4SourceAdaptiveFoldChart.chart_endpointS` +- CORROBORATED: `SourceCompactFoldWeightedProbability.sourceCompactCutoffA_nonneg` +- CORROBORATED: `SourceCompactFoldWeightedProbability.varying_cutoff_failure_inclusion` +- CORROBORATED: `SourceCompactGapNormalizer.gaussianCompactLowerConstant_pos` +- CORROBORATED: `I4SourceCompactTargetMoments.sourceGapPins_one_sixth` +- CORROBORATED: `I4SourceCompactTargetMoments.sourceGapPins_eq_confluent` +- CORROBORATED: `I4SourceCompactTargetMoments.sourceGapPins_norm_le` +- CORROBORATED: `I4SourceConfluentLimits.average_norm_le` +- CORROBORATED: `I4SourceConfluentPins.rawTransform_confluentTransform` +- CORROBORATED: `I4SourceConfluentPins.confluentTransform_rawTransform` +- CORROBORATED: `I4SourceEndpointEstimates.sourcePhysicalCoordinates_inverse` +- CORROBORATED: `I4SourceEndpointHessianWitness.sourceC_ne_zero` +- CORROBORATED: `I4SourceEndpointHessianWitness.pinMultiplier_value` +- CORROBORATED: `SourceFoldWeightedProbability.sourceScale_pos` +- CORROBORATED: `SourceFoldWeightedProbability.sourceCutoffEps_pos` +- CORROBORATED: `SourceFoldWeightedProbability.sourceCutoffA_nonneg` +- CORROBORATED: `SourceFoldWeightedProbability.cutoff_failure_inclusion` +- CORROBORATED: `I4SourceFramedConfluentCovariance.average_abs_le` +- CORROBORATED (WEAK): `I4SourceFramedConfluentCovariance.ct58_lower_inverse` +- CORROBORATED (WEAK): `I4SourceFramedConfluentCovariance.ct58_frame_delta_four` +- CORROBORATED: `I4SourceFramedConfluentCovariance.compact_quad_smul` +- CORROBORATED: `I4SourceFramedConfluentCovariance.compact_square_nonneg` +- CORROBORATED: `I4SourceFramedConfluentCovariance.compact_square_eq_zero` +- PASS: `I4SourceGapConditionalMorseDistinct.source_directionX_eq` +- PASS: `I4SourceGapConditionalMorseDistinct.source_directionY_eq` +- CORROBORATED: `I4SourceGapConditionalMorseDistinct.constraintSquare_pos_iff` +- CORROBORATED: `I4SourceIntrinsicH0WeightedProbability.planar_det_neg_of_signs` +- CORROBORATED: `I4ActualSourceMorse.sourceC_ne_zero` +- PASS: `I4ActualSourceMorse.morseDirectionX_eq` +- PASS: `I4ActualSourceMorse.morseDirectionY_eq` +- PASS: `I4SourcePinCurvatureBounds.directionX_norm_le_one` +- PASS: `I4SourcePinCurvatureBounds.directionY_norm_le_one` +- CORROBORATED: `I4SourcePinCurvatureBounds.axis_point_sub_norm_le` +- CORROBORATED: `I4SourcePinCurvatureBounds.endpoint_det_abs_le` +- CORROBORATED: `I4SourcePinCurvatureBounds.curvature_slab_of_upper` +- CORROBORATED: `I4ActualQuarticTransfer.corrected_axial_constant` +- CORROBORATED: `I4SourcePinPreservingQuartic.euclidean_two_norm_sq` +- CORROBORATED: `I4SourcePinPreservingQuartic.euclidean_two_norm_le_abs_sum` +- CORROBORATED: `I4SourcePinPreservingQuartic.euclidean_two_norm_le_two_mul` +- PASS: `I4SourcePinPreservingQuartic.coordinateDirection_zero` +- PASS: `I4SourcePinPreservingQuartic.coordinateDirection_one` +- CORROBORATED: `I4SourcePinPreservingQuartic.coordinate_decomposition` +- CORROBORATED: `I4SourcePinPreservingQuartic.one_le_quarticFstar` +- CORROBORATED: `I4SourcePinPreservingQuartic.quarticWidth_pos` +- CORROBORATED: `I4SourcePinPreservingQuartic.cutoff_raw_regularity` +- CORROBORATED: `I4SourcePinPreservingQuartic.cutoff_scaled_error_budget` +- CORROBORATED: `I4SourcePinPreservingQuartic.cutoff_adaptive_tolerance` +- CORROBORATED: `I4SourcePinPreservingQuartic.cutoff_quarticWidth_tolerance` +- CORROBORATED: `I4SourcePinPreservingQuartic.cutoff_curvature_threshold` +- CORROBORATED: `I4SourcePinPreservingQuartic.certificate_width_geometry` +- CORROBORATED: `I4SourcePinPreservingQuartic.plane_decompose` +- CORROBORATED (WEAK): `I4SourcePinPreservingQuartic.coordinateDirection_norm_le_one` +- CORROBORATED: `I4SourcePinPreservingQuartic.quartic_strip_in_ball_two` +- CORROBORATED: `I4QuarticCaptureAlgebra.rawRadius_one_le` +- CORROBORATED: `I4QuarticCaptureAlgebra.rawRadius_pos` +- CORROBORATED: `I4QuarticCaptureAlgebra.rawRadius_sum_abs_eq` +- CORROBORATED: `I4QuarticCaptureAlgebra.rawRadius_coord_abs_le_sub_one` +- CORROBORATED: `I4QuarticCaptureAlgebra.rawRadius_coord_abs_le` +- CORROBORATED: `I4QuarticCaptureAlgebra.captureWidth_pos` +- CORROBORATED: `I4QuarticCaptureAlgebra.captureFstar_le_radius` +- CORROBORATED: `I4QuarticCaptureAlgebra.captureWidth_radius_le` +- CORROBORATED: `I4QuarticCaptureAlgebra.captureWidth_le` +- CORROBORATED: `I4QuarticCaptureAlgebra.captureWidth_le_one_sixteenth` +- CORROBORATED: `I4QuarticCaptureAlgebra.captureWidth_radius_le_one_sixtyfourth` +- CORROBORATED: `I4QuarticCaptureAlgebra.captureSigma_pos` +- CORROBORATED: `I4QuarticCaptureAlgebra.captureSigma_le` +- CORROBORATED: `I4QuarticCaptureAlgebra.four_captureWidth_le_captureSigma` +- CORROBORATED: `I4QuarticCaptureAlgebra.abs_mul_three_le` +- CORROBORATED: `I4QuarticCaptureAlgebra.abs_mul_two_le` +- CORROBORATED: `I4QuarticCaptureAlgebra.abs_add_six_le` +- CORROBORATED: `I4QuarticCaptureAlgebra.abs_add_five_le` +- CORROBORATED: `I4QuarticCaptureAlgebra.strip_coordinate_bounds` +- CORROBORATED: `I4QuarticCaptureAlgebra.quartic_transverse_forcing_bound` +- CORROBORATED: `I4QuarticCaptureAlgebra.abs_mul_four_le` +- CORROBORATED: `I4QuarticCaptureAlgebra.quartic_transverse_remainder_bound` +- CORROBORATED: `I4QuarticCaptureAlgebra.quartic_axial_remainder_bound` +- CORROBORATED: `I4QuarticCaptureAlgebra.width_identity` +- CORROBORATED: `I4SourceRemoteJetWitness.annihilator_pin_values` +- CORROBORATED: `I4SourceRemoteJetWitness.sourceC_ne_zero` +- CORROBORATED: `I4SourceTwoRemoteFirstJetWitness.sourceC_ne_zero` +- CORROBORATED: `ResearchFormalCoreR1.dm2_scale` +- CORROBORATED: `ResearchFormalCoreR1.dm2_factors` +- CORROBORATED: `ResearchFormalCoreR1.dm2_untyped` +- CORROBORATED: `ResearchFormalCoreR1.egm_coordinate_bound` +- CORROBORATED: `ResearchFormalCoreR1.egm_factor_bound` +- CORROBORATED: `ResearchFormalCoreR1.egm_untyped` +- CORROBORATED: `ResearchFormalCoreR1.enb_maximum_factor` +- CORROBORATED: `ResearchFormalCoreR1.enb_saddle_iff` +- CORROBORATED: `ResearchFormalCoreR1.gm8_finite_radius_power_bound` +- CORROBORATED: `ResearchFormalCoreR1.gm8_sqrt_pow` +- CORROBORATED: `ResearchFormalCoreR1.nfloor_contact_value` +- CORROBORATED: `I4Weights.productDecay_eq_exp` +- CORROBORATED: `I4Weights.frequency_l1_le_product` +- CORROBORATED: `I4Weights.sourceA_pos` +- CORROBORATED: `TorusFiltration.superlevel_mono` +- CORROBORATED: `TorusFiltration.superlevel_neg_height` +- CORROBORATED: `TorusFiltration.elder_control_birth` +- CORROBORATED: `TorusFiltration.elder_control_death` + +**`frontiers/source_lifetime_realization_20261017`** +- CORROBORATED: `I4ThetaBridge.shifted_gaussian_le` +- CORROBORATED: `I4Weights.productDecay_eq_exp` +- CORROBORATED: `I4Weights.frequency_l1_le_product` +- CORROBORATED: `I4Weights.sourceA_pos` + +**`specifications/lean_statement_proofs_20261011`** +- CORROBORATED: `UniversalLaw.Proofs.P15Budget.Aux.le_cappedHazard_of` — new +- CORROBORATED: `UniversalLaw.Proofs.P15Budget.Aux.phi_le_div` — new +- CORROBORATED: `UniversalLaw.Proofs.P15Budget.Aux.quarter_pow_identity` +- CORROBORATED: `UniversalLaw.Proofs.P15Budget.Aux.quarter_ratio_le` +- PASS: `UniversalLaw.Proofs.P15Budget.Aux.log_benchmark_le` +- PASS: `UniversalLaw.Proofs.P15Elementary.Aux.two_lt_exp_one` +- PASS: `UniversalLaw.Proofs.P15Elementary.Aux.three_exp_sub_two_pos` +- PASS: `UniversalLaw.Proofs.P15Elementary.Aux.exp_two_eq` +- PASS: `UniversalLaw.Proofs.P15Elementary.Aux.exp_neg_two_eq` +- PASS: `UniversalLaw.Proofs.P15Elementary.Aux.exp_neg_three_eq` +- PASS: `UniversalLaw.Proofs.P15Elementary.Aux.log_three_exp_sub_two_lt_two` +- PASS: `UniversalLaw.Proofs.P15Elementary.Aux.one_lt_hStar` — new +- PASS: `UniversalLaw.Proofs.P15Elementary.Aux.taylor_sum_eq` +- PASS: `UniversalLaw.Proofs.P15Elementary.Aux.exp_eleven_sixths_gt` +- PASS: `UniversalLaw.Proofs.P15Elementary.Aux.three_exp_sub_two_lt` +- PASS: `UniversalLaw.Proofs.P15Elementary.Aux.log_three_exp_sub_two_lt` +- PASS: `UniversalLaw.Proofs.P15Elementary.Aux.seven_sixths_lt_hStar` — new +- PASS: `UniversalLaw.Proofs.P15Elementary.Aux.rhoStar_lt_six_sevenths` — new +- PASS: `UniversalLaw.Proofs.P15Elementary.Aux.pStar_pos` — new +- PASS: `UniversalLaw.Proofs.P15Elementary.Aux.pStar_gt_half` — new +- PASS: `UniversalLaw.Proofs.P15Elementary.Aux.pStar_lt_one` — new +- CORROBORATED: `UniversalLaw.Proofs.P15Elementary.Aux.binomTail_succ_left` — new +- CORROBORATED: `UniversalLaw.Proofs.P15Elementary.Aux.binomTail_antitone_step` — new +- CORROBORATED: `UniversalLaw.Proofs.P15Elementary.Aux.binomTail_le_of_le` — new +- CORROBORATED: `UniversalLaw.Proofs.P15Elementary.Aux.binomTail_pos` — new +- PASS: `UniversalLaw.Proofs.P15Elementary.Aux.binomTail_three_one` — new +- CORROBORATED: `UniversalLaw.Proofs.P15Elementary.Aux.binomTail_odd_chain` — new +- CORROBORATED: `UniversalLaw.Proofs.P15Hazard.Aux.neg_log_one_sub_ge` +- CORROBORATED: `UniversalLaw.Proofs.P15Hazard.Aux.le_phi_self` — new +- PASS: `UniversalLaw.Proofs.P15Interpolation.Aux.f3_exp_one_gt` +- PASS: `UniversalLaw.Proofs.P15Interpolation.Aux.f3_exp_one_lt` +- PASS: `UniversalLaw.Proofs.P15Interpolation.Aux.f3_exp_xU_ge` +- PASS: `UniversalLaw.Proofs.P15Interpolation.Aux.f3_exp_xL_le` +- PASS: `UniversalLaw.Proofs.P15Interpolation.Aux.f3_log_lt` +- PASS: `UniversalLaw.Proofs.P15Interpolation.Aux.f3_lt_log` +- PASS: `UniversalLaw.Proofs.P15Interpolation.Aux.f3_hStar_pos` +- PASS: `UniversalLaw.Proofs.P15Interpolation.Aux.f3_rhoStar_lt_upper` — new +- PASS: `UniversalLaw.Proofs.P15Interpolation.Aux.f3_lower_lt_rhoStar` — new +- PASS: `UniversalLaw.Proofs.P15Interpolation.Aux.f3_upper_lt_six_sevenths` — new +- CORROBORATED: `UniversalLaw.Proofs.P15Interpolation.Aux.cc_affineExp_pos` +- CORROBORATED: `UniversalLaw.Proofs.P15Interpolation.Aux.f6_one_sub_exp_neg_mem` +- CORROBORATED: `UniversalLaw.Proofs.P15Interpolation.Aux.f7_phi_nonneg` — new +- CORROBORATED: `UniversalLaw.Proofs.P15Interpolation.Aux.f7_phi_le_one` — new +- CORROBORATED: `UniversalLaw.Proofs.P15Interpolation.Aux.f7_phi_mem` — new +- CORROBORATED: `UniversalLaw.Proofs.P15Interpolation.Aux.f7_one_sub_exp_neg_phi_nonneg` — new +- CORROBORATED: `UniversalLaw.Proofs.P15Interpolation.Aux.f8_prod_phi_le_one` — new +- CORROBORATED: `UniversalLaw.Proofs.P15Interpolation.Aux.bi_prod_phi_nonneg` — new +- PASS: `UniversalLaw.Proofs.P15Interpolation.Aux.f2_rhoStar_nonneg` — new +- CORROBORATED: `UniversalLaw.Proofs.P15Structure.Aux.neg_log_one_sub_gt` +- CORROBORATED: `UniversalLaw.Proofs.RNCluster.Aux.rc_poissonPMF_zero` — new +- CORROBORATED: `UniversalLaw.Proofs.RNCluster.Aux.rc_poissonPMF_one` — new +- CORROBORATED: `UniversalLaw.Proofs.RNCluster.Aux.rc_half_le_one_sub_exp` +- CORROBORATED: `UniversalLaw.Proofs.RNCluster.Aux.rc_poisson_tail_two_le_sq` +- CORROBORATED: `UniversalLaw.Proofs.RNProbability.Aux.one_le_log_one_div` +- CORROBORATED: `UniversalLaw.Proofs.Side24Analysis.Aux.d1_pairingSum_le_of_one_le` — new +- CORROBORATED (WEAK): `UniversalLaw.Proofs.Side24Analysis.Aux.d0_pairingSum_zero_le` — new +- PASS: `UniversalLaw.Proofs.Side24Analysis.Aux.ir_epsilon_pos` — new +- PASS: `UniversalLaw.Proofs.Side24Analysis.Aux.ir_epsilon_lt` — new +- PASS: `UniversalLaw.Proofs.Side24Analysis.Aux.ir_one_sub_epsilon_pos` — new +- PASS: `UniversalLaw.Proofs.Side24Analysis.Aux.ir_one_le_one_add_epsilon` — new +- PASS: `UniversalLaw.Proofs.Side24Analysis.Aux.ir_lower_rational` — new +- PASS: `UniversalLaw.Proofs.Side24Analysis.Aux.ir_upper_rational` — new +- PASS: `UniversalLaw.Proofs.Side24Analysis.Aux.ir_exponentA_two` — new +- PASS: `UniversalLaw.Proofs.Side24Analysis.Aux.ir_exponentB_two` — new +- PASS: `UniversalLaw.Proofs.Side24Analysis.Aux.ir_exponentA_three` — new +- PASS: `UniversalLaw.Proofs.Side24Analysis.Aux.ir_exponentB_three` — new +- CORROBORATED: `UniversalLaw.Proofs.Side24Analysis.Aux.li_geom_tail` +- CORROBORATED: `UniversalLaw.Proofs.Side24Analysis.Aux.li_pow6_succ_le` +- CORROBORATED: `UniversalLaw.Proofs.Side24Analysis.Aux.li_exp_succ_le` +- CORROBORATED: `UniversalLaw.Proofs.Side24Analysis.Aux.li_prod_exp` — new +- CORROBORATED: `UniversalLaw.Proofs.Side24Analysis.Aux.li_sum_cube_le` +- CORROBORATED: `UniversalLaw.Proofs.Side24Analysis.Aux.li_imageTerm_nonneg` — new +- CORROBORATED: `UniversalLaw.Proofs.Side24Analysis.Aux.li_imageTerm_le` — new +- PASS: `UniversalLaw.Proofs.Side24Analysis.Aux.dc_one_add_epsilon_pos` — new +- CORROBORATED: `UniversalLaw.Proofs.Side24Analysis.Aux.dc_assemble_lower` +- CORROBORATED: `UniversalLaw.Proofs.Side24Analysis.Aux.dc_assemble_upper` +- CORROBORATED: `UniversalLaw.Proofs.Side24ConeMoment.Aux.cm_sq_add_sq_pos` +- CORROBORATED: `UniversalLaw.Proofs.Side24ConeMoment.Aux.cm_quad_pos` +- PASS: `UniversalLaw.Proofs.Side24Elementary.Aux.ten_lt_taylor_sum` +- PASS: `UniversalLaw.Proofs.Side24Elementary.Aux.ten_lt_exp` +- PASS: `UniversalLaw.Proofs.Side24Elementary.Aux.pow_ten_lt_exp` +- PASS: `UniversalLaw.Proofs.Side24Elementary.Aux.exp_neg_lt` +- PASS: `UniversalLaw.Proofs.Side24Elementary.Aux.big_lt_exp` +- PASS: `UniversalLaw.Proofs.Side24Elementary.Aux.ratio_const_lt_half` +- CORROBORATED: `UniversalLaw.Proofs.Side24Elementary.Aux.pow_succ_le` +- CORROBORATED: `UniversalLaw.Proofs.Side24Elementary.Aux.exp_succ_le` +- PASS: `UniversalLaw.Proofs.Side24Elementary.Aux.sqrt_three_eighths` +- CORROBORATED: `UniversalLaw.Proofs.Side24Images.Aux.ib_pairingSum_mono` — new +- CORROBORATED: `UniversalLaw.Proofs.Side24Images.Aux.ib_pairingSum_le` — new +- CORROBORATED: `UniversalLaw.Proofs.Side24Images.Aux.ib_poly_gauss_le` +- CORROBORATED: `UniversalLaw.Proofs.Side24Images.Aux.ib_intNormSq_ge_one` — new +- PASS: `UniversalLaw.Proofs.Side24Images.Aux.ib_final_constant` — new +- PASS: `UniversalLaw.Proofs.Side24Images.Aux.co_margin` — new + +**`frontiers/source_smooth_realization_20261011`** +- CORROBORATED: `I4Weights.productDecay_eq_exp` +- CORROBORATED: `I4Weights.frequency_l1_le_product` +- CORROBORATED: `I4Weights.sourceA_pos` + +**`frontiers/determinant_moment_20261025`** +- CORROBORATED: `ResearchFormalCoreR1.ec005_fold_gap` +- CORROBORATED: `ResearchFormalCoreR1.ec008_factor_expansion` +- CORROBORATED: `ResearchFormalCoreR1.ec010_generic` +- CORROBORATED: `ResearchFormalCoreR1.ec010_transverse` +- CORROBORATED: `ResearchFormalCoreR1.ec011_scalar_cancellation` +- CORROBORATED: `ResearchFormalCoreR1.ec014_contact_power` +- CORROBORATED: `ResearchFormalCoreR1.dm2_scale` +- CORROBORATED: `ResearchFormalCoreR1.dm2_factors` +- CORROBORATED: `ResearchFormalCoreR1.dm2_untyped` +- CORROBORATED: `ResearchFormalCoreR1.egm_coordinate_bound` +- CORROBORATED: `ResearchFormalCoreR1.egm_factor_bound` +- CORROBORATED: `ResearchFormalCoreR1.egm_untyped` +- CORROBORATED: `ResearchFormalCoreR1.enb_maximum_factor` +- CORROBORATED: `ResearchFormalCoreR1.enb_saddle_iff` +- CORROBORATED: `ResearchFormalCoreR1.gm8_finite_radius_power_bound` +- CORROBORATED: `ResearchFormalCoreR1.gm8_sqrt_pow` +- CORROBORATED: `ResearchFormalCoreR1.nfloor_contact_value` +- CORROBORATED: `ResearchFormalCoreR1.p02_lm008_r2_cancel` +- CORROBORATED: `ResearchFormalCoreR1.p02_lm008_cross_multiplied` +- CORROBORATED: `ResearchFormalCoreR1.p02_lm008_quotient_bound` +- CORROBORATED: `ResearchFormalCoreR1.p02_lm009_bad_event_threshold` +- CORROBORATED: `ResearchFormalCoreR1.p02_lm009_power40_identity` +- CORROBORATED: `ResearchFormalCoreR1.p02_lm009_r4_le_r3` +- CORROBORATED: `ResearchFormalCoreR1.p02_lm009_palm_r4_to_r3` + +**`frontiers/compact_morse_elder_adapter_20261018`** +- CORROBORATED: `TorusFiltration.elder_control_birth` +- CORROBORATED: `TorusFiltration.elder_control_death` + +**`frontiers/asymmetric_elder_bridge_20261017`** +- CORROBORATED: `TorusFiltration.elder_control_birth` +- CORROBORATED: `TorusFiltration.elder_control_death` + +**`companions/torus_filtration_20261011`** +- PASS: `TorusFiltration.ordinaryH0Control_parabola_le` + +**`reviews/w3_side24_source_proposal_20261008`** +- CORROBORATED: `W3Scratch.d2Alpha_eq_src` — new +- CORROBORATED: `W3Scratch.d2Gamma_eq_src` — new +- CORROBORATED (WEAK): `W3Scratch.srcE_sq` +- CORROBORATED: `W3Scratch.d2DetV_eq_alpha_gamma_q` — new +- CORROBORATED: `W3Scratch.d2DetV_eq_srcDet` — new +- CORROBORATED: `W3Scratch.d2DetV_eq_alpha_gamma_e` — new +- CORROBORATED: `W3Scratch.d2DetV_eq_det_varV` — new +- CORROBORATED: `W3Scratch.d2DetV_eq_note_linear` — new +- PASS: `W3Scratch.d2DetV_eq_alpha_gamma_e_needs_unit` — new +- CORROBORATED (WEAK): `W3Scratch.srcQ_mem_Icc` +- CORROBORATED: `W3Scratch.moments_of_cumulants` +- CORROBORATED: `W3Scratch.cumulants_of_moments` +- CORROBORATED: `W3Scratch.gaussian_cumulants_iff` +- CORROBORATED: `W3Scratch.k4_sq_div` +- CORROBORATED: `W3Scratch.d2Tau_eq_srcTau` — new +- CORROBORATED: `W3Scratch.d2Schur_eq_srcSchur` — new +- CORROBORATED: `W3Scratch.d2Numerator_eq_comment` — new +- CORROBORATED: `W3Scratch.src_delta_cumulant` — new +- CORROBORATED: `W3Scratch.note_section2_every_direction` — new +- CORROBORATED: `W3Scratch.Side24.sq_pos_of_ne` +- CORROBORATED: `W3Scratch.Side24.weight_pos` +- CORROBORATED: `W3Scratch.Side24.abs_sub_sq_le` +- CORROBORATED: `W3Scratch.Side24.cosD_term_bound` + +**`companions/d2_square_schur_20261006`** +- CORROBORATED: `D2SquareSchur.weighted_square_identity` +- CORROBORATED: `D2SquareSchur.weighted_square_lower` +- CORROBORATED: `D2SquareSchur.schur_no_upper` — new +- CORROBORATED: `D2SquareSchur.schur_from_lower_inputs` — new + +**`companions/d2_moment_bridge_20261006`** +- CORROBORATED: `D2MomentBridge.residual_sq_expand` +- CORROBORATED: `D2MomentBridge.residual_integral_eq_delta` — new +- CORROBORATED: `D2MomentBridge.delta_nonneg` — new +- CORROBORATED: `D2MomentBridge.cubicResidual_eq_zero_iff` +- CORROBORATED: `D2MomentBridge.square_gap_integral` +- PASS: `D2MomentBridge.zero_atom_counterexample` — new + +**`frontiers/cap_first_exit_lean_20261002`** +- CORROBORATED: `CapFirstExit.sp_curved_side_constants` +- CORROBORATED: `CapFirstExit.l12_constants` +- CORROBORATED: `CapFirstExit.l9_arith` +- PASS: `CapFirstExit.toy_f_M` +- PASS: `CapFirstExit.toy_f_S` + +## Reproduce + +From a checkout of main at this PR's head, with the Math- archive at `dfa9b30a` extracted to `/math` +(`git archive dfa9b30a formal frontiers companions specifications reviews`), run +`CENSUS_SCRATCH= bash cbz/evidence/g12-statement-fuzz-01n/census_math_dfa9b30a_20261106_deps/run_census.sh`; +the 16 reports are byte-identical to these after replacing the local path in `lean_dir` by +``. `SHA256SUMS` covers every file here. diff --git a/cbz/evidence/g12-statement-fuzz-01n/census_math_dfa9b30a_20261106_deps/SHA256SUMS b/cbz/evidence/g12-statement-fuzz-01n/census_math_dfa9b30a_20261106_deps/SHA256SUMS new file mode 100644 index 000000000..f1d905736 --- /dev/null +++ b/cbz/evidence/g12-statement-fuzz-01n/census_math_dfa9b30a_20261106_deps/SHA256SUMS @@ -0,0 +1,36 @@ +b56f463b55d071a1293b8e79945cc49a591f99286d8858486ceb59cf3c83570e CENSUS.md +f4d345574e8e28ec7ba8b9fbaf7a8cdd8dd19eb7a16184e7d696f8818f8e2a6a companions_d2_atom_integral_20261006.json +726fb71e367eebd2bba26982e766e6bc87bcdec22b3c7dd86b3ad6fdd5d2a840 companions_d2_atom_integral_20261006.stdout.txt +e2f3fd33c0f7609584dd64ed9f69516772d5736c305a435addd21447ff9046ac companions_d2_moment_bridge_20261006.json +e9767b1c2655a2ba73a28ba424cef69eab9bf412368d7a36a6c2f5fa5e2c2107 companions_d2_moment_bridge_20261006.stdout.txt +468fc2a8db01437aac19e68d484f244b13d64bfb2313520971c8cf434ca12fa4 companions_d2_square_schur_20261006.json +bfbd4e6d48931ab69002b5b14138c2365aca6ad68e81a0f51fd6cd3f4efbe345 companions_d2_square_schur_20261006.stdout.txt +f82c9a33e2f9f9cdbc7fe489bdba4d1b1d3190565b6bb7782661d51357207222 companions_torus_filtration_20261011.json +827e5c3c8e75b2c6642c6b8d31de0a8c70acaae270483d05341179b5d444a27d companions_torus_filtration_20261011.stdout.txt +f787876e55fdd0b229c6c1872b3c4b270ffe4492521f6e2df94e2a1bf086d5a3 formal.json +12c0135d64157453cce4f331eb663da3f757967cb00fdc59807cdbcf597a39b1 formal.stdout.txt +d6b72a648efe940ba9de75af0c24795816fc04eb8028759658eca2d9bd2545c4 frontiers_asymmetric_elder_bridge_20261017.json +3db2912b83996b7b94b471bcba0a322e862a915906249118da64ca91e53b02e8 frontiers_asymmetric_elder_bridge_20261017.stdout.txt +b9b32c15e7597d76fa29e41a1a05751ad1c7d4fd5e4f023d673bc5206c67a971 frontiers_cap_first_exit_lean_20261002.json +8ec547ac747b63a4e5dc65ed4beefb4e3c327397e262a7a7f7238d50f94dd999 frontiers_cap_first_exit_lean_20261002.stdout.txt +1b251023ec053f7fa58014859d238383ad06f810fc32fee57ef55e2fd7f43aba frontiers_compact_morse_elder_adapter_20261018.json +d5211a35aecbf5b03a0aabcfd4bf59b20c020d51e3ee9cf9b75a6d2d8131cdc4 frontiers_compact_morse_elder_adapter_20261018.stdout.txt +8dd77ae1a008a82e8a495c55236460ae13e34261f6c86667a21bd0973d530f87 frontiers_determinant_moment_20261025.json +2a1031f845de5888ce5dcd3986feb7b9209f7d4814c97b78b381ed673638264f frontiers_determinant_moment_20261025.stdout.txt +5e80dca3c0b865369da62ca72739bdf0ce3fa4a89b2572ec21d596c31d4a1ba8 frontiers_regular_superlevel_geometry_20261020.json +7e35fb751ff03baa3fffc9800d90b48fb6103038414c6cfc47c971112088a8f0 frontiers_regular_superlevel_geometry_20261020.stdout.txt +75c13265a534d694326453b628dc58148336c038550524f374d87ea564cf44ab frontiers_source_derivative_gaussian_20261025.json +98451bc493e842c39df7c5534df4c0a5ee8646e9bdf04e663a1f3cb6df8643a5 frontiers_source_derivative_gaussian_20261025.stdout.txt +6e9fc13054b7a2e1cef882702fa0bbd40917cd14ae8d6efd94136998a9f2e97a frontiers_source_lifetime_realization_20261017.json +96d0e0d211abc2f10128a8d54513a4b8679eb590751a162f2dccf1f8a055a511 frontiers_source_lifetime_realization_20261017.stdout.txt +cfe021aa32f8935f8b3e416b48146923ebacbf8b1b3536b1bd3b94f0e4b85df9 frontiers_source_smooth_realization_20261011.json +b87062bd6037a5fc9b8f0a9bde94405f16a5c8f5634511f0b17ea4222fb385f5 frontiers_source_smooth_realization_20261011.stdout.txt +0b276699ebea246a5c6046d0dbc5a7a57a4fc020edacf4059eb5cfef4b86ebad g12_annotations_literal_index_82d9e480.json +99a555de58749f3812cf7b25d09b2b1491e4604f4ad33536acf3e1087371fc3a reviews_w3_side24_source_proposal_20261008.json +5580319b04e165f4073e929a4d6cd1ac4e9de2cda622c07e5227bdd21f08ccc3 reviews_w3_side24_source_proposal_20261008.stdout.txt 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sampled numeric type (ℕ ℤ ℚ ℝ) nor a decidable hypothesis +UNSUPPORTED: D2AtomIntegral.lean::D2AtomIntegral.second_moment_floor: binder ( hS : MeasurableSet { w | X w ^ 2 = s } ) is neither a sampled numeric type (ℕ ℤ ℚ ℝ) nor a decidable hypothesis +UNSUPPORTED: D2AtomIntegral.lean::D2AtomIntegral.fourth_gap_floor: binder ( hS : MeasurableSet { w | X w ^ 2 = s } ) is neither a sampled numeric type (ℕ ℤ ℚ ℝ) nor a decidable hypothesis +UNSUPPORTED: D2AtomIntegral.lean::D2AtomIntegral.residual_moment_floor: binder ( hS : MeasurableSet { w | X w ^ 2 = s } ) is neither a sampled numeric type (ℕ ℤ ℚ ℝ) nor a decidable hypothesis +UNSUPPORTED: D2AtomIntegral.lean::D2AtomIntegral.schur_floor_of_radius_masses: binder ( hS : MeasurableSet { w | X w ^ 2 = s } ) is neither a sampled numeric type (ℕ ℤ ℚ ℝ) nor a decidable hypothesis diff --git a/cbz/evidence/g12-statement-fuzz-01n/census_math_dfa9b30a_20261106_deps/companions_d2_moment_bridge_20261006.json 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satisfying the hypotheses (0 draws rejected by the hypotheses, 0 infeasible, seed 1): sampling is admitted evidence of the statement, not a proof of it", + "instances": 64, + "vacuous": false, + "float_free": true, + "sampling": { + "seed": 1, + "draws": 64, + "accepted": 64, + "rejected": 0, + "infeasible": 0, + "undecided": 0 + } + }, + "D2MomentBridge.lean::D2MomentBridge.residual_sq_integrable": { + "module": "D2MomentBridge.lean", + "name": "D2MomentBridge.residual_sq_integrable", + "status": "UNSUPPORTED", + "detail": "conclusion is a structural predicate ['Integrable']: trivial on finite discrete models (every set is measurable, every function measurable and integrable), so sampling has no content here", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "D2MomentBridge.lean::D2MomentBridge.residual_integral_eq_delta": { + "module": "D2MomentBridge.lean", + "name": "D2MomentBridge.residual_integral_eq_delta", + "status": "CORROBORATED", + "detail": "holds on 64 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content here", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "D2MomentBridge.lean::D2MomentBridge.square_gap_integral": { + "module": "D2MomentBridge.lean", + "name": "D2MomentBridge.square_gap_integral", + "status": "CORROBORATED", + "detail": "holds on 64 sampled instances satisfying the hypotheses (0 draws rejected by the hypotheses, 0 infeasible, seed 1): sampling is admitted evidence of the statement, not a proof of it", + "instances": 64, + "vacuous": false, + "float_free": true, + "sampling": { + "seed": 1, + "draws": 71, + "accepted": 64, + "rejected": 0, + "infeasible": 0, + "undecided": 0 + } + }, + "D2MomentBridge.lean::D2MomentBridge.fourth_gt_second_sq_of_two_atoms": { + "module": "D2MomentBridge.lean", + "name": "D2MomentBridge.fourth_gt_second_sq_of_two_atoms", + "status": "UNSUPPORTED", + "detail": "binder ( ha : \u03bc { w | X w = a } \u2260 0 ) is neither a sampled numeric type (\u2115 \u2124 \u211a \u211d) nor a decidable hypothesis", + 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Not a gate and not kernel evidence.", + "defs_from": { + "dirs": [ + "/formal" + ], + "files": 9, + "files_pooled": 9, + "file_sha256": { + "/ResearchFormalCoreR1/AlgebraV2.lean": "4480708263c40a2f7f03f12ef7e15f0eb4f8193c2dccbb253921a7ec251863c3", + "/ResearchFormalCoreR1/D2Schur.lean": "d3fb3ed7b4043227f1d5a06e208de9d94eb413c067e9d0f8802388407c9e15b9", + "/ResearchFormalCoreR1/MeasureBridge.lean": "28ac130db490c3c3e2fbfabf3ac5be43c854ab1468bf573bf5a8c0dd2c50955f", + "/ResearchFormalCoreR1/MomentGenerality.lean": "fdec55f1602938cd8fdb5b71535962e76a9671bf230dea53868b14147fb3b509", + "/ResearchFormalCoreR1/MomentTail.lean": "87fe3ee90afc52d8c2652881f1ae195d1b0b15a2ffc18c84d6166d1a4d0de2aa", + "/ResearchFormalCoreR1/ProbabilityCompanionsV2.lean": "338452a0c2ba24d016059354d543cc995b8cb29c9d4a41d98bb93499f5f8cb8f", + "/ResearchFormalCoreR1/WeightPerturbation.lean": "50ce15709a133da12a0b4333cc653d26c5fd8a412976c975a7c2f3b25ed5c00f", + "/ResearchFormalCoreR1/WeightedLaw.lean": "f31dfd2cd048cc0c0446c54c46d89c9cdd5d7bb9d76e9d8d16b7c034f351d736", + "/ResearchFormalCoreR1.lean": "c55cc116ff3ffbffdb692226e215450a5d2e85b60d27b1b04d529b87bdef38f8" + }, + "byte_identical_to_group": {} + }, + "unresolved_imports": {} +} diff --git a/cbz/evidence/g12-statement-fuzz-01n/census_math_dfa9b30a_20261106_deps/companions_d2_moment_bridge_20261006.stdout.txt b/cbz/evidence/g12-statement-fuzz-01n/census_math_dfa9b30a_20261106_deps/companions_d2_moment_bridge_20261006.stdout.txt new file mode 100644 index 000000000..2cbb292b7 --- /dev/null +++ b/cbz/evidence/g12-statement-fuzz-01n/census_math_dfa9b30a_20261106_deps/companions_d2_moment_bridge_20261006.stdout.txt @@ -0,0 +1,46 @@ +{ + "lean_dir": "/companions/d2_moment_bridge_20261006", + "files": 1, + "files_evaluated": 1, + "targets": 16, + "status_counts": { + "CORROBORATED": 5, + "UNSUPPORTED": 10, + "PASS": 1 + }, + "unsupported_reasons": { + "binder outside the interpreter": 5, + "unparsed statement": 3, + "structural conclusion": 2 + }, + "sampling": { + "seed": 1, + "samples": 64 + }, + "exit_code": 1, + "unresolved_imports": {}, + "copies": 0, + "defs_from": { + "dirs": [ + "/formal" + ], + "files": 9, + "files_pooled": 9, + "byte_identical_to_group": {} + } +} +CORROBORATED: D2MomentBridge.lean::D2MomentBridge.residual_sq_expand: holds on 64 sampled instances satisfying the hypotheses (0 draws rejected by the hypotheses, 0 infeasible, seed 1): sampling is admitted evidence of the statement, not a proof of it +UNSUPPORTED: D2MomentBridge.lean::D2MomentBridge.residual_sq_integrable: conclusion is a structural predicate ['Integrable']: trivial on finite discrete models (every set is measurable, every function measurable and integrable), so sampling has no content here +CORROBORATED: D2MomentBridge.lean::D2MomentBridge.residual_integral_eq_delta: holds on 64 sampled instances satisfying the hypotheses (2 draws rejected by the hypotheses, 0 infeasible, seed 1): sampling is admitted evidence of the statement, not a proof of it +CORROBORATED: D2MomentBridge.lean::D2MomentBridge.delta_nonneg: holds on 64 sampled instances satisfying the hypotheses (2 draws rejected by the hypotheses, 0 infeasible, seed 1): sampling is admitted evidence of the statement, not a proof of it +UNSUPPORTED: D2MomentBridge.lean::D2MomentBridge.delta_eq_zero_iff_residual: unparsed statement: SyntaxError: expected ',', got w +CORROBORATED: D2MomentBridge.lean::D2MomentBridge.cubicResidual_eq_zero_iff: holds on 64 sampled instances satisfying the hypotheses (0 draws rejected by the hypotheses, 0 infeasible, seed 1): sampling is admitted evidence of the statement, not a proof of it +UNSUPPORTED: D2MomentBridge.lean::D2MomentBridge.delta_eq_zero_iff_support: unparsed statement: SyntaxError: expected ',', got w +UNSUPPORTED: D2MomentBridge.lean::D2MomentBridge.delta_pos_iff_not_support: unparsed statement: SyntaxError: expected ',', got w +UNSUPPORTED: D2MomentBridge.lean::D2MomentBridge.property_of_ae_of_atom: binder ( p : ℝ → Prop ) is neither a sampled numeric type (ℕ ℤ ℚ ℝ) nor a decidable hypothesis +UNSUPPORTED: D2MomentBridge.lean::D2MomentBridge.moment_two_pos_of_atom: binder ( ha : μ { w | X w = a } ≠ 0 ) is neither a sampled numeric type (ℕ ℤ ℚ ℝ) nor a decidable hypothesis +UNSUPPORTED: D2MomentBridge.lean::D2MomentBridge.delta_pos_of_two_atoms: binder ( ha : μ { w | X w = a } ≠ 0 ) is neither a sampled numeric type (ℕ ℤ ℚ ℝ) nor a decidable hypothesis +UNSUPPORTED: D2MomentBridge.lean::D2MomentBridge.square_gap_integrable: conclusion is a structural predicate ['Integrable']: trivial on finite discrete models (every set is measurable, every function measurable and integrable), so sampling has no content here +CORROBORATED: D2MomentBridge.lean::D2MomentBridge.square_gap_integral: holds on 64 sampled instances satisfying the hypotheses (0 draws rejected by the hypotheses, 0 infeasible, seed 1): sampling is admitted evidence of the statement, not a proof of it +UNSUPPORTED: D2MomentBridge.lean::D2MomentBridge.fourth_gt_second_sq_of_two_atoms: binder ( ha : μ { w | X w = a } ≠ 0 ) is neither a sampled numeric type (ℕ ℤ ℚ ℝ) nor a decidable hypothesis +UNSUPPORTED: D2MomentBridge.lean::D2MomentBridge.tau_pos_of_two_atoms: binder ( ha : μ { w | X w = a } ≠ 0 ) is neither a sampled numeric type (ℕ ℤ ℚ ℝ) nor a decidable hypothesis diff --git a/cbz/evidence/g12-statement-fuzz-01n/census_math_dfa9b30a_20261106_deps/companions_d2_square_schur_20261006.json b/cbz/evidence/g12-statement-fuzz-01n/census_math_dfa9b30a_20261106_deps/companions_d2_square_schur_20261006.json new file mode 100644 index 000000000..d37f1b6bf --- /dev/null +++ b/cbz/evidence/g12-statement-fuzz-01n/census_math_dfa9b30a_20261106_deps/companions_d2_square_schur_20261006.json @@ -0,0 +1,111 @@ +{ + "lean_dir": "/companions/d2_square_schur_20261006", + "files": 2, + "files_evaluated": 2, + "copies": {}, + "file_sha256": { + "Contract.lean": "17d29f16a788be98145ac76e55ab4103378e453770eb8ac4bde58281747d2eea", + "D2SquareSchur.lean": "e0f9560e6f129216cd989cea3cdf97254972ca9b1cae7bab57df664329ae78fa" + }, + "targets": 4, + "status_counts": { + "CORROBORATED": 4 + }, + "unsupported_reasons": {}, + "per_target": { + "D2SquareSchur.lean::D2SquareSchur.weighted_square_identity": { + "module": "D2SquareSchur.lean", + "name": "D2SquareSchur.weighted_square_identity", + "status": "CORROBORATED", + "detail": "holds on 64 sampled instances satisfying the hypotheses (1 draws rejected by the hypotheses, 0 infeasible, seed 1): sampling is admitted evidence of the statement, not a proof of it", + "instances": 64, + "vacuous": false, + "float_free": true, + "sampling": { + "seed": 1, + "draws": 64, + "accepted": 64, + "rejected": 1, + "infeasible": 0, + "undecided": 0 + } + }, + "D2SquareSchur.lean::D2SquareSchur.weighted_square_lower": { + "module": "D2SquareSchur.lean", + "name": "D2SquareSchur.weighted_square_lower", + "status": "CORROBORATED", + "detail": "holds on 64 sampled instances satisfying the hypotheses (4 draws rejected by the hypotheses, 0 infeasible, seed 1): sampling is admitted evidence of the statement, not a proof of it", + "instances": 64, + "vacuous": false, + "float_free": true, + "sampling": { + "seed": 1, + "draws": 64, + "accepted": 64, + "rejected": 4, + "infeasible": 0, + "undecided": 0 + } + }, + "D2SquareSchur.lean::D2SquareSchur.schur_no_upper": { + "module": "D2SquareSchur.lean", + "name": "D2SquareSchur.schur_no_upper", + "status": "CORROBORATED", + "detail": "holds on 64 sampled instances satisfying the hypotheses (8 draws rejected by the hypotheses, 0 infeasible, seed 1): sampling is admitted evidence of the statement, not a proof of it", + "instances": 64, + "vacuous": false, + "float_free": true, + "sampling": { + "seed": 1, + "draws": 65, + "accepted": 64, + "rejected": 8, + "infeasible": 0, + "undecided": 0 + } + }, + "D2SquareSchur.lean::D2SquareSchur.schur_from_lower_inputs": { + "module": "D2SquareSchur.lean", + "name": "D2SquareSchur.schur_from_lower_inputs", + "status": "CORROBORATED", + "detail": "holds on 64 sampled instances satisfying the hypotheses (408 draws rejected by the hypotheses, 0 infeasible, seed 1): sampling is admitted evidence of the statement, not a proof of it", + "instances": 64, + "vacuous": false, + "float_free": true, + "sampling": { + "seed": 1, + "draws": 64, + "accepted": 64, + "rejected": 408, + "infeasible": 0, + "undecided": 0 + } + } + }, + "sampling": { + "seed": 1, + "samples": 64 + }, + "exit_code": 1, + "note": "G12 census: coverage of the empirical statement check over every declaration in a directory, with no manifest. PASS/CORROBORATED/FAIL/UNSUPPORTED as in a package check; UNSUPPORTED reasons are classified. Not a gate and not kernel evidence.", + "defs_from": { + "dirs": [ + "/formal" + ], + "files": 9, + "files_pooled": 9, + "file_sha256": { + "/ResearchFormalCoreR1/AlgebraV2.lean": "4480708263c40a2f7f03f12ef7e15f0eb4f8193c2dccbb253921a7ec251863c3", + "/ResearchFormalCoreR1/D2Schur.lean": "d3fb3ed7b4043227f1d5a06e208de9d94eb413c067e9d0f8802388407c9e15b9", + "/ResearchFormalCoreR1/MeasureBridge.lean": "28ac130db490c3c3e2fbfabf3ac5be43c854ab1468bf573bf5a8c0dd2c50955f", + "/ResearchFormalCoreR1/MomentGenerality.lean": "fdec55f1602938cd8fdb5b71535962e76a9671bf230dea53868b14147fb3b509", + "/ResearchFormalCoreR1/MomentTail.lean": "87fe3ee90afc52d8c2652881f1ae195d1b0b15a2ffc18c84d6166d1a4d0de2aa", + "/ResearchFormalCoreR1/ProbabilityCompanionsV2.lean": "338452a0c2ba24d016059354d543cc995b8cb29c9d4a41d98bb93499f5f8cb8f", + "/ResearchFormalCoreR1/WeightPerturbation.lean": "50ce15709a133da12a0b4333cc653d26c5fd8a412976c975a7c2f3b25ed5c00f", + "/ResearchFormalCoreR1/WeightedLaw.lean": "f31dfd2cd048cc0c0446c54c46d89c9cdd5d7bb9d76e9d8d16b7c034f351d736", + "/ResearchFormalCoreR1.lean": "c55cc116ff3ffbffdb692226e215450a5d2e85b60d27b1b04d529b87bdef38f8" + }, + "byte_identical_to_group": {} + }, + "unresolved_imports": {} +} diff --git a/cbz/evidence/g12-statement-fuzz-01n/census_math_dfa9b30a_20261106_deps/companions_d2_square_schur_20261006.stdout.txt b/cbz/evidence/g12-statement-fuzz-01n/census_math_dfa9b30a_20261106_deps/companions_d2_square_schur_20261006.stdout.txt new file mode 100644 index 000000000..ee5af7d6d --- /dev/null +++ b/cbz/evidence/g12-statement-fuzz-01n/census_math_dfa9b30a_20261106_deps/companions_d2_square_schur_20261006.stdout.txt @@ -0,0 +1,29 @@ +{ + "lean_dir": "/companions/d2_square_schur_20261006", + "files": 2, + "files_evaluated": 2, + "targets": 4, + "status_counts": { + "CORROBORATED": 4 + }, + "unsupported_reasons": {}, + "sampling": { + "seed": 1, + "samples": 64 + }, + "exit_code": 1, + "unresolved_imports": {}, + "copies": 0, + "defs_from": { + "dirs": [ + "/formal" + ], + "files": 9, + "files_pooled": 9, + "byte_identical_to_group": {} + } +} +CORROBORATED: D2SquareSchur.lean::D2SquareSchur.weighted_square_identity: holds on 64 sampled instances satisfying the hypotheses (1 draws rejected by the hypotheses, 0 infeasible, seed 1): sampling is admitted evidence of the statement, not a proof of it +CORROBORATED: D2SquareSchur.lean::D2SquareSchur.weighted_square_lower: holds on 64 sampled instances satisfying the hypotheses (4 draws rejected by the hypotheses, 0 infeasible, seed 1): sampling is admitted evidence of the statement, not a proof of it +CORROBORATED: D2SquareSchur.lean::D2SquareSchur.schur_no_upper: holds on 64 sampled instances satisfying the hypotheses (8 draws rejected by the hypotheses, 0 infeasible, seed 1): sampling is admitted evidence of the statement, not a proof of it +CORROBORATED: D2SquareSchur.lean::D2SquareSchur.schur_from_lower_inputs: holds on 64 sampled instances satisfying the hypotheses (408 draws rejected by the hypotheses, 0 infeasible, seed 1): sampling is admitted evidence of the statement, not a proof of it diff --git a/cbz/evidence/g12-statement-fuzz-01n/census_math_dfa9b30a_20261106_deps/companions_torus_filtration_20261011.json b/cbz/evidence/g12-statement-fuzz-01n/census_math_dfa9b30a_20261106_deps/companions_torus_filtration_20261011.json new file mode 100644 index 000000000..b3ab40511 --- /dev/null +++ b/cbz/evidence/g12-statement-fuzz-01n/census_math_dfa9b30a_20261106_deps/companions_torus_filtration_20261011.json @@ -0,0 +1,1226 @@ +{ + "lean_dir": "/companions/torus_filtration_20261011", + "files": 7, + "files_evaluated": 7, + "copies": {}, + "file_sha256": { + "ClosedSuperlevel.lean": "90d1481b75d9c6d14e462c3fbf0bf7c7cdd0efb9eaad68d6732400658753b1c2", + "OrdinaryH0.lean": "3d6b0d6b53413c484b1d010bccf0d53ae7f75becb2d747868f22dbd673fe0a88", + "OrdinaryH0Controls.lean": "df9d3645282ca526b67eca3d5db691b622092a14b5fddee9be21013e39666184", + "SuperlevelBar.lean": "346eea948e18d5904422904006827930e27d3141ccbc19ee8ac2c24bcf65a4a9", + "SuperlevelBarField.lean": "8a2470431c3fda5e98859aa9372cbb8866ed5c5c722cea5dfc28cb577840bbad", + "TorusFiltration.lean": "cddb8bc93569edbcc913eb7c79e23f9a5a637924207aabc2c11c1ad7fe476a75", + "TorusTopology.lean": "ddb145b3f791c181d4f2a51e54e711937297bd6476ba55bcd5252b7ddb57cfe1" + }, + "targets": 130, + "status_counts": { + "UNSUPPORTED": 129, + "PASS": 1 + }, + "unsupported_reasons": { + "binder outside the interpreter": 76, + "definition result type outside the interpreter": 16, + "Mathlib notation": 12, + "unparsed statement": 11, + "proposition outside the interpreter": 9, + "unknown function": 2, + "existential quantifier": 1, + "other": 1, + "definition outside the interpreter": 1 + }, + "per_target": { + "ClosedSuperlevel.lean::TorusFiltration.superlevel_control_closed_endpoint": { + "module": "ClosedSuperlevel.lean", + "name": "TorusFiltration.superlevel_control_closed_endpoint", + "status": "UNSUPPORTED", + "detail": "unparsed statement: SyntaxError: unexpected token ')' at 28:5", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "ClosedSuperlevel.lean::TorusFiltration.superlevel_control_strict_endpoint": { + "module": "ClosedSuperlevel.lean", + "name": "TorusFiltration.superlevel_control_strict_endpoint", + "status": "UNSUPPORTED", + "detail": "unparsed statement: SyntaxError: unexpected token ')' at 33:36", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "ClosedSuperlevel.lean::TorusFiltration.superlevel_control_parameter_sign": { + "module": "ClosedSuperlevel.lean", + "name": "TorusFiltration.superlevel_control_parameter_sign", + "status": "UNSUPPORTED", + "detail": "unparsed statement: SyntaxError: unexpected token ')' at 39:5", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "ClosedSuperlevel.lean::TorusFiltration.superlevel_control_inclusion_direction": { + "module": "ClosedSuperlevel.lean", + "name": "TorusFiltration.superlevel_control_inclusion_direction", + "status": "UNSUPPORTED", + "detail": "result type Set X", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "ClosedSuperlevel.lean::TorusFiltration.superlevel_control_essential": { + "module": "ClosedSuperlevel.lean", + "name": "TorusFiltration.superlevel_control_essential", + "status": "UNSUPPORTED", + "detail": "binder ( M : X ) is neither a sampled numeric type (\u2115 \u2124 \u211a \u211d) nor a decidable hypothesis", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "ClosedSuperlevel.lean::TorusFiltration.superlevel_mono": { + "module": "ClosedSuperlevel.lean", + "name": "TorusFiltration.superlevel_mono", + "status": "UNSUPPORTED", + "detail": "result type Set X", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "ClosedSuperlevel.lean::TorusFiltration.superlevel_isClosed": { + "module": "ClosedSuperlevel.lean", + "name": "TorusFiltration.superlevel_isClosed", + "status": "UNSUPPORTED", + "detail": "binder ( hg : Continuous g ) is neither a sampled numeric type (\u2115 \u2124 \u211a \u211d) nor a decidable hypothesis", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "ClosedSuperlevel.lean::TorusFiltration.superlevel_inclusion_id": { + "module": "ClosedSuperlevel.lean", + "name": "TorusFiltration.superlevel_inclusion_id", + "status": "UNSUPPORTED", + "detail": "result type C ( superlevel_set g s , superlevel_set g t )", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "ClosedSuperlevel.lean::TorusFiltration.superlevel_inclusion_comp": { + "module": "ClosedSuperlevel.lean", + "name": "TorusFiltration.superlevel_inclusion_comp", + "status": "UNSUPPORTED", + "detail": "result type C ( superlevel_set g s , superlevel_set g t )", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "ClosedSuperlevel.lean::TorusFiltration.superlevel_mem_at_own_height": { + "module": "ClosedSuperlevel.lean", + "name": "TorusFiltration.superlevel_mem_at_own_height", + "status": "UNSUPPORTED", + "detail": "binder ( x : X ) is neither a sampled numeric type (\u2115 \u2124 \u211a \u211d) nor a decidable hypothesis", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "ClosedSuperlevel.lean::TorusFiltration.superlevel_neg_height": { + "module": "ClosedSuperlevel.lean", + "name": "TorusFiltration.superlevel_neg_height", + "status": "UNSUPPORTED", + "detail": "result type Set X", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "ClosedSuperlevel.lean::TorusFiltration.superlevel_control_strict_thresholds": { + "module": "ClosedSuperlevel.lean", + "name": "TorusFiltration.superlevel_control_strict_thresholds", + "status": "UNSUPPORTED", + "detail": "unsupported syntax: existential quantifier", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "ClosedSuperlevel.lean::TorusFiltration.superlevel_componentMap_mk": { + "module": "ClosedSuperlevel.lean", + "name": "TorusFiltration.superlevel_componentMap_mk", + "status": "UNSUPPORTED", + "detail": "binder ( f : C ( X , Y ) ) is neither a sampled numeric type (\u2115 \u2124 \u211a \u211d) nor a decidable hypothesis", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "ClosedSuperlevel.lean::TorusFiltration.superlevel_componentMap_id": { + "module": "ClosedSuperlevel.lean", + "name": "TorusFiltration.superlevel_componentMap_id", + "status": "UNSUPPORTED", + "detail": "result type ZerothHomotopy X \u2192 ZerothHomotopy Y", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "ClosedSuperlevel.lean::TorusFiltration.superlevel_componentMap_comp": { + "module": "ClosedSuperlevel.lean", + "name": "TorusFiltration.superlevel_componentMap_comp", + "status": "UNSUPPORTED", + "detail": "binder ( f : C ( X , Y ) ) is neither a sampled numeric type (\u2115 \u2124 \u211a \u211d) nor a decidable hypothesis", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "ClosedSuperlevel.lean::TorusFiltration.superlevel_componentInclusion_id": { + "module": "ClosedSuperlevel.lean", + "name": "TorusFiltration.superlevel_componentInclusion_id", + "status": "UNSUPPORTED", + "detail": "result type ZerothHomotopy ( superlevel_set g s ) \u2192 ZerothHomotopy ( superlevel_set g t )", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "ClosedSuperlevel.lean::TorusFiltration.superlevel_componentInclusion_comp": { + "module": "ClosedSuperlevel.lean", + "name": "TorusFiltration.superlevel_componentInclusion_comp", + "status": "UNSUPPORTED", + "detail": "unsupported syntax: notation '\u2218'", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "ClosedSuperlevel.lean::TorusFiltration.superlevel_component_eq_iff_joinedIn": { + "module": "ClosedSuperlevel.lean", + "name": "TorusFiltration.superlevel_component_eq_iff_joinedIn", + "status": "UNSUPPORTED", + "detail": "binder ( x y : superlevel_set g t ) is neither a sampled numeric type (\u2115 \u2124 \u211a \u211d) nor a decidable hypothesis", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "ClosedSuperlevel.lean::TorusFiltration.superlevel_h0Filtration_map_id": { + "module": "ClosedSuperlevel.lean", + "name": "TorusFiltration.superlevel_h0Filtration_map_id", + "status": "UNSUPPORTED", + "detail": "binder ( R : C ) is neither a sampled numeric type (\u2115 \u2124 \u211a \u211d) nor a decidable hypothesis", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "ClosedSuperlevel.lean::TorusFiltration.superlevel_h0Filtration_map_comp": { + "module": "ClosedSuperlevel.lean", + "name": "TorusFiltration.superlevel_h0Filtration_map_comp", + "status": "UNSUPPORTED", + "detail": "binder ( R : C ) is neither a sampled numeric type (\u2115 \u2124 \u211a \u211d) nor a decidable hypothesis", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "OrdinaryH0.lean::TorusFiltration.ordinaryH0_componentCoproductMap_iota": { + "module": "OrdinaryH0.lean", + "name": "TorusFiltration.ordinaryH0_componentCoproductMap_iota", + "status": "UNSUPPORTED", + "detail": "binder ( R : C ) is neither a sampled numeric type (\u2115 \u2124 \u211a \u211d) nor a decidable hypothesis", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "OrdinaryH0.lean::TorusFiltration.ordinaryH0_componentFiltration_map_iota": { + "module": "OrdinaryH0.lean", + "name": "TorusFiltration.ordinaryH0_componentFiltration_map_iota", + "status": "UNSUPPORTED", + "detail": "binder ( R : C ) is neither a sampled numeric type (\u2115 \u2124 \u211a \u211d) nor a decidable hypothesis", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "OrdinaryH0.lean::TorusFiltration.ordinaryH0_simplicialPointClass_iso": { + "module": "OrdinaryH0.lean", + "name": "TorusFiltration.ordinaryH0_simplicialPointClass_iso", + "status": "UNSUPPORTED", + "detail": "binder ( S : SSet . { w } ) is neither a sampled numeric type (\u2115 \u2124 \u211a \u211d) nor a decidable hypothesis", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "OrdinaryH0.lean::TorusFiltration.ordinaryH0_simplicialPointClass_map": { + "module": "OrdinaryH0.lean", + "name": "TorusFiltration.ordinaryH0_simplicialPointClass_map", + "status": "UNSUPPORTED", + "detail": "binder ( R : C ) is neither a sampled numeric type (\u2115 \u2124 \u211a \u211d) nor a decidable hypothesis", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "OrdinaryH0.lean::TorusFiltration.ordinaryH0_toSSet_pointMap": { + "module": "OrdinaryH0.lean", + "name": "TorusFiltration.ordinaryH0_toSSet_pointMap", + "status": "UNSUPPORTED", + "detail": "binder { X Y : TopCat . { w } } is neither a sampled numeric type (\u2115 \u2124 \u211a \u211d) nor a decidable hypothesis", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "OrdinaryH0.lean::TorusFiltration.ordinaryH0_pointClass_map": { + "module": "OrdinaryH0.lean", + "name": "TorusFiltration.ordinaryH0_pointClass_map", + "status": "UNSUPPORTED", + "detail": "binder ( R : C ) is neither a sampled numeric type (\u2115 \u2124 \u211a \u211d) nor a decidable hypothesis", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "OrdinaryH0.lean::TorusFiltration.ordinaryH0_pointClass_iso": { + "module": "OrdinaryH0.lean", + "name": "TorusFiltration.ordinaryH0_pointClass_iso", + "status": "UNSUPPORTED", + "detail": "binder ( X : TopCat . { w } ) is neither a sampled numeric type (\u2115 \u2124 \u211a \u211d) nor a decidable hypothesis", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "OrdinaryH0.lean::TorusFiltration.ordinaryH0_componentIota_isoInv": { + "module": "OrdinaryH0.lean", + "name": "TorusFiltration.ordinaryH0_componentIota_isoInv", + "status": "UNSUPPORTED", + "detail": "binder ( X : TopCat . { w } ) is neither a sampled numeric type (\u2115 \u2124 \u211a \u211d) nor a decidable hypothesis", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "OrdinaryH0.lean::TorusFiltration.ordinaryH0_hom_ext": { + "module": "OrdinaryH0.lean", + "name": "TorusFiltration.ordinaryH0_hom_ext", + "status": "UNSUPPORTED", + "detail": "binder ( X : TopCat . { w } ) is neither a sampled numeric type (\u2115 \u2124 \u211a \u211d) nor a decidable hypothesis", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "OrdinaryH0.lean::TorusFiltration.ordinaryH0_iso_naturality": { + "module": "OrdinaryH0.lean", + "name": "TorusFiltration.ordinaryH0_iso_naturality", + "status": "UNSUPPORTED", + "detail": "binder ( R : C ) is neither a sampled numeric type (\u2115 \u2124 \u211a \u211d) nor a decidable hypothesis", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "OrdinaryH0.lean::TorusFiltration.ordinaryH0_pointClass_augmentation": { + "module": "OrdinaryH0.lean", + "name": "TorusFiltration.ordinaryH0_pointClass_augmentation", + "status": "UNSUPPORTED", + "detail": "binder ( X : TopCat . { w } ) is neither a sampled numeric type (\u2115 \u2124 \u211a \u211d) nor a decidable hypothesis", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "OrdinaryH0.lean::TorusFiltration.ordinaryH0_pointClass_ne_zero": { + "module": "OrdinaryH0.lean", + "name": "TorusFiltration.ordinaryH0_pointClass_ne_zero", + "status": "UNSUPPORTED", + "detail": "binder ( X : TopCat . { w } ) is neither a sampled numeric type (\u2115 \u2124 \u211a \u211d) nor a decidable hypothesis", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "OrdinaryH0.lean::TorusFiltration.ordinaryH0_pointClass_eq_of_component_eq": { + "module": "OrdinaryH0.lean", + "name": "TorusFiltration.ordinaryH0_pointClass_eq_of_component_eq", + "status": "UNSUPPORTED", + "detail": "binder ( X : TopCat . { w } ) is neither a sampled numeric type (\u2115 \u2124 \u211a \u211d) nor a decidable hypothesis", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "OrdinaryH0.lean::TorusFiltration.ordinaryH0_sameComponent_difference_zero": { + "module": "OrdinaryH0.lean", + "name": "TorusFiltration.ordinaryH0_sameComponent_difference_zero", + "status": "UNSUPPORTED", + "detail": "binder ( X : TopCat . { w } ) is neither a sampled numeric type (\u2115 \u2124 \u211a \u211d) nor a decidable hypothesis", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "OrdinaryH0.lean::TorusFiltration.ordinaryH0_pointClass_ne_of_component_ne": { + "module": "OrdinaryH0.lean", + "name": "TorusFiltration.ordinaryH0_pointClass_ne_of_component_ne", + "status": "UNSUPPORTED", + "detail": "binder ( X : TopCat . { w } ) is neither a sampled numeric type (\u2115 \u2124 \u211a \u211d) nor a decidable hypothesis", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "OrdinaryH0.lean::TorusFiltration.ordinaryH0_pointClass_eq_iff": { + "module": "OrdinaryH0.lean", + "name": "TorusFiltration.ordinaryH0_pointClass_eq_iff", + "status": "UNSUPPORTED", + "detail": "binder ( X : TopCat . { w } ) is neither a sampled numeric type (\u2115 \u2124 \u211a \u211d) nor a decidable hypothesis", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "OrdinaryH0.lean::TorusFiltration.ordinaryH0_difference_map": { + "module": "OrdinaryH0.lean", + "name": "TorusFiltration.ordinaryH0_difference_map", + "status": "UNSUPPORTED", + "detail": "binder ( R : C ) is neither a sampled numeric type (\u2115 \u2124 \u211a \u211d) nor a decidable hypothesis", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "OrdinaryH0.lean::TorusFiltration.ordinaryH0_difference_map_eq_zero_iff": { + "module": "OrdinaryH0.lean", + "name": "TorusFiltration.ordinaryH0_difference_map_eq_zero_iff", + "status": "UNSUPPORTED", + "detail": "binder ( R : C ) is neither a sampled numeric type (\u2115 \u2124 \u211a \u211d) nor a decidable hypothesis", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "OrdinaryH0.lean::TorusFiltration.ordinaryH0_filtration_naturality": { + "module": "OrdinaryH0.lean", + "name": "TorusFiltration.ordinaryH0_filtration_naturality", + "status": "UNSUPPORTED", + "detail": "binder ( R : C ) is neither a sampled numeric type (\u2115 \u2124 \u211a \u211d) nor a decidable hypothesis", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "OrdinaryH0.lean::TorusFiltration.ordinaryH0_filtration_difference_zero_iff_joinedIn": { + "module": "OrdinaryH0.lean", + "name": "TorusFiltration.ordinaryH0_filtration_difference_zero_iff_joinedIn", + "status": "UNSUPPORTED", + "detail": "binder ( R : C ) is neither a sampled numeric type (\u2115 \u2124 \u211a \u211d) nor a decidable hypothesis", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "OrdinaryH0Controls.lean::TorusFiltration.ordinaryH0Control_intCoeff_id_ne_zero": { + "module": "OrdinaryH0Controls.lean", + "name": "TorusFiltration.ordinaryH0Control_intCoeff_id_ne_zero", + "status": "UNSUPPORTED", + "detail": "unsupported syntax: notation '\ud835\udfd9'", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "OrdinaryH0Controls.lean::TorusFiltration.ordinaryH0Control_mod2Coeff_id_ne_zero": { + "module": "OrdinaryH0Controls.lean", + "name": "TorusFiltration.ordinaryH0Control_mod2Coeff_id_ne_zero", + "status": "UNSUPPORTED", + "detail": "unsupported syntax: notation '\ud835\udfd9'", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "OrdinaryH0Controls.lean::TorusFiltration.ordinaryH0Control_mod2Coeff_id_add_self": { + "module": "OrdinaryH0Controls.lean", + "name": "TorusFiltration.ordinaryH0Control_mod2Coeff_id_add_self", + "status": "UNSUPPORTED", + "detail": "unsupported syntax: notation '\ud835\udfd9'", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "OrdinaryH0Controls.lean::TorusFiltration.ordinaryH0Control_zeroCoeff_isZero": { + "module": "OrdinaryH0Controls.lean", + "name": "TorusFiltration.ordinaryH0Control_zeroCoeff_isZero", + "status": "UNSUPPORTED", + "detail": "proposition of form App", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "OrdinaryH0Controls.lean::TorusFiltration.ordinaryH0Control_zeroCoeff_id_eq_zero": { + "module": "OrdinaryH0Controls.lean", + "name": "TorusFiltration.ordinaryH0Control_zeroCoeff_id_eq_zero", + "status": "UNSUPPORTED", + "detail": "unsupported syntax: notation '\ud835\udfd9'", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "OrdinaryH0Controls.lean::TorusFiltration.ordinaryH0Control_empty_components": { + "module": "OrdinaryH0Controls.lean", + "name": "TorusFiltration.ordinaryH0Control_empty_components", + "status": "UNSUPPORTED", + "detail": "proposition of form App", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "OrdinaryH0Controls.lean::TorusFiltration.ordinaryH0Control_empty_componentCoproduct_isZero": { + "module": "OrdinaryH0Controls.lean", + "name": "TorusFiltration.ordinaryH0Control_empty_componentCoproduct_isZero", + "status": "UNSUPPORTED", + "detail": "binder ( R : ModuleCat . { 0 } \u2124 ) is neither a sampled numeric type (\u2115 \u2124 \u211a \u211d) nor a decidable hypothesis", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "OrdinaryH0Controls.lean::TorusFiltration.ordinaryH0Control_empty_h0_isZero": { + "module": "OrdinaryH0Controls.lean", + "name": "TorusFiltration.ordinaryH0Control_empty_h0_isZero", + "status": "UNSUPPORTED", + "detail": "unparsed statement: SyntaxError: expected ')', got .", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "OrdinaryH0Controls.lean::TorusFiltration.ordinaryH0Control_zeroCoeff_componentCoproduct_isZero": { + "module": "OrdinaryH0Controls.lean", + "name": "TorusFiltration.ordinaryH0Control_zeroCoeff_componentCoproduct_isZero", + "status": "UNSUPPORTED", + "detail": "binder ( X : TopCat . { 0 } ) is neither a sampled numeric type (\u2115 \u2124 \u211a \u211d) nor a decidable hypothesis", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "OrdinaryH0Controls.lean::TorusFiltration.ordinaryH0Control_zeroCoeff_h0_isZero": { + "module": "OrdinaryH0Controls.lean", + "name": "TorusFiltration.ordinaryH0Control_zeroCoeff_h0_isZero", + "status": "UNSUPPORTED", + "detail": "binder ( X : TopCat . { 0 } ) is neither a sampled numeric type (\u2115 \u2124 \u211a \u211d) nor a decidable hypothesis", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "OrdinaryH0Controls.lean::TorusFiltration.ordinaryH0Control_point_augmentation": { + "module": "OrdinaryH0Controls.lean", + "name": "TorusFiltration.ordinaryH0Control_point_augmentation", + "status": "UNSUPPORTED", + "detail": "unparsed statement: SyntaxError: unexpected token ')' at 170:71", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "OrdinaryH0Controls.lean::TorusFiltration.ordinaryH0Control_point_ne_zero": { + "module": "OrdinaryH0Controls.lean", + "name": "TorusFiltration.ordinaryH0Control_point_ne_zero", + "status": "UNSUPPORTED", + "detail": "unparsed statement: SyntaxError: unexpected token ')' at 179:71", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "OrdinaryH0Controls.lean::TorusFiltration.ordinaryH0Control_point_h0_not_isZero": { + "module": "OrdinaryH0Controls.lean", + "name": "TorusFiltration.ordinaryH0Control_point_h0_not_isZero", + "status": "UNSUPPORTED", + "detail": "unparsed statement: SyntaxError: expected ')', got .", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "OrdinaryH0Controls.lean::TorusFiltration.ordinaryH0Control_line_component_eq": { + "module": "OrdinaryH0Controls.lean", + "name": "TorusFiltration.ordinaryH0Control_line_component_eq", + "status": "UNSUPPORTED", + "detail": "unknown function ZerothHomotopy.mk", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "OrdinaryH0Controls.lean::TorusFiltration.ordinaryH0Control_line_difference_zero_int": { + "module": "OrdinaryH0Controls.lean", + "name": "TorusFiltration.ordinaryH0Control_line_difference_zero_int", + "status": "UNSUPPORTED", + "detail": "result type R \u27f6 ( ( singularHomologyFunctor C 0 ) . obj R ) . obj X", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "OrdinaryH0Controls.lean::TorusFiltration.ordinaryH0Control_line_difference_zero_zeroCoeff": { + "module": "OrdinaryH0Controls.lean", + "name": "TorusFiltration.ordinaryH0Control_line_difference_zero_zeroCoeff", + "status": "UNSUPPORTED", + "detail": "result type R \u27f6 ( ( singularHomologyFunctor C 0 ) . obj R ) . obj X", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "OrdinaryH0Controls.lean::TorusFiltration.ordinaryH0Control_line_classes_ne_zero": { + "module": "OrdinaryH0Controls.lean", + "name": "TorusFiltration.ordinaryH0Control_line_classes_ne_zero", + "status": "UNSUPPORTED", + "detail": "result type R \u27f6 ( ( singularHomologyFunctor C 0 ) . obj R ) . obj X", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "OrdinaryH0Controls.lean::TorusFiltration.ordinaryH0Control_discrete_component_ne": { + "module": "OrdinaryH0Controls.lean", + "name": "TorusFiltration.ordinaryH0Control_discrete_component_ne", + "status": "UNSUPPORTED", + "detail": "instance binder [ DiscreteTopology X ] cannot be sampled", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "OrdinaryH0Controls.lean::TorusFiltration.ordinaryH0Control_bool_component_ne": { + "module": "OrdinaryH0Controls.lean", + "name": "TorusFiltration.ordinaryH0Control_bool_component_ne", + "status": "UNSUPPORTED", + "detail": "unknown function ZerothHomotopy.mk", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "OrdinaryH0Controls.lean::TorusFiltration.ordinaryH0Control_bool_pointClass_ne": { + "module": "OrdinaryH0Controls.lean", + "name": "TorusFiltration.ordinaryH0Control_bool_pointClass_ne", + "status": "UNSUPPORTED", + "detail": "result type R \u27f6 ( ( singularHomologyFunctor C 0 ) . obj R ) . obj X", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "OrdinaryH0Controls.lean::TorusFiltration.ordinaryH0Control_bool_pointClass_ne_mod2": { + "module": "OrdinaryH0Controls.lean", + "name": "TorusFiltration.ordinaryH0Control_bool_pointClass_ne_mod2", + "status": "UNSUPPORTED", + "detail": "result type R \u27f6 ( ( singularHomologyFunctor C 0 ) . obj R ) . obj X", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "OrdinaryH0Controls.lean::TorusFiltration.ordinaryH0Control_collapse_difference_zero": { + "module": "OrdinaryH0Controls.lean", + "name": "TorusFiltration.ordinaryH0Control_collapse_difference_zero", + "status": "UNSUPPORTED", + "detail": "unsupported syntax: notation '\u226b'", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "OrdinaryH0Controls.lean::TorusFiltration.ordinaryH0Control_collapse_image_ne_zero": { + "module": "OrdinaryH0Controls.lean", + "name": "TorusFiltration.ordinaryH0Control_collapse_image_ne_zero", + "status": "UNSUPPORTED", + "detail": "binder ( b : Bool ) is neither a sampled numeric type (\u2115 \u2124 \u211a \u211d) nor a decidable hypothesis", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "OrdinaryH0Controls.lean::TorusFiltration.ordinaryH0Control_collapse_difference_dies_classes_survive": { + "module": "OrdinaryH0Controls.lean", + "name": "TorusFiltration.ordinaryH0Control_collapse_difference_dies_classes_survive", + "status": "UNSUPPORTED", + "detail": "unsupported syntax: notation '\u226b'", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "OrdinaryH0Controls.lean::TorusFiltration.ordinaryH0Control_square_differences_ne_zero": { + "module": "OrdinaryH0Controls.lean", + "name": "TorusFiltration.ordinaryH0Control_square_differences_ne_zero", + "status": "UNSUPPORTED", + "detail": "unsupported syntax: notation '\u00d7'", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "OrdinaryH0Controls.lean::TorusFiltration.ordinaryH0Control_fst_difference_zero": { + "module": "OrdinaryH0Controls.lean", + "name": "TorusFiltration.ordinaryH0Control_fst_difference_zero", + "status": "UNSUPPORTED", + "detail": "unsupported syntax: notation '\u00d7'", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "OrdinaryH0Controls.lean::TorusFiltration.ordinaryH0Control_fst_difference_ne_zero": { + "module": "OrdinaryH0Controls.lean", + "name": "TorusFiltration.ordinaryH0Control_fst_difference_ne_zero", + "status": "UNSUPPORTED", + "detail": "unsupported syntax: notation '\u00d7'", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "OrdinaryH0Controls.lean::TorusFiltration.ordinaryH0Control_bool_zeroCoeff_eq": { + "module": "OrdinaryH0Controls.lean", + "name": "TorusFiltration.ordinaryH0Control_bool_zeroCoeff_eq", + "status": "UNSUPPORTED", + "detail": "result type R \u27f6 ( ( singularHomologyFunctor C 0 ) . obj R ) . obj X", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "OrdinaryH0Controls.lean::TorusFiltration.ordinaryH0Control_point_zeroCoeff_eq_zero": { + "module": "OrdinaryH0Controls.lean", + "name": "TorusFiltration.ordinaryH0Control_point_zeroCoeff_eq_zero", + "status": "UNSUPPORTED", + "detail": "unparsed statement: SyntaxError: unexpected token ')' at 354:72", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "OrdinaryH0Controls.lean::TorusFiltration.ordinaryH0Control_separation_needs_nonzero": { + "module": "OrdinaryH0Controls.lean", + "name": "TorusFiltration.ordinaryH0Control_separation_needs_nonzero", + "status": "UNSUPPORTED", + "detail": "unparsed statement: SyntaxError: expected ',', got X", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "OrdinaryH0Controls.lean::TorusFiltration.ordinaryH0Control_nonvanishing_needs_nonzero": { + "module": "OrdinaryH0Controls.lean", + "name": "TorusFiltration.ordinaryH0Control_nonvanishing_needs_nonzero", + "status": "UNSUPPORTED", + "detail": "unparsed statement: SyntaxError: expected ',', got X", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "OrdinaryH0Controls.lean::TorusFiltration.ordinaryH0Control_parabola_le": { + "module": "OrdinaryH0Controls.lean", + "name": "TorusFiltration.ordinaryH0Control_parabola_le", + "status": "PASS", + "detail": "closed statement evaluated true", + "instances": 1, + "vacuous": false, + "float_free": true + }, + "OrdinaryH0Controls.lean::TorusFiltration.ordinaryH0Control_parabola_strict_growth": { + "module": "OrdinaryH0Controls.lean", + "name": "TorusFiltration.ordinaryH0Control_parabola_strict_growth", + "status": "UNSUPPORTED", + "detail": "result type Set X", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "OrdinaryH0Controls.lean::TorusFiltration.ordinaryH0Control_parabola_not_joined_quarter": { + "module": "OrdinaryH0Controls.lean", + "name": "TorusFiltration.ordinaryH0Control_parabola_not_joined_quarter", + "status": "UNSUPPORTED", + "detail": "proposition of form App", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "OrdinaryH0Controls.lean::TorusFiltration.ordinaryH0Control_parabola_joined": { + "module": "OrdinaryH0Controls.lean", + "name": "TorusFiltration.ordinaryH0Control_parabola_joined", + "status": "UNSUPPORTED", + "detail": "proposition of form App", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "OrdinaryH0Controls.lean::TorusFiltration.ordinaryH0Control_parabola_difference_zero": { + "module": "OrdinaryH0Controls.lean", + "name": "TorusFiltration.ordinaryH0Control_parabola_difference_zero", + "status": "UNSUPPORTED", + "detail": "unsupported syntax: notation '\u226b'", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "OrdinaryH0Controls.lean::TorusFiltration.ordinaryH0Control_parabola_strict_difference_ne_zero": { + "module": "OrdinaryH0Controls.lean", + "name": "TorusFiltration.ordinaryH0Control_parabola_strict_difference_ne_zero", + "status": "UNSUPPORTED", + "detail": "unsupported syntax: notation '\u226b'", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "SuperlevelBar.lean::TorusFiltration.superlevelBar_essential_iff": { + "module": "SuperlevelBar.lean", + "name": "TorusFiltration.superlevelBar_essential_iff", + "status": "UNSUPPORTED", + "detail": "binder ( g : superlevelBar_E d \u2192 \u211d ) is neither a sampled numeric type (\u2115 \u2124 \u211a \u211d) nor a decidable hypothesis", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "SuperlevelBar.lean::TorusFiltration.superlevelBar_mem_lt_start": { + "module": "SuperlevelBar.lean", + "name": "TorusFiltration.superlevelBar_mem_lt_start", + "status": "UNSUPPORTED", + "detail": "binder ( g : superlevelBar_E d \u2192 \u211d ) is neither a sampled numeric type (\u2115 \u2124 \u211a \u211d) nor a decidable hypothesis", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "SuperlevelBar.lean::TorusFiltration.superlevelBar_clearance_bddAbove": { + "module": "SuperlevelBar.lean", + "name": "TorusFiltration.superlevelBar_clearance_bddAbove", + "status": "UNSUPPORTED", + "detail": "binder ( g : superlevelBar_E d \u2192 \u211d ) is neither a sampled numeric type (\u2115 \u2124 \u211a \u211d) nor a decidable hypothesis", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "SuperlevelBar.lean::TorusFiltration.superlevelBar_clearance_empty_of_essential": { + "module": "SuperlevelBar.lean", + "name": "TorusFiltration.superlevelBar_clearance_empty_of_essential", + "status": "UNSUPPORTED", + "detail": "binder ( g : superlevelBar_E d \u2192 \u211d ) is neither a sampled numeric type (\u2115 \u2124 \u211a \u211d) nor a decidable hypothesis", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "SuperlevelBar.lean::TorusFiltration.superlevelBar_death_eq_zero_of_empty": { + "module": "SuperlevelBar.lean", + "name": "TorusFiltration.superlevelBar_death_eq_zero_of_empty", + "status": "UNSUPPORTED", + "detail": "binder ( g : superlevelBar_E d \u2192 \u211d ) is neither a sampled numeric type (\u2115 \u2124 \u211a \u211d) nor a decidable hypothesis", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "SuperlevelBar.lean::TorusFiltration.superlevelBar_death_eq_zero_of_essential": { + "module": "SuperlevelBar.lean", + "name": "TorusFiltration.superlevelBar_death_eq_zero_of_essential", + "status": "UNSUPPORTED", + "detail": "binder ( g : superlevelBar_E d \u2192 \u211d ) is neither a sampled numeric type (\u2115 \u2124 \u211a \u211d) nor a decidable hypothesis", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "SuperlevelBar.lean::TorusFiltration.superlevelBar_death_eq_sSup_of_nonempty": { + "module": "SuperlevelBar.lean", + "name": "TorusFiltration.superlevelBar_death_eq_sSup_of_nonempty", + "status": "UNSUPPORTED", + "detail": "binder ( g : superlevelBar_E d \u2192 \u211d ) is neither a sampled numeric type (\u2115 \u2124 \u211a \u211d) nor a decidable hypothesis", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "SuperlevelBar.lean::TorusFiltration.superlevelBar_path_minimum": { + "module": "SuperlevelBar.lean", + "name": "TorusFiltration.superlevelBar_path_minimum", + "status": "UNSUPPORTED", + "detail": "binder ( g : superlevelBar_E d \u2192 \u211d ) is neither a sampled numeric type (\u2115 \u2124 \u211a \u211d) nor a decidable hypothesis", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "SuperlevelBar.lean::TorusFiltration.superlevelBar_clearance_nonempty": { + "module": "SuperlevelBar.lean", + "name": "TorusFiltration.superlevelBar_clearance_nonempty", + "status": "UNSUPPORTED", + "detail": "binder ( g : superlevelBar_E d \u2192 \u211d ) is neither a sampled numeric type (\u2115 \u2124 \u211a \u211d) nor a decidable hypothesis", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "SuperlevelBar.lean::TorusFiltration.superlevelBar_clearance_nonempty_iff": { + "module": "SuperlevelBar.lean", + "name": "TorusFiltration.superlevelBar_clearance_nonempty_iff", + "status": "UNSUPPORTED", + "detail": "binder ( g : superlevelBar_E d \u2192 \u211d ) is neither a sampled numeric type (\u2115 \u2124 \u211a \u211d) nor a decidable hypothesis", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "SuperlevelBar.lean::TorusFiltration.superlevelBar_clearance_downward": { + "module": "SuperlevelBar.lean", + "name": "TorusFiltration.superlevelBar_clearance_downward", + "status": "UNSUPPORTED", + "detail": "binder ( g : superlevelBar_E d \u2192 \u211d ) is neither a sampled numeric type (\u2115 \u2124 \u211a \u211d) nor a decidable hypothesis", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "SuperlevelBar.lean::TorusFiltration.superlevelBar_clearance_improve": { + "module": "SuperlevelBar.lean", + "name": "TorusFiltration.superlevelBar_clearance_improve", + "status": "UNSUPPORTED", + "detail": "binder ( g : superlevelBar_E d \u2192 \u211d ) is neither a sampled numeric type (\u2115 \u2124 \u211a \u211d) nor a decidable hypothesis", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "SuperlevelBar.lean::TorusFiltration.superlevelBar_strict_cut": { + "module": "SuperlevelBar.lean", + "name": "TorusFiltration.superlevelBar_strict_cut", + "status": "UNSUPPORTED", + "detail": "binder ( g : superlevelBar_E d \u2192 \u211d ) is neither a sampled numeric type (\u2115 \u2124 \u211a \u211d) nor a decidable hypothesis", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "SuperlevelBar.lean::TorusFiltration.superlevelBar_death_le_start_of_nonempty": { + "module": "SuperlevelBar.lean", + "name": "TorusFiltration.superlevelBar_death_le_start_of_nonempty", + "status": "UNSUPPORTED", + "detail": "binder ( g : superlevelBar_E d \u2192 \u211d ) is neither a sampled numeric type (\u2115 \u2124 \u211a \u211d) nor a decidable hypothesis", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "SuperlevelBar.lean::TorusFiltration.superlevelBar_death_le_start": { + "module": "SuperlevelBar.lean", + "name": "TorusFiltration.superlevelBar_death_le_start", + "status": "UNSUPPORTED", + "detail": "binder ( g : superlevelBar_E d \u2192 \u211d ) is neither a sampled numeric type (\u2115 \u2124 \u211a \u211d) nor a decidable hypothesis", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "SuperlevelBar.lean::TorusFiltration.superlevelBar_clearance_eq_Iio": { + "module": "SuperlevelBar.lean", + "name": "TorusFiltration.superlevelBar_clearance_eq_Iio", + "status": "UNSUPPORTED", + "detail": "binder ( g : superlevelBar_E d \u2192 \u211d ) is neither a sampled numeric type (\u2115 \u2124 \u211a \u211d) nor a decidable hypothesis", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "SuperlevelBar.lean::TorusFiltration.superlevelBar_death_not_mem_clearance": { + "module": "SuperlevelBar.lean", + "name": "TorusFiltration.superlevelBar_death_not_mem_clearance", + "status": "UNSUPPORTED", + "detail": "binder ( g : superlevelBar_E d \u2192 \u211d ) is neither a sampled numeric type (\u2115 \u2124 \u211a \u211d) nor a decidable hypothesis", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "SuperlevelBar.lean::TorusFiltration.superlevelBar_cut_unique": { + "module": "SuperlevelBar.lean", + "name": "TorusFiltration.superlevelBar_cut_unique", + "status": "UNSUPPORTED", + "detail": "binder ( g : superlevelBar_E d \u2192 \u211d ) is neither a sampled numeric type (\u2115 \u2124 \u211a \u211d) nor a decidable hypothesis", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "SuperlevelBar.lean::TorusFiltration.superlevelBar_death_const": { + "module": "SuperlevelBar.lean", + "name": "TorusFiltration.superlevelBar_death_const", + "status": "UNSUPPORTED", + "detail": "binder ( M : superlevelBar_E d ) is neither a sampled numeric type (\u2115 \u2124 \u211a \u211d) nor a decidable hypothesis", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "SuperlevelBar.lean::TorusFiltration.superlevelBar_control_negative_essential": { + "module": "SuperlevelBar.lean", + "name": "TorusFiltration.superlevelBar_control_negative_essential", + "status": "UNSUPPORTED", + "detail": "binder ( M : superlevelBar_E d ) is neither a sampled numeric type (\u2115 \u2124 \u211a \u211d) nor a decidable hypothesis", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "SuperlevelBarField.lean::TorusFiltration.superlevelBarField_continuous": { + "module": "SuperlevelBarField.lean", + "name": "TorusFiltration.superlevelBarField_continuous", + "status": "UNSUPPORTED", + "detail": "binder { g : E d \u2192 \u211d } is neither a sampled numeric type (\u2115 \u2124 \u211a \u211d) nor a decidable hypothesis", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "SuperlevelBarField.lean::TorusFiltration.superlevelBarField_nonempty": { + "module": "SuperlevelBarField.lean", + "name": "TorusFiltration.superlevelBarField_nonempty", + "status": "UNSUPPORTED", + "detail": "proposition of form App", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "SuperlevelBarField.lean::TorusFiltration.superlevelBarField_deathHeight_eq": { + "module": "SuperlevelBarField.lean", + "name": "TorusFiltration.superlevelBarField_deathHeight_eq", + "status": "UNSUPPORTED", + "detail": "binder ( g : E d \u2192 \u211d ) is neither a sampled numeric type (\u2115 \u2124 \u211a \u211d) nor a decidable hypothesis", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "SuperlevelBarField.lean::TorusFiltration.superlevelBarField_isEssential_iff": { + "module": "SuperlevelBarField.lean", + "name": "TorusFiltration.superlevelBarField_isEssential_iff", + "status": "UNSUPPORTED", + "detail": "binder ( g : E d \u2192 \u211d ) is neither a sampled numeric type (\u2115 \u2124 \u211a \u211d) nor a decidable hypothesis", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "SuperlevelBarField.lean::TorusFiltration.superlevelBarField_elderPartner_iff": { + "module": "SuperlevelBarField.lean", + "name": "TorusFiltration.superlevelBarField_elderPartner_iff", + "status": "UNSUPPORTED", + "detail": "binder ( g : E d \u2192 \u211d ) is neither a sampled numeric type (\u2115 \u2124 \u211a \u211d) nor a decidable hypothesis", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "SuperlevelBarField.lean::TorusFiltration.superlevelBarField_essential_unique": { + "module": "SuperlevelBarField.lean", + "name": "TorusFiltration.superlevelBarField_essential_unique", + "status": "UNSUPPORTED", + "detail": "binder ( I : SuperlevelBarInterface d L ) is neither a sampled numeric type (\u2115 \u2124 \u211a \u211d) nor a decidable hypothesis", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "SuperlevelBarField.lean::TorusFiltration.superlevelBarField_deathHeight_unique": { + "module": "SuperlevelBarField.lean", + "name": "TorusFiltration.superlevelBarField_deathHeight_unique", + "status": "UNSUPPORTED", + "detail": "binder ( I : SuperlevelBarInterface d L ) is neither a sampled numeric type (\u2115 \u2124 \u211a \u211d) nor a decidable hypothesis", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "SuperlevelBarField.lean::TorusFiltration.superlevelBarField_elderPartner_unique": { + "module": "SuperlevelBarField.lean", + "name": "TorusFiltration.superlevelBarField_elderPartner_unique", + "status": "UNSUPPORTED", + "detail": "binder ( I : SuperlevelBarInterface d L ) is neither a sampled numeric type (\u2115 \u2124 \u211a \u211d) nor a decidable hypothesis", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "SuperlevelBarField.lean::TorusFiltration.superlevelBarField_shift_deathHeight_const": { + "module": "SuperlevelBarField.lean", + "name": "TorusFiltration.superlevelBarField_shift_deathHeight_const", + "status": "UNSUPPORTED", + "detail": "binder ( M : E d ) is neither a sampled numeric type (\u2115 \u2124 \u211a \u211d) nor a decidable hypothesis", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "SuperlevelBarField.lean::TorusFiltration.superlevelBarField_const_smooth": { + "module": "SuperlevelBarField.lean", + "name": "TorusFiltration.superlevelBarField_const_smooth", + "status": "UNSUPPORTED", + "detail": "expression Lambda", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "SuperlevelBarField.lean::TorusFiltration.superlevelBarField_const_periodic": { + "module": "SuperlevelBarField.lean", + "name": "TorusFiltration.superlevelBarField_const_periodic", + "status": "UNSUPPORTED", + "detail": "definition IsLPeriodic has an unparsed body", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "SuperlevelBarField.lean::TorusFiltration.superlevelBarField_control_essential_free": { + "module": "SuperlevelBarField.lean", + "name": "TorusFiltration.superlevelBarField_control_essential_free", + "status": "UNSUPPORTED", + "detail": "binder ( M : E d ) is neither a sampled numeric type (\u2115 \u2124 \u211a \u211d) nor a decidable hypothesis", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "TorusTopology.lean::TorusFiltration.torus_field_latticeVec_formula": { + "module": "TorusTopology.lean", + "name": "TorusFiltration.torus_field_latticeVec_formula", + "status": "UNSUPPORTED", + "detail": "result type torus_E d", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "TorusTopology.lean::TorusFiltration.torus_basis_sum_eq_latticeVec": { + "module": "TorusTopology.lean", + "name": "TorusFiltration.torus_basis_sum_eq_latticeVec", + "status": "UNSUPPORTED", + "detail": "result type Module.Basis ( Fin d ) \u211d ( torus_E d )", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "TorusTopology.lean::TorusFiltration.torus_lattice_mem_iff": { + "module": "TorusTopology.lean", + "name": "TorusFiltration.torus_lattice_mem_iff", + "status": "UNSUPPORTED", + "detail": "binder ( x : torus_E d ) is neither a sampled numeric type (\u2115 \u2124 \u211a \u211d) nor a decidable hypothesis", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "TorusTopology.lean::TorusFiltration.torus_proj_surjective": { + "module": "TorusTopology.lean", + "name": "TorusFiltration.torus_proj_surjective", + "status": "UNSUPPORTED", + "detail": "proposition of form App", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "TorusTopology.lean::TorusFiltration.torus_proj_continuous": { + "module": "TorusTopology.lean", + "name": "TorusFiltration.torus_proj_continuous", + "status": "UNSUPPORTED", + "detail": "proposition of form App", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "TorusTopology.lean::TorusFiltration.torus_proj_eq_iff": { + "module": "TorusTopology.lean", + "name": "TorusFiltration.torus_proj_eq_iff", + "status": "UNSUPPORTED", + "detail": "binder ( x y : torus_E d ) is neither a sampled numeric type (\u2115 \u2124 \u211a \u211d) nor a decidable hypothesis", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "TorusTopology.lean::TorusFiltration.torus_control_lattice_translate": { + "module": "TorusTopology.lean", + "name": "TorusFiltration.torus_control_lattice_translate", + "status": "UNSUPPORTED", + "detail": "binder ( x : torus_E d ) is neither a sampled numeric type (\u2115 \u2124 \u211a \u211d) nor a decidable hypothesis", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "TorusTopology.lean::TorusFiltration.torus_proj_isCoveringMap": { + "module": "TorusTopology.lean", + "name": "TorusFiltration.torus_proj_isCoveringMap", + "status": "UNSUPPORTED", + "detail": "proposition of form App", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "TorusTopology.lean::TorusFiltration.torus_compact": { + "module": "TorusTopology.lean", + "name": "TorusFiltration.torus_compact", + "status": "UNSUPPORTED", + "detail": "unparsed statement: SyntaxError: trailing tokens from ')'", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "TorusTopology.lean::TorusFiltration.torus_pathConnectedSpace": { + "module": "TorusTopology.lean", + "name": "TorusFiltration.torus_pathConnectedSpace", + "status": "UNSUPPORTED", + "detail": "proposition of form App", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "TorusTopology.lean::TorusFiltration.torus_field_periodic_formula": { + "module": "TorusTopology.lean", + "name": "TorusFiltration.torus_field_periodic_formula", + "status": "UNSUPPORTED", + "detail": "binder ( g : torus_E d \u2192 \u211d ) is neither a sampled numeric type (\u2115 \u2124 \u211a \u211d) nor a decidable hypothesis", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "TorusTopology.lean::TorusFiltration.torus_periodic_respects": { + "module": "TorusTopology.lean", + "name": "TorusFiltration.torus_periodic_respects", + "status": "UNSUPPORTED", + "detail": "binder ( g : torus_E d \u2192 \u211d ) is neither a sampled numeric type (\u2115 \u2124 \u211a \u211d) nor a decidable hypothesis", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "TorusTopology.lean::TorusFiltration.torus_descend_proj": { + "module": "TorusTopology.lean", + "name": "TorusFiltration.torus_descend_proj", + "status": "UNSUPPORTED", + "detail": "binder ( g : torus_E d \u2192 \u211d ) is neither a sampled numeric type (\u2115 \u2124 \u211a \u211d) nor a decidable hypothesis", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "TorusTopology.lean::TorusFiltration.torus_descend_continuous": { + "module": "TorusTopology.lean", + "name": "TorusFiltration.torus_descend_continuous", + "status": "UNSUPPORTED", + "detail": "binder ( g : torus_E d \u2192 \u211d ) is neither a sampled numeric type (\u2115 \u2124 \u211a \u211d) nor a decidable hypothesis", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "TorusTopology.lean::TorusFiltration.torus_path_lift_from": { + "module": "TorusTopology.lean", + "name": "TorusFiltration.torus_path_lift_from", + "status": "UNSUPPORTED", + "detail": "binder { M : torus_E d } is neither a sampled numeric type (\u2115 \u2124 \u211a \u211d) nor a decidable hypothesis", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "TorusTopology.lean::TorusFiltration.torus_control_constant_path_endpoint": { + "module": "TorusTopology.lean", + "name": "TorusFiltration.torus_control_constant_path_endpoint", + "status": "UNSUPPORTED", + "detail": "binder { M z : torus_E d } is neither a sampled numeric type (\u2115 \u2124 \u211a \u211d) nor a decidable hypothesis", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "TorusTopology.lean::TorusFiltration.torus_control_no_arbitrary_endpoint": { + "module": "TorusTopology.lean", + "name": "TorusFiltration.torus_control_no_arbitrary_endpoint", + "status": "UNSUPPORTED", + "detail": "binder ( M : torus_E d ) is neither a sampled numeric type (\u2115 \u2124 \u211a \u211d) nor a decidable hypothesis", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "TorusTopology.lean::TorusFiltration.torus_higher_path_iff": { + "module": "TorusTopology.lean", + "name": "TorusFiltration.torus_higher_path_iff", + "status": "UNSUPPORTED", + "detail": "binder ( g : torus_E d \u2192 \u211d ) is neither a sampled numeric type (\u2115 \u2124 \u211a \u211d) nor a decidable hypothesis", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "TorusTopology.lean::TorusFiltration.torus_strict_higher_path_iff": { + "module": "TorusTopology.lean", + "name": "TorusFiltration.torus_strict_higher_path_iff", + "status": "UNSUPPORTED", + "detail": "binder ( g : torus_E d \u2192 \u211d ) is neither a sampled numeric type (\u2115 \u2124 \u211a \u211d) nor a decidable hypothesis", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "TorusTopology.lean::TorusFiltration.torus_closed_higher_path_iff": { + "module": "TorusTopology.lean", + "name": "TorusFiltration.torus_closed_higher_path_iff", + "status": "UNSUPPORTED", + "detail": "binder ( g : torus_E d \u2192 \u211d ) is neither a sampled numeric type (\u2115 \u2124 \u211a \u211d) nor a decidable hypothesis", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "TorusTopology.lean::TorusFiltration.torus_global_max_iff": { + "module": "TorusTopology.lean", + "name": "TorusFiltration.torus_global_max_iff", + "status": "UNSUPPORTED", + "detail": "binder ( g : torus_E d \u2192 \u211d ) is neither a sampled numeric type (\u2115 \u2124 \u211a \u211d) nor a decidable hypothesis", + "instances": 0, + "vacuous": false, + "float_free": true + } + }, + "sampling": { + "seed": 1, + "samples": 64 + }, + "exit_code": 1, + "note": "G12 census: coverage of the empirical statement check over every declaration in a directory, with no manifest. PASS/CORROBORATED/FAIL/UNSUPPORTED as in a package check; UNSUPPORTED reasons are classified. Not a gate and not kernel evidence.", + "defs_from": { + "dirs": [ + "/specifications/lean_statements_20261010" + ], + "files": 6, + "files_pooled": 6, + "file_sha256": { + "/Specifications/Field.lean": "f22c91e082cd7e738ba47c9c3534e47ac687d066f0b78586d15103cf1132535e", + "/Specifications/Lifetime.lean": "90f4892608e953ecc696bb32ea159d1c178ceb8a1c6edfd11acfceb14af462c6", + "/Specifications/P15.lean": "a30d9e6938b64d4e2728c5380d41b3a627cde42448df254069293e3839a41ca6", + "/Specifications/RN.lean": "cad83a9d18029e66f2563f16a0850e846eb01dad0c3f08da6959ce0c186ae59c", + "/Specifications/Side24.lean": "3164ccfd527d5d443c3830ae871e5592abc6658dc3678006da368fdace3818e3", + "/Specifications.lean": "9a05b58eb94b0f24c9b8118b625ff003ca99ff2257734fe3d1f1d57ce3c9b976" + }, + "byte_identical_to_group": {} + }, + "unresolved_imports": {} +} diff --git a/cbz/evidence/g12-statement-fuzz-01n/census_math_dfa9b30a_20261106_deps/companions_torus_filtration_20261011.stdout.txt b/cbz/evidence/g12-statement-fuzz-01n/census_math_dfa9b30a_20261106_deps/companions_torus_filtration_20261011.stdout.txt new file mode 100644 index 000000000..c51350bdb --- /dev/null +++ b/cbz/evidence/g12-statement-fuzz-01n/census_math_dfa9b30a_20261106_deps/companions_torus_filtration_20261011.stdout.txt @@ -0,0 +1,165 @@ +{ + "lean_dir": "/companions/torus_filtration_20261011", + "files": 7, + "files_evaluated": 7, + "targets": 130, + "status_counts": { + "UNSUPPORTED": 129, + "PASS": 1 + }, + "unsupported_reasons": { + "binder outside the interpreter": 76, + "definition result type outside the interpreter": 16, + "Mathlib notation": 12, + "unparsed statement": 11, + "proposition outside the interpreter": 9, + "unknown function": 2, + "existential quantifier": 1, + "other": 1, + "definition outside the interpreter": 1 + }, + "sampling": { + "seed": 1, + "samples": 64 + }, + "exit_code": 1, + "unresolved_imports": {}, + "copies": 0, + "defs_from": { + "dirs": [ + "/specifications/lean_statements_20261010" + ], + "files": 6, + "files_pooled": 6, + "byte_identical_to_group": {} + } +} +UNSUPPORTED: ClosedSuperlevel.lean::TorusFiltration.superlevel_control_closed_endpoint: unparsed statement: SyntaxError: unexpected token ')' at 28:5 +UNSUPPORTED: ClosedSuperlevel.lean::TorusFiltration.superlevel_control_strict_endpoint: unparsed statement: SyntaxError: unexpected token ')' at 33:36 +UNSUPPORTED: ClosedSuperlevel.lean::TorusFiltration.superlevel_control_parameter_sign: unparsed statement: SyntaxError: unexpected token ')' at 39:5 +UNSUPPORTED: ClosedSuperlevel.lean::TorusFiltration.superlevel_control_inclusion_direction: result type Set X +UNSUPPORTED: ClosedSuperlevel.lean::TorusFiltration.superlevel_control_essential: binder ( M : X ) is neither a sampled numeric type (ℕ ℤ ℚ ℝ) nor a decidable hypothesis +UNSUPPORTED: ClosedSuperlevel.lean::TorusFiltration.superlevel_mono: result type Set X +UNSUPPORTED: ClosedSuperlevel.lean::TorusFiltration.superlevel_isClosed: binder ( hg : Continuous g ) is neither a sampled numeric type (ℕ ℤ ℚ ℝ) nor a decidable hypothesis +UNSUPPORTED: ClosedSuperlevel.lean::TorusFiltration.superlevel_inclusion_id: result type C ( superlevel_set g s , superlevel_set g t ) +UNSUPPORTED: ClosedSuperlevel.lean::TorusFiltration.superlevel_inclusion_comp: result type C ( superlevel_set g s , superlevel_set g t ) +UNSUPPORTED: ClosedSuperlevel.lean::TorusFiltration.superlevel_mem_at_own_height: binder ( x : X ) is neither a sampled numeric type (ℕ ℤ ℚ ℝ) nor a decidable hypothesis +UNSUPPORTED: ClosedSuperlevel.lean::TorusFiltration.superlevel_neg_height: result type Set X +UNSUPPORTED: ClosedSuperlevel.lean::TorusFiltration.superlevel_control_strict_thresholds: unsupported syntax: existential quantifier +UNSUPPORTED: ClosedSuperlevel.lean::TorusFiltration.superlevel_componentMap_mk: binder ( f : C ( X , Y ) ) is neither a sampled numeric type (ℕ ℤ ℚ ℝ) nor a decidable hypothesis +UNSUPPORTED: ClosedSuperlevel.lean::TorusFiltration.superlevel_componentMap_id: result type ZerothHomotopy X → ZerothHomotopy Y +UNSUPPORTED: ClosedSuperlevel.lean::TorusFiltration.superlevel_componentMap_comp: binder ( f : C ( X , Y ) ) is neither a sampled numeric type (ℕ ℤ ℚ ℝ) nor a decidable hypothesis +UNSUPPORTED: ClosedSuperlevel.lean::TorusFiltration.superlevel_componentInclusion_id: result type ZerothHomotopy ( superlevel_set g s ) → ZerothHomotopy ( superlevel_set g t ) +UNSUPPORTED: ClosedSuperlevel.lean::TorusFiltration.superlevel_componentInclusion_comp: unsupported syntax: notation '∘' +UNSUPPORTED: ClosedSuperlevel.lean::TorusFiltration.superlevel_component_eq_iff_joinedIn: binder ( x y : superlevel_set g t ) is neither a sampled numeric type (ℕ ℤ ℚ ℝ) nor a decidable hypothesis +UNSUPPORTED: ClosedSuperlevel.lean::TorusFiltration.superlevel_h0Filtration_map_id: binder ( R : C ) is neither a sampled numeric type (ℕ ℤ ℚ ℝ) nor a decidable hypothesis +UNSUPPORTED: ClosedSuperlevel.lean::TorusFiltration.superlevel_h0Filtration_map_comp: binder ( R : C ) is neither a sampled numeric type (ℕ ℤ ℚ ℝ) nor a decidable hypothesis +UNSUPPORTED: OrdinaryH0.lean::TorusFiltration.ordinaryH0_componentCoproductMap_iota: binder ( R : C ) is neither a sampled numeric type (ℕ ℤ ℚ ℝ) nor a decidable hypothesis +UNSUPPORTED: OrdinaryH0.lean::TorusFiltration.ordinaryH0_componentFiltration_map_iota: binder ( R : C ) is neither a sampled numeric type (ℕ ℤ ℚ ℝ) nor a decidable hypothesis +UNSUPPORTED: OrdinaryH0.lean::TorusFiltration.ordinaryH0_simplicialPointClass_iso: binder ( S : SSet . { w } ) is neither a sampled numeric type (ℕ ℤ ℚ ℝ) nor a decidable hypothesis +UNSUPPORTED: OrdinaryH0.lean::TorusFiltration.ordinaryH0_simplicialPointClass_map: binder ( R : C ) is neither a sampled numeric type (ℕ ℤ ℚ ℝ) nor a decidable hypothesis +UNSUPPORTED: OrdinaryH0.lean::TorusFiltration.ordinaryH0_toSSet_pointMap: binder { X Y : TopCat . { w } } is neither a sampled numeric type (ℕ ℤ ℚ ℝ) nor a decidable hypothesis +UNSUPPORTED: OrdinaryH0.lean::TorusFiltration.ordinaryH0_pointClass_map: binder ( R : C ) is neither a sampled numeric type (ℕ ℤ ℚ ℝ) nor a decidable hypothesis +UNSUPPORTED: OrdinaryH0.lean::TorusFiltration.ordinaryH0_pointClass_iso: binder ( X : TopCat . { w } ) is neither a sampled numeric type (ℕ ℤ ℚ ℝ) nor a decidable hypothesis +UNSUPPORTED: OrdinaryH0.lean::TorusFiltration.ordinaryH0_componentIota_isoInv: binder ( X : TopCat . { w } ) is neither a sampled numeric type (ℕ ℤ ℚ ℝ) nor a decidable hypothesis +UNSUPPORTED: OrdinaryH0.lean::TorusFiltration.ordinaryH0_hom_ext: binder ( X : TopCat . { w } ) is neither a sampled numeric type (ℕ ℤ ℚ ℝ) nor a decidable hypothesis +UNSUPPORTED: OrdinaryH0.lean::TorusFiltration.ordinaryH0_iso_naturality: binder ( R : C ) is neither a sampled numeric type (ℕ ℤ ℚ ℝ) nor a decidable hypothesis +UNSUPPORTED: OrdinaryH0.lean::TorusFiltration.ordinaryH0_pointClass_augmentation: binder ( X : TopCat . { w } ) is neither a sampled numeric type (ℕ ℤ ℚ ℝ) nor a decidable hypothesis +UNSUPPORTED: OrdinaryH0.lean::TorusFiltration.ordinaryH0_pointClass_ne_zero: binder ( X : TopCat . { w } ) is neither a sampled numeric type (ℕ ℤ ℚ ℝ) nor a decidable hypothesis +UNSUPPORTED: OrdinaryH0.lean::TorusFiltration.ordinaryH0_pointClass_eq_of_component_eq: binder ( X : TopCat . { w } ) is neither a sampled numeric type (ℕ ℤ ℚ ℝ) nor a decidable hypothesis +UNSUPPORTED: OrdinaryH0.lean::TorusFiltration.ordinaryH0_sameComponent_difference_zero: binder ( X : TopCat . { w } ) is neither a sampled numeric type (ℕ ℤ ℚ ℝ) nor a decidable hypothesis +UNSUPPORTED: OrdinaryH0.lean::TorusFiltration.ordinaryH0_pointClass_ne_of_component_ne: binder ( X : TopCat . { w } ) is neither a sampled numeric type (ℕ ℤ ℚ ℝ) nor a decidable hypothesis +UNSUPPORTED: OrdinaryH0.lean::TorusFiltration.ordinaryH0_pointClass_eq_iff: binder ( X : TopCat . { w } ) is neither a sampled numeric type (ℕ ℤ ℚ ℝ) nor a decidable hypothesis +UNSUPPORTED: OrdinaryH0.lean::TorusFiltration.ordinaryH0_difference_map: binder ( R : C ) is neither a sampled numeric type (ℕ ℤ ℚ ℝ) nor a decidable hypothesis +UNSUPPORTED: OrdinaryH0.lean::TorusFiltration.ordinaryH0_difference_map_eq_zero_iff: binder ( R : C ) is neither a sampled numeric type (ℕ ℤ ℚ ℝ) nor a decidable hypothesis +UNSUPPORTED: OrdinaryH0.lean::TorusFiltration.ordinaryH0_filtration_naturality: binder ( R : C ) is neither a sampled numeric type (ℕ ℤ ℚ ℝ) nor a decidable hypothesis +UNSUPPORTED: OrdinaryH0.lean::TorusFiltration.ordinaryH0_filtration_difference_zero_iff_joinedIn: binder ( R : C ) is neither a sampled numeric type (ℕ ℤ ℚ ℝ) nor a decidable hypothesis +UNSUPPORTED: OrdinaryH0Controls.lean::TorusFiltration.ordinaryH0Control_intCoeff_id_ne_zero: unsupported syntax: notation '𝟙' +UNSUPPORTED: OrdinaryH0Controls.lean::TorusFiltration.ordinaryH0Control_mod2Coeff_id_ne_zero: unsupported syntax: notation '𝟙' +UNSUPPORTED: OrdinaryH0Controls.lean::TorusFiltration.ordinaryH0Control_mod2Coeff_id_add_self: unsupported syntax: notation '𝟙' +UNSUPPORTED: OrdinaryH0Controls.lean::TorusFiltration.ordinaryH0Control_zeroCoeff_isZero: proposition of form App +UNSUPPORTED: OrdinaryH0Controls.lean::TorusFiltration.ordinaryH0Control_zeroCoeff_id_eq_zero: unsupported syntax: notation '𝟙' +UNSUPPORTED: OrdinaryH0Controls.lean::TorusFiltration.ordinaryH0Control_empty_components: proposition of form App +UNSUPPORTED: OrdinaryH0Controls.lean::TorusFiltration.ordinaryH0Control_empty_componentCoproduct_isZero: binder ( R : ModuleCat . { 0 } ℤ ) is neither a sampled numeric type (ℕ ℤ ℚ ℝ) nor a decidable hypothesis +UNSUPPORTED: OrdinaryH0Controls.lean::TorusFiltration.ordinaryH0Control_empty_h0_isZero: unparsed statement: SyntaxError: expected ')', got . +UNSUPPORTED: OrdinaryH0Controls.lean::TorusFiltration.ordinaryH0Control_zeroCoeff_componentCoproduct_isZero: binder ( X : TopCat . { 0 } ) is neither a sampled numeric type (ℕ ℤ ℚ ℝ) nor a decidable hypothesis +UNSUPPORTED: OrdinaryH0Controls.lean::TorusFiltration.ordinaryH0Control_zeroCoeff_h0_isZero: binder ( X : TopCat . { 0 } ) is neither a sampled numeric type (ℕ ℤ ℚ ℝ) nor a decidable hypothesis +UNSUPPORTED: OrdinaryH0Controls.lean::TorusFiltration.ordinaryH0Control_point_augmentation: unparsed statement: SyntaxError: unexpected token ')' at 170:71 +UNSUPPORTED: OrdinaryH0Controls.lean::TorusFiltration.ordinaryH0Control_point_ne_zero: unparsed statement: SyntaxError: unexpected token ')' at 179:71 +UNSUPPORTED: OrdinaryH0Controls.lean::TorusFiltration.ordinaryH0Control_point_h0_not_isZero: unparsed statement: SyntaxError: expected ')', got . +UNSUPPORTED: OrdinaryH0Controls.lean::TorusFiltration.ordinaryH0Control_line_component_eq: unknown function ZerothHomotopy.mk +UNSUPPORTED: OrdinaryH0Controls.lean::TorusFiltration.ordinaryH0Control_line_difference_zero_int: result type R ⟶ ( ( singularHomologyFunctor C 0 ) . obj R ) . obj X +UNSUPPORTED: OrdinaryH0Controls.lean::TorusFiltration.ordinaryH0Control_line_difference_zero_zeroCoeff: result type R ⟶ ( ( singularHomologyFunctor C 0 ) . obj R ) . obj X +UNSUPPORTED: OrdinaryH0Controls.lean::TorusFiltration.ordinaryH0Control_line_classes_ne_zero: result type R ⟶ ( ( singularHomologyFunctor C 0 ) . obj R ) . obj X +UNSUPPORTED: OrdinaryH0Controls.lean::TorusFiltration.ordinaryH0Control_discrete_component_ne: instance binder [ DiscreteTopology X ] cannot be sampled +UNSUPPORTED: OrdinaryH0Controls.lean::TorusFiltration.ordinaryH0Control_bool_component_ne: unknown function ZerothHomotopy.mk +UNSUPPORTED: OrdinaryH0Controls.lean::TorusFiltration.ordinaryH0Control_bool_pointClass_ne: result type R ⟶ ( ( singularHomologyFunctor C 0 ) . obj R ) . obj X +UNSUPPORTED: OrdinaryH0Controls.lean::TorusFiltration.ordinaryH0Control_bool_pointClass_ne_mod2: result type R ⟶ ( ( singularHomologyFunctor C 0 ) . obj R ) . obj X +UNSUPPORTED: OrdinaryH0Controls.lean::TorusFiltration.ordinaryH0Control_collapse_difference_zero: unsupported syntax: notation '≫' +UNSUPPORTED: OrdinaryH0Controls.lean::TorusFiltration.ordinaryH0Control_collapse_image_ne_zero: binder ( b : Bool ) is neither a sampled numeric type (ℕ ℤ ℚ ℝ) nor a decidable hypothesis +UNSUPPORTED: OrdinaryH0Controls.lean::TorusFiltration.ordinaryH0Control_collapse_difference_dies_classes_survive: unsupported syntax: notation '≫' +UNSUPPORTED: OrdinaryH0Controls.lean::TorusFiltration.ordinaryH0Control_square_differences_ne_zero: unsupported syntax: notation '×' +UNSUPPORTED: OrdinaryH0Controls.lean::TorusFiltration.ordinaryH0Control_fst_difference_zero: unsupported syntax: notation '×' +UNSUPPORTED: OrdinaryH0Controls.lean::TorusFiltration.ordinaryH0Control_fst_difference_ne_zero: unsupported syntax: notation '×' +UNSUPPORTED: OrdinaryH0Controls.lean::TorusFiltration.ordinaryH0Control_bool_zeroCoeff_eq: result type R ⟶ ( ( singularHomologyFunctor C 0 ) . obj R ) . obj X +UNSUPPORTED: OrdinaryH0Controls.lean::TorusFiltration.ordinaryH0Control_point_zeroCoeff_eq_zero: unparsed statement: SyntaxError: unexpected token ')' at 354:72 +UNSUPPORTED: OrdinaryH0Controls.lean::TorusFiltration.ordinaryH0Control_separation_needs_nonzero: unparsed statement: SyntaxError: expected ',', got X +UNSUPPORTED: OrdinaryH0Controls.lean::TorusFiltration.ordinaryH0Control_nonvanishing_needs_nonzero: unparsed statement: SyntaxError: expected ',', got X +UNSUPPORTED: OrdinaryH0Controls.lean::TorusFiltration.ordinaryH0Control_parabola_strict_growth: result type Set X +UNSUPPORTED: OrdinaryH0Controls.lean::TorusFiltration.ordinaryH0Control_parabola_not_joined_quarter: proposition of form App +UNSUPPORTED: OrdinaryH0Controls.lean::TorusFiltration.ordinaryH0Control_parabola_joined: proposition of form App +UNSUPPORTED: OrdinaryH0Controls.lean::TorusFiltration.ordinaryH0Control_parabola_difference_zero: unsupported syntax: notation '≫' +UNSUPPORTED: OrdinaryH0Controls.lean::TorusFiltration.ordinaryH0Control_parabola_strict_difference_ne_zero: unsupported syntax: notation '≫' +UNSUPPORTED: SuperlevelBar.lean::TorusFiltration.superlevelBar_essential_iff: binder ( g : superlevelBar_E d → ℝ ) is neither a sampled numeric type (ℕ ℤ ℚ ℝ) nor a decidable hypothesis +UNSUPPORTED: SuperlevelBar.lean::TorusFiltration.superlevelBar_mem_lt_start: binder ( g : superlevelBar_E d → ℝ ) is neither a sampled numeric type (ℕ ℤ ℚ ℝ) nor a decidable hypothesis +UNSUPPORTED: SuperlevelBar.lean::TorusFiltration.superlevelBar_clearance_bddAbove: binder ( g : superlevelBar_E d → ℝ ) is neither a sampled numeric type (ℕ ℤ ℚ ℝ) nor a decidable hypothesis +UNSUPPORTED: SuperlevelBar.lean::TorusFiltration.superlevelBar_clearance_empty_of_essential: binder ( g : superlevelBar_E d → ℝ ) is neither a sampled numeric type (ℕ ℤ ℚ ℝ) nor a decidable hypothesis +UNSUPPORTED: SuperlevelBar.lean::TorusFiltration.superlevelBar_death_eq_zero_of_empty: binder ( g : superlevelBar_E d → ℝ ) is neither a sampled numeric type (ℕ ℤ ℚ ℝ) nor a decidable hypothesis +UNSUPPORTED: SuperlevelBar.lean::TorusFiltration.superlevelBar_death_eq_zero_of_essential: binder ( g : superlevelBar_E d → ℝ ) is neither a sampled numeric type (ℕ ℤ ℚ ℝ) nor a decidable hypothesis +UNSUPPORTED: SuperlevelBar.lean::TorusFiltration.superlevelBar_death_eq_sSup_of_nonempty: binder ( g : superlevelBar_E d → ℝ ) is neither a sampled numeric type (ℕ ℤ ℚ ℝ) nor a decidable hypothesis +UNSUPPORTED: SuperlevelBar.lean::TorusFiltration.superlevelBar_path_minimum: binder ( g : superlevelBar_E d → ℝ ) is neither a sampled numeric type (ℕ ℤ ℚ ℝ) nor a decidable hypothesis +UNSUPPORTED: SuperlevelBar.lean::TorusFiltration.superlevelBar_clearance_nonempty: binder ( g : superlevelBar_E d → ℝ ) is neither a sampled numeric type (ℕ ℤ ℚ ℝ) nor a decidable hypothesis +UNSUPPORTED: SuperlevelBar.lean::TorusFiltration.superlevelBar_clearance_nonempty_iff: binder ( g : superlevelBar_E d → ℝ ) is neither a sampled numeric type (ℕ ℤ ℚ ℝ) nor a decidable hypothesis +UNSUPPORTED: SuperlevelBar.lean::TorusFiltration.superlevelBar_clearance_downward: binder ( g : superlevelBar_E d → ℝ ) is neither a sampled numeric type (ℕ ℤ ℚ ℝ) nor a decidable hypothesis +UNSUPPORTED: SuperlevelBar.lean::TorusFiltration.superlevelBar_clearance_improve: binder ( g : superlevelBar_E d → ℝ ) is neither a sampled numeric type (ℕ ℤ ℚ ℝ) nor a decidable hypothesis +UNSUPPORTED: SuperlevelBar.lean::TorusFiltration.superlevelBar_strict_cut: binder ( g : superlevelBar_E d → ℝ ) is neither a sampled numeric type (ℕ ℤ ℚ ℝ) nor a decidable hypothesis +UNSUPPORTED: SuperlevelBar.lean::TorusFiltration.superlevelBar_death_le_start_of_nonempty: binder ( g : superlevelBar_E d → ℝ ) is neither a sampled numeric type (ℕ ℤ ℚ ℝ) nor a decidable hypothesis +UNSUPPORTED: SuperlevelBar.lean::TorusFiltration.superlevelBar_death_le_start: binder ( g : superlevelBar_E d → ℝ ) is neither a sampled numeric type (ℕ ℤ ℚ ℝ) nor a decidable hypothesis +UNSUPPORTED: SuperlevelBar.lean::TorusFiltration.superlevelBar_clearance_eq_Iio: binder ( g : superlevelBar_E d → ℝ ) is neither a sampled numeric type (ℕ ℤ ℚ ℝ) nor a decidable hypothesis +UNSUPPORTED: SuperlevelBar.lean::TorusFiltration.superlevelBar_death_not_mem_clearance: binder ( g : superlevelBar_E d → ℝ ) is neither a sampled numeric type (ℕ ℤ ℚ ℝ) nor a decidable hypothesis +UNSUPPORTED: SuperlevelBar.lean::TorusFiltration.superlevelBar_cut_unique: binder ( g : superlevelBar_E d → ℝ ) is neither a sampled numeric type (ℕ ℤ ℚ ℝ) nor a decidable hypothesis +UNSUPPORTED: SuperlevelBar.lean::TorusFiltration.superlevelBar_death_const: binder ( M : superlevelBar_E d ) is neither a sampled numeric type (ℕ ℤ ℚ ℝ) nor a decidable hypothesis +UNSUPPORTED: SuperlevelBar.lean::TorusFiltration.superlevelBar_control_negative_essential: binder ( M : superlevelBar_E d ) is neither a sampled numeric type (ℕ ℤ ℚ ℝ) nor a decidable hypothesis +UNSUPPORTED: SuperlevelBarField.lean::TorusFiltration.superlevelBarField_continuous: binder { g : E d → ℝ } is neither a sampled numeric type (ℕ ℤ ℚ ℝ) nor a decidable hypothesis +UNSUPPORTED: SuperlevelBarField.lean::TorusFiltration.superlevelBarField_nonempty: proposition of form App +UNSUPPORTED: SuperlevelBarField.lean::TorusFiltration.superlevelBarField_deathHeight_eq: binder ( g : E d → ℝ ) is neither a sampled numeric type (ℕ ℤ ℚ ℝ) nor a decidable hypothesis +UNSUPPORTED: SuperlevelBarField.lean::TorusFiltration.superlevelBarField_isEssential_iff: binder ( g : E d → ℝ ) is neither a sampled numeric type (ℕ ℤ ℚ ℝ) nor a decidable hypothesis +UNSUPPORTED: SuperlevelBarField.lean::TorusFiltration.superlevelBarField_elderPartner_iff: binder ( g : E d → ℝ ) is neither a sampled numeric type (ℕ ℤ ℚ ℝ) nor a decidable hypothesis +UNSUPPORTED: SuperlevelBarField.lean::TorusFiltration.superlevelBarField_essential_unique: binder ( I : SuperlevelBarInterface d L ) is neither a sampled numeric type (ℕ ℤ ℚ ℝ) nor a decidable hypothesis +UNSUPPORTED: SuperlevelBarField.lean::TorusFiltration.superlevelBarField_deathHeight_unique: binder ( I : SuperlevelBarInterface d L ) is neither a sampled numeric type (ℕ ℤ ℚ ℝ) nor a decidable hypothesis +UNSUPPORTED: SuperlevelBarField.lean::TorusFiltration.superlevelBarField_elderPartner_unique: binder ( I : SuperlevelBarInterface d L ) is neither a sampled numeric type (ℕ ℤ ℚ ℝ) nor a decidable hypothesis +UNSUPPORTED: SuperlevelBarField.lean::TorusFiltration.superlevelBarField_shift_deathHeight_const: binder ( M : E d ) is neither a sampled numeric type (ℕ ℤ ℚ ℝ) nor a decidable hypothesis +UNSUPPORTED: SuperlevelBarField.lean::TorusFiltration.superlevelBarField_const_smooth: expression Lambda +UNSUPPORTED: SuperlevelBarField.lean::TorusFiltration.superlevelBarField_const_periodic: definition IsLPeriodic has an unparsed body +UNSUPPORTED: SuperlevelBarField.lean::TorusFiltration.superlevelBarField_control_essential_free: binder ( M : E d ) is neither a sampled numeric type (ℕ ℤ ℚ ℝ) nor a decidable hypothesis +UNSUPPORTED: TorusTopology.lean::TorusFiltration.torus_field_latticeVec_formula: result type torus_E d +UNSUPPORTED: TorusTopology.lean::TorusFiltration.torus_basis_sum_eq_latticeVec: result type Module.Basis ( Fin d ) ℝ ( torus_E d ) +UNSUPPORTED: TorusTopology.lean::TorusFiltration.torus_lattice_mem_iff: binder ( x : torus_E d ) is neither a sampled numeric type (ℕ ℤ ℚ ℝ) nor a decidable hypothesis +UNSUPPORTED: TorusTopology.lean::TorusFiltration.torus_proj_surjective: proposition of form App +UNSUPPORTED: TorusTopology.lean::TorusFiltration.torus_proj_continuous: proposition of form App +UNSUPPORTED: TorusTopology.lean::TorusFiltration.torus_proj_eq_iff: binder ( x y : torus_E d ) is neither a sampled numeric type (ℕ ℤ ℚ ℝ) nor a decidable hypothesis +UNSUPPORTED: TorusTopology.lean::TorusFiltration.torus_control_lattice_translate: binder ( x : torus_E d ) is neither a sampled numeric type (ℕ ℤ ℚ ℝ) nor a decidable hypothesis +UNSUPPORTED: TorusTopology.lean::TorusFiltration.torus_proj_isCoveringMap: proposition of form App +UNSUPPORTED: TorusTopology.lean::TorusFiltration.torus_compact: unparsed statement: SyntaxError: trailing tokens from ')' +UNSUPPORTED: TorusTopology.lean::TorusFiltration.torus_pathConnectedSpace: proposition of form App +UNSUPPORTED: TorusTopology.lean::TorusFiltration.torus_field_periodic_formula: binder ( g : torus_E d → ℝ ) is neither a sampled numeric type (ℕ ℤ ℚ ℝ) nor a decidable hypothesis +UNSUPPORTED: TorusTopology.lean::TorusFiltration.torus_periodic_respects: binder ( g : torus_E d → ℝ ) is neither a sampled numeric type (ℕ ℤ ℚ ℝ) nor a decidable hypothesis +UNSUPPORTED: TorusTopology.lean::TorusFiltration.torus_descend_proj: binder ( g : torus_E d → ℝ ) is neither a sampled numeric type (ℕ ℤ ℚ ℝ) nor a decidable hypothesis +UNSUPPORTED: TorusTopology.lean::TorusFiltration.torus_descend_continuous: binder ( g : torus_E d → ℝ ) is neither a sampled numeric type (ℕ ℤ ℚ ℝ) nor a decidable hypothesis +UNSUPPORTED: TorusTopology.lean::TorusFiltration.torus_path_lift_from: binder { M : torus_E d } is neither a sampled numeric type (ℕ ℤ ℚ ℝ) nor a decidable hypothesis +UNSUPPORTED: TorusTopology.lean::TorusFiltration.torus_control_constant_path_endpoint: binder { M z : torus_E d } is neither a sampled numeric type (ℕ ℤ ℚ ℝ) nor a decidable hypothesis +UNSUPPORTED: TorusTopology.lean::TorusFiltration.torus_control_no_arbitrary_endpoint: binder ( M : torus_E d ) is neither a sampled numeric type (ℕ ℤ ℚ ℝ) nor a decidable hypothesis +UNSUPPORTED: TorusTopology.lean::TorusFiltration.torus_higher_path_iff: binder ( g : torus_E d → ℝ ) is neither a sampled numeric type (ℕ ℤ ℚ ℝ) nor a decidable hypothesis +UNSUPPORTED: TorusTopology.lean::TorusFiltration.torus_strict_higher_path_iff: binder ( g : torus_E d → ℝ ) is neither a sampled numeric type (ℕ ℤ ℚ ℝ) nor a decidable hypothesis +UNSUPPORTED: TorusTopology.lean::TorusFiltration.torus_closed_higher_path_iff: binder ( g : torus_E d → ℝ ) is neither a sampled numeric type (ℕ ℤ ℚ ℝ) nor a decidable hypothesis +UNSUPPORTED: TorusTopology.lean::TorusFiltration.torus_global_max_iff: binder ( g : torus_E d → ℝ ) is neither a sampled numeric type (ℕ ℤ ℚ ℝ) nor a decidable hypothesis diff --git a/cbz/evidence/g12-statement-fuzz-01n/census_math_dfa9b30a_20261106_deps/formal.json b/cbz/evidence/g12-statement-fuzz-01n/census_math_dfa9b30a_20261106_deps/formal.json new file mode 100644 index 000000000..93d32b5d9 --- /dev/null +++ b/cbz/evidence/g12-statement-fuzz-01n/census_math_dfa9b30a_20261106_deps/formal.json @@ -0,0 +1,1051 @@ +{ + "lean_dir": "/formal", + "files": 9, + "files_evaluated": 9, + "copies": {}, + "file_sha256": { + "ResearchFormalCoreR1/AlgebraV2.lean": "4480708263c40a2f7f03f12ef7e15f0eb4f8193c2dccbb253921a7ec251863c3", + "ResearchFormalCoreR1/D2Schur.lean": 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"ResearchFormalCoreR1.p02_lm009_moment40_tail_finite", + "status": "CORROBORATED", + "detail": "holds on 64 sampled instances satisfying the hypotheses (5 draws rejected by the hypotheses, 0 infeasible, seed 1): sampling is admitted evidence of the statement, not a proof of it", + "instances": 64, + "vacuous": false, + "float_free": true, + "sampling": { + "seed": 1, + "draws": 64, + "accepted": 64, + "rejected": 5, + "infeasible": 0, + "undecided": 0 + } + }, + "ResearchFormalCoreR1/MomentGenerality.lean::ResearchFormalCoreR1.p02_lm009_moment40_tail_of_finite": { + "module": "ResearchFormalCoreR1/MomentGenerality.lean", + "name": "ResearchFormalCoreR1.p02_lm009_moment40_tail_of_finite", + "status": "CORROBORATED", + "detail": "holds on 64 sampled instances satisfying the hypotheses (5 draws rejected by the hypotheses, 0 infeasible, seed 1): sampling is admitted evidence of the statement, not a proof of it", + "instances": 64, + "vacuous": false, + "float_free": true, + "sampling": { + "seed": 1, + "draws": 64, + "accepted": 64, + "rejected": 5, + "infeasible": 0, + "undecided": 0 + } + }, + "ResearchFormalCoreR1/MomentGenerality.lean::ResearchFormalCoreR1.p02_lm009_moment40_family_r3_interval": { + "module": "ResearchFormalCoreR1/MomentGenerality.lean", + "name": "ResearchFormalCoreR1.p02_lm009_moment40_family_r3_interval", + "status": "UNSUPPORTED", + "detail": "binder ( \u03bc : \u211d \u2192 Measure \u03a9 ) is neither a sampled numeric type (\u2115 \u2124 \u211a \u211d) nor a decidable hypothesis", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "ResearchFormalCoreR1/MomentGenerality.lean::ResearchFormalCoreR1.p02_lm009_moment40_family_r3_of_interval": { + "module": "ResearchFormalCoreR1/MomentGenerality.lean", + "name": "ResearchFormalCoreR1.p02_lm009_moment40_family_r3_of_interval", + "status": "UNSUPPORTED", + "detail": "binder ( \u03bc : \u211d \u2192 Measure \u03a9 ) is neither a sampled numeric type (\u2115 \u2124 \u211a \u211d) nor a decidable hypothesis", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "ResearchFormalCoreR1/MomentTail.lean::ResearchFormalCoreR1.p02_lm009_markov_event": { + "module": "ResearchFormalCoreR1/MomentTail.lean", + "name": "ResearchFormalCoreR1.p02_lm009_markov_event", + "status": "CORROBORATED", + "detail": "holds on 64 sampled instances satisfying the hypotheses (13 draws rejected by the hypotheses, 0 infeasible, seed 1): sampling is admitted evidence of the statement, not a proof of it", + "instances": 64, + "vacuous": false, + "float_free": true, + "sampling": { + "seed": 1, + "draws": 64, + "accepted": 64, + "rejected": 13, + "infeasible": 0, + "undecided": 0 + } + }, + "ResearchFormalCoreR1/MomentTail.lean::ResearchFormalCoreR1.p02_lm009_badJet_measurable": { + "module": "ResearchFormalCoreR1/MomentTail.lean", + "name": "ResearchFormalCoreR1.p02_lm009_badJet_measurable", + "status": "UNSUPPORTED", + "detail": "conclusion is a structural predicate ['MeasurableSet']: trivial on finite discrete models (every set is measurable, every function measurable and integrable), so sampling has no content here", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "ResearchFormalCoreR1/MomentTail.lean::ResearchFormalCoreR1.p02_lm009_badJet_subset": { + "module": "ResearchFormalCoreR1/MomentTail.lean", + "name": "ResearchFormalCoreR1.p02_lm009_badJet_subset", + "status": "CORROBORATED", + "detail": "holds on 64 sampled instances satisfying the hypotheses (4 draws rejected by the hypotheses, 0 infeasible, seed 1): sampling is admitted evidence of the statement, not a proof of it", + "instances": 64, + "vacuous": false, + "float_free": true, + "sampling": { + "seed": 1, + "draws": 64, + "accepted": 64, + "rejected": 4, + "infeasible": 0, + "undecided": 0 + } + }, + "ResearchFormalCoreR1/MomentTail.lean::ResearchFormalCoreR1.p02_lm009_moment40_tail": { + "module": "ResearchFormalCoreR1/MomentTail.lean", + "name": "ResearchFormalCoreR1.p02_lm009_moment40_tail", + "status": "CORROBORATED", + "detail": "holds on 64 sampled instances satisfying the hypotheses (5 draws rejected by the hypotheses, 0 infeasible, seed 1): sampling is admitted evidence of the statement, not a proof of it", + "instances": 64, + "vacuous": false, + "float_free": true, + "sampling": { + "seed": 1, + "draws": 64, + "accepted": 64, + "rejected": 5, + "infeasible": 0, + "undecided": 0 + } + }, + "ResearchFormalCoreR1/MomentTail.lean::ResearchFormalCoreR1.p02_lm009_moment40_weighted_r4": { + "module": "ResearchFormalCoreR1/MomentTail.lean", + "name": "ResearchFormalCoreR1.p02_lm009_moment40_weighted_r4", + "status": "CORROBORATED", + "detail": "holds on 64 sampled instances satisfying the hypotheses (68 draws rejected by the hypotheses, 0 infeasible, seed 1): sampling is admitted evidence of the statement, not a proof of it", + "instances": 64, + "vacuous": false, + "float_free": true, + "sampling": { + "seed": 1, + "draws": 64, + "accepted": 64, + "rejected": 68, + "infeasible": 0, + "undecided": 0 + } + }, + "ResearchFormalCoreR1/MomentTail.lean::ResearchFormalCoreR1.p02_lm009_moment40_weighted_r3": { + "module": "ResearchFormalCoreR1/MomentTail.lean", + "name": "ResearchFormalCoreR1.p02_lm009_moment40_weighted_r3", + "status": "CORROBORATED", + "detail": "holds on 64 sampled instances satisfying the hypotheses (51 draws rejected by the hypotheses, 0 infeasible, seed 1): sampling is admitted evidence of the statement, not a proof of it", + "instances": 64, + "vacuous": false, + "float_free": true, + "sampling": { + "seed": 1, + "draws": 64, + "accepted": 64, + "rejected": 51, + "infeasible": 0, + "undecided": 0 + } + }, + "ResearchFormalCoreR1/MomentTail.lean::ResearchFormalCoreR1.p02_lm009_moment40_family_r3": { + "module": "ResearchFormalCoreR1/MomentTail.lean", + "name": "ResearchFormalCoreR1.p02_lm009_moment40_family_r3", + "status": "UNSUPPORTED", + "detail": "binder ( \u03bc : \u211d \u2192 Measure \u03a9 ) is neither a sampled numeric type (\u2115 \u2124 \u211a \u211d) nor a decidable hypothesis", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "ResearchFormalCoreR1/ProbabilityCompanionsV2.lean::ResearchFormalCoreR1.p02_lm008_r2_cancel": { + "module": "ResearchFormalCoreR1/ProbabilityCompanionsV2.lean", + "name": "ResearchFormalCoreR1.p02_lm008_r2_cancel", + "status": "CORROBORATED", + "detail": "holds on 64 sampled instances satisfying the hypotheses (1 draws rejected by the hypotheses, 0 infeasible, seed 1): sampling is admitted evidence of the statement, not a proof of it", + "instances": 64, + "vacuous": false, + "float_free": true, + "sampling": { + "seed": 1, + "draws": 64, + "accepted": 64, + "rejected": 1, + "infeasible": 0, + "undecided": 0 + } + }, + "ResearchFormalCoreR1/ProbabilityCompanionsV2.lean::ResearchFormalCoreR1.p02_lm008_cross_multiplied": { + "module": "ResearchFormalCoreR1/ProbabilityCompanionsV2.lean", + "name": "ResearchFormalCoreR1.p02_lm008_cross_multiplied", + "status": "CORROBORATED", + "detail": "holds on 64 sampled instances satisfying the hypotheses (103 draws rejected by the hypotheses, 0 infeasible, seed 1): sampling is admitted evidence of the statement, not a proof of it", + "instances": 64, + "vacuous": false, + "float_free": true, + "sampling": { + "seed": 1, + "draws": 64, + "accepted": 64, + "rejected": 103, + "infeasible": 0, + "undecided": 0 + } + }, + "ResearchFormalCoreR1/ProbabilityCompanionsV2.lean::ResearchFormalCoreR1.p02_lm008_quotient_bound": { + "module": "ResearchFormalCoreR1/ProbabilityCompanionsV2.lean", + "name": "ResearchFormalCoreR1.p02_lm008_quotient_bound", + "status": "CORROBORATED", + "detail": "holds on 64 sampled instances satisfying the hypotheses (48 draws rejected by the hypotheses, 0 infeasible, seed 1): sampling is admitted evidence of the statement, not a proof of it", + "instances": 64, + "vacuous": false, + "float_free": true, + "sampling": { + "seed": 1, + "draws": 64, + "accepted": 64, + "rejected": 48, + "infeasible": 0, + "undecided": 0 + } + }, + "ResearchFormalCoreR1/ProbabilityCompanionsV2.lean::ResearchFormalCoreR1.p02_lm009_bad_event_threshold": { + "module": "ResearchFormalCoreR1/ProbabilityCompanionsV2.lean", + "name": "ResearchFormalCoreR1.p02_lm009_bad_event_threshold", + "status": "CORROBORATED", + "detail": "holds on 64 sampled instances satisfying the hypotheses (6 draws rejected by the hypotheses, 0 infeasible, seed 1): sampling is admitted evidence of the statement, not a proof of it", + "instances": 64, + "vacuous": false, + "float_free": true, + "sampling": { + "seed": 1, + "draws": 64, + "accepted": 64, + "rejected": 6, + "infeasible": 0, + "undecided": 0 + } + }, + "ResearchFormalCoreR1/ProbabilityCompanionsV2.lean::ResearchFormalCoreR1.p02_lm009_power40_identity": { + "module": "ResearchFormalCoreR1/ProbabilityCompanionsV2.lean", + "name": "ResearchFormalCoreR1.p02_lm009_power40_identity", + "status": "CORROBORATED", + "detail": "holds on 64 sampled instances satisfying the hypotheses (0 draws rejected by the hypotheses, 0 infeasible, seed 1): sampling is admitted evidence of the statement, not a proof of it", + "instances": 64, + "vacuous": false, + "float_free": true, + "sampling": { + "seed": 1, + "draws": 107, + "accepted": 64, + "rejected": 0, + "infeasible": 0, + "undecided": 0 + } + }, + "ResearchFormalCoreR1/ProbabilityCompanionsV2.lean::ResearchFormalCoreR1.p02_lm009_r4_le_r3": { + "module": "ResearchFormalCoreR1/ProbabilityCompanionsV2.lean", + "name": "ResearchFormalCoreR1.p02_lm009_r4_le_r3", + "status": "CORROBORATED", + "detail": "holds on 64 sampled instances satisfying the hypotheses (5 draws rejected by the hypotheses, 0 infeasible, seed 1): sampling is admitted evidence of the statement, not a proof of it", + "instances": 64, + "vacuous": false, + "float_free": true, + "sampling": { + "seed": 1, + "draws": 522, + "accepted": 64, + "rejected": 5, + "infeasible": 0, + "undecided": 0 + } + }, + "ResearchFormalCoreR1/ProbabilityCompanionsV2.lean::ResearchFormalCoreR1.p02_lm009_palm_r4_to_r3": { + "module": "ResearchFormalCoreR1/ProbabilityCompanionsV2.lean", + "name": "ResearchFormalCoreR1.p02_lm009_palm_r4_to_r3", + "status": "CORROBORATED", + "detail": "holds on 64 sampled instances satisfying the hypotheses (32 draws rejected by the hypotheses, 0 infeasible, seed 1): sampling is admitted evidence of the statement, not a proof of it", + "instances": 64, + "vacuous": false, + "float_free": true, + "sampling": { + "seed": 1, + "draws": 65, + "accepted": 64, + "rejected": 32, + "infeasible": 0, + "undecided": 0 + } + }, + "ResearchFormalCoreR1/WeightPerturbation.lean::ResearchFormalCoreR1.weightPerturbation_integral": { + "module": "ResearchFormalCoreR1/WeightPerturbation.lean", + "name": "ResearchFormalCoreR1.weightPerturbation_integral", + "status": "CORROBORATED", + "detail": "holds on 64 sampled instances satisfying the hypotheses (0 draws rejected by the hypotheses, 0 infeasible, seed 1): sampling is admitted evidence of the statement, not a proof of it", + "instances": 64, + "vacuous": false, + "float_free": true, + "sampling": { + "seed": 1, + "draws": 64, + "accepted": 64, + "rejected": 0, + "infeasible": 0, + "undecided": 0 + } + }, + "ResearchFormalCoreR1/WeightPerturbation.lean::ResearchFormalCoreR1.weightPerturbation_setIntegral": { + "module": "ResearchFormalCoreR1/WeightPerturbation.lean", + "name": "ResearchFormalCoreR1.weightPerturbation_setIntegral", + "status": "CORROBORATED", + "detail": "holds on 64 sampled instances satisfying the hypotheses (0 draws rejected by the hypotheses, 0 infeasible, seed 1): sampling is admitted evidence of the statement, not a proof of it", + "instances": 64, + "vacuous": false, + "float_free": true, + "sampling": { + "seed": 1, + "draws": 64, + "accepted": 64, + "rejected": 0, + "infeasible": 0, + "undecided": 0 + } + }, + "ResearchFormalCoreR1/WeightPerturbation.lean::ResearchFormalCoreR1.weightPerturbation_normalizer_lower": { + "module": "ResearchFormalCoreR1/WeightPerturbation.lean", + "name": "ResearchFormalCoreR1.weightPerturbation_normalizer_lower", + "status": "CORROBORATED", + "detail": "holds on 64 sampled instances satisfying the hypotheses (7 draws rejected by the hypotheses, 0 infeasible, seed 1): sampling is admitted evidence of the statement, not a proof of it", + "instances": 64, + "vacuous": false, + "float_free": true, + "sampling": { + "seed": 1, + "draws": 64, + "accepted": 64, + "rejected": 7, + "infeasible": 0, + "undecided": 0 + } + }, + "ResearchFormalCoreR1/WeightPerturbation.lean::ResearchFormalCoreR1.weightPerturbation_event_integral_bounds": { + "module": "ResearchFormalCoreR1/WeightPerturbation.lean", + "name": "ResearchFormalCoreR1.weightPerturbation_event_integral_bounds", + "status": "CORROBORATED", + "detail": "holds on 64 sampled instances satisfying the hypotheses (2 draws rejected by the hypotheses, 0 infeasible, seed 1): sampling is admitted evidence of the statement, not a proof of it", + "instances": 64, + "vacuous": false, + "float_free": true, + "sampling": { + "seed": 1, + "draws": 64, + "accepted": 64, + "rejected": 2, + "infeasible": 0, + "undecided": 0 + } + }, + "ResearchFormalCoreR1/WeightPerturbation.lean::ResearchFormalCoreR1.weightPerturbation_quotient_bound": { + "module": "ResearchFormalCoreR1/WeightPerturbation.lean", + "name": "ResearchFormalCoreR1.weightPerturbation_quotient_bound", + "status": "CORROBORATED", + "detail": "holds on 64 sampled instances satisfying the hypotheses (4 draws rejected by the hypotheses, 0 infeasible, seed 1): sampling is admitted evidence of the statement, not a proof of it", + "instances": 64, + "vacuous": false, + "float_free": true, + "sampling": { + "seed": 1, + "draws": 64, + "accepted": 64, + "rejected": 4, + "infeasible": 0, + "undecided": 0 + } + }, + "ResearchFormalCoreR1/WeightPerturbation.lean::ResearchFormalCoreR1.weightedLaw_event_perturbation": { + "module": "ResearchFormalCoreR1/WeightPerturbation.lean", + "name": "ResearchFormalCoreR1.weightedLaw_event_perturbation", + "status": "CORROBORATED", + "detail": "holds on 64 sampled instances satisfying the hypotheses (117 draws rejected by the hypotheses, 0 infeasible, seed 1): sampling is admitted evidence of the statement, not a proof of it", + "instances": 64, + "vacuous": false, + "float_free": true, + "sampling": { + "seed": 1, + "draws": 64, + "accepted": 64, + "rejected": 117, + "infeasible": 0, + "undecided": 0 + } + }, + "ResearchFormalCoreR1/WeightPerturbation.lean::ResearchFormalCoreR1.weightedLaw_event_perturbation_r2": { + "module": "ResearchFormalCoreR1/WeightPerturbation.lean", + "name": "ResearchFormalCoreR1.weightedLaw_event_perturbation_r2", + "status": "CORROBORATED", + "detail": "holds on 64 sampled instances satisfying the hypotheses (220 draws rejected by the hypotheses, 0 infeasible, seed 1): sampling is admitted evidence of the statement, not a proof of it", + "instances": 64, + "vacuous": false, + "float_free": true, + "sampling": { + "seed": 1, + "draws": 64, + "accepted": 64, + "rejected": 220, + "infeasible": 0, + "undecided": 0 + } + }, + "ResearchFormalCoreR1/WeightedLaw.lean::ResearchFormalCoreR1.weightedLaw_apply": { + "module": "ResearchFormalCoreR1/WeightedLaw.lean", + "name": "ResearchFormalCoreR1.weightedLaw_apply", + "status": "CORROBORATED", + "detail": "holds on 64 sampled instances satisfying the hypotheses (2 draws rejected by the hypotheses, 0 infeasible, seed 1): sampling is admitted evidence of the statement, not a proof of it", + "instances": 64, + "vacuous": false, + "float_free": true, + "sampling": { + "seed": 1, + "draws": 64, + "accepted": 64, + "rejected": 2, + "infeasible": 0, + "undecided": 0 + } + }, + "ResearchFormalCoreR1/WeightedLaw.lean::ResearchFormalCoreR1.weightedLaw_isProbabilityMeasure": { + "module": "ResearchFormalCoreR1/WeightedLaw.lean", + "name": "ResearchFormalCoreR1.weightedLaw_isProbabilityMeasure", + "status": "CORROBORATED", + "detail": "holds on 64 sampled instances satisfying the hypotheses (4 draws rejected by the hypotheses, 0 infeasible, seed 1): sampling is admitted evidence of the statement, not a proof of it", + "instances": 64, + "vacuous": false, + "float_free": true, + "sampling": { + "seed": 1, + "draws": 64, + "accepted": 64, + "rejected": 4, + "infeasible": 0, + "undecided": 0 + } + }, + "ResearchFormalCoreR1/WeightedLaw.lean::ResearchFormalCoreR1.weightedLaw_event_real": { + "module": "ResearchFormalCoreR1/WeightedLaw.lean", + "name": "ResearchFormalCoreR1.weightedLaw_event_real", + "status": "CORROBORATED", + "detail": "holds on 64 sampled instances satisfying the hypotheses (5 draws rejected by the hypotheses, 0 infeasible, seed 1): sampling is admitted evidence of the statement, not a proof of it", + "instances": 64, + "vacuous": false, + "float_free": true, + "sampling": { + "seed": 1, + "draws": 64, + "accepted": 64, + "rejected": 5, + "infeasible": 0, + "undecided": 0 + } + }, + "ResearchFormalCoreR1/WeightedLaw.lean::ResearchFormalCoreR1.weightedLaw_absolutelyContinuous": { + "module": "ResearchFormalCoreR1/WeightedLaw.lean", + "name": "ResearchFormalCoreR1.weightedLaw_absolutelyContinuous", + "status": "CORROBORATED", + "detail": "holds on 64 sampled instances satisfying the hypotheses (0 draws rejected by the hypotheses, 0 infeasible, seed 1): sampling is admitted evidence of the statement, not a proof of it", + "instances": 64, + "vacuous": false, + "float_free": true, + "sampling": { + "seed": 1, + "draws": 64, + "accepted": 64, + "rejected": 0, + "infeasible": 0, + "undecided": 0 + } + }, + "ResearchFormalCoreR1/WeightedLaw.lean::ResearchFormalCoreR1.weightedLaw_congr_ae": { + "module": "ResearchFormalCoreR1/WeightedLaw.lean", + "name": "ResearchFormalCoreR1.weightedLaw_congr_ae", + "status": "CORROBORATED", + "detail": "holds on 64 sampled instances satisfying the hypotheses (20 draws rejected by the hypotheses, 0 infeasible, seed 1): sampling is admitted evidence of the statement, not a proof of it", + "instances": 64, + "vacuous": false, + "float_free": true, + "sampling": { + "seed": 1, + "draws": 64, + "accepted": 64, + "rejected": 20, + "infeasible": 0, + "undecided": 0 + } + }, + "ResearchFormalCoreR1/WeightedLaw.lean::ResearchFormalCoreR1.weightedLaw_zero": { + "module": "ResearchFormalCoreR1/WeightedLaw.lean", + "name": "ResearchFormalCoreR1.weightedLaw_zero", + "status": "CORROBORATED", + "detail": "holds on 64 sampled instances satisfying the hypotheses (0 draws rejected by the hypotheses, 0 infeasible, seed 1): sampling is admitted evidence of the statement, not a proof of it", + "instances": 64, + "vacuous": false, + "float_free": true, + "sampling": { + "seed": 1, + "draws": 73, + "accepted": 64, + "rejected": 0, + "infeasible": 0, + "undecided": 0 + } + }, + "ResearchFormalCoreR1/WeightedLaw.lean::ResearchFormalCoreR1.weightedLaw_one": { + "module": "ResearchFormalCoreR1/WeightedLaw.lean", + "name": "ResearchFormalCoreR1.weightedLaw_one", + "status": "CORROBORATED", + "detail": "holds on 64 sampled instances satisfying the hypotheses (0 draws rejected by the hypotheses, 0 infeasible, seed 1): sampling is admitted evidence of the statement, not a proof of it", + "instances": 64, + "vacuous": false, + "float_free": true, + "sampling": { + "seed": 1, + "draws": 95, + "accepted": 64, + "rejected": 0, + "infeasible": 0, + "undecided": 0 + } + }, + "ResearchFormalCoreR1/WeightedLaw.lean::ResearchFormalCoreR1.p02_lm008_probability_transfer": { + "module": "ResearchFormalCoreR1/WeightedLaw.lean", + "name": "ResearchFormalCoreR1.p02_lm008_probability_transfer", + "status": "CORROBORATED", + "detail": "holds on 64 sampled instances satisfying the hypotheses (73 draws rejected by the hypotheses, 0 infeasible, seed 1): sampling is admitted evidence of the statement, not a proof of it", + "instances": 64, + "vacuous": false, + "float_free": true, + "sampling": { + "seed": 1, + "draws": 64, + "accepted": 64, + "rejected": 73, + "infeasible": 0, + "undecided": 0 + } + }, + "ResearchFormalCoreR1/WeightedLaw.lean::ResearchFormalCoreR1.p02_lm009_probability_transfer_r8_to_r3": { + "module": "ResearchFormalCoreR1/WeightedLaw.lean", + "name": "ResearchFormalCoreR1.p02_lm009_probability_transfer_r8_to_r3", + "status": "CORROBORATED", + "detail": "holds on 64 sampled instances satisfying the hypotheses (67 draws rejected by the hypotheses, 0 infeasible, seed 1): sampling is admitted evidence of the statement, not a proof of it", + "instances": 64, + "vacuous": false, + "float_free": true, + "sampling": { + "seed": 1, + "draws": 64, + "accepted": 64, + "rejected": 67, + "infeasible": 0, + "undecided": 0 + } + } + }, + "sampling": { + "seed": 1, + "samples": 64 + }, + "exit_code": 1, + "note": "G12 census: coverage of the empirical statement check over every declaration in a directory, with no manifest. PASS/CORROBORATED/FAIL/UNSUPPORTED as in a package check; UNSUPPORTED reasons are classified. Not a gate and not kernel evidence.", + "unresolved_imports": {} +} diff --git a/cbz/evidence/g12-statement-fuzz-01n/census_math_dfa9b30a_20261106_deps/formal.stdout.txt b/cbz/evidence/g12-statement-fuzz-01n/census_math_dfa9b30a_20261106_deps/formal.stdout.txt new file mode 100644 index 000000000..ccfecff3b --- /dev/null +++ b/cbz/evidence/g12-statement-fuzz-01n/census_math_dfa9b30a_20261106_deps/formal.stdout.txt @@ -0,0 +1,82 @@ +{ + "lean_dir": "/formal", + "files": 9, + "files_evaluated": 9, + "targets": 63, + "status_counts": { + "CORROBORATED": 56, + "PASS": 3, + "UNSUPPORTED": 4 + }, + "unsupported_reasons": { + "binder outside the interpreter": 3, + "structural conclusion": 1 + }, + "sampling": { + "seed": 1, + "samples": 64 + }, + "exit_code": 1, + "unresolved_imports": {}, + "copies": 0 +} +CORROBORATED: ResearchFormalCoreR1/AlgebraV2.lean::ResearchFormalCoreR1.ec005_fold_gap: holds on 64 sampled instances satisfying the hypotheses (0 draws rejected by the hypotheses, 0 infeasible, seed 1): sampling is admitted evidence of the statement, not a proof of it +CORROBORATED: ResearchFormalCoreR1/AlgebraV2.lean::ResearchFormalCoreR1.ec008_factor_expansion: holds on 64 sampled instances satisfying the hypotheses (0 draws rejected by the hypotheses, 0 infeasible, seed 1): sampling is admitted evidence of the statement, not a proof of it +CORROBORATED: ResearchFormalCoreR1/AlgebraV2.lean::ResearchFormalCoreR1.ec010_generic: holds on 64 sampled instances satisfying the hypotheses (0 draws rejected by the hypotheses, 0 infeasible, seed 1): sampling is admitted evidence of the statement, not a proof of it +CORROBORATED: ResearchFormalCoreR1/AlgebraV2.lean::ResearchFormalCoreR1.ec010_transverse: holds on 64 sampled instances satisfying the hypotheses (0 draws rejected by the hypotheses, 0 infeasible, seed 1): sampling is admitted evidence of the statement, not a proof of it +CORROBORATED: ResearchFormalCoreR1/AlgebraV2.lean::ResearchFormalCoreR1.ec011_scalar_cancellation: holds on 64 sampled instances satisfying the hypotheses (0 draws rejected by the hypotheses, 0 infeasible, seed 1): sampling is admitted evidence of the statement, not a proof of it +CORROBORATED: ResearchFormalCoreR1/AlgebraV2.lean::ResearchFormalCoreR1.ec014_contact_power: holds on 64 sampled instances satisfying the hypotheses (1 draws rejected by the hypotheses, 0 infeasible, seed 1): sampling is admitted evidence of the statement, not a proof of it +CORROBORATED: ResearchFormalCoreR1/D2Schur.lean::ResearchFormalCoreR1.d2_schur_numerator: holds on 64 sampled instances satisfying the hypotheses (0 draws rejected by the hypotheses, 0 infeasible, seed 1): sampling is admitted evidence of the statement, not a proof of it +CORROBORATED: ResearchFormalCoreR1/D2Schur.lean::ResearchFormalCoreR1.d2_det_axis: holds on 64 sampled instances satisfying the hypotheses (0 draws rejected by the hypotheses, 0 infeasible, seed 1): sampling is admitted evidence of the statement, not a proof of it +CORROBORATED: ResearchFormalCoreR1/D2Schur.lean::ResearchFormalCoreR1.d2_det_diagonal: holds on 64 sampled instances satisfying the hypotheses (0 draws rejected by the hypotheses, 0 infeasible, seed 1): sampling is admitted evidence of the statement, not a proof of it +CORROBORATED: ResearchFormalCoreR1/D2Schur.lean::ResearchFormalCoreR1.d2_det_interpolation: holds on 64 sampled instances satisfying the hypotheses (0 draws rejected by the hypotheses, 0 infeasible, seed 1): sampling is admitted evidence of the statement, not a proof of it +CORROBORATED: ResearchFormalCoreR1/D2Schur.lean::ResearchFormalCoreR1.d2_schur_ratio: holds on 64 sampled instances satisfying the hypotheses (1 draws rejected by the hypotheses, 0 infeasible, seed 1): sampling is admitted evidence of the statement, not a proof of it +CORROBORATED: ResearchFormalCoreR1/D2Schur.lean::ResearchFormalCoreR1.d2_numerator_pos: holds on 64 sampled instances satisfying the hypotheses (7 draws rejected by the hypotheses, 0 infeasible, seed 1): sampling is admitted evidence of the statement, not a proof of it +CORROBORATED: ResearchFormalCoreR1/D2Schur.lean::ResearchFormalCoreR1.d2_det_pos: holds on 64 sampled instances satisfying the hypotheses (8 draws rejected by the hypotheses, 0 infeasible, seed 1): sampling is admitted evidence of the statement, not a proof of it +CORROBORATED: ResearchFormalCoreR1/D2Schur.lean::ResearchFormalCoreR1.d2_schur_pos: holds on 64 sampled instances satisfying the hypotheses (8 draws rejected by the hypotheses, 0 infeasible, seed 1): sampling is admitted evidence of the statement, not a proof of it +CORROBORATED: ResearchFormalCoreR1/D2Schur.lean::ResearchFormalCoreR1.d2_det_le_endpoint_max: holds on 64 sampled instances satisfying the hypotheses (7 draws rejected by the hypotheses, 0 infeasible, seed 1): sampling is admitted evidence of the statement, not a proof of it +CORROBORATED: ResearchFormalCoreR1/D2Schur.lean::ResearchFormalCoreR1.d2_schur_endpoint_lower: holds on 64 sampled instances satisfying the hypotheses (8 draws rejected by the hypotheses, 0 infeasible, seed 1): sampling is admitted evidence of the statement, not a proof of it +CORROBORATED: ResearchFormalCoreR1/D2Schur.lean::ResearchFormalCoreR1.d2_tau_cumulant_eq: holds on 64 sampled instances satisfying the hypotheses (1 draws rejected by the hypotheses, 0 infeasible, seed 1): sampling is admitted evidence of the statement, not a proof of it +CORROBORATED: ResearchFormalCoreR1/D2Schur.lean::ResearchFormalCoreR1.d2_tau_axis: holds on 64 sampled instances satisfying the hypotheses (0 draws rejected by the hypotheses, 0 infeasible, seed 1): sampling is admitted evidence of the statement, not a proof of it +CORROBORATED: ResearchFormalCoreR1/D2Schur.lean::ResearchFormalCoreR1.d2_tau_diagonal: holds on 64 sampled instances satisfying the hypotheses (0 draws rejected by the hypotheses, 0 infeasible, seed 1): sampling is admitted evidence of the statement, not a proof of it +CORROBORATED: ResearchFormalCoreR1/D2Schur.lean::ResearchFormalCoreR1.d2_tau_pos: holds on 64 sampled instances satisfying the hypotheses (45 draws rejected by the hypotheses, 0 infeasible, seed 1): sampling is admitted evidence of the statement, not a proof of it +CORROBORATED: ResearchFormalCoreR1/D2Schur.lean::ResearchFormalCoreR1.d2_gaussian_control: holds on 64 sampled instances satisfying the hypotheses (0 draws rejected by the hypotheses, 0 infeasible, seed 1): sampling is admitted evidence of the statement, not a proof of it +CORROBORATED: ResearchFormalCoreR1/MeasureBridge.lean::ResearchFormalCoreR1.p02_lm008_integral_cs: holds on 64 sampled instances satisfying the hypotheses (2 draws rejected by the hypotheses, 0 infeasible, seed 1): sampling is admitted evidence of the statement, not a proof of it +CORROBORATED: ResearchFormalCoreR1/MeasureBridge.lean::ResearchFormalCoreR1.p02_lm008_event_cs: holds on 64 sampled instances satisfying the hypotheses (2 draws rejected by the hypotheses, 0 infeasible, seed 1): sampling is admitted evidence of the statement, not a proof of it +CORROBORATED: ResearchFormalCoreR1/MeasureBridge.lean::ResearchFormalCoreR1.p02_lm008_event_numerator: holds on 64 sampled instances satisfying the hypotheses (21 draws rejected by the hypotheses, 0 infeasible, seed 1): sampling is admitted evidence of the statement, not a proof of it +CORROBORATED: ResearchFormalCoreR1/MeasureBridge.lean::ResearchFormalCoreR1.p02_lm008_measure_transfer: holds on 64 sampled instances satisfying the hypotheses (73 draws rejected by the hypotheses, 0 infeasible, seed 1): sampling is admitted evidence of the statement, not a proof of it +CORROBORATED: ResearchFormalCoreR1/MeasureBridge.lean::ResearchFormalCoreR1.p02_lm009_measure_transfer_r8_to_r3: holds on 64 sampled instances satisfying the hypotheses (67 draws rejected by the hypotheses, 0 infeasible, seed 1): sampling is admitted evidence of the statement, not a proof of it +CORROBORATED: ResearchFormalCoreR1/MomentGenerality.lean::ResearchFormalCoreR1.p02_lm009_moment40_tail_finite: holds on 64 sampled instances satisfying the hypotheses (5 draws rejected by the hypotheses, 0 infeasible, seed 1): sampling is admitted evidence of the statement, not a proof of it +CORROBORATED: ResearchFormalCoreR1/MomentGenerality.lean::ResearchFormalCoreR1.p02_lm009_moment40_tail_of_finite: holds on 64 sampled instances satisfying the hypotheses (5 draws rejected by the hypotheses, 0 infeasible, seed 1): sampling is admitted evidence of the statement, not a proof of it +UNSUPPORTED: ResearchFormalCoreR1/MomentGenerality.lean::ResearchFormalCoreR1.p02_lm009_moment40_family_r3_interval: binder ( μ : ℝ → Measure Ω ) is neither a sampled numeric type (ℕ ℤ ℚ ℝ) nor a decidable hypothesis +UNSUPPORTED: ResearchFormalCoreR1/MomentGenerality.lean::ResearchFormalCoreR1.p02_lm009_moment40_family_r3_of_interval: binder ( μ : ℝ → Measure Ω ) is neither a sampled numeric type (ℕ ℤ ℚ ℝ) nor a decidable hypothesis +CORROBORATED: ResearchFormalCoreR1/MomentTail.lean::ResearchFormalCoreR1.p02_lm009_markov_event: holds on 64 sampled instances satisfying the hypotheses (13 draws rejected by the hypotheses, 0 infeasible, seed 1): sampling is admitted evidence of the statement, not a proof of it +UNSUPPORTED: ResearchFormalCoreR1/MomentTail.lean::ResearchFormalCoreR1.p02_lm009_badJet_measurable: conclusion is a structural predicate ['MeasurableSet']: trivial on finite discrete models (every set is measurable, every function measurable and integrable), so sampling has no content here +CORROBORATED: ResearchFormalCoreR1/MomentTail.lean::ResearchFormalCoreR1.p02_lm009_badJet_subset: holds on 64 sampled instances satisfying the hypotheses (4 draws rejected by the hypotheses, 0 infeasible, seed 1): sampling is admitted evidence of the statement, not a proof of it +CORROBORATED: ResearchFormalCoreR1/MomentTail.lean::ResearchFormalCoreR1.p02_lm009_moment40_tail: holds on 64 sampled instances satisfying the hypotheses (5 draws rejected by the hypotheses, 0 infeasible, seed 1): sampling is admitted evidence of the statement, not a proof of it +CORROBORATED: ResearchFormalCoreR1/MomentTail.lean::ResearchFormalCoreR1.p02_lm009_moment40_weighted_r4: holds on 64 sampled instances satisfying the hypotheses (68 draws rejected by the hypotheses, 0 infeasible, seed 1): sampling is admitted evidence of the statement, not a proof of it +CORROBORATED: ResearchFormalCoreR1/MomentTail.lean::ResearchFormalCoreR1.p02_lm009_moment40_weighted_r3: holds on 64 sampled instances satisfying the hypotheses (51 draws rejected by the hypotheses, 0 infeasible, seed 1): sampling is admitted evidence of the statement, not a proof of it +UNSUPPORTED: ResearchFormalCoreR1/MomentTail.lean::ResearchFormalCoreR1.p02_lm009_moment40_family_r3: binder ( μ : ℝ → Measure Ω ) is neither a sampled numeric type (ℕ ℤ ℚ ℝ) nor a decidable hypothesis +CORROBORATED: ResearchFormalCoreR1/ProbabilityCompanionsV2.lean::ResearchFormalCoreR1.p02_lm008_r2_cancel: holds on 64 sampled instances satisfying the hypotheses (1 draws rejected by the hypotheses, 0 infeasible, seed 1): sampling is admitted evidence of the statement, not a proof of it +CORROBORATED: ResearchFormalCoreR1/ProbabilityCompanionsV2.lean::ResearchFormalCoreR1.p02_lm008_cross_multiplied: holds on 64 sampled instances satisfying the hypotheses (103 draws rejected by the hypotheses, 0 infeasible, seed 1): sampling is admitted evidence of the statement, not a proof of it +CORROBORATED: ResearchFormalCoreR1/ProbabilityCompanionsV2.lean::ResearchFormalCoreR1.p02_lm008_quotient_bound: holds on 64 sampled instances satisfying the hypotheses (48 draws rejected by the hypotheses, 0 infeasible, seed 1): sampling is admitted evidence of the statement, not a proof of it +CORROBORATED: ResearchFormalCoreR1/ProbabilityCompanionsV2.lean::ResearchFormalCoreR1.p02_lm009_bad_event_threshold: holds on 64 sampled instances satisfying the hypotheses (6 draws rejected by the hypotheses, 0 infeasible, seed 1): sampling is admitted evidence of the statement, not a proof of it +CORROBORATED: ResearchFormalCoreR1/ProbabilityCompanionsV2.lean::ResearchFormalCoreR1.p02_lm009_power40_identity: holds on 64 sampled instances satisfying the hypotheses (0 draws rejected by the hypotheses, 0 infeasible, seed 1): sampling is admitted evidence of the statement, not a proof of it +CORROBORATED: ResearchFormalCoreR1/ProbabilityCompanionsV2.lean::ResearchFormalCoreR1.p02_lm009_r4_le_r3: holds on 64 sampled instances satisfying the hypotheses (5 draws rejected by the hypotheses, 0 infeasible, seed 1): sampling is admitted evidence of the statement, not a proof of it +CORROBORATED: ResearchFormalCoreR1/ProbabilityCompanionsV2.lean::ResearchFormalCoreR1.p02_lm009_palm_r4_to_r3: holds on 64 sampled instances satisfying the hypotheses (32 draws rejected by the hypotheses, 0 infeasible, seed 1): sampling is admitted evidence of the statement, not a proof of it +CORROBORATED: ResearchFormalCoreR1/WeightPerturbation.lean::ResearchFormalCoreR1.weightPerturbation_integral: holds on 64 sampled instances satisfying the hypotheses (0 draws rejected by the hypotheses, 0 infeasible, seed 1): sampling is admitted evidence of the statement, not a proof of it +CORROBORATED: ResearchFormalCoreR1/WeightPerturbation.lean::ResearchFormalCoreR1.weightPerturbation_setIntegral: holds on 64 sampled instances satisfying the hypotheses (0 draws rejected by the hypotheses, 0 infeasible, seed 1): sampling is admitted evidence of the statement, not a proof of it +CORROBORATED: ResearchFormalCoreR1/WeightPerturbation.lean::ResearchFormalCoreR1.weightPerturbation_normalizer_lower: holds on 64 sampled instances satisfying the hypotheses (7 draws rejected by the hypotheses, 0 infeasible, seed 1): sampling is admitted evidence of the statement, not a proof of it +CORROBORATED: ResearchFormalCoreR1/WeightPerturbation.lean::ResearchFormalCoreR1.weightPerturbation_event_integral_bounds: holds on 64 sampled instances satisfying the hypotheses (2 draws rejected by the hypotheses, 0 infeasible, seed 1): sampling is admitted evidence of the statement, not a proof of it +CORROBORATED: ResearchFormalCoreR1/WeightPerturbation.lean::ResearchFormalCoreR1.weightPerturbation_quotient_bound: holds on 64 sampled instances satisfying the hypotheses (4 draws rejected by the hypotheses, 0 infeasible, seed 1): sampling is admitted evidence of the statement, not a proof of it +CORROBORATED: ResearchFormalCoreR1/WeightPerturbation.lean::ResearchFormalCoreR1.weightedLaw_event_perturbation: holds on 64 sampled instances satisfying the hypotheses (117 draws rejected by the hypotheses, 0 infeasible, seed 1): sampling is admitted evidence of the statement, not a proof of it +CORROBORATED: ResearchFormalCoreR1/WeightPerturbation.lean::ResearchFormalCoreR1.weightedLaw_event_perturbation_r2: holds on 64 sampled instances satisfying the hypotheses (220 draws rejected by the hypotheses, 0 infeasible, seed 1): sampling is admitted evidence of the statement, not a proof of it +CORROBORATED: ResearchFormalCoreR1/WeightedLaw.lean::ResearchFormalCoreR1.weightedLaw_apply: holds on 64 sampled instances satisfying the hypotheses (2 draws rejected by the hypotheses, 0 infeasible, seed 1): sampling is admitted evidence of the statement, not a proof of it +CORROBORATED: ResearchFormalCoreR1/WeightedLaw.lean::ResearchFormalCoreR1.weightedLaw_isProbabilityMeasure: holds on 64 sampled instances satisfying the hypotheses (4 draws rejected by the hypotheses, 0 infeasible, seed 1): sampling is admitted evidence of the statement, not a proof of it +CORROBORATED: ResearchFormalCoreR1/WeightedLaw.lean::ResearchFormalCoreR1.weightedLaw_event_real: holds on 64 sampled instances satisfying the hypotheses (5 draws rejected by the hypotheses, 0 infeasible, seed 1): sampling is admitted evidence of the statement, not a proof of it +CORROBORATED: ResearchFormalCoreR1/WeightedLaw.lean::ResearchFormalCoreR1.weightedLaw_absolutelyContinuous: holds on 64 sampled instances satisfying the hypotheses (0 draws rejected by the hypotheses, 0 infeasible, seed 1): sampling is admitted evidence of the statement, not a proof of it +CORROBORATED: ResearchFormalCoreR1/WeightedLaw.lean::ResearchFormalCoreR1.weightedLaw_congr_ae: holds on 64 sampled instances satisfying the hypotheses (20 draws rejected by the hypotheses, 0 infeasible, seed 1): sampling is admitted evidence of the statement, not a proof of it +CORROBORATED: ResearchFormalCoreR1/WeightedLaw.lean::ResearchFormalCoreR1.weightedLaw_zero: holds on 64 sampled instances satisfying the hypotheses (0 draws rejected by the hypotheses, 0 infeasible, seed 1): sampling is admitted evidence of the statement, not a proof of it +CORROBORATED: ResearchFormalCoreR1/WeightedLaw.lean::ResearchFormalCoreR1.weightedLaw_one: holds on 64 sampled instances satisfying the hypotheses (0 draws rejected by the hypotheses, 0 infeasible, seed 1): sampling is admitted evidence of the statement, not a proof of it +CORROBORATED: ResearchFormalCoreR1/WeightedLaw.lean::ResearchFormalCoreR1.p02_lm008_probability_transfer: holds on 64 sampled instances satisfying the hypotheses (73 draws rejected by the hypotheses, 0 infeasible, seed 1): sampling is admitted evidence of the statement, not a proof of it +CORROBORATED: ResearchFormalCoreR1/WeightedLaw.lean::ResearchFormalCoreR1.p02_lm009_probability_transfer_r8_to_r3: holds on 64 sampled instances satisfying the hypotheses (67 draws rejected by the hypotheses, 0 infeasible, seed 1): sampling is admitted evidence of the statement, not a proof of it diff --git a/cbz/evidence/g12-statement-fuzz-01n/census_math_dfa9b30a_20261106_deps/frontiers_asymmetric_elder_bridge_20261017.json b/cbz/evidence/g12-statement-fuzz-01n/census_math_dfa9b30a_20261106_deps/frontiers_asymmetric_elder_bridge_20261017.json new file mode 100644 index 000000000..6c6fa95ec --- /dev/null +++ b/cbz/evidence/g12-statement-fuzz-01n/census_math_dfa9b30a_20261106_deps/frontiers_asymmetric_elder_bridge_20261017.json @@ -0,0 +1,353 @@ +{ + "lean_dir": "/frontiers/asymmetric_elder_bridge_20261017", + "files": 8, + "files_evaluated": 8, + "copies": {}, + "file_sha256": { + "ElderBridge.lean": "6b0be1116f6b357b0ffbda202c572c27c2788b98bee639e228375a5ebeea1fa9", + "ElderBridgeAudit.lean": "b3b4151188b4d790d280968c1fbe65b9c3458888a37b380349f3707302113e4c", + "ElderClearance.lean": "d3d78472881059546402218cc77792eeef00755c222bb02499d69abd3b5cd57e", + "ElderClearanceAudit.lean": "8ddaab57d2651a7375a509a90f274381bf15f6dcf5707460614a81075aa9e52b", + "ElderClearanceControls.lean": "f048de3c19859b96af44b4637c875eed57443d33767b57631f9ad0548a7ee7ca", + "ElderInterval.lean": "3dab19342c307f6b70f4fa05ac913b4ead083742a56408db71b45276c0acb9ab", + "ElderIntervalAxiomAudit.lean": "4916c4446872057a0ebcbe07226fd8c4245ff450ddd2d430be81ab97ec5c6dc3", + "ElderIntervalControls.lean": "b515d40bc0f58a71c3afa80e3ae7fae53725f3d713c2df2df110ba2814a4ece3" + }, + "targets": 31, + "status_counts": { + "UNSUPPORTED": 29, + "CORROBORATED": 2 + }, + "unsupported_reasons": { + "binder outside the interpreter": 27, + "definition result type outside the interpreter": 2 + }, + "per_target": { + "ElderBridge.lean::TorusFiltration.elderTrap_closedTrace_isClopen": { + "module": "ElderBridge.lean", + "name": "TorusFiltration.elderTrap_closedTrace_isClopen", + "status": "UNSUPPORTED", + "detail": "binder ( htrace : IsClopen ( elderTrap_strictTrace g D d ) ) is neither a sampled numeric type (\u2115 \u2124 \u211a \u211d) nor a decidable hypothesis", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "ElderBridge.lean::TorusFiltration.elderTrap_of_boundary": { + "module": "ElderBridge.lean", + "name": "TorusFiltration.elderTrap_of_boundary", + "status": "UNSUPPORTED", + "detail": "binder ( M P : X ) is neither a sampled numeric type (\u2115 \u2124 \u211a \u211d) nor a decidable hypothesis", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "ElderBridge.lean::TorusFiltration.elderBoundary_death_eq": { + "module": "ElderBridge.lean", + "name": "TorusFiltration.elderBoundary_death_eq", + "status": "UNSUPPORTED", + "detail": "binder ( g : superlevelBar_E n \u2192 \u211d ) is neither a sampled numeric type (\u2115 \u2124 \u211a \u211d) nor a decidable hypothesis", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "ElderClearance.lean::TorusFiltration.elderTrap_strictTrace_isClopen": { + "module": "ElderClearance.lean", + "name": "TorusFiltration.elderTrap_strictTrace_isClopen", + "status": "UNSUPPORTED", + "detail": "binder ( hD : IsClosed D ) is neither a sampled numeric type (\u2115 \u2124 \u211a \u211d) nor a decidable hypothesis", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "ElderClearance.lean::TorusFiltration.elderTrap_path_stays": { + "module": "ElderClearance.lean", + "name": "TorusFiltration.elderTrap_path_stays", + "status": "UNSUPPORTED", + "detail": "binder ( htrace : IsClopen ( elderTrap_strictTrace g D d ) ) is neither a sampled numeric type (\u2115 \u2124 \u211a \u211d) nor a decidable hypothesis", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "ElderClearance.lean::TorusFiltration.elderTrap_higher_path_meets_threshold": { + "module": "ElderClearance.lean", + "name": "TorusFiltration.elderTrap_higher_path_meets_threshold", + "status": "UNSUPPORTED", + "detail": "binder ( htrace : IsClopen ( elderTrap_strictTrace g D d ) ) is neither a sampled numeric type (\u2115 \u2124 \u211a \u211d) nor a decidable hypothesis", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "ElderClearance.lean::TorusFiltration.elderTrap_clearance_eq_Iio": { + "module": "ElderClearance.lean", + "name": "TorusFiltration.elderTrap_clearance_eq_Iio", + "status": "UNSUPPORTED", + "detail": "binder ( g : superlevelBar_E n \u2192 \u211d ) is neither a sampled numeric type (\u2115 \u2124 \u211a \u211d) nor a decidable hypothesis", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "ElderClearance.lean::TorusFiltration.elderTrap_death_eq": { + "module": "ElderClearance.lean", + "name": "TorusFiltration.elderTrap_death_eq", + "status": "UNSUPPORTED", + "detail": "binder ( g : superlevelBar_E n \u2192 \u211d ) is neither a sampled numeric type (\u2115 \u2124 \u211a \u211d) nor a decidable hypothesis", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "ElderClearance.lean::TorusFiltration.elderTrap_closed_path_attains": { + "module": "ElderClearance.lean", + "name": "TorusFiltration.elderTrap_closed_path_attains", + "status": "UNSUPPORTED", + "detail": "binder ( htrace : IsClopen ( elderTrap_strictTrace g D d ) ) is neither a sampled numeric type (\u2115 \u2124 \u211a \u211d) nor a decidable hypothesis", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "ElderClearanceControls.lean::TorusFiltration.elder_control_below": { + "module": "ElderClearanceControls.lean", + "name": "TorusFiltration.elder_control_below", + "status": "UNSUPPORTED", + "detail": "result type Set \u211d", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "ElderClearanceControls.lean::TorusFiltration.elder_control_death_excluded": { + "module": "ElderClearanceControls.lean", + "name": "TorusFiltration.elder_control_death_excluded", + "status": "UNSUPPORTED", + "detail": "result type Set \u211d", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "ElderClearanceControls.lean::TorusFiltration.elder_control_positive_lifetime": { + "module": "ElderClearanceControls.lean", + "name": "TorusFiltration.elder_control_positive_lifetime", + "status": "UNSUPPORTED", + "detail": "binder ( hg : Continuous g ) is neither a sampled numeric type (\u2115 \u2124 \u211a \u211d) nor a decidable hypothesis", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "ElderInterval.lean::TorusFiltration.elderFiber_eq_zero": { + "module": "ElderInterval.lean", + "name": "TorusFiltration.elderFiber_eq_zero", + "status": "UNSUPPORTED", + "detail": "binder ( ht : \u00ac elderActive m d t ) is neither a sampled numeric type (\u2115 \u2124 \u211a \u211d) nor a decidable hypothesis", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "ElderInterval.lean::TorusFiltration.elderFiberMap_val": { + "module": "ElderInterval.lean", + "name": "TorusFiltration.elderFiberMap_val", + "status": "UNSUPPORTED", + "detail": "binder ( x : elderFiber k m d s ) is neither a sampled numeric type (\u2115 \u2124 \u211a \u211d) nor a decidable hypothesis", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "ElderInterval.lean::TorusFiltration.elderFiberLift_val": { + "module": "ElderInterval.lean", + "name": "TorusFiltration.elderFiberLift_val", + "status": "UNSUPPORTED", + "detail": "binder ( ht : elderActive m d t ) is neither a sampled numeric type (\u2115 \u2124 \u211a \u211d) nor a decidable hypothesis", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "ElderInterval.lean::TorusFiltration.elder_control_birth": { + "module": "ElderInterval.lean", + "name": "TorusFiltration.elder_control_birth", + "status": "CORROBORATED", + "detail": "holds on 64 sampled instances satisfying the hypotheses (8 draws rejected by the hypotheses, 0 infeasible, seed 1): sampling is admitted evidence of the statement, not a proof of it", + "instances": 64, + "vacuous": false, + "float_free": true, + "sampling": { + "seed": 1, + "draws": 65, + "accepted": 64, + "rejected": 8, + "infeasible": 0, + "undecided": 0 + } + }, + "ElderInterval.lean::TorusFiltration.elder_control_death": { + "module": "ElderInterval.lean", + "name": "TorusFiltration.elder_control_death", + "status": "CORROBORATED", + "detail": "holds on 64 sampled instances satisfying the hypotheses (0 draws rejected by the hypotheses, 0 infeasible, seed 1): sampling is admitted evidence of the statement, not a proof of it", + "instances": 64, + "vacuous": false, + "float_free": true, + "sampling": { + "seed": 1, + "draws": 64, + "accepted": 64, + "rejected": 0, + "infeasible": 0, + "undecided": 0 + } + }, + "ElderInterval.lean::TorusFiltration.ElderTrap.maximum_mem": { + "module": "ElderInterval.lean", + "name": "TorusFiltration.ElderTrap.maximum_mem", + "status": "UNSUPPORTED", + "detail": "binder ( T : ElderTrap g M P m d D ) is neither a sampled numeric type (\u2115 \u2124 \u211a \u211d) nor a decidable hypothesis", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "ElderInterval.lean::TorusFiltration.ElderTrap.older_mem": { + "module": "ElderInterval.lean", + "name": "TorusFiltration.ElderTrap.older_mem", + "status": "UNSUPPORTED", + "detail": "binder ( T : ElderTrap g M P m d D ) is neither a sampled numeric type (\u2115 \u2124 \u211a \u211d) nor a decidable hypothesis", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "ElderInterval.lean::TorusFiltration.elder_clopen_path_iff": { + "module": "ElderInterval.lean", + "name": "TorusFiltration.elder_clopen_path_iff", + "status": "UNSUPPORTED", + "detail": "binder ( hU : IsClopen U ) is neither a sampled numeric type (\u2115 \u2124 \u211a \u211d) nor a decidable hypothesis", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "ElderInterval.lean::TorusFiltration.ElderTrap.componentInside_mk": { + "module": "ElderInterval.lean", + "name": "TorusFiltration.ElderTrap.componentInside_mk", + "status": "UNSUPPORTED", + "detail": "binder ( T : ElderTrap g M P m d D ) is neither a sampled numeric type (\u2115 \u2124 \u211a \u211d) nor a decidable hypothesis", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "ElderInterval.lean::TorusFiltration.elderDifference_map": { + "module": "ElderInterval.lean", + "name": "TorusFiltration.elderDifference_map", + "status": "UNSUPPORTED", + "detail": "binder ( T : ElderTrap g M P m d D ) is neither a sampled numeric type (\u2115 \u2124 \u211a \u211d) nor a decidable hypothesis", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "ElderInterval.lean::TorusFiltration.elderDifference_map_dead": { + "module": "ElderInterval.lean", + "name": "TorusFiltration.elderDifference_map_dead", + "status": "UNSUPPORTED", + "detail": "binder ( T : ElderTrap g M P m d D ) is neither a sampled numeric type (\u2115 \u2124 \u211a \u211d) nor a decidable hypothesis", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "ElderInterval.lean::TorusFiltration.elderProjection_point": { + "module": "ElderInterval.lean", + "name": "TorusFiltration.elderProjection_point", + "status": "UNSUPPORTED", + "detail": "binder ( T : ElderTrap g M P m d D ) is neither a sampled numeric type (\u2115 \u2124 \u211a \u211d) nor a decidable hypothesis", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "ElderInterval.lean::TorusFiltration.elderDifference_projection": { + "module": "ElderInterval.lean", + "name": "TorusFiltration.elderDifference_projection", + "status": "UNSUPPORTED", + "detail": "binder ( T : ElderTrap g M P m d D ) is neither a sampled numeric type (\u2115 \u2124 \u211a \u211d) nor a decidable hypothesis", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "ElderInterval.lean::TorusFiltration.elderSectionApp_naturality": { + "module": "ElderInterval.lean", + "name": "TorusFiltration.elderSectionApp_naturality", + "status": "UNSUPPORTED", + "detail": "binder ( T : ElderTrap g M P m d D ) is neither a sampled numeric type (\u2115 \u2124 \u211a \u211d) nor a decidable hypothesis", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "ElderInterval.lean::TorusFiltration.elderProjection_naturality_active": { + "module": "ElderInterval.lean", + "name": "TorusFiltration.elderProjection_naturality_active", + "status": "UNSUPPORTED", + "detail": "binder ( T : ElderTrap g M P m d D ) is neither a sampled numeric type (\u2115 \u2124 \u211a \u211d) nor a decidable hypothesis", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "ElderInterval.lean::TorusFiltration.elderProjection_prebirth": { + "module": "ElderInterval.lean", + "name": "TorusFiltration.elderProjection_prebirth", + "status": "UNSUPPORTED", + "detail": "binder ( T : ElderTrap g M P m d D ) is neither a sampled numeric type (\u2115 \u2124 \u211a \u211d) nor a decidable hypothesis", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "ElderInterval.lean::TorusFiltration.elderRetractionApp_naturality": { + "module": "ElderInterval.lean", + "name": "TorusFiltration.elderRetractionApp_naturality", + "status": "UNSUPPORTED", + "detail": "binder ( T : ElderTrap g M P m d D ) is neither a sampled numeric type (\u2115 \u2124 \u211a \u211d) nor a decidable hypothesis", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "ElderInterval.lean::TorusFiltration.elderSection_retraction": { + "module": "ElderInterval.lean", + "name": "TorusFiltration.elderSection_retraction", + "status": "UNSUPPORTED", + "detail": "binder ( T : ElderTrap g M P m d D ) is neither a sampled numeric type (\u2115 \u2124 \u211a \u211d) nor a decidable hypothesis", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "ElderInterval.lean::TorusFiltration.elder_control_ordinary_point_survives": { + "module": "ElderInterval.lean", + "name": "TorusFiltration.elder_control_ordinary_point_survives", + "status": "UNSUPPORTED", + "detail": "binder ( x : superlevel_set g t ) is neither a sampled numeric type (\u2115 \u2124 \u211a \u211d) nor a decidable hypothesis", + "instances": 0, + "vacuous": false, + "float_free": true + } + }, + "sampling": { + "seed": 1, + "samples": 64 + }, + "exit_code": 1, + "note": "G12 census: coverage of the empirical statement check over every declaration in a directory, with no manifest. PASS/CORROBORATED/FAIL/UNSUPPORTED as in a package check; UNSUPPORTED reasons are classified. Not a gate and not kernel evidence.", + "defs_from": { + "dirs": [ + "/companions/torus_filtration_20261011", + "/specifications/lean_statements_20261010" + ], + "files": 13, + "files_pooled": 13, + "file_sha256": { + "/ClosedSuperlevel.lean": "90d1481b75d9c6d14e462c3fbf0bf7c7cdd0efb9eaad68d6732400658753b1c2", + "/OrdinaryH0.lean": "3d6b0d6b53413c484b1d010bccf0d53ae7f75becb2d747868f22dbd673fe0a88", + "/OrdinaryH0Controls.lean": "df9d3645282ca526b67eca3d5db691b622092a14b5fddee9be21013e39666184", + "/SuperlevelBar.lean": "346eea948e18d5904422904006827930e27d3141ccbc19ee8ac2c24bcf65a4a9", + "/SuperlevelBarField.lean": "8a2470431c3fda5e98859aa9372cbb8866ed5c5c722cea5dfc28cb577840bbad", + "/TorusFiltration.lean": "cddb8bc93569edbcc913eb7c79e23f9a5a637924207aabc2c11c1ad7fe476a75", + "/TorusTopology.lean": "ddb145b3f791c181d4f2a51e54e711937297bd6476ba55bcd5252b7ddb57cfe1", + "/Specifications/Field.lean": "f22c91e082cd7e738ba47c9c3534e47ac687d066f0b78586d15103cf1132535e", + "/Specifications/Lifetime.lean": "90f4892608e953ecc696bb32ea159d1c178ceb8a1c6edfd11acfceb14af462c6", + "/Specifications/P15.lean": "a30d9e6938b64d4e2728c5380d41b3a627cde42448df254069293e3839a41ca6", + "/Specifications/RN.lean": "cad83a9d18029e66f2563f16a0850e846eb01dad0c3f08da6959ce0c186ae59c", + "/Specifications/Side24.lean": "3164ccfd527d5d443c3830ae871e5592abc6658dc3678006da368fdace3818e3", + "/Specifications.lean": "9a05b58eb94b0f24c9b8118b625ff003ca99ff2257734fe3d1f1d57ce3c9b976" + }, + "byte_identical_to_group": {} + }, + "unresolved_imports": {} +} diff --git a/cbz/evidence/g12-statement-fuzz-01n/census_math_dfa9b30a_20261106_deps/frontiers_asymmetric_elder_bridge_20261017.stdout.txt b/cbz/evidence/g12-statement-fuzz-01n/census_math_dfa9b30a_20261106_deps/frontiers_asymmetric_elder_bridge_20261017.stdout.txt new file mode 100644 index 000000000..1e18a0c18 --- /dev/null +++ b/cbz/evidence/g12-statement-fuzz-01n/census_math_dfa9b30a_20261106_deps/frontiers_asymmetric_elder_bridge_20261017.stdout.txt @@ -0,0 +1,61 @@ +{ + "lean_dir": "/frontiers/asymmetric_elder_bridge_20261017", + "files": 8, + "files_evaluated": 8, + "targets": 31, + "status_counts": { + "UNSUPPORTED": 29, + "CORROBORATED": 2 + }, + "unsupported_reasons": { + "binder outside the interpreter": 27, + "definition result type outside the interpreter": 2 + }, + "sampling": { + "seed": 1, + "samples": 64 + }, + "exit_code": 1, + "unresolved_imports": {}, + "copies": 0, + "defs_from": { + "dirs": [ + "/companions/torus_filtration_20261011", + "/specifications/lean_statements_20261010" + ], + "files": 13, + "files_pooled": 13, + "byte_identical_to_group": {} + } +} +UNSUPPORTED: ElderBridge.lean::TorusFiltration.elderTrap_closedTrace_isClopen: binder ( htrace : IsClopen ( elderTrap_strictTrace g D d ) ) is neither a sampled numeric type (ℕ ℤ ℚ ℝ) nor a decidable hypothesis +UNSUPPORTED: ElderBridge.lean::TorusFiltration.elderTrap_of_boundary: binder ( M P : X ) is neither a sampled numeric type (ℕ ℤ ℚ ℝ) nor a decidable hypothesis +UNSUPPORTED: ElderBridge.lean::TorusFiltration.elderBoundary_death_eq: binder ( g : superlevelBar_E n → ℝ ) is neither a sampled numeric type (ℕ ℤ ℚ ℝ) nor a decidable hypothesis +UNSUPPORTED: ElderClearance.lean::TorusFiltration.elderTrap_strictTrace_isClopen: binder ( hD : IsClosed D ) is neither a sampled numeric type (ℕ ℤ ℚ ℝ) nor a decidable hypothesis +UNSUPPORTED: ElderClearance.lean::TorusFiltration.elderTrap_path_stays: binder ( htrace : IsClopen ( elderTrap_strictTrace g D d ) ) is neither a sampled numeric type (ℕ ℤ ℚ ℝ) nor a decidable hypothesis +UNSUPPORTED: ElderClearance.lean::TorusFiltration.elderTrap_higher_path_meets_threshold: binder ( htrace : IsClopen ( elderTrap_strictTrace g D d ) ) is neither a sampled numeric type (ℕ ℤ ℚ ℝ) nor a decidable hypothesis +UNSUPPORTED: ElderClearance.lean::TorusFiltration.elderTrap_clearance_eq_Iio: binder ( g : superlevelBar_E n → ℝ ) is neither a sampled numeric type (ℕ ℤ ℚ ℝ) nor a decidable hypothesis +UNSUPPORTED: ElderClearance.lean::TorusFiltration.elderTrap_death_eq: binder ( g : superlevelBar_E n → ℝ ) is neither a sampled numeric type (ℕ ℤ ℚ ℝ) nor a decidable hypothesis +UNSUPPORTED: ElderClearance.lean::TorusFiltration.elderTrap_closed_path_attains: binder ( htrace : IsClopen ( elderTrap_strictTrace g D d ) ) is neither a sampled numeric type (ℕ ℤ ℚ ℝ) nor a decidable hypothesis +UNSUPPORTED: ElderClearanceControls.lean::TorusFiltration.elder_control_below: result type Set ℝ +UNSUPPORTED: ElderClearanceControls.lean::TorusFiltration.elder_control_death_excluded: result type Set ℝ +UNSUPPORTED: ElderClearanceControls.lean::TorusFiltration.elder_control_positive_lifetime: binder ( hg : Continuous g ) is neither a sampled numeric type (ℕ ℤ ℚ ℝ) nor a decidable hypothesis +UNSUPPORTED: ElderInterval.lean::TorusFiltration.elderFiber_eq_zero: binder ( ht : ¬ elderActive m d t ) is neither a sampled numeric type (ℕ ℤ ℚ ℝ) nor a decidable hypothesis +UNSUPPORTED: ElderInterval.lean::TorusFiltration.elderFiberMap_val: binder ( x : elderFiber k m d s ) is neither a sampled numeric type (ℕ ℤ ℚ ℝ) nor a decidable hypothesis +UNSUPPORTED: ElderInterval.lean::TorusFiltration.elderFiberLift_val: binder ( ht : elderActive m d t ) is neither a sampled numeric type (ℕ ℤ ℚ ℝ) nor a decidable hypothesis +CORROBORATED: ElderInterval.lean::TorusFiltration.elder_control_birth: holds on 64 sampled instances satisfying the hypotheses (8 draws rejected by the hypotheses, 0 infeasible, seed 1): sampling is admitted evidence of the statement, not a proof of it +CORROBORATED: ElderInterval.lean::TorusFiltration.elder_control_death: holds on 64 sampled instances satisfying the hypotheses (0 draws rejected by the hypotheses, 0 infeasible, seed 1): sampling is admitted evidence of the statement, not a proof of it +UNSUPPORTED: ElderInterval.lean::TorusFiltration.ElderTrap.maximum_mem: binder ( T : ElderTrap g M P m d D ) is neither a sampled numeric type (ℕ ℤ ℚ ℝ) nor a decidable hypothesis +UNSUPPORTED: ElderInterval.lean::TorusFiltration.ElderTrap.older_mem: binder ( T : ElderTrap g M P m d D ) is neither a sampled numeric type (ℕ ℤ ℚ ℝ) nor a decidable hypothesis +UNSUPPORTED: ElderInterval.lean::TorusFiltration.elder_clopen_path_iff: binder ( hU : IsClopen U ) is neither a sampled numeric type (ℕ ℤ ℚ ℝ) nor a decidable hypothesis +UNSUPPORTED: ElderInterval.lean::TorusFiltration.ElderTrap.componentInside_mk: binder ( T : ElderTrap g M P m d D ) is neither a sampled numeric type (ℕ ℤ ℚ ℝ) nor a decidable hypothesis +UNSUPPORTED: ElderInterval.lean::TorusFiltration.elderDifference_map: binder ( T : ElderTrap g M P m d D ) is neither a sampled numeric type (ℕ ℤ ℚ ℝ) nor a decidable hypothesis +UNSUPPORTED: ElderInterval.lean::TorusFiltration.elderDifference_map_dead: binder ( T : ElderTrap g M P m d D ) is neither a sampled numeric type (ℕ ℤ ℚ ℝ) nor a decidable hypothesis +UNSUPPORTED: ElderInterval.lean::TorusFiltration.elderProjection_point: binder ( T : ElderTrap g M P m d D ) is neither a sampled numeric type (ℕ ℤ ℚ ℝ) nor a decidable hypothesis +UNSUPPORTED: ElderInterval.lean::TorusFiltration.elderDifference_projection: binder ( T : ElderTrap g M P m d D ) is neither a sampled numeric type (ℕ ℤ ℚ ℝ) nor a decidable hypothesis +UNSUPPORTED: ElderInterval.lean::TorusFiltration.elderSectionApp_naturality: binder ( T : ElderTrap g M P m d D ) is neither a sampled numeric type (ℕ ℤ ℚ ℝ) nor a decidable hypothesis +UNSUPPORTED: ElderInterval.lean::TorusFiltration.elderProjection_naturality_active: binder ( T : ElderTrap g M P m d D ) is neither a sampled numeric type (ℕ ℤ ℚ ℝ) nor a decidable hypothesis +UNSUPPORTED: ElderInterval.lean::TorusFiltration.elderProjection_prebirth: binder ( T : ElderTrap g M P m d D ) is neither a sampled numeric type (ℕ ℤ ℚ ℝ) nor a decidable hypothesis +UNSUPPORTED: ElderInterval.lean::TorusFiltration.elderRetractionApp_naturality: binder ( T : ElderTrap g M P m d D ) is neither a sampled numeric type (ℕ ℤ ℚ ℝ) nor a decidable hypothesis +UNSUPPORTED: ElderInterval.lean::TorusFiltration.elderSection_retraction: binder ( T : ElderTrap g M P m d D ) is neither a sampled numeric type (ℕ ℤ ℚ ℝ) nor a decidable hypothesis +UNSUPPORTED: ElderInterval.lean::TorusFiltration.elder_control_ordinary_point_survives: binder ( x : superlevel_set g t ) is neither a sampled numeric type (ℕ ℤ ℚ ℝ) nor a decidable hypothesis diff --git a/cbz/evidence/g12-statement-fuzz-01n/census_math_dfa9b30a_20261106_deps/frontiers_cap_first_exit_lean_20261002.json b/cbz/evidence/g12-statement-fuzz-01n/census_math_dfa9b30a_20261106_deps/frontiers_cap_first_exit_lean_20261002.json new file mode 100644 index 000000000..db9b7c472 --- /dev/null +++ b/cbz/evidence/g12-statement-fuzz-01n/census_math_dfa9b30a_20261106_deps/frontiers_cap_first_exit_lean_20261002.json @@ -0,0 +1,1300 @@ +{ + "lean_dir": "/frontiers/cap_first_exit_lean_20261002", + "files": 1, + "files_evaluated": 1, + "copies": {}, + "file_sha256": { + "CapFirstExit.lean": "040aa91fcbdf25ccdaced1c828dd779318217a7c41ac928f87e8d17a8d3c3ef0" + }, + "targets": 138, + "status_counts": { + "UNSUPPORTED": 133, + "CORROBORATED": 3, + "PASS": 2 + }, + "unsupported_reasons": { + "binder outside the interpreter": 102, + "existential quantifier": 10, + "proposition outside the interpreter": 9, + "Mathlib notation": 7, + "unparsed statement": 2, + "other": 1, + "unknown function": 1, + "definition result type outside the interpreter": 1 + }, + "per_target": { + "CapFirstExit.lean::CapFirstExit.path_meets_frontier": { + "module": "CapFirstExit.lean", + "name": "CapFirstExit.path_meets_frontier", + "status": "UNSUPPORTED", + "detail": "binder { x y : X } is neither a sampled numeric type (\u2115 \u2124 \u211a \u211d) nor a decidable hypothesis", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "CapFirstExit.lean::CapFirstExit.preconnected_subset_of_frontier_disjoint": { + "module": "CapFirstExit.lean", + "name": "CapFirstExit.preconnected_subset_of_frontier_disjoint", + "status": "UNSUPPORTED", + "detail": "binder ( hK : IsPreconnected K ) is neither a sampled numeric type (\u2115 \u2124 \u211a \u211d) nor a decidable hypothesis", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "CapFirstExit.lean::CapFirstExit.CapHyp.s_le_f_M": { + "module": "CapFirstExit.lean", + "name": "CapFirstExit.CapHyp.s_le_f_M", + "status": "UNSUPPORTED", + "detail": "binder ( H : CapHyp f C M z b s ) is neither a sampled numeric type (\u2115 \u2124 \u211a \u211d) nor a decidable hypothesis", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "CapFirstExit.lean::CapFirstExit.CapHyp.barrier": { + "module": "CapFirstExit.lean", + "name": "CapFirstExit.CapHyp.barrier", + "status": "UNSUPPORTED", + "detail": "binder ( H : CapHyp f C M z b s ) is neither a sampled numeric type (\u2115 \u2124 \u211a \u211d) nor a decidable hypothesis", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "CapFirstExit.lean::CapFirstExit.CapHyp.maximin_isGreatest": { + "module": "CapFirstExit.lean", + "name": "CapFirstExit.CapHyp.maximin_isGreatest", + "status": "UNSUPPORTED", + "detail": "binder ( H : CapHyp f C M z b s ) is neither a sampled numeric type (\u2115 \u2124 \u211a \u211d) nor a decidable hypothesis", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "CapFirstExit.lean::CapFirstExit.CapHyp.maximin_eq": { + "module": "CapFirstExit.lean", + "name": "CapFirstExit.CapHyp.maximin_eq", + "status": "UNSUPPORTED", + "detail": "binder ( H : CapHyp f C M z b s ) is neither a sampled numeric type (\u2115 \u2124 \u211a \u211d) nor a decidable hypothesis", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "CapFirstExit.lean::CapFirstExit.CapHyp.component_separated": { + "module": "CapFirstExit.lean", + "name": "CapFirstExit.CapHyp.component_separated", + "status": "UNSUPPORTED", + "detail": "binder ( H : CapHyp f C M z b s ) is neither a sampled numeric type (\u2115 \u2124 \u211a \u211d) nor a decidable hypothesis", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "CapFirstExit.lean::CapFirstExit.component_joined": { + "module": "CapFirstExit.lean", + "name": "CapFirstExit.component_joined", + "status": "UNSUPPORTED", + "detail": "binder { M z : X } is neither a sampled numeric type (\u2115 \u2124 \u211a \u211d) nor a decidable hypothesis", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "CapFirstExit.lean::CapFirstExit.CapHyp.elder_merge_iff_closed": { + "module": "CapFirstExit.lean", + "name": "CapFirstExit.CapHyp.elder_merge_iff_closed", + "status": "UNSUPPORTED", + "detail": "binder ( H : CapHyp f C M z b s ) is neither a sampled numeric type (\u2115 \u2124 \u211a \u211d) nor a decidable hypothesis", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "CapFirstExit.lean::CapFirstExit.CapHyp.elder_merge_iff_open": { + "module": "CapFirstExit.lean", + "name": "CapFirstExit.CapHyp.elder_merge_iff_open", + "status": "UNSUPPORTED", + "detail": "binder ( H : CapHyp f C M z b s ) is neither a sampled numeric type (\u2115 \u2124 \u211a \u211d) nor a decidable hypothesis", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "CapFirstExit.lean::CapFirstExit.CapHyp.elder_death_level": { + "module": "CapFirstExit.lean", + "name": "CapFirstExit.CapHyp.elder_death_level", + "status": "UNSUPPORTED", + "detail": "binder ( H : CapHyp f C M z b s ) is neither a sampled numeric type (\u2115 \u2124 \u211a \u211d) nor a decidable hypothesis", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "CapFirstExit.lean::CapFirstExit.CapHyp.path_through_saddle": { + "module": "CapFirstExit.lean", + "name": "CapFirstExit.CapHyp.path_through_saddle", + "status": "UNSUPPORTED", + "detail": "binder ( H : CapHyp f C M z b s ) is neither a sampled numeric type (\u2115 \u2124 \u211a \u211d) nor a decidable hypothesis", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "CapFirstExit.lean::CapFirstExit.CapHyp.saddle_cut": { + "module": "CapFirstExit.lean", + "name": "CapFirstExit.CapHyp.saddle_cut", + "status": "UNSUPPORTED", + "detail": "binder ( H : CapHyp f C M z b s ) is neither a sampled numeric type (\u2115 \u2124 \u211a \u211d) nor a decidable hypothesis", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "CapFirstExit.lean::CapFirstExit.CapHyp.congr": { + "module": "CapFirstExit.lean", + "name": "CapFirstExit.CapHyp.congr", + "status": "UNSUPPORTED", + "detail": "binder ( H : CapHyp f C M z b s ) is neither a sampled numeric type (\u2115 \u2124 \u211a \u211d) nor a decidable hypothesis", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "CapFirstExit.lean::CapFirstExit.isClosed_connectedComponentIn": { + "module": "CapFirstExit.lean", + "name": "CapFirstExit.isClosed_connectedComponentIn", + "status": "UNSUPPORTED", + "detail": "binder ( hF : IsClosed F ) is neither a sampled numeric type (\u2115 \u2124 \u211a \u211d) nor a decidable hypothesis", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "CapFirstExit.lean::CapFirstExit.CapHyp.older_peak": { + "module": "CapFirstExit.lean", + "name": "CapFirstExit.CapHyp.older_peak", + "status": "UNSUPPORTED", + "detail": "instance binder [ CompactSpace X ] cannot be sampled", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "CapFirstExit.lean::CapFirstExit.CapHyp.elder_alive": { + "module": "CapFirstExit.lean", + "name": "CapFirstExit.CapHyp.elder_alive", + "status": "UNSUPPORTED", + "detail": "binder ( H : CapHyp f C M z b s ) is neither a sampled numeric type (\u2115 \u2124 \u211a \u211d) nor a decidable hypothesis", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "CapFirstExit.lean::CapFirstExit.CapHyp.elder_death_level_peak": { + "module": "CapFirstExit.lean", + "name": "CapFirstExit.CapHyp.elder_death_level_peak", + "status": "UNSUPPORTED", + "detail": "instance binder [ CompactSpace X ] cannot be sampled", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "CapFirstExit.lean::CapFirstExit.frontier_image_subset": { + "module": "CapFirstExit.lean", + "name": "CapFirstExit.frontier_image_subset", + "status": "UNSUPPORTED", + "detail": "instance binder [ T2Space X ] cannot be sampled", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "CapFirstExit.lean::CapFirstExit.CapHyp.map": { + "module": "CapFirstExit.lean", + "name": "CapFirstExit.CapHyp.map", + "status": "UNSUPPORTED", + "detail": "instance binder [ T2Space X ] cannot be sampled", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "CapFirstExit.lean::CapFirstExit.CapHyp.map_saddle": { + "module": "CapFirstExit.lean", + "name": "CapFirstExit.CapHyp.map_saddle", + "status": "UNSUPPORTED", + "detail": "instance binder [ T2Space X ] cannot be sampled", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "CapFirstExit.lean::CapFirstExit.frontier_cylinder": { + "module": "CapFirstExit.lean", + "name": "CapFirstExit.frontier_cylinder", + "status": "UNSUPPORTED", + "detail": "instance binder [ NormedAddCommGroup E ] cannot be sampled", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "CapFirstExit.lean::CapFirstExit.isCompact_cylinder": { + "module": "CapFirstExit.lean", + "name": "CapFirstExit.isCompact_cylinder", + "status": "UNSUPPORTED", + "detail": "instance binder [ NormedAddCommGroup E ] cannot be sampled", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "CapFirstExit.lean::CapFirstExit.torusCover_continuous": { + "module": "CapFirstExit.lean", + "name": "CapFirstExit.torusCover_continuous", + "status": "UNSUPPORTED", + "detail": "proposition of form App", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "CapFirstExit.lean::CapFirstExit.torusCover_isOpenMap": { + "module": "CapFirstExit.lean", + "name": "CapFirstExit.torusCover_isOpenMap", + "status": "UNSUPPORTED", + "detail": "proposition of form App", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "CapFirstExit.lean::CapFirstExit.CapHyp.toTorus": { + "module": "CapFirstExit.lean", + "name": "CapFirstExit.CapHyp.toTorus", + "status": "UNSUPPORTED", + "detail": "binder ( \u03c6 : Y \u2243 \u209c ( Fin d \u2192 \u211d ) ) is neither a sampled numeric type (\u2115 \u2124 \u211a \u211d) nor a decidable hypothesis", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "CapFirstExit.lean::CapFirstExit.convex_zeros_between": { + "module": "CapFirstExit.lean", + "name": "CapFirstExit.convex_zeros_between", + "status": "UNSUPPORTED", + "detail": "binder { \u03c6 : \u211d \u2192 \u211d } is neither a sampled numeric type (\u2115 \u2124 \u211a \u211d) nor a decidable hypothesis", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "CapFirstExit.lean::CapFirstExit.convex_zeros_right": { + "module": "CapFirstExit.lean", + "name": "CapFirstExit.convex_zeros_right", + "status": "UNSUPPORTED", + "detail": "binder { \u03c6 : \u211d \u2192 \u211d } is neither a sampled numeric type (\u2115 \u2124 \u211a \u211d) nor a decidable hypothesis", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "CapFirstExit.lean::CapFirstExit.convex_zeros_left": { + "module": "CapFirstExit.lean", + "name": "CapFirstExit.convex_zeros_left", + "status": "UNSUPPORTED", + "detail": "binder { \u03c6 : \u211d \u2192 \u211d } is neither a sampled numeric type (\u2115 \u2124 \u211a \u211d) nor a decidable hypothesis", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "CapFirstExit.lean::CapFirstExit.ridge_profile": { + "module": "CapFirstExit.lean", + "name": "CapFirstExit.ridge_profile", + "status": "UNSUPPORTED", + "detail": "binder { g F : \u211d \u2192 \u211d } is neither a sampled numeric type (\u2115 \u2124 \u211a \u211d) nor a decidable hypothesis", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "CapFirstExit.lean::CapFirstExit.ridge_capHyp": { + "module": "CapFirstExit.lean", + "name": "CapFirstExit.ridge_capHyp", + "status": "UNSUPPORTED", + "detail": "binder { f : \u211d \u00d7 E \u2192 \u211d } is neither a sampled numeric type (\u2115 \u2124 \u211a \u211d) nor a decidable hypothesis", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "CapFirstExit.lean::CapFirstExit.ridge_saddle_strict": { + "module": "CapFirstExit.lean", + "name": "CapFirstExit.ridge_saddle_strict", + "status": "UNSUPPORTED", + "detail": "binder { f : \u211d \u00d7 E \u2192 \u211d } is neither a sampled numeric type (\u2115 \u2124 \u211a \u211d) nor a decidable hypothesis", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "CapFirstExit.lean::CapFirstExit.strongConcave_le_of_hasFDerivAt": { + "module": "CapFirstExit.lean", + "name": "CapFirstExit.strongConcave_le_of_hasFDerivAt", + "status": "UNSUPPORTED", + "detail": "binder { p : E } is neither a sampled numeric type (\u2115 \u2124 \u211a \u211d) nor a decidable hypothesis", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "CapFirstExit.lean::CapFirstExit.slice_le": { + "module": "CapFirstExit.lean", + "name": "CapFirstExit.slice_le", + "status": "UNSUPPORTED", + "detail": "binder { p : E } is neither a sampled numeric type (\u2115 \u2124 \u211a \u211d) nor a decidable hypothesis", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "CapFirstExit.lean::CapFirstExit.slice_ridge_bound": { + "module": "CapFirstExit.lean", + "name": "CapFirstExit.slice_ridge_bound", + "status": "UNSUPPORTED", + "detail": "binder { p : E } is neither a sampled numeric type (\u2115 \u2124 \u211a \u211d) nor a decidable hypothesis", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "CapFirstExit.lean::CapFirstExit.slice_curved": { + "module": "CapFirstExit.lean", + "name": "CapFirstExit.slice_curved", + "status": "UNSUPPORTED", + "detail": "binder { p : E } is neither a sampled numeric type (\u2115 \u2124 \u211a \u211d) nor a decidable hypothesis", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "CapFirstExit.lean::CapFirstExit.slice_hasFDerivAt": { + "module": "CapFirstExit.lean", + "name": "CapFirstExit.slice_hasFDerivAt", + "status": "UNSUPPORTED", + "detail": "binder { f : \u211d \u00d7 E \u2192 \u211d } is neither a sampled numeric type (\u2115 \u2124 \u211a \u211d) nor a decidable hypothesis", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "CapFirstExit.lean::CapFirstExit.ridge_hasDerivAt": { + "module": "CapFirstExit.lean", + "name": "CapFirstExit.ridge_hasDerivAt", + "status": "UNSUPPORTED", + "detail": "binder { f : \u211d \u00d7 E \u2192 \u211d } is neither a sampled numeric type (\u2115 \u2124 \u211a \u211d) nor a decidable hypothesis", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "CapFirstExit.lean::CapFirstExit.ridge_capHyp_of_slices": { + "module": "CapFirstExit.lean", + "name": "CapFirstExit.ridge_capHyp_of_slices", + "status": "UNSUPPORTED", + "detail": "binder { f : \u211d \u00d7 E \u2192 \u211d } is neither a sampled numeric type (\u2115 \u2124 \u211a \u211d) nor a decidable hypothesis", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "CapFirstExit.lean::CapFirstExit.ridge_inputs_of_joint": { + "module": "CapFirstExit.lean", + "name": "CapFirstExit.ridge_inputs_of_joint", + "status": "UNSUPPORTED", + "detail": "binder { f : \u211d \u00d7 E \u2192 \u211d } is neither a sampled numeric type (\u2115 \u2124 \u211a \u211d) nor a decidable hypothesis", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "CapFirstExit.lean::CapFirstExit.sp_curved_side_constants": { + "module": "CapFirstExit.lean", + "name": "CapFirstExit.sp_curved_side_constants", + "status": "CORROBORATED", + "detail": "holds on 64 sampled instances satisfying the hypotheses (9 draws rejected by the hypotheses, 0 infeasible, seed 1): sampling is admitted evidence of the statement, not a proof of it", + "instances": 64, + "vacuous": false, + "float_free": true, + "sampling": { + "seed": 1, + "draws": 64, + "accepted": 64, + "rejected": 9, + "infeasible": 0, + "undecided": 0 + } + }, + "CapFirstExit.lean::CapFirstExit.convexOn_add_node": { + "module": "CapFirstExit.lean", + "name": "CapFirstExit.convexOn_add_node", + "status": "UNSUPPORTED", + "detail": "binder { u : \u211d \u2192 \u211d } is neither a sampled numeric type (\u2115 \u2124 \u211a \u211d) nor a decidable hypothesis", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "CapFirstExit.lean::CapFirstExit.two_node_bound": { + "module": "CapFirstExit.lean", + "name": "CapFirstExit.two_node_bound", + "status": "UNSUPPORTED", + "detail": "binder { u : \u211d \u2192 \u211d } is neither a sampled numeric type (\u2115 \u2124 \u211a \u211d) nor a decidable hypothesis", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "CapFirstExit.lean::CapFirstExit.slice_gradient_bound": { + "module": "CapFirstExit.lean", + "name": "CapFirstExit.slice_gradient_bound", + "status": "UNSUPPORTED", + "detail": "binder { w : \u211d \u2192 E \u2192 L [ \u211d ] \u211d } is neither a sampled numeric type (\u2115 \u2124 \u211a \u211d) nor a decidable hypothesis", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "CapFirstExit.lean::CapFirstExit.ridge_capHyp_sp": { + "module": "CapFirstExit.lean", + "name": "CapFirstExit.ridge_capHyp_sp", + "status": "UNSUPPORTED", + "detail": "binder { f : \u211d \u00d7 E \u2192 \u211d } is neither a sampled numeric type (\u2115 \u2124 \u211a \u211d) nor a decidable hypothesis", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "CapFirstExit.lean::CapFirstExit.hermite_gap_le": { + "module": "CapFirstExit.lean", + "name": "CapFirstExit.hermite_gap_le", + "status": "UNSUPPORTED", + "detail": "binder { g G : \u211d \u2192 \u211d } is neither a sampled numeric type (\u2115 \u2124 \u211a \u211d) nor a decidable hypothesis", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "CapFirstExit.lean::CapFirstExit.hermite_m_ge_two": { + "module": "CapFirstExit.lean", + "name": "CapFirstExit.hermite_m_ge_two", + "status": "UNSUPPORTED", + "detail": "binder { g G : \u211d \u2192 \u211d } is neither a sampled numeric type (\u2115 \u2124 \u211a \u211d) nor a decidable hypothesis", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "CapFirstExit.lean::CapFirstExit.ridge_capHyp_normalized": { + "module": "CapFirstExit.lean", + "name": "CapFirstExit.ridge_capHyp_normalized", + "status": "UNSUPPORTED", + "detail": "binder { f : \u211d \u00d7 E \u2192 \u211d } is neither a sampled numeric type (\u2115 \u2124 \u211a \u211d) nor a decidable hypothesis", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "CapFirstExit.lean::CapFirstExit.strongConcaveOn_of_hessian": { + "module": "CapFirstExit.lean", + "name": "CapFirstExit.strongConcaveOn_of_hessian", + "status": "UNSUPPORTED", + "detail": "binder { D\u03c6 : E \u2192 E \u2192 L [ \u211d ] \u211d } is neither a sampled numeric type (\u2115 \u2124 \u211a \u211d) nor a decidable hypothesis", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "CapFirstExit.lean::CapFirstExit.transverse_hessian_le": { + "module": "CapFirstExit.lean", + "name": "CapFirstExit.transverse_hessian_le", + "status": "UNSUPPORTED", + "detail": "binder { H : \u211d \u00d7 E \u2192 E \u2192 L [ \u211d ] E \u2192 L [ \u211d ] \u211d } is neither a sampled numeric type (\u2115 \u2124 \u211a \u211d) nor a decidable hypothesis", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "CapFirstExit.lean::CapFirstExit.hessian_increment": { + "module": "CapFirstExit.lean", + "name": "CapFirstExit.hessian_increment", + "status": "UNSUPPORTED", + "detail": "binder { H : \u211d \u00d7 E \u2192 E \u2192 L [ \u211d ] E \u2192 L [ \u211d ] \u211d } is neither a sampled numeric type (\u2115 \u2124 \u211a \u211d) nor a decidable hypothesis", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "CapFirstExit.lean::CapFirstExit.slices_strongConcave": { + "module": "CapFirstExit.lean", + "name": "CapFirstExit.slices_strongConcave", + "status": "UNSUPPORTED", + "detail": "binder { f : \u211d \u00d7 E \u2192 \u211d } is neither a sampled numeric type (\u2115 \u2124 \u211a \u211d) nor a decidable hypothesis", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "CapFirstExit.lean::CapFirstExit.ridge_capHyp_H1": { + "module": "CapFirstExit.lean", + "name": "CapFirstExit.ridge_capHyp_H1", + "status": "UNSUPPORTED", + "detail": "binder { f : \u211d \u00d7 E \u2192 \u211d } is neither a sampled numeric type (\u2115 \u2124 \u211a \u211d) nor a decidable hypothesis", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "CapFirstExit.lean::CapFirstExit.slice_critical_unique": { + "module": "CapFirstExit.lean", + "name": "CapFirstExit.slice_critical_unique", + "status": "UNSUPPORTED", + "detail": "binder ( h\u03c6 : StrongConcaveOn K \u03b4 \u03c6 ) is neither a sampled numeric type (\u2115 \u2124 \u211a \u211d) nor a decidable hypothesis", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "CapFirstExit.lean::CapFirstExit.slice_critical_exists": { + "module": "CapFirstExit.lean", + "name": "CapFirstExit.slice_critical_exists", + "status": "UNSUPPORTED", + "detail": "instance binder [ ProperSpace E ] cannot be sampled", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "CapFirstExit.lean::CapFirstExit.isInvertible_of_negDef": { + "module": "CapFirstExit.lean", + "name": "CapFirstExit.isInvertible_of_negDef", + "status": "UNSUPPORTED", + "detail": "instance binder [ FiniteDimensional \u211d E ] cannot be sampled", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "CapFirstExit.lean::CapFirstExit.ridge_hasStrictFDerivAt": { + "module": "CapFirstExit.lean", + "name": "CapFirstExit.ridge_hasStrictFDerivAt", + "status": "UNSUPPORTED", + "detail": "instance binder [ CompleteSpace E ] cannot be sampled", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "CapFirstExit.lean::CapFirstExit.ridge_differentiable": { + "module": "CapFirstExit.lean", + "name": "CapFirstExit.ridge_differentiable", + "status": "UNSUPPORTED", + "detail": "instance binder [ FiniteDimensional \u211d E ] cannot be sampled", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "CapFirstExit.lean::CapFirstExit.ridge_exists": { + "module": "CapFirstExit.lean", + "name": "CapFirstExit.ridge_exists", + "status": "UNSUPPORTED", + "detail": "instance binder [ ProperSpace E ] cannot be sampled", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "CapFirstExit.lean::CapFirstExit.hessian_increment_D": { + "module": "CapFirstExit.lean", + "name": "CapFirstExit.hessian_increment_D", + "status": "UNSUPPORTED", + "detail": "binder { H : \u211d \u00d7 E \u2192 E \u2192 L [ \u211d ] E \u2192 L [ \u211d ] \u211d } is neither a sampled numeric type (\u2115 \u2124 \u211a \u211d) nor a decidable hypothesis", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "CapFirstExit.lean::CapFirstExit.transverse_hessian_le_D": { + "module": "CapFirstExit.lean", + "name": "CapFirstExit.transverse_hessian_le_D", + "status": "UNSUPPORTED", + "detail": "binder { H : \u211d \u00d7 E \u2192 E \u2192 L [ \u211d ] E \u2192 L [ \u211d ] \u211d } is neither a sampled numeric type (\u2115 \u2124 \u211a \u211d) nor a decidable hypothesis", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "CapFirstExit.lean::CapFirstExit.slices_strongConcave_D": { + "module": "CapFirstExit.lean", + "name": "CapFirstExit.slices_strongConcave_D", + "status": "UNSUPPORTED", + "detail": "binder { f : \u211d \u00d7 E \u2192 \u211d } is neither a sampled numeric type (\u2115 \u2124 \u211a \u211d) nor a decidable hypothesis", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "CapFirstExit.lean::CapFirstExit.ridge_capHyp_source": { + "module": "CapFirstExit.lean", + "name": "CapFirstExit.ridge_capHyp_source", + "status": "UNSUPPORTED", + "detail": "instance binder [ FiniteDimensional \u211d E ] cannot be sampled", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "CapFirstExit.lean::CapFirstExit.convex_deriv_sign": { + "module": "CapFirstExit.lean", + "name": "CapFirstExit.convex_deriv_sign", + "status": "UNSUPPORTED", + "detail": "binder { \u03c6 : \u211d \u2192 \u211d } is neither a sampled numeric type (\u2115 \u2124 \u211a \u211d) nor a decidable hypothesis", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "CapFirstExit.lean::CapFirstExit.two_node_deriv_bound": { + "module": "CapFirstExit.lean", + "name": "CapFirstExit.two_node_deriv_bound", + "status": "UNSUPPORTED", + "detail": "binder { u : \u211d \u2192 \u211d } is neither a sampled numeric type (\u2115 \u2124 \u211a \u211d) nor a decidable hypothesis", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "CapFirstExit.lean::CapFirstExit.slice_gradient_deriv_bound": { + "module": "CapFirstExit.lean", + "name": "CapFirstExit.slice_gradient_deriv_bound", + "status": "UNSUPPORTED", + "detail": "binder { w : \u211d \u2192 E \u2192 L [ \u211d ] \u211d } is neither a sampled numeric type (\u2115 \u2124 \u211a \u211d) nor a decidable hypothesis", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "CapFirstExit.lean::CapFirstExit.schur_max": { + "module": "CapFirstExit.lean", + "name": "CapFirstExit.schur_max", + "status": "UNSUPPORTED", + "detail": "binder { Q : \u211d \u00d7 E \u2192 L [ \u211d ] \u211d \u00d7 E \u2192 L [ \u211d ] \u211d } is neither a sampled numeric type (\u2115 \u2124 \u211a \u211d) nor a decidable hypothesis", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "CapFirstExit.lean::CapFirstExit.trilinear_lower": { + "module": "CapFirstExit.lean", + "name": "CapFirstExit.trilinear_lower", + "status": "UNSUPPORTED", + "detail": "binder { T : \u211d \u00d7 E \u2192 \u211d \u00d7 E \u2192 \u211d \u00d7 E \u2192 L [ \u211d ] \u211d } is neither a sampled numeric type (\u2115 \u2124 \u211a \u211d) nor a decidable hypothesis", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "CapFirstExit.lean::CapFirstExit.l12_constants": { + "module": "CapFirstExit.lean", + "name": "CapFirstExit.l12_constants", + "status": "CORROBORATED", + "detail": "holds on 64 sampled instances satisfying the hypotheses (8 draws rejected by the hypotheses, 0 infeasible, seed 1): sampling is admitted evidence of the statement, not a proof of it", + "instances": 64, + "vacuous": false, + "float_free": true, + "sampling": { + "seed": 1, + "draws": 65, + "accepted": 64, + "rejected": 8, + "infeasible": 0, + "undecided": 0 + } + }, + "CapFirstExit.lean::CapFirstExit.transverse_hessian_eq": { + "module": "CapFirstExit.lean", + "name": "CapFirstExit.transverse_hessian_eq", + "status": "UNSUPPORTED", + "detail": "binder { Df : \u211d \u00d7 E \u2192 \u211d \u00d7 E \u2192 L [ \u211d ] \u211d } is neither a sampled numeric type (\u2115 \u2124 \u211a \u211d) nor a decidable hypothesis", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "CapFirstExit.lean::CapFirstExit.ridge_second_identity": { + "module": "CapFirstExit.lean", + "name": "CapFirstExit.ridge_second_identity", + "status": "UNSUPPORTED", + "detail": "binder { Df : \u211d \u00d7 E \u2192 \u211d \u00d7 E \u2192 L [ \u211d ] \u211d } is neither a sampled numeric type (\u2115 \u2124 \u211a \u211d) nor a decidable hypothesis", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "CapFirstExit.lean::CapFirstExit.ridge_hconv": { + "module": "CapFirstExit.lean", + "name": "CapFirstExit.ridge_hconv", + "status": "UNSUPPORTED", + "detail": "binder { Df : \u211d \u00d7 E \u2192 \u211d \u00d7 E \u2192 L [ \u211d ] \u211d } is neither a sampled numeric type (\u2115 \u2124 \u211a \u211d) nor a decidable hypothesis", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "CapFirstExit.lean::CapFirstExit.dx_grad_increment": { + "module": "CapFirstExit.lean", + "name": "CapFirstExit.dx_grad_increment", + "status": "UNSUPPORTED", + "detail": "binder { D2f : \u211d \u00d7 E \u2192 \u211d \u00d7 E \u2192 L [ \u211d ] \u211d \u00d7 E \u2192 L [ \u211d ] \u211d } is neither a sampled numeric type (\u2115 \u2124 \u211a \u211d) nor a decidable hypothesis", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "CapFirstExit.lean::CapFirstExit.l9_arith": { + "module": "CapFirstExit.lean", + "name": "CapFirstExit.l9_arith", + "status": "CORROBORATED", + "detail": "holds on 64 sampled instances satisfying the hypotheses (100 draws rejected by the hypotheses, 0 infeasible, seed 1): sampling is admitted evidence of the statement, not a proof of it", + "instances": 64, + "vacuous": false, + "float_free": true, + "sampling": { + "seed": 1, + "draws": 64, + "accepted": 64, + "rejected": 100, + "infeasible": 0, + "undecided": 0 + } + }, + "CapFirstExit.lean::CapFirstExit.l12_lower": { + "module": "CapFirstExit.lean", + "name": "CapFirstExit.l12_lower", + "status": "UNSUPPORTED", + "detail": "binder { T : \u211d \u00d7 E \u2192 \u211d \u00d7 E \u2192 \u211d \u00d7 E \u2192 L [ \u211d ] \u211d } is neither a sampled numeric type (\u2115 \u2124 \u211a \u211d) nor a decidable hypothesis", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "CapFirstExit.lean::CapFirstExit.ridge_source_facts": { + "module": "CapFirstExit.lean", + "name": "CapFirstExit.ridge_source_facts", + "status": "UNSUPPORTED", + "detail": "instance binder [ FiniteDimensional \u211d E ] cannot be sampled", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "CapFirstExit.lean::CapFirstExit.ridge_capHyp_C3": { + "module": "CapFirstExit.lean", + "name": "CapFirstExit.ridge_capHyp_C3", + "status": "UNSUPPORTED", + "detail": "instance binder [ FiniteDimensional \u211d E ] cannot be sampled", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "CapFirstExit.lean::CapFirstExit.hermite_gap_le_concave": { + "module": "CapFirstExit.lean", + "name": "CapFirstExit.hermite_gap_le_concave", + "status": "UNSUPPORTED", + "detail": "binder { g G : \u211d \u2192 \u211d } is neither a sampled numeric type (\u2115 \u2124 \u211a \u211d) nor a decidable hypothesis", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "CapFirstExit.lean::CapFirstExit.third_deriv_exists_two": { + "module": "CapFirstExit.lean", + "name": "CapFirstExit.third_deriv_exists_two", + "status": "UNSUPPORTED", + "detail": "binder { g G G' \u03c6 : \u211d \u2192 \u211d } is neither a sampled numeric type (\u2115 \u2124 \u211a \u211d) nor a decidable hypothesis", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "CapFirstExit.lean::CapFirstExit.fxxx_lower": { + "module": "CapFirstExit.lean", + "name": "CapFirstExit.fxxx_lower", + "status": "UNSUPPORTED", + "detail": "binder { \u03c8 : \u211d \u00d7 E \u2192 \u211d } is neither a sampled numeric type (\u2115 \u2124 \u211a \u211d) nor a decidable hypothesis", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "CapFirstExit.lean::CapFirstExit.ridge_capHyp_C4": { + "module": "CapFirstExit.lean", + "name": "CapFirstExit.ridge_capHyp_C4", + "status": "UNSUPPORTED", + "detail": "instance binder [ FiniteDimensional \u211d E ] cannot be sampled", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "CapFirstExit.lean::CapFirstExit.hessian_x_bound": { + "module": "CapFirstExit.lean", + "name": "CapFirstExit.hessian_x_bound", + "status": "UNSUPPORTED", + "detail": "binder { Df : \u211d \u00d7 E \u2192 \u211d \u00d7 E \u2192 L [ \u211d ] \u211d } is neither a sampled numeric type (\u2115 \u2124 \u211a \u211d) nor a decidable hypothesis", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "CapFirstExit.lean::CapFirstExit.hessian_r_bound": { + "module": "CapFirstExit.lean", + "name": "CapFirstExit.hessian_r_bound", + "status": "UNSUPPORTED", + "detail": "binder { Df : \u211d \u00d7 E \u2192 \u211d \u00d7 E \u2192 L [ \u211d ] \u211d } is neither a sampled numeric type (\u2115 \u2124 \u211a \u211d) nor a decidable hypothesis", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "CapFirstExit.lean::CapFirstExit.axis_convexConcave": { + "module": "CapFirstExit.lean", + "name": "CapFirstExit.axis_convexConcave", + "status": "UNSUPPORTED", + "detail": "binder { Df : \u211d \u00d7 E \u2192 \u211d \u00d7 E \u2192 L [ \u211d ] \u211d } is neither a sampled numeric type (\u2115 \u2124 \u211a \u211d) nor a decidable hypothesis", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "CapFirstExit.lean::CapFirstExit.block_nonneg": { + "module": "CapFirstExit.lean", + "name": "CapFirstExit.block_nonneg", + "status": "UNSUPPORTED", + "detail": "instance binder [ SeminormedAddCommGroup F ] cannot be sampled", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "CapFirstExit.lean::CapFirstExit.block_bound_collar": { + "module": "CapFirstExit.lean", + "name": "CapFirstExit.block_bound_collar", + "status": "UNSUPPORTED", + "detail": "binder { T3 : \u211d \u00d7 E \u2192 \u211d \u00d7 E \u2192 \u211d \u00d7 E \u2192 \u211d \u00d7 E \u2192 L [ \u211d ] \u211d } is neither a sampled numeric type (\u2115 \u2124 \u211a \u211d) nor a decidable hypothesis", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "CapFirstExit.lean::CapFirstExit.ridge_capHyp_C5": { + "module": "CapFirstExit.lean", + "name": "CapFirstExit.ridge_capHyp_C5", + "status": "UNSUPPORTED", + "detail": "instance binder [ FiniteDimensional \u211d E ] cannot be sampled", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "CapFirstExit.lean::CapFirstExit.ridge_capHyp_D": { + "module": "CapFirstExit.lean", + "name": "CapFirstExit.ridge_capHyp_D", + "status": "UNSUPPORTED", + "detail": "instance binder [ FiniteDimensional \u211d E ] cannot be sampled", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "CapFirstExit.lean::CapFirstExit.block_of_norm": { + "module": "CapFirstExit.lean", + "name": "CapFirstExit.block_of_norm", + "status": "UNSUPPORTED", + "detail": "binder { B : ContinuousMultilinearMap \u211d ( fun _ : Fin 3 => \u211d \u00d7 E ) \u211d } is neither a sampled numeric type (\u2115 \u2124 \u211a \u211d) nor a decidable hypothesis", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "CapFirstExit.lean::CapFirstExit.collar_subset_open": { + "module": "CapFirstExit.lean", + "name": "CapFirstExit.collar_subset_open", + "status": "UNSUPPORTED", + "detail": "instance binder [ ProperSpace E ] cannot be sampled", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "CapFirstExit.lean::CapFirstExit.ridge_capHyp_E": { + "module": "CapFirstExit.lean", + "name": "CapFirstExit.ridge_capHyp_E", + "status": "UNSUPPORTED", + "detail": "instance binder [ FiniteDimensional \u211d E ] cannot be sampled", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "CapFirstExit.lean::CapFirstExit.toy_ridge_ge": { + "module": "CapFirstExit.lean", + "name": "CapFirstExit.toy_ridge_ge", + "status": "UNSUPPORTED", + "detail": "binder ( t : I ) is neither a sampled numeric type (\u2115 \u2124 \u211a \u211d) nor a decidable hypothesis", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "CapFirstExit.lean::CapFirstExit.toy_frontier": { + "module": "CapFirstExit.lean", + "name": "CapFirstExit.toy_frontier", + "status": "UNSUPPORTED", + "detail": "unsupported syntax: brace term that is not a set-builder", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "CapFirstExit.lean::CapFirstExit.toy_capHyp": { + "module": "CapFirstExit.lean", + "name": "CapFirstExit.toy_capHyp", + "status": "UNSUPPORTED", + "detail": "proposition of form App", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "CapFirstExit.lean::CapFirstExit.toy_saddle_strict": { + "module": "CapFirstExit.lean", + "name": "CapFirstExit.toy_saddle_strict", + "status": "UNSUPPORTED", + "detail": "unknown function frontier", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "CapFirstExit.lean::CapFirstExit.toy_saddle_cut": { + "module": "CapFirstExit.lean", + "name": "CapFirstExit.toy_saddle_cut", + "status": "UNSUPPORTED", + "detail": "unsupported syntax: notation '\\\\'", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "CapFirstExit.lean::CapFirstExit.toy_death_level": { + "module": "CapFirstExit.lean", + "name": "CapFirstExit.toy_death_level", + "status": "UNSUPPORTED", + "detail": "proposition of form App", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "CapFirstExit.lean::CapFirstExit.toy_f_M": { + "module": "CapFirstExit.lean", + "name": "CapFirstExit.toy_f_M", + "status": "PASS", + "detail": "closed statement evaluated true", + "instances": 1, + "vacuous": false, + "float_free": true + }, + "CapFirstExit.lean::CapFirstExit.toy_f_S": { + "module": "CapFirstExit.lean", + "name": "CapFirstExit.toy_f_S", + "status": "PASS", + "detail": "closed statement evaluated true", + "instances": 1, + "vacuous": false, + "float_free": true + }, + "CapFirstExit.lean::CapFirstExit.toy_needs_C2": { + "module": "CapFirstExit.lean", + "name": "CapFirstExit.toy_needs_C2", + "status": "UNSUPPORTED", + "detail": "unsupported syntax: existential quantifier", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "CapFirstExit.lean::CapFirstExit.toy_needs_C1": { + "module": "CapFirstExit.lean", + "name": "CapFirstExit.toy_needs_C1", + "status": "UNSUPPORTED", + "detail": "unsupported syntax: existential quantifier", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "CapFirstExit.lean::CapFirstExit.toy_needs_C3": { + "module": "CapFirstExit.lean", + "name": "CapFirstExit.toy_needs_C3", + "status": "UNSUPPORTED", + "detail": "unsupported syntax: existential quantifier", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "CapFirstExit.lean::CapFirstExit.ridgeToy_capHyp": { + "module": "CapFirstExit.lean", + "name": "CapFirstExit.ridgeToy_capHyp", + "status": "UNSUPPORTED", + "detail": "unsupported syntax: notation '\u00d7'", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "CapFirstExit.lean::CapFirstExit.ridgeToy_saddle_strict": { + "module": "CapFirstExit.lean", + "name": "CapFirstExit.ridgeToy_saddle_strict", + "status": "UNSUPPORTED", + "detail": "unsupported syntax: notation '\u00d7'", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "CapFirstExit.lean::CapFirstExit.ridgeToy_joint": { + "module": "CapFirstExit.lean", + "name": "CapFirstExit.ridgeToy_joint", + "status": "UNSUPPORTED", + "detail": "proposition of form App", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "CapFirstExit.lean::CapFirstExit.ridgeToy_slices": { + "module": "CapFirstExit.lean", + "name": "CapFirstExit.ridgeToy_slices", + "status": "UNSUPPORTED", + "detail": "unsupported syntax: notation '\u00d7'", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "CapFirstExit.lean::CapFirstExit.spToy_capHyp": { + "module": "CapFirstExit.lean", + "name": "CapFirstExit.spToy_capHyp", + "status": "UNSUPPORTED", + "detail": "unsupported syntax: notation '\u00d7'", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "CapFirstExit.lean::CapFirstExit.spToy_normalized": { + "module": "CapFirstExit.lean", + "name": "CapFirstExit.spToy_normalized", + "status": "UNSUPPORTED", + "detail": "unsupported syntax: notation '\u00d7'", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "CapFirstExit.lean::CapFirstExit.h1Toy_capHyp": { + "module": "CapFirstExit.lean", + "name": "CapFirstExit.h1Toy_capHyp", + "status": "UNSUPPORTED", + "detail": "unsupported syntax: notation '\u00d7'", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "CapFirstExit.lean::CapFirstExit.h1Toy_ridge_differentiable": { + "module": "CapFirstExit.lean", + "name": "CapFirstExit.h1Toy_ridge_differentiable", + "status": "UNSUPPORTED", + "detail": "unparsed statement: SyntaxError: expected ',', got v", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "CapFirstExit.lean::CapFirstExit.h1Toy_source": { + "module": "CapFirstExit.lean", + "name": "CapFirstExit.h1Toy_source", + "status": "UNSUPPORTED", + "detail": "unsupported syntax: existential quantifier", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "CapFirstExit.lean::CapFirstExit.h1Toy_C3": { + "module": "CapFirstExit.lean", + "name": "CapFirstExit.h1Toy_C3", + "status": "UNSUPPORTED", + "detail": "unsupported syntax: existential quantifier", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "CapFirstExit.lean::CapFirstExit.h1Toy_C4": { + "module": "CapFirstExit.lean", + "name": "CapFirstExit.h1Toy_C4", + "status": "UNSUPPORTED", + "detail": "unsupported syntax: existential quantifier", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "CapFirstExit.lean::CapFirstExit.h1Toy_D": { + "module": "CapFirstExit.lean", + "name": "CapFirstExit.h1Toy_D", + "status": "UNSUPPORTED", + "detail": "unsupported syntax: existential quantifier", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "CapFirstExit.lean::CapFirstExit.h1Toy_E": { + "module": "CapFirstExit.lean", + "name": "CapFirstExit.h1Toy_E", + "status": "UNSUPPORTED", + "detail": "unsupported syntax: existential quantifier", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "CapFirstExit.lean::CapFirstExit.quarticToy_E": { + "module": "CapFirstExit.lean", + "name": "CapFirstExit.quarticToy_E", + "status": "UNSUPPORTED", + "detail": "unsupported syntax: existential quantifier", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "CapFirstExit.lean::CapFirstExit.CapHyp.of_const_mul": { + "module": "CapFirstExit.lean", + "name": "CapFirstExit.CapHyp.of_const_mul", + "status": "UNSUPPORTED", + "detail": "binder ( H : CapHyp ( fun x => c * f x ) C M z ( c * b ) ( c * s ) ) is neither a sampled numeric type (\u2115 \u2124 \u211a \u211d) nor a decidable hypothesis", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "CapFirstExit.lean::CapFirstExit.hasFDerivAt_zero_const_mul_iff": { + "module": "CapFirstExit.lean", + "name": "CapFirstExit.hasFDerivAt_zero_const_mul_iff", + "status": "UNSUPPORTED", + "detail": "binder { y : E } is neither a sampled numeric type (\u2115 \u2124 \u211a \u211d) nor a decidable hypothesis", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "CapFirstExit.lean::CapFirstExit.iteratedFDeriv_const_mul_of_isOpen": { + "module": "CapFirstExit.lean", + "name": "CapFirstExit.iteratedFDeriv_const_mul_of_isOpen", + "status": "UNSUPPORTED", + "detail": "binder { f : \u211d \u00d7 E \u2192 \u211d } is neither a sampled numeric type (\u2115 \u2124 \u211a \u211d) nor a decidable hypothesis", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "CapFirstExit.lean::CapFirstExit.ridge_capHyp_K": { + "module": "CapFirstExit.lean", + "name": "CapFirstExit.ridge_capHyp_K", + "status": "UNSUPPORTED", + "detail": "instance binder [ FiniteDimensional \u211d E ] cannot be sampled", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "CapFirstExit.lean::CapFirstExit.ridge_capHyp_norm_K": { + "module": "CapFirstExit.lean", + "name": "CapFirstExit.ridge_capHyp_norm_K", + "status": "UNSUPPORTED", + "detail": "instance binder [ FiniteDimensional \u211d E ] cannot be sampled", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "CapFirstExit.lean::CapFirstExit.iteratedFDeriv_three_swap\u2081\u2082": { + "module": "CapFirstExit.lean", + "name": "CapFirstExit.iteratedFDeriv_three_swap\u2081\u2082", + "status": "UNSUPPORTED", + "detail": "binder { p : F } is neither a sampled numeric type (\u2115 \u2124 \u211a \u211d) nor a decidable hypothesis", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "CapFirstExit.lean::CapFirstExit.iteratedFDeriv_three_swap\u2082\u2083": { + "module": "CapFirstExit.lean", + "name": "CapFirstExit.iteratedFDeriv_three_swap\u2082\u2083", + "status": "UNSUPPORTED", + "detail": "binder { p : F } is neither a sampled numeric type (\u2115 \u2124 \u211a \u211d) nor a decidable hypothesis", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "CapFirstExit.lean::CapFirstExit.block_of_partial": { + "module": "CapFirstExit.lean", + "name": "CapFirstExit.block_of_partial", + "status": "UNSUPPORTED", + "detail": "binder { B : ContinuousMultilinearMap \u211d ( fun _ : Fin 3 => \u211d \u00d7 E ) \u211d } is neither a sampled numeric type (\u2115 \u2124 \u211a \u211d) nor a decidable hypothesis", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "CapFirstExit.lean::CapFirstExit.ridge_capHyp_blocks": { + "module": "CapFirstExit.lean", + "name": "CapFirstExit.ridge_capHyp_blocks", + "status": "UNSUPPORTED", + "detail": "instance binder [ FiniteDimensional \u211d E ] cannot be sampled", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "CapFirstExit.lean::CapFirstExit.mixedToy_blocks": { + "module": "CapFirstExit.lean", + "name": "CapFirstExit.mixedToy_blocks", + "status": "UNSUPPORTED", + "detail": "unsupported syntax: existential quantifier", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "CapFirstExit.lean::CapFirstExit.addCircle_locallyConnectedSpace": { + "module": "CapFirstExit.lean", + "name": "CapFirstExit.addCircle_locallyConnectedSpace", + "status": "UNSUPPORTED", + "detail": "proposition of form App", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "CapFirstExit.lean::CapFirstExit.torus_locallyConnectedSpace": { + "module": "CapFirstExit.lean", + "name": "CapFirstExit.torus_locallyConnectedSpace", + "status": "UNSUPPORTED", + "detail": "proposition of form App", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "CapFirstExit.lean::CapFirstExit.torus_capHyp_blocks": { + "module": "CapFirstExit.lean", + "name": "CapFirstExit.torus_capHyp_blocks", + "status": "UNSUPPORTED", + "detail": "instance binder [ FiniteDimensional \u211d E ] cannot be sampled", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "CapFirstExit.lean::CapFirstExit.torus_elder_death_level_blocks": { + "module": "CapFirstExit.lean", + "name": "CapFirstExit.torus_elder_death_level_blocks", + "status": "UNSUPPORTED", + "detail": "instance binder [ FiniteDimensional \u211d E ] cannot be sampled", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "CapFirstExit.lean::CapFirstExit.circleChart_continuous": { + "module": "CapFirstExit.lean", + "name": "CapFirstExit.circleChart_continuous", + "status": "UNSUPPORTED", + "detail": "proposition of form App", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "CapFirstExit.lean::CapFirstExit.circleChart_coe": { + "module": "CapFirstExit.lean", + "name": "CapFirstExit.circleChart_coe", + "status": "UNSUPPORTED", + "detail": "result type AddCircle L", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "CapFirstExit.lean::CapFirstExit.mixedToy_hasFDerivAt": { + "module": "CapFirstExit.lean", + "name": "CapFirstExit.mixedToy_hasFDerivAt", + "status": "UNSUPPORTED", + "detail": "binder ( p : \u211d \u00d7 \u211d ) is neither a sampled numeric type (\u2115 \u2124 \u211a \u211d) nor a decidable hypothesis", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "CapFirstExit.lean::CapFirstExit.mixedToy_contDiff": { + "module": "CapFirstExit.lean", + "name": "CapFirstExit.mixedToy_contDiff", + "status": "UNSUPPORTED", + "detail": "proposition of form App", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "CapFirstExit.lean::CapFirstExit.mixedToy_iteratedFDeriv_two": { + "module": "CapFirstExit.lean", + "name": "CapFirstExit.mixedToy_iteratedFDeriv_two", + "status": "UNSUPPORTED", + "detail": "binder ( y : \u211d \u00d7 \u211d ) is neither a sampled numeric type (\u2115 \u2124 \u211a \u211d) nor a decidable hypothesis", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "CapFirstExit.lean::CapFirstExit.mixedToy_iteratedFDeriv_three": { + "module": "CapFirstExit.lean", + "name": "CapFirstExit.mixedToy_iteratedFDeriv_three", + "status": "UNSUPPORTED", + "detail": "binder ( x : \u211d \u00d7 \u211d ) is neither a sampled numeric type (\u2115 \u2124 \u211a \u211d) nor a decidable hypothesis", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "CapFirstExit.lean::CapFirstExit.mixedToy_iteratedFDeriv_four": { + "module": "CapFirstExit.lean", + "name": "CapFirstExit.mixedToy_iteratedFDeriv_four", + "status": "UNSUPPORTED", + "detail": "binder ( x : \u211d \u00d7 \u211d ) is neither a sampled numeric type (\u2115 \u2124 \u211a \u211d) nor a decidable hypothesis", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "CapFirstExit.lean::CapFirstExit.torusToy_elder": { + "module": "CapFirstExit.lean", + "name": "CapFirstExit.torusToy_elder", + "status": "UNSUPPORTED", + "detail": "unparsed statement: SyntaxError: expected ')', got :=", + "instances": 0, + "vacuous": false, + "float_free": true + } + }, + "sampling": { + "seed": 1, + "samples": 64 + }, + "exit_code": 1, + "note": "G12 census: coverage of the empirical statement check over every declaration in a directory, with no manifest. PASS/CORROBORATED/FAIL/UNSUPPORTED as in a package check; UNSUPPORTED reasons are classified. Not a gate and not kernel evidence.", + "unresolved_imports": {} +} diff --git a/cbz/evidence/g12-statement-fuzz-01n/census_math_dfa9b30a_20261106_deps/frontiers_cap_first_exit_lean_20261002.stdout.txt b/cbz/evidence/g12-statement-fuzz-01n/census_math_dfa9b30a_20261106_deps/frontiers_cap_first_exit_lean_20261002.stdout.txt new file mode 100644 index 000000000..cc166356c --- /dev/null +++ b/cbz/evidence/g12-statement-fuzz-01n/census_math_dfa9b30a_20261106_deps/frontiers_cap_first_exit_lean_20261002.stdout.txt @@ -0,0 +1,164 @@ +{ + "lean_dir": "/frontiers/cap_first_exit_lean_20261002", + "files": 1, + "files_evaluated": 1, + "targets": 138, + "status_counts": { + "UNSUPPORTED": 133, + "CORROBORATED": 3, + "PASS": 2 + }, + "unsupported_reasons": { + "binder outside the interpreter": 102, + "existential quantifier": 10, + "proposition outside the interpreter": 9, + "Mathlib notation": 7, + "unparsed statement": 2, + "other": 1, + "unknown function": 1, + "definition result type outside the interpreter": 1 + }, + "sampling": { + "seed": 1, + "samples": 64 + }, + "exit_code": 1, + "unresolved_imports": {}, + "copies": 0 +} +UNSUPPORTED: CapFirstExit.lean::CapFirstExit.path_meets_frontier: binder { x y : X } is neither a sampled numeric type (ℕ ℤ ℚ ℝ) nor a decidable hypothesis +UNSUPPORTED: CapFirstExit.lean::CapFirstExit.preconnected_subset_of_frontier_disjoint: binder ( hK : IsPreconnected K ) is neither a sampled numeric type (ℕ ℤ ℚ ℝ) nor a decidable hypothesis +UNSUPPORTED: CapFirstExit.lean::CapFirstExit.CapHyp.s_le_f_M: binder ( H : CapHyp f C M z b s ) is neither a sampled numeric type (ℕ ℤ ℚ ℝ) nor a decidable hypothesis +UNSUPPORTED: CapFirstExit.lean::CapFirstExit.CapHyp.barrier: binder ( H : CapHyp f C M z b s ) is neither a sampled numeric type (ℕ ℤ ℚ ℝ) nor a decidable hypothesis +UNSUPPORTED: CapFirstExit.lean::CapFirstExit.CapHyp.maximin_isGreatest: binder ( H : CapHyp f C M z b s ) is neither a sampled numeric type (ℕ ℤ ℚ ℝ) nor a decidable hypothesis +UNSUPPORTED: CapFirstExit.lean::CapFirstExit.CapHyp.maximin_eq: binder ( H : CapHyp f C M z b s ) is neither a sampled numeric type (ℕ ℤ ℚ ℝ) nor a decidable hypothesis +UNSUPPORTED: CapFirstExit.lean::CapFirstExit.CapHyp.component_separated: binder ( H : CapHyp f C M z b s ) is neither a sampled numeric type (ℕ ℤ ℚ ℝ) nor a decidable hypothesis +UNSUPPORTED: CapFirstExit.lean::CapFirstExit.component_joined: binder { M z : X } is neither a sampled numeric type (ℕ ℤ ℚ ℝ) nor a decidable hypothesis +UNSUPPORTED: CapFirstExit.lean::CapFirstExit.CapHyp.elder_merge_iff_closed: binder ( H : CapHyp f C M z b s ) is neither a sampled numeric type (ℕ ℤ ℚ ℝ) nor a decidable hypothesis +UNSUPPORTED: CapFirstExit.lean::CapFirstExit.CapHyp.elder_merge_iff_open: binder ( H : CapHyp f C M z b s ) is neither a sampled numeric type (ℕ ℤ ℚ ℝ) nor a decidable hypothesis +UNSUPPORTED: CapFirstExit.lean::CapFirstExit.CapHyp.elder_death_level: binder ( H : CapHyp f C M z b s ) is neither a sampled numeric type (ℕ ℤ ℚ ℝ) nor a decidable hypothesis +UNSUPPORTED: CapFirstExit.lean::CapFirstExit.CapHyp.path_through_saddle: binder ( H : CapHyp f C M z b s ) is neither a sampled numeric type (ℕ ℤ ℚ ℝ) nor a decidable hypothesis +UNSUPPORTED: CapFirstExit.lean::CapFirstExit.CapHyp.saddle_cut: binder ( H : CapHyp f C M z b s ) is neither a sampled numeric type (ℕ ℤ ℚ ℝ) nor a decidable hypothesis +UNSUPPORTED: CapFirstExit.lean::CapFirstExit.CapHyp.congr: binder ( H : CapHyp f C M z b s ) is neither a sampled numeric type (ℕ ℤ ℚ ℝ) nor a decidable hypothesis +UNSUPPORTED: CapFirstExit.lean::CapFirstExit.isClosed_connectedComponentIn: binder ( hF : IsClosed F ) is neither a sampled numeric type (ℕ ℤ ℚ ℝ) nor a decidable hypothesis +UNSUPPORTED: CapFirstExit.lean::CapFirstExit.CapHyp.older_peak: instance binder [ CompactSpace X ] cannot be sampled +UNSUPPORTED: CapFirstExit.lean::CapFirstExit.CapHyp.elder_alive: binder ( H : CapHyp f C M z b s ) is neither a sampled numeric type (ℕ ℤ ℚ ℝ) nor a decidable hypothesis +UNSUPPORTED: CapFirstExit.lean::CapFirstExit.CapHyp.elder_death_level_peak: instance binder [ CompactSpace X ] cannot be sampled +UNSUPPORTED: CapFirstExit.lean::CapFirstExit.frontier_image_subset: instance binder [ T2Space X ] cannot be sampled +UNSUPPORTED: CapFirstExit.lean::CapFirstExit.CapHyp.map: instance binder [ T2Space X ] cannot be sampled +UNSUPPORTED: CapFirstExit.lean::CapFirstExit.CapHyp.map_saddle: instance binder [ T2Space X ] cannot be sampled +UNSUPPORTED: CapFirstExit.lean::CapFirstExit.frontier_cylinder: instance binder [ NormedAddCommGroup E ] cannot be sampled +UNSUPPORTED: CapFirstExit.lean::CapFirstExit.isCompact_cylinder: instance binder [ NormedAddCommGroup E ] cannot be sampled +UNSUPPORTED: CapFirstExit.lean::CapFirstExit.torusCover_continuous: proposition of form App +UNSUPPORTED: CapFirstExit.lean::CapFirstExit.torusCover_isOpenMap: proposition of form App +UNSUPPORTED: CapFirstExit.lean::CapFirstExit.CapHyp.toTorus: binder ( φ : Y ≃ ₜ ( Fin d → ℝ ) ) is neither a sampled numeric type (ℕ ℤ ℚ ℝ) nor a decidable hypothesis +UNSUPPORTED: CapFirstExit.lean::CapFirstExit.convex_zeros_between: binder { φ : ℝ → ℝ } is neither a sampled numeric type (ℕ ℤ ℚ ℝ) nor a decidable hypothesis +UNSUPPORTED: CapFirstExit.lean::CapFirstExit.convex_zeros_right: binder { φ : ℝ → ℝ } is neither a sampled numeric type (ℕ ℤ ℚ ℝ) nor a decidable hypothesis +UNSUPPORTED: CapFirstExit.lean::CapFirstExit.convex_zeros_left: binder { φ : ℝ → ℝ } is neither a sampled numeric type (ℕ ℤ ℚ ℝ) nor a decidable hypothesis +UNSUPPORTED: CapFirstExit.lean::CapFirstExit.ridge_profile: binder { g F : ℝ → ℝ } is neither a sampled numeric type (ℕ ℤ ℚ ℝ) nor a decidable hypothesis +UNSUPPORTED: CapFirstExit.lean::CapFirstExit.ridge_capHyp: binder { f : ℝ × E → ℝ } is neither a sampled numeric type (ℕ ℤ ℚ ℝ) nor a decidable hypothesis +UNSUPPORTED: CapFirstExit.lean::CapFirstExit.ridge_saddle_strict: binder { f : ℝ × E → ℝ } is neither a sampled numeric type (ℕ ℤ ℚ ℝ) nor a decidable hypothesis +UNSUPPORTED: CapFirstExit.lean::CapFirstExit.strongConcave_le_of_hasFDerivAt: binder { p : E } is neither a sampled numeric type (ℕ ℤ ℚ ℝ) nor a decidable hypothesis +UNSUPPORTED: CapFirstExit.lean::CapFirstExit.slice_le: binder { p : E } is neither a sampled numeric type (ℕ ℤ ℚ ℝ) nor a decidable hypothesis +UNSUPPORTED: CapFirstExit.lean::CapFirstExit.slice_ridge_bound: binder { p : E } is neither a sampled numeric type (ℕ ℤ ℚ ℝ) nor a decidable hypothesis +UNSUPPORTED: CapFirstExit.lean::CapFirstExit.slice_curved: binder { p : E } is neither a sampled numeric type (ℕ ℤ ℚ ℝ) nor a decidable hypothesis +UNSUPPORTED: CapFirstExit.lean::CapFirstExit.slice_hasFDerivAt: binder { f : ℝ × E → ℝ } is neither a sampled numeric type (ℕ ℤ ℚ ℝ) nor a decidable hypothesis +UNSUPPORTED: CapFirstExit.lean::CapFirstExit.ridge_hasDerivAt: binder { f : ℝ × E → ℝ } is neither a sampled numeric type (ℕ ℤ ℚ ℝ) nor a decidable hypothesis +UNSUPPORTED: CapFirstExit.lean::CapFirstExit.ridge_capHyp_of_slices: binder { f : ℝ × E → ℝ } is neither a sampled numeric type (ℕ ℤ ℚ ℝ) nor a decidable hypothesis +UNSUPPORTED: CapFirstExit.lean::CapFirstExit.ridge_inputs_of_joint: binder { f : ℝ × E → ℝ } is neither a sampled numeric type (ℕ ℤ ℚ ℝ) nor a decidable hypothesis +CORROBORATED: CapFirstExit.lean::CapFirstExit.sp_curved_side_constants: holds on 64 sampled instances satisfying the hypotheses (9 draws rejected by the hypotheses, 0 infeasible, seed 1): sampling is admitted evidence of the statement, not a proof of it +UNSUPPORTED: CapFirstExit.lean::CapFirstExit.convexOn_add_node: binder { u : ℝ → ℝ } is neither a sampled numeric type (ℕ ℤ ℚ ℝ) nor a decidable hypothesis +UNSUPPORTED: CapFirstExit.lean::CapFirstExit.two_node_bound: binder { u : ℝ → ℝ } is neither a sampled numeric type (ℕ ℤ ℚ ℝ) nor a decidable hypothesis +UNSUPPORTED: CapFirstExit.lean::CapFirstExit.slice_gradient_bound: binder { w : ℝ → E → L [ ℝ ] ℝ } is neither a sampled numeric type (ℕ ℤ ℚ ℝ) nor a decidable hypothesis +UNSUPPORTED: CapFirstExit.lean::CapFirstExit.ridge_capHyp_sp: binder { f : ℝ × E → ℝ } is neither a sampled numeric type (ℕ ℤ ℚ ℝ) nor a decidable hypothesis +UNSUPPORTED: CapFirstExit.lean::CapFirstExit.hermite_gap_le: binder { g G : ℝ → ℝ } is neither a sampled numeric type (ℕ ℤ ℚ ℝ) nor a decidable hypothesis +UNSUPPORTED: CapFirstExit.lean::CapFirstExit.hermite_m_ge_two: binder { g G : ℝ → ℝ } is neither a sampled numeric type (ℕ ℤ ℚ ℝ) nor a decidable hypothesis +UNSUPPORTED: CapFirstExit.lean::CapFirstExit.ridge_capHyp_normalized: binder { f : ℝ × E → ℝ } is neither a sampled numeric type (ℕ ℤ ℚ ℝ) nor a decidable hypothesis +UNSUPPORTED: CapFirstExit.lean::CapFirstExit.strongConcaveOn_of_hessian: binder { Dφ : E → E → L [ ℝ ] ℝ } is neither a sampled numeric type (ℕ ℤ ℚ ℝ) nor a decidable hypothesis +UNSUPPORTED: CapFirstExit.lean::CapFirstExit.transverse_hessian_le: binder { H : ℝ × E → E → L [ ℝ ] E → L [ ℝ ] ℝ } is neither a sampled numeric type (ℕ ℤ ℚ ℝ) nor a decidable hypothesis +UNSUPPORTED: CapFirstExit.lean::CapFirstExit.hessian_increment: binder { H : ℝ × E → E → L [ ℝ ] E → L [ ℝ ] ℝ } is neither a sampled numeric type (ℕ ℤ ℚ ℝ) nor a decidable hypothesis +UNSUPPORTED: CapFirstExit.lean::CapFirstExit.slices_strongConcave: binder { f : ℝ × E → ℝ } is neither a sampled numeric type (ℕ ℤ ℚ ℝ) nor a decidable hypothesis +UNSUPPORTED: CapFirstExit.lean::CapFirstExit.ridge_capHyp_H1: binder { f : ℝ × E → ℝ } is neither a sampled numeric type (ℕ ℤ ℚ ℝ) nor a decidable hypothesis +UNSUPPORTED: CapFirstExit.lean::CapFirstExit.slice_critical_unique: binder ( hφ : StrongConcaveOn K δ φ ) is neither a sampled numeric type (ℕ ℤ ℚ ℝ) nor a decidable hypothesis +UNSUPPORTED: CapFirstExit.lean::CapFirstExit.slice_critical_exists: instance binder [ ProperSpace E ] cannot be sampled +UNSUPPORTED: CapFirstExit.lean::CapFirstExit.isInvertible_of_negDef: instance binder [ FiniteDimensional ℝ E ] cannot be sampled +UNSUPPORTED: CapFirstExit.lean::CapFirstExit.ridge_hasStrictFDerivAt: instance binder [ CompleteSpace E ] cannot be sampled +UNSUPPORTED: CapFirstExit.lean::CapFirstExit.ridge_differentiable: instance binder [ FiniteDimensional ℝ E ] cannot be sampled +UNSUPPORTED: CapFirstExit.lean::CapFirstExit.ridge_exists: instance binder [ ProperSpace E ] cannot be sampled +UNSUPPORTED: CapFirstExit.lean::CapFirstExit.hessian_increment_D: binder { H : ℝ × E → E → L [ ℝ ] E → L [ ℝ ] ℝ } is neither a sampled numeric type (ℕ ℤ ℚ ℝ) nor a decidable hypothesis +UNSUPPORTED: CapFirstExit.lean::CapFirstExit.transverse_hessian_le_D: binder { H : ℝ × E → E → L [ ℝ ] E → L [ ℝ ] ℝ } is neither a sampled numeric type (ℕ ℤ ℚ ℝ) nor a decidable hypothesis +UNSUPPORTED: CapFirstExit.lean::CapFirstExit.slices_strongConcave_D: binder { f : ℝ × E → ℝ } is neither a sampled numeric type (ℕ ℤ ℚ ℝ) nor a decidable hypothesis +UNSUPPORTED: CapFirstExit.lean::CapFirstExit.ridge_capHyp_source: instance binder [ FiniteDimensional ℝ E ] cannot be sampled +UNSUPPORTED: CapFirstExit.lean::CapFirstExit.convex_deriv_sign: binder { φ : ℝ → ℝ } is neither a sampled numeric type (ℕ ℤ ℚ ℝ) nor a decidable hypothesis +UNSUPPORTED: CapFirstExit.lean::CapFirstExit.two_node_deriv_bound: binder { u : ℝ → ℝ } is neither a sampled numeric type (ℕ ℤ ℚ ℝ) nor a decidable hypothesis +UNSUPPORTED: CapFirstExit.lean::CapFirstExit.slice_gradient_deriv_bound: binder { w : ℝ → E → L [ ℝ ] ℝ } is neither a sampled numeric type (ℕ ℤ ℚ ℝ) nor a decidable hypothesis +UNSUPPORTED: CapFirstExit.lean::CapFirstExit.schur_max: binder { Q : ℝ × E → L [ ℝ ] ℝ × E → L [ ℝ ] ℝ } is neither a sampled numeric type (ℕ ℤ ℚ ℝ) nor a decidable hypothesis +UNSUPPORTED: CapFirstExit.lean::CapFirstExit.trilinear_lower: binder { T : ℝ × E → ℝ × E → ℝ × E → L [ ℝ ] ℝ } is neither a sampled numeric type (ℕ ℤ ℚ ℝ) nor a decidable hypothesis +CORROBORATED: CapFirstExit.lean::CapFirstExit.l12_constants: holds on 64 sampled instances satisfying the hypotheses (8 draws rejected by the hypotheses, 0 infeasible, seed 1): sampling is admitted evidence of the statement, not a proof of it +UNSUPPORTED: CapFirstExit.lean::CapFirstExit.transverse_hessian_eq: binder { Df : ℝ × E → ℝ × E → L [ ℝ ] ℝ } is neither a sampled numeric type (ℕ ℤ ℚ ℝ) nor a decidable hypothesis +UNSUPPORTED: CapFirstExit.lean::CapFirstExit.ridge_second_identity: binder { Df : ℝ × E → ℝ × E → L [ ℝ ] ℝ } is neither a sampled numeric type (ℕ ℤ ℚ ℝ) nor a decidable hypothesis +UNSUPPORTED: CapFirstExit.lean::CapFirstExit.ridge_hconv: binder { Df : ℝ × E → ℝ × E → L [ ℝ ] ℝ } is neither a sampled numeric type (ℕ ℤ ℚ ℝ) nor a decidable hypothesis +UNSUPPORTED: CapFirstExit.lean::CapFirstExit.dx_grad_increment: binder { D2f : ℝ × E → ℝ × E → L [ ℝ ] ℝ × E → L [ ℝ ] ℝ } is neither a sampled numeric type (ℕ ℤ ℚ ℝ) nor a decidable hypothesis +CORROBORATED: CapFirstExit.lean::CapFirstExit.l9_arith: holds on 64 sampled instances satisfying the hypotheses (100 draws rejected by the hypotheses, 0 infeasible, seed 1): sampling is admitted evidence of the statement, not a proof of it +UNSUPPORTED: CapFirstExit.lean::CapFirstExit.l12_lower: binder { T : ℝ × E → ℝ × E → ℝ × E → L [ ℝ ] ℝ } is neither a sampled numeric type (ℕ ℤ ℚ ℝ) nor a decidable hypothesis +UNSUPPORTED: CapFirstExit.lean::CapFirstExit.ridge_source_facts: instance binder [ FiniteDimensional ℝ E ] cannot be sampled +UNSUPPORTED: CapFirstExit.lean::CapFirstExit.ridge_capHyp_C3: instance binder [ FiniteDimensional ℝ E ] cannot be sampled +UNSUPPORTED: CapFirstExit.lean::CapFirstExit.hermite_gap_le_concave: binder { g G : ℝ → ℝ } is neither a sampled numeric type (ℕ ℤ ℚ ℝ) nor a decidable hypothesis +UNSUPPORTED: CapFirstExit.lean::CapFirstExit.third_deriv_exists_two: binder { g G G' φ : ℝ → ℝ } is neither a sampled numeric type (ℕ ℤ ℚ ℝ) nor a decidable hypothesis +UNSUPPORTED: CapFirstExit.lean::CapFirstExit.fxxx_lower: binder { ψ : ℝ × E → ℝ } is neither a sampled numeric type (ℕ ℤ ℚ ℝ) nor a decidable hypothesis +UNSUPPORTED: CapFirstExit.lean::CapFirstExit.ridge_capHyp_C4: instance binder [ FiniteDimensional ℝ E ] cannot be sampled +UNSUPPORTED: CapFirstExit.lean::CapFirstExit.hessian_x_bound: binder { Df : ℝ × E → ℝ × E → L [ ℝ ] ℝ } is neither a sampled numeric type (ℕ ℤ ℚ ℝ) nor a decidable hypothesis +UNSUPPORTED: CapFirstExit.lean::CapFirstExit.hessian_r_bound: binder { Df : ℝ × E → ℝ × E → L [ ℝ ] ℝ } is neither a sampled numeric type (ℕ ℤ ℚ ℝ) nor a decidable hypothesis +UNSUPPORTED: CapFirstExit.lean::CapFirstExit.axis_convexConcave: binder { Df : ℝ × E → ℝ × E → L [ ℝ ] ℝ } is neither a sampled numeric type (ℕ ℤ ℚ ℝ) nor a decidable hypothesis +UNSUPPORTED: CapFirstExit.lean::CapFirstExit.block_nonneg: instance binder [ SeminormedAddCommGroup F ] cannot be sampled +UNSUPPORTED: CapFirstExit.lean::CapFirstExit.block_bound_collar: binder { T3 : ℝ × E → ℝ × E → ℝ × E → ℝ × E → L [ ℝ ] ℝ } is neither a sampled numeric type (ℕ ℤ ℚ ℝ) nor a decidable hypothesis +UNSUPPORTED: CapFirstExit.lean::CapFirstExit.ridge_capHyp_C5: instance binder [ FiniteDimensional ℝ E ] cannot be sampled +UNSUPPORTED: CapFirstExit.lean::CapFirstExit.ridge_capHyp_D: instance binder [ FiniteDimensional ℝ E ] cannot be sampled +UNSUPPORTED: CapFirstExit.lean::CapFirstExit.block_of_norm: binder { B : ContinuousMultilinearMap ℝ ( fun _ : Fin 3 => ℝ × E ) ℝ } is neither a sampled numeric type (ℕ ℤ ℚ ℝ) nor a decidable hypothesis +UNSUPPORTED: CapFirstExit.lean::CapFirstExit.collar_subset_open: instance binder [ ProperSpace E ] cannot be sampled +UNSUPPORTED: CapFirstExit.lean::CapFirstExit.ridge_capHyp_E: instance binder [ FiniteDimensional ℝ E ] cannot be sampled +UNSUPPORTED: CapFirstExit.lean::CapFirstExit.toy_ridge_ge: binder ( t : I ) is neither a sampled numeric type (ℕ ℤ ℚ ℝ) nor a decidable hypothesis +UNSUPPORTED: CapFirstExit.lean::CapFirstExit.toy_frontier: unsupported syntax: brace term that is not a set-builder +UNSUPPORTED: CapFirstExit.lean::CapFirstExit.toy_capHyp: proposition of form App +UNSUPPORTED: CapFirstExit.lean::CapFirstExit.toy_saddle_strict: unknown function frontier +UNSUPPORTED: CapFirstExit.lean::CapFirstExit.toy_saddle_cut: unsupported syntax: notation '\\' +UNSUPPORTED: CapFirstExit.lean::CapFirstExit.toy_death_level: proposition of form App +UNSUPPORTED: CapFirstExit.lean::CapFirstExit.toy_needs_C2: unsupported syntax: existential quantifier +UNSUPPORTED: CapFirstExit.lean::CapFirstExit.toy_needs_C1: unsupported syntax: existential quantifier +UNSUPPORTED: CapFirstExit.lean::CapFirstExit.toy_needs_C3: unsupported syntax: existential quantifier +UNSUPPORTED: CapFirstExit.lean::CapFirstExit.ridgeToy_capHyp: unsupported syntax: notation '×' +UNSUPPORTED: CapFirstExit.lean::CapFirstExit.ridgeToy_saddle_strict: unsupported syntax: notation '×' +UNSUPPORTED: CapFirstExit.lean::CapFirstExit.ridgeToy_joint: proposition of form App +UNSUPPORTED: CapFirstExit.lean::CapFirstExit.ridgeToy_slices: unsupported syntax: notation '×' +UNSUPPORTED: CapFirstExit.lean::CapFirstExit.spToy_capHyp: unsupported syntax: notation '×' +UNSUPPORTED: CapFirstExit.lean::CapFirstExit.spToy_normalized: unsupported syntax: notation '×' +UNSUPPORTED: CapFirstExit.lean::CapFirstExit.h1Toy_capHyp: unsupported syntax: notation '×' +UNSUPPORTED: CapFirstExit.lean::CapFirstExit.h1Toy_ridge_differentiable: unparsed statement: SyntaxError: expected ',', got v +UNSUPPORTED: CapFirstExit.lean::CapFirstExit.h1Toy_source: unsupported syntax: existential quantifier +UNSUPPORTED: CapFirstExit.lean::CapFirstExit.h1Toy_C3: unsupported syntax: existential quantifier +UNSUPPORTED: CapFirstExit.lean::CapFirstExit.h1Toy_C4: unsupported syntax: existential quantifier +UNSUPPORTED: CapFirstExit.lean::CapFirstExit.h1Toy_D: unsupported syntax: existential quantifier +UNSUPPORTED: CapFirstExit.lean::CapFirstExit.h1Toy_E: unsupported syntax: existential quantifier +UNSUPPORTED: CapFirstExit.lean::CapFirstExit.quarticToy_E: unsupported syntax: existential quantifier +UNSUPPORTED: CapFirstExit.lean::CapFirstExit.CapHyp.of_const_mul: binder ( H : CapHyp ( fun x => c * f x ) C M z ( c * b ) ( c * s ) ) is neither a sampled numeric type (ℕ ℤ ℚ ℝ) nor a decidable hypothesis +UNSUPPORTED: CapFirstExit.lean::CapFirstExit.hasFDerivAt_zero_const_mul_iff: binder { y : E } is neither a sampled numeric type (ℕ ℤ ℚ ℝ) nor a decidable hypothesis +UNSUPPORTED: CapFirstExit.lean::CapFirstExit.iteratedFDeriv_const_mul_of_isOpen: binder { f : ℝ × E → ℝ } is neither a sampled numeric type (ℕ ℤ ℚ ℝ) nor a decidable hypothesis +UNSUPPORTED: CapFirstExit.lean::CapFirstExit.ridge_capHyp_K: instance binder [ FiniteDimensional ℝ E ] cannot be sampled +UNSUPPORTED: CapFirstExit.lean::CapFirstExit.ridge_capHyp_norm_K: instance binder [ FiniteDimensional ℝ E ] cannot be sampled +UNSUPPORTED: CapFirstExit.lean::CapFirstExit.iteratedFDeriv_three_swap₁₂: binder { p : F } is neither a sampled numeric type (ℕ ℤ ℚ ℝ) nor a decidable hypothesis +UNSUPPORTED: CapFirstExit.lean::CapFirstExit.iteratedFDeriv_three_swap₂₃: binder { p : F } is neither a sampled numeric type (ℕ ℤ ℚ ℝ) nor a decidable hypothesis +UNSUPPORTED: CapFirstExit.lean::CapFirstExit.block_of_partial: binder { B : ContinuousMultilinearMap ℝ ( fun _ : Fin 3 => ℝ × E ) ℝ } is neither a sampled numeric type (ℕ ℤ ℚ ℝ) nor a decidable hypothesis +UNSUPPORTED: CapFirstExit.lean::CapFirstExit.ridge_capHyp_blocks: instance binder [ FiniteDimensional ℝ E ] cannot be sampled +UNSUPPORTED: CapFirstExit.lean::CapFirstExit.mixedToy_blocks: unsupported syntax: existential quantifier +UNSUPPORTED: CapFirstExit.lean::CapFirstExit.addCircle_locallyConnectedSpace: proposition of form App +UNSUPPORTED: CapFirstExit.lean::CapFirstExit.torus_locallyConnectedSpace: proposition of form App +UNSUPPORTED: CapFirstExit.lean::CapFirstExit.torus_capHyp_blocks: instance binder [ FiniteDimensional ℝ E ] cannot be sampled +UNSUPPORTED: CapFirstExit.lean::CapFirstExit.torus_elder_death_level_blocks: instance binder [ FiniteDimensional ℝ E ] cannot be sampled +UNSUPPORTED: CapFirstExit.lean::CapFirstExit.circleChart_continuous: proposition of form App +UNSUPPORTED: CapFirstExit.lean::CapFirstExit.circleChart_coe: result type AddCircle L +UNSUPPORTED: CapFirstExit.lean::CapFirstExit.mixedToy_hasFDerivAt: binder ( p : ℝ × ℝ ) is neither a sampled numeric type (ℕ ℤ ℚ ℝ) nor a decidable hypothesis +UNSUPPORTED: CapFirstExit.lean::CapFirstExit.mixedToy_contDiff: proposition of form App +UNSUPPORTED: CapFirstExit.lean::CapFirstExit.mixedToy_iteratedFDeriv_two: binder ( y : ℝ × ℝ ) is neither a sampled numeric type (ℕ ℤ ℚ ℝ) nor a decidable hypothesis +UNSUPPORTED: CapFirstExit.lean::CapFirstExit.mixedToy_iteratedFDeriv_three: binder ( x : ℝ × ℝ ) is neither a sampled numeric type (ℕ ℤ ℚ ℝ) nor a decidable hypothesis +UNSUPPORTED: CapFirstExit.lean::CapFirstExit.mixedToy_iteratedFDeriv_four: binder ( x : ℝ × ℝ ) is neither a sampled numeric type (ℕ ℤ ℚ ℝ) nor a decidable hypothesis +UNSUPPORTED: CapFirstExit.lean::CapFirstExit.torusToy_elder: unparsed statement: SyntaxError: expected ')', got := diff --git a/cbz/evidence/g12-statement-fuzz-01n/census_math_dfa9b30a_20261106_deps/frontiers_compact_morse_elder_adapter_20261018.json b/cbz/evidence/g12-statement-fuzz-01n/census_math_dfa9b30a_20261106_deps/frontiers_compact_morse_elder_adapter_20261018.json new file mode 100644 index 000000000..f18844a89 --- /dev/null +++ b/cbz/evidence/g12-statement-fuzz-01n/census_math_dfa9b30a_20261106_deps/frontiers_compact_morse_elder_adapter_20261018.json @@ -0,0 +1,1245 @@ +{ + "lean_dir": "/frontiers/compact_morse_elder_adapter_20261018", + "files": 11, + "files_evaluated": 11, + "copies": {}, + "file_sha256": { + "inputs/C291/SourceLifetimeField.lean": "daf0949a14d4ed8bd19fbdc564f0f8c3fad72ed243de73e39d65b2951576919a", + "inputs/C291/SourceLifetimeGeometry.lean": 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false, + "float_free": true + }, + "inputs/C291/SourceLifetimeField.lean::I4LifetimeField.covQuadForm_nonneg": { + "module": "inputs/C291/SourceLifetimeField.lean", + "name": "I4LifetimeField.covQuadForm_nonneg", + "status": "UNSUPPORTED", + "detail": "binder ( x : Fin m \u2192 E d ) is neither a sampled numeric type (\u2115 \u2124 \u211a \u211d) nor a decidable hypothesis", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "inputs/C291/SourceLifetimeField.lean::I4LifetimeField.actualField_linearCombination_map": { + "module": "inputs/C291/SourceLifetimeField.lean", + "name": "I4LifetimeField.actualField_linearCombination_map", + "status": "UNSUPPORTED", + "detail": "binder ( x : Fin m \u2192 E d ) is neither a sampled numeric type (\u2115 \u2124 \u211a \u211d) nor a decidable hypothesis", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "inputs/C291/SourceLifetimeField.lean::I4LifetimeField.actualGaussianFieldInterface_exists": { + "module": "inputs/C291/SourceLifetimeField.lean", + "name": "I4LifetimeField.actualGaussianFieldInterface_exists", + "status": "UNSUPPORTED", + "detail": "proposition of form App", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "inputs/C291/SourceLifetimeField.lean::I4LifetimeField.actualGaussianFieldInterface_carrier": { + "module": "inputs/C291/SourceLifetimeField.lean", + "name": "I4LifetimeField.actualGaussianFieldInterface_carrier", + "status": "UNSUPPORTED", + "detail": "unknown function .\u03a9", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "inputs/C291/SourceLifetimeField.lean::I4LifetimeField.actualGaussianFieldInterface_law": { + "module": "inputs/C291/SourceLifetimeField.lean", + "name": "I4LifetimeField.actualGaussianFieldInterface_law", + "status": "UNSUPPORTED", + "detail": "result type Measure ( SmoothSample d L )", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "inputs/C291/SourceLifetimeField.lean::I4LifetimeField.actualGaussianFieldInterface_field": { + "module": "inputs/C291/SourceLifetimeField.lean", + "name": "I4LifetimeField.actualGaussianFieldInterface_field", + "status": "UNSUPPORTED", + "detail": "binder ( \u03c9 : SmoothSample d L ) is neither a sampled numeric type (\u2115 \u2124 \u211a \u211d) nor a decidable hypothesis", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "inputs/C291/SourceLifetimeGeometry.lean::I4LifetimeField.coordinates_apply": { + "module": "inputs/C291/SourceLifetimeGeometry.lean", + "name": "I4LifetimeField.coordinates_apply", + "status": "UNSUPPORTED", + "detail": "binder ( x : E d ) is neither a sampled numeric type (\u2115 \u2124 \u211a \u211d) nor a decidable hypothesis", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "inputs/C291/SourceLifetimeGeometry.lean::I4LifetimeField.coordinates_latticeVec": { + "module": "inputs/C291/SourceLifetimeGeometry.lean", + "name": 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"instances": 0, + "vacuous": false, + "float_free": true + }, + "inputs/C291/SourceLifetimeGeometry.lean::I4LifetimeField.actualField_eval_measurable": { + "module": "inputs/C291/SourceLifetimeGeometry.lean", + "name": "I4LifetimeField.actualField_eval_measurable", + "status": "UNSUPPORTED", + "detail": "binder ( x : E d ) is neither a sampled numeric type (\u2115 \u2124 \u211a \u211d) nor a decidable hypothesis", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "inputs/C291/SourceLifetimeGeometry.lean::I4LifetimeField.actualField_eval_hasGaussianLaw": { + "module": "inputs/C291/SourceLifetimeGeometry.lean", + "name": "I4LifetimeField.actualField_eval_hasGaussianLaw", + "status": "UNSUPPORTED", + "detail": "binder ( x : E d ) is neither a sampled numeric type (\u2115 \u2124 \u211a \u211d) nor a decidable hypothesis", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "inputs/C291/SourceLifetimeGeometry.lean::I4LifetimeField.actualField_linearCombination_measurable": { + "module": "inputs/C291/SourceLifetimeGeometry.lean", + "name": "I4LifetimeField.actualField_linearCombination_measurable", + "status": "UNSUPPORTED", + "detail": "binder ( x : Fin m \u2192 E d ) is neither a sampled numeric type (\u2115 \u2124 \u211a \u211d) nor a decidable hypothesis", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "inputs/C291/SourceLifetimeGeometry.lean::I4LifetimeField.actualField_linearCombination_hasGaussianLaw": { + "module": "inputs/C291/SourceLifetimeGeometry.lean", + "name": "I4LifetimeField.actualField_linearCombination_hasGaussianLaw", + "status": "UNSUPPORTED", + "detail": "binder ( x : Fin m \u2192 E d ) is neither a sampled numeric type (\u2115 \u2124 \u211a \u211d) nor a decidable hypothesis", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "inputs/C291/SourceLifetimeGeometry.lean::I4LifetimeField.actualField_integral_zero": { + "module": "inputs/C291/SourceLifetimeGeometry.lean", + "name": "I4LifetimeField.actualField_integral_zero", + "status": "UNSUPPORTED", + "detail": "binder ( x : E d ) is neither a sampled numeric type (\u2115 \u2124 \u211a \u211d) nor a decidable hypothesis", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "inputs/C291/SourceLifetimeGeometry.lean::I4LifetimeField.actualField_linearCombination_integral_zero": { + "module": "inputs/C291/SourceLifetimeGeometry.lean", + "name": "I4LifetimeField.actualField_linearCombination_integral_zero", + "status": "UNSUPPORTED", + "detail": "binder ( x : Fin m \u2192 E d ) is neither a sampled numeric type (\u2115 \u2124 \u211a \u211d) nor a decidable hypothesis", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "inputs/C291/SourceLifetimeGeometry.lean::I4LifetimeField.actualField_covariance_spectral": { + "module": "inputs/C291/SourceLifetimeGeometry.lean", + "name": "I4LifetimeField.actualField_covariance_spectral", + "status": "UNSUPPORTED", + "detail": "binder ( x y : E d ) is neither a sampled numeric type (\u2115 \u2124 \u211a \u211d) nor a decidable hypothesis", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "inputs/Math-/companions/torus_filtration_20261011/OrdinaryH0.lean::TorusFiltration.ordinaryH0_componentCoproductMap_iota": { + "module": "inputs/Math-/companions/torus_filtration_20261011/OrdinaryH0.lean", + "name": "TorusFiltration.ordinaryH0_componentCoproductMap_iota", + "status": "UNSUPPORTED", + "detail": "binder ( R : C ) is neither a sampled numeric type (\u2115 \u2124 \u211a \u211d) nor a decidable hypothesis", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "inputs/Math-/companions/torus_filtration_20261011/OrdinaryH0.lean::TorusFiltration.ordinaryH0_componentFiltration_map_iota": { + "module": 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"float_free": true + }, + "inputs/Math-/companions/torus_filtration_20261011/TorusTopology.lean::TorusFiltration.torus_field_latticeVec_formula": { + "module": "inputs/Math-/companions/torus_filtration_20261011/TorusTopology.lean", + "name": "TorusFiltration.torus_field_latticeVec_formula", + "status": "UNSUPPORTED", + "detail": "result type torus_E d", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "inputs/Math-/companions/torus_filtration_20261011/TorusTopology.lean::TorusFiltration.torus_basis_sum_eq_latticeVec": { + "module": "inputs/Math-/companions/torus_filtration_20261011/TorusTopology.lean", + "name": "TorusFiltration.torus_basis_sum_eq_latticeVec", + "status": "UNSUPPORTED", + "detail": "result type Module.Basis ( Fin d ) \u211d ( torus_E d )", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "inputs/Math-/companions/torus_filtration_20261011/TorusTopology.lean::TorusFiltration.torus_lattice_mem_iff": { + "module": "inputs/Math-/companions/torus_filtration_20261011/TorusTopology.lean", + "name": "TorusFiltration.torus_lattice_mem_iff", + "status": "UNSUPPORTED", + "detail": "binder ( x : torus_E d ) is neither a sampled numeric type (\u2115 \u2124 \u211a \u211d) nor a decidable hypothesis", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "inputs/Math-/companions/torus_filtration_20261011/TorusTopology.lean::TorusFiltration.torus_proj_surjective": { + "module": "inputs/Math-/companions/torus_filtration_20261011/TorusTopology.lean", + "name": "TorusFiltration.torus_proj_surjective", + "status": "UNSUPPORTED", + "detail": "proposition of form App", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "inputs/Math-/companions/torus_filtration_20261011/TorusTopology.lean::TorusFiltration.torus_proj_continuous": { + "module": "inputs/Math-/companions/torus_filtration_20261011/TorusTopology.lean", + "name": "TorusFiltration.torus_proj_continuous", + "status": "UNSUPPORTED", + "detail": "proposition of form App", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "inputs/Math-/companions/torus_filtration_20261011/TorusTopology.lean::TorusFiltration.torus_proj_eq_iff": { + "module": "inputs/Math-/companions/torus_filtration_20261011/TorusTopology.lean", + "name": "TorusFiltration.torus_proj_eq_iff", + "status": "UNSUPPORTED", + "detail": "binder ( x y : torus_E d ) is neither a sampled numeric type (\u2115 \u2124 \u211a \u211d) nor a decidable hypothesis", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "inputs/Math-/companions/torus_filtration_20261011/TorusTopology.lean::TorusFiltration.torus_control_lattice_translate": { + "module": "inputs/Math-/companions/torus_filtration_20261011/TorusTopology.lean", + "name": "TorusFiltration.torus_control_lattice_translate", + "status": "UNSUPPORTED", + "detail": "binder ( x : torus_E d ) is neither a sampled numeric type (\u2115 \u2124 \u211a \u211d) nor a decidable hypothesis", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "inputs/Math-/companions/torus_filtration_20261011/TorusTopology.lean::TorusFiltration.torus_proj_isCoveringMap": { + "module": "inputs/Math-/companions/torus_filtration_20261011/TorusTopology.lean", + "name": "TorusFiltration.torus_proj_isCoveringMap", + "status": "UNSUPPORTED", + "detail": "proposition of form App", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "inputs/Math-/companions/torus_filtration_20261011/TorusTopology.lean::TorusFiltration.torus_compact": { + "module": "inputs/Math-/companions/torus_filtration_20261011/TorusTopology.lean", + "name": "TorusFiltration.torus_compact", + "status": "UNSUPPORTED", + "detail": "unparsed statement: SyntaxError: trailing tokens from ')'", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "inputs/Math-/companions/torus_filtration_20261011/TorusTopology.lean::TorusFiltration.torus_pathConnectedSpace": { + "module": "inputs/Math-/companions/torus_filtration_20261011/TorusTopology.lean", + "name": "TorusFiltration.torus_pathConnectedSpace", + "status": "UNSUPPORTED", + "detail": "proposition of form App", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "inputs/Math-/companions/torus_filtration_20261011/TorusTopology.lean::TorusFiltration.torus_field_periodic_formula": { + "module": "inputs/Math-/companions/torus_filtration_20261011/TorusTopology.lean", + "name": "TorusFiltration.torus_field_periodic_formula", + "status": "UNSUPPORTED", + "detail": "binder ( g : torus_E d \u2192 \u211d ) is neither a sampled numeric type (\u2115 \u2124 \u211a \u211d) nor a decidable hypothesis", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "inputs/Math-/companions/torus_filtration_20261011/TorusTopology.lean::TorusFiltration.torus_periodic_respects": { + "module": "inputs/Math-/companions/torus_filtration_20261011/TorusTopology.lean", + "name": "TorusFiltration.torus_periodic_respects", + "status": "UNSUPPORTED", + "detail": "binder ( g : torus_E d \u2192 \u211d ) is neither a sampled numeric type (\u2115 \u2124 \u211a \u211d) nor a decidable hypothesis", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "inputs/Math-/companions/torus_filtration_20261011/TorusTopology.lean::TorusFiltration.torus_descend_proj": { + "module": "inputs/Math-/companions/torus_filtration_20261011/TorusTopology.lean", + "name": "TorusFiltration.torus_descend_proj", + "status": "UNSUPPORTED", + "detail": "binder ( g : torus_E d \u2192 \u211d ) is neither a sampled numeric type (\u2115 \u2124 \u211a \u211d) nor a decidable hypothesis", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "inputs/Math-/companions/torus_filtration_20261011/TorusTopology.lean::TorusFiltration.torus_descend_continuous": { + "module": "inputs/Math-/companions/torus_filtration_20261011/TorusTopology.lean", + "name": "TorusFiltration.torus_descend_continuous", + "status": "UNSUPPORTED", + "detail": "binder ( g : torus_E d \u2192 \u211d ) is neither a sampled numeric type (\u2115 \u2124 \u211a \u211d) nor a decidable hypothesis", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "inputs/Math-/companions/torus_filtration_20261011/TorusTopology.lean::TorusFiltration.torus_path_lift_from": { + "module": "inputs/Math-/companions/torus_filtration_20261011/TorusTopology.lean", + "name": "TorusFiltration.torus_path_lift_from", + "status": "UNSUPPORTED", + "detail": "binder { M : torus_E d } is neither a sampled numeric type (\u2115 \u2124 \u211a \u211d) nor a decidable hypothesis", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "inputs/Math-/companions/torus_filtration_20261011/TorusTopology.lean::TorusFiltration.torus_control_constant_path_endpoint": { + "module": "inputs/Math-/companions/torus_filtration_20261011/TorusTopology.lean", + "name": "TorusFiltration.torus_control_constant_path_endpoint", + "status": "UNSUPPORTED", + "detail": "binder { M z : torus_E d } is neither a sampled numeric type (\u2115 \u2124 \u211a \u211d) nor a decidable hypothesis", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "inputs/Math-/companions/torus_filtration_20261011/TorusTopology.lean::TorusFiltration.torus_control_no_arbitrary_endpoint": { + "module": "inputs/Math-/companions/torus_filtration_20261011/TorusTopology.lean", + "name": "TorusFiltration.torus_control_no_arbitrary_endpoint", + "status": "UNSUPPORTED", + "detail": "binder ( M : torus_E d ) is neither a sampled numeric type (\u2115 \u2124 \u211a \u211d) nor a decidable hypothesis", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "inputs/Math-/companions/torus_filtration_20261011/TorusTopology.lean::TorusFiltration.torus_higher_path_iff": { + "module": "inputs/Math-/companions/torus_filtration_20261011/TorusTopology.lean", + "name": "TorusFiltration.torus_higher_path_iff", + "status": "UNSUPPORTED", + "detail": "binder ( g : torus_E d \u2192 \u211d ) is neither a sampled numeric type (\u2115 \u2124 \u211a \u211d) nor a decidable hypothesis", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "inputs/Math-/companions/torus_filtration_20261011/TorusTopology.lean::TorusFiltration.torus_strict_higher_path_iff": { + "module": "inputs/Math-/companions/torus_filtration_20261011/TorusTopology.lean", + "name": "TorusFiltration.torus_strict_higher_path_iff", + "status": "UNSUPPORTED", + "detail": "binder ( g : torus_E d \u2192 \u211d ) is neither a sampled numeric type (\u2115 \u2124 \u211a \u211d) nor a decidable hypothesis", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "inputs/Math-/companions/torus_filtration_20261011/TorusTopology.lean::TorusFiltration.torus_closed_higher_path_iff": { + "module": "inputs/Math-/companions/torus_filtration_20261011/TorusTopology.lean", + "name": "TorusFiltration.torus_closed_higher_path_iff", + "status": "UNSUPPORTED", + "detail": "binder ( g : torus_E d \u2192 \u211d ) is neither a sampled numeric type (\u2115 \u2124 \u211a \u211d) nor a decidable hypothesis", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "inputs/Math-/companions/torus_filtration_20261011/TorusTopology.lean::TorusFiltration.torus_global_max_iff": { + "module": "inputs/Math-/companions/torus_filtration_20261011/TorusTopology.lean", + "name": "TorusFiltration.torus_global_max_iff", + "status": "UNSUPPORTED", + "detail": "binder ( g : torus_E d \u2192 \u211d ) is neither a sampled numeric type (\u2115 \u2124 \u211a \u211d) nor a decidable hypothesis", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "inputs/Math-/frontiers/asymmetric_elder_bridge_20261017/ElderBridge.lean::TorusFiltration.elderTrap_closedTrace_isClopen": { + "module": "inputs/Math-/frontiers/asymmetric_elder_bridge_20261017/ElderBridge.lean", + "name": "TorusFiltration.elderTrap_closedTrace_isClopen", + "status": "UNSUPPORTED", + "detail": "binder ( htrace : IsClopen ( elderTrap_strictTrace g D d ) ) is neither a sampled numeric type (\u2115 \u2124 \u211a \u211d) nor a decidable hypothesis", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "inputs/Math-/frontiers/asymmetric_elder_bridge_20261017/ElderBridge.lean::TorusFiltration.elderTrap_of_boundary": { + "module": "inputs/Math-/frontiers/asymmetric_elder_bridge_20261017/ElderBridge.lean", + "name": "TorusFiltration.elderTrap_of_boundary", + "status": "UNSUPPORTED", + "detail": "binder ( M P : X ) is neither a sampled numeric type (\u2115 \u2124 \u211a \u211d) nor a decidable hypothesis", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "inputs/Math-/frontiers/asymmetric_elder_bridge_20261017/ElderBridge.lean::TorusFiltration.elderBoundary_death_eq": { + "module": "inputs/Math-/frontiers/asymmetric_elder_bridge_20261017/ElderBridge.lean", + "name": "TorusFiltration.elderBoundary_death_eq", + "status": "UNSUPPORTED", + "detail": "binder ( g : superlevelBar_E n \u2192 \u211d ) is neither a sampled numeric type (\u2115 \u2124 \u211a \u211d) nor a decidable hypothesis", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "inputs/Math-/frontiers/asymmetric_elder_bridge_20261017/ElderClearance.lean::TorusFiltration.elderTrap_strictTrace_isClopen": { + "module": "inputs/Math-/frontiers/asymmetric_elder_bridge_20261017/ElderClearance.lean", + "name": "TorusFiltration.elderTrap_strictTrace_isClopen", + "status": "UNSUPPORTED", + "detail": "binder ( hD : IsClosed D ) is neither a sampled numeric type (\u2115 \u2124 \u211a \u211d) nor a decidable hypothesis", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "inputs/Math-/frontiers/asymmetric_elder_bridge_20261017/ElderClearance.lean::TorusFiltration.elderTrap_path_stays": { + "module": "inputs/Math-/frontiers/asymmetric_elder_bridge_20261017/ElderClearance.lean", + "name": "TorusFiltration.elderTrap_path_stays", + "status": "UNSUPPORTED", + "detail": "binder ( htrace : IsClopen ( elderTrap_strictTrace g D d ) ) is neither a sampled numeric type (\u2115 \u2124 \u211a \u211d) nor a decidable hypothesis", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "inputs/Math-/frontiers/asymmetric_elder_bridge_20261017/ElderClearance.lean::TorusFiltration.elderTrap_higher_path_meets_threshold": { + "module": "inputs/Math-/frontiers/asymmetric_elder_bridge_20261017/ElderClearance.lean", + "name": "TorusFiltration.elderTrap_higher_path_meets_threshold", + "status": "UNSUPPORTED", + "detail": "binder ( htrace : IsClopen ( elderTrap_strictTrace g D d ) ) is neither a sampled numeric type (\u2115 \u2124 \u211a \u211d) nor a decidable hypothesis", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "inputs/Math-/frontiers/asymmetric_elder_bridge_20261017/ElderClearance.lean::TorusFiltration.elderTrap_clearance_eq_Iio": { + "module": "inputs/Math-/frontiers/asymmetric_elder_bridge_20261017/ElderClearance.lean", + "name": "TorusFiltration.elderTrap_clearance_eq_Iio", + "status": "UNSUPPORTED", + "detail": "binder ( g : superlevelBar_E n \u2192 \u211d ) is neither a sampled numeric type (\u2115 \u2124 \u211a \u211d) nor a decidable hypothesis", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "inputs/Math-/frontiers/asymmetric_elder_bridge_20261017/ElderClearance.lean::TorusFiltration.elderTrap_death_eq": { + "module": "inputs/Math-/frontiers/asymmetric_elder_bridge_20261017/ElderClearance.lean", + "name": "TorusFiltration.elderTrap_death_eq", + "status": "UNSUPPORTED", + "detail": "binder ( g : superlevelBar_E n \u2192 \u211d ) is neither a sampled numeric type (\u2115 \u2124 \u211a \u211d) nor a decidable hypothesis", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "inputs/Math-/frontiers/asymmetric_elder_bridge_20261017/ElderClearance.lean::TorusFiltration.elderTrap_closed_path_attains": { + "module": "inputs/Math-/frontiers/asymmetric_elder_bridge_20261017/ElderClearance.lean", + "name": "TorusFiltration.elderTrap_closed_path_attains", + "status": "UNSUPPORTED", + "detail": "binder ( htrace : IsClopen ( elderTrap_strictTrace g D d ) ) is neither a sampled numeric type (\u2115 \u2124 \u211a \u211d) nor a decidable hypothesis", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "inputs/Math-/frontiers/asymmetric_elder_bridge_20261017/ElderInterval.lean::TorusFiltration.elderFiber_eq_zero": { + "module": "inputs/Math-/frontiers/asymmetric_elder_bridge_20261017/ElderInterval.lean", + "name": "TorusFiltration.elderFiber_eq_zero", + "status": "UNSUPPORTED", + "detail": "binder ( ht : \u00ac elderActive m d t ) is neither a sampled numeric type (\u2115 \u2124 \u211a \u211d) nor a decidable hypothesis", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "inputs/Math-/frontiers/asymmetric_elder_bridge_20261017/ElderInterval.lean::TorusFiltration.elderFiberMap_val": { + "module": "inputs/Math-/frontiers/asymmetric_elder_bridge_20261017/ElderInterval.lean", + "name": "TorusFiltration.elderFiberMap_val", + "status": "UNSUPPORTED", + "detail": "binder ( x : elderFiber k m d s ) is neither a sampled numeric type (\u2115 \u2124 \u211a \u211d) nor a decidable hypothesis", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "inputs/Math-/frontiers/asymmetric_elder_bridge_20261017/ElderInterval.lean::TorusFiltration.elderFiberLift_val": { + "module": "inputs/Math-/frontiers/asymmetric_elder_bridge_20261017/ElderInterval.lean", + "name": "TorusFiltration.elderFiberLift_val", + "status": "UNSUPPORTED", + "detail": "binder ( ht : elderActive m d t ) is neither a sampled numeric type (\u2115 \u2124 \u211a \u211d) nor a decidable hypothesis", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "inputs/Math-/frontiers/asymmetric_elder_bridge_20261017/ElderInterval.lean::TorusFiltration.elder_control_birth": { + "module": "inputs/Math-/frontiers/asymmetric_elder_bridge_20261017/ElderInterval.lean", + "name": "TorusFiltration.elder_control_birth", + "status": "CORROBORATED", + "detail": "holds on 64 sampled instances satisfying the hypotheses (8 draws rejected by the hypotheses, 0 infeasible, seed 1): sampling is admitted evidence of the statement, not a proof of it", + "instances": 64, + "vacuous": false, + "float_free": true, + "sampling": { + "seed": 1, + "draws": 65, + "accepted": 64, + "rejected": 8, + "infeasible": 0, + "undecided": 0 + } + }, + "inputs/Math-/frontiers/asymmetric_elder_bridge_20261017/ElderInterval.lean::TorusFiltration.elder_control_death": { + "module": "inputs/Math-/frontiers/asymmetric_elder_bridge_20261017/ElderInterval.lean", + "name": "TorusFiltration.elder_control_death", + "status": "CORROBORATED", + "detail": 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"inputs/Math-/frontiers/asymmetric_elder_bridge_20261017/ElderInterval.lean", + "name": "TorusFiltration.ElderTrap.older_mem", + "status": "UNSUPPORTED", + "detail": "binder ( T : ElderTrap g M P m d D ) is neither a sampled numeric type (\u2115 \u2124 \u211a \u211d) nor a decidable hypothesis", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "inputs/Math-/frontiers/asymmetric_elder_bridge_20261017/ElderInterval.lean::TorusFiltration.elder_clopen_path_iff": { + "module": "inputs/Math-/frontiers/asymmetric_elder_bridge_20261017/ElderInterval.lean", + "name": "TorusFiltration.elder_clopen_path_iff", + "status": "UNSUPPORTED", + "detail": "binder ( hU : IsClopen U ) is neither a sampled numeric type (\u2115 \u2124 \u211a \u211d) nor a decidable hypothesis", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "inputs/Math-/frontiers/asymmetric_elder_bridge_20261017/ElderInterval.lean::TorusFiltration.ElderTrap.componentInside_mk": { + "module": "inputs/Math-/frontiers/asymmetric_elder_bridge_20261017/ElderInterval.lean", + "name": "TorusFiltration.ElderTrap.componentInside_mk", + "status": "UNSUPPORTED", + "detail": "binder ( T : ElderTrap g M P m d D ) is neither a sampled numeric type (\u2115 \u2124 \u211a \u211d) nor a decidable hypothesis", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "inputs/Math-/frontiers/asymmetric_elder_bridge_20261017/ElderInterval.lean::TorusFiltration.elderDifference_map": { + "module": "inputs/Math-/frontiers/asymmetric_elder_bridge_20261017/ElderInterval.lean", + "name": "TorusFiltration.elderDifference_map", + "status": "UNSUPPORTED", + "detail": "binder ( T : ElderTrap g M P m d D ) is neither a sampled numeric type (\u2115 \u2124 \u211a \u211d) nor a decidable hypothesis", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "inputs/Math-/frontiers/asymmetric_elder_bridge_20261017/ElderInterval.lean::TorusFiltration.elderDifference_map_dead": { + "module": 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numeric type (ℕ ℤ ℚ ℝ) nor a decidable hypothesis +UNSUPPORTED: inputs/C291/SourceLifetimeField.lean::I4LifetimeField.actualField_linearCombination_map: binder ( x : Fin m → E d ) is neither a sampled numeric type (ℕ ℤ ℚ ℝ) nor a decidable hypothesis +UNSUPPORTED: inputs/C291/SourceLifetimeField.lean::I4LifetimeField.actualGaussianFieldInterface_exists: proposition of form App +UNSUPPORTED: inputs/C291/SourceLifetimeField.lean::I4LifetimeField.actualGaussianFieldInterface_carrier: unknown function .Ω +UNSUPPORTED: inputs/C291/SourceLifetimeField.lean::I4LifetimeField.actualGaussianFieldInterface_law: result type Measure ( SmoothSample d L ) +UNSUPPORTED: inputs/C291/SourceLifetimeField.lean::I4LifetimeField.actualGaussianFieldInterface_field: binder ( ω : SmoothSample d L ) is neither a sampled numeric type (ℕ ℤ ℚ ℝ) nor a decidable hypothesis +UNSUPPORTED: inputs/C291/SourceLifetimeGeometry.lean::I4LifetimeField.coordinates_apply: binder ( x : E d ) is neither a sampled numeric type (ℕ ℤ ℚ ℝ) nor a decidable hypothesis +UNSUPPORTED: inputs/C291/SourceLifetimeGeometry.lean::I4LifetimeField.coordinates_latticeVec: result type E d ≃ L [ ℝ ] ( Fin d → ℝ ) +UNSUPPORTED: inputs/C291/SourceLifetimeGeometry.lean::I4LifetimeField.actualField_smooth: binder ( ω : SmoothSample d L ) is neither a sampled numeric type (ℕ ℤ ℚ ℝ) nor a decidable hypothesis +UNSUPPORTED: inputs/C291/SourceLifetimeGeometry.lean::I4LifetimeField.actualField_periodic: binder ( ω : SmoothSample d L ) is neither a sampled numeric type (ℕ ℤ ℚ ℝ) nor a decidable hypothesis +UNSUPPORTED: inputs/C291/SourceLifetimeGeometry.lean::I4LifetimeField.actualField_eval_measurable: binder ( x : E d ) is neither a sampled numeric type (ℕ ℤ ℚ ℝ) nor a decidable hypothesis +UNSUPPORTED: inputs/C291/SourceLifetimeGeometry.lean::I4LifetimeField.actualField_eval_hasGaussianLaw: binder ( x : E d ) is neither a sampled numeric type (ℕ ℤ ℚ ℝ) nor a decidable hypothesis +UNSUPPORTED: inputs/C291/SourceLifetimeGeometry.lean::I4LifetimeField.actualField_linearCombination_measurable: binder ( x : Fin m → E d ) is neither a sampled numeric type (ℕ ℤ ℚ ℝ) nor a decidable hypothesis +UNSUPPORTED: inputs/C291/SourceLifetimeGeometry.lean::I4LifetimeField.actualField_linearCombination_hasGaussianLaw: binder ( x : Fin m → E d ) is neither a sampled numeric type (ℕ ℤ ℚ ℝ) nor a decidable hypothesis +UNSUPPORTED: inputs/C291/SourceLifetimeGeometry.lean::I4LifetimeField.actualField_integral_zero: binder ( x : E d ) is neither a sampled numeric type (ℕ ℤ ℚ ℝ) nor a decidable hypothesis +UNSUPPORTED: inputs/C291/SourceLifetimeGeometry.lean::I4LifetimeField.actualField_linearCombination_integral_zero: binder ( x : Fin m → E d ) is neither a sampled numeric type (ℕ ℤ ℚ ℝ) nor a decidable hypothesis +UNSUPPORTED: inputs/C291/SourceLifetimeGeometry.lean::I4LifetimeField.actualField_covariance_spectral: binder ( x y : E d ) is neither a sampled numeric type (ℕ ℤ ℚ ℝ) nor a decidable hypothesis +UNSUPPORTED: inputs/Math-/companions/torus_filtration_20261011/OrdinaryH0.lean::TorusFiltration.ordinaryH0_componentCoproductMap_iota: binder ( R : C ) is neither a sampled numeric type (ℕ ℤ ℚ ℝ) nor a decidable hypothesis +UNSUPPORTED: inputs/Math-/companions/torus_filtration_20261011/OrdinaryH0.lean::TorusFiltration.ordinaryH0_componentFiltration_map_iota: binder ( R : C ) is neither a sampled numeric type (ℕ ℤ ℚ ℝ) nor a decidable hypothesis +UNSUPPORTED: inputs/Math-/companions/torus_filtration_20261011/OrdinaryH0.lean::TorusFiltration.ordinaryH0_simplicialPointClass_iso: binder ( S : SSet . { w } ) is neither a sampled numeric type (ℕ ℤ ℚ ℝ) nor a decidable hypothesis +UNSUPPORTED: inputs/Math-/companions/torus_filtration_20261011/OrdinaryH0.lean::TorusFiltration.ordinaryH0_simplicialPointClass_map: binder ( R : C ) is neither a sampled numeric type (ℕ ℤ ℚ ℝ) nor a decidable hypothesis +UNSUPPORTED: inputs/Math-/companions/torus_filtration_20261011/OrdinaryH0.lean::TorusFiltration.ordinaryH0_toSSet_pointMap: binder { X Y : TopCat . { w } } is neither a sampled numeric type (ℕ ℤ ℚ ℝ) nor a decidable hypothesis +UNSUPPORTED: inputs/Math-/companions/torus_filtration_20261011/OrdinaryH0.lean::TorusFiltration.ordinaryH0_pointClass_map: binder ( R : C ) is neither a sampled numeric type (ℕ ℤ ℚ ℝ) nor a decidable hypothesis +UNSUPPORTED: inputs/Math-/companions/torus_filtration_20261011/OrdinaryH0.lean::TorusFiltration.ordinaryH0_pointClass_iso: binder ( X : TopCat . { w } ) is neither a sampled numeric type (ℕ ℤ ℚ ℝ) nor a decidable hypothesis +UNSUPPORTED: inputs/Math-/companions/torus_filtration_20261011/OrdinaryH0.lean::TorusFiltration.ordinaryH0_componentIota_isoInv: binder ( X : TopCat . { w } ) is neither a sampled numeric type (ℕ ℤ ℚ ℝ) nor a decidable hypothesis +UNSUPPORTED: inputs/Math-/companions/torus_filtration_20261011/OrdinaryH0.lean::TorusFiltration.ordinaryH0_hom_ext: binder ( X : TopCat . { w } ) is neither a sampled numeric type (ℕ ℤ ℚ ℝ) nor a decidable hypothesis +UNSUPPORTED: inputs/Math-/companions/torus_filtration_20261011/OrdinaryH0.lean::TorusFiltration.ordinaryH0_iso_naturality: binder ( R : C ) is neither a sampled numeric type (ℕ ℤ ℚ ℝ) nor a decidable hypothesis +UNSUPPORTED: inputs/Math-/companions/torus_filtration_20261011/OrdinaryH0.lean::TorusFiltration.ordinaryH0_pointClass_augmentation: binder ( X : TopCat . { w } ) is neither a sampled numeric type (ℕ ℤ ℚ ℝ) nor a decidable hypothesis +UNSUPPORTED: inputs/Math-/companions/torus_filtration_20261011/OrdinaryH0.lean::TorusFiltration.ordinaryH0_pointClass_ne_zero: binder ( X : TopCat . { w } ) is neither a sampled numeric type (ℕ ℤ ℚ ℝ) nor a decidable hypothesis +UNSUPPORTED: inputs/Math-/companions/torus_filtration_20261011/OrdinaryH0.lean::TorusFiltration.ordinaryH0_pointClass_eq_of_component_eq: binder ( X : TopCat . { w } ) is neither a sampled numeric type (ℕ ℤ ℚ ℝ) nor a decidable hypothesis +UNSUPPORTED: inputs/Math-/companions/torus_filtration_20261011/OrdinaryH0.lean::TorusFiltration.ordinaryH0_sameComponent_difference_zero: binder ( X : TopCat . { w } ) is neither a sampled numeric type (ℕ ℤ ℚ ℝ) nor a decidable hypothesis +UNSUPPORTED: inputs/Math-/companions/torus_filtration_20261011/OrdinaryH0.lean::TorusFiltration.ordinaryH0_pointClass_ne_of_component_ne: binder ( X : TopCat . { w } ) is neither a sampled numeric type (ℕ ℤ ℚ ℝ) nor a decidable hypothesis +UNSUPPORTED: inputs/Math-/companions/torus_filtration_20261011/OrdinaryH0.lean::TorusFiltration.ordinaryH0_pointClass_eq_iff: binder ( X : TopCat . { w } ) is neither a sampled numeric type (ℕ ℤ ℚ ℝ) nor a decidable hypothesis +UNSUPPORTED: inputs/Math-/companions/torus_filtration_20261011/OrdinaryH0.lean::TorusFiltration.ordinaryH0_difference_map: binder ( R : C ) is neither a sampled numeric type (ℕ ℤ ℚ ℝ) nor a decidable hypothesis +UNSUPPORTED: inputs/Math-/companions/torus_filtration_20261011/OrdinaryH0.lean::TorusFiltration.ordinaryH0_difference_map_eq_zero_iff: binder ( R : C ) is neither a sampled numeric type (ℕ ℤ ℚ ℝ) nor a decidable hypothesis +UNSUPPORTED: inputs/Math-/companions/torus_filtration_20261011/OrdinaryH0.lean::TorusFiltration.ordinaryH0_filtration_naturality: binder ( R : C ) is neither a sampled numeric type (ℕ ℤ ℚ ℝ) nor a decidable hypothesis +UNSUPPORTED: inputs/Math-/companions/torus_filtration_20261011/OrdinaryH0.lean::TorusFiltration.ordinaryH0_filtration_difference_zero_iff_joinedIn: binder ( R : C ) is neither a sampled numeric type (ℕ ℤ ℚ ℝ) nor a decidable hypothesis +UNSUPPORTED: inputs/Math-/companions/torus_filtration_20261011/SuperlevelBar.lean::TorusFiltration.superlevelBar_essential_iff: binder ( g : superlevelBar_E d → ℝ ) is neither a sampled numeric type (ℕ ℤ ℚ ℝ) nor a decidable hypothesis +UNSUPPORTED: inputs/Math-/companions/torus_filtration_20261011/SuperlevelBar.lean::TorusFiltration.superlevelBar_mem_lt_start: binder ( g : superlevelBar_E d → ℝ ) is neither a sampled numeric type (ℕ ℤ ℚ ℝ) nor a decidable hypothesis +UNSUPPORTED: inputs/Math-/companions/torus_filtration_20261011/SuperlevelBar.lean::TorusFiltration.superlevelBar_clearance_bddAbove: binder ( g : superlevelBar_E d → ℝ ) is neither a sampled numeric type (ℕ ℤ ℚ ℝ) nor a decidable hypothesis +UNSUPPORTED: inputs/Math-/companions/torus_filtration_20261011/SuperlevelBar.lean::TorusFiltration.superlevelBar_clearance_empty_of_essential: binder ( g : superlevelBar_E d → ℝ ) is neither a sampled numeric type (ℕ ℤ ℚ ℝ) nor a decidable hypothesis +UNSUPPORTED: inputs/Math-/companions/torus_filtration_20261011/SuperlevelBar.lean::TorusFiltration.superlevelBar_death_eq_zero_of_empty: binder ( g : superlevelBar_E d → ℝ ) is neither a sampled numeric type (ℕ ℤ ℚ ℝ) nor a decidable hypothesis +UNSUPPORTED: inputs/Math-/companions/torus_filtration_20261011/SuperlevelBar.lean::TorusFiltration.superlevelBar_death_eq_zero_of_essential: binder ( g : superlevelBar_E d → ℝ ) is neither a sampled numeric type (ℕ ℤ ℚ ℝ) nor a decidable hypothesis +UNSUPPORTED: inputs/Math-/companions/torus_filtration_20261011/SuperlevelBar.lean::TorusFiltration.superlevelBar_death_eq_sSup_of_nonempty: binder ( g : superlevelBar_E d → ℝ ) is neither a sampled numeric type (ℕ ℤ ℚ ℝ) nor a decidable hypothesis +UNSUPPORTED: inputs/Math-/companions/torus_filtration_20261011/SuperlevelBar.lean::TorusFiltration.superlevelBar_path_minimum: binder ( g : superlevelBar_E d → ℝ ) is neither a sampled numeric type (ℕ ℤ ℚ ℝ) nor a decidable hypothesis +UNSUPPORTED: inputs/Math-/companions/torus_filtration_20261011/SuperlevelBar.lean::TorusFiltration.superlevelBar_clearance_nonempty: binder ( g : superlevelBar_E d → ℝ ) is neither a sampled numeric type (ℕ ℤ ℚ ℝ) nor a decidable hypothesis +UNSUPPORTED: inputs/Math-/companions/torus_filtration_20261011/SuperlevelBar.lean::TorusFiltration.superlevelBar_clearance_nonempty_iff: binder ( g : superlevelBar_E d → ℝ ) is neither a sampled numeric type (ℕ ℤ ℚ ℝ) nor a decidable hypothesis +UNSUPPORTED: inputs/Math-/companions/torus_filtration_20261011/SuperlevelBar.lean::TorusFiltration.superlevelBar_clearance_downward: binder ( g : superlevelBar_E d → ℝ ) is neither a sampled numeric type (ℕ ℤ ℚ ℝ) nor a decidable hypothesis +UNSUPPORTED: inputs/Math-/companions/torus_filtration_20261011/SuperlevelBar.lean::TorusFiltration.superlevelBar_clearance_improve: binder ( g : superlevelBar_E d → ℝ ) is neither a sampled numeric type (ℕ ℤ ℚ ℝ) nor a decidable hypothesis +UNSUPPORTED: inputs/Math-/companions/torus_filtration_20261011/SuperlevelBar.lean::TorusFiltration.superlevelBar_strict_cut: binder ( g : superlevelBar_E d → ℝ ) is neither a sampled numeric type (ℕ ℤ ℚ ℝ) nor a decidable hypothesis +UNSUPPORTED: inputs/Math-/companions/torus_filtration_20261011/SuperlevelBar.lean::TorusFiltration.superlevelBar_death_le_start_of_nonempty: binder ( g : superlevelBar_E d → ℝ ) is neither a sampled numeric type (ℕ ℤ ℚ ℝ) nor a decidable hypothesis +UNSUPPORTED: inputs/Math-/companions/torus_filtration_20261011/SuperlevelBar.lean::TorusFiltration.superlevelBar_death_le_start: binder ( g : superlevelBar_E d → ℝ ) is neither a sampled numeric type (ℕ ℤ ℚ ℝ) nor a decidable hypothesis +UNSUPPORTED: inputs/Math-/companions/torus_filtration_20261011/SuperlevelBar.lean::TorusFiltration.superlevelBar_clearance_eq_Iio: binder ( g : superlevelBar_E d → ℝ ) is neither a sampled numeric type (ℕ ℤ ℚ ℝ) nor a decidable hypothesis +UNSUPPORTED: inputs/Math-/companions/torus_filtration_20261011/SuperlevelBar.lean::TorusFiltration.superlevelBar_death_not_mem_clearance: binder ( g : superlevelBar_E d → ℝ ) is neither a sampled numeric type (ℕ ℤ ℚ ℝ) nor a decidable hypothesis +UNSUPPORTED: inputs/Math-/companions/torus_filtration_20261011/SuperlevelBar.lean::TorusFiltration.superlevelBar_cut_unique: binder ( g : superlevelBar_E d → ℝ ) is neither a sampled numeric type (ℕ ℤ ℚ ℝ) nor a decidable hypothesis +UNSUPPORTED: inputs/Math-/companions/torus_filtration_20261011/SuperlevelBar.lean::TorusFiltration.superlevelBar_death_const: binder ( M : superlevelBar_E d ) is neither a sampled numeric type (ℕ ℤ ℚ ℝ) nor a decidable hypothesis +UNSUPPORTED: inputs/Math-/companions/torus_filtration_20261011/SuperlevelBar.lean::TorusFiltration.superlevelBar_control_negative_essential: binder ( M : superlevelBar_E d ) is neither a sampled numeric type (ℕ ℤ ℚ ℝ) nor a decidable hypothesis +UNSUPPORTED: inputs/Math-/companions/torus_filtration_20261011/SuperlevelBarField.lean::TorusFiltration.superlevelBarField_continuous: binder { g : E d → ℝ } is neither a sampled numeric type (ℕ ℤ ℚ ℝ) nor a decidable hypothesis +UNSUPPORTED: inputs/Math-/companions/torus_filtration_20261011/SuperlevelBarField.lean::TorusFiltration.superlevelBarField_nonempty: proposition of form App +UNSUPPORTED: inputs/Math-/companions/torus_filtration_20261011/SuperlevelBarField.lean::TorusFiltration.superlevelBarField_deathHeight_eq: binder ( g : E d → ℝ ) is neither a sampled numeric type (ℕ ℤ ℚ ℝ) nor a decidable hypothesis +UNSUPPORTED: inputs/Math-/companions/torus_filtration_20261011/SuperlevelBarField.lean::TorusFiltration.superlevelBarField_isEssential_iff: binder ( g : E d → ℝ ) is neither a sampled numeric type (ℕ ℤ ℚ ℝ) nor a decidable hypothesis +UNSUPPORTED: inputs/Math-/companions/torus_filtration_20261011/SuperlevelBarField.lean::TorusFiltration.superlevelBarField_elderPartner_iff: binder ( g : E d → ℝ ) is neither a sampled numeric type (ℕ ℤ ℚ ℝ) nor a decidable hypothesis +UNSUPPORTED: inputs/Math-/companions/torus_filtration_20261011/SuperlevelBarField.lean::TorusFiltration.superlevelBarField_essential_unique: binder ( I : SuperlevelBarInterface d L ) is neither a sampled numeric type (ℕ ℤ ℚ ℝ) nor a decidable hypothesis +UNSUPPORTED: inputs/Math-/companions/torus_filtration_20261011/SuperlevelBarField.lean::TorusFiltration.superlevelBarField_deathHeight_unique: binder ( I : SuperlevelBarInterface d L ) is neither a sampled numeric type (ℕ ℤ ℚ ℝ) nor a decidable hypothesis +UNSUPPORTED: inputs/Math-/companions/torus_filtration_20261011/SuperlevelBarField.lean::TorusFiltration.superlevelBarField_elderPartner_unique: binder ( I : SuperlevelBarInterface d L ) is neither a sampled numeric type (ℕ ℤ ℚ ℝ) nor a decidable hypothesis +UNSUPPORTED: inputs/Math-/companions/torus_filtration_20261011/SuperlevelBarField.lean::TorusFiltration.superlevelBarField_shift_deathHeight_const: binder ( M : E d ) is neither a sampled numeric type (ℕ ℤ ℚ ℝ) nor a decidable hypothesis +UNSUPPORTED: inputs/Math-/companions/torus_filtration_20261011/SuperlevelBarField.lean::TorusFiltration.superlevelBarField_const_smooth: expression Lambda +UNSUPPORTED: inputs/Math-/companions/torus_filtration_20261011/SuperlevelBarField.lean::TorusFiltration.superlevelBarField_const_periodic: definition IsLPeriodic has an unparsed body +UNSUPPORTED: inputs/Math-/companions/torus_filtration_20261011/SuperlevelBarField.lean::TorusFiltration.superlevelBarField_control_essential_free: binder ( M : E d ) is neither a sampled numeric type (ℕ ℤ ℚ ℝ) nor a decidable hypothesis +UNSUPPORTED: inputs/Math-/companions/torus_filtration_20261011/TorusTopology.lean::TorusFiltration.torus_field_latticeVec_formula: result type torus_E d +UNSUPPORTED: inputs/Math-/companions/torus_filtration_20261011/TorusTopology.lean::TorusFiltration.torus_basis_sum_eq_latticeVec: result type Module.Basis ( Fin d ) ℝ ( torus_E d ) +UNSUPPORTED: inputs/Math-/companions/torus_filtration_20261011/TorusTopology.lean::TorusFiltration.torus_lattice_mem_iff: binder ( x : torus_E d ) is neither a sampled numeric type (ℕ ℤ ℚ ℝ) nor a decidable hypothesis +UNSUPPORTED: inputs/Math-/companions/torus_filtration_20261011/TorusTopology.lean::TorusFiltration.torus_proj_surjective: proposition of form App +UNSUPPORTED: inputs/Math-/companions/torus_filtration_20261011/TorusTopology.lean::TorusFiltration.torus_proj_continuous: proposition of form App +UNSUPPORTED: inputs/Math-/companions/torus_filtration_20261011/TorusTopology.lean::TorusFiltration.torus_proj_eq_iff: binder ( x y : torus_E d ) is neither a sampled numeric type (ℕ ℤ ℚ ℝ) nor a decidable hypothesis +UNSUPPORTED: inputs/Math-/companions/torus_filtration_20261011/TorusTopology.lean::TorusFiltration.torus_control_lattice_translate: binder ( x : torus_E d ) is neither a sampled numeric type (ℕ ℤ ℚ ℝ) nor a decidable hypothesis +UNSUPPORTED: inputs/Math-/companions/torus_filtration_20261011/TorusTopology.lean::TorusFiltration.torus_proj_isCoveringMap: proposition of form App +UNSUPPORTED: inputs/Math-/companions/torus_filtration_20261011/TorusTopology.lean::TorusFiltration.torus_compact: unparsed statement: SyntaxError: trailing tokens from ')' +UNSUPPORTED: inputs/Math-/companions/torus_filtration_20261011/TorusTopology.lean::TorusFiltration.torus_pathConnectedSpace: proposition of form App +UNSUPPORTED: inputs/Math-/companions/torus_filtration_20261011/TorusTopology.lean::TorusFiltration.torus_field_periodic_formula: binder ( g : torus_E d → ℝ ) is neither a sampled numeric type (ℕ ℤ ℚ ℝ) nor a decidable hypothesis +UNSUPPORTED: inputs/Math-/companions/torus_filtration_20261011/TorusTopology.lean::TorusFiltration.torus_periodic_respects: binder ( g : torus_E d → ℝ ) is neither a sampled numeric type (ℕ ℤ ℚ ℝ) nor a decidable hypothesis +UNSUPPORTED: inputs/Math-/companions/torus_filtration_20261011/TorusTopology.lean::TorusFiltration.torus_descend_proj: binder ( g : torus_E d → ℝ ) is neither a sampled numeric type (ℕ ℤ ℚ ℝ) nor a decidable hypothesis +UNSUPPORTED: inputs/Math-/companions/torus_filtration_20261011/TorusTopology.lean::TorusFiltration.torus_descend_continuous: binder ( g : torus_E d → ℝ ) is neither a sampled numeric type (ℕ ℤ ℚ ℝ) nor a decidable hypothesis +UNSUPPORTED: inputs/Math-/companions/torus_filtration_20261011/TorusTopology.lean::TorusFiltration.torus_path_lift_from: binder { M : torus_E d } is neither a sampled numeric type (ℕ ℤ ℚ ℝ) nor a decidable hypothesis +UNSUPPORTED: inputs/Math-/companions/torus_filtration_20261011/TorusTopology.lean::TorusFiltration.torus_control_constant_path_endpoint: binder { M z : torus_E d } is neither a sampled numeric type (ℕ ℤ ℚ ℝ) nor a decidable hypothesis +UNSUPPORTED: inputs/Math-/companions/torus_filtration_20261011/TorusTopology.lean::TorusFiltration.torus_control_no_arbitrary_endpoint: binder ( M : torus_E d ) is neither a sampled numeric type (ℕ ℤ ℚ ℝ) nor a decidable hypothesis +UNSUPPORTED: inputs/Math-/companions/torus_filtration_20261011/TorusTopology.lean::TorusFiltration.torus_higher_path_iff: binder ( g : torus_E d → ℝ ) is neither a sampled numeric type (ℕ ℤ ℚ ℝ) nor a decidable hypothesis +UNSUPPORTED: inputs/Math-/companions/torus_filtration_20261011/TorusTopology.lean::TorusFiltration.torus_strict_higher_path_iff: binder ( g : torus_E d → ℝ ) is neither a sampled numeric type (ℕ ℤ ℚ ℝ) nor a decidable hypothesis +UNSUPPORTED: inputs/Math-/companions/torus_filtration_20261011/TorusTopology.lean::TorusFiltration.torus_closed_higher_path_iff: binder ( g : torus_E d → ℝ ) is neither a sampled numeric type (ℕ ℤ ℚ ℝ) nor a decidable hypothesis +UNSUPPORTED: inputs/Math-/companions/torus_filtration_20261011/TorusTopology.lean::TorusFiltration.torus_global_max_iff: binder ( g : torus_E d → ℝ ) is neither a sampled numeric type (ℕ ℤ ℚ ℝ) nor a decidable hypothesis +UNSUPPORTED: inputs/Math-/frontiers/asymmetric_elder_bridge_20261017/ElderBridge.lean::TorusFiltration.elderTrap_closedTrace_isClopen: binder ( htrace : IsClopen ( elderTrap_strictTrace g D d ) ) is neither a sampled numeric type (ℕ ℤ ℚ ℝ) nor a decidable hypothesis +UNSUPPORTED: inputs/Math-/frontiers/asymmetric_elder_bridge_20261017/ElderBridge.lean::TorusFiltration.elderTrap_of_boundary: binder ( M P : X ) is neither a sampled numeric type (ℕ ℤ ℚ ℝ) nor a decidable hypothesis +UNSUPPORTED: inputs/Math-/frontiers/asymmetric_elder_bridge_20261017/ElderBridge.lean::TorusFiltration.elderBoundary_death_eq: binder ( g : superlevelBar_E n → ℝ ) is neither a sampled numeric type (ℕ ℤ ℚ ℝ) nor a decidable hypothesis +UNSUPPORTED: inputs/Math-/frontiers/asymmetric_elder_bridge_20261017/ElderClearance.lean::TorusFiltration.elderTrap_strictTrace_isClopen: binder ( hD : IsClosed D ) is neither a sampled numeric type (ℕ ℤ ℚ ℝ) nor a decidable hypothesis +UNSUPPORTED: inputs/Math-/frontiers/asymmetric_elder_bridge_20261017/ElderClearance.lean::TorusFiltration.elderTrap_path_stays: binder ( htrace : IsClopen ( elderTrap_strictTrace g D d ) ) is neither a sampled numeric type (ℕ ℤ ℚ ℝ) nor a decidable hypothesis +UNSUPPORTED: inputs/Math-/frontiers/asymmetric_elder_bridge_20261017/ElderClearance.lean::TorusFiltration.elderTrap_higher_path_meets_threshold: binder ( htrace : IsClopen ( elderTrap_strictTrace g D d ) ) is neither a sampled numeric type (ℕ ℤ ℚ ℝ) nor a decidable hypothesis +UNSUPPORTED: inputs/Math-/frontiers/asymmetric_elder_bridge_20261017/ElderClearance.lean::TorusFiltration.elderTrap_clearance_eq_Iio: binder ( g : superlevelBar_E n → ℝ ) is neither a sampled numeric type (ℕ ℤ ℚ ℝ) nor a decidable hypothesis +UNSUPPORTED: inputs/Math-/frontiers/asymmetric_elder_bridge_20261017/ElderClearance.lean::TorusFiltration.elderTrap_death_eq: binder ( g : superlevelBar_E n → ℝ ) is neither a sampled numeric type (ℕ ℤ ℚ ℝ) nor a decidable hypothesis +UNSUPPORTED: inputs/Math-/frontiers/asymmetric_elder_bridge_20261017/ElderClearance.lean::TorusFiltration.elderTrap_closed_path_attains: binder ( htrace : IsClopen ( elderTrap_strictTrace g D d ) ) is neither a sampled numeric type (ℕ ℤ ℚ ℝ) nor a decidable hypothesis +UNSUPPORTED: inputs/Math-/frontiers/asymmetric_elder_bridge_20261017/ElderInterval.lean::TorusFiltration.elderFiber_eq_zero: binder ( ht : ¬ elderActive m d t ) is neither a sampled numeric type (ℕ ℤ ℚ ℝ) nor a decidable hypothesis +UNSUPPORTED: inputs/Math-/frontiers/asymmetric_elder_bridge_20261017/ElderInterval.lean::TorusFiltration.elderFiberMap_val: binder ( x : elderFiber k m d s ) is neither a sampled numeric type (ℕ ℤ ℚ ℝ) nor a decidable hypothesis +UNSUPPORTED: inputs/Math-/frontiers/asymmetric_elder_bridge_20261017/ElderInterval.lean::TorusFiltration.elderFiberLift_val: binder ( ht : elderActive m d t ) is neither a sampled numeric type (ℕ ℤ ℚ ℝ) nor a decidable hypothesis +CORROBORATED: inputs/Math-/frontiers/asymmetric_elder_bridge_20261017/ElderInterval.lean::TorusFiltration.elder_control_birth: holds on 64 sampled instances satisfying the hypotheses (8 draws rejected by the hypotheses, 0 infeasible, seed 1): sampling is admitted evidence of the statement, not a proof of it +CORROBORATED: inputs/Math-/frontiers/asymmetric_elder_bridge_20261017/ElderInterval.lean::TorusFiltration.elder_control_death: holds on 64 sampled instances satisfying the hypotheses (0 draws rejected by the hypotheses, 0 infeasible, seed 1): sampling is admitted evidence of the statement, not a proof of it +UNSUPPORTED: inputs/Math-/frontiers/asymmetric_elder_bridge_20261017/ElderInterval.lean::TorusFiltration.ElderTrap.maximum_mem: binder ( T : ElderTrap g M P m d D ) is neither a sampled numeric type (ℕ ℤ ℚ ℝ) nor a decidable hypothesis +UNSUPPORTED: inputs/Math-/frontiers/asymmetric_elder_bridge_20261017/ElderInterval.lean::TorusFiltration.ElderTrap.older_mem: binder ( T : ElderTrap g M P m d D ) is neither a sampled numeric type (ℕ ℤ ℚ ℝ) nor a decidable hypothesis +UNSUPPORTED: inputs/Math-/frontiers/asymmetric_elder_bridge_20261017/ElderInterval.lean::TorusFiltration.elder_clopen_path_iff: binder ( hU : IsClopen U ) is neither a sampled numeric type (ℕ ℤ ℚ ℝ) nor a decidable hypothesis +UNSUPPORTED: inputs/Math-/frontiers/asymmetric_elder_bridge_20261017/ElderInterval.lean::TorusFiltration.ElderTrap.componentInside_mk: binder ( T : ElderTrap g M P m d D ) is neither a sampled numeric type (ℕ ℤ ℚ ℝ) nor a decidable hypothesis +UNSUPPORTED: inputs/Math-/frontiers/asymmetric_elder_bridge_20261017/ElderInterval.lean::TorusFiltration.elderDifference_map: binder ( T : ElderTrap g M P m d D ) is neither a sampled numeric type (ℕ ℤ ℚ ℝ) nor a decidable hypothesis +UNSUPPORTED: inputs/Math-/frontiers/asymmetric_elder_bridge_20261017/ElderInterval.lean::TorusFiltration.elderDifference_map_dead: binder ( T : ElderTrap g M P m d D ) is neither a sampled numeric type (ℕ ℤ ℚ ℝ) nor a decidable hypothesis +UNSUPPORTED: inputs/Math-/frontiers/asymmetric_elder_bridge_20261017/ElderInterval.lean::TorusFiltration.elderProjection_point: binder ( T : ElderTrap g M P m d D ) is neither a sampled numeric type (ℕ ℤ ℚ ℝ) nor a decidable hypothesis +UNSUPPORTED: inputs/Math-/frontiers/asymmetric_elder_bridge_20261017/ElderInterval.lean::TorusFiltration.elderDifference_projection: binder ( T : ElderTrap g M P m d D ) is neither a sampled numeric type (ℕ ℤ ℚ ℝ) nor a decidable hypothesis +UNSUPPORTED: inputs/Math-/frontiers/asymmetric_elder_bridge_20261017/ElderInterval.lean::TorusFiltration.elderSectionApp_naturality: binder ( T : ElderTrap g M P m d D ) is neither a sampled numeric type (ℕ ℤ ℚ ℝ) nor a decidable hypothesis +UNSUPPORTED: inputs/Math-/frontiers/asymmetric_elder_bridge_20261017/ElderInterval.lean::TorusFiltration.elderProjection_naturality_active: binder ( T : ElderTrap g M P m d D ) is neither a sampled numeric type (ℕ ℤ ℚ ℝ) nor a decidable hypothesis +UNSUPPORTED: inputs/Math-/frontiers/asymmetric_elder_bridge_20261017/ElderInterval.lean::TorusFiltration.elderProjection_prebirth: binder ( T : ElderTrap g M P m d D ) is neither a sampled numeric type (ℕ ℤ ℚ ℝ) nor a decidable hypothesis +UNSUPPORTED: inputs/Math-/frontiers/asymmetric_elder_bridge_20261017/ElderInterval.lean::TorusFiltration.elderRetractionApp_naturality: binder ( T : ElderTrap g M P m d D ) is neither a sampled numeric type (ℕ ℤ ℚ ℝ) nor a decidable hypothesis +UNSUPPORTED: inputs/Math-/frontiers/asymmetric_elder_bridge_20261017/ElderInterval.lean::TorusFiltration.elderSection_retraction: binder ( T : ElderTrap g M P m d D ) is neither a sampled numeric type (ℕ ℤ ℚ ℝ) nor a decidable hypothesis +UNSUPPORTED: inputs/Math-/frontiers/asymmetric_elder_bridge_20261017/ElderInterval.lean::TorusFiltration.elder_control_ordinary_point_survives: binder ( x : superlevel_set g t ) is neither a sampled numeric type (ℕ ℤ ℚ ℝ) nor a decidable hypothesis diff --git a/cbz/evidence/g12-statement-fuzz-01n/census_math_dfa9b30a_20261106_deps/frontiers_determinant_moment_20261025.json b/cbz/evidence/g12-statement-fuzz-01n/census_math_dfa9b30a_20261106_deps/frontiers_determinant_moment_20261025.json new file mode 100644 index 000000000..11e822c66 --- /dev/null +++ b/cbz/evidence/g12-statement-fuzz-01n/census_math_dfa9b30a_20261106_deps/frontiers_determinant_moment_20261025.json @@ -0,0 +1,1011 @@ +{ + "lean_dir": "/frontiers/determinant_moment_20261025", + "files": 14, + "files_evaluated": 14, + "copies": {}, + "file_sha256": { + "ResearchFormalCoreR1/AlgebraV2.lean": "71e4327df9f7d6979f1467f7e0d880e0ab0a70ab6d234802d8c7a1624b9ce2d9", + "ResearchFormalCoreR1/DeterminantMoment.lean": "661b73c3f21c6d2529f5e09ce426d89c01939ab27a5cc868db3802c7e66ea82d", + "ResearchFormalCoreR1/EndpointGaussianMoments.lean": "c6351881326491ce30f1a266ea60e44c5adb8b3a1e5882c90575c67e459479d1", + "ResearchFormalCoreR1/EndpointNormalizerBridge.lean": 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"ResearchFormalCoreR1/EndpointNormalizerBridge.lean", + "name": "ResearchFormalCoreR1.enb_normalizer_floor_of_common_coupling", + "status": "UNSUPPORTED", + "detail": "binder ( J : \u211d \u2192 \u03a9 \u2192 Fin 6 \u2192 \u211d ) is neither a sampled numeric type (\u2115 \u2124 \u211a \u211d) nor a decidable hypothesis", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "ResearchFormalCoreR1/GaussianCoupling.lean::ResearchFormalCoreR1.gc_matrix_eval_tendsto": { + "module": "ResearchFormalCoreR1/GaussianCoupling.lean", + "name": "ResearchFormalCoreR1.gc_matrix_eval_tendsto", + "status": "UNSUPPORTED", + "detail": "binder { u : Filter R } is neither a sampled numeric type (\u2115 \u2124 \u211a \u211d) nor a decidable hypothesis", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "ResearchFormalCoreR1/GaussianCoupling.lean::ResearchFormalCoreR1.gc_coupledVector_hasLaw": { + "module": "ResearchFormalCoreR1/GaussianCoupling.lean", + "name": "ResearchFormalCoreR1.gc_coupledVector_hasLaw", + "status": "UNSUPPORTED", + "detail": "binder ( m : EuclideanSpace \u211d \u03b9 ) is neither a sampled numeric type (\u2115 \u2124 \u211a \u211d) nor a decidable hypothesis", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "ResearchFormalCoreR1/GaussianCoupling.lean::ResearchFormalCoreR1.gc_coupledVector_tendsto": { + "module": "ResearchFormalCoreR1/GaussianCoupling.lean", + "name": "ResearchFormalCoreR1.gc_coupledVector_tendsto", + "status": "UNSUPPORTED", + "detail": "binder ( u : Filter \u03ba ) is neither a sampled numeric type (\u2115 \u2124 \u211a \u211d) nor a decidable hypothesis", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "ResearchFormalCoreR1/GaussianJetMoments.lean::ResearchFormalCoreR1.gm8FiniteM8_nonneg": { + "module": "ResearchFormalCoreR1/GaussianJetMoments.lean", + "name": "ResearchFormalCoreR1.gm8FiniteM8_nonneg", + "status": "UNSUPPORTED", + "detail": "definition gm8C8 has an unparsed body", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "ResearchFormalCoreR1/GaussianJetMoments.lean::ResearchFormalCoreR1.gm8M8_nonneg": { + "module": "ResearchFormalCoreR1/GaussianJetMoments.lean", + "name": "ResearchFormalCoreR1.gm8M8_nonneg", + "status": "UNSUPPORTED", + "detail": "definition gm8C8 has an unparsed body", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "ResearchFormalCoreR1/GaussianJetMoments.lean::ResearchFormalCoreR1.gm8_finite_radius_power_bound": { + "module": "ResearchFormalCoreR1/GaussianJetMoments.lean", + "name": "ResearchFormalCoreR1.gm8_finite_radius_power_bound", + "status": "CORROBORATED", + "detail": "holds on 64 sampled instances satisfying the hypotheses (0 draws rejected by the hypotheses, 0 infeasible, seed 1): sampling is admitted evidence of the statement, not a proof of it", + "instances": 64, + "vacuous": false, + "float_free": true, + "sampling": { + "seed": 1, + "draws": 79, + "accepted": 64, + "rejected": 0, + "infeasible": 0, + "undecided": 0 + } + }, + "ResearchFormalCoreR1/GaussianJetMoments.lean::ResearchFormalCoreR1.gm8_finite_integrable_bound": { + "module": "ResearchFormalCoreR1/GaussianJetMoments.lean", + "name": "ResearchFormalCoreR1.gm8_finite_integrable_bound", + "status": "UNSUPPORTED", + "detail": "binder ( J : \u03a9 \u2192 Fin n \u2192 \u211d ) is neither a sampled numeric type (\u2115 \u2124 \u211a \u211d) nor a decidable hypothesis", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "ResearchFormalCoreR1/GaussianJetMoments.lean::ResearchFormalCoreR1.gm8_radius_power_bound": { + "module": "ResearchFormalCoreR1/GaussianJetMoments.lean", + "name": "ResearchFormalCoreR1.gm8_radius_power_bound", + "status": "UNSUPPORTED", + "detail": "binder ( j : DM2Jet ) is neither a sampled numeric type (\u2115 \u2124 \u211a \u211d) nor a decidable hypothesis", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "ResearchFormalCoreR1/GaussianJetMoments.lean::ResearchFormalCoreR1.gm8_jet_integrable_bound": { + "module": "ResearchFormalCoreR1/GaussianJetMoments.lean", + "name": "ResearchFormalCoreR1.gm8_jet_integrable_bound", + "status": "UNSUPPORTED", + "detail": "binder ( J : \u03a9 \u2192 DM2Jet ) is neither a sampled numeric type (\u2115 \u2124 \u211a \u211d) nor a decidable hypothesis", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "ResearchFormalCoreR1/GaussianJetMoments.lean::ResearchFormalCoreR1.gm8_family_weight_moment": { + "module": "ResearchFormalCoreR1/GaussianJetMoments.lean", + "name": "ResearchFormalCoreR1.gm8_family_weight_moment", + "status": "UNSUPPORTED", + "detail": "binder ( \u03bc : \u211d \u2192 Measure \u03a9 ) is neither a sampled numeric type (\u2115 \u2124 \u211a \u211d) nor a decidable hypothesis", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "ResearchFormalCoreR1/GaussianNormalizer.lean::ResearchFormalCoreR1.gn_gaussian_reference_integrable_pos": { + "module": "ResearchFormalCoreR1/GaussianNormalizer.lean", + "name": "ResearchFormalCoreR1.gn_gaussian_reference_integrable_pos", + "status": "UNSUPPORTED", + "detail": "binder ( v : \u211d \u2265 0 ) is neither a sampled numeric type (\u2115 \u2124 \u211a \u211d) nor a decidable hypothesis", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "ResearchFormalCoreR1/GaussianNormalizer.lean::ResearchFormalCoreR1.gn_open_box_floor": { + "module": "ResearchFormalCoreR1/GaussianNormalizer.lean", + "name": "ResearchFormalCoreR1.gn_open_box_floor", + "status": "UNSUPPORTED", + "detail": "no sample satisfied the hypotheses and evaluated (1032 draws): the hypotheses may be unsatisfiable (vacuous, A5) or outside what the sampler can hit", + "instances": 0, + "vacuous": false, + "float_free": true, + "sampling": { + "seed": 1, + "draws": 0, + "accepted": 0, + "rejected": 1032, + "infeasible": 0, + "undecided": 0 + } + }, + "ResearchFormalCoreR1/GaussianNormalizerLimit.lean::ResearchFormalCoreR1.gnl_contact_relations": { + "module": "ResearchFormalCoreR1/GaussianNormalizerLimit.lean", + "name": "ResearchFormalCoreR1.gnl_contact_relations", + "status": "UNSUPPORTED", + "detail": "binder ( hS : S.PosSemidef ) is neither a sampled numeric type (\u2115 \u2124 \u211a \u211d) nor a decidable hypothesis", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "ResearchFormalCoreR1/GaussianNormalizerLimit.lean::ResearchFormalCoreR1.gnl_positivePart_memLp": { + "module": "ResearchFormalCoreR1/GaussianNormalizerLimit.lean", + "name": "ResearchFormalCoreR1.gnl_positivePart_memLp", + "status": "UNSUPPORTED", + "detail": "binder { p : \u211d \u2265 0 \u221e } is neither a sampled numeric type (\u2115 \u2124 \u211a \u211d) nor a decidable hypothesis", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "ResearchFormalCoreR1/GaussianNormalizerLimit.lean::ResearchFormalCoreR1.gnl_gaussian_weight_integrable": { + "module": "ResearchFormalCoreR1/GaussianNormalizerLimit.lean", + "name": "ResearchFormalCoreR1.gnl_gaussian_weight_integrable", + "status": "UNSUPPORTED", + "detail": "binder ( hS : S.PosSemidef ) is neither a sampled numeric type (\u2115 \u2124 \u211a \u211d) nor a decidable hypothesis", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "ResearchFormalCoreR1/GaussianNormalizerLimit.lean::ResearchFormalCoreR1.gnl_normalizer_floor_of_parameter_limits": { + "module": "ResearchFormalCoreR1/GaussianNormalizerLimit.lean", + "name": "ResearchFormalCoreR1.gnl_normalizer_floor_of_parameter_limits", + "status": "UNSUPPORTED", + "detail": "binder ( m : \u211d \u2192 EuclideanSpace \u211d ( Fin 6 ) ) is neither a sampled numeric type (\u2115 \u2124 \u211a \u211d) nor a decidable hypothesis", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "ResearchFormalCoreR1/GaussianNormalizerLimit.lean::ResearchFormalCoreR1.gnl_physical_normalizer_floor_of_parameter_limits": { + "module": "ResearchFormalCoreR1/GaussianNormalizerLimit.lean", + "name": "ResearchFormalCoreR1.gnl_physical_normalizer_floor_of_parameter_limits", + "status": "UNSUPPORTED", + "detail": "binder ( m : \u211d \u2192 EuclideanSpace \u211d ( Fin 6 ) ) is neither a sampled numeric type (\u2115 \u2124 \u211a \u211d) nor a decidable hypothesis", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "ResearchFormalCoreR1/GaussianRegressionKernel.lean::ResearchFormalCoreR1.regression_compProd_id_const": { + "module": "ResearchFormalCoreR1/GaussianRegressionKernel.lean", + "name": "ResearchFormalCoreR1.regression_compProd_id_const", + "status": "UNSUPPORTED", + "detail": "instance binder [ SFinite \u03bc ] cannot be sampled", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "ResearchFormalCoreR1/GaussianRegressionKernel.lean::ResearchFormalCoreR1.regression_pair_hasCondDistrib": { + "module": "ResearchFormalCoreR1/GaussianRegressionKernel.lean", + "name": "ResearchFormalCoreR1.regression_pair_hasCondDistrib", + "status": "UNSUPPORTED", + "detail": "binder { X : \u03a9 \u2192 \u03b1 } is neither a sampled numeric type (\u2115 \u2124 \u211a \u211d) nor a decidable hypothesis", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "ResearchFormalCoreR1/GaussianRegressionKernel.lean::ResearchFormalCoreR1.regressionReconstruction_measurable": { + "module": "ResearchFormalCoreR1/GaussianRegressionKernel.lean", + "name": "ResearchFormalCoreR1.regressionReconstruction_measurable", + "status": "UNSUPPORTED", + "detail": "binder ( B : ( Fin n \u2192 \u211d ) \u2192 L [ \u211d ] ( Fin k \u2192 \u211d ) ) is neither a sampled numeric type (\u2115 \u2124 \u211a \u211d) nor a decidable hypothesis", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "ResearchFormalCoreR1/GaussianRegressionKernel.lean::ResearchFormalCoreR1.regressionKernel_apply": { + "module": "ResearchFormalCoreR1/GaussianRegressionKernel.lean", + "name": "ResearchFormalCoreR1.regressionKernel_apply", + "status": "UNSUPPORTED", + "detail": "binder ( \u03bd : Measure ( Fin k \u2192 \u211d ) ) is neither a sampled numeric type (\u2115 \u2124 \u211a \u211d) nor a decidable hypothesis", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "ResearchFormalCoreR1/GaussianRegressionKernel.lean::ResearchFormalCoreR1.independentResidual_hasCondDistrib": { + "module": "ResearchFormalCoreR1/GaussianRegressionKernel.lean", + "name": "ResearchFormalCoreR1.independentResidual_hasCondDistrib", + "status": "UNSUPPORTED", + "detail": "binder { X : \u03a9 \u2192 Fin n \u2192 \u211d } is neither a sampled numeric type (\u2115 \u2124 \u211a \u211d) nor a decidable hypothesis", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "ResearchFormalCoreR1/GaussianRegressionKernel.lean::ResearchFormalCoreR1.gaussianRegression_hasCondDistrib": { + "module": "ResearchFormalCoreR1/GaussianRegressionKernel.lean", + "name": "ResearchFormalCoreR1.gaussianRegression_hasCondDistrib", + "status": "UNSUPPORTED", + "detail": "binder { X : \u03a9 \u2192 Fin n \u2192 \u211d } is neither a sampled numeric type (\u2115 \u2124 \u211a \u211d) nor a decidable hypothesis", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "ResearchFormalCoreR1/GaussianRegressionKernel.lean::ResearchFormalCoreR1.regressionKernel_measurable": { + "module": "ResearchFormalCoreR1/GaussianRegressionKernel.lean", + "name": "ResearchFormalCoreR1.regressionKernel_measurable", + "status": "UNSUPPORTED", + "detail": "binder ( \u03bd : Measure ( Fin k \u2192 \u211d ) ) is neither a sampled numeric type (\u2115 \u2124 \u211a \u211d) nor a decidable hypothesis", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "ResearchFormalCoreR1/GaussianRegressionKernel.lean::ResearchFormalCoreR1.gaussianRegressionKernel_spec": { + "module": "ResearchFormalCoreR1/GaussianRegressionKernel.lean", + "name": "ResearchFormalCoreR1.gaussianRegressionKernel_spec", + "status": "UNSUPPORTED", + "detail": "binder { X : \u03a9 \u2192 Fin n \u2192 \u211d } is neither a sampled numeric type (\u2115 \u2124 \u211a \u211d) nor a decidable hypothesis", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "ResearchFormalCoreR1/GaussianRegressionKernel.lean::ResearchFormalCoreR1.regression_map_coordinate": { + "module": "ResearchFormalCoreR1/GaussianRegressionKernel.lean", + "name": "ResearchFormalCoreR1.regression_map_coordinate", + "status": "UNSUPPORTED", + "detail": "binder ( B : ( Fin n \u2192 \u211d ) \u2192 L [ \u211d ] ( Fin k \u2192 \u211d ) ) is neither a sampled numeric type (\u2115 \u2124 \u211a \u211d) nor a decidable hypothesis", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "ResearchFormalCoreR1/GaussianRegressionKernel.lean::ResearchFormalCoreR1.regression_covariance_map": { + "module": "ResearchFormalCoreR1/GaussianRegressionKernel.lean", + "name": "ResearchFormalCoreR1.regression_covariance_map", + "status": "UNSUPPORTED", + "detail": "binder { X : \u03a9 \u2192 Fin n \u2192 \u211d } is neither a sampled numeric type (\u2115 \u2124 \u211a \u211d) nor a decidable hypothesis", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "ResearchFormalCoreR1/GaussianRegressionKernel.lean::ResearchFormalCoreR1.regression_residual_zero_covariance": { + "module": "ResearchFormalCoreR1/GaussianRegressionKernel.lean", + "name": "ResearchFormalCoreR1.regression_residual_zero_covariance", + "status": "UNSUPPORTED", + "detail": "binder { X : \u03a9 \u2192 Fin n \u2192 \u211d } is neither a sampled numeric type (\u2115 \u2124 \u211a \u211d) nor a decidable hypothesis", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "ResearchFormalCoreR1/GaussianRegressionKernel.lean::ResearchFormalCoreR1.regression_residual_jointGaussian": { + "module": "ResearchFormalCoreR1/GaussianRegressionKernel.lean", + "name": "ResearchFormalCoreR1.regression_residual_jointGaussian", + "status": "UNSUPPORTED", + "detail": "binder { X : \u03a9 \u2192 Fin n \u2192 \u211d } is neither a sampled numeric type (\u2115 \u2124 \u211a \u211d) nor a decidable hypothesis", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "ResearchFormalCoreR1/GaussianRegressionKernel.lean::ResearchFormalCoreR1.gaussianRegression_observed_hasCondDistrib": { + "module": "ResearchFormalCoreR1/GaussianRegressionKernel.lean", + "name": "ResearchFormalCoreR1.gaussianRegression_observed_hasCondDistrib", + "status": "UNSUPPORTED", + "detail": "binder { X : \u03a9 \u2192 Fin n \u2192 \u211d } is neither a sampled numeric type (\u2115 \u2124 \u211a \u211d) nor a decidable hypothesis", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "ResearchFormalCoreR1/GaussianRegressionKernel.lean::ResearchFormalCoreR1.gaussianRegression_observed_spec": { + "module": "ResearchFormalCoreR1/GaussianRegressionKernel.lean", + "name": "ResearchFormalCoreR1.gaussianRegression_observed_spec", + "status": "UNSUPPORTED", + "detail": "binder { X : \u03a9 \u2192 Fin n \u2192 \u211d } is neither a sampled numeric type (\u2115 \u2124 \u211a \u211d) nor a decidable hypothesis", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "ResearchFormalCoreR1/GaussianScalarMoments.lean::ResearchFormalCoreR1.gm8_standard_integrable": { + "module": "ResearchFormalCoreR1/GaussianScalarMoments.lean", + "name": "ResearchFormalCoreR1.gm8_standard_integrable", + "status": "UNSUPPORTED", + "detail": "conclusion is a structural predicate ['Integrable']: trivial on finite discrete models (every set is measurable, every function measurable and integrable), so sampling has no content here", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "ResearchFormalCoreR1/GaussianScalarMoments.lean::ResearchFormalCoreR1.gm8_standard_nonneg": { + "module": "ResearchFormalCoreR1/GaussianScalarMoments.lean", + "name": "ResearchFormalCoreR1.gm8_standard_nonneg", + "status": "UNSUPPORTED", + "detail": "definition gm8C8 has an unparsed body", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "ResearchFormalCoreR1/GaussianScalarMoments.lean::ResearchFormalCoreR1.gm8_integrable": { + "module": "ResearchFormalCoreR1/GaussianScalarMoments.lean", + "name": "ResearchFormalCoreR1.gm8_integrable", + "status": "UNSUPPORTED", + "detail": "binder ( v : \u211d \u2265 0 ) is neither a sampled numeric type (\u2115 \u2124 \u211a \u211d) nor a decidable hypothesis", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "ResearchFormalCoreR1/GaussianScalarMoments.lean::ResearchFormalCoreR1.gm8_sqrt_pow": { + "module": "ResearchFormalCoreR1/GaussianScalarMoments.lean", + "name": "ResearchFormalCoreR1.gm8_sqrt_pow", + "status": "CORROBORATED", + "detail": "holds on 64 sampled instances satisfying the hypotheses (3 draws rejected by the hypotheses, 0 infeasible, seed 1): sampling is admitted evidence of the statement, not a proof of it", + "instances": 64, + "vacuous": false, + "float_free": true, + "sampling": { + "seed": 1, + "draws": 201, + "accepted": 64, + "rejected": 3, + "infeasible": 0, + "undecided": 0 + } + }, + "ResearchFormalCoreR1/GaussianScalarMoments.lean::ResearchFormalCoreR1.gm8_affine_map": { + "module": "ResearchFormalCoreR1/GaussianScalarMoments.lean", + "name": "ResearchFormalCoreR1.gm8_affine_map", + "status": "UNSUPPORTED", + "detail": "binder ( v : \u211d \u2265 0 ) is neither a sampled numeric type (\u2115 \u2124 \u211a \u211d) nor a decidable hypothesis", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "ResearchFormalCoreR1/GaussianScalarMoments.lean::ResearchFormalCoreR1.gm8_affine_bound": { + "module": "ResearchFormalCoreR1/GaussianScalarMoments.lean", + "name": "ResearchFormalCoreR1.gm8_affine_bound", + "status": "UNSUPPORTED", + "detail": "binder ( v : \u211d \u2265 0 ) is neither a sampled numeric type (\u2115 \u2124 \u211a \u211d) nor a decidable hypothesis", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "ResearchFormalCoreR1/GaussianScalarMoments.lean::ResearchFormalCoreR1.gm8_scalar_integrable_bound": { + "module": "ResearchFormalCoreR1/GaussianScalarMoments.lean", + "name": "ResearchFormalCoreR1.gm8_scalar_integrable_bound", + "status": "UNSUPPORTED", + "detail": "binder ( v : \u211d \u2265 0 ) is neither a sampled numeric type (\u2115 \u2124 \u211a \u211d) nor a decidable hypothesis", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "ResearchFormalCoreR1/NormalizerFloor.lean::ResearchFormalCoreR1.nfloor_eventually_lower_of_fatou": { + "module": "ResearchFormalCoreR1/NormalizerFloor.lean", + "name": "ResearchFormalCoreR1.nfloor_eventually_lower_of_fatou", + "status": "UNSUPPORTED", + "detail": "binder ( u : Filter \u03b9 ) is neither a sampled numeric type (\u2115 \u2124 \u211a \u211d) nor a decidable hypothesis", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "ResearchFormalCoreR1/NormalizerFloor.lean::ResearchFormalCoreR1.nfloor_weight_continuous": { + "module": "ResearchFormalCoreR1/NormalizerFloor.lean", + "name": "ResearchFormalCoreR1.nfloor_weight_continuous", + "status": "UNSUPPORTED", + "detail": "proposition of form App", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "ResearchFormalCoreR1/NormalizerFloor.lean::ResearchFormalCoreR1.nfloor_contact_value": { + "module": "ResearchFormalCoreR1/NormalizerFloor.lean", + "name": "ResearchFormalCoreR1.nfloor_contact_value", + "status": "CORROBORATED", + "detail": "holds on 64 sampled instances satisfying the hypotheses (0 draws rejected by the hypotheses, 0 infeasible, seed 1): sampling is admitted evidence of the statement, not a proof of it", + "instances": 64, + "vacuous": false, + "float_free": true, + "sampling": { + "seed": 1, + "draws": 64, + "accepted": 64, + "rejected": 0, + "infeasible": 0, + "undecided": 0 + } + }, + "ResearchFormalCoreR1/NormalizerFloor.lean::ResearchFormalCoreR1.nfloor_weight_limit": { + "module": "ResearchFormalCoreR1/NormalizerFloor.lean", + "name": "ResearchFormalCoreR1.nfloor_weight_limit", + "status": "UNSUPPORTED", + "detail": "binder ( X : \u211d \u2192 Fin 6 \u2192 \u211d ) is neither a sampled numeric type (\u2115 \u2124 \u211a \u211d) nor a decidable hypothesis", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "ResearchFormalCoreR1/NormalizerFloor.lean::ResearchFormalCoreR1.nfloor_reference": { + "module": "ResearchFormalCoreR1/NormalizerFloor.lean", + "name": "ResearchFormalCoreR1.nfloor_reference", + "status": "UNSUPPORTED", + "detail": "binder ( v : \u211d \u2265 0 ) is neither a sampled numeric type (\u2115 \u2124 \u211a \u211d) nor a decidable hypothesis", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "ResearchFormalCoreR1/NormalizerFloor.lean::ResearchFormalCoreR1.gn_normalizer_floor_of_common_coupling": { + "module": "ResearchFormalCoreR1/NormalizerFloor.lean", + "name": "ResearchFormalCoreR1.gn_normalizer_floor_of_common_coupling", + "status": "UNSUPPORTED", + "detail": "binder ( X : \u211d \u2192 \u03a9 \u2192 Fin 6 \u2192 \u211d ) is neither a sampled numeric type (\u2115 \u2124 \u211a \u211d) nor a decidable hypothesis", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "ResearchFormalCoreR1/PalmReweighting.lean::ResearchFormalCoreR1.prw_integrable_of_integrable_sq": { + "module": "ResearchFormalCoreR1/PalmReweighting.lean", + "name": "ResearchFormalCoreR1.prw_integrable_of_integrable_sq", + "status": "UNSUPPORTED", + "detail": "conclusion is a structural predicate ['Integrable']: trivial on finite discrete models (every set is measurable, every function measurable and integrable), so sampling has no content here", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "ResearchFormalCoreR1/PalmReweighting.lean::ResearchFormalCoreR1.prw_measure_apply": { + "module": "ResearchFormalCoreR1/PalmReweighting.lean", + "name": "ResearchFormalCoreR1.prw_measure_apply", + "status": "UNSUPPORTED", + "detail": "unbounded quantifier over \u03c9", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "ResearchFormalCoreR1/PalmReweighting.lean::ResearchFormalCoreR1.prw_isProbabilityMeasure": { + "module": "ResearchFormalCoreR1/PalmReweighting.lean", + "name": "ResearchFormalCoreR1.prw_isProbabilityMeasure", + "status": "UNSUPPORTED", + "detail": "unbounded quantifier over \u03c9", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "ResearchFormalCoreR1/PalmReweighting.lean::ResearchFormalCoreR1.prw_measure_real": { + "module": "ResearchFormalCoreR1/PalmReweighting.lean", + "name": "ResearchFormalCoreR1.prw_measure_real", + "status": "UNSUPPORTED", + "detail": "unbounded quantifier over \u03c9", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "ResearchFormalCoreR1/PalmReweighting.lean::ResearchFormalCoreR1.prw_numerator_bound": { + "module": "ResearchFormalCoreR1/PalmReweighting.lean", + "name": "ResearchFormalCoreR1.prw_numerator_bound", + "status": "UNSUPPORTED", + "detail": "unbounded quantifier over \u03c9", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "ResearchFormalCoreR1/PalmReweighting.lean::ResearchFormalCoreR1.prw_square_root_event_bound": { + "module": "ResearchFormalCoreR1/PalmReweighting.lean", + "name": "ResearchFormalCoreR1.prw_square_root_event_bound", + "status": "UNSUPPORTED", + "detail": "unbounded quantifier over \u03c9", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "ResearchFormalCoreR1/ProbabilityCompanionsV2.lean::ResearchFormalCoreR1.p02_lm008_r2_cancel": { + "module": "ResearchFormalCoreR1/ProbabilityCompanionsV2.lean", + "name": "ResearchFormalCoreR1.p02_lm008_r2_cancel", + "status": "CORROBORATED", + "detail": "holds on 64 sampled instances satisfying the hypotheses (1 draws rejected by the hypotheses, 0 infeasible, seed 1): sampling is admitted evidence of the statement, not a proof of it", + "instances": 64, + "vacuous": false, + "float_free": true, + "sampling": { + "seed": 1, + "draws": 64, + "accepted": 64, + "rejected": 1, + "infeasible": 0, + "undecided": 0 + } + }, + "ResearchFormalCoreR1/ProbabilityCompanionsV2.lean::ResearchFormalCoreR1.p02_lm008_cross_multiplied": { + "module": "ResearchFormalCoreR1/ProbabilityCompanionsV2.lean", + "name": "ResearchFormalCoreR1.p02_lm008_cross_multiplied", + "status": "CORROBORATED", + "detail": "holds on 64 sampled instances satisfying the hypotheses (103 draws rejected by the hypotheses, 0 infeasible, seed 1): sampling is admitted evidence of the statement, not a proof of it", + "instances": 64, + "vacuous": false, + "float_free": true, + "sampling": { + "seed": 1, + "draws": 64, + "accepted": 64, + "rejected": 103, + "infeasible": 0, + "undecided": 0 + } + }, + "ResearchFormalCoreR1/ProbabilityCompanionsV2.lean::ResearchFormalCoreR1.p02_lm008_quotient_bound": { + "module": "ResearchFormalCoreR1/ProbabilityCompanionsV2.lean", + "name": "ResearchFormalCoreR1.p02_lm008_quotient_bound", + "status": "CORROBORATED", + "detail": "holds on 64 sampled instances satisfying the hypotheses (48 draws rejected by the hypotheses, 0 infeasible, seed 1): sampling is admitted evidence of the statement, not a proof of it", + "instances": 64, + "vacuous": false, + "float_free": true, + "sampling": { + "seed": 1, + "draws": 64, + "accepted": 64, + "rejected": 48, + "infeasible": 0, + "undecided": 0 + } + }, + "ResearchFormalCoreR1/ProbabilityCompanionsV2.lean::ResearchFormalCoreR1.p02_lm009_bad_event_threshold": { + "module": "ResearchFormalCoreR1/ProbabilityCompanionsV2.lean", + "name": "ResearchFormalCoreR1.p02_lm009_bad_event_threshold", + "status": "CORROBORATED", + "detail": "holds on 64 sampled instances satisfying the hypotheses (6 draws rejected by the hypotheses, 0 infeasible, seed 1): sampling is admitted evidence of the statement, not a proof of it", + "instances": 64, + "vacuous": false, + "float_free": true, + "sampling": { + "seed": 1, + "draws": 64, + "accepted": 64, + "rejected": 6, + "infeasible": 0, + "undecided": 0 + } + }, + "ResearchFormalCoreR1/ProbabilityCompanionsV2.lean::ResearchFormalCoreR1.p02_lm009_power40_identity": { + "module": "ResearchFormalCoreR1/ProbabilityCompanionsV2.lean", + "name": "ResearchFormalCoreR1.p02_lm009_power40_identity", + "status": "CORROBORATED", + "detail": "holds on 64 sampled instances satisfying the hypotheses (0 draws rejected by the hypotheses, 0 infeasible, seed 1): sampling is admitted evidence of the statement, not a proof of it", + "instances": 64, + "vacuous": false, + "float_free": true, + "sampling": { + "seed": 1, + "draws": 107, + "accepted": 64, + "rejected": 0, + "infeasible": 0, + "undecided": 0 + } + }, + "ResearchFormalCoreR1/ProbabilityCompanionsV2.lean::ResearchFormalCoreR1.p02_lm009_r4_le_r3": { + "module": "ResearchFormalCoreR1/ProbabilityCompanionsV2.lean", + "name": "ResearchFormalCoreR1.p02_lm009_r4_le_r3", + "status": "CORROBORATED", + "detail": "holds on 64 sampled instances satisfying the hypotheses (5 draws rejected by the hypotheses, 0 infeasible, seed 1): sampling is admitted evidence of the statement, not a proof of it", + "instances": 64, + "vacuous": false, + "float_free": true, + "sampling": { + "seed": 1, + "draws": 522, + "accepted": 64, + "rejected": 5, + "infeasible": 0, + "undecided": 0 + } + }, + "ResearchFormalCoreR1/ProbabilityCompanionsV2.lean::ResearchFormalCoreR1.p02_lm009_palm_r4_to_r3": { + "module": "ResearchFormalCoreR1/ProbabilityCompanionsV2.lean", + "name": "ResearchFormalCoreR1.p02_lm009_palm_r4_to_r3", + "status": "CORROBORATED", + "detail": "holds on 64 sampled instances satisfying the hypotheses (32 draws rejected by the hypotheses, 0 infeasible, seed 1): sampling is admitted evidence of the statement, not a proof of it", + "instances": 64, + "vacuous": false, + "float_free": true, + "sampling": { + "seed": 1, + "draws": 65, + "accepted": 64, + "rejected": 32, + "infeasible": 0, + "undecided": 0 + } + } + }, + "sampling": { + "seed": 1, + "samples": 64 + }, + "exit_code": 1, + "note": "G12 census: coverage of the empirical statement check over every declaration in a directory, with no manifest. PASS/CORROBORATED/FAIL/UNSUPPORTED as in a package check; UNSUPPORTED reasons are classified. Not a gate and not kernel evidence.", + "unresolved_imports": {} +} diff --git a/cbz/evidence/g12-statement-fuzz-01n/census_math_dfa9b30a_20261106_deps/frontiers_determinant_moment_20261025.stdout.txt b/cbz/evidence/g12-statement-fuzz-01n/census_math_dfa9b30a_20261106_deps/frontiers_determinant_moment_20261025.stdout.txt new file mode 100644 index 000000000..84c47e6b6 --- /dev/null +++ b/cbz/evidence/g12-statement-fuzz-01n/census_math_dfa9b30a_20261106_deps/frontiers_determinant_moment_20261025.stdout.txt @@ -0,0 +1,112 @@ +{ + "lean_dir": "/frontiers/determinant_moment_20261025", + "files": 14, + "files_evaluated": 14, + "targets": 85, + "status_counts": { + "CORROBORATED": 24, + "UNSUPPORTED": 61 + }, + "unsupported_reasons": { + "binder outside the interpreter": 41, + "unbounded quantifier inside the statement": 5, + "structural conclusion": 4, + "unknown function": 3, + "definition outside the interpreter": 3, + "quantifier over an unsupported type": 2, + "proposition outside the interpreter": 2, + "no sample satisfied the hypotheses": 1 + }, + "sampling": { + "seed": 1, + "samples": 64 + }, + "exit_code": 1, + "unresolved_imports": {}, + "copies": 0 +} +CORROBORATED: ResearchFormalCoreR1/AlgebraV2.lean::ResearchFormalCoreR1.ec005_fold_gap: holds on 64 sampled instances satisfying the hypotheses (0 draws rejected by the hypotheses, 0 infeasible, seed 1): sampling is admitted evidence of the statement, not a proof of it +CORROBORATED: ResearchFormalCoreR1/AlgebraV2.lean::ResearchFormalCoreR1.ec008_factor_expansion: holds on 64 sampled instances satisfying the hypotheses (0 draws rejected by the hypotheses, 0 infeasible, seed 1): sampling is admitted evidence of the statement, not a proof of it +CORROBORATED: ResearchFormalCoreR1/AlgebraV2.lean::ResearchFormalCoreR1.ec010_generic: holds on 64 sampled instances satisfying the hypotheses (0 draws rejected by the hypotheses, 0 infeasible, seed 1): sampling is admitted evidence of the statement, not a proof of it +CORROBORATED: ResearchFormalCoreR1/AlgebraV2.lean::ResearchFormalCoreR1.ec010_transverse: holds on 64 sampled instances satisfying the hypotheses (0 draws rejected by the hypotheses, 0 infeasible, seed 1): sampling is admitted evidence of the statement, not a proof of it +CORROBORATED: ResearchFormalCoreR1/AlgebraV2.lean::ResearchFormalCoreR1.ec011_scalar_cancellation: holds on 64 sampled instances satisfying the hypotheses (0 draws rejected by the hypotheses, 0 infeasible, seed 1): sampling is admitted evidence of the statement, not a proof of it +CORROBORATED: ResearchFormalCoreR1/AlgebraV2.lean::ResearchFormalCoreR1.ec014_contact_power: holds on 64 sampled instances satisfying the hypotheses (1 draws rejected by the hypotheses, 0 infeasible, seed 1): sampling is admitted evidence of the statement, not a proof of it +CORROBORATED: ResearchFormalCoreR1/DeterminantMoment.lean::ResearchFormalCoreR1.dm2_scale: holds on 64 sampled instances satisfying the hypotheses (5 draws rejected by the hypotheses, 0 infeasible, seed 1): sampling is admitted evidence of the statement, not a proof of it +CORROBORATED: ResearchFormalCoreR1/DeterminantMoment.lean::ResearchFormalCoreR1.dm2_factors: holds on 64 sampled instances satisfying the hypotheses (11 draws rejected by the hypotheses, 0 infeasible, seed 1): sampling is admitted evidence of the statement, not a proof of it +CORROBORATED: ResearchFormalCoreR1/DeterminantMoment.lean::ResearchFormalCoreR1.dm2_untyped: holds on 64 sampled instances satisfying the hypotheses (6 draws rejected by the hypotheses, 0 infeasible, seed 1): sampling is admitted evidence of the statement, not a proof of it +UNSUPPORTED: ResearchFormalCoreR1/DeterminantMoment.lean::ResearchFormalCoreR1.dm2_pointwise: unknown function by +UNSUPPORTED: ResearchFormalCoreR1/DeterminantMoment.lean::ResearchFormalCoreR1.dm2_negative_iff: quantifier over Fin 2 → ℝ +UNSUPPORTED: ResearchFormalCoreR1/DeterminantMoment.lean::ResearchFormalCoreR1.dm2_weight_measurable: conclusion is a structural predicate ['Measurable']: trivial on finite discrete models (every set is measurable, every function measurable and integrable), so sampling has no content here +UNSUPPORTED: ResearchFormalCoreR1/DeterminantMoment.lean::ResearchFormalCoreR1.dm2_moment: binder ( μ : MeasureTheory.Measure Ω ) is neither a sampled numeric type (ℕ ℤ ℚ ℝ) nor a decidable hypothesis +UNSUPPORTED: ResearchFormalCoreR1/EndpointGaussianMoments.lean::ResearchFormalCoreR1.egm_weight_measurable: conclusion is a structural predicate ['Measurable']: trivial on finite discrete models (every set is measurable, every function measurable and integrable), so sampling has no content here +CORROBORATED: ResearchFormalCoreR1/EndpointGaussianMoments.lean::ResearchFormalCoreR1.egm_coordinate_bound: holds on 64 sampled instances satisfying the hypotheses (0 draws rejected by the hypotheses, 0 infeasible, seed 1): sampling is admitted evidence of the statement, not a proof of it +CORROBORATED: ResearchFormalCoreR1/EndpointGaussianMoments.lean::ResearchFormalCoreR1.egm_factor_bound: holds on 64 sampled instances satisfying the hypotheses (11 draws rejected by the hypotheses, 0 infeasible, seed 1): sampling is admitted evidence of the statement, not a proof of it +CORROBORATED: ResearchFormalCoreR1/EndpointGaussianMoments.lean::ResearchFormalCoreR1.egm_untyped: holds on 64 sampled instances satisfying the hypotheses (6 draws rejected by the hypotheses, 0 infeasible, seed 1): sampling is admitted evidence of the statement, not a proof of it +UNSUPPORTED: ResearchFormalCoreR1/EndpointGaussianMoments.lean::ResearchFormalCoreR1.egm_pointwise: unknown function by +UNSUPPORTED: ResearchFormalCoreR1/EndpointGaussianMoments.lean::ResearchFormalCoreR1.egm_gaussian_moment: binder ( J : Ω → Fin 6 → ℝ ) is neither a sampled numeric type (ℕ ℤ ℚ ℝ) nor a decidable hypothesis +UNSUPPORTED: ResearchFormalCoreR1/EndpointNormalizerBridge.lean::ResearchFormalCoreR1.enb_permutation_continuous: proposition of form App +CORROBORATED: ResearchFormalCoreR1/EndpointNormalizerBridge.lean::ResearchFormalCoreR1.enb_maximum_factor: holds on 64 sampled instances satisfying the hypotheses (4 draws rejected by the hypotheses, 0 infeasible, seed 1): sampling is admitted evidence of the statement, not a proof of it +UNSUPPORTED: ResearchFormalCoreR1/EndpointNormalizerBridge.lean::ResearchFormalCoreR1.enb_maximum_iff: quantifier over Fin 2 → ℝ +CORROBORATED: ResearchFormalCoreR1/EndpointNormalizerBridge.lean::ResearchFormalCoreR1.enb_saddle_iff: holds on 64 sampled instances satisfying the hypotheses (4 draws rejected by the hypotheses, 0 infeasible, seed 1): sampling is admitted evidence of the statement, not a proof of it +UNSUPPORTED: ResearchFormalCoreR1/EndpointNormalizerBridge.lean::ResearchFormalCoreR1.enb_weight_identity: unknown function by +UNSUPPORTED: ResearchFormalCoreR1/EndpointNormalizerBridge.lean::ResearchFormalCoreR1.enb_integral_identity: binder ( J : Ω → Fin 6 → ℝ ) is neither a sampled numeric type (ℕ ℤ ℚ ℝ) nor a decidable hypothesis +UNSUPPORTED: ResearchFormalCoreR1/EndpointNormalizerBridge.lean::ResearchFormalCoreR1.enb_integrable_iff: binder ( J : Ω → Fin 6 → ℝ ) is neither a sampled numeric type (ℕ ℤ ℚ ℝ) nor a decidable hypothesis +UNSUPPORTED: ResearchFormalCoreR1/EndpointNormalizerBridge.lean::ResearchFormalCoreR1.enb_integrable_of_integrable_sq: binder ( J : Ω → Fin 6 → ℝ ) is neither a sampled numeric type (ℕ ℤ ℚ ℝ) nor a decidable hypothesis +UNSUPPORTED: ResearchFormalCoreR1/EndpointNormalizerBridge.lean::ResearchFormalCoreR1.enb_normalizer_floor_of_common_coupling: binder ( J : ℝ → Ω → Fin 6 → ℝ ) is neither a sampled numeric type (ℕ ℤ ℚ ℝ) nor a decidable hypothesis +UNSUPPORTED: ResearchFormalCoreR1/GaussianCoupling.lean::ResearchFormalCoreR1.gc_matrix_eval_tendsto: binder { u : Filter R } is neither a sampled numeric type (ℕ ℤ ℚ ℝ) nor a decidable hypothesis +UNSUPPORTED: ResearchFormalCoreR1/GaussianCoupling.lean::ResearchFormalCoreR1.gc_coupledVector_hasLaw: binder ( m : EuclideanSpace ℝ ι ) is neither a sampled numeric type (ℕ ℤ ℚ ℝ) nor a decidable hypothesis +UNSUPPORTED: ResearchFormalCoreR1/GaussianCoupling.lean::ResearchFormalCoreR1.gc_coupledVector_tendsto: binder ( u : Filter κ ) is neither a sampled numeric type (ℕ ℤ ℚ ℝ) nor a decidable hypothesis +UNSUPPORTED: ResearchFormalCoreR1/GaussianJetMoments.lean::ResearchFormalCoreR1.gm8FiniteM8_nonneg: definition gm8C8 has an unparsed body +UNSUPPORTED: ResearchFormalCoreR1/GaussianJetMoments.lean::ResearchFormalCoreR1.gm8M8_nonneg: definition gm8C8 has an unparsed body +CORROBORATED: ResearchFormalCoreR1/GaussianJetMoments.lean::ResearchFormalCoreR1.gm8_finite_radius_power_bound: holds on 64 sampled instances satisfying the hypotheses (0 draws rejected by the hypotheses, 0 infeasible, seed 1): sampling is admitted evidence of the statement, not a proof of it +UNSUPPORTED: ResearchFormalCoreR1/GaussianJetMoments.lean::ResearchFormalCoreR1.gm8_finite_integrable_bound: binder ( J : Ω → Fin n → ℝ ) is neither a sampled numeric type (ℕ ℤ ℚ ℝ) nor a decidable hypothesis +UNSUPPORTED: ResearchFormalCoreR1/GaussianJetMoments.lean::ResearchFormalCoreR1.gm8_radius_power_bound: binder ( j : DM2Jet ) is neither a sampled numeric type (ℕ ℤ ℚ ℝ) nor a decidable hypothesis +UNSUPPORTED: ResearchFormalCoreR1/GaussianJetMoments.lean::ResearchFormalCoreR1.gm8_jet_integrable_bound: binder ( J : Ω → DM2Jet ) is neither a sampled numeric type (ℕ ℤ ℚ ℝ) nor a decidable hypothesis +UNSUPPORTED: ResearchFormalCoreR1/GaussianJetMoments.lean::ResearchFormalCoreR1.gm8_family_weight_moment: binder ( μ : ℝ → Measure Ω ) is neither a sampled numeric type (ℕ ℤ ℚ ℝ) nor a decidable hypothesis +UNSUPPORTED: ResearchFormalCoreR1/GaussianNormalizer.lean::ResearchFormalCoreR1.gn_gaussian_reference_integrable_pos: binder ( v : ℝ ≥ 0 ) is neither a sampled numeric type (ℕ ℤ ℚ ℝ) nor a decidable hypothesis +UNSUPPORTED: ResearchFormalCoreR1/GaussianNormalizer.lean::ResearchFormalCoreR1.gn_open_box_floor: no sample satisfied the hypotheses and evaluated (1032 draws): the hypotheses may be unsatisfiable (vacuous, A5) or outside what the sampler can hit +UNSUPPORTED: ResearchFormalCoreR1/GaussianNormalizerLimit.lean::ResearchFormalCoreR1.gnl_contact_relations: binder ( hS : S.PosSemidef ) is neither a sampled numeric type (ℕ ℤ ℚ ℝ) nor a decidable hypothesis +UNSUPPORTED: ResearchFormalCoreR1/GaussianNormalizerLimit.lean::ResearchFormalCoreR1.gnl_positivePart_memLp: binder { p : ℝ ≥ 0 ∞ } is neither a sampled numeric type (ℕ ℤ ℚ ℝ) nor a decidable hypothesis +UNSUPPORTED: ResearchFormalCoreR1/GaussianNormalizerLimit.lean::ResearchFormalCoreR1.gnl_gaussian_weight_integrable: binder ( hS : S.PosSemidef ) is neither a sampled numeric type (ℕ ℤ ℚ ℝ) nor a decidable hypothesis +UNSUPPORTED: ResearchFormalCoreR1/GaussianNormalizerLimit.lean::ResearchFormalCoreR1.gnl_normalizer_floor_of_parameter_limits: binder ( m : ℝ → EuclideanSpace ℝ ( Fin 6 ) ) is neither a sampled numeric type (ℕ ℤ ℚ ℝ) nor a decidable hypothesis +UNSUPPORTED: ResearchFormalCoreR1/GaussianNormalizerLimit.lean::ResearchFormalCoreR1.gnl_physical_normalizer_floor_of_parameter_limits: binder ( m : ℝ → EuclideanSpace ℝ ( Fin 6 ) ) is neither a sampled numeric type (ℕ ℤ ℚ ℝ) nor a decidable hypothesis +UNSUPPORTED: ResearchFormalCoreR1/GaussianRegressionKernel.lean::ResearchFormalCoreR1.regression_compProd_id_const: instance binder [ SFinite μ ] cannot be sampled +UNSUPPORTED: ResearchFormalCoreR1/GaussianRegressionKernel.lean::ResearchFormalCoreR1.regression_pair_hasCondDistrib: binder { X : Ω → α } is neither a sampled numeric type (ℕ ℤ ℚ ℝ) nor a decidable hypothesis +UNSUPPORTED: ResearchFormalCoreR1/GaussianRegressionKernel.lean::ResearchFormalCoreR1.regressionReconstruction_measurable: binder ( B : ( Fin n → ℝ ) → L [ ℝ ] ( Fin k → ℝ ) ) is neither a sampled numeric type (ℕ ℤ ℚ ℝ) nor a decidable hypothesis +UNSUPPORTED: ResearchFormalCoreR1/GaussianRegressionKernel.lean::ResearchFormalCoreR1.regressionKernel_apply: binder ( ν : Measure ( Fin k → ℝ ) ) is neither a sampled numeric type (ℕ ℤ ℚ ℝ) nor a decidable hypothesis +UNSUPPORTED: ResearchFormalCoreR1/GaussianRegressionKernel.lean::ResearchFormalCoreR1.independentResidual_hasCondDistrib: binder { X : Ω → Fin n → ℝ } is neither a sampled numeric type (ℕ ℤ ℚ ℝ) nor a decidable hypothesis +UNSUPPORTED: ResearchFormalCoreR1/GaussianRegressionKernel.lean::ResearchFormalCoreR1.gaussianRegression_hasCondDistrib: binder { X : Ω → Fin n → ℝ } is neither a sampled numeric type (ℕ ℤ ℚ ℝ) nor a decidable hypothesis +UNSUPPORTED: ResearchFormalCoreR1/GaussianRegressionKernel.lean::ResearchFormalCoreR1.regressionKernel_measurable: binder ( ν : Measure ( Fin k → ℝ ) ) is neither a sampled numeric type (ℕ ℤ ℚ ℝ) nor a decidable hypothesis +UNSUPPORTED: ResearchFormalCoreR1/GaussianRegressionKernel.lean::ResearchFormalCoreR1.gaussianRegressionKernel_spec: binder { X : Ω → Fin n → ℝ } is neither a sampled numeric type (ℕ ℤ ℚ ℝ) nor a decidable hypothesis +UNSUPPORTED: ResearchFormalCoreR1/GaussianRegressionKernel.lean::ResearchFormalCoreR1.regression_map_coordinate: binder ( B : ( Fin n → ℝ ) → L [ ℝ ] ( Fin k → ℝ ) ) is neither a sampled numeric type (ℕ ℤ ℚ ℝ) nor a decidable hypothesis +UNSUPPORTED: ResearchFormalCoreR1/GaussianRegressionKernel.lean::ResearchFormalCoreR1.regression_covariance_map: binder { X : Ω → Fin n → ℝ } is neither a sampled numeric type (ℕ ℤ ℚ ℝ) nor a decidable hypothesis +UNSUPPORTED: ResearchFormalCoreR1/GaussianRegressionKernel.lean::ResearchFormalCoreR1.regression_residual_zero_covariance: binder { X : Ω → Fin n → ℝ } is neither a sampled numeric type (ℕ ℤ ℚ ℝ) nor a decidable hypothesis +UNSUPPORTED: ResearchFormalCoreR1/GaussianRegressionKernel.lean::ResearchFormalCoreR1.regression_residual_jointGaussian: binder { X : Ω → Fin n → ℝ } is neither a sampled numeric type (ℕ ℤ ℚ ℝ) nor a decidable hypothesis +UNSUPPORTED: ResearchFormalCoreR1/GaussianRegressionKernel.lean::ResearchFormalCoreR1.gaussianRegression_observed_hasCondDistrib: binder { X : Ω → Fin n → ℝ } is neither a sampled numeric type (ℕ ℤ ℚ ℝ) nor a decidable hypothesis +UNSUPPORTED: ResearchFormalCoreR1/GaussianRegressionKernel.lean::ResearchFormalCoreR1.gaussianRegression_observed_spec: binder { X : Ω → Fin n → ℝ } is neither a sampled numeric type (ℕ ℤ ℚ ℝ) nor a decidable hypothesis +UNSUPPORTED: ResearchFormalCoreR1/GaussianScalarMoments.lean::ResearchFormalCoreR1.gm8_standard_integrable: conclusion is a structural predicate ['Integrable']: trivial on finite discrete models (every set is measurable, every function measurable and integrable), so sampling has no content here +UNSUPPORTED: ResearchFormalCoreR1/GaussianScalarMoments.lean::ResearchFormalCoreR1.gm8_standard_nonneg: definition gm8C8 has an unparsed body +UNSUPPORTED: ResearchFormalCoreR1/GaussianScalarMoments.lean::ResearchFormalCoreR1.gm8_integrable: binder ( v : ℝ ≥ 0 ) is neither a sampled numeric type (ℕ ℤ ℚ ℝ) nor a decidable hypothesis +CORROBORATED: ResearchFormalCoreR1/GaussianScalarMoments.lean::ResearchFormalCoreR1.gm8_sqrt_pow: holds on 64 sampled instances satisfying the hypotheses (3 draws rejected by the hypotheses, 0 infeasible, seed 1): sampling is admitted evidence of the statement, not a proof of it +UNSUPPORTED: ResearchFormalCoreR1/GaussianScalarMoments.lean::ResearchFormalCoreR1.gm8_affine_map: binder ( v : ℝ ≥ 0 ) is neither a sampled numeric type (ℕ ℤ ℚ ℝ) nor a decidable hypothesis +UNSUPPORTED: ResearchFormalCoreR1/GaussianScalarMoments.lean::ResearchFormalCoreR1.gm8_affine_bound: binder ( v : ℝ ≥ 0 ) is neither a sampled numeric type (ℕ ℤ ℚ ℝ) nor a decidable hypothesis +UNSUPPORTED: ResearchFormalCoreR1/GaussianScalarMoments.lean::ResearchFormalCoreR1.gm8_scalar_integrable_bound: binder ( v : ℝ ≥ 0 ) is neither a sampled numeric type (ℕ ℤ ℚ ℝ) nor a decidable hypothesis +UNSUPPORTED: ResearchFormalCoreR1/NormalizerFloor.lean::ResearchFormalCoreR1.nfloor_eventually_lower_of_fatou: binder ( u : Filter ι ) is neither a sampled numeric type (ℕ ℤ ℚ ℝ) nor a decidable hypothesis +UNSUPPORTED: ResearchFormalCoreR1/NormalizerFloor.lean::ResearchFormalCoreR1.nfloor_weight_continuous: proposition of form App +CORROBORATED: ResearchFormalCoreR1/NormalizerFloor.lean::ResearchFormalCoreR1.nfloor_contact_value: holds on 64 sampled instances satisfying the hypotheses (0 draws rejected by the hypotheses, 0 infeasible, seed 1): sampling is admitted evidence of the statement, not a proof of it +UNSUPPORTED: ResearchFormalCoreR1/NormalizerFloor.lean::ResearchFormalCoreR1.nfloor_weight_limit: binder ( X : ℝ → Fin 6 → ℝ ) is neither a sampled numeric type (ℕ ℤ ℚ ℝ) nor a decidable hypothesis +UNSUPPORTED: ResearchFormalCoreR1/NormalizerFloor.lean::ResearchFormalCoreR1.nfloor_reference: binder ( v : ℝ ≥ 0 ) is neither a sampled numeric type (ℕ ℤ ℚ ℝ) nor a decidable hypothesis +UNSUPPORTED: ResearchFormalCoreR1/NormalizerFloor.lean::ResearchFormalCoreR1.gn_normalizer_floor_of_common_coupling: binder ( X : ℝ → Ω → Fin 6 → ℝ ) is neither a sampled numeric type (ℕ ℤ ℚ ℝ) nor a decidable hypothesis +UNSUPPORTED: ResearchFormalCoreR1/PalmReweighting.lean::ResearchFormalCoreR1.prw_integrable_of_integrable_sq: conclusion is a structural predicate ['Integrable']: trivial on finite discrete models (every set is measurable, every function measurable and integrable), so sampling has no content here +UNSUPPORTED: ResearchFormalCoreR1/PalmReweighting.lean::ResearchFormalCoreR1.prw_measure_apply: unbounded quantifier over ω +UNSUPPORTED: ResearchFormalCoreR1/PalmReweighting.lean::ResearchFormalCoreR1.prw_isProbabilityMeasure: unbounded quantifier over ω +UNSUPPORTED: ResearchFormalCoreR1/PalmReweighting.lean::ResearchFormalCoreR1.prw_measure_real: unbounded quantifier over ω +UNSUPPORTED: ResearchFormalCoreR1/PalmReweighting.lean::ResearchFormalCoreR1.prw_numerator_bound: unbounded quantifier over ω +UNSUPPORTED: ResearchFormalCoreR1/PalmReweighting.lean::ResearchFormalCoreR1.prw_square_root_event_bound: unbounded quantifier over ω +CORROBORATED: ResearchFormalCoreR1/ProbabilityCompanionsV2.lean::ResearchFormalCoreR1.p02_lm008_r2_cancel: holds on 64 sampled instances satisfying the hypotheses (1 draws rejected by the hypotheses, 0 infeasible, seed 1): sampling is admitted evidence of the statement, not a proof of it +CORROBORATED: ResearchFormalCoreR1/ProbabilityCompanionsV2.lean::ResearchFormalCoreR1.p02_lm008_cross_multiplied: holds on 64 sampled instances satisfying the hypotheses (103 draws rejected by the hypotheses, 0 infeasible, seed 1): sampling is admitted evidence of the statement, not a proof of it +CORROBORATED: ResearchFormalCoreR1/ProbabilityCompanionsV2.lean::ResearchFormalCoreR1.p02_lm008_quotient_bound: holds on 64 sampled instances satisfying the hypotheses (48 draws rejected by the hypotheses, 0 infeasible, seed 1): sampling is admitted evidence of the statement, not a proof of it +CORROBORATED: ResearchFormalCoreR1/ProbabilityCompanionsV2.lean::ResearchFormalCoreR1.p02_lm009_bad_event_threshold: holds on 64 sampled instances satisfying the hypotheses (6 draws rejected by the hypotheses, 0 infeasible, seed 1): sampling is admitted evidence of the statement, not a proof of it +CORROBORATED: ResearchFormalCoreR1/ProbabilityCompanionsV2.lean::ResearchFormalCoreR1.p02_lm009_power40_identity: holds on 64 sampled instances satisfying the hypotheses (0 draws rejected by the hypotheses, 0 infeasible, seed 1): sampling is admitted evidence of the statement, not a proof of it +CORROBORATED: ResearchFormalCoreR1/ProbabilityCompanionsV2.lean::ResearchFormalCoreR1.p02_lm009_r4_le_r3: holds on 64 sampled instances satisfying the hypotheses (5 draws rejected by the hypotheses, 0 infeasible, seed 1): sampling is admitted evidence of the statement, not a proof of it +CORROBORATED: ResearchFormalCoreR1/ProbabilityCompanionsV2.lean::ResearchFormalCoreR1.p02_lm009_palm_r4_to_r3: holds on 64 sampled instances satisfying the hypotheses (32 draws rejected by the hypotheses, 0 infeasible, seed 1): sampling is admitted evidence of the statement, not a proof of it diff --git a/cbz/evidence/g12-statement-fuzz-01n/census_math_dfa9b30a_20261106_deps/frontiers_regular_superlevel_geometry_20261020.json b/cbz/evidence/g12-statement-fuzz-01n/census_math_dfa9b30a_20261106_deps/frontiers_regular_superlevel_geometry_20261020.json new file mode 100644 index 000000000..fff477dae --- /dev/null +++ b/cbz/evidence/g12-statement-fuzz-01n/census_math_dfa9b30a_20261106_deps/frontiers_regular_superlevel_geometry_20261020.json @@ -0,0 +1,258 @@ +{ + "lean_dir": 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"name": "TorusRegularSuperlevel.closed_superlevel_basis_of_chart", + "status": "UNSUPPORTED", + "detail": "binder { g : E d \u2192 \u211d } is neither a sampled numeric type (\u2115 \u2124 \u211a \u211d) nor a decidable hypothesis", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "development/b5733777504470cc1a2edfff780d0d7b7f271fdfc3db377cdb093f7e356f946d.lean::TorusRegularSuperlevel.closed_superlevel_interior_basis": { + "module": "development/b5733777504470cc1a2edfff780d0d7b7f271fdfc3db377cdb093f7e356f946d.lean", + "name": "TorusRegularSuperlevel.closed_superlevel_interior_basis", + "status": "UNSUPPORTED", + "detail": "binder { g : E d \u2192 \u211d } is neither a sampled numeric type (\u2115 \u2124 \u211a \u211d) nor a decidable hypothesis", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "project/RegularPointChart.lean::UniversalLaw.Spec.Lifetime.regularPointDerivative_range_eq_top": { + "module": "project/RegularPointChart.lean", + "name": 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IsSmooth d g ) is neither a sampled numeric type (\u2115 \u2124 \u211a \u211d) nor a decidable hypothesis", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "project/RegularPointChart.lean::UniversalLaw.Spec.Lifetime.regularPointChart_self": { + "module": "project/RegularPointChart.lean", + "name": "UniversalLaw.Spec.Lifetime.regularPointChart_self", + "status": "UNSUPPORTED", + "detail": "binder ( hg : IsSmooth d g ) is neither a sampled numeric type (\u2115 \u2124 \u211a \u211d) nor a decidable hypothesis", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "project/RegularPointChart.lean::UniversalLaw.Spec.Lifetime.mem_regularPointChart_source": { + "module": "project/RegularPointChart.lean", + "name": "UniversalLaw.Spec.Lifetime.mem_regularPointChart_source", + "status": "UNSUPPORTED", + "detail": "binder ( hg : IsSmooth d g ) is neither a sampled numeric type (\u2115 \u2124 \u211a \u211d) nor a decidable hypothesis", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "project/RegularPointChart.lean::UniversalLaw.Spec.Lifetime.mem_regularPointChart_target": { + "module": "project/RegularPointChart.lean", + "name": "UniversalLaw.Spec.Lifetime.mem_regularPointChart_target", + "status": "UNSUPPORTED", + "detail": "binder ( hg : IsSmooth d g ) is neither a sampled numeric type (\u2115 \u2124 \u211a \u211d) nor a decidable hypothesis", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "project/RegularSuperlevel.lean::TorusRegularSuperlevel.path_connected_basis_of_openEmbedding": { + "module": "project/RegularSuperlevel.lean", + "name": "TorusRegularSuperlevel.path_connected_basis_of_openEmbedding", + "status": "UNSUPPORTED", + "detail": "instance binder [ LocallyPathConnectedSpace X ] cannot be sampled", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "project/RegularSuperlevel.lean::TorusRegularSuperlevel.path_connected_basis_of_open": { + "module": "project/RegularSuperlevel.lean", + "name": "TorusRegularSuperlevel.path_connected_basis_of_open", + "status": "UNSUPPORTED", + "detail": "binder ( hU : IsOpen U ) is neither a sampled numeric type (\u2115 \u2124 \u211a \u211d) nor a decidable hypothesis", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "project/RegularSuperlevel.lean::TorusRegularSuperlevel.path_connected_basis_of_relative_chart": { + "module": "project/RegularSuperlevel.lean", + "name": "TorusRegularSuperlevel.path_connected_basis_of_relative_chart", + "status": "UNSUPPORTED", + "detail": "binder ( p : OpenPartialHomeomorph X Y ) is neither a sampled numeric type (\u2115 \u2124 \u211a \u211d) nor a decidable hypothesis", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "project/RegularSuperlevel.lean::TorusRegularSuperlevel.closed_superlevel_basis_of_chart": { + "module": "project/RegularSuperlevel.lean", + "name": "TorusRegularSuperlevel.closed_superlevel_basis_of_chart", + "status": "UNSUPPORTED", + "detail": 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decidable hypothesis", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "project/RegularSuperlevelLiteral.lean::TorusRegularSuperlevel.closed_superlevel_path_connected_basis": { + "module": "project/RegularSuperlevelLiteral.lean", + "name": "TorusRegularSuperlevel.closed_superlevel_path_connected_basis", + "status": "UNSUPPORTED", + "detail": "binder { g : E d \u2192 \u211d } is neither a sampled numeric type (\u2115 \u2124 \u211a \u211d) nor a decidable hypothesis", + "instances": 0, + "vacuous": false, + "float_free": true + } + }, + "sampling": { + "seed": 1, + "samples": 64 + }, + "exit_code": 1, + "note": "G12 census: coverage of the empirical statement check over every declaration in a directory, with no manifest. PASS/CORROBORATED/FAIL/UNSUPPORTED as in a package check; UNSUPPORTED reasons are classified. Not a gate and not kernel evidence.", + "unresolved_imports": { + "Lifetime": [ + "development/0758454e88cb02ad56483face96483d8a878afe5eaa72f1ea629f0ca5a29760f.lean", + "development/b5733777504470cc1a2edfff780d0d7b7f271fdfc3db377cdb093f7e356f946d.lean", + "project/RegularPointChart.lean", + "project/RegularSuperlevel.lean" + ], + "RegularSuperlevel": [ + "negative-project/WithoutCoordinateIdentity.lean", + "project/RegularSuperlevelLiteral.lean" + ], + "RegularSuperlevelLiteral": [ + "negative-project/WithoutRegularOrInterior.lean", + "project/RegularSuperlevelAxiomAudit.lean" + ], + "RegularPointChart": [ + "project/RegularSuperlevelLiteral.lean" + ] + } +} diff --git a/cbz/evidence/g12-statement-fuzz-01n/census_math_dfa9b30a_20261106_deps/frontiers_regular_superlevel_geometry_20261020.stdout.txt b/cbz/evidence/g12-statement-fuzz-01n/census_math_dfa9b30a_20261106_deps/frontiers_regular_superlevel_geometry_20261020.stdout.txt new file mode 100644 index 000000000..90d93d46d --- /dev/null +++ b/cbz/evidence/g12-statement-fuzz-01n/census_math_dfa9b30a_20261106_deps/frontiers_regular_superlevel_geometry_20261020.stdout.txt @@ -0,0 +1,60 @@ +{ + "lean_dir": "/frontiers/regular_superlevel_geometry_20261020", + "files": 9, + "files_evaluated": 9, + "targets": 23, + "status_counts": { + "UNSUPPORTED": 23 + }, + "unsupported_reasons": { + "binder outside the interpreter": 23 + }, + "sampling": { + "seed": 1, + "samples": 64 + }, + "exit_code": 1, + "unresolved_imports": { + "Lifetime": [ + "development/0758454e88cb02ad56483face96483d8a878afe5eaa72f1ea629f0ca5a29760f.lean", + "development/b5733777504470cc1a2edfff780d0d7b7f271fdfc3db377cdb093f7e356f946d.lean", + "project/RegularPointChart.lean", + "project/RegularSuperlevel.lean" + ], + "RegularSuperlevel": [ + "negative-project/WithoutCoordinateIdentity.lean", + "project/RegularSuperlevelLiteral.lean" + ], + "RegularSuperlevelLiteral": [ + "negative-project/WithoutRegularOrInterior.lean", + "project/RegularSuperlevelAxiomAudit.lean" + ], + "RegularPointChart": [ + "project/RegularSuperlevelLiteral.lean" + ] + }, + "copies": 0 +} +UNSUPPORTED: development/0758454e88cb02ad56483face96483d8a878afe5eaa72f1ea629f0ca5a29760f.lean::TorusRegularSuperlevel.path_connected_basis_of_openEmbedding: instance binder [ LocallyPathConnectedSpace X ] cannot be sampled +UNSUPPORTED: development/0758454e88cb02ad56483face96483d8a878afe5eaa72f1ea629f0ca5a29760f.lean::TorusRegularSuperlevel.path_connected_basis_of_open: binder ( hU : IsOpen U ) is neither a sampled numeric type (ℕ ℤ ℚ ℝ) nor a decidable hypothesis +UNSUPPORTED: development/0758454e88cb02ad56483face96483d8a878afe5eaa72f1ea629f0ca5a29760f.lean::TorusRegularSuperlevel.path_connected_basis_of_relative_chart: binder ( p : OpenPartialHomeomorph X Y ) is neither a sampled numeric type (ℕ ℤ ℚ ℝ) nor a decidable hypothesis +UNSUPPORTED: development/0758454e88cb02ad56483face96483d8a878afe5eaa72f1ea629f0ca5a29760f.lean::TorusRegularSuperlevel.closed_superlevel_basis_of_chart: binder { g : E d → ℝ } is neither a sampled numeric type (ℕ ℤ ℚ ℝ) nor a decidable hypothesis +UNSUPPORTED: development/0758454e88cb02ad56483face96483d8a878afe5eaa72f1ea629f0ca5a29760f.lean::TorusRegularSuperlevel.closed_superlevel_interior_basis: binder { g : E d → ℝ } is neither a sampled numeric type (ℕ ℤ ℚ ℝ) nor a decidable hypothesis +UNSUPPORTED: development/b5733777504470cc1a2edfff780d0d7b7f271fdfc3db377cdb093f7e356f946d.lean::TorusRegularSuperlevel.path_connected_basis_of_openEmbedding: instance binder [ LocallyPathConnectedSpace X ] cannot be sampled +UNSUPPORTED: development/b5733777504470cc1a2edfff780d0d7b7f271fdfc3db377cdb093f7e356f946d.lean::TorusRegularSuperlevel.path_connected_basis_of_open: binder ( hU : IsOpen U ) is neither a sampled numeric type (ℕ ℤ ℚ ℝ) nor a decidable hypothesis +UNSUPPORTED: 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"instances": 0, + "vacuous": false, + "float_free": true + }, + "AdaptiveFoldTransverseRidge.lean::AdaptiveFoldTransverseRidge.profile_derivative_jets": { + "module": "AdaptiveFoldTransverseRidge.lean", + "name": "AdaptiveFoldTransverseRidge.profile_derivative_jets", + "status": "UNSUPPORTED", + "detail": "binder { V : \u211d \u00d7 \u211d \u2192 \u211d } is neither a sampled numeric type (\u2115 \u2124 \u211a \u211d) nor a decidable hypothesis", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "AdaptiveFoldTransverseRidge.lean::AdaptiveFoldTransverseRidge.bilinear_graph_vector": { + "module": "AdaptiveFoldTransverseRidge.lean", + "name": "AdaptiveFoldTransverseRidge.bilinear_graph_vector", + "status": "UNSUPPORTED", + "detail": "binder ( B : ( \u211d \u00d7 \u211d ) \u2192 L [ \u211d ] ( \u211d \u00d7 \u211d ) \u2192 L [ \u211d ] \u211d ) is neither a sampled numeric type (\u2115 \u2124 \u211a \u211d) nor a decidable hypothesis", + "instances": 0, + "vacuous": false, 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"ConfluentIntegralIdentities.lean", + "name": "I4ConfluentIntegralIdentities.left_endpoint_identity", + "status": "UNSUPPORTED", + "detail": "binder ( g g' : \u211d \u2192 \u211d ) is neither a sampled numeric type (\u2115 \u2124 \u211a \u211d) nor a decidable hypothesis", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "ConfluentIntegralIdentities.lean::I4ConfluentIntegralIdentities.right_endpoint_identity": { + "module": "ConfluentIntegralIdentities.lean", + "name": "I4ConfluentIntegralIdentities.right_endpoint_identity", + "status": "UNSUPPORTED", + "detail": "binder ( g g' : \u211d \u2192 \u211d ) is neither a sampled numeric type (\u2115 \u2124 \u211a \u211d) nor a decidable hypothesis", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "ConfluentIntegralIdentities.lean::I4ConfluentIntegralIdentities.peano_identity": { + "module": "ConfluentIntegralIdentities.lean", + "name": "I4ConfluentIntegralIdentities.peano_identity", + "status": "UNSUPPORTED", + "detail": "binder ( f f1 f2 f3 : \u211d \u2192 \u211d ) is neither a sampled numeric type (\u2115 \u2124 \u211a \u211d) nor a decidable hypothesis", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "ConfluentIntegralIdentities.lean::I4ConfluentIntegralIdentities.iterated_hasDerivAt": { + "module": "ConfluentIntegralIdentities.lean", + "name": "I4ConfluentIntegralIdentities.iterated_hasDerivAt", + "status": "UNSUPPORTED", + "detail": "binder { F : \u211d \u2192 \u211d } is neither a sampled numeric type (\u2115 \u2124 \u211a \u211d) nor a decidable hypothesis", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "ConfluentIntegralIdentities.lean::I4ConfluentIntegralIdentities.pin3_integral": { + "module": "ConfluentIntegralIdentities.lean", + "name": "I4ConfluentIntegralIdentities.pin3_integral", + "status": "UNSUPPORTED", + "detail": "binder ( F : \u211d \u2192 \u211d ) is neither a sampled numeric type (\u2115 \u2124 \u211a \u211d) nor a decidable hypothesis", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "ConfluentIntegralIdentities.lean::I4ConfluentIntegralIdentities.pin4_integral": { + "module": "ConfluentIntegralIdentities.lean", + "name": "I4ConfluentIntegralIdentities.pin4_integral", + "status": "UNSUPPORTED", + "detail": "binder ( H : \u211d \u2192 \u211d ) is neither a sampled numeric type (\u2115 \u2124 \u211a \u211d) nor a decidable hypothesis", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "ConfluentIntegralIdentities.lean::I4ConfluentIntegralIdentities.pin5_integral": { + "module": "ConfluentIntegralIdentities.lean", + "name": "I4ConfluentIntegralIdentities.pin5_integral", + "status": "UNSUPPORTED", + "detail": "binder ( F : \u211d \u2192 \u211d ) is neither a sampled numeric type (\u2115 \u2124 \u211a \u211d) nor a decidable hypothesis", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "ConfluentIntegralIdentities.lean::I4ConfluentIntegralIdentities.adjusted_second_left": { + "module": "ConfluentIntegralIdentities.lean", + "name": "I4ConfluentIntegralIdentities.adjusted_second_left", + "status": "UNSUPPORTED", + "detail": "binder ( F : \u211d \u2192 \u211d ) is neither a sampled numeric type (\u2115 \u2124 \u211a \u211d) nor a decidable hypothesis", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "ConfluentIntegralIdentities.lean::I4ConfluentIntegralIdentities.adjusted_second_right": { + "module": "ConfluentIntegralIdentities.lean", + "name": "I4ConfluentIntegralIdentities.adjusted_second_right", + "status": "UNSUPPORTED", + "detail": "binder ( F : \u211d \u2192 \u211d ) is neither a sampled numeric type (\u2115 \u2124 \u211a \u211d) nor a decidable hypothesis", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "ConfluentIntegralIdentities.lean::I4ConfluentIntegralIdentities.adjusted_transverse_left": { + "module": "ConfluentIntegralIdentities.lean", + "name": "I4ConfluentIntegralIdentities.adjusted_transverse_left", + "status": "UNSUPPORTED", + "detail": "binder ( H : \u211d \u2192 \u211d ) is neither a sampled numeric type (\u2115 \u2124 \u211a \u211d) nor a decidable hypothesis", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "ConfluentIntegralIdentities.lean::I4ConfluentIntegralIdentities.adjusted_transverse_right": { + "module": "ConfluentIntegralIdentities.lean", + "name": "I4ConfluentIntegralIdentities.adjusted_transverse_right", + "status": "UNSUPPORTED", + "detail": "binder ( H : \u211d \u2192 \u211d ) is neither a sampled numeric type (\u2115 \u2124 \u211a \u211d) nor a decidable hypothesis", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "ContactJetCovariance.lean::I4ContactGram.contactWitness_transpose_mulVec_eq_zero": { + "module": "ContactJetCovariance.lean", + "name": "I4ContactGram.contactWitness_transpose_mulVec_eq_zero", + "status": "UNSUPPORTED", + "detail": "binder ( h : ( contactWitness c ) \u1d40 * \u1d65 z = 0 ) is neither a sampled numeric type (\u2115 \u2124 \u211a \u211d) nor a decidable hypothesis", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "ContactJetCovariance.lean::I4ContactGram.contactWitness_transpose_injective": { + "module": "ContactJetCovariance.lean", + "name": "I4ContactGram.contactWitness_transpose_injective", + "status": "UNSUPPORTED", + "detail": "unsupported syntax: notation '\u1d40'", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "ContactJetCovariance.lean::I4ContactGram.contactWitness_amplitude_transpose_injective": { + "module": "ContactJetCovariance.lean", + "name": "I4ContactGram.contactWitness_amplitude_transpose_injective", + "status": "UNSUPPORTED", + "detail": "unsupported syntax: notation '\u1d40'", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "ContactJetCovariance.lean::I4ContactGram.coefficient_product_summable": { + "module": "ContactJetCovariance.lean", + "name": "I4ContactGram.coefficient_product_summable", + "status": "UNSUPPORTED", + "detail": "binder ( ha : Summable a ) is neither a sampled numeric type (\u2115 \u2124 \u211a \u211d) nor a decidable hypothesis", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "ContactJetCovariance.lean::I4ContactGram.coefficientGram_quadratic_hasSum": { + "module": "ContactJetCovariance.lean", + "name": "I4ContactGram.coefficientGram_quadratic_hasSum", + "status": "UNSUPPORTED", + "detail": "binder ( coeff : Fin n \u2192 \u03b9 \u2192 \u211d ) is neither a sampled numeric type (\u2115 \u2124 \u211a \u211d) nor a decidable hypothesis", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "ContactJetCovariance.lean::I4ContactGram.coefficientGram_posDef_of_separating": { + "module": "ContactJetCovariance.lean", + "name": "I4ContactGram.coefficientGram_posDef_of_separating", + "status": "UNSUPPORTED", + "detail": "binder ( coeff : Fin n \u2192 \u03b9 \u2192 \u211d ) is neither a sampled numeric type (\u2115 \u2124 \u211a \u211d) nor a decidable hypothesis", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "ContactJetCovariance.lean::I4ContactGram.contact_coefficientGram_posDef": { + "module": "ContactJetCovariance.lean", + "name": "I4ContactGram.contact_coefficientGram_posDef", + "status": "UNSUPPORTED", + "detail": "binder ( coeff : Fin 7 \u2192 \u03b9 \u2192 \u211d ) is neither a sampled numeric type (\u2115 \u2124 \u211a \u211d) nor a decidable hypothesis", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "ContactJetCovariance.lean::I4ContactGram.contact_schur_pos": { + "module": "ContactJetCovariance.lean", + "name": "I4ContactGram.contact_schur_pos", + "status": "UNSUPPORTED", + "detail": "binder ( B : Matrix ( Fin 6 ) Unit \u211d ) is neither a sampled numeric type (\u2115 \u2124 \u211a \u211d) nor a decidable hypothesis", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "GaussianRegressionLimits.lean::I4GaussianRegressionLimits.tendsto_matrix_mul_explicit": { + "module": "GaussianRegressionLimits.lean", + "name": "I4GaussianRegressionLimits.tendsto_matrix_mul_explicit", + "status": "UNSUPPORTED", + "detail": "binder { u : Filter \u03b1 } is neither a sampled numeric type (\u2115 \u2124 \u211a \u211d) nor a decidable hypothesis", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "GaussianRegressionLimits.lean::I4GaussianRegressionLimits.tendsto_matrix_mulVec_explicit": { + "module": "GaussianRegressionLimits.lean", + "name": "I4GaussianRegressionLimits.tendsto_matrix_mulVec_explicit", + "status": "UNSUPPORTED", + "detail": "binder { u : Filter \u03b1 } is neither a sampled numeric type (\u2115 \u2124 \u211a \u211d) nor a decidable hypothesis", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "GaussianRegressionLimits.lean::I4GaussianRegressionLimits.regression_parameter_limits": { + "module": "GaussianRegressionLimits.lean", + "name": "I4GaussianRegressionLimits.regression_parameter_limits", + "status": "UNSUPPORTED", + "detail": "binder ( u : Filter a ) is neither a sampled numeric type (\u2115 \u2124 \u211a \u211d) nor a decidable hypothesis", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "GaussianRegressionLimits.lean::I4GaussianRegressionLimits.bounds_from_limits": { + "module": "GaussianRegressionLimits.lean", + "name": "I4GaussianRegressionLimits.bounds_from_limits", + "status": "UNSUPPORTED", + "detail": "binder ( f : \u211d \u2192 ( \u03b9 \u2192 \u211d ) ) is neither a sampled numeric type (\u2115 \u2124 \u211a \u211d) nor a decidable hypothesis", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "GaussianRegressionLimits.lean::I4GaussianRegressionLimits.regression_uniform_bounds": { + "module": "GaussianRegressionLimits.lean", + "name": "I4GaussianRegressionLimits.regression_uniform_bounds", + "status": "UNSUPPORTED", + "detail": "binder ( G : \u211d \u2192 Matrix p p \u211d ) is neither a sampled numeric type (\u2115 \u2124 \u211a \u211d) nor a decidable hypothesis", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "GaussianWeightedMajorants.lean::I4GaussianMajorant.standardAbsMoment_integrable": { + "module": "GaussianWeightedMajorants.lean", + "name": "I4GaussianMajorant.standardAbsMoment_integrable", + "status": "UNSUPPORTED", + "detail": "conclusion is a structural predicate ['Integrable']: trivial on finite discrete models (every set is measurable, every function measurable and integrable), so sampling has no content here", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "GaussianWeightedMajorants.lean::I4GaussianMajorant.weightedAbsSeries_nonneg": { + "module": "GaussianWeightedMajorants.lean", + "name": "I4GaussianMajorant.weightedAbsSeries_nonneg", + "status": "UNSUPPORTED", + "detail": "binder ( U : I \u2192 \u03a9 \u2192 \u211d ) is neither a sampled numeric type (\u2115 \u2124 \u211a \u211d) nor a decidable hypothesis", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "GaussianWeightedMajorants.lean::I4GaussianMajorant.weightedAbsSeries_measurable": { + "module": "GaussianWeightedMajorants.lean", + "name": "I4GaussianMajorant.weightedAbsSeries_measurable", + "status": "UNSUPPORTED", + "detail": "binder ( U : I \u2192 \u03a9 \u2192 \u211d ) is neither a sampled numeric type (\u2115 \u2124 \u211a \u211d) nor a decidable hypothesis", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "GaussianWeightedMajorants.lean::I4GaussianMajorant.coordinate_eLpNorm": { + "module": "GaussianWeightedMajorants.lean", + "name": "I4GaussianMajorant.coordinate_eLpNorm", + "status": "UNSUPPORTED", + "detail": "binder ( U : I \u2192 \u03a9 \u2192 \u211d ) is neither a sampled numeric type (\u2115 \u2124 \u211a \u211d) nor a decidable hypothesis", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "GaussianWeightedMajorants.lean::I4GaussianMajorant.weightedAbsSeries_memLp_bound": { + "module": "GaussianWeightedMajorants.lean", + "name": "I4GaussianMajorant.weightedAbsSeries_memLp_bound", + "status": "UNSUPPORTED", + "detail": "binder ( U : I \u2192 \u03a9 \u2192 \u211d ) is neither a sampled numeric type (\u2115 \u2124 \u211a \u211d) nor a decidable hypothesis", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "GaussianWeightedMajorants.lean::I4GaussianMajorant.weightedAbsSeries_ae_summable": { + "module": "GaussianWeightedMajorants.lean", + "name": "I4GaussianMajorant.weightedAbsSeries_ae_summable", + "status": "UNSUPPORTED", + "detail": "binder ( U : I \u2192 \u03a9 \u2192 \u211d ) is neither a sampled numeric type (\u2115 \u2124 \u211a \u211d) nor a decidable hypothesis", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "GaussianWeightedMajorants.lean::I4GaussianMajorant.eLpNorm_nat_pow_integral": { + "module": "GaussianWeightedMajorants.lean", + "name": "I4GaussianMajorant.eLpNorm_nat_pow_integral", + "status": "UNSUPPORTED", + "detail": "unbounded quantifier over \u03c9", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "GaussianWeightedMajorants.lean::I4GaussianMajorant.weightedAbsSeries_moment": { + "module": "GaussianWeightedMajorants.lean", + "name": "I4GaussianMajorant.weightedAbsSeries_moment", + "status": "UNSUPPORTED", + "detail": "binder ( U : I \u2192 \u03a9 \u2192 \u211d ) is neither a sampled numeric type (\u2115 \u2124 \u211a \u211d) nor a decidable hypothesis", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "GaussianWeightedMajorants.lean::I4GaussianMajorant.exp_mul_abs_le": { + "module": "GaussianWeightedMajorants.lean", + "name": "I4GaussianMajorant.exp_mul_abs_le", + "status": "CORROBORATED", + "detail": "holds on 64 sampled instances satisfying the hypotheses (0 draws rejected by the hypotheses, 10 infeasible, seed 1): sampling is admitted evidence of the statement, not a proof of it", + "instances": 64, + "vacuous": false, + "float_free": true, + "sampling": { + "seed": 1, + "draws": 74, + "accepted": 64, + "rejected": 0, + "infeasible": 10, + "undecided": 0 + } + }, + "GaussianWeightedMajorants.lean::I4GaussianMajorant.foldedGaussian_exp": { + "module": "GaussianWeightedMajorants.lean", + "name": "I4GaussianMajorant.foldedGaussian_exp", + "status": "UNSUPPORTED", + "detail": "unparsed statement: SyntaxError: expected ',', got :", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "GaussianWeightedMajorants.lean::I4GaussianMajorant.finite_exp_jensen": { + "module": "GaussianWeightedMajorants.lean", + "name": "I4GaussianMajorant.finite_exp_jensen", + "status": "UNSUPPORTED", + "detail": "binder ( s : Finset I ) is neither a sampled numeric type (\u2115 \u2124 \u211a \u211d) nor a decidable hypothesis", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "GaussianWeightedMajorants.lean::I4GaussianMajorant.finite_exp_integrable_bound": { + "module": "GaussianWeightedMajorants.lean", + "name": "I4GaussianMajorant.finite_exp_integrable_bound", + "status": "UNSUPPORTED", + "detail": "binder ( s : Finset I ) is neither a sampled numeric type (\u2115 \u2124 \u211a \u211d) nor a decidable hypothesis", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "GaussianWeightedMajorants.lean::I4GaussianMajorant.weightedAbsSeries_exp_posWeight": { + "module": "GaussianWeightedMajorants.lean", + "name": "I4GaussianMajorant.weightedAbsSeries_exp_posWeight", + "status": "UNSUPPORTED", + "detail": "binder ( U : I \u2192 \u03a9 \u2192 \u211d ) is neither a sampled numeric type (\u2115 \u2124 \u211a \u211d) nor a decidable hypothesis", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "GaussianWeightedMajorants.lean::I4GaussianMajorant.weightedAbsSeries_exp_bound": { + "module": "GaussianWeightedMajorants.lean", + "name": "I4GaussianMajorant.weightedAbsSeries_exp_bound", + "status": "UNSUPPORTED", + "detail": "binder ( U : I \u2192 \u03a9 \u2192 \u211d ) is neither a sampled numeric type (\u2115 \u2124 \u211a \u211d) nor a decidable hypothesis", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "GaussianWeightedMajorants.lean::I4GaussianMajorant.weightedAbsSeries_upper_tail": { + "module": "GaussianWeightedMajorants.lean", + "name": "I4GaussianMajorant.weightedAbsSeries_upper_tail", + "status": "UNSUPPORTED", + "detail": "binder ( U : I \u2192 \u03a9 \u2192 \u211d ) is neither a sampled numeric type (\u2115 \u2124 \u211a \u211d) nor a decidable hypothesis", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "ScalarProductCurvatureBound.lean::I4ScalarProductCurvature.regular_bounds": { + "module": "ScalarProductCurvatureBound.lean", + "name": "I4ScalarProductCurvature.regular_bounds", + "status": "UNSUPPORTED", + "detail": "proposition of form App", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "ScalarProductCurvatureBound.lean::I4ScalarProductCurvature.scalar_product_tube_integral_bound": { + "module": "ScalarProductCurvatureBound.lean", + "name": "I4ScalarProductCurvature.scalar_product_tube_integral_bound", + "status": "UNSUPPORTED", + "detail": "binder ( \u03bd : Measure \u211d ) is neither a sampled numeric type (\u2115 \u2124 \u211a \u211d) nor a decidable hypothesis", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "ScalarProductCurvatureBound.lean::I4ScalarProductCurvature.scalar_product_regular_integral_bound": { + "module": "ScalarProductCurvatureBound.lean", + "name": "I4ScalarProductCurvature.scalar_product_regular_integral_bound", + "status": "UNSUPPORTED", + "detail": "binder ( \u03bd : Measure \u211d ) is neither a sampled numeric type (\u2115 \u2124 \u211a \u211d) nor a decidable hypothesis", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "SourceActualFiniteSuperlevelComponents.lean::I4SourceActualFiniteSuperlevelComponents.actualClosedSuperlevel_compact": { + "module": "SourceActualFiniteSuperlevelComponents.lean", + "name": "I4SourceActualFiniteSuperlevelComponents.actualClosedSuperlevel_compact", + "status": "UNSUPPORTED", + "detail": "binder ( omega : I4SmoothCarrier.SmoothSample 2 L ) is neither a sampled numeric type (\u2115 \u2124 \u211a \u211d) nor a decidable hypothesis", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "SourceActualFiniteSuperlevelComponents.lean::I4SourceActualFiniteSuperlevelComponents.actualClosedSuperlevel_locallyPathConnected": { + "module": "SourceActualFiniteSuperlevelComponents.lean", + "name": "I4SourceActualFiniteSuperlevelComponents.actualClosedSuperlevel_locallyPathConnected", + "status": "UNSUPPORTED", + "detail": "binder ( omega : I4SmoothCarrier.SmoothSample 2 L ) is neither a sampled numeric type (\u2115 \u2124 \u211a \u211d) nor a decidable hypothesis", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "SourceActualFiniteSuperlevelComponents.lean::I4SourceActualFiniteSuperlevelComponents.consumeFiniteClosedSubtype": { + "module": "SourceActualFiniteSuperlevelComponents.lean", + "name": "I4SourceActualFiniteSuperlevelComponents.consumeFiniteClosedSubtype", + "status": "UNSUPPORTED", + "detail": "binder ( omega : I4SmoothCarrier.SmoothSample 2 L ) is neither a sampled numeric type (\u2115 \u2124 \u211a \u211d) nor a decidable hypothesis", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "SourceActualFiniteSuperlevelComponents.lean::I4SourceActualFiniteSuperlevelComponents.actualSource_finite_closedSuperlevel_components": { + "module": "SourceActualFiniteSuperlevelComponents.lean", + "name": "I4SourceActualFiniteSuperlevelComponents.actualSource_finite_closedSuperlevel_components", + "status": "UNSUPPORTED", + "detail": "binder ( omega : I4SmoothCarrier.SmoothSample 2 L ) is neither a sampled numeric type (\u2115 \u2124 \u211a \u211d) nor a decidable hypothesis", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "SourceActualFiniteSuperlevelComponents.lean::I4SourceActualFiniteSuperlevelComponents.finiteField_value": { + "module": "SourceActualFiniteSuperlevelComponents.lean", + "name": "I4SourceActualFiniteSuperlevelComponents.finiteField_value", + "status": "UNSUPPORTED", + "detail": "binder ( p : I4SourceFiniteTrig.TrigPoly ) is neither a sampled numeric type (\u2115 \u2124 \u211a \u211d) nor a decidable hypothesis", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "SourceActualFiniteSuperlevelComponents.lean::I4SourceActualFiniteSuperlevelComponents.fixture_actualField": { + "module": "SourceActualFiniteSuperlevelComponents.lean", + "name": "I4SourceActualFiniteSuperlevelComponents.fixture_actualField", + "status": "UNSUPPORTED", + "detail": "binder ( X : UniversalLaw.Spec.Lifetime.E 2 ) is neither a sampled numeric type (\u2115 \u2124 \u211a \u211d) nor a decidable hypothesis", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "SourceActualFiniteSuperlevelComponents.lean::I4SourceActualFiniteSuperlevelComponents.fixture_pullback": { + "module": "SourceActualFiniteSuperlevelComponents.lean", + "name": "I4SourceActualFiniteSuperlevelComponents.fixture_pullback", + "status": "UNSUPPORTED", + "detail": "fixtureTorusField returns a function that is not a lambda", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "SourceActualFiniteSuperlevelComponents.lean::I4SourceActualFiniteSuperlevelComponents.fixture_fieldBounds": { + "module": "SourceActualFiniteSuperlevelComponents.lean", + "name": "I4SourceActualFiniteSuperlevelComponents.fixture_fieldBounds", + "status": "UNSUPPORTED", + "detail": "binder ( q : I4Torus.SourceTorus 2 2 ) is neither a sampled numeric type (\u2115 \u2124 \u211a \u211d) nor a decidable hypothesis", + "instances": 0, + "vacuous": false, + "float_free": true + }, + 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"I4SourceActualFiniteSuperlevelComponents.fixture_emptyLevel", + "status": "UNSUPPORTED", + "detail": "SourceActualFoldTorus.actualTorusField applied to 1 arguments", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "SourceActualFiniteSuperlevelComponents.lean::I4SourceActualFiniteSuperlevelComponents.fixture_wholeLevel": { + "module": "SourceActualFiniteSuperlevelComponents.lean", + "name": "I4SourceActualFiniteSuperlevelComponents.fixture_wholeLevel", + "status": "UNSUPPORTED", + "detail": "SourceActualFoldTorus.actualTorusField applied to 1 arguments", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "SourceActualFiniteSuperlevelComponents.lean::I4SourceActualFiniteSuperlevelComponents.fixture_whole_nonempty": { + "module": "SourceActualFiniteSuperlevelComponents.lean", + "name": "I4SourceActualFiniteSuperlevelComponents.fixture_whole_nonempty", + "status": "UNSUPPORTED", + "detail": "proposition of form App", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "SourceActualFiniteSuperlevelComponents.lean::I4SourceActualFiniteSuperlevelComponents.fixture_maxLocalTopology": { + "module": "SourceActualFiniteSuperlevelComponents.lean", + "name": "I4SourceActualFiniteSuperlevelComponents.fixture_maxLocalTopology", + "status": "UNSUPPORTED", + "detail": "proposition of form App", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "SourceActualFiniteSuperlevelComponents.lean::I4SourceActualFiniteSuperlevelComponents.fixture_emptyLocalTopology": { + "module": "SourceActualFiniteSuperlevelComponents.lean", + "name": "I4SourceActualFiniteSuperlevelComponents.fixture_emptyLocalTopology", + "status": "UNSUPPORTED", + "detail": "proposition of form App", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "SourceActualFiniteSuperlevelComponents.lean::I4SourceActualFiniteSuperlevelComponents.fixture_wholeLocalTopology": { + "module": "SourceActualFiniteSuperlevelComponents.lean", + "name": 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"UNSUPPORTED", + "detail": "binder ( sample : SmoothSample 2 L ) is neither a sampled numeric type (\u2115 \u2124 \u211a \u211d) nor a decidable hypothesis", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "SourceActualFoldCandidate.lean::I4SourceActualFoldCandidate.actual_hessian_physical": { + "module": "SourceActualFoldCandidate.lean", + "name": "I4SourceActualFoldCandidate.actual_hessian_physical", + "status": "UNSUPPORTED", + "detail": "binder ( sample : SmoothSample 2 L ) is neither a sampled numeric type (\u2115 \u2124 \u211a \u211d) nor a decidable hypothesis", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "SourceActualFoldCandidate.lean::I4SourceActualFoldCandidate.actual_rawPins_heights": { + "module": "SourceActualFoldCandidate.lean", + "name": "I4SourceActualFoldCandidate.actual_rawPins_heights", + "status": "UNSUPPORTED", + "detail": "binder ( sample : SmoothSample 2 L ) is neither a sampled numeric type (\u2115 \u2124 \u211a \u211d) 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"detail": "binder ( sample : SmoothSample 2 L ) is neither a sampled numeric type (\u2115 \u2124 \u211a \u211d) nor a decidable hypothesis", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "SourceActualFoldCandidate.lean::I4SourceActualFoldCandidate.planar_vector_decomposition": { + "module": "SourceActualFoldCandidate.lean", + "name": "I4SourceActualFoldCandidate.planar_vector_decomposition", + "status": "UNSUPPORTED", + "detail": "binder ( v : \u211d \u00d7 \u211d ) is neither a sampled numeric type (\u2115 \u2124 \u211a \u211d) nor a decidable hypothesis", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "SourceActualFoldCandidate.lean::I4SourceActualFoldCandidate.planar_bilinear_quadratic": { + "module": "SourceActualFoldCandidate.lean", + "name": "I4SourceActualFoldCandidate.planar_bilinear_quadratic", + "status": "UNSUPPORTED", + "detail": "binder ( B : ( \u211d \u00d7 \u211d ) \u2192 L [ \u211d ] ( \u211d \u00d7 \u211d ) \u2192 L [ \u211d ] \u211d ) is neither a sampled numeric type (\u2115 \u2124 \u211a \u211d) nor a decidable hypothesis", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "SourceActualFoldCandidate.lean::I4SourceActualFoldCandidate.actual_planar_hessian_quadratic": { + "module": "SourceActualFoldCandidate.lean", + "name": "I4SourceActualFoldCandidate.actual_planar_hessian_quadratic", + "status": "UNSUPPORTED", + "detail": "binder ( sample : SmoothSample 2 L ) is neither a sampled numeric type (\u2115 \u2124 \u211a \u211d) nor a decidable hypothesis", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "SourceActualFoldCandidate.lean::I4SourceActualFoldCandidate.planar_quadratic_complete_square": { + "module": "SourceActualFoldCandidate.lean", + "name": "I4SourceActualFoldCandidate.planar_quadratic_complete_square", + "status": "CORROBORATED", + "detail": "holds on 64 sampled instances satisfying the hypotheses (1 draws rejected by the hypotheses, 0 infeasible, seed 1): sampling is admitted evidence of the statement, not a proof of it", + "instances": 64, + "vacuous": false, + "float_free": true, + "sampling": { + "seed": 1, + "draws": 64, + "accepted": 64, + "rejected": 1, + "infeasible": 0, + "undecided": 0 + } + }, + "SourceActualFoldCandidate.lean::I4SourceActualFoldCandidate.hessianHasInertia_two_of_diag": { + "module": "SourceActualFoldCandidate.lean", + "name": "I4SourceActualFoldCandidate.hessianHasInertia_two_of_diag", + "status": "UNSUPPORTED", + "detail": "binder ( g : E 2 \u2192 \u211d ) is neither a sampled numeric type (\u2115 \u2124 \u211a \u211d) nor a decidable hypothesis", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "SourceActualFoldCandidate.lean::I4SourceActualFoldCandidate.hessianHasInertia_one_of_diag": { + "module": "SourceActualFoldCandidate.lean", + "name": "I4SourceActualFoldCandidate.hessianHasInertia_one_of_diag", + "status": "UNSUPPORTED", + "detail": "binder ( g : E 2 \u2192 \u211d ) is neither a sampled numeric type (\u2115 \u2124 \u211a \u211d) nor a decidable hypothesis", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "SourceActualFoldCandidate.lean::I4SourceActualFoldCandidate.actual_hessian_complete_square": { + "module": "SourceActualFoldCandidate.lean", + "name": "I4SourceActualFoldCandidate.actual_hessian_complete_square", + "status": "UNSUPPORTED", + "detail": "binder ( sample : SmoothSample 2 L ) is neither a sampled numeric type (\u2115 \u2124 \u211a \u211d) nor a decidable hypothesis", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "SourceActualFoldCandidate.lean::I4SourceActualFoldCandidate.actual_rawPins_ridge_types": { + "module": "SourceActualFoldCandidate.lean", + "name": "I4SourceActualFoldCandidate.actual_rawPins_ridge_types", + "status": "UNSUPPORTED", + "detail": "binder ( sample : SmoothSample 2 L ) is neither a sampled numeric type (\u2115 \u2124 \u211a \u211d) nor a decidable hypothesis", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "SourceActualFoldCandidate.lean::I4SourceActualFoldCandidate.actual_rawPins_ridge_candidate": { + "module": "SourceActualFoldCandidate.lean", + "name": "I4SourceActualFoldCandidate.actual_rawPins_ridge_candidate", + "status": "UNSUPPORTED", + "detail": "binder ( sample : SmoothSample 2 L ) is neither a sampled numeric type (\u2115 \u2124 \u211a \u211d) nor a decidable hypothesis", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "SourceActualFoldCandidate.lean::I4SourceActualFoldCandidate.sourceGapLaw_actual_candidate_death_h0": { + "module": "SourceActualFoldCandidate.lean", + "name": "I4SourceActualFoldCandidate.sourceGapLaw_actual_candidate_death_h0", + "status": "UNSUPPORTED", + "detail": "unsupported syntax: existential quantifier", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "SourceActualFoldDeath.lean::I4SourceActualFoldDeath.physicalChart_apply": { + "module": "SourceActualFoldDeath.lean", + "name": "I4SourceActualFoldDeath.physicalChart_apply", + "status": "UNSUPPORTED", + "detail": "binder ( p : \u211d \u00d7 \u211d ) is neither a sampled numeric type (\u2115 \u2124 \u211a \u211d) nor a decidable hypothesis", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "SourceActualFoldDeath.lean::I4SourceActualFoldDeath.physicalChart_M": { + "module": "SourceActualFoldDeath.lean", + "name": "I4SourceActualFoldDeath.physicalChart_M", + "status": "UNSUPPORTED", + "detail": "physicalChart applied to 3 of 2 arguments", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "SourceActualFoldDeath.lean::I4SourceActualFoldDeath.physicalChart_S": { + "module": "SourceActualFoldDeath.lean", + "name": "I4SourceActualFoldDeath.physicalChart_S", + "status": "UNSUPPORTED", + "detail": "physicalChart applied to 3 of 2 arguments", + "instances": 0, + "vacuous": false, + "float_free": true + }, + 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"I4SourceActualFoldDeath.scaled_rectangle_death", + "status": "UNSUPPORTED", + "detail": "binder ( g : TorusFiltration.superlevelBar_E 2 \u2192 \u211d ) is neither a sampled numeric type (\u2115 \u2124 \u211a \u211d) nor a decidable hypothesis", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "SourceActualFoldDeath.lean::I4SourceActualFoldDeath.actual_rectangle_death": { + "module": "SourceActualFoldDeath.lean", + "name": "I4SourceActualFoldDeath.actual_rectangle_death", + "status": "UNSUPPORTED", + "detail": "binder ( sample : SmoothSample 2 L ) is neither a sampled numeric type (\u2115 \u2124 \u211a \u211d) nor a decidable hypothesis", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "SourceActualFoldDeath.lean::I4SourceActualFoldDeath.sourceGapLaw_actual_death_clearance": { + "module": "SourceActualFoldDeath.lean", + "name": "I4SourceActualFoldDeath.sourceGapLaw_actual_death_clearance", + "status": "UNSUPPORTED", + "detail": "unsupported syntax: existential quantifier", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "SourceActualFoldH0.lean::SourceActualFoldH0.toElderTrap": { + "module": "SourceActualFoldH0.lean", + "name": "SourceActualFoldH0.toElderTrap", + "status": "UNSUPPORTED", + "detail": "binder { M P : X } is neither a sampled numeric type (\u2115 \u2124 \u211a \u211d) nor a decidable hypothesis", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "SourceActualFoldH0.lean::SourceActualFoldH0.h0Section_retraction": { + "module": "SourceActualFoldH0.lean", + "name": "SourceActualFoldH0.h0Section_retraction", + "status": "UNSUPPORTED", + "detail": "binder ( T : TorusTrapData g M P b d D ) is neither a sampled numeric type (\u2115 \u2124 \u211a \u211d) nor a decidable hypothesis", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "SourceActualFoldH0.lean::SourceActualFoldH0.fold_interval_endpoints": { + "module": "SourceActualFoldH0.lean", + "name": 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"UNSUPPORTED", + "detail": "unsupported syntax: existential quantifier", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "SourceActualFoldTorus.lean::SourceActualFoldTorus.torusProjection2L_continuous": { + "module": "SourceActualFoldTorus.lean", + "name": "SourceActualFoldTorus.torusProjection2L_continuous", + "status": "UNSUPPORTED", + "detail": "proposition of form App", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "SourceActualFoldTorus.lean::SourceActualFoldTorus.torusProjection2L_open": { + "module": "SourceActualFoldTorus.lean", + "name": "SourceActualFoldTorus.torusProjection2L_open", + "status": "UNSUPPORTED", + "detail": "proposition of form App", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "SourceActualFoldTorus.lean::SourceActualFoldTorus.torusProjection2L_surjective": { + "module": "SourceActualFoldTorus.lean", + "name": "SourceActualFoldTorus.torusProjection2L_surjective", + "status": "UNSUPPORTED", + "detail": "proposition of form App", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "SourceActualFoldTorus.lean::SourceActualFoldTorus.sourceTorus2L_t2": { + "module": "SourceActualFoldTorus.lean", + "name": "SourceActualFoldTorus.sourceTorus2L_t2", + "status": "UNSUPPORTED", + "detail": "proposition of form App", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "SourceActualFoldTorus.lean::SourceActualFoldTorus.actualTorusField_pullback": { + "module": "SourceActualFoldTorus.lean", + "name": "SourceActualFoldTorus.actualTorusField_pullback", + "status": "UNSUPPORTED", + "detail": "binder ( sample : SmoothSample 2 L ) is neither a sampled numeric type (\u2115 \u2124 \u211a \u211d) nor a decidable hypothesis", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "SourceActualFoldTorus.lean::SourceActualFoldTorus.actualTorusField_continuous": { + "module": "SourceActualFoldTorus.lean", + "name": "SourceActualFoldTorus.actualTorusField_continuous", + "status": "UNSUPPORTED", + "detail": "binder ( sample : SmoothSample 2 L ) is neither a sampled numeric type (\u2115 \u2124 \u211a \u211d) nor a decidable hypothesis", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "SourceActualFoldTorus.lean::SourceActualFoldTorus.physicalPi_eq_chart": { + "module": "SourceActualFoldTorus.lean", + "name": "SourceActualFoldTorus.physicalPi_eq_chart", + "status": "UNSUPPORTED", + "detail": "binder ( p : \u211d \u00d7 \u211d ) is neither a sampled numeric type (\u2115 \u2124 \u211a \u211d) nor a decidable hypothesis", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "SourceActualFoldTorus.lean::SourceActualFoldTorus.torusPhysicalMap_continuous": { + "module": "SourceActualFoldTorus.lean", + "name": "SourceActualFoldTorus.torusPhysicalMap_continuous", + "status": "UNSUPPORTED", + "detail": "proposition of form App", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "SourceActualFoldTorus.lean::SourceActualFoldTorus.torusPhysicalMap_open": { + "module": "SourceActualFoldTorus.lean", + "name": "SourceActualFoldTorus.torusPhysicalMap_open", + "status": "UNSUPPORTED", + "detail": "proposition of form App", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "SourceActualFoldTorus.lean::SourceActualFoldTorus.actualTorusField_physical_pullback": { + "module": "SourceActualFoldTorus.lean", + "name": "SourceActualFoldTorus.actualTorusField_physical_pullback", + "status": "UNSUPPORTED", + "detail": "binder ( sample : SmoothSample 2 L ) is neither a sampled numeric type (\u2115 \u2124 \u211a \u211d) nor a decidable hypothesis", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "SourceActualFoldTorus.lean::SourceActualFoldTorus.strictClearanceSet_eq_C263": { + "module": "SourceActualFoldTorus.lean", + "name": "SourceActualFoldTorus.strictClearanceSet_eq_C263", + "status": "UNSUPPORTED", + "detail": "binder ( g : TorusFiltration.superlevelBar_E n \u2192 \u211d ) is neither a sampled numeric type (\u2115 \u2124 \u211a \u211d) nor a decidable hypothesis", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "SourceActualFoldTorus.lean::SourceActualFoldTorus.TorusTrapData.strictClearanceSet_eq_Iio": { + "module": "SourceActualFoldTorus.lean", + "name": "SourceActualFoldTorus.TorusTrapData.strictClearanceSet_eq_Iio", + "status": "UNSUPPORTED", + "detail": "binder { M P : X } is neither a sampled numeric type (\u2115 \u2124 \u211a \u211d) nor a decidable hypothesis", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "SourceActualFoldTorus.lean::SourceActualFoldTorus.TorusTrapData.strictClearanceDeath_eq": { + "module": "SourceActualFoldTorus.lean", + "name": "SourceActualFoldTorus.TorusTrapData.strictClearanceDeath_eq", + "status": "UNSUPPORTED", + "detail": "binder { M P : X } is neither a sampled numeric type (\u2115 \u2124 \u211a \u211d) nor a decidable hypothesis", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "SourceActualFoldTorus.lean::SourceActualFoldTorus.scaled_rectangle_trap": { + "module": "SourceActualFoldTorus.lean", + "name": "SourceActualFoldTorus.scaled_rectangle_trap", + "status": "UNSUPPORTED", + "detail": "instance binder [ T2Space X ] cannot be sampled", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "SourceActualFoldTorus.lean::SourceActualFoldTorus.torusPhysicalMap_M": { + "module": "SourceActualFoldTorus.lean", + "name": "SourceActualFoldTorus.torusPhysicalMap_M", + "status": "UNSUPPORTED", + "detail": "result type I4Torus.SourceTorus 2 L", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "SourceActualFoldTorus.lean::SourceActualFoldTorus.torusPhysicalMap_S": { + "module": "SourceActualFoldTorus.lean", + "name": "SourceActualFoldTorus.torusPhysicalMap_S", + "status": "UNSUPPORTED", + "detail": "result type I4Torus.SourceTorus 2 L", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "SourceActualFoldTorus.lean::SourceActualFoldTorus.torusPhysicalMap_field_eq": { + "module": "SourceActualFoldTorus.lean", + "name": "SourceActualFoldTorus.torusPhysicalMap_field_eq", + "status": "UNSUPPORTED", + "detail": "binder ( sample : SmoothSample 2 L ) is neither a sampled numeric type (\u2115 \u2124 \u211a \u211d) nor a decidable hypothesis", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "SourceActualFoldTorus.lean::SourceActualFoldTorus.actual_rectangle_torus": { + "module": "SourceActualFoldTorus.lean", + "name": "SourceActualFoldTorus.actual_rectangle_torus", + "status": "UNSUPPORTED", + "detail": "binder ( sample : SmoothSample 2 L ) is neither a sampled numeric type (\u2115 \u2124 \u211a \u211d) nor a decidable hypothesis", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "SourceActualFoldTorus.lean::SourceActualFoldTorus.sourceGapLaw_actual_torus_trap_clearance": { + "module": "SourceActualFoldTorus.lean", + "name": "SourceActualFoldTorus.sourceGapLaw_actual_torus_trap_clearance", + "status": "UNSUPPORTED", + "detail": "unsupported syntax: existential quantifier", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "SourceActualFoldTorus.lean::SourceActualFoldTorus.sourceGapLaw_actual_torus_clearance": { + "module": "SourceActualFoldTorus.lean", + "name": "SourceActualFoldTorus.sourceGapLaw_actual_torus_clearance", + "status": "UNSUPPORTED", + "detail": "unsupported syntax: existential quantifier", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "SourceActualLowerSeparation.lean::I4SourceActualLowerSeparation.actualSource_closedSuperlevel_ambient_separation": { + "module": "SourceActualLowerSeparation.lean", + "name": "I4SourceActualLowerSeparation.actualSource_closedSuperlevel_ambient_separation", + "status": "UNSUPPORTED", + "detail": "binder ( omega : I4SmoothCarrier.SmoothSample 2 L ) is neither a sampled numeric type (\u2115 \u2124 \u211a \u211d) nor a decidable hypothesis", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "SourceActualLowerSeparation.lean::I4SourceActualLowerSeparation.actualSource_lower_clearance": { + "module": "SourceActualLowerSeparation.lean", + "name": "I4SourceActualLowerSeparation.actualSource_lower_clearance", + "status": "UNSUPPORTED", + "detail": "binder ( omega : SmoothSample 2 L ) is neither a sampled numeric type (\u2115 \u2124 \u211a \u211d) nor a decidable hypothesis", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "SourceActualLowerSeparation.lean::I4SourceActualLowerSeparation.joinedIn_disjoint_open_piece": { + "module": "SourceActualLowerSeparation.lean", + "name": "I4SourceActualLowerSeparation.joinedIn_disjoint_open_piece", + "status": "UNSUPPORTED", + "detail": "binder ( U : I \u2192 Set X ) is neither a sampled numeric type (\u2115 \u2124 \u211a \u211d) nor a decidable hypothesis", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "SourceActualLowerSeparation.lean::I4SourceActualLowerSeparation.actualSource_injective_of_ambient_separation": { + "module": "SourceActualLowerSeparation.lean", + "name": "I4SourceActualLowerSeparation.actualSource_injective_of_ambient_separation", + "status": "UNSUPPORTED", + "detail": "binder ( omega : SmoothSample 2 L ) is neither a sampled numeric type (\u2115 \u2124 \u211a \u211d) nor a decidable hypothesis", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "SourceActualLowerSeparation.lean::I4SourceActualLowerSeparation.actualSource_closedSuperlevel_componentInclusion_locally_injective": { + "module": "SourceActualLowerSeparation.lean", + "name": "I4SourceActualLowerSeparation.actualSource_closedSuperlevel_componentInclusion_locally_injective", + "status": "UNSUPPORTED", + "detail": "binder ( omega : I4SmoothCarrier.SmoothSample 2 L ) is neither a sampled numeric type (\u2115 \u2124 \u211a \u211d) nor a decidable hypothesis", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "SourceActualMorseLocalModel.lean::I4SourceActualMorseLocalModel.taylor_weight_integral": { + "module": "SourceActualMorseLocalModel.lean", + "name": "I4SourceActualMorseLocalModel.taylor_weight_integral", + "status": "UNSUPPORTED", + "detail": "unparsed statement: SyntaxError: expected ',', got :", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "SourceActualMorseLocalModel.lean::I4SourceActualMorseLocalModel.taylorMatrix_zero_general": { + "module": "SourceActualMorseLocalModel.lean", + "name": "I4SourceActualMorseLocalModel.taylorMatrix_zero_general", + "status": "UNSUPPORTED", + "detail": "binder ( h : Point2 \u2192 \u211d ) is neither a sampled numeric type (\u2115 \u2124 \u211a \u211d) nor a decidable hypothesis", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "SourceActualMorseLocalModel.lean::I4SourceActualMorseLocalModel.normalizedField_contDiff": { + "module": "SourceActualMorseLocalModel.lean", + "name": "I4SourceActualMorseLocalModel.normalizedField_contDiff", + "status": "UNSUPPORTED", + "detail": "binder ( omega : SmoothSample 2 L ) is neither a sampled numeric type (\u2115 \u2124 \u211a \u211d) nor a decidable hypothesis", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "SourceActualMorseLocalModel.lean::I4SourceActualMorseLocalModel.normalized_hessian_zero": { + "module": "SourceActualMorseLocalModel.lean", + "name": "I4SourceActualMorseLocalModel.normalized_hessian_zero", + "status": "UNSUPPORTED", + "detail": "binder ( g : E2 \u2192 \u211d ) is neither a sampled numeric type (\u2115 \u2124 \u211a \u211d) nor a decidable hypothesis", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "SourceActualMorseLocalModel.lean::I4SourceActualMorseLocalModel.actual_taylorMatrix_zero": { + "module": "SourceActualMorseLocalModel.lean", + "name": "I4SourceActualMorseLocalModel.actual_taylorMatrix_zero", + "status": "UNSUPPORTED", + "detail": "binder ( omega : SmoothSample 2 L ) is neither a sampled numeric type (\u2115 \u2124 \u211a \u211d) nor a decidable hypothesis", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "SourceActualMorseLocalModel.lean::I4SourceActualMorseLocalModel.jBranch_sign_square": { + "module": "SourceActualMorseLocalModel.lean", + "name": "I4SourceActualMorseLocalModel.jBranch_sign_square", + "status": "UNSUPPORTED", + "detail": "unknown name i.val", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "SourceActualMorseLocalModel.lean::I4SourceActualMorseLocalModel.jBranch_jMatrix_square": { + "module": "SourceActualMorseLocalModel.lean", + "name": "I4SourceActualMorseLocalModel.jBranch_jMatrix_square", + "status": "UNSUPPORTED", + "detail": "unknown function Matrix.diagonal", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "SourceActualMorseLocalModel.lean::I4SourceActualMorseLocalModel.jBranch_jMatrix_transpose": { + "module": "SourceActualMorseLocalModel.lean", + "name": "I4SourceActualMorseLocalModel.jBranch_jMatrix_transpose", + "status": "UNSUPPORTED", + "detail": "unknown function .transpose", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "SourceActualMorseLocalModel.lean::I4SourceActualMorseLocalModel.jBranch_det_contDiff": { + "module": "SourceActualMorseLocalModel.lean", + "name": "I4SourceActualMorseLocalModel.jBranch_det_contDiff", + "status": "UNSUPPORTED", + "detail": "proposition of form App", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "SourceActualMorseLocalModel.lean::I4SourceActualMorseLocalModel.jBranch_trace_contDiff": { + "module": "SourceActualMorseLocalModel.lean", + "name": "I4SourceActualMorseLocalModel.jBranch_trace_contDiff", + "status": "UNSUPPORTED", + "detail": "proposition of form App", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "SourceActualMorseLocalModel.lean::I4SourceActualMorseLocalModel.jBranch_product_contDiff": { + "module": "SourceActualMorseLocalModel.lean", + "name": "I4SourceActualMorseLocalModel.jBranch_product_contDiff", + "status": "UNSUPPORTED", + "detail": "proposition of form App", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "SourceActualMorseLocalModel.lean::I4SourceActualMorseLocalModel.jBranchDomain_isOpen": { + "module": "SourceActualMorseLocalModel.lean", + "name": "I4SourceActualMorseLocalModel.jBranchDomain_isOpen", + "status": "UNSUPPORTED", + "detail": "proposition of form App", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "SourceActualMorseLocalModel.lean::I4SourceActualMorseLocalModel.jMatrix_mem_jBranchDomain": { + "module": "SourceActualMorseLocalModel.lean", + "name": "I4SourceActualMorseLocalModel.jMatrix_mem_jBranchDomain", + "status": "UNSUPPORTED", + "detail": "result type Set Mat2", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "SourceActualMorseLocalModel.lean::I4SourceActualMorseLocalModel.jBranch_center": { + "module": "SourceActualMorseLocalModel.lean", + "name": "I4SourceActualMorseLocalModel.jBranch_center", + "status": "UNSUPPORTED", + "detail": "unknown function Matrix.diagonal", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "SourceActualMorseLocalModel.lean::I4SourceActualMorseLocalModel.jBranch_contDiffOn": { + "module": "SourceActualMorseLocalModel.lean", + "name": "I4SourceActualMorseLocalModel.jBranch_contDiffOn", + "status": "UNSUPPORTED", + "detail": "proposition of form App", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "SourceActualMorseLocalModel.lean::I4SourceActualMorseLocalModel.jBranch_cayleyHamilton2": { + "module": "SourceActualMorseLocalModel.lean", + "name": "I4SourceActualMorseLocalModel.jBranch_cayleyHamilton2", + "status": "UNSUPPORTED", + "detail": "unknown name Z.det", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "SourceActualMorseLocalModel.lean::I4SourceActualMorseLocalModel.jBranch_numerator_congruence": { + "module": "SourceActualMorseLocalModel.lean", + "name": "I4SourceActualMorseLocalModel.jBranch_numerator_congruence", + "status": "UNSUPPORTED", + "detail": "unknown name M.transpose", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "SourceActualMorseLocalModel.lean::I4SourceActualMorseLocalModel.jBranch_congruence": { + "module": "SourceActualMorseLocalModel.lean", + "name": "I4SourceActualMorseLocalModel.jBranch_congruence", + "status": "UNSUPPORTED", + "detail": "result type Set Mat2", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "SourceActualMorseLocalModel.lean::I4SourceActualMorseLocalModel.inertia60_bilin_apply": { + "module": "SourceActualMorseLocalModel.lean", + "name": "I4SourceActualMorseLocalModel.inertia60_bilin_apply", + "status": "UNSUPPORTED", + "detail": "binder ( g : E2 \u2192 \u211d ) is neither a sampled numeric type (\u2115 \u2124 \u211a \u211d) nor a decidable hypothesis", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "SourceActualMorseLocalModel.lean::I4SourceActualMorseLocalModel.inertia60_separating": { + "module": "SourceActualMorseLocalModel.lean", + "name": "I4SourceActualMorseLocalModel.inertia60_separating", + "status": "UNSUPPORTED", + "detail": "binder ( C : E2 \u2192 \u2097 [ \u211d ] E2 \u2192 \u2097 [ \u211d ] \u211d ) is neither a sampled numeric type (\u2115 \u2124 \u211a \u211d) nor a decidable hypothesis", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "SourceActualMorseLocalModel.lean::I4SourceActualMorseLocalModel.inertia60_order_weights": { + "module": "SourceActualMorseLocalModel.lean", + "name": "I4SourceActualMorseLocalModel.inertia60_order_weights", + "status": "UNSUPPORTED", + "detail": "binder ( hj : ( { i : Fin 2 | w i < 0 } : Set ( Fin 2 ) ) . ncard = j ) is neither a sampled numeric type (\u2115 \u2124 \u211a \u211d) nor a decidable hypothesis", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "SourceActualMorseLocalModel.lean::I4SourceActualMorseLocalModel.actual_ordered_normalizer": { + "module": "SourceActualMorseLocalModel.lean", + "name": "I4SourceActualMorseLocalModel.actual_ordered_normalizer", + "status": "UNSUPPORTED", + "detail": "binder ( omega : SmoothSample 2 L ) is neither a sampled numeric type (\u2115 \u2124 \u211a \u211d) nor a decidable hypothesis", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "SourceActualMorseLocalModel.lean::I4SourceActualMorseLocalModel.compact_interval_integral_c1": { + "module": "SourceActualMorseLocalModel.lean", + "name": "I4SourceActualMorseLocalModel.compact_interval_integral_c1", + "status": "UNSUPPORTED", + "detail": "binder ( F : Point2 \u00d7 \u211d \u2192 \u211d ) is neither a sampled numeric type (\u2115 \u2124 \u211a \u211d) nor a decidable hypothesis", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "SourceActualMorseLocalModel.lean::I4SourceActualMorseLocalModel.hessianEntry_contDiff": { + "module": "SourceActualMorseLocalModel.lean", + "name": "I4SourceActualMorseLocalModel.hessianEntry_contDiff", + "status": "UNSUPPORTED", + "detail": "binder ( h : Point2 \u2192 \u211d ) is neither a sampled numeric type (\u2115 \u2124 \u211a \u211d) nor a decidable hypothesis", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "SourceActualMorseLocalModel.lean::I4SourceActualMorseLocalModel.actual_taylorMatrix_contDiff": { + "module": "SourceActualMorseLocalModel.lean", + "name": "I4SourceActualMorseLocalModel.actual_taylorMatrix_contDiff", + "status": "UNSUPPORTED", + "detail": "binder ( omega : SmoothSample 2 L ) is neither a sampled numeric type (\u2115 \u2124 \u211a \u211d) nor a decidable hypothesis", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "SourceActualMorseLocalModel.lean::I4SourceActualMorseLocalModel.actual_taylorMatrix_symm": { + "module": "SourceActualMorseLocalModel.lean", + "name": "I4SourceActualMorseLocalModel.actual_taylorMatrix_symm", + "status": "UNSUPPORTED", + "detail": "binder ( omega : SmoothSample 2 L ) is neither a sampled numeric type (\u2115 \u2124 \u211a \u211d) nor a decidable hypothesis", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "SourceActualMorseLocalModel.lean::I4SourceActualMorseLocalModel.point2_decomp": { + "module": "SourceActualMorseLocalModel.lean", + "name": "I4SourceActualMorseLocalModel.point2_decomp", + "status": "CORROBORATED", + "detail": "holds on 64 sampled instances satisfying the hypotheses (0 draws rejected by the hypotheses, 0 infeasible, seed 1): sampling is admitted evidence of the statement, not a proof of it", + "instances": 64, + "vacuous": false, + "float_free": true, + "sampling": { + "seed": 1, + "draws": 68, + "accepted": 64, + "rejected": 0, + "infeasible": 0, + "undecided": 0 + } + }, + "SourceActualMorseLocalModel.lean::I4SourceActualMorseLocalModel.bilinear_coordinates": { + "module": "SourceActualMorseLocalModel.lean", + "name": "I4SourceActualMorseLocalModel.bilinear_coordinates", + "status": "UNSUPPORTED", + "detail": "binder ( B : Point2 \u2192 L [ \u211d ] Point2 \u2192 L [ \u211d ] \u211d ) is neither a sampled numeric type (\u2115 \u2124 \u211a \u211d) nor a decidable hypothesis", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "SourceActualMorseLocalModel.lean::I4SourceActualMorseLocalModel.taylor_integral_coordinates": { + "module": "SourceActualMorseLocalModel.lean", + "name": "I4SourceActualMorseLocalModel.taylor_integral_coordinates", + "status": "UNSUPPORTED", + "detail": "binder ( h : Point2 \u2192 \u211d ) is neither a sampled numeric type (\u2115 \u2124 \u211a \u211d) nor a decidable hypothesis", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "SourceActualMorseLocalModel.lean::I4SourceActualMorseLocalModel.actual_normalized_critical": { + "module": "SourceActualMorseLocalModel.lean", + "name": "I4SourceActualMorseLocalModel.actual_normalized_critical", + "status": "UNSUPPORTED", + "detail": "binder ( omega : SmoothSample 2 L ) is neither a sampled numeric type (\u2115 \u2124 \u211a \u211d) nor a decidable hypothesis", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "SourceActualMorseLocalModel.lean::I4SourceActualMorseLocalModel.actual_taylor_formula": { + "module": "SourceActualMorseLocalModel.lean", + "name": "I4SourceActualMorseLocalModel.actual_taylor_formula", + "status": "UNSUPPORTED", + "detail": "binder ( omega : SmoothSample 2 L ) is neither a sampled numeric type (\u2115 \u2124 \u211a \u211d) nor a decidable hypothesis", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "SourceActualMorseLocalModel.lean::I4SourceActualMorseLocalModel.matrixCLM_apply": { + "module": "SourceActualMorseLocalModel.lean", + "name": "I4SourceActualMorseLocalModel.matrixCLM_apply", + "status": "UNSUPPORTED", + "detail": "unsupported syntax: notation '\u1d65'", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "SourceActualMorseLocalModel.lean::I4SourceActualMorseLocalModel.matrixCLM_one": { + "module": "SourceActualMorseLocalModel.lean", + "name": "I4SourceActualMorseLocalModel.matrixCLM_one", + "status": "UNSUPPORTED", + "detail": "result type Point2 \u2192 L [ \u211d ] Point2", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "SourceActualMorseLocalModel.lean::I4SourceActualMorseLocalModel.matrixCLM_contDiff": { + "module": "SourceActualMorseLocalModel.lean", + "name": "I4SourceActualMorseLocalModel.matrixCLM_contDiff", + "status": "UNSUPPORTED", + "detail": "proposition of form App", + "instances": 0, + "vacuous": false, + "float_free": true + }, + 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"SourceActualMorseLocalModel.lean", + "name": "I4SourceActualMorseLocalModel.q2_smul", + "status": "UNSUPPORTED", + "detail": "unknown name i.val", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "SourceActualMorseLocalModel.lean::I4SourceActualMorseLocalModel.cone_ball_pathConnected": { + "module": "SourceActualMorseLocalModel.lean", + "name": "I4SourceActualMorseLocalModel.cone_ball_pathConnected", + "status": "UNSUPPORTED", + "detail": "proposition of form App", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "SourceActualMorseLocalModel.lean::I4SourceActualMorseLocalModel.criticalConeBasis_of_chart": { + "module": "SourceActualMorseLocalModel.lean", + "name": "I4SourceActualMorseLocalModel.criticalConeBasis_of_chart", + "status": "UNSUPPORTED", + "detail": "binder ( g : E2 \u2192 \u211d ) is neither a sampled numeric type (\u2115 \u2124 \u211a \u211d) nor a decidable hypothesis", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "SourceActualMorseLocalModel.lean::I4SourceActualMorseLocalModel.congruence_quadratic": { + "module": "SourceActualMorseLocalModel.lean", + "name": "I4SourceActualMorseLocalModel.congruence_quadratic", + "status": "UNSUPPORTED", + "detail": "unsupported syntax: notation '\u1d65'", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "SourceActualMorseLocalModel.lean::I4SourceActualMorseLocalModel.normalized_localModel": { + "module": "SourceActualMorseLocalModel.lean", + "name": "I4SourceActualMorseLocalModel.normalized_localModel", + "status": "UNSUPPORTED", + "detail": "binder ( omega : SmoothSample 2 L ) is neither a sampled numeric type (\u2115 \u2124 \u211a \u211d) nor a decidable hypothesis", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "SourceActualMorseLocalModel.lean::I4SourceActualMorseLocalModel.actualSource_c1_quadratic_localModel": { + "module": "SourceActualMorseLocalModel.lean", + "name": "I4SourceActualMorseLocalModel.actualSource_c1_quadratic_localModel", + "status": "UNSUPPORTED", + "detail": "binder ( omega : SmoothSample 2 L ) is neither a sampled numeric type (\u2115 \u2124 \u211a \u211d) nor a decidable hypothesis", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "SourceActualMorseLocalModel.lean::I4SourceActualMorseLocalModel.fixture_axis_phase": { + "module": "SourceActualMorseLocalModel.lean", + "name": "I4SourceActualMorseLocalModel.fixture_axis_phase", + "status": "UNSUPPORTED", + "detail": "dimension d is not bound", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "SourceActualMorseLocalModel.lean::I4SourceActualMorseLocalModel.fixture_axisCos_eval": { + "module": "SourceActualMorseLocalModel.lean", + "name": "I4SourceActualMorseLocalModel.fixture_axisCos_eval", + "status": "UNSUPPORTED", + "detail": "result type TrigPoly", + "instances": 0, + "vacuous": false, + "float_free": true + }, + 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true + }, + "SourceActualMorseLocalModel.lean::I4SourceActualMorseLocalModel.fixture_field_formula": { + "module": "SourceActualMorseLocalModel.lean", + "name": "I4SourceActualMorseLocalModel.fixture_field_formula", + "status": "UNSUPPORTED", + "detail": "smoothSourceField applied to 3 of 4 arguments", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "SourceActualMorseLocalModel.lean::I4SourceActualMorseLocalModel.fixture_original_mode_derivative": { + "module": "SourceActualMorseLocalModel.lean", + "name": "I4SourceActualMorseLocalModel.fixture_original_mode_derivative", + "status": "UNSUPPORTED", + "detail": "binder ( u : Fin n \u2192 Point2 ) is neither a sampled numeric type (\u2115 \u2124 \u211a \u211d) nor a decidable hypothesis", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "SourceActualMorseLocalModel.lean::I4SourceActualMorseLocalModel.fixture_expr_hasFDerivAt": { + "module": "SourceActualMorseLocalModel.lean", + "name": "I4SourceActualMorseLocalModel.fixture_expr_hasFDerivAt", + "status": "UNSUPPORTED", + "detail": "proposition of form App", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "SourceActualMorseLocalModel.lean::I4SourceActualMorseLocalModel.fixture_A_hasFDerivAt_zero": { + "module": "SourceActualMorseLocalModel.lean", + "name": "I4SourceActualMorseLocalModel.fixture_A_hasFDerivAt_zero", + "status": "UNSUPPORTED", + "detail": "proposition of form App", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "SourceActualMorseLocalModel.lean::I4SourceActualMorseLocalModel.fixture_B_hasFDerivAt_zero": { + "module": "SourceActualMorseLocalModel.lean", + "name": "I4SourceActualMorseLocalModel.fixture_B_hasFDerivAt_zero", + "status": "UNSUPPORTED", + "detail": "proposition of form App", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "SourceActualMorseLocalModel.lean::I4SourceActualMorseLocalModel.fixture_expr_jet": { + "module": "SourceActualMorseLocalModel.lean", + "name": "I4SourceActualMorseLocalModel.fixture_expr_jet", + "status": "UNSUPPORTED", + "detail": "unparsed statement: SyntaxError: expected ',', got v", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "SourceActualMorseLocalModel.lean::I4SourceActualMorseLocalModel.fixture_critical": { + "module": "SourceActualMorseLocalModel.lean", + "name": "I4SourceActualMorseLocalModel.fixture_critical", + "status": "UNSUPPORTED", + "detail": "actualField applied to 3 of 4 arguments", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "SourceActualMorseLocalModel.lean::I4SourceActualMorseLocalModel.fixture_hessian": { + "module": "SourceActualMorseLocalModel.lean", + "name": "I4SourceActualMorseLocalModel.fixture_hessian", + "status": "UNSUPPORTED", + "detail": "binder ( u v : E2 ) is neither a sampled numeric type (\u2115 \u2124 \u211a \u211d) nor a decidable hypothesis", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "SourceActualMorseLocalModel.lean::I4SourceActualMorseLocalModel.fixture_values_at_zero": { + "module": "SourceActualMorseLocalModel.lean", + "name": "I4SourceActualMorseLocalModel.fixture_values_at_zero", + "status": "UNSUPPORTED", + "detail": "result type SmoothSample d L", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "SourceActualMorseLocalModel.lean::I4SourceActualMorseLocalModel.fixture_scale_ne": { + "module": "SourceActualMorseLocalModel.lean", + "name": "I4SourceActualMorseLocalModel.fixture_scale_ne", + "status": "PASS", + "detail": "closed statement evaluated true", + "instances": 1, + "vacuous": false, + "float_free": true + }, + "SourceActualMorseLocalModel.lean::I4SourceActualMorseLocalModel.fixture_P_coordinates": { + "module": "SourceActualMorseLocalModel.lean", + "name": "I4SourceActualMorseLocalModel.fixture_P_coordinates", + "status": "UNSUPPORTED", + "detail": "result type E d \u2243 L [ \u211d ] ( Fin d \u2192 \u211d )", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "SourceActualMorseLocalModel.lean::I4SourceActualMorseLocalModel.fixture_ordered": { + "module": "SourceActualMorseLocalModel.lean", + "name": "I4SourceActualMorseLocalModel.fixture_ordered", + "status": "UNSUPPORTED", + "detail": "definition orderedNormalization has an unparsed body", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "SourceActualMorseLocalModel.lean::I4SourceActualMorseLocalModel.fixture_normalized_jet": { + "module": "SourceActualMorseLocalModel.lean", + "name": "I4SourceActualMorseLocalModel.fixture_normalized_jet", + "status": "UNSUPPORTED", + "detail": "unparsed statement: SyntaxError: expected ',', got v", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "SourceActualMorseLocalModel.lean::I4SourceActualMorseLocalModel.fixture_point_sq_pos": { + "module": "SourceActualMorseLocalModel.lean", + "name": "I4SourceActualMorseLocalModel.fixture_point_sq_pos", + "status": 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"I4SourceActualMorseLocalModel.fixture_inertia_two", + "status": "UNSUPPORTED", + "detail": "binder ( g : E2 \u2192 \u211d ) is neither a sampled numeric type (\u2115 \u2124 \u211a \u211d) nor a decidable hypothesis", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "SourceActualMorseLocalModel.lean::I4SourceActualMorseLocalModel.fixture_inertia_one": { + "module": "SourceActualMorseLocalModel.lean", + "name": "I4SourceActualMorseLocalModel.fixture_inertia_one", + "status": "UNSUPPORTED", + "detail": "binder ( g : E2 \u2192 \u211d ) is neither a sampled numeric type (\u2115 \u2124 \u211a \u211d) nor a decidable hypothesis", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "SourceActualMorseLocalModel.lean::I4SourceActualMorseLocalModel.fixture_inertia": { + "module": "SourceActualMorseLocalModel.lean", + "name": "I4SourceActualMorseLocalModel.fixture_inertia", + "status": "UNSUPPORTED", + "detail": "definition HessianHasInertia has an unparsed body", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "SourceActualMorseLocalModel.lean::I4SourceActualMorseLocalModel.fixture_true_zero_diagonal": { + "module": "SourceActualMorseLocalModel.lean", + "name": "I4SourceActualMorseLocalModel.fixture_true_zero_diagonal", + "status": "UNSUPPORTED", + "detail": "actualField applied to 3 of 4 arguments", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "SourceActualMorseLocalModel.lean::I4SourceActualMorseLocalModel.fixture_consumers": { + "module": "SourceActualMorseLocalModel.lean", + "name": "I4SourceActualMorseLocalModel.fixture_consumers", + "status": "UNSUPPORTED", + "detail": "unsupported syntax: existential quantifier", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "SourceActualMorseLocalModel.lean::I4SourceActualMorseLocalModel.fixture_same_chart_cone": { + "module": "SourceActualMorseLocalModel.lean", + "name": "I4SourceActualMorseLocalModel.fixture_same_chart_cone", + "status": "UNSUPPORTED", + "detail": "unsupported syntax: existential quantifier", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "SourceActualMorseLocalModel.lean::I4SourceActualMorseLocalModel.fixture_actual_branch_neighborhood": { + "module": "SourceActualMorseLocalModel.lean", + "name": "I4SourceActualMorseLocalModel.fixture_actual_branch_neighborhood", + "status": "UNSUPPORTED", + "detail": "unsupported syntax: existential quantifier", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "SourceActualQuotientSaddleCollar.lean::I4SourceActualQuotientSaddleCollar.quotientSaddleChart": { + "module": "SourceActualQuotientSaddleCollar.lean", + "name": "I4SourceActualQuotientSaddleCollar.quotientSaddleChart", + "status": "UNSUPPORTED", + "detail": "binder ( omega : I4SmoothCarrier.SmoothSample 2 L ) is neither a sampled numeric type (\u2115 \u2124 \u211a \u211d) nor a decidable hypothesis", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "SourceActualQuotientSaddleCollar.lean::I4SourceActualQuotientSaddleCollar.sc64_weighted_positive": { + "module": "SourceActualQuotientSaddleCollar.lean", + "name": "I4SourceActualQuotientSaddleCollar.sc64_weighted_positive", + "status": "CORROBORATED", + "detail": "holds on 64 sampled instances satisfying the hypotheses (163 draws rejected by the hypotheses, 0 infeasible, seed 1): sampling is admitted evidence of the statement, not a proof of it", + "instances": 64, + "vacuous": false, + "float_free": true, + "sampling": { + "seed": 1, + "draws": 65, + "accepted": 64, + "rejected": 163, + "infeasible": 0, + "undecided": 0 + } + }, + "SourceActualQuotientSaddleCollar.lean::I4SourceActualQuotientSaddleCollar.sc64_positive_cone_iff": { + "module": "SourceActualQuotientSaddleCollar.lean", + "name": "I4SourceActualQuotientSaddleCollar.sc64_positive_cone_iff", + "status": "CORROBORATED", + "detail": "holds on 64 sampled instances satisfying the hypotheses (0 draws rejected by the hypotheses, 0 infeasible, seed 1): sampling is admitted evidence of the statement, not a proof of it", + "instances": 64, + "vacuous": false, + "float_free": true, + "sampling": { + "seed": 1, + "draws": 68, + "accepted": 64, + "rejected": 0, + "infeasible": 0, + "undecided": 0 + } + }, + "SourceActualQuotientSaddleCollar.lean::I4SourceActualQuotientSaddleCollar.sc64_negative_cone_iff": { + "module": "SourceActualQuotientSaddleCollar.lean", + "name": "I4SourceActualQuotientSaddleCollar.sc64_negative_cone_iff", + "status": "CORROBORATED", + "detail": "holds on 64 sampled instances satisfying the hypotheses (0 draws rejected by the hypotheses, 0 infeasible, seed 1): sampling is admitted evidence of the statement, not a proof of it", + "instances": 64, + "vacuous": false, + "float_free": true, + "sampling": { + "seed": 1, + "draws": 68, + "accepted": 64, + "rejected": 0, + "infeasible": 0, + "undecided": 0 + } + }, + 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"I4SourceActualQuotientSaddleCollar.sc64_targetPlus_eq", + "status": "UNSUPPORTED", + "detail": "result type Set Point2", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "SourceActualQuotientSaddleCollar.lean::I4SourceActualQuotientSaddleCollar.sc64_targetMinus_eq": { + "module": "SourceActualQuotientSaddleCollar.lean", + "name": "I4SourceActualQuotientSaddleCollar.sc64_targetMinus_eq", + "status": "UNSUPPORTED", + "detail": "result type Set Point2", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "SourceActualQuotientSaddleCollar.lean::I4SourceActualQuotientSaddleCollar.sc64_positive_axis_ball": { + "module": "SourceActualQuotientSaddleCollar.lean", + "name": "I4SourceActualQuotientSaddleCollar.sc64_positive_axis_ball", + "status": "UNSUPPORTED", + "detail": "unknown function Metric.ball", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "SourceActualQuotientSaddleCollar.lean::I4SourceActualQuotientSaddleCollar.sc64_negative_axis_ball": { + "module": "SourceActualQuotientSaddleCollar.lean", + "name": "I4SourceActualQuotientSaddleCollar.sc64_negative_axis_ball", + "status": "UNSUPPORTED", + "detail": "unknown function Metric.ball", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "SourceActualQuotientSaddleCollar.lean::I4SourceActualQuotientSaddleCollar.sc64_plus_pc": { + "module": "SourceActualQuotientSaddleCollar.lean", + "name": "I4SourceActualQuotientSaddleCollar.sc64_plus_pc", + "status": "UNSUPPORTED", + "detail": "proposition of form App", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "SourceActualQuotientSaddleCollar.lean::I4SourceActualQuotientSaddleCollar.sc64_minus_pc": { + "module": "SourceActualQuotientSaddleCollar.lean", + "name": "I4SourceActualQuotientSaddleCollar.sc64_minus_pc", + "status": "UNSUPPORTED", + "detail": "proposition of form App", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "SourceActualQuotientSaddleCollar.lean::I4SourceActualQuotientSaddleCollar.sc64_strict_coordinate_ne_zero": { + "module": "SourceActualQuotientSaddleCollar.lean", + "name": "I4SourceActualQuotientSaddleCollar.sc64_strict_coordinate_ne_zero", + "status": "UNSUPPORTED", + "detail": "result type Set Point2", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "SourceActualQuotientSaddleCollar.lean::I4SourceActualQuotientSaddleCollar.sc64_no_joined_negative_positive": { + "module": "SourceActualQuotientSaddleCollar.lean", + "name": "I4SourceActualQuotientSaddleCollar.sc64_no_joined_negative_positive", + "status": "UNSUPPORTED", + "detail": "proposition of form App", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "SourceActualQuotientSaddleCollar.lean::I4SourceActualQuotientSaddleCollar.sc64_joined_iff": { + "module": "SourceActualQuotientSaddleCollar.lean", + "name": "I4SourceActualQuotientSaddleCollar.sc64_joined_iff", + "status": "UNSUPPORTED", + "detail": "result type Set Point2", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "SourceActualQuotientSaddleCollar.lean::I4SourceActualQuotientSaddleCollar.sc64_lower_pc": { + "module": "SourceActualQuotientSaddleCollar.lean", + "name": "I4SourceActualQuotientSaddleCollar.sc64_lower_pc", + "status": "UNSUPPORTED", + "detail": "proposition of form App", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "SourceActualQuotientSaddleCollar.lean::I4SourceActualQuotientSaddleCollar.saddleConeGeometry": { + "module": "SourceActualQuotientSaddleCollar.lean", + "name": "I4SourceActualQuotientSaddleCollar.saddleConeGeometry", + "status": "UNSUPPORTED", + "detail": "proposition of form App", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "SourceActualQuotientSaddleCollar.lean::I4SourceActualQuotientSaddleCollar.collar_chart_image_preimage": { + "module": 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UniversalLaw.Spec.Lifetime.E 2 ) is neither a sampled numeric type (\u2115 \u2124 \u211a \u211d) nor a decidable hypothesis", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "SourceActualQuotientSaddleCollar.lean::I4SourceActualQuotientSaddleCollar.fixture_hessian": { + "module": "SourceActualQuotientSaddleCollar.lean", + "name": "I4SourceActualQuotientSaddleCollar.fixture_hessian", + "status": "UNSUPPORTED", + "detail": "binder ( Y u v : UniversalLaw.Spec.Lifetime.E 2 ) is neither a sampled numeric type (\u2115 \u2124 \u211a \u211d) nor a decidable hypothesis", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "SourceActualQuotientSaddleCollar.lean::I4SourceActualQuotientSaddleCollar.fixtureAxis_coordinates": { + "module": "SourceActualQuotientSaddleCollar.lean", + "name": "I4SourceActualQuotientSaddleCollar.fixtureAxis_coordinates", + "status": "UNSUPPORTED", + "detail": "result type E d \u2243 L [ \u211d ] ( Fin d \u2192 \u211d )", + "instances": 0, 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"SourceActualRegularLocalCollar.lean::I4SourceActualRegularLocalCollar.actual_pullback": { + "module": "SourceActualRegularLocalCollar.lean", + "name": "I4SourceActualRegularLocalCollar.actual_pullback", + "status": "UNSUPPORTED", + "detail": "binder ( \u03c9 : SmoothSample 2 L ) is neither a sampled numeric type (\u2115 \u2124 \u211a \u211d) nor a decidable hypothesis", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "SourceActualRegularLocalCollar.lean::I4SourceActualRegularLocalCollar.quotient_chart_from_physical": { + "module": "SourceActualRegularLocalCollar.lean", + "name": "I4SourceActualRegularLocalCollar.quotient_chart_from_physical", + "status": "UNSUPPORTED", + "detail": "binder ( \u03c9 : SmoothSample 2 L ) is neither a sampled numeric type (\u2115 \u2124 \u211a \u211d) nor a decidable hypothesis", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "SourceActualRegularLocalCollar.lean::I4SourceActualRegularLocalCollar.point_mem_ball": { + 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"SourceActualRegularLocalCollar.lean::I4SourceActualRegularLocalCollar.actualSource_quotient_regular_local_collar": { + "module": "SourceActualRegularLocalCollar.lean", + "name": "I4SourceActualRegularLocalCollar.actualSource_quotient_regular_local_collar", + "status": "UNSUPPORTED", + "detail": "binder ( \u03c9 : I4SmoothCarrier.SmoothSample 2 L ) is neither a sampled numeric type (\u2115 \u2124 \u211a \u211d) nor a decidable hypothesis", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "SourceActualRegularLocalCollar.lean::I4SourceActualRegularLocalCollar.fixture_derivative_apply": { + "module": "SourceActualRegularLocalCollar.lean", + "name": "I4SourceActualRegularLocalCollar.fixture_derivative_apply", + "status": "UNSUPPORTED", + "detail": "binder ( Y V : E2 ) is neither a sampled numeric type (\u2115 \u2124 \u211a \u211d) nor a decidable hypothesis", + "instances": 0, + "vacuous": false, + "float_free": true + }, + 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\u00d7 and integer powers); enclosures can refute it, never confirm it", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "SourceActualRegularLocalCollar.lean::I4SourceActualRegularLocalCollar.fixture_seam_value": { + "module": "SourceActualRegularLocalCollar.lean", + "name": "I4SourceActualRegularLocalCollar.fixture_seam_value", + "status": "UNSUPPORTED", + "detail": "result type SmoothSample d L", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "SourceActualRegularLocalCollar.lean::I4SourceActualRegularLocalCollar.fixture_seam_derivative": { + "module": "SourceActualRegularLocalCollar.lean", + "name": "I4SourceActualRegularLocalCollar.fixture_seam_derivative", + "status": "UNSUPPORTED", + "detail": "application of a non-name", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "SourceActualRegularLocalCollar.lean::I4SourceActualRegularLocalCollar.fixture_seam_quotient": { + "module": "SourceActualRegularLocalCollar.lean", + "name": 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+ "float_free": true + }, + "SourceActualRegularLocalCollar.lean::I4SourceActualRegularLocalCollar.fixed_cut_checks": { + "module": "SourceActualRegularLocalCollar.lean", + "name": "I4SourceActualRegularLocalCollar.fixed_cut_checks", + "status": "UNSUPPORTED", + "detail": "binder ( F : Torus2 L \u2192 \u211d ) is neither a sampled numeric type (\u2115 \u2124 \u211a \u211d) nor a decidable hypothesis", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "SourceActualRegularLocalCollar.lean::I4SourceActualRegularLocalCollar.fixture_output": { + "module": "SourceActualRegularLocalCollar.lean", + "name": "I4SourceActualRegularLocalCollar.fixture_output", + "status": "UNSUPPORTED", + "detail": "binder ( X : E2 ) is neither a sampled numeric type (\u2115 \u2124 \u211a \u211d) nor a decidable hypothesis", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "SourceActualRegularLocalCollar.lean::I4SourceActualRegularLocalCollar.fixture_regularX_consumer": { + "module": "SourceActualRegularLocalCollar.lean", + "name": "I4SourceActualRegularLocalCollar.fixture_regularX_consumer", + "status": "UNSUPPORTED", + "detail": "definition FixtureOutput has an unparsed body", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "SourceActualRegularLocalCollar.lean::I4SourceActualRegularLocalCollar.fixture_regularY_consumer": { + "module": "SourceActualRegularLocalCollar.lean", + "name": "I4SourceActualRegularLocalCollar.fixture_regularY_consumer", + "status": "UNSUPPORTED", + "detail": "definition FixtureOutput has an unparsed body", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "SourceActualRegularLocalCollar.lean::I4SourceActualRegularLocalCollar.fixture_seam_consumer": { + "module": "SourceActualRegularLocalCollar.lean", + "name": "I4SourceActualRegularLocalCollar.fixture_seam_consumer", + "status": "UNSUPPORTED", + "detail": "definition FixtureOutput has an unparsed body", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "SourceActualSaddleUppercuts.lean::I4SourceActualSaddleUppercuts.ug65_coord_abs_lt": { + "module": "SourceActualSaddleUppercuts.lean", + "name": "I4SourceActualSaddleUppercuts.ug65_coord_abs_lt", + "status": "UNSUPPORTED", + "detail": "hypothesis ( hu : u \u2208 Metric.ball ( 0 : Point2 ) rho ) mentions undeclared names ['Metric.ball']", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "SourceActualSaddleUppercuts.lean::I4SourceActualSaddleUppercuts.ug65_point_ball": { + "module": "SourceActualSaddleUppercuts.lean", + "name": "I4SourceActualSaddleUppercuts.ug65_point_ball", + "status": "UNSUPPORTED", + "detail": "unknown function Metric.ball", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "SourceActualSaddleUppercuts.lean::I4SourceActualSaddleUppercuts.ug65_square_mono": { + "module": "SourceActualSaddleUppercuts.lean", + "name": "I4SourceActualSaddleUppercuts.ug65_square_mono", + "status": "CORROBORATED", + "detail": "holds on 64 sampled instances satisfying the hypotheses (3 draws rejected by the hypotheses, 0 infeasible, seed 1): sampling is admitted evidence of the statement, not a proof of it", + "instances": 64, + "vacuous": false, + "float_free": true, + "sampling": { + "seed": 1, + "draws": 72, + "accepted": 64, + "rejected": 3, + "infeasible": 0, + "undecided": 0 + } + }, + "SourceActualSaddleUppercuts.lean::I4SourceActualSaddleUppercuts.ug65_square_of_abs_le": { + "module": "SourceActualSaddleUppercuts.lean", + "name": "I4SourceActualSaddleUppercuts.ug65_square_of_abs_le", + "status": "CORROBORATED", + "detail": "holds on 64 sampled instances satisfying the hypotheses (3 draws rejected by the hypotheses, 0 infeasible, seed 1): sampling is admitted evidence of the statement, not a proof of it", + "instances": 64, + "vacuous": false, + "float_free": true, + "sampling": { + "seed": 1, + "draws": 65, + "accepted": 64, + "rejected": 3, + "infeasible": 0, + "undecided": 0 + } + }, + "SourceActualSaddleUppercuts.lean::I4SourceActualSaddleUppercuts.ug65_vertical_join": { + "module": "SourceActualSaddleUppercuts.lean", + "name": "I4SourceActualSaddleUppercuts.ug65_vertical_join", + "status": "UNSUPPORTED", + "detail": "result type Set Point2", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "SourceActualSaddleUppercuts.lean::I4SourceActualSaddleUppercuts.ug65_horizontal_join": { + "module": "SourceActualSaddleUppercuts.lean", + "name": "I4SourceActualSaddleUppercuts.ug65_horizontal_join", + "status": "UNSUPPORTED", + "detail": "result type Set Point2", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "SourceActualSaddleUppercuts.lean::I4SourceActualSaddleUppercuts.ug65_positive_join": { + "module": "SourceActualSaddleUppercuts.lean", + "name": "I4SourceActualSaddleUppercuts.ug65_positive_join", + "status": "UNSUPPORTED", + "detail": "result type Set Point2", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "SourceActualSaddleUppercuts.lean::I4SourceActualSaddleUppercuts.ug65_plus_witness": { + "module": "SourceActualSaddleUppercuts.lean", + "name": "I4SourceActualSaddleUppercuts.ug65_plus_witness", + "status": "UNSUPPORTED", + "detail": "result type Set Point2", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "SourceActualSaddleUppercuts.lean::I4SourceActualSaddleUppercuts.ug65_minus_witness": { + "module": "SourceActualSaddleUppercuts.lean", + "name": "I4SourceActualSaddleUppercuts.ug65_minus_witness", + "status": "UNSUPPORTED", + "detail": "result type Set Point2", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "SourceActualSaddleUppercuts.lean::I4SourceActualSaddleUppercuts.ug65_plus_pc": { + "module": "SourceActualSaddleUppercuts.lean", + "name": "I4SourceActualSaddleUppercuts.ug65_plus_pc", + "status": "UNSUPPORTED", + "detail": "proposition of form App", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "SourceActualSaddleUppercuts.lean::I4SourceActualSaddleUppercuts.ug65_reflect_continuous": { + "module": "SourceActualSaddleUppercuts.lean", + "name": "I4SourceActualSaddleUppercuts.ug65_reflect_continuous", + "status": "UNSUPPORTED", + "detail": "proposition of form App", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "SourceActualSaddleUppercuts.lean::I4SourceActualSaddleUppercuts.ug65_reflect_involutive": { + "module": "SourceActualSaddleUppercuts.lean", + "name": "I4SourceActualSaddleUppercuts.ug65_reflect_involutive", + "status": "CORROBORATED", + "detail": "holds on 64 sampled instances satisfying the hypotheses (0 draws rejected by the hypotheses, 0 infeasible, seed 1): sampling is admitted evidence of the statement, not a proof of it", + "instances": 64, + "vacuous": false, + "float_free": true, + "sampling": { + "seed": 1, + "draws": 68, + "accepted": 64, + "rejected": 0, + "infeasible": 0, + "undecided": 0 + } + }, + "SourceActualSaddleUppercuts.lean::I4SourceActualSaddleUppercuts.ug65_reflect_upper": { + "module": "SourceActualSaddleUppercuts.lean", + "name": "I4SourceActualSaddleUppercuts.ug65_reflect_upper", + "status": "UNSUPPORTED", + "detail": "result type Set Point2", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "SourceActualSaddleUppercuts.lean::I4SourceActualSaddleUppercuts.ug65_reflect_image": { + "module": "SourceActualSaddleUppercuts.lean", + "name": "I4SourceActualSaddleUppercuts.ug65_reflect_image", + "status": "UNSUPPORTED", + "detail": "unsupported syntax: notation \"'\"", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "SourceActualSaddleUppercuts.lean::I4SourceActualSaddleUppercuts.ug65_minus_pc": { + "module": "SourceActualSaddleUppercuts.lean", + "name": "I4SourceActualSaddleUppercuts.ug65_minus_pc", + "status": "UNSUPPORTED", + "detail": "proposition of form App", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "SourceActualSaddleUppercuts.lean::I4SourceActualSaddleUppercuts.ug65_upper_coordinate_ne_zero": { + "module": "SourceActualSaddleUppercuts.lean", + "name": "I4SourceActualSaddleUppercuts.ug65_upper_coordinate_ne_zero", + "status": "UNSUPPORTED", + "detail": "result type Set Point2", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "SourceActualSaddleUppercuts.lean::I4SourceActualSaddleUppercuts.closedSaddleBranchGeometry": { + "module": "SourceActualSaddleUppercuts.lean", + "name": "I4SourceActualSaddleUppercuts.closedSaddleBranchGeometry", + "status": "UNSUPPORTED", + "detail": "proposition of form App", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "SourceActualSaddleUppercuts.lean::I4SourceActualSaddleUppercuts.actualInheritedCollar": { + "module": "SourceActualSaddleUppercuts.lean", + "name": "I4SourceActualSaddleUppercuts.actualInheritedCollar", + "status": "UNSUPPORTED", + "detail": "binder ( omega : I4SmoothCarrier.SmoothSample 2 L ) is neither a sampled numeric type (\u2115 \u2124 \u211a \u211d) nor a decidable hypothesis", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "SourceActualSaddleUppercuts.lean::I4SourceActualSaddleUppercuts.transportedUpperSign": { + "module": "SourceActualSaddleUppercuts.lean", + "name": "I4SourceActualSaddleUppercuts.transportedUpperSign", + "status": "UNSUPPORTED", + "detail": "binder ( F : I4Torus.SourceTorus 2 L \u2192 \u211d ) is neither a sampled numeric type (\u2115 \u2124 \u211a \u211d) nor a decidable hypothesis", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "SourceActualSaddleUppercuts.lean::I4SourceActualSaddleUppercuts.transportClosedUpper": { + "module": "SourceActualSaddleUppercuts.lean", + "name": "I4SourceActualSaddleUppercuts.transportClosedUpper", + "status": "UNSUPPORTED", + "detail": "binder ( F : I4Torus.SourceTorus 2 L \u2192 \u211d ) is neither a sampled numeric type (\u2115 \u2124 \u211a \u211d) nor a decidable hypothesis", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "SourceActualSaddleUppercuts.lean::I4SourceActualSaddleUppercuts.actualUniformSaddleCuts": { + "module": "SourceActualSaddleUppercuts.lean", + "name": "I4SourceActualSaddleUppercuts.actualUniformSaddleCuts", + "status": "UNSUPPORTED", + "detail": "binder ( omega : I4SmoothCarrier.SmoothSample 2 L ) is neither a sampled numeric type (\u2115 \u2124 \u211a \u211d) nor a decidable hypothesis", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "SourceActualSaddleUppercuts.lean::I4SourceActualSaddleUppercuts.cutoffEquality": { + "module": "SourceActualSaddleUppercuts.lean", + "name": "I4SourceActualSaddleUppercuts.cutoffEquality", + "status": "UNSUPPORTED", + "detail": "binder ( F : I4Torus.SourceTorus 2 L \u2192 \u211d ) is neither a sampled numeric type (\u2115 \u2124 \u211a \u211d) nor a decidable hypothesis", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "SourceActualSaddleUppercuts.lean::I4SourceActualSaddleUppercuts.actualSource_quotient_saddle_uniform_closed_uppercuts": { + "module": "SourceActualSaddleUppercuts.lean", + "name": "I4SourceActualSaddleUppercuts.actualSource_quotient_saddle_uniform_closed_uppercuts", + "status": "UNSUPPORTED", + "detail": "binder ( omega : I4SmoothCarrier.SmoothSample 2 L ) is neither a sampled numeric type (\u2115 \u2124 \u211a \u211d) nor a decidable hypothesis", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "SourceActualSaddleUppercuts.lean::I4SourceActualSaddleUppercuts.fixture_scalarSeries_finitePairing": { + "module": "SourceActualSaddleUppercuts.lean", + "name": "I4SourceActualSaddleUppercuts.fixture_scalarSeries_finitePairing", + "status": "UNSUPPORTED", + "detail": "binder ( v : \u03b9 \u2192 \u2080 \u211d ) is neither a sampled numeric type (\u2115 \u2124 \u211a \u211d) nor a decidable hypothesis", + "instances": 0, + "vacuous": false, + "float_free": true + }, + 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false, + "float_free": true + }, + "SourceActualSaddleUppercuts.lean::I4SourceActualSaddleUppercuts.trig_deriv": { + "module": "SourceActualSaddleUppercuts.lean", + "name": "I4SourceActualSaddleUppercuts.trig_deriv", + "status": "UNSUPPORTED", + "detail": "binder ( X : UniversalLaw.Spec.Lifetime.E 2 ) is neither a sampled numeric type (\u2115 \u2124 \u211a \u211d) nor a decidable hypothesis", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "SourceActualSaddleUppercuts.lean::I4SourceActualSaddleUppercuts.trig_hessian": { + "module": "SourceActualSaddleUppercuts.lean", + "name": "I4SourceActualSaddleUppercuts.trig_hessian", + "status": "UNSUPPORTED", + "detail": "binder ( X v w : UniversalLaw.Spec.Lifetime.E 2 ) is neither a sampled numeric type (\u2115 \u2124 \u211a \u211d) nor a decidable hypothesis", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "SourceActualSaddleUppercuts.lean::I4SourceActualSaddleUppercuts.point_coords": { + "module": "SourceActualSaddleUppercuts.lean", + "name": "I4SourceActualSaddleUppercuts.point_coords", + "status": "UNSUPPORTED", + "detail": "result type UniversalLaw.Spec.Lifetime.E 2 \u2192 L [ \u211d ] \u211d", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "SourceActualSaddleUppercuts.lean::I4SourceActualSaddleUppercuts.fixture_critical_of": { + "module": "SourceActualSaddleUppercuts.lean", + "name": "I4SourceActualSaddleUppercuts.fixture_critical_of", + "status": "UNSUPPORTED", + "detail": "I4LifetimeField.actualField applied to 3 of 4 arguments", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "SourceActualSaddleUppercuts.lean::I4SourceActualSaddleUppercuts.axis0_ne": { + "module": "SourceActualSaddleUppercuts.lean", + "name": "I4SourceActualSaddleUppercuts.axis0_ne", + "status": "UNSUPPORTED", + "detail": "result type UniversalLaw.Spec.Lifetime.E 2", + "instances": 0, + "vacuous": false, + "float_free": true + }, + 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hypotheses on 3103 draws (transcendental hypotheses too close to their bound), so no draw was admitted", + "instances": 0, + "vacuous": false, + "float_free": true, + "sampling": { + "seed": 1, + "draws": 0, + "accepted": 0, + "rejected": 1032, + "infeasible": 0, + "undecided": 0, + "hypotheses_undecided": 3103 + } + }, + "SourceActualSaddleUppercuts.lean::I4SourceActualSaddleUppercuts.fixture_inertia_neg": { + "module": "SourceActualSaddleUppercuts.lean", + "name": "I4SourceActualSaddleUppercuts.fixture_inertia_neg", + "status": "UNSUPPORTED", + "detail": "no sample satisfied the hypotheses and evaluated (1032 draws): the enclosures did not decide the hypotheses on 6576 draws (transcendental hypotheses too close to their bound), so no draw was admitted", + "instances": 0, + "vacuous": false, + "float_free": true, + "sampling": { + "seed": 1, + "draws": 0, + "accepted": 0, + "rejected": 1032, + "infeasible": 0, + "undecided": 0, + "hypotheses_undecided": 6576 + } + }, + 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"I4LifetimeField.actualField applied to 3 of 4 arguments", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "SourceActualSaddleUppercuts.lean::I4SourceActualSaddleUppercuts.fixture_negative_inertia": { + "module": "SourceActualSaddleUppercuts.lean", + "name": "I4SourceActualSaddleUppercuts.fixture_negative_inertia", + "status": "UNSUPPORTED", + "detail": "definition HessianHasInertia has an unparsed body", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "SourceActualSaddleUppercuts.lean::I4SourceActualSaddleUppercuts.fixture_seam_critical": { + "module": "SourceActualSaddleUppercuts.lean", + "name": "I4SourceActualSaddleUppercuts.fixture_seam_critical", + "status": "UNSUPPORTED", + "detail": "I4LifetimeField.actualField applied to 3 of 4 arguments", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "SourceActualSaddleUppercuts.lean::I4SourceActualSaddleUppercuts.fixture_seam_inertia": { + "module": "SourceActualSaddleUppercuts.lean", + "name": "I4SourceActualSaddleUppercuts.fixture_seam_inertia", + "status": "UNSUPPORTED", + "detail": "definition HessianHasInertia has an unparsed body", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "SourceActualSaddleUppercuts.lean::I4SourceActualSaddleUppercuts.fixture_heights": { + "module": "SourceActualSaddleUppercuts.lean", + "name": "I4SourceActualSaddleUppercuts.fixture_heights", + "status": "UNSUPPORTED", + "detail": "fixtureField returns a function that is not a lambda", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "SourceActualSaddleUppercuts.lean::I4SourceActualSaddleUppercuts.fixture_open": { + "module": "SourceActualSaddleUppercuts.lean", + "name": "I4SourceActualSaddleUppercuts.fixture_open", + "status": "UNSUPPORTED", + "detail": "proposition of form App", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "SourceActualSaddleUppercuts.lean::I4SourceActualSaddleUppercuts.fixture_seam": { + "module": "SourceActualSaddleUppercuts.lean", + "name": "I4SourceActualSaddleUppercuts.fixture_seam", + "status": "UNSUPPORTED", + "detail": "result type I4Torus.SourceTorus 2 2", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "SourceActualSaddleUppercuts.lean::I4SourceActualSaddleUppercuts.fixture_consumer": { + "module": "SourceActualSaddleUppercuts.lean", + "name": "I4SourceActualSaddleUppercuts.fixture_consumer", + "status": "UNSUPPORTED", + "detail": "binder ( hc : IsCriticalPoint 2 ( I4LifetimeField.actualField 2 2 fixtureSample ) ( fixturePoint x y ) ) is neither a sampled numeric type (\u2115 \u2124 \u211a \u211d) nor a decidable hypothesis", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "SourceActualSaddleUppercuts.lean::I4SourceActualSaddleUppercuts.fixture_positive_consumer": { + "module": "SourceActualSaddleUppercuts.lean", + "name": "I4SourceActualSaddleUppercuts.fixture_positive_consumer", + "status": "UNSUPPORTED", + "detail": "unsupported syntax: existential quantifier", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "SourceActualSaddleUppercuts.lean::I4SourceActualSaddleUppercuts.fixture_negative_consumer": { + "module": "SourceActualSaddleUppercuts.lean", + "name": "I4SourceActualSaddleUppercuts.fixture_negative_consumer", + "status": "UNSUPPORTED", + "detail": "unsupported syntax: existential quantifier", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "SourceActualSaddleUppercuts.lean::I4SourceActualSaddleUppercuts.fixture_seam_consumer": { + "module": "SourceActualSaddleUppercuts.lean", + "name": "I4SourceActualSaddleUppercuts.fixture_seam_consumer", + "status": "UNSUPPORTED", + "detail": "unsupported syntax: existential quantifier", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "SourceActualTorusRegularSlab.lean::I4SourceActualTorusRegularSlab.actualGradient_periodic": { + "module": "SourceActualTorusRegularSlab.lean", + "name": 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"UNSUPPORTED", + "detail": "binder ( X : E2 ) is neither a sampled numeric type (\u2115 \u2124 \u211a \u211d) nor a decidable hypothesis", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "SourceActualTorusRegularSlab.lean::I4SourceActualTorusRegularSlab.actualGradient_closedBand_floor": { + "module": "SourceActualTorusRegularSlab.lean", + "name": "I4SourceActualTorusRegularSlab.actualGradient_closedBand_floor", + "status": "UNSUPPORTED", + "detail": "binder ( omega : SmoothSample 2 L ) is neither a sampled numeric type (\u2115 \u2124 \u211a \u211d) nor a decidable hypothesis", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "SourceActualTorusRegularSlab.lean::I4SourceActualTorusRegularSlab.actualNormalizedVelocity_estimates": { + "module": "SourceActualTorusRegularSlab.lean", + "name": "I4SourceActualTorusRegularSlab.actualNormalizedVelocity_estimates", + "status": "UNSUPPORTED", + "detail": "binder ( omega : SmoothSample 2 L ) is neither a sampled 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"SourceCompactGapNormalizer.source_normalized_gap_axial_errors", + "status": "UNSUPPORTED", + "detail": "binder ( sample : SmoothSample 2 L ) is neither a sampled numeric type (\u2115 \u2124 \u211a \u211d) nor a decidable hypothesis", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "SourceCompactGapNormalizer.lean::SourceCompactGapNormalizer.endpointWeight_gap_floor": { + "module": "SourceCompactGapNormalizer.lean", + "name": "SourceCompactGapNormalizer.endpointWeight_gap_floor", + "status": "UNSUPPORTED", + "detail": "hypothesis ( hq : q \u2208 Icc ( - 2 : \u211d ) ( - 1 : \u211d ) ) mentions undeclared names ['Icc']", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "SourceCompactGapNormalizer.lean::SourceCompactGapNormalizer.sourceSmoothWeight_gap_floor": { + "module": "SourceCompactGapNormalizer.lean", + "name": "SourceCompactGapNormalizer.sourceSmoothWeight_gap_floor", + "status": "UNSUPPORTED", + "detail": "binder ( sample : SmoothSample 2 L ) is neither a sampled numeric type (\u2115 \u2124 \u211a \u211d) nor a decidable hypothesis", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "SourceCompactGapNormalizer.lean::SourceCompactGapNormalizer.sourceGapLaw_compact_normalizer": { + "module": "SourceCompactGapNormalizer.lean", + "name": "SourceCompactGapNormalizer.sourceGapLaw_compact_normalizer", + "status": "UNSUPPORTED", + "detail": "unsupported syntax: existential quantifier", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "SourceCompactTargetMoments.lean::I4SourceCompactTargetMoments.sourceInverse_target_uniform_bounds": { + "module": "SourceCompactTargetMoments.lean", + "name": "I4SourceCompactTargetMoments.sourceInverse_target_uniform_bounds", + "status": "UNSUPPORTED", + "detail": "unsupported syntax: existential quantifier", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "SourceCompactTargetMoments.lean::I4SourceCompactTargetMoments.sourceGammaRadius_allTarget_domination": { + "module": "SourceCompactTargetMoments.lean", + "name": "I4SourceCompactTargetMoments.sourceGammaRadius_allTarget_domination", + "status": "UNSUPPORTED", + "detail": "unsupported syntax: existential quantifier", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "SourceCompactTargetMoments.lean::I4SourceCompactTargetMoments.sampleMajorant_affine_integrable_pow": { + "module": "SourceCompactTargetMoments.lean", + "name": "I4SourceCompactTargetMoments.sampleMajorant_affine_integrable_pow", + "status": "UNSUPPORTED", + "detail": "binder ( w : SourceMode 2 \u2192 \u211d ) is neither a sampled numeric type (\u2115 \u2124 \u211a \u211d) nor a decidable hypothesis", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "SourceCompactTargetMoments.lean::I4SourceCompactTargetMoments.sourceGammaRadius_allTarget_moments": { + "module": "SourceCompactTargetMoments.lean", + "name": "I4SourceCompactTargetMoments.sourceGammaRadius_allTarget_moments", + "status": "UNSUPPORTED", + "detail": "unsupported syntax: existential quantifier", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "SourceCompactTargetMoments.lean::I4SourceCompactTargetMoments.sourceGapPins_one_sixth": { + "module": "SourceCompactTargetMoments.lean", + "name": "I4SourceCompactTargetMoments.sourceGapPins_one_sixth", + "status": "CORROBORATED", + "detail": "holds on 64 sampled instances satisfying the hypotheses (0 draws rejected by the hypotheses, 0 infeasible, seed 1): sampling is admitted evidence of the statement, not a proof of it", + "instances": 64, + "vacuous": false, + "float_free": true, + "sampling": { + "seed": 1, + "draws": 64, + "accepted": 64, + "rejected": 0, + "infeasible": 0, + "undecided": 0 + } + }, + "SourceCompactTargetMoments.lean::I4SourceCompactTargetMoments.sourceGapLaw_one_sixth": { + "module": "SourceCompactTargetMoments.lean", + "name": "I4SourceCompactTargetMoments.sourceGapLaw_one_sixth", + "status": "UNSUPPORTED", + "detail": "result type Measure ( SmoothSample 2 L )", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "SourceCompactTargetMoments.lean::I4SourceCompactTargetMoments.sourceGapPins_eq_confluent": { + "module": "SourceCompactTargetMoments.lean", + "name": "I4SourceCompactTargetMoments.sourceGapPins_eq_confluent", + "status": "CORROBORATED", + "detail": "holds on 64 sampled instances satisfying the hypotheses (1 draws rejected by the hypotheses, 0 infeasible, seed 1): sampling is admitted evidence of the statement, not a proof of it", + "instances": 64, + "vacuous": false, + "float_free": true, + "sampling": { + "seed": 1, + "draws": 64, + "accepted": 64, + "rejected": 1, + "infeasible": 0, + "undecided": 0 + } + }, + "SourceCompactTargetMoments.lean::I4SourceCompactTargetMoments.sourceGapLaw_eq_rawPinKernel": { + "module": "SourceCompactTargetMoments.lean", + "name": "I4SourceCompactTargetMoments.sourceGapLaw_eq_rawPinKernel", + "status": "UNSUPPORTED", + "detail": "result type Measure ( SmoothSample 2 L )", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "SourceCompactTargetMoments.lean::I4SourceCompactTargetMoments.sourceGapPins_norm_le": { + "module": "SourceCompactTargetMoments.lean", + "name": "I4SourceCompactTargetMoments.sourceGapPins_norm_le", + "status": "CORROBORATED", + "detail": "holds on 64 sampled instances satisfying the hypotheses (5 draws rejected by the hypotheses, 0 infeasible, seed 1): sampling is admitted evidence of the statement, not a proof of it", + "instances": 64, + "vacuous": false, + "float_free": true, + "sampling": { + "seed": 1, + "draws": 64, + "accepted": 64, + "rejected": 5, + "infeasible": 0, + "undecided": 0 + } + }, + "SourceCompactTargetMoments.lean::I4SourceCompactTargetMoments.sourceGapLaw_height_moments": { + "module": "SourceCompactTargetMoments.lean", + "name": "I4SourceCompactTargetMoments.sourceGapLaw_height_moments", + "status": "UNSUPPORTED", + "detail": "unsupported syntax: existential quantifier", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "SourceConditionalMajorant.lean::I4SourceConditionalMajorant.sampleMajorant_nonneg": { + "module": "SourceConditionalMajorant.lean", + "name": "I4SourceConditionalMajorant.sampleMajorant_nonneg", + "status": "UNSUPPORTED", + "detail": "binder ( w : SourceMode 2 \u2192 \u211d ) is neither a sampled numeric type (\u2115 \u2124 \u211a \u211d) nor a decidable hypothesis", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "SourceConditionalMajorant.lean::I4SourceConditionalMajorant.derivativeMajorant_weighted_summable": { + "module": "SourceConditionalMajorant.lean", + "name": "I4SourceConditionalMajorant.derivativeMajorant_weighted_summable", + "status": "UNSUPPORTED", + "detail": "binder ( \u03c9 : SmoothSample 2 L ) is neither a sampled numeric type (\u2115 \u2124 \u211a \u211d) nor a decidable hypothesis", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "SourceConditionalMajorant.lean::I4SourceConditionalMajorant.confluentMajorant_weighted_summable": { + "module": "SourceConditionalMajorant.lean", + "name": "I4SourceConditionalMajorant.confluentMajorant_weighted_summable", + "status": "UNSUPPORTED", + "detail": "binder ( \u03c9 : SmoothSample 2 L ) is neither a sampled numeric type (\u2115 \u2124 \u211a \u211d) nor a decidable hypothesis", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "SourceConditionalMajorant.lean::I4SourceConditionalMajorant.pinCoefficient_abs_le": { + "module": "SourceConditionalMajorant.lean", + "name": "I4SourceConditionalMajorant.pinCoefficient_abs_le", + "status": "UNSUPPORTED", + "detail": "binder ( m : SourceMode 2 ) is neither a sampled numeric type (\u2115 \u2124 \u211a \u211d) nor a decidable hypothesis", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "SourceConditionalMajorant.lean::I4SourceConditionalMajorant.sourceConfluentPins_abs_le": { + "module": "SourceConditionalMajorant.lean", + "name": "I4SourceConditionalMajorant.sourceConfluentPins_abs_le", + "status": "UNSUPPORTED", + "detail": "binder ( \u03c9 : SmoothSample 2 L ) is neither a sampled numeric type (\u2115 \u2124 \u211a \u211d) nor a decidable hypothesis", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "SourceConditionalMajorant.lean::I4SourceConditionalMajorant.six_mulVec_abs_le": { + "module": "SourceConditionalMajorant.lean", + "name": "I4SourceConditionalMajorant.six_mulVec_abs_le", + "status": "UNSUPPORTED", + "detail": "binder ( hM : \u2200 i j , | M i j | \u2264 K ) is neither a sampled numeric type (\u2115 \u2124 \u211a \u211d) nor a decidable hypothesis", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "SourceConditionalMajorant.lean::I4SourceConditionalMajorant.pinLift_abs_le": { + "module": "SourceConditionalMajorant.lean", + "name": "I4SourceConditionalMajorant.pinLift_abs_le", + "status": "UNSUPPORTED", + "detail": "binder ( hInv : \u2200 i j , | ( sourcePinCovarianceAt L r ) \u207b\u00b9 i j | \u2264 K ) is neither a sampled numeric type (\u2115 \u2124 \u211a \u211d) nor a decidable hypothesis", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "SourceConditionalMajorant.lean::I4SourceConditionalMajorant.posterior_sampleMajorant_le": { + "module": "SourceConditionalMajorant.lean", + "name": "I4SourceConditionalMajorant.posterior_sampleMajorant_le", + "status": "UNSUPPORTED", + "detail": "binder ( w : SourceMode 2 \u2192 \u211d ) is neither a sampled numeric type (\u2115 \u2124 \u211a \u211d) nor a decidable hypothesis", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "SourceConditionalMajorant.lean::I4SourceConditionalMajorant.sourceInverse_prescribed_uniform_bounds": { + "module": "SourceConditionalMajorant.lean", + "name": "I4SourceConditionalMajorant.sourceInverse_prescribed_uniform_bounds", + "status": "UNSUPPORTED", + "detail": "unsupported syntax: existential quantifier", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "SourceConditionalMajorant.lean::I4SourceConditionalMajorant.smoothSourceField_global_derivative_bound": { + "module": "SourceConditionalMajorant.lean", + "name": "I4SourceConditionalMajorant.smoothSourceField_global_derivative_bound", + "status": "UNSUPPORTED", + "detail": "binder ( \u03c9 : SmoothSample 2 L ) is neither a sampled numeric type (\u2115 \u2124 \u211a \u211d) nor a decidable hypothesis", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "SourceConditionalMajorant.lean::I4SourceConditionalMajorant.sampleMajorant_measurable": { + "module": "SourceConditionalMajorant.lean", + "name": "I4SourceConditionalMajorant.sampleMajorant_measurable", + "status": "UNSUPPORTED", + "detail": "binder ( w : SourceMode 2 \u2192 \u211d ) is neither a sampled numeric type (\u2115 \u2124 \u211a \u211d) nor a decidable hypothesis", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "SourceConditionalMajorant.lean::I4SourceConditionalMajorant.sourceDerivativeMajorant_measurable": { + "module": "SourceConditionalMajorant.lean", + "name": "I4SourceConditionalMajorant.sourceDerivativeMajorant_measurable", + "status": "UNSUPPORTED", + "detail": "conclusion is a structural predicate ['Measurable']: trivial on finite discrete models (every set is measurable, every function measurable and integrable), so sampling has no content here", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "SourceConditionalMajorant.lean::I4SourceConditionalMajorant.sampleMajorant_add": { + "module": "SourceConditionalMajorant.lean", + "name": "I4SourceConditionalMajorant.sampleMajorant_add", + "status": "UNSUPPORTED", + "detail": "binder ( w v : SourceMode 2 \u2192 \u211d ) is neither a sampled numeric type (\u2115 \u2124 \u211a \u211d) nor a decidable hypothesis", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "SourceConditionalMajorant.lean::I4SourceConditionalMajorant.sampleMajorant_const_mul": { + "module": "SourceConditionalMajorant.lean", + "name": "I4SourceConditionalMajorant.sampleMajorant_const_mul", + "status": "UNSUPPORTED", + "detail": "binder ( w : SourceMode 2 \u2192 \u211d ) is neither a sampled numeric type (\u2115 \u2124 \u211a \u211d) nor a decidable hypothesis", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "SourceConditionalMajorant.lean::I4SourceConditionalMajorant.sourceDerivativeMajorant_uniform_domination": { + "module": "SourceConditionalMajorant.lean", + "name": "I4SourceConditionalMajorant.sourceDerivativeMajorant_uniform_domination", + "status": "UNSUPPORTED", + "detail": "unsupported syntax: existential quantifier", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "SourceConditionalMajorant.lean::I4SourceConditionalMajorant.source_coordinate_hasLaw": { + "module": "SourceConditionalMajorant.lean", + "name": "I4SourceConditionalMajorant.source_coordinate_hasLaw", + "status": "UNSUPPORTED", + "detail": "binder ( m : SourceMode 2 ) is neither a sampled numeric type (\u2115 \u2124 \u211a \u211d) nor a decidable hypothesis", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "SourceConditionalMajorant.lean::I4SourceConditionalMajorant.sampleMajorant_prior_moment": { + "module": "SourceConditionalMajorant.lean", + "name": "I4SourceConditionalMajorant.sampleMajorant_prior_moment", + "status": "UNSUPPORTED", + "detail": "binder ( w : SourceMode 2 \u2192 \u211d ) is neither a sampled numeric type (\u2115 \u2124 \u211a \u211d) nor a decidable hypothesis", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "SourceConditionalMajorant.lean::I4SourceConditionalMajorant.drift_majorant_integrable_pow": { + "module": "SourceConditionalMajorant.lean", + "name": "I4SourceConditionalMajorant.drift_majorant_integrable_pow", + "status": "UNSUPPORTED", + "detail": "binder ( w : SourceMode 2 \u2192 \u211d ) is neither a sampled numeric type (\u2115 \u2124 \u211a \u211d) nor a decidable hypothesis", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "SourceConditionalMajorant.lean::I4SourceConditionalMajorant.sourceConditionalDerivative_moments": { + "module": "SourceConditionalMajorant.lean", + "name": "I4SourceConditionalMajorant.sourceConditionalDerivative_moments", + "status": "UNSUPPORTED", + "detail": "unsupported syntax: existential quantifier", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "SourceConditionalMajorant.lean::I4SourceConditionalMajorant.sourceConditionalDerivative_cutoff_tail": { + "module": "SourceConditionalMajorant.lean", + "name": "I4SourceConditionalMajorant.sourceConditionalDerivative_cutoff_tail", + "status": "UNSUPPORTED", + "detail": "unsupported syntax: existential quantifier", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "SourceConditionalMajorant.lean::I4SourceConditionalMajorant.sourceConditionalDerivative_gaussian_upper_tail": { + "module": "SourceConditionalMajorant.lean", + "name": "I4SourceConditionalMajorant.sourceConditionalDerivative_gaussian_upper_tail", + "status": "UNSUPPORTED", + "detail": "unsupported syntax: existential quantifier", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "SourceConditionalMajorant.lean::I4SourceConditionalMajorant.sourceWeightedDerivative_cutoff_tail": { + "module": "SourceConditionalMajorant.lean", + "name": "I4SourceConditionalMajorant.sourceWeightedDerivative_cutoff_tail", + "status": "UNSUPPORTED", + "detail": "unsupported syntax: existential quantifier", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "SourceConfluentLimits.lean::I4SourceConfluentLimits.derivativeCoefficient_weighted_summable": { + "module": "SourceConfluentLimits.lean", + "name": "I4SourceConfluentLimits.derivativeCoefficient_weighted_summable", + "status": "UNSUPPORTED", + "detail": "binder ( \u03c9 : SmoothSample 2 L ) is neither a sampled numeric type (\u2115 \u2124 \u211a \u211d) nor a decidable hypothesis", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "SourceConfluentLimits.lean::I4SourceConfluentLimits.finiteSeries_map": { + "module": "SourceConfluentLimits.lean", + "name": "I4SourceConfluentLimits.finiteSeries_map", + "status": "UNSUPPORTED", + "detail": "binder ( a : Fin n \u2192 \u03b9 \u2192 \u211d ) is neither a sampled numeric type (\u2115 \u2124 \u211a \u211d) nor a decidable hypothesis", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "SourceConfluentLimits.lean::I4SourceConfluentLimits.finiteCoefficient_map_summable": { + "module": "SourceConfluentLimits.lean", + "name": "I4SourceConfluentLimits.finiteCoefficient_map_summable", + "status": "UNSUPPORTED", + "detail": "binder ( a : Fin n \u2192 \u03b9 \u2192 \u211d ) is neither a sampled numeric type (\u2115 \u2124 \u211a \u211d) nor a decidable hypothesis", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "SourceConfluentLimits.lean::I4SourceConfluentLimits.rawPinsWithHessians_series": { + "module": "SourceConfluentLimits.lean", + "name": "I4SourceConfluentLimits.rawPinsWithHessians_series", + "status": "UNSUPPORTED", + "detail": "binder ( \u03c9 : SmoothSample 2 L ) is neither a sampled numeric type (\u2115 \u2124 \u211a \u211d) nor a decidable hypothesis", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "SourceConfluentLimits.lean::I4SourceConfluentLimits.pinCoefficient_summable": { + "module": "SourceConfluentLimits.lean", + "name": "I4SourceConfluentLimits.pinCoefficient_summable", + "status": "UNSUPPORTED", + "detail": "proposition of form App", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "SourceConfluentLimits.lean::I4SourceConfluentLimits.adjustedCoefficient_summable": { + "module": "SourceConfluentLimits.lean", + "name": "I4SourceConfluentLimits.adjustedCoefficient_summable", + "status": "UNSUPPORTED", + "detail": "proposition of form App", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "SourceConfluentLimits.lean::I4SourceConfluentLimits.sourceConfluentPinsAt_series": { + "module": "SourceConfluentLimits.lean", + "name": "I4SourceConfluentLimits.sourceConfluentPinsAt_series", + "status": "UNSUPPORTED", + "detail": "binder ( \u03c9 : SmoothSample 2 L ) is neither a sampled numeric type (\u2115 \u2124 \u211a \u211d) nor a decidable hypothesis", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "SourceConfluentLimits.lean::I4SourceConfluentLimits.sourceAdjustedEndpoints_series": { + "module": "SourceConfluentLimits.lean", + "name": "I4SourceConfluentLimits.sourceAdjustedEndpoints_series", + "status": "UNSUPPORTED", + "detail": "binder ( \u03c9 : SmoothSample 2 L ) is neither a sampled numeric type (\u2115 \u2124 \u211a \u211d) nor a decidable hypothesis", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "SourceConfluentLimits.lean::I4SourceConfluentLimits.sourcePinCovarianceAt_coefficient": { + "module": "SourceConfluentLimits.lean", + "name": "I4SourceConfluentLimits.sourcePinCovarianceAt_coefficient", + "status": "UNSUPPORTED", + "detail": "unsupported syntax: infinite sum \u2211' (tsum / tprod) is outside the interpreter", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "SourceConfluentLimits.lean::I4SourceConfluentLimits.sourceCrossCovarianceAt_coefficient": { + "module": "SourceConfluentLimits.lean", + "name": "I4SourceConfluentLimits.sourceCrossCovarianceAt_coefficient", + "status": "UNSUPPORTED", + "detail": "unsupported syntax: infinite sum \u2211' (tsum / tprod) is outside the interpreter", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "SourceConfluentLimits.lean::I4SourceConfluentLimits.sourceEndpointCovarianceAt_coefficient": { + "module": "SourceConfluentLimits.lean", + "name": "I4SourceConfluentLimits.sourceEndpointCovarianceAt_coefficient", + "status": "UNSUPPORTED", + "detail": "unsupported syntax: infinite sum \u2211' (tsum / tprod) is outside the interpreter", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "SourceConfluentLimits.lean::I4ModeCurveChains.mode_smooth": { + "module": "SourceConfluentLimits.lean", + "name": "I4ModeCurveChains.mode_smooth", + "status": "UNSUPPORTED", + "detail": "binder ( m : SourceMode 2 ) is neither a sampled numeric type (\u2115 \u2124 \u211a \u211d) nor a decidable hypothesis", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "SourceConfluentLimits.lean::I4ModeCurveChains.axis_iteratedDeriv": { + "module": "SourceConfluentLimits.lean", + "name": "I4ModeCurveChains.axis_iteratedDeriv", + "status": "UNSUPPORTED", + "detail": "binder ( f : ( Fin 2 \u2192 \u211d ) \u2192 \u211d ) is neither a sampled numeric type (\u2115 \u2124 \u211a \u211d) nor a decidable hypothesis", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "SourceConfluentLimits.lean::I4ModeCurveChains.axis_transverse_smooth": { + "module": "SourceConfluentLimits.lean", + "name": "I4ModeCurveChains.axis_transverse_smooth", + "status": "UNSUPPORTED", + "detail": "binder ( f : ( Fin 2 \u2192 \u211d ) \u2192 \u211d ) is neither a sampled numeric type (\u2115 \u2124 \u211a \u211d) nor a decidable hypothesis", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "SourceConfluentLimits.lean::I4ModeCurveChains.axis_transverse_iteratedDeriv": { + "module": "SourceConfluentLimits.lean", + "name": "I4ModeCurveChains.axis_transverse_iteratedDeriv", + "status": "UNSUPPORTED", + "detail": "binder ( f : ( Fin 2 \u2192 \u211d ) \u2192 \u211d ) is neither a sampled numeric type (\u2115 \u2124 \u211a \u211d) nor a decidable hypothesis", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "SourceConfluentLimits.lean::I4ModeCurveChains.modeH_eq": { + "module": "SourceConfluentLimits.lean", + "name": "I4ModeCurveChains.modeH_eq", + "status": "UNSUPPORTED", + "detail": "binder ( m : SourceMode 2 ) is neither a sampled numeric type (\u2115 \u2124 \u211a \u211d) nor a decidable hypothesis", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "SourceConfluentLimits.lean::I4ModeCurveChains.modeF_C3": { + "module": "SourceConfluentLimits.lean", + "name": "I4ModeCurveChains.modeF_C3", + "status": "UNSUPPORTED", + "detail": "binder ( m : SourceMode 2 ) is neither a sampled numeric type (\u2115 \u2124 \u211a \u211d) nor a decidable hypothesis", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "SourceConfluentLimits.lean::I4ModeCurveChains.modeH_C2": { + "module": "SourceConfluentLimits.lean", + "name": "I4ModeCurveChains.modeH_C2", + "status": "UNSUPPORTED", + "detail": "binder ( m : SourceMode 2 ) is neither a sampled numeric type (\u2115 \u2124 \u211a \u211d) nor a decidable hypothesis", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "SourceConfluentLimits.lean::I4ModeCurveChains.modeF_deriv": { + "module": "SourceConfluentLimits.lean", + "name": "I4ModeCurveChains.modeF_deriv", + "status": "UNSUPPORTED", + "detail": "binder ( m : SourceMode 2 ) is neither a sampled numeric type (\u2115 \u2124 \u211a \u211d) nor a decidable hypothesis", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "SourceConfluentLimits.lean::I4ModeCurveChains.modeF_second": { + "module": "SourceConfluentLimits.lean", + "name": "I4ModeCurveChains.modeF_second", + "status": "UNSUPPORTED", + "detail": "binder ( m : SourceMode 2 ) is neither a sampled numeric type (\u2115 \u2124 \u211a \u211d) nor a decidable hypothesis", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "SourceConfluentLimits.lean::I4ModeCurveChains.modeF_third": { + "module": "SourceConfluentLimits.lean", + "name": "I4ModeCurveChains.modeF_third", + "status": "UNSUPPORTED", + "detail": "binder ( m : SourceMode 2 ) is neither a sampled numeric type (\u2115 \u2124 \u211a \u211d) nor a decidable hypothesis", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "SourceConfluentLimits.lean::I4ModeCurveChains.modeH_deriv": { + "module": "SourceConfluentLimits.lean", + "name": "I4ModeCurveChains.modeH_deriv", + "status": "UNSUPPORTED", + "detail": "binder ( m : SourceMode 2 ) is neither a sampled numeric type (\u2115 \u2124 \u211a \u211d) nor a decidable hypothesis", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "SourceConfluentLimits.lean::I4ModeCurveChains.modeH_second": { + "module": "SourceConfluentLimits.lean", + "name": "I4ModeCurveChains.modeH_second", + "status": "UNSUPPORTED", + "detail": "binder ( m : SourceMode 2 ) is neither a sampled numeric type (\u2115 \u2124 \u211a \u211d) nor a decidable hypothesis", + "instances": 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neither a sampled numeric type (\u2115 \u2124 \u211a \u211d) nor a decidable hypothesis", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "SourceConfluentLimits.lean::I4SourceConfluentLimits.adjustedCoefficient_explicit": { + "module": "SourceConfluentLimits.lean", + "name": "I4SourceConfluentLimits.adjustedCoefficient_explicit", + "status": "UNSUPPORTED", + "detail": "binder ( m : SourceMode 2 ) is neither a sampled numeric type (\u2115 \u2124 \u211a \u211d) nor a decidable hypothesis", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "SourceConfluentLimits.lean::I4WeightedModeIntegrals.weighted_integrand_bound": { + "module": "SourceConfluentLimits.lean", + "name": "I4WeightedModeIntegrals.weighted_integrand_bound", + "status": "UNSUPPORTED", + "detail": "binder ( u : Fin k \u2192 ( Fin 2 \u2192 \u211d ) ) is neither a sampled numeric type (\u2115 \u2124 \u211a \u211d) nor a decidable hypothesis", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "SourceConfluentLimits.lean::I4WeightedModeIntegrals.weightedDerivativeIntegral_continuous": { + "module": "SourceConfluentLimits.lean", + "name": "I4WeightedModeIntegrals.weightedDerivativeIntegral_continuous", + "status": "UNSUPPORTED", + "detail": "binder ( u : Fin k \u2192 ( Fin 2 \u2192 \u211d ) ) is neither a sampled numeric type (\u2115 \u2124 \u211a \u211d) nor a decidable hypothesis", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "SourceConfluentLimits.lean::I4WeightedModeIntegrals.weightedDerivativeIntegral_norm_le": { + "module": "SourceConfluentLimits.lean", + "name": "I4WeightedModeIntegrals.weightedDerivativeIntegral_norm_le", + "status": "UNSUPPORTED", + "detail": "binder ( u : Fin k \u2192 ( Fin 2 \u2192 \u211d ) ) is neither a sampled numeric type (\u2115 \u2124 \u211a \u211d) nor a decidable hypothesis", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "SourceConfluentLimits.lean::I4WeightedModeIntegrals.weightedDerivativeIntegral_zero": { + "module": "SourceConfluentLimits.lean", + "name": "I4WeightedModeIntegrals.weightedDerivativeIntegral_zero", + "status": "UNSUPPORTED", + "detail": "binder ( u : Fin k \u2192 ( Fin 2 \u2192 \u211d ) ) is neither a sampled numeric type (\u2115 \u2124 \u211a \u211d) nor a decidable hypothesis", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "SourceConfluentLimits.lean::I4SourceConfluentLimits.peano_one_bound": { + "module": "SourceConfluentLimits.lean", + "name": "I4SourceConfluentLimits.peano_one_bound", + "status": "UNSUPPORTED", + "detail": "hypothesis ( _ht : t \u2208 Set.uIoc ( - 1 / 2 : \u211d ) ( 1 / 2 : \u211d ) ) mentions undeclared names ['Set.uIoc']", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "SourceConfluentLimits.lean::I4SourceConfluentLimits.peano_left_bound": { + "module": "SourceConfluentLimits.lean", + "name": "I4SourceConfluentLimits.peano_left_bound", + "status": "UNSUPPORTED", + "detail": "hypothesis ( ht : t \u2208 Set.uIoc ( - 1 / 2 : \u211d ) ( 1 / 2 : \u211d ) ) mentions undeclared names ['Set.uIoc']", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "SourceConfluentLimits.lean::I4SourceConfluentLimits.peano_right_bound": { + "module": "SourceConfluentLimits.lean", + "name": "I4SourceConfluentLimits.peano_right_bound", + "status": "UNSUPPORTED", + "detail": "hypothesis ( ht : t \u2208 Set.uIoc ( - 1 / 2 : \u211d ) ( 1 / 2 : \u211d ) ) mentions undeclared names ['Set.uIoc']", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "SourceConfluentLimits.lean::I4SourceConfluentLimits.peano_cubic_bound": { + "module": "SourceConfluentLimits.lean", + "name": "I4SourceConfluentLimits.peano_cubic_bound", + "status": "UNSUPPORTED", + "detail": "hypothesis ( ht : t \u2208 Set.uIoc ( - 1 / 2 : \u211d ) ( 1 / 2 : \u211d ) ) mentions undeclared names ['Set.uIoc']", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "SourceConfluentLimits.lean::I4SourceConfluentLimits.peano_kernel_masses": { + "module": "SourceConfluentLimits.lean", + "name": "I4SourceConfluentLimits.peano_kernel_masses", + "status": "UNSUPPORTED", + "detail": "unparsed statement: SyntaxError: expected ',', got ..", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "SourceConfluentLimits.lean::I4SourceConfluentLimits.pinCoefficient_eq_regularized": { + "module": "SourceConfluentLimits.lean", + "name": "I4SourceConfluentLimits.pinCoefficient_eq_regularized", + "status": "UNSUPPORTED", + "detail": "binder ( m : SourceMode 2 ) is neither a sampled numeric type (\u2115 \u2124 \u211a \u211d) nor a decidable hypothesis", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "SourceConfluentLimits.lean::I4SourceConfluentLimits.adjustedCoefficient_eq_regularized": { + "module": "SourceConfluentLimits.lean", + "name": "I4SourceConfluentLimits.adjustedCoefficient_eq_regularized", + "status": "UNSUPPORTED", + "detail": "binder ( m : SourceMode 2 ) is neither a sampled numeric type (\u2115 \u2124 \u211a \u211d) nor a decidable hypothesis", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "SourceConfluentLimits.lean::I4ContactCoefficientLimits.contactPinCoefficient_summable": { + "module": "SourceConfluentLimits.lean", + "name": "I4ContactCoefficientLimits.contactPinCoefficient_summable", + "status": "UNSUPPORTED", + "detail": "proposition of form App", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "SourceConfluentLimits.lean::I4ContactCoefficientLimits.contactAdjustedCoefficient_summable": { + "module": "SourceConfluentLimits.lean", + "name": "I4ContactCoefficientLimits.contactAdjustedCoefficient_summable", + "status": "UNSUPPORTED", + "detail": "proposition of form App", + "instances": 0, + "vacuous": false, + "float_free": true + }, + 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scalarSeries has an unparsed body", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "SourceConfluentLimits.lean::I4ContactCoefficientLimits.sourceContactEndpointVector_eq_contactSeries": { + "module": "SourceConfluentLimits.lean", + "name": "I4ContactCoefficientLimits.sourceContactEndpointVector_eq_contactSeries", + "status": "UNSUPPORTED", + "detail": "binder ( \u03c9 : SmoothSample 2 L ) is neither a sampled numeric type (\u2115 \u2124 \u211a \u211d) nor a decidable hypothesis", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "SourceConfluentLimits.lean::I4ContactCoefficientLimits.sourcePinCovariance_eq_contactCoefficientGram": { + "module": "SourceConfluentLimits.lean", + "name": "I4ContactCoefficientLimits.sourcePinCovariance_eq_contactCoefficientGram", + "status": "UNSUPPORTED", + "detail": "unsupported syntax: infinite sum \u2211' (tsum / tprod) is outside the interpreter", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "SourceConfluentLimits.lean::I4ContactCoefficientLimits.sourceContactEndpointCrossCovariance_eq_contactCoefficientGram": { + "module": "SourceConfluentLimits.lean", + "name": "I4ContactCoefficientLimits.sourceContactEndpointCrossCovariance_eq_contactCoefficientGram", + "status": "UNSUPPORTED", + "detail": "unsupported syntax: infinite sum \u2211' (tsum / tprod) is outside the interpreter", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "SourceConfluentLimits.lean::I4ContactCoefficientLimits.sourceContactEndpointCovariance_eq_contactCoefficientGram": { + "module": "SourceConfluentLimits.lean", + "name": "I4ContactCoefficientLimits.sourceContactEndpointCovariance_eq_contactCoefficientGram", + "status": "UNSUPPORTED", + "detail": "unsupported syntax: infinite sum \u2211' (tsum / tprod) is outside the interpreter", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "SourceConfluentLimits.lean::I4SourceConfluentLimits.modeComponentMajorant_nonneg": { + "module": "SourceConfluentLimits.lean", + "name": "I4SourceConfluentLimits.modeComponentMajorant_nonneg", + "status": "UNSUPPORTED", + "detail": "binder ( m : SourceMode 2 ) is neither a sampled numeric type (\u2115 \u2124 \u211a \u211d) nor a decidable hypothesis", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "SourceConfluentLimits.lean::I4SourceConfluentLimits.confluentModeMajorant_nonneg": { + "module": "SourceConfluentLimits.lean", + "name": "I4SourceConfluentLimits.confluentModeMajorant_nonneg", + "status": "UNSUPPORTED", + "detail": "binder ( m : SourceMode 2 ) is neither a sampled numeric type (\u2115 \u2124 \u211a \u211d) nor a decidable hypothesis", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "SourceConfluentLimits.lean::I4SourceConfluentLimits.confluentModeMajorant_summable": { + "module": "SourceConfluentLimits.lean", + "name": "I4SourceConfluentLimits.confluentModeMajorant_summable", + "status": "UNSUPPORTED", + "detail": "proposition of form App", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "SourceConfluentLimits.lean::I4SourceConfluentLimits.six_component_le_majorant": { + "module": "SourceConfluentLimits.lean", + "name": "I4SourceConfluentLimits.six_component_le_majorant", + "status": "UNSUPPORTED", + "detail": "binder ( m : SourceMode 2 ) is neither a sampled numeric type (\u2115 \u2124 \u211a \u211d) nor a decidable hypothesis", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "SourceConfluentLimits.lean::I4SourceConfluentLimits.component_le_majorant": { + "module": "SourceConfluentLimits.lean", + "name": "I4SourceConfluentLimits.component_le_majorant", + "status": "UNSUPPORTED", + "detail": "binder ( m : SourceMode 2 ) is neither a sampled numeric type (\u2115 \u2124 \u211a \u211d) nor a decidable hypothesis", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "SourceConfluentLimits.lean::I4SourceConfluentLimits.average_norm_le": { + "module": "SourceConfluentLimits.lean", + "name": "I4SourceConfluentLimits.average_norm_le", + "status": "CORROBORATED", + "detail": "holds on 64 sampled instances satisfying the hypotheses (3 draws rejected by the hypotheses, 0 infeasible, seed 1): sampling is admitted evidence of the statement, not a proof of it", + "instances": 64, + "vacuous": false, + "float_free": true, + "sampling": { + "seed": 1, + "draws": 64, + "accepted": 64, + "rejected": 3, + "infeasible": 0, + "undecided": 0 + } + }, + "SourceConfluentLimits.lean::I4SourceConfluentLimits.integral_bound_one": { + "module": "SourceConfluentLimits.lean", + "name": "I4SourceConfluentLimits.integral_bound_one", + "status": "UNSUPPORTED", + "detail": "binder ( u : Fin k \u2192 ( Fin 2 \u2192 \u211d ) ) is neither a sampled numeric type (\u2115 \u2124 \u211a \u211d) nor a decidable hypothesis", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "SourceConfluentLimits.lean::I4SourceConfluentLimits.modeF_norm_bound": { + 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"binder ( m : SourceMode 2 ) is neither a sampled numeric type (\u2115 \u2124 \u211a \u211d) nor a decidable hypothesis", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "SourceConfluentLimits.lean::I4SourceConfluentLimits.helper_left_bound": { + "module": "SourceConfluentLimits.lean", + "name": "I4SourceConfluentLimits.helper_left_bound", + "status": "UNSUPPORTED", + "detail": "hypothesis ( ht : t \u2208 Set.uIoc ( - 1 / 2 : \u211d ) ( 1 / 2 : \u211d ) ) mentions undeclared names ['Set.uIoc']", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "SourceConfluentLimits.lean::I4SourceConfluentLimits.helper_right_bound": { + "module": "SourceConfluentLimits.lean", + "name": "I4SourceConfluentLimits.helper_right_bound", + "status": "UNSUPPORTED", + "detail": "hypothesis ( ht : t \u2208 Set.uIoc ( - 1 / 2 : \u211d ) ( 1 / 2 : \u211d ) ) mentions undeclared names ['Set.uIoc']", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "SourceConfluentLimits.lean::I4SourceConfluentLimits.helper_cubic_bound": { + "module": "SourceConfluentLimits.lean", + "name": "I4SourceConfluentLimits.helper_cubic_bound", + "status": "UNSUPPORTED", + "detail": "hypothesis ( ht : t \u2208 Set.uIoc ( - 1 / 2 : \u211d ) ( 1 / 2 : \u211d ) ) mentions undeclared names ['Set.uIoc']", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "SourceConfluentLimits.lean::I4SourceConfluentLimits.regularizedPinCoefficient_continuous": { + "module": "SourceConfluentLimits.lean", + "name": "I4SourceConfluentLimits.regularizedPinCoefficient_continuous", + "status": "UNSUPPORTED", + "detail": "binder ( m : SourceMode 2 ) is neither a sampled numeric type (\u2115 \u2124 \u211a \u211d) nor a decidable hypothesis", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "SourceConfluentLimits.lean::I4SourceConfluentLimits.regularizedAdjustedCoefficient_continuous": { + "module": "SourceConfluentLimits.lean", + "name": "I4SourceConfluentLimits.regularizedAdjustedCoefficient_continuous", + "status": "UNSUPPORTED", + "detail": "binder ( m : SourceMode 2 ) is neither a sampled numeric type (\u2115 \u2124 \u211a \u211d) nor a decidable hypothesis", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "SourceConfluentLimits.lean::I4SourceConfluentLimits.regularizedPinCoefficient_zero": { + "module": "SourceConfluentLimits.lean", + "name": "I4SourceConfluentLimits.regularizedPinCoefficient_zero", + "status": "UNSUPPORTED", + "detail": "binder ( m : SourceMode 2 ) is neither a sampled numeric type (\u2115 \u2124 \u211a \u211d) nor a decidable hypothesis", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "SourceConfluentLimits.lean::I4SourceConfluentLimits.regularizedAdjustedCoefficient_zero": { + "module": "SourceConfluentLimits.lean", + "name": "I4SourceConfluentLimits.regularizedAdjustedCoefficient_zero", + "status": "UNSUPPORTED", + "detail": "binder ( m : SourceMode 2 ) is neither a sampled numeric type (\u2115 \u2124 \u211a \u211d) nor a decidable hypothesis", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "SourceConfluentLimits.lean::I4SourceConfluentLimits.regularizedGram_continuous": { + "module": "SourceConfluentLimits.lean", + "name": "I4SourceConfluentLimits.regularizedGram_continuous", + "status": "UNSUPPORTED", + "detail": "binder ( a b : \u211d \u2192 Fin 6 \u2192 SourceMode 2 \u2192 \u211d ) is neither a sampled numeric type (\u2115 \u2124 \u211a \u211d) nor a decidable hypothesis", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "SourceConfluentLimits.lean::I4SourceConfluentLimits.regularizedPinCovariance_continuous": { + "module": "SourceConfluentLimits.lean", + "name": "I4SourceConfluentLimits.regularizedPinCovariance_continuous", + "status": "UNSUPPORTED", + "detail": "proposition of form App", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "SourceConfluentLimits.lean::I4SourceConfluentLimits.regularizedCrossCovariance_continuous": { + "module": "SourceConfluentLimits.lean", + "name": "I4SourceConfluentLimits.regularizedCrossCovariance_continuous", + "status": "UNSUPPORTED", + "detail": "proposition of form App", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "SourceConfluentLimits.lean::I4SourceConfluentLimits.regularizedEndpointCovariance_continuous": { + "module": "SourceConfluentLimits.lean", + "name": "I4SourceConfluentLimits.regularizedEndpointCovariance_continuous", + "status": "UNSUPPORTED", + "detail": "proposition of form App", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "SourceConfluentLimits.lean::I4SourceConfluentLimits.sourcePinCovarianceAt_eq_regularized": { + "module": "SourceConfluentLimits.lean", + "name": "I4SourceConfluentLimits.sourcePinCovarianceAt_eq_regularized", + "status": "UNSUPPORTED", + "detail": "expression Lambda", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "SourceConfluentLimits.lean::I4SourceConfluentLimits.sourceCrossCovarianceAt_eq_regularized": { + "module": "SourceConfluentLimits.lean", + "name": "I4SourceConfluentLimits.sourceCrossCovarianceAt_eq_regularized", + "status": "UNSUPPORTED", + "detail": "expression Lambda", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "SourceConfluentLimits.lean::I4SourceConfluentLimits.sourceEndpointCovarianceAt_eq_regularized": { + "module": "SourceConfluentLimits.lean", + "name": "I4SourceConfluentLimits.sourceEndpointCovarianceAt_eq_regularized", + "status": "UNSUPPORTED", + "detail": "expression Lambda", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "SourceConfluentLimits.lean::I4SourceConfluentLimits.regularizedPinCovariance_zero": { + "module": "SourceConfluentLimits.lean", + "name": "I4SourceConfluentLimits.regularizedPinCovariance_zero", + "status": "UNSUPPORTED", + "detail": "definition regularizedPinCovariance has an unparsed body", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "SourceConfluentLimits.lean::I4SourceConfluentLimits.regularizedCrossCovariance_zero": { + "module": "SourceConfluentLimits.lean", + "name": "I4SourceConfluentLimits.regularizedCrossCovariance_zero", + "status": "UNSUPPORTED", + "detail": "definition regularizedCrossCovariance has an unparsed body", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "SourceConfluentLimits.lean::I4SourceConfluentLimits.regularizedEndpointCovariance_zero": { + "module": "SourceConfluentLimits.lean", + "name": "I4SourceConfluentLimits.regularizedEndpointCovariance_zero", + "status": "UNSUPPORTED", + "detail": "definition regularizedEndpointCovariance has an unparsed body", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "SourceConfluentLimits.lean::I4SourceConfluentLimits.sourcePinCovarianceAt_tendsto": { + "module": "SourceConfluentLimits.lean", + "name": "I4SourceConfluentLimits.sourcePinCovarianceAt_tendsto", + "status": "UNSUPPORTED", + "detail": "unsupported syntax: notation '\ud835\udcdd'", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "SourceConfluentLimits.lean::I4SourceConfluentLimits.sourceCrossCovarianceAt_tendsto": { + "module": "SourceConfluentLimits.lean", + "name": "I4SourceConfluentLimits.sourceCrossCovarianceAt_tendsto", + "status": "UNSUPPORTED", + "detail": "unsupported syntax: notation '\ud835\udcdd'", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "SourceConfluentLimits.lean::I4SourceConfluentLimits.sourceEndpointCovarianceAt_tendsto": { + "module": "SourceConfluentLimits.lean", + "name": "I4SourceConfluentLimits.sourceEndpointCovarianceAt_tendsto", + "status": "UNSUPPORTED", + "detail": "unsupported syntax: notation '\ud835\udcdd'", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "SourceConfluentPins.lean::I4SourceConfluentPins.rawTransform_confluentTransform": { + "module": "SourceConfluentPins.lean", + "name": "I4SourceConfluentPins.rawTransform_confluentTransform", + "status": "CORROBORATED", + "detail": "holds on 64 sampled instances satisfying the hypotheses (1 draws rejected by the hypotheses, 0 infeasible, seed 1): sampling is admitted evidence of the statement, not a proof of it", + "instances": 64, + "vacuous": false, + "float_free": true, + "sampling": { + "seed": 1, + "draws": 64, + "accepted": 64, + "rejected": 1, + "infeasible": 0, + "undecided": 0 + } + }, + "SourceConfluentPins.lean::I4SourceConfluentPins.confluentTransform_rawTransform": { + "module": "SourceConfluentPins.lean", + "name": "I4SourceConfluentPins.confluentTransform_rawTransform", + "status": "CORROBORATED", + "detail": "holds on 64 sampled instances satisfying the hypotheses (1 draws rejected by the hypotheses, 0 infeasible, seed 1): sampling is admitted evidence of the statement, not a proof of it", + "instances": 64, + "vacuous": false, + "float_free": true, + "sampling": { + "seed": 1, + "draws": 64, + "accepted": 64, + "rejected": 1, + "infeasible": 0, + "undecided": 0 + } + }, + "SourceConfluentPins.lean::I4SourceConfluentPins.confluentEquiv_apply": { + "module": "SourceConfluentPins.lean", + "name": "I4SourceConfluentPins.confluentEquiv_apply", + "status": "UNSUPPORTED", + "detail": "result type ( Fin 6 \u2192 \u211d ) \u2243 L [ \u211d ] ( Fin 6 \u2192 \u211d ) where toFun", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "SourceConfluentPins.lean::I4SourceConfluentPins.confluentEquiv_symm_apply": { + "module": "SourceConfluentPins.lean", + "name": "I4SourceConfluentPins.confluentEquiv_symm_apply", + "status": "UNSUPPORTED", + "detail": "unknown function .symm", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "SourceConfluentPins.lean::I4SourceConfluentPins.prescribed_target": { + "module": "SourceConfluentPins.lean", + "name": "I4SourceConfluentPins.prescribed_target", + "status": "UNSUPPORTED", + "detail": "result type ( Fin 6 \u2192 \u211d ) \u2243 L [ \u211d ] ( Fin 6 \u2192 \u211d ) where toFun", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "SourceConfluentPins.lean::I4SourceConfluentPins.rawPins_hasGaussianLaw": { + "module": "SourceConfluentPins.lean", + "name": "I4SourceConfluentPins.rawPins_hasGaussianLaw", + "status": "UNSUPPORTED", + "detail": "proposition of form App", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "SourceConfluentPins.lean::I4SourceConfluentPins.confluentPins_hasGaussianLaw": { + "module": "SourceConfluentPins.lean", + "name": "I4SourceConfluentPins.confluentPins_hasGaussianLaw", + "status": "UNSUPPORTED", + "detail": "proposition of form App", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "SourceConfluentPins.lean::I4SourceConfluentPins.rawPinsWithHessians_hasGaussianLaw": { + "module": "SourceConfluentPins.lean", + "name": "I4SourceConfluentPins.rawPinsWithHessians_hasGaussianLaw", + "status": "UNSUPPORTED", + "detail": "proposition of form App", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "SourceContactCovariance.lean::I4SourceContact.sourceContactVector_hasGaussianLaw": { + "module": "SourceContactCovariance.lean", + "name": "I4SourceContact.sourceContactVector_hasGaussianLaw", + "status": "UNSUPPORTED", + "detail": "proposition of form App", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "SourceContactCovariance.lean::I4SourceContact.sourceContactCoefficient_summable": { + "module": "SourceContactCovariance.lean", + "name": "I4SourceContact.sourceContactCoefficient_summable", + "status": "UNSUPPORTED", + "detail": "proposition of form App", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "SourceContactCovariance.lean::I4SourceContact.sourceContactCovariance_eq_coefficientGram": { + "module": "SourceContactCovariance.lean", + "name": "I4SourceContact.sourceContactCovariance_eq_coefficientGram", + "status": "UNSUPPORTED", + "detail": "definition sourceContactCovariance has an unparsed body", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "SourceContactCovariance.lean::I4SourceContact.sourceContactMode_nonzero_frequency": { + "module": "SourceContactCovariance.lean", + "name": "I4SourceContact.sourceContactMode_nonzero_frequency", + "status": "UNSUPPORTED", + "detail": "unparsed statement: SyntaxError: trailing tokens from '|'", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "SourceContactCovariance.lean::I4SourceContact.sourceContactAmplitude_pos": { + "module": "SourceContactCovariance.lean", + "name": "I4SourceContact.sourceContactAmplitude_pos", + "status": "UNSUPPORTED", + "detail": "result type SourceMode 2", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "SourceContactCovariance.lean::I4SourceContact.derivativeCoefficient_none": { + "module": "SourceContactCovariance.lean", + "name": "I4SourceContact.derivativeCoefficient_none", + "status": "UNSUPPORTED", + "detail": "binder ( u : Fin k \u2192 ( Fin 2 \u2192 \u211d ) ) is neither a sampled numeric type (\u2115 \u2124 \u211a \u211d) nor a decidable hypothesis", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "SourceContactCovariance.lean::I4SourceContact.derivativeCoefficient_some": { + "module": "SourceContactCovariance.lean", + "name": "I4SourceContact.derivativeCoefficient_some", + "status": "UNSUPPORTED", + "detail": "binder ( k : \u21a5 ( halfLattice 2 ) ) is neither a sampled numeric type (\u2115 \u2124 \u211a \u211d) nor a decidable hypothesis", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "SourceContactCovariance.lean::I4SourceContact.sourceContact_selected_columns": { + "module": "SourceContactCovariance.lean", + "name": "I4SourceContact.sourceContact_selected_columns", + "status": "UNSUPPORTED", + "detail": "result type SourceMode 2", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "SourceContactCovariance.lean::I4SourceContact.sourceContactCovariance_posDef": { + "module": "SourceContactCovariance.lean", + "name": "I4SourceContact.sourceContactCovariance_posDef", + "status": "UNSUPPORTED", + "detail": "proposition of form App", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "SourceContactEndpointParameters.lean::I4SourceContact.contact_generic_residual_covariance": { + "module": "SourceContactEndpointParameters.lean", + "name": "I4SourceContact.contact_generic_residual_covariance", + "status": "UNSUPPORTED", + "detail": "binder ( J : \u03a9 \u2192 \u03b9 \u2192 \u211d ) is neither a sampled numeric type (\u2115 \u2124 \u211a \u211d) nor a decidable hypothesis", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "SourceContactEndpointParameters.lean::I4SourceContact.sourceContactA_memLp": { + "module": "SourceContactEndpointParameters.lean", + "name": "I4SourceContact.sourceContactA_memLp", + "status": "UNSUPPORTED", + "detail": "conclusion is a structural predicate ['MemLp']: trivial on finite discrete models (every set is measurable, every function measurable and integrable), so sampling has no content here", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "SourceContactEndpointParameters.lean::I4SourceContact.sourcePin_memLp": { + "module": "SourceContactEndpointParameters.lean", + "name": "I4SourceContact.sourcePin_memLp", + "status": "UNSUPPORTED", + "detail": "conclusion is a structural predicate ['MemLp']: trivial on finite discrete models (every set is measurable, every function measurable and integrable), so sampling has no content here", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "SourceContactEndpointParameters.lean::I4SourceContact.sourceContactEndpoint_memLp": { + "module": "SourceContactEndpointParameters.lean", + "name": "I4SourceContact.sourceContactEndpoint_memLp", + "status": "UNSUPPORTED", + "detail": "conclusion is a structural predicate ['MemLp']: trivial on finite discrete models (every set is measurable, every function measurable and integrable), so sampling has no content here", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "SourceContactEndpointParameters.lean::I4SourceContact.cross_row_zero": { + "module": "SourceContactEndpointParameters.lean", + "name": "I4SourceContact.cross_row_zero", + "status": "UNSUPPORTED", + "detail": "expression Lambda", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "SourceContactEndpointParameters.lean::I4SourceContact.cross_row_one": { + "module": "SourceContactEndpointParameters.lean", + "name": "I4SourceContact.cross_row_one", + "status": "UNSUPPORTED", + "detail": "expression Lambda", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "SourceContactEndpointParameters.lean::I4SourceContact.cross_row_two": { + "module": "SourceContactEndpointParameters.lean", + "name": "I4SourceContact.cross_row_two", + "status": "UNSUPPORTED", + "detail": "expression Lambda", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "SourceContactEndpointParameters.lean::I4SourceContact.cross_row_four": { + "module": "SourceContactEndpointParameters.lean", + "name": "I4SourceContact.cross_row_four", + "status": "UNSUPPORTED", + "detail": "expression Lambda", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "SourceContactEndpointParameters.lean::I4SourceContact.regression_pin_coordinates": { + "module": "SourceContactEndpointParameters.lean", + "name": "I4SourceContact.regression_pin_coordinates", + "status": "UNSUPPORTED", + "detail": "unsupported syntax: notation '\u1d65'", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "SourceContactEndpointParameters.lean::I4SourceContact.regression_other_coordinates": { + "module": "SourceContactEndpointParameters.lean", + "name": "I4SourceContact.regression_other_coordinates", + "status": "UNSUPPORTED", + "detail": "unsupported syntax: notation '\u1d65'", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "SourceContactEndpointParameters.lean::I4SourceContact.sourceContactEndpointMean_contact": { + "module": "SourceContactEndpointParameters.lean", + "name": "I4SourceContact.sourceContactEndpointMean_contact", + "status": "UNSUPPORTED", + "detail": "definition sourceContactEndpointMean has an unparsed body", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "SourceContactEndpointParameters.lean::I4SourceContact.sourceContactEndpointResidual_contact": { + "module": "SourceContactEndpointParameters.lean", + "name": "I4SourceContact.sourceContactEndpointResidual_contact", + "status": "UNSUPPORTED", + "detail": "binder ( \u03c9 : SmoothSample 2 L ) is neither a sampled numeric type (\u2115 \u2124 \u211a \u211d) nor a decidable hypothesis", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "SourceContactEndpointParameters.lean::I4SourceContact.sourceContactEndpointSchur_covariance": { + "module": "SourceContactEndpointParameters.lean", + "name": "I4SourceContact.sourceContactEndpointSchur_covariance", + "status": "UNSUPPORTED", + "detail": "unparsed statement: SyntaxError: expected ',', got j", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "SourceContactEndpointParameters.lean::I4SourceContact.sourceContactEndpointSchur_posSemidef": { + "module": "SourceContactEndpointParameters.lean", + "name": "I4SourceContact.sourceContactEndpointSchur_posSemidef", + "status": "UNSUPPORTED", + "detail": "proposition of form App", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "SourceContactEndpointParameters.lean::I4SourceContact.sourceContactEndpointSchur_contact": { + "module": "SourceContactEndpointParameters.lean", + "name": "I4SourceContact.sourceContactEndpointSchur_contact", + "status": "UNSUPPORTED", + "detail": "definition sourceContactEndpointSchur has an unparsed body", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "SourceContactEndpointParameters.lean::I4SourceContact.cross_row_Q": { + "module": "SourceContactEndpointParameters.lean", + "name": "I4SourceContact.cross_row_Q", + "status": "UNSUPPORTED", + "detail": "expression Lambda", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "SourceContactEndpointParameters.lean::I4SourceContact.sourceContactEndpointSchur_four_four_eq_schur": { + "module": "SourceContactEndpointParameters.lean", + "name": "I4SourceContact.sourceContactEndpointSchur_four_four_eq_schur", + "status": "UNSUPPORTED", + "detail": "definition sourceContactEndpointSchur has an unparsed body", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "SourceContactEndpointParameters.lean::I4SourceContact.sourceContactEndpointSchur_referenceVariance_pos": { + "module": "SourceContactEndpointParameters.lean", + "name": "I4SourceContact.sourceContactEndpointSchur_referenceVariance_pos", + "status": "UNSUPPORTED", + "detail": "definition sourceContactEndpointSchur has an unparsed body", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "SourceContactSchur.lean::I4SourceContact.sourceContactBlockEquiv_inl": { + "module": "SourceContactSchur.lean", + "name": "I4SourceContact.sourceContactBlockEquiv_inl", + "status": "UNSUPPORTED", + "detail": "result type ( Fin 6 \u2295 Unit ) \u2243 Fin 7", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "SourceContactSchur.lean::I4SourceContact.sourceContactBlockEquiv_inr": { + "module": "SourceContactSchur.lean", + "name": "I4SourceContact.sourceContactBlockEquiv_inr", + "status": "UNSUPPORTED", + "detail": "binder ( u : Unit ) is neither a sampled numeric type (\u2115 \u2124 \u211a \u211d) nor a decidable hypothesis", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "SourceContactSchur.lean::I4SourceContact.sourceContactCovariance_block_identity": { + "module": "SourceContactSchur.lean", + "name": "I4SourceContact.sourceContactCovariance_block_identity", + "status": "UNSUPPORTED", + "detail": "unsupported syntax: notation '\u1d34'", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "SourceContactSchur.lean::I4SourceContact.sourcePinCovariance_posDef": { + "module": "SourceContactSchur.lean", + "name": "I4SourceContact.sourcePinCovariance_posDef", + "status": "UNSUPPORTED", + "detail": "proposition of form App", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "SourceContactSchur.lean::I4SourceContact.sourcePinCovariance_isUnit": { + "module": "SourceContactSchur.lean", + "name": "I4SourceContact.sourcePinCovariance_isUnit", + "status": "UNSUPPORTED", + "detail": "proposition of form App", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "SourceContactSchur.lean::I4SourceContact.sourceContactQVariance_eq_variance": { + "module": "SourceContactSchur.lean", + "name": "I4SourceContact.sourceContactQVariance_eq_variance", + "status": "UNSUPPORTED", + "detail": "unparsed statement: SyntaxError: unexpected token ';' at 105:44", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "SourceContactSchur.lean::I4SourceContact.sourceContactSchur_pos": { + "module": "SourceContactSchur.lean", + "name": "I4SourceContact.sourceContactSchur_pos", + "status": "UNSUPPORTED", + "detail": "definition sourceContactSchur has an unparsed body", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "SourceContactSchur.lean::I4SourceContact.contact_residual_variance_of_isUnit_covariance": { + "module": "SourceContactSchur.lean", + "name": "I4SourceContact.contact_residual_variance_of_isUnit_covariance", + "status": "UNSUPPORTED", + "detail": "binder ( J : \u03a9 \u2192 \u03b9 \u2192 \u211d ) is neither a sampled numeric type (\u2115 \u2124 \u211a \u211d) nor a decidable hypothesis", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "SourceContactSchur.lean::I4SourceContact.sourceContactResidual_variance": { + "module": "SourceContactSchur.lean", + "name": "I4SourceContact.sourceContactResidual_variance", + "status": "UNSUPPORTED", + "detail": "unparsed statement: SyntaxError: unexpected token ';' at 181:31", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "SourceContactSchur.lean::I4SourceContact.sourceContactResidual_variance_pos": { + "module": "SourceContactSchur.lean", + "name": "I4SourceContact.sourceContactResidual_variance_pos", + "status": "UNSUPPORTED", + "detail": "unparsed statement: SyntaxError: unexpected token ';' at 202:35", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "SourceCurvatureDecomposition.lean::I4SourceCurvatureDecomposition.curvatureCoefficient_summable": { + "module": "SourceCurvatureDecomposition.lean", + "name": "I4SourceCurvatureDecomposition.curvatureCoefficient_summable", + "status": "UNSUPPORTED", + "detail": "proposition of form App", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "SourceCurvatureDecomposition.lean::I4SourceCurvatureDecomposition.sourceContactQ_series": { + "module": "SourceCurvatureDecomposition.lean", + "name": "I4SourceCurvatureDecomposition.sourceContactQ_series", + "status": "UNSUPPORTED", + "detail": "binder ( \u03c9 : SmoothSample 2 L ) is neither a sampled numeric type (\u2115 \u2124 \u211a \u211d) nor a decidable hypothesis", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "SourceCurvatureDecomposition.lean::I4SourceCurvatureDecomposition.curvatureCoefficient_weighted_summable": { + "module": "SourceCurvatureDecomposition.lean", + "name": "I4SourceCurvatureDecomposition.curvatureCoefficient_weighted_summable", + "status": "UNSUPPORTED", + "detail": "binder ( \u03c9 : SmoothSample 2 L ) is neither a sampled numeric type (\u2115 \u2124 \u211a \u211d) nor a decidable hypothesis", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "SourceCurvatureDecomposition.lean::I4SourceCurvatureDecomposition.curvatureCross_coefficient": { + "module": "SourceCurvatureDecomposition.lean", + "name": "I4SourceCurvatureDecomposition.curvatureCross_coefficient", + "status": "UNSUPPORTED", + "detail": "unsupported syntax: infinite sum \u2211' (tsum / tprod) is outside the interpreter", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "SourceCurvatureDecomposition.lean::I4SourceCurvatureDecomposition.curvatureVariance_prior_coefficient": { + "module": "SourceCurvatureDecomposition.lean", + "name": "I4SourceCurvatureDecomposition.curvatureVariance_prior_coefficient", + "status": "UNSUPPORTED", + "detail": "unparsed statement: SyntaxError: unexpected token ';' at 78:24", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "SourceCurvatureDecomposition.lean::I4SourceCurvatureDecomposition.curvatureResidualCoefficient_summable": { + "module": "SourceCurvatureDecomposition.lean", + "name": "I4SourceCurvatureDecomposition.curvatureResidualCoefficient_summable", + "status": "UNSUPPORTED", + "detail": "proposition of form App", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "SourceCurvatureDecomposition.lean::I4SourceCurvatureDecomposition.curvatureDirection_summable": { + "module": "SourceCurvatureDecomposition.lean", + "name": "I4SourceCurvatureDecomposition.curvatureDirection_summable", + "status": "UNSUPPORTED", + "detail": "proposition of form App", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "SourceCurvatureDecomposition.lean::I4SourceCurvatureDecomposition.curvatureBeta_normal": { + "module": "SourceCurvatureDecomposition.lean", + "name": "I4SourceCurvatureDecomposition.curvatureBeta_normal", + "status": "UNSUPPORTED", + "detail": "binder ( hG : IsUnit ( sourcePinCovarianceAt L r ) ) is neither a sampled numeric type (\u2115 \u2124 \u211a \u211d) nor a decidable hypothesis", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "SourceCurvatureDecomposition.lean::I4SourceCurvatureDecomposition.pairing_sub_finite": { + "module": "SourceCurvatureDecomposition.lean", + "name": "I4SourceCurvatureDecomposition.pairing_sub_finite", + "status": "UNSUPPORTED", + "detail": "binder ( c : Fin n \u2192 \u03b9 \u2192 \u211d ) is neither a sampled numeric type (\u2115 \u2124 \u211a \u211d) nor a decidable hypothesis", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "SourceCurvatureDecomposition.lean::I4SourceCurvatureDecomposition.curvatureResidual_pin_orthogonal": { + "module": "SourceCurvatureDecomposition.lean", + "name": "I4SourceCurvatureDecomposition.curvatureResidual_pin_orthogonal", + "status": "UNSUPPORTED", + "detail": "binder ( hG : IsUnit ( sourcePinCovarianceAt L r ) ) is neither a sampled numeric type (\u2115 \u2124 \u211a \u211d) nor a decidable hypothesis", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "SourceCurvatureDecomposition.lean::I4SourceCurvatureDecomposition.curvatureResidual_q_pairing": { + "module": "SourceCurvatureDecomposition.lean", + "name": "I4SourceCurvatureDecomposition.curvatureResidual_q_pairing", + "status": "UNSUPPORTED", + "detail": "unsupported syntax: infinite sum \u2211' (tsum / tprod) is outside the interpreter", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "SourceCurvatureDecomposition.lean::I4SourceCurvatureDecomposition.curvatureResidual_normSquared": { + "module": "SourceCurvatureDecomposition.lean", + "name": "I4SourceCurvatureDecomposition.curvatureResidual_normSquared", + "status": "UNSUPPORTED", + "detail": "binder ( hG : IsUnit ( sourcePinCovarianceAt L r ) ) is neither a sampled numeric type (\u2115 \u2124 \u211a \u211d) nor a decidable hypothesis", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "SourceCurvatureDecomposition.lean::I4SourceCurvatureDecomposition.curvatureDirection_pin_orthogonal": { + "module": "SourceCurvatureDecomposition.lean", + "name": "I4SourceCurvatureDecomposition.curvatureDirection_pin_orthogonal", + "status": "UNSUPPORTED", + "detail": "binder ( hG : IsUnit ( sourcePinCovarianceAt L r ) ) is neither a sampled numeric type (\u2115 \u2124 \u211a \u211d) nor a decidable hypothesis", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "SourceCurvatureDecomposition.lean::I4SourceCurvatureDecomposition.curvatureSigma_pos": { + "module": "SourceCurvatureDecomposition.lean", + "name": "I4SourceCurvatureDecomposition.curvatureSigma_pos", + "status": "UNSUPPORTED", + "detail": "definition curvatureVariance has an unparsed body", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "SourceCurvatureDecomposition.lean::I4SourceCurvatureDecomposition.curvatureSigma_sq": { + "module": "SourceCurvatureDecomposition.lean", + "name": "I4SourceCurvatureDecomposition.curvatureSigma_sq", + "status": "UNSUPPORTED", + "detail": "definition curvatureVariance has an unparsed body", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "SourceCurvatureDecomposition.lean::I4SourceCurvatureDecomposition.curvatureDirection_normSquared": { + "module": "SourceCurvatureDecomposition.lean", + "name": "I4SourceCurvatureDecomposition.curvatureDirection_normSquared", + "status": "UNSUPPORTED", + "detail": "binder ( hG : IsUnit ( sourcePinCovarianceAt L r ) ) is neither a sampled numeric type (\u2115 \u2124 \u211a \u211d) nor a decidable hypothesis", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "SourceCurvatureDecomposition.lean::I4SourceCurvatureDecomposition.curvatureDirection_q_pairing": { + "module": "SourceCurvatureDecomposition.lean", + "name": "I4SourceCurvatureDecomposition.curvatureDirection_q_pairing", + "status": "UNSUPPORTED", + "detail": "unsupported syntax: infinite sum \u2211' (tsum / tprod) is outside the interpreter", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "SourceCurvatureDecomposition.lean::I4SourceCurvatureDecomposition.curvatureResidualCoefficient_weighted_summable": { + "module": "SourceCurvatureDecomposition.lean", + "name": "I4SourceCurvatureDecomposition.curvatureResidualCoefficient_weighted_summable", + "status": "UNSUPPORTED", + "detail": "binder ( \u03c9 : SmoothSample 2 L ) is neither a sampled numeric type (\u2115 \u2124 \u211a \u211d) nor a decidable hypothesis", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "SourceCurvatureDecomposition.lean::I4SourceCurvatureDecomposition.curvatureDirection_weighted_summable": { + "module": "SourceCurvatureDecomposition.lean", + "name": "I4SourceCurvatureDecomposition.curvatureDirection_weighted_summable", + "status": "UNSUPPORTED", + "detail": "binder ( \u03c9 : SmoothSample 2 L ) is neither a sampled numeric type (\u2115 \u2124 \u211a \u211d) nor a decidable hypothesis", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "SourceCurvatureDecomposition.lean::I4SourceCurvatureDecomposition.scalarSeries_sub_finite": { + "module": "SourceCurvatureDecomposition.lean", + "name": "I4SourceCurvatureDecomposition.scalarSeries_sub_finite", + "status": "UNSUPPORTED", + "detail": "binder ( b : Fin n \u2192 \u03b9 \u2192 \u211d ) is neither a sampled numeric type (\u2115 \u2124 \u211a \u211d) nor a decidable hypothesis", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "SourceCurvatureDecomposition.lean::I4SourceCurvatureDecomposition.curvatureZ_eq": { + "module": "SourceCurvatureDecomposition.lean", + "name": "I4SourceCurvatureDecomposition.curvatureZ_eq", + "status": "UNSUPPORTED", + "detail": "binder ( \u03c9 : SmoothSample 2 L ) is neither a sampled numeric type (\u2115 \u2124 \u211a \u211d) nor a decidable hypothesis", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "SourceCurvatureDecomposition.lean::I4SourceCurvatureDecomposition.unitDirection_measurable": { + "module": "SourceCurvatureDecomposition.lean", + "name": "I4SourceCurvatureDecomposition.unitDirection_measurable", + "status": "UNSUPPORTED", + "detail": "binder ( \u03c7 : SourceMode 2 \u2192 \u211d ) is neither a sampled numeric type (\u2115 \u2124 \u211a \u211d) nor a decidable hypothesis", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "SourceCurvatureDecomposition.lean::I4SourceCurvatureDecomposition.unitDirection_hasLaw": { + "module": "SourceCurvatureDecomposition.lean", + "name": "I4SourceCurvatureDecomposition.unitDirection_hasLaw", + "status": "UNSUPPORTED", + "detail": "binder ( \u03c7 : SourceMode 2 \u2192 \u211d ) is neither a sampled numeric type (\u2115 \u2124 \u211a \u211d) nor a decidable hypothesis", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "SourceCurvatureDecomposition.lean::I4SourceCurvatureDecomposition.unitDirection_coefficient_covariance": { + "module": "SourceCurvatureDecomposition.lean", + "name": "I4SourceCurvatureDecomposition.unitDirection_coefficient_covariance", + "status": "UNSUPPORTED", + "detail": "binder ( \u03c7 : SourceMode 2 \u2192 \u211d ) is neither a sampled numeric type (\u2115 \u2124 \u211a \u211d) nor a decidable hypothesis", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "SourceCurvatureDecomposition.lean::I4SourceCurvatureDecomposition.unitDirectionCoefficientResidual_zero_covariance": { + "module": "SourceCurvatureDecomposition.lean", + "name": "I4SourceCurvatureDecomposition.unitDirectionCoefficientResidual_zero_covariance", + "status": "UNSUPPORTED", + "detail": "binder ( \u03c7 : SourceMode 2 \u2192 \u211d ) is neither a sampled numeric type (\u2115 \u2124 \u211a \u211d) nor a decidable hypothesis", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "SourceCurvatureDecomposition.lean::I4SourceCurvatureDecomposition.unitDirection_finiteCoefficients_hasGaussianLaw": { + "module": "SourceCurvatureDecomposition.lean", + "name": "I4SourceCurvatureDecomposition.unitDirection_finiteCoefficients_hasGaussianLaw", + "status": "UNSUPPORTED", + "detail": "binder ( \u03c7 : SourceMode 2 \u2192 \u211d ) is neither a sampled numeric type (\u2115 \u2124 \u211a \u211d) nor a decidable hypothesis", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "SourceCurvatureDecomposition.lean::I4SourceCurvatureDecomposition.finiteDirectionLift_apply": { + "module": "SourceCurvatureDecomposition.lean", + "name": "I4SourceCurvatureDecomposition.finiteDirectionLift_apply", + "status": "UNSUPPORTED", + "detail": "binder ( \u03c7 : SourceMode 2 \u2192 \u211d ) is neither a sampled numeric type (\u2115 \u2124 \u211a \u211d) nor a decidable hypothesis", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "SourceCurvatureDecomposition.lean::I4SourceCurvatureDecomposition.unitDirection_finiteResidual_hasGaussianLaw": { + "module": "SourceCurvatureDecomposition.lean", + "name": "I4SourceCurvatureDecomposition.unitDirection_finiteResidual_hasGaussianLaw", + "status": "UNSUPPORTED", + "detail": "binder ( \u03c7 : SourceMode 2 \u2192 \u211d ) is neither a sampled numeric type (\u2115 \u2124 \u211a \u211d) nor a decidable hypothesis", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "SourceCurvatureDecomposition.lean::I4SourceCurvatureDecomposition.unitDirection_scalar_finiteResidual_hasGaussianLaw": { + "module": "SourceCurvatureDecomposition.lean", + "name": "I4SourceCurvatureDecomposition.unitDirection_scalar_finiteResidual_hasGaussianLaw", + "status": "UNSUPPORTED", + "detail": "binder ( \u03c7 : SourceMode 2 \u2192 \u211d ) is neither a sampled numeric type (\u2115 \u2124 \u211a \u211d) nor a decidable hypothesis", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "SourceCurvatureDecomposition.lean::I4SourceCurvatureDecomposition.unitDirectionCoefficientResidual_finite_indepFun": { + "module": "SourceCurvatureDecomposition.lean", + "name": "I4SourceCurvatureDecomposition.unitDirectionCoefficientResidual_finite_indepFun", + "status": "UNSUPPORTED", + "detail": "binder ( \u03c7 : SourceMode 2 \u2192 \u211d ) is neither a sampled numeric type (\u2115 \u2124 \u211a \u211d) nor a decidable hypothesis", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "SourceCurvatureDecomposition.lean::I4SourceCurvatureDecomposition.unitDirectionCoefficientResidual_indepFun": { + "module": "SourceCurvatureDecomposition.lean", + "name": "I4SourceCurvatureDecomposition.unitDirectionCoefficientResidual_indepFun", + "status": "UNSUPPORTED", + "detail": "binder ( \u03c7 : SourceMode 2 \u2192 \u211d ) is neither a sampled numeric type (\u2115 \u2124 \u211a \u211d) nor a decidable hypothesis", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "SourceCurvatureDecomposition.lean::I4SourceCurvatureDecomposition.regularizedCurvatureCross_continuous": { + "module": "SourceCurvatureDecomposition.lean", + "name": "I4SourceCurvatureDecomposition.regularizedCurvatureCross_continuous", + "status": "UNSUPPORTED", + "detail": "proposition of form App", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "SourceCurvatureDecomposition.lean::I4SourceCurvatureDecomposition.regularizedCurvatureCross_zero": { + "module": "SourceCurvatureDecomposition.lean", + "name": "I4SourceCurvatureDecomposition.regularizedCurvatureCross_zero", + "status": "UNSUPPORTED", + "detail": "definition regularizedCurvatureCross has an unparsed body", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "SourceCurvatureDecomposition.lean::I4SourceCurvatureDecomposition.curvatureCross_tendsto": { + "module": "SourceCurvatureDecomposition.lean", + "name": "I4SourceCurvatureDecomposition.curvatureCross_tendsto", + "status": "UNSUPPORTED", + "detail": "unsupported syntax: notation '\ud835\udcdd'", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "SourceCurvatureDecomposition.lean::I4SourceCurvatureDecomposition.curvaturePinInverse_tendsto": { + "module": "SourceCurvatureDecomposition.lean", + "name": "I4SourceCurvatureDecomposition.curvaturePinInverse_tendsto", + "status": "UNSUPPORTED", + "detail": "unsupported syntax: notation '\ud835\udcdd'", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "SourceCurvatureDecomposition.lean::I4SourceCurvatureDecomposition.curvatureBeta_tendsto": { + "module": "SourceCurvatureDecomposition.lean", + "name": "I4SourceCurvatureDecomposition.curvatureBeta_tendsto", + "status": "UNSUPPORTED", + "detail": "unsupported syntax: notation '\ud835\udcdd'", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "SourceCurvatureDecomposition.lean::I4SourceCurvatureDecomposition.curvatureVariance_tendsto": { + "module": "SourceCurvatureDecomposition.lean", + "name": "I4SourceCurvatureDecomposition.curvatureVariance_tendsto", + "status": "UNSUPPORTED", + "detail": "unsupported syntax: notation '\ud835\udcdd'", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "SourceCurvatureDecomposition.lean::I4SourceCurvatureDecomposition.curvatureMean_prescribed_tendsto": { + "module": "SourceCurvatureDecomposition.lean", + "name": "I4SourceCurvatureDecomposition.curvatureMean_prescribed_tendsto", + "status": "UNSUPPORTED", + "detail": "unsupported syntax: notation '\ud835\udcdd'", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "SourceCurvatureDecomposition.lean::I4SourceCurvatureDecomposition.curvature_uniform_parameter_bounds": { + "module": "SourceCurvatureDecomposition.lean", + "name": "I4SourceCurvatureDecomposition.curvature_uniform_parameter_bounds", + "status": "UNSUPPORTED", + "detail": "unsupported syntax: existential quantifier", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "SourceCurvatureDecomposition.lean::I4SourceCurvatureDecomposition.curvatureZ_measurable": { + "module": "SourceCurvatureDecomposition.lean", + "name": "I4SourceCurvatureDecomposition.curvatureZ_measurable", + "status": "UNSUPPORTED", + "detail": "conclusion is a structural predicate ['Measurable']: trivial on finite discrete models (every set is measurable, every function measurable and integrable), so sampling has no content here", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "SourceCurvatureDecomposition.lean::I4SourceCurvatureDecomposition.sourceContactQ_measurable": { + "module": "SourceCurvatureDecomposition.lean", + "name": "I4SourceCurvatureDecomposition.sourceContactQ_measurable", + "status": "UNSUPPORTED", + "detail": "conclusion is a structural predicate ['Measurable']: trivial on finite discrete models (every set is measurable, every function measurable and integrable), so sampling has no content here", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "SourceCurvatureDecomposition.lean::I4SourceCurvatureDecomposition.curvatureZ_hasLaw": { + "module": "SourceCurvatureDecomposition.lean", + "name": "I4SourceCurvatureDecomposition.curvatureZ_hasLaw", + "status": "UNSUPPORTED", + "detail": "binder ( hG : IsUnit ( sourcePinCovarianceAt L r ) ) is neither a sampled numeric type (\u2115 \u2124 \u211a \u211d) nor a decidable hypothesis", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "SourceCurvatureDecomposition.lean::I4SourceCurvatureDecomposition.curvatureDirection_goodSample": { + "module": "SourceCurvatureDecomposition.lean", + "name": "I4SourceCurvatureDecomposition.curvatureDirection_goodSample", + "status": "UNSUPPORTED", + "detail": "curvatureDirection applied to 2 of 3 arguments", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "SourceCurvatureDecomposition.lean::I4SourceCurvatureDecomposition.curvatureShift_val": { + "module": "SourceCurvatureDecomposition.lean", + "name": "I4SourceCurvatureDecomposition.curvatureShift_val", + "status": "UNSUPPORTED", + "detail": "binder ( \u03c9 : SmoothSample 2 L ) is neither a sampled numeric type (\u2115 \u2124 \u211a \u211d) nor a decidable hypothesis", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "SourceCurvatureDecomposition.lean::I4SourceCurvatureDecomposition.curvatureShift_measurable": { + "module": "SourceCurvatureDecomposition.lean", + "name": "I4SourceCurvatureDecomposition.curvatureShift_measurable", + "status": "UNSUPPORTED", + "detail": "conclusion is a structural predicate ['Measurable']: trivial on finite discrete models (every set is measurable, every function measurable and integrable), so sampling has no content here", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "SourceCurvatureDecomposition.lean::I4SourceCurvatureDecomposition.curvatureResidualSample_measurable": { + "module": "SourceCurvatureDecomposition.lean", + "name": "I4SourceCurvatureDecomposition.curvatureResidualSample_measurable", + "status": "UNSUPPORTED", + "detail": "conclusion is a structural predicate ['Measurable']: trivial on finite discrete models (every set is measurable, every function measurable and integrable), so sampling has no content here", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "SourceCurvatureDecomposition.lean::I4SourceCurvatureDecomposition.scalarSeries_curvatureShift": { + "module": "SourceCurvatureDecomposition.lean", + "name": "I4SourceCurvatureDecomposition.scalarSeries_curvatureShift", + "status": "UNSUPPORTED", + "detail": "binder ( \u03c9 : SmoothSample 2 L ) is neither a sampled numeric type (\u2115 \u2124 \u211a \u211d) nor a decidable hypothesis", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "SourceCurvatureDecomposition.lean::I4SourceCurvatureDecomposition.sourceConfluentPinsAt_curvatureShift": { + "module": "SourceCurvatureDecomposition.lean", + "name": "I4SourceCurvatureDecomposition.sourceConfluentPinsAt_curvatureShift", + "status": "UNSUPPORTED", + "detail": "binder ( hG : IsUnit ( sourcePinCovarianceAt L r ) ) is neither a sampled numeric type (\u2115 \u2124 \u211a \u211d) nor a decidable hypothesis", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "SourceCurvatureDecomposition.lean::I4SourceCurvatureDecomposition.sourceContactQ_curvatureShift": { + "module": "SourceCurvatureDecomposition.lean", + "name": "I4SourceCurvatureDecomposition.sourceContactQ_curvatureShift", + "status": "UNSUPPORTED", + "detail": "binder ( \u03c9 : SmoothSample 2 L ) is neither a sampled numeric type (\u2115 \u2124 \u211a \u211d) nor a decidable hypothesis", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "SourceCurvatureDecomposition.lean::I4SourceCurvatureDecomposition.curvatureZ_curvatureShift": { + "module": "SourceCurvatureDecomposition.lean", + "name": "I4SourceCurvatureDecomposition.curvatureZ_curvatureShift", + "status": "UNSUPPORTED", + "detail": "binder ( hG : IsUnit ( sourcePinCovarianceAt L r ) ) is neither a sampled numeric type (\u2115 \u2124 \u211a \u211d) nor a decidable hypothesis", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "SourceCurvatureDecomposition.lean::I4SourceCurvatureDecomposition.curvatureResidualSample_pins": { + "module": "SourceCurvatureDecomposition.lean", + "name": "I4SourceCurvatureDecomposition.curvatureResidualSample_pins", + "status": "UNSUPPORTED", + "detail": "binder ( hG : IsUnit ( sourcePinCovarianceAt L r ) ) is neither a sampled numeric type (\u2115 \u2124 \u211a \u211d) nor a decidable hypothesis", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "SourceCurvatureDecomposition.lean::I4SourceCurvatureDecomposition.curvatureResidualSample_Z": { + "module": "SourceCurvatureDecomposition.lean", + "name": "I4SourceCurvatureDecomposition.curvatureResidualSample_Z", + "status": "UNSUPPORTED", + "detail": "binder ( hG : IsUnit ( sourcePinCovarianceAt L r ) ) is neither a sampled numeric type (\u2115 \u2124 \u211a \u211d) nor a decidable hypothesis", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "SourceCurvatureDecomposition.lean::I4SourceCurvatureDecomposition.curvatureResidualSample_inclusion": { + "module": "SourceCurvatureDecomposition.lean", + "name": "I4SourceCurvatureDecomposition.curvatureResidualSample_inclusion", + "status": "UNSUPPORTED", + "detail": "binder ( \u03c9 : SmoothSample 2 L ) is neither a sampled numeric type (\u2115 \u2124 \u211a \u211d) nor a decidable hypothesis", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "SourceCurvatureDecomposition.lean::I4SourceCurvatureDecomposition.curvatureResidualSample_indepFun": { + "module": "SourceCurvatureDecomposition.lean", + "name": "I4SourceCurvatureDecomposition.curvatureResidualSample_indepFun", + "status": "UNSUPPORTED", + "detail": "binder ( hG : IsUnit ( sourcePinCovarianceAt L r ) ) is neither a sampled numeric type (\u2115 \u2124 \u211a \u211d) nor a decidable hypothesis", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "SourceCurvatureDecomposition.lean::I4SourceCurvatureDecomposition.curvatureResidualSample_joint_map": { + "module": "SourceCurvatureDecomposition.lean", + "name": "I4SourceCurvatureDecomposition.curvatureResidualSample_joint_map", + "status": "UNSUPPORTED", + "detail": "binder ( hG : IsUnit ( sourcePinCovarianceAt L r ) ) is neither a sampled numeric type (\u2115 \u2124 \u211a \u211d) nor a decidable hypothesis", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "SourceCurvatureDecomposition.lean::I4SourceCurvatureDecomposition.sourceContactQ_posteriorSample": { + "module": "SourceCurvatureDecomposition.lean", + "name": "I4SourceCurvatureDecomposition.sourceContactQ_posteriorSample", + "status": "UNSUPPORTED", + "detail": "binder ( \u03c9 : SmoothSample 2 L ) is neither a sampled numeric type (\u2115 \u2124 \u211a \u211d) nor a decidable hypothesis", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "SourceCurvatureDecomposition.lean::I4SourceCurvatureDecomposition.sourceContactQ_posteriorSample_Z": { + "module": "SourceCurvatureDecomposition.lean", + "name": "I4SourceCurvatureDecomposition.sourceContactQ_posteriorSample_Z", + "status": "UNSUPPORTED", + "detail": "binder ( \u03c9 : SmoothSample 2 L ) is neither a sampled numeric type (\u2115 \u2124 \u211a \u211d) nor a decidable hypothesis", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "SourceCurvatureDecomposition.lean::I4SourceCurvatureDecomposition.sourceContactQ_posteriorResidual": { + "module": "SourceCurvatureDecomposition.lean", + "name": "I4SourceCurvatureDecomposition.sourceContactQ_posteriorResidual", + "status": "UNSUPPORTED", + "detail": "binder ( hG : IsUnit ( sourcePinCovarianceAt L r ) ) is neither a sampled numeric type (\u2115 \u2124 \u211a \u211d) nor a decidable hypothesis", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "SourceCurvatureDecomposition.lean::I4SourceCurvatureDecomposition.curvaturePosterior_reconstruction": { + "module": "SourceCurvatureDecomposition.lean", + "name": "I4SourceCurvatureDecomposition.curvaturePosterior_reconstruction", + "status": "UNSUPPORTED", + "detail": "binder ( hG : IsUnit ( sourcePinCovarianceAt L r ) ) is neither a sampled numeric type (\u2115 \u2124 \u211a \u211d) nor a decidable hypothesis", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "SourceCurvatureDecomposition.lean::I4SourceCurvatureDecomposition.curvatureReconstruct_measurable": { + "module": "SourceCurvatureDecomposition.lean", + "name": "I4SourceCurvatureDecomposition.curvatureReconstruct_measurable", + "status": "UNSUPPORTED", + "detail": "conclusion is a structural predicate ['Measurable']: trivial on finite discrete models (every set is measurable, every function measurable and integrable), so sampling has no content here", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "SourceCurvatureDecomposition.lean::I4SourceCurvatureDecomposition.curvatureReconstruct_pins": { + "module": "SourceCurvatureDecomposition.lean", + "name": "I4SourceCurvatureDecomposition.curvatureReconstruct_pins", + "status": "UNSUPPORTED", + "detail": "binder ( hG : IsUnit ( sourcePinCovarianceAt L r ) ) is neither a sampled numeric type (\u2115 \u2124 \u211a \u211d) nor a decidable hypothesis", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "SourceCurvatureDecomposition.lean::I4SourceCurvatureDecomposition.curvatureReconstruct_Q": { + "module": "SourceCurvatureDecomposition.lean", + "name": "I4SourceCurvatureDecomposition.curvatureReconstruct_Q", + "status": "UNSUPPORTED", + "detail": "binder ( \u03c1 : SmoothSample 2 L ) is neither a sampled numeric type (\u2115 \u2124 \u211a \u211d) nor a decidable hypothesis", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "SourceCurvatureDecomposition.lean::I4SourceCurvatureDecomposition.curvatureReconstruct_residual_image": { + "module": "SourceCurvatureDecomposition.lean", + "name": "I4SourceCurvatureDecomposition.curvatureReconstruct_residual_image", + "status": "UNSUPPORTED", + "detail": "binder ( hG : IsUnit ( sourcePinCovarianceAt L r ) ) is neither a sampled numeric type (\u2115 \u2124 \u211a \u211d) nor a decidable hypothesis", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "SourceCurvatureDecomposition.lean::I4SourceCurvatureDecomposition.curvatureDirectionEnvelope_nonneg": { + "module": "SourceCurvatureDecomposition.lean", + "name": "I4SourceCurvatureDecomposition.curvatureDirectionEnvelope_nonneg", + "status": "UNSUPPORTED", + "detail": "binder ( m : SourceMode 2 ) is neither a sampled numeric type (\u2115 \u2124 \u211a \u211d) nor a decidable hypothesis", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "SourceCurvatureDecomposition.lean::I4SourceCurvatureDecomposition.curvatureDirectionEnvelope_summable": { + "module": "SourceCurvatureDecomposition.lean", + "name": "I4SourceCurvatureDecomposition.curvatureDirectionEnvelope_summable", + "status": "UNSUPPORTED", + "detail": "proposition of form App", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "SourceCurvatureDecomposition.lean::I4SourceCurvatureDecomposition.curvatureDirectionEnvelope_weighted_summable": { + "module": "SourceCurvatureDecomposition.lean", + "name": "I4SourceCurvatureDecomposition.curvatureDirectionEnvelope_weighted_summable", + "status": "UNSUPPORTED", + "detail": "proposition of form App", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "SourceCurvatureDecomposition.lean::I4SourceCurvatureDecomposition.curvatureDirection_envelope_at": { + "module": "SourceCurvatureDecomposition.lean", + "name": "I4SourceCurvatureDecomposition.curvatureDirection_envelope_at", + "status": "UNSUPPORTED", + "detail": "hypothesis ( h\u03c4 : sourceContactSchur L / 2 \u2264 curvatureVariance L r ) mentions undeclared names ['sourceContactSchur']", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "SourceCurvatureDecomposition.lean::I4SourceCurvatureDecomposition.curvatureDirection_uniform_envelope": { + "module": "SourceCurvatureDecomposition.lean", + "name": "I4SourceCurvatureDecomposition.curvatureDirection_uniform_envelope", + "status": "UNSUPPORTED", + "detail": "unsupported syntax: existential quantifier", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "SourceCurvatureDecomposition.lean::I4SourceCurvatureDecomposition.curvatureAffine_gaussian": { + "module": "SourceCurvatureDecomposition.lean", + "name": "I4SourceCurvatureDecomposition.curvatureAffine_gaussian", + "status": "UNSUPPORTED", + "detail": "definition curvatureVariance has an unparsed body", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "SourceCurvatureDecomposition.lean::I4SourceCurvatureDecomposition.curvatureResidual_curvature_joint_map": { + "module": "SourceCurvatureDecomposition.lean", + "name": "I4SourceCurvatureDecomposition.curvatureResidual_curvature_joint_map", + "status": "UNSUPPORTED", + "detail": "binder ( hG : IsUnit ( sourcePinCovarianceAt L r ) ) is neither a sampled numeric type (\u2115 \u2124 \u211a \u211d) nor a decidable hypothesis", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "SourceCurvatureDecomposition.lean::I4SourceCurvatureDecomposition.sourceSmoothKernel_eq_curvatureProduct": { + "module": "SourceCurvatureDecomposition.lean", + "name": "I4SourceCurvatureDecomposition.sourceSmoothKernel_eq_curvatureProduct", + "status": "UNSUPPORTED", + "detail": "binder ( hG : IsUnit ( sourcePinCovarianceAt L r ) ) is neither a sampled numeric type (\u2115 \u2124 \u211a \u211d) nor a decidable hypothesis", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "SourceCurvatureDecomposition.lean::I4SourceCurvatureDecomposition.sourceSmoothKernel_eq_curvatureProduct_swap": { + "module": "SourceCurvatureDecomposition.lean", + "name": "I4SourceCurvatureDecomposition.sourceSmoothKernel_eq_curvatureProduct_swap", + "status": "UNSUPPORTED", + "detail": "binder ( hG : IsUnit ( sourcePinCovarianceAt L r ) ) is neither a sampled numeric type (\u2115 \u2124 \u211a \u211d) nor a decidable hypothesis", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "SourceCurvatureDecomposition.lean::I4GaussianVarianceFloor.gaussianPDFReal_le_of_variance_floor": { + "module": "SourceCurvatureDecomposition.lean", + "name": "I4GaussianVarianceFloor.gaussianPDFReal_le_of_variance_floor", + "status": "UNSUPPORTED", + "detail": "binder ( v : \u211d \u2265 0 ) is neither a sampled numeric type (\u2115 \u2124 \u211a \u211d) nor a decidable hypothesis", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "SourceCurvatureDecomposition.lean::I4GaussianVarianceFloor.gaussianReal_interval_mass_le_of_variance_floor": { + "module": "SourceCurvatureDecomposition.lean", + "name": "I4GaussianVarianceFloor.gaussianReal_interval_mass_le_of_variance_floor", + "status": "UNSUPPORTED", + "detail": "binder ( v : \u211d \u2265 0 ) is neither a sampled numeric type (\u2115 \u2124 \u211a \u211d) nor a decidable hypothesis", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "SourceCurvatureDecomposition.lean::I4SourceCurvatureDecomposition.curvatureReconstruct_swap_measurable": { + "module": "SourceCurvatureDecomposition.lean", + "name": "I4SourceCurvatureDecomposition.curvatureReconstruct_swap_measurable", + "status": "UNSUPPORTED", + "detail": "conclusion is a structural predicate ['Measurable']: trivial on finite discrete models (every set is measurable, every function measurable and integrable), so sampling has no content here", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "SourceCurvatureDecomposition.lean::I4SourceCurvatureDecomposition.curvatureReconstruct_hasLaw": { + "module": "SourceCurvatureDecomposition.lean", + "name": "I4SourceCurvatureDecomposition.curvatureReconstruct_hasLaw", + "status": "UNSUPPORTED", + "detail": "binder ( hG : IsUnit ( sourcePinCovarianceAt L r ) ) is neither a sampled numeric type (\u2115 \u2124 \u211a \u211d) nor a decidable hypothesis", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "SourceCurvatureDecomposition.lean::I4SourceCurvatureDecomposition.curvatureScalarLaw_interval_mass_uniform": { + "module": "SourceCurvatureDecomposition.lean", + "name": "I4SourceCurvatureDecomposition.curvatureScalarLaw_interval_mass_uniform", + "status": "UNSUPPORTED", + "detail": "unsupported syntax: existential quantifier", + "instances": 0, + "vacuous": false, + "float_free": true + }, + 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"SourceCurvatureDecomposition.lean::I4SourceCurvatureDecomposition.sourceGammaRadius_curvatureShift": { + "module": "SourceCurvatureDecomposition.lean", + "name": "I4SourceCurvatureDecomposition.sourceGammaRadius_curvatureShift", + "status": "UNSUPPORTED", + "detail": "binder ( U : SourceMode 2 \u2192 \u211d ) is neither a sampled numeric type (\u2115 \u2124 \u211a \u211d) nor a decidable hypothesis", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "SourceCurvatureDecomposition.lean::I4SourceCurvatureDecomposition.sourceDerivativeMajorant_curvatureReconstruct": { + "module": "SourceCurvatureDecomposition.lean", + "name": "I4SourceCurvatureDecomposition.sourceDerivativeMajorant_curvatureReconstruct", + "status": "UNSUPPORTED", + "detail": "binder ( U : SourceMode 2 \u2192 \u211d ) is neither a sampled numeric type (\u2115 \u2124 \u211a \u211d) nor a decidable hypothesis", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "SourceCurvatureDecomposition.lean::I4SourceCurvatureDecomposition.sourceGammaRadius_curvatureReconstruct": { + "module": "SourceCurvatureDecomposition.lean", + "name": "I4SourceCurvatureDecomposition.sourceGammaRadius_curvatureReconstruct", + "status": "UNSUPPORTED", + "detail": "binder ( U : SourceMode 2 \u2192 \u211d ) is neither a sampled numeric type (\u2115 \u2124 \u211a \u211d) nor a decidable hypothesis", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "SourceCurvatureDecomposition.lean::I4SourceCurvatureDecomposition.curvaturePosterior_residual_eq_shift": { + "module": "SourceCurvatureDecomposition.lean", + "name": "I4SourceCurvatureDecomposition.curvaturePosterior_residual_eq_shift", + "status": "UNSUPPORTED", + "detail": "binder ( hG : IsUnit ( sourcePinCovarianceAt L r ) ) is neither a sampled numeric type (\u2115 \u2124 \u211a \u211d) nor a decidable hypothesis", + "instances": 0, + "vacuous": false, + "float_free": true + }, + 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"SourceCurvatureDecomposition.lean::I4SourceCurvatureDecomposition.curvaturePin_finiteCoefficients_hasGaussianLaw": { + "module": "SourceCurvatureDecomposition.lean", + "name": "I4SourceCurvatureDecomposition.curvaturePin_finiteCoefficients_hasGaussianLaw", + "status": "UNSUPPORTED", + "detail": "binder ( I : Finset ( SourceMode 2 ) ) is neither a sampled numeric type (\u2115 \u2124 \u211a \u211d) nor a decidable hypothesis", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "SourceDerivativeContinuity.lean::I4SourceDerivativeContinuity.derivativeMajorant_nonneg": { + "module": "SourceDerivativeContinuity.lean", + "name": "I4SourceDerivativeContinuity.derivativeMajorant_nonneg", + "status": "UNSUPPORTED", + "detail": "binder ( u : Fin k \u2192 ( Fin d \u2192 \u211d ) ) is neither a sampled numeric type (\u2115 \u2124 \u211a \u211d) nor a decidable hypothesis", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "SourceDerivativeContinuity.lean::I4SourceDerivativeContinuity.derivativeMajorant_summable": { + "module": "SourceDerivativeContinuity.lean", + "name": "I4SourceDerivativeContinuity.derivativeMajorant_summable", + "status": "UNSUPPORTED", + "detail": "binder ( u : Fin k \u2192 ( Fin d \u2192 \u211d ) ) is neither a sampled numeric type (\u2115 \u2124 \u211a \u211d) nor a decidable hypothesis", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "SourceDerivativeContinuity.lean::I4SourceDerivativeContinuity.derivativeCoefficient_bound": { + "module": "SourceDerivativeContinuity.lean", + "name": "I4SourceDerivativeContinuity.derivativeCoefficient_bound", + "status": "UNSUPPORTED", + "detail": "binder ( u : Fin k \u2192 ( Fin d \u2192 \u211d ) ) is neither a sampled numeric type (\u2115 \u2124 \u211a \u211d) nor a decidable hypothesis", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "SourceDerivativeContinuity.lean::I4SourceDerivativeContinuity.derivativeCoefficient_continuous": { + "module": "SourceDerivativeContinuity.lean", + "name": "I4SourceDerivativeContinuity.derivativeCoefficient_continuous", + "status": "UNSUPPORTED", + "detail": "binder ( u : Fin k \u2192 ( Fin d \u2192 \u211d ) ) is neither a sampled numeric type (\u2115 \u2124 \u211a \u211d) nor a decidable hypothesis", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "SourceDerivativeContinuity.lean::I4SourceDerivativeContinuity.derivativeMajorant_product_summable": { + "module": "SourceDerivativeContinuity.lean", + "name": "I4SourceDerivativeContinuity.derivativeMajorant_product_summable", + "status": "UNSUPPORTED", + "detail": "binder ( u : Fin k \u2192 ( Fin d \u2192 \u211d ) ) is neither a sampled numeric type (\u2115 \u2124 \u211a \u211d) nor a decidable hypothesis", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "SourceDerivativeContinuity.lean::I4SourceDerivativeContinuity.smoothSourceField_derivative_covariance_continuous": { + "module": "SourceDerivativeContinuity.lean", + "name": "I4SourceDerivativeContinuity.smoothSourceField_derivative_covariance_continuous", + "status": "UNSUPPORTED", + "detail": "binder ( u : Fin k \u2192 ( Fin d \u2192 \u211d ) ) is neither a sampled numeric type (\u2115 \u2124 \u211a \u211d) nor a decidable hypothesis", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "SourceDerivativeContinuity.lean::I4SourceDerivativeContinuity.smoothSourceField_derivative_integral_zero": { + "module": "SourceDerivativeContinuity.lean", + "name": "I4SourceDerivativeContinuity.smoothSourceField_derivative_integral_zero", + "status": "UNSUPPORTED", + "detail": "binder ( u : Fin k \u2192 ( Fin d \u2192 \u211d ) ) is neither a sampled numeric type (\u2115 \u2124 \u211a \u211d) nor a decidable hypothesis", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "SourceDerivativeGaussian.lean::I4SourceDerivativeGaussian.modeCoefficient_smooth": { + "module": "SourceDerivativeGaussian.lean", + "name": "I4SourceDerivativeGaussian.modeCoefficient_smooth", + "status": "UNSUPPORTED", + "detail": "binder ( m : SourceMode d ) is neither a sampled numeric type (\u2115 \u2124 \u211a \u211d) nor a decidable hypothesis", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "SourceDerivativeGaussian.lean::I4SourceDerivativeGaussian.weighted_iteratedFDeriv": { + "module": "SourceDerivativeGaussian.lean", + "name": "I4SourceDerivativeGaussian.weighted_iteratedFDeriv", + "status": "UNSUPPORTED", + "detail": "binder ( m : SourceMode d ) is neither a sampled numeric type (\u2115 \u2124 \u211a \u211d) nor a decidable hypothesis", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "SourceDerivativeGaussian.lean::I4SourceDerivativeGaussian.weighted_iteratedFDeriv_bound": { + "module": "SourceDerivativeGaussian.lean", + "name": "I4SourceDerivativeGaussian.weighted_iteratedFDeriv_bound", + "status": "UNSUPPORTED", + "detail": "binder ( m : SourceMode d ) is neither a sampled numeric type (\u2115 \u2124 \u211a \u211d) nor a decidable hypothesis", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "SourceDerivativeGaussian.lean::I4SourceDerivativeGaussian.derivativeCoefficient_summable": { + "module": "SourceDerivativeGaussian.lean", + "name": "I4SourceDerivativeGaussian.derivativeCoefficient_summable", + "status": "UNSUPPORTED", + "detail": "binder ( u : Fin k \u2192 ( Fin d \u2192 \u211d ) ) is neither a sampled numeric type (\u2115 \u2124 \u211a \u211d) nor a decidable hypothesis", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "SourceDerivativeGaussian.lean::I4SourceDerivativeGaussian.smoothSourceField_derivative_series": { + "module": "SourceDerivativeGaussian.lean", + "name": "I4SourceDerivativeGaussian.smoothSourceField_derivative_series", + "status": "UNSUPPORTED", + "detail": "binder ( \u03c9 : SmoothSample d L ) is neither a sampled numeric type (\u2115 \u2124 \u211a \u211d) nor a decidable hypothesis", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "SourceDerivativeGaussian.lean::I4SourceDerivativeGaussian.scalarSeries_linearCombination_hasGaussianLaw": { + "module": "SourceDerivativeGaussian.lean", + "name": "I4SourceDerivativeGaussian.scalarSeries_linearCombination_hasGaussianLaw", + "status": "UNSUPPORTED", + "detail": "binder ( a : Fin n \u2192 \u03b9 \u2192 \u211d ) is neither a sampled numeric type (\u2115 \u2124 \u211a \u211d) nor a decidable hypothesis", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "SourceDerivativeGaussian.lean::I4SourceDerivativeGaussian.scalarSeries_finiteVector_hasGaussianLaw": { + "module": "SourceDerivativeGaussian.lean", + "name": "I4SourceDerivativeGaussian.scalarSeries_finiteVector_hasGaussianLaw", + "status": "UNSUPPORTED", + "detail": "binder ( a : Fin n \u2192 \u03b9 \u2192 \u211d ) is neither a sampled numeric type (\u2115 \u2124 \u211a \u211d) nor a decidable hypothesis", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "SourceDerivativeGaussian.lean::I4SourceDerivativeGaussian.smoothSourceField_derivativeVector_hasGaussianLaw": { + "module": "SourceDerivativeGaussian.lean", + "name": "I4SourceDerivativeGaussian.smoothSourceField_derivativeVector_hasGaussianLaw", + "status": "UNSUPPORTED", + "detail": "binder ( x : Fin n \u2192 ( Fin d \u2192 \u211d ) ) is neither a sampled numeric type (\u2115 \u2124 \u211a \u211d) nor a decidable hypothesis", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "SourceDerivativeGaussian.lean::I4SourceDerivativeGaussian.smoothSourceField_derivative_covariance": { + "module": "SourceDerivativeGaussian.lean", + "name": "I4SourceDerivativeGaussian.smoothSourceField_derivative_covariance", + "status": "UNSUPPORTED", + "detail": "binder ( u : Fin k \u2192 ( Fin d \u2192 \u211d ) ) is neither a sampled numeric type (\u2115 \u2124 \u211a \u211d) nor a decidable hypothesis", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "SourceEndpointEstimates.lean::I4SourceEndpointEstimates.sourcePhysicalCoordinates_apply": { + "module": "SourceEndpointEstimates.lean", + "name": "I4SourceEndpointEstimates.sourcePhysicalCoordinates_apply", + "status": "UNSUPPORTED", + "detail": "sourcePhysicalIndex returns a function that is not a lambda", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "SourceEndpointEstimates.lean::I4SourceEndpointEstimates.sourcePhysicalCoordinates_continuous": { + "module": "SourceEndpointEstimates.lean", + "name": "I4SourceEndpointEstimates.sourcePhysicalCoordinates_continuous", + "status": "UNSUPPORTED", + "detail": "proposition of form App", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "SourceEndpointEstimates.lean::I4SourceEndpointEstimates.sourcePhysicalCoordinates_inverse": { + "module": "SourceEndpointEstimates.lean", + "name": "I4SourceEndpointEstimates.sourcePhysicalCoordinates_inverse", + "status": "CORROBORATED", + "detail": "holds on 64 sampled instances satisfying the hypotheses (0 draws rejected by the hypotheses, 0 infeasible, seed 1): sampling is admitted evidence of the statement, not a proof of it", + "instances": 64, + "vacuous": false, + "float_free": true, + "sampling": { + "seed": 1, + "draws": 64, + "accepted": 64, + "rejected": 0, + "infeasible": 0, + "undecided": 0 + } + }, + "SourceEndpointEstimates.lean::I4SourceEndpointEstimates.sourceEndpointWeight_measurable": { + "module": "SourceEndpointEstimates.lean", + "name": "I4SourceEndpointEstimates.sourceEndpointWeight_measurable", + "status": "UNSUPPORTED", + "detail": "conclusion is a structural predicate ['Measurable']: trivial on finite discrete models (every set is measurable, every function measurable and integrable), so sampling has no content here", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "SourceEndpointEstimates.lean::I4SourceEndpointEstimates.sourceEndpointWeight_nonneg": { + "module": "SourceEndpointEstimates.lean", + "name": "I4SourceEndpointEstimates.sourceEndpointWeight_nonneg", + "status": "UNSUPPORTED", + "detail": "unknown function by", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "SourceEndpointEstimates.lean::I4SourceEndpointEstimates.sourceEndpointWeight_eq_continuous": { + "module": "SourceEndpointEstimates.lean", + "name": "I4SourceEndpointEstimates.sourceEndpointWeight_eq_continuous", + "status": "UNSUPPORTED", + "detail": "unknown function by", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "SourceEndpointEstimates.lean::I4SourceEndpointEstimates.sourceEndpointLaw_isProbabilityMeasure": { + "module": "SourceEndpointEstimates.lean", + "name": "I4SourceEndpointEstimates.sourceEndpointLaw_isProbabilityMeasure", + "status": "UNSUPPORTED", + "detail": "result type Measure ( Fin 6 \u2192 \u211d )", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "SourceEndpointEstimates.lean::I4SourceEndpointEstimates.sourceEndpointLaw_euclidean_hasLaw": { + "module": "SourceEndpointEstimates.lean", + "name": "I4SourceEndpointEstimates.sourceEndpointLaw_euclidean_hasLaw", + "status": "UNSUPPORTED", + "detail": "binder ( hG : IsUnit ( sourcePinCovarianceAt L r ) ) is neither a sampled numeric type (\u2115 \u2124 \u211a \u211d) nor a decidable hypothesis", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "SourceEndpointEstimates.lean::I4SourceEndpointEstimates.sourceEndpointLaw_physical_marginal": { + "module": "SourceEndpointEstimates.lean", + "name": "I4SourceEndpointEstimates.sourceEndpointLaw_physical_marginal", + "status": "UNSUPPORTED", + "detail": "binder ( hG : IsUnit ( sourcePinCovarianceAt L r ) ) is neither a sampled numeric type (\u2115 \u2124 \u211a \u211d) nor a decidable hypothesis", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "SourceEndpointEstimates.lean::I4SourceEndpointEstimates.sourceEndpointLaw_weight_integral": { + "module": "SourceEndpointEstimates.lean", + "name": "I4SourceEndpointEstimates.sourceEndpointLaw_weight_integral", + "status": "UNSUPPORTED", + "detail": "binder ( hG : IsUnit ( sourcePinCovarianceAt L r ) ) is neither a sampled numeric type (\u2115 \u2124 \u211a \u211d) nor a decidable hypothesis", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "SourceEndpointEstimates.lean::I4SourceEndpointEstimates.sourceEndpointLaw_second_moment_of_parameter_bounds": { + "module": "SourceEndpointEstimates.lean", + "name": "I4SourceEndpointEstimates.sourceEndpointLaw_second_moment_of_parameter_bounds", + "status": "UNSUPPORTED", + "detail": "binder ( hG : IsUnit ( sourcePinCovarianceAt L r ) ) is neither a sampled numeric type (\u2115 \u2124 \u211a \u211d) nor a decidable hypothesis", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "SourceEndpointEstimates.lean::I4SourceEndpointEstimates.sourceEndpointLaw_weight_square_integrable": { + "module": "SourceEndpointEstimates.lean", + "name": "I4SourceEndpointEstimates.sourceEndpointLaw_weight_square_integrable", + "status": "UNSUPPORTED", + "detail": "binder ( hG : IsUnit ( sourcePinCovarianceAt L r ) ) is neither a sampled numeric type (\u2115 \u2124 \u211a \u211d) nor a decidable hypothesis", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "SourceEndpointEstimates.lean::I4SourceEndpointEstimates.sourceEndpointLaw_weight_integrable": { + "module": "SourceEndpointEstimates.lean", + "name": "I4SourceEndpointEstimates.sourceEndpointLaw_weight_integrable", + "status": "UNSUPPORTED", + "detail": "binder ( hG : IsUnit ( sourcePinCovarianceAt L r ) ) is neither a sampled numeric type (\u2115 \u2124 \u211a \u211d) nor a decidable hypothesis", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "SourceEndpointEstimates.lean::I4SourceEndpointEstimates.sourcePrescribedPins_tendsto": { + "module": "SourceEndpointEstimates.lean", + "name": "I4SourceEndpointEstimates.sourcePrescribedPins_tendsto", + "status": "UNSUPPORTED", + "detail": "unsupported syntax: notation '\ud835\udcdd'", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "SourceEndpointEstimates.lean::I4SourceEndpointEstimates.sourceEndpoint_weighted_event_bound_of_estimates": { + "module": "SourceEndpointEstimates.lean", + "name": "I4SourceEndpointEstimates.sourceEndpoint_weighted_event_bound_of_estimates", + "status": "UNSUPPORTED", + "detail": "binder ( E : Set ( Fin 6 \u2192 \u211d ) ) is neither a sampled numeric type (\u2115 \u2124 \u211a \u211d) nor a decidable hypothesis", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "SourceEndpointEstimates.lean::I4SourceEndpointEstimates.sourceEndpoint_parameter_limits": { + "module": "SourceEndpointEstimates.lean", + "name": "I4SourceEndpointEstimates.sourceEndpoint_parameter_limits", + "status": "UNSUPPORTED", + "detail": "unparsed statement: SyntaxError: expected ',', got r", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "SourceEndpointEstimates.lean::I4SourceEndpointEstimates.sourceEndpoint_uniform_parameter_bounds": { + "module": "SourceEndpointEstimates.lean", + "name": "I4SourceEndpointEstimates.sourceEndpoint_uniform_parameter_bounds", + "status": "UNSUPPORTED", + "detail": "unsupported syntax: existential quantifier", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "SourceEndpointEstimates.lean::I4SourceEndpointEstimates.sourceEndpoint_normalizer_floor": { + "module": "SourceEndpointEstimates.lean", + "name": "I4SourceEndpointEstimates.sourceEndpoint_normalizer_floor", + "status": "UNSUPPORTED", + "detail": "unsupported syntax: existential quantifier", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "SourceEndpointEstimates.lean::I4SourceEndpointEstimates.sourceEndpoint_estimates": { + "module": "SourceEndpointEstimates.lean", + "name": "I4SourceEndpointEstimates.sourceEndpoint_estimates", + "status": "UNSUPPORTED", + "detail": "unsupported syntax: existential quantifier", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "SourceEndpointEstimates.lean::I4SourceEndpointEstimates.sourceEndpoint_estimates_and_weighted_events": { + "module": "SourceEndpointEstimates.lean", + "name": "I4SourceEndpointEstimates.sourceEndpoint_estimates_and_weighted_events", + "status": "UNSUPPORTED", + "detail": "unsupported syntax: existential quantifier", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "SourceEndpointEstimates.lean::I4SourceEndpointEstimates.sourcePhysicalEndpointLaw_eq": { + "module": "SourceEndpointEstimates.lean", + "name": "I4SourceEndpointEstimates.sourcePhysicalEndpointLaw_eq", + "status": "UNSUPPORTED", + "detail": "result type Measure ( Fin 6 \u2192 \u211d )", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "SourceEndpointEstimates.lean::I4SourceEndpointEstimates.sourcePhysicalEndpointLaw_isProbabilityMeasure": { + "module": "SourceEndpointEstimates.lean", + "name": "I4SourceEndpointEstimates.sourcePhysicalEndpointLaw_isProbabilityMeasure", + "status": "UNSUPPORTED", + "detail": "result type Measure ( Fin 6 \u2192 \u211d )", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "SourceEndpointEstimates.lean::I4SourceEndpointEstimates.sourcePhysicalEndpointKernel_eventually_hasCondDistrib": { + "module": "SourceEndpointEstimates.lean", + "name": "I4SourceEndpointEstimates.sourcePhysicalEndpointKernel_eventually_hasCondDistrib", + "status": "UNSUPPORTED", + "detail": "unparsed statement: SyntaxError: expected ',', got r", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "SourceEndpointEstimates.lean::I4SourceEndpointEstimates.sourcePhysicalEndpointWeightedProbability_eq": { + "module": "SourceEndpointEstimates.lean", + "name": "I4SourceEndpointEstimates.sourcePhysicalEndpointWeightedProbability_eq", + "status": "UNSUPPORTED", + "detail": "result type Measure ( Fin 6 \u2192 \u211d )", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "SourceEndpointEstimates.lean::I4SourceEndpointEstimates.sourcePhysicalEndpoint_estimates_and_weighted_events": { + "module": "SourceEndpointEstimates.lean", + "name": "I4SourceEndpointEstimates.sourcePhysicalEndpoint_estimates_and_weighted_events", + "status": "UNSUPPORTED", + "detail": "unsupported syntax: existential quantifier", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "SourceEndpointHessianGaussian.lean::I4SourceEndpointHessianGaussian.endpointHessian_eq_remote": { + "module": "SourceEndpointHessianGaussian.lean", + "name": "I4SourceEndpointHessianGaussian.endpointHessian_eq_remote", + "status": "UNSUPPORTED", + "detail": "binder ( \u03c9 : SmoothSample 2 L ) is neither a sampled numeric type (\u2115 \u2124 \u211a \u211d) nor a decidable hypothesis", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "SourceEndpointHessianGaussian.lean::I4SourceEndpointHessianGaussian.derivative_borel": { + "module": "SourceEndpointHessianGaussian.lean", + "name": "I4SourceEndpointHessianGaussian.derivative_borel", + "status": "UNSUPPORTED", + "detail": "binder ( u : Fin k \u2192 ( Fin 2 \u2192 \u211d ) ) is neither a sampled numeric type (\u2115 \u2124 \u211a \u211d) nor a decidable hypothesis", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "SourceEndpointHessianGaussian.lean::I4SourceEndpointHessianGaussian.remoteJet_borel": { + "module": "SourceEndpointHessianGaussian.lean", + "name": "I4SourceEndpointHessianGaussian.remoteJet_borel", + "status": "UNSUPPORTED", + "detail": "conclusion is a structural predicate ['Measurable']: trivial on finite discrete models (every set is measurable, every function measurable and integrable), so sampling has no content here", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "SourceEndpointHessianGaussian.lean::I4SourceEndpointHessianGaussian.endpointHessian_borel": { + "module": "SourceEndpointHessianGaussian.lean", + "name": "I4SourceEndpointHessianGaussian.endpointHessian_borel", + "status": "UNSUPPORTED", + "detail": "conclusion is a structural predicate ['Measurable']: trivial on finite discrete models (every set is measurable, every function measurable and integrable), so sampling has no content here", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "SourceEndpointHessianGaussian.lean::I4SourceEndpointHessianGaussian.remoteRows_summable": { + "module": "SourceEndpointHessianGaussian.lean", + "name": "I4SourceEndpointHessianGaussian.remoteRows_summable", + "status": "UNSUPPORTED", + "detail": "proposition of form App", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "SourceEndpointHessianGaussian.lean::I4SourceEndpointHessianGaussian.remoteCovariance_posSemidef": { + "module": "SourceEndpointHessianGaussian.lean", + "name": "I4SourceEndpointHessianGaussian.remoteCovariance_posSemidef", + "status": "UNSUPPORTED", + "detail": "proposition of form App", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "SourceEndpointHessianGaussian.lean::I4SourceEndpointHessianGaussian.hessianProjection_apply": { + "module": "SourceEndpointHessianGaussian.lean", + "name": "I4SourceEndpointHessianGaussian.hessianProjection_apply", + "status": "UNSUPPORTED", + "detail": "result type EuclideanSpace \u211d ( Fin 6 ) \u2192 L [ \u211d ] EuclideanSpace \u211d ( Fin 3 )", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "SourceEndpointHessianGaussian.lean::I4SourceEndpointHessianGaussian.projected_multivariateGaussian": { + "module": "SourceEndpointHessianGaussian.lean", + "name": "I4SourceEndpointHessianGaussian.projected_multivariateGaussian", + "status": "UNSUPPORTED", + "detail": "binder ( hS : S.PosSemidef ) is neither a sampled numeric type (\u2115 \u2124 \u211a \u211d) nor a decidable hypothesis", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "SourceEndpointHessianGaussian.lean::I4SourceEndpointHessianGaussian.rawPinKernel_endpointHessian_eq_multivariateGaussian": { + "module": "SourceEndpointHessianGaussian.lean", + "name": "I4SourceEndpointHessianGaussian.rawPinKernel_endpointHessian_eq_multivariateGaussian", + "status": "UNSUPPORTED", + "detail": "result type Kernel ( Fin 6 \u2192 \u211d ) ( SmoothSample 2 L )", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "SourceEndpointHessianGaussian.lean::I4SourceEndpointHessianGaussian.endpointCoefficient_eq_remote": { + "module": "SourceEndpointHessianGaussian.lean", + "name": "I4SourceEndpointHessianGaussian.endpointCoefficient_eq_remote", + "status": "UNSUPPORTED", + "detail": "endpointHessianCoefficient applied to 4 arguments", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "SourceEndpointHessianGaussian.lean::I4SourceEndpointHessianGaussian.endpointCovariance_eq_Gram": { + "module": "SourceEndpointHessianGaussian.lean", + "name": "I4SourceEndpointHessianGaussian.endpointCovariance_eq_Gram", + "status": "UNSUPPORTED", + "detail": "expression Lambda", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "SourceEndpointHessianGaussian.lean::I4SourceEndpointHessianGaussian.endpointHessianCovariance_posDef": { + "module": "SourceEndpointHessianGaussian.lean", + "name": "I4SourceEndpointHessianGaussian.endpointHessianCovariance_posDef", + "status": "UNSUPPORTED", + "detail": "hypothesis ( hsep : I4Torus.torusProjection 2 L ( endpointM r ) \u2260 I4Torus.torusProjection 2 L ( endpointS r ) ) mentions undeclared names ['I4Torus.torusProjection', 'endpointM', 'endpointS']", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "SourceEndpointHessianGaussian.lean::I4SourceEndpointHessianGaussian.finiteGaussian3_absolutelyContinuous": { + "module": "SourceEndpointHessianGaussian.lean", + "name": "I4SourceEndpointHessianGaussian.finiteGaussian3_absolutelyContinuous", + "status": "UNSUPPORTED", + "detail": "binder ( hS : S.PosDef ) is neither a sampled numeric type (\u2115 \u2124 \u211a \u211d) nor a decidable hypothesis", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "SourceEndpointHessianGaussian.lean::I4SourceEndpointHessianGaussian.determinant3_zero_volume": { + "module": "SourceEndpointHessianGaussian.lean", + "name": "I4SourceEndpointHessianGaussian.determinant3_zero_volume", + "status": "UNSUPPORTED", + "detail": "unparsed statement: SyntaxError: trailing tokens from '{'", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "SourceEndpointHessianGaussian.lean::I4SourceEndpointHessianGaussian.finiteGaussian3_det_ne_zero": { + "module": "SourceEndpointHessianGaussian.lean", + "name": "I4SourceEndpointHessianGaussian.finiteGaussian3_det_ne_zero", + "status": "UNSUPPORTED", + "detail": "binder ( hS : S.PosDef ) is neither a sampled numeric type (\u2115 \u2124 \u211a \u211d) nor a decidable hypothesis", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "SourceEndpointHessianGaussian.lean::I4SourceEndpointHessianGaussian.noncentered_finiteGaussian_control": { + "module": "SourceEndpointHessianGaussian.lean", + "name": "I4SourceEndpointHessianGaussian.noncentered_finiteGaussian_control", + "status": "UNSUPPORTED", + "detail": "unparsed statement: SyntaxError: trailing tokens from ')'", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "SourceEndpointHessianGaussian.lean::I4SourceEndpointHessianGaussian.rawPinKernel_ae_endpointHessian_det_ne_zero": { + "module": "SourceEndpointHessianGaussian.lean", + "name": "I4SourceEndpointHessianGaussian.rawPinKernel_ae_endpointHessian_det_ne_zero", + "status": "UNSUPPORTED", + "detail": "hypothesis ( hsep : I4Torus.torusProjection 2 L ( endpointM r ) \u2260 I4Torus.torusProjection 2 L ( endpointS r ) ) mentions undeclared names ['I4Torus.torusProjection', 'endpointM', 'endpointS']", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "SourceEndpointHessianWitness.lean::I4SourceEndpointHessianWitness.sourceC_ne_zero": { + "module": "SourceEndpointHessianWitness.lean", + "name": "I4SourceEndpointHessianWitness.sourceC_ne_zero", + "status": "CORROBORATED", + "detail": "holds on 64 sampled instances satisfying the hypotheses (1 draws rejected by the hypotheses, 0 infeasible, seed 1): sampling is admitted evidence of the statement, not a proof of it", + "instances": 64, + "vacuous": false, + "float_free": true, + "sampling": { + "seed": 1, + "draws": 105, + "accepted": 64, + "rejected": 1, + "infeasible": 0, + "undecided": 0 + } + }, + "SourceEndpointHessianWitness.lean::I4SourceEndpointHessianWitness.endpoint_separated": { + "module": "SourceEndpointHessianWitness.lean", + "name": "I4SourceEndpointHessianWitness.endpoint_separated", + "status": "UNSUPPORTED", + "detail": "hypothesis ( hsep : I4Torus.torusProjection 2 L ( endpointM r ) \u2260 I4Torus.torusProjection 2 L ( endpointS r ) ) mentions undeclared names ['I4Torus.torusProjection', 'endpointM', 'endpointS']", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "SourceEndpointHessianWitness.lean::I4SourceEndpointHessianWitness.endpoint_cos_ne_one": { + "module": "SourceEndpointHessianWitness.lean", + "name": "I4SourceEndpointHessianWitness.endpoint_cos_ne_one", + "status": "UNSUPPORTED", + "detail": "hypothesis ( hsep : I4Torus.torusProjection 2 L ( endpointM r ) \u2260 I4Torus.torusProjection 2 L ( endpointS r ) ) mentions undeclared names ['I4Torus.torusProjection', 'endpointM', 'endpointS']", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "SourceEndpointHessianWitness.lean::I4SourceEndpointHessianWitness.pinMultiplier_contDiff": { + "module": "SourceEndpointHessianWitness.lean", + "name": "I4SourceEndpointHessianWitness.pinMultiplier_contDiff", + "status": "UNSUPPORTED", + "detail": "unsupported syntax: notation '\u22a4'", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "SourceEndpointHessianWitness.lean::I4SourceEndpointHessianWitness.hessianLocalGerm_contDiff": { + "module": "SourceEndpointHessianWitness.lean", + "name": "I4SourceEndpointHessianWitness.hessianLocalGerm_contDiff", + "status": "UNSUPPORTED", + "detail": "unsupported syntax: notation '\u22a4'", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "SourceEndpointHessianWitness.lean::I4SourceEndpointHessianWitness.normalizedGerm_contDiff": { + "module": "SourceEndpointHessianWitness.lean", + "name": "I4SourceEndpointHessianWitness.normalizedGerm_contDiff", + "status": "UNSUPPORTED", + "detail": "unsupported syntax: notation '\u22a4'", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "SourceEndpointHessianWitness.lean::I4SourceEndpointHessianWitness.pinMultiplier_value": { + "module": "SourceEndpointHessianWitness.lean", + "name": "I4SourceEndpointHessianWitness.pinMultiplier_value", + "status": "CORROBORATED", + "detail": "holds on 64 sampled instances satisfying the hypotheses (0 draws rejected by the hypotheses, 0 infeasible, seed 1): sampling is admitted evidence of the statement, not a proof of it", + "instances": 64, + "vacuous": false, + "float_free": true, + "sampling": { + "seed": 1, + "draws": 64, + "accepted": 64, + "rejected": 0, + "infeasible": 0, + "undecided": 0 + } + }, + "SourceEndpointHessianWitness.lean::I4SourceEndpointHessianWitness.pinMultiplier_fderiv": { + "module": "SourceEndpointHessianWitness.lean", + "name": "I4SourceEndpointHessianWitness.pinMultiplier_fderiv", + "status": "UNSUPPORTED", + "detail": "unknown function fderiv", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "SourceEndpointHessianWitness.lean::I4SourceEndpointHessianWitness.endpoint_jet2_scale": { + "module": "SourceEndpointHessianWitness.lean", + "name": "I4SourceEndpointHessianWitness.endpoint_jet2_scale", + "status": "UNSUPPORTED", + "detail": "binder ( f : ( Fin 2 \u2192 \u211d ) \u2192 \u211d ) is neither a sampled numeric type (\u2115 \u2124 \u211a \u211d) nor a decidable hypothesis", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "SourceEndpointHessianWitness.lean::I4SourceEndpointHessianWitness.normalizedGerm_own_jet": { + "module": "SourceEndpointHessianWitness.lean", + "name": "I4SourceEndpointHessianWitness.normalizedGerm_own_jet", + "status": "UNSUPPORTED", + "detail": "normalizedGerm applied to 4 of 5 arguments", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "SourceEndpointHessianWitness.lean::I4SourceEndpointHessianWitness.normalizedGerm_value_other": { + "module": "SourceEndpointHessianWitness.lean", + "name": "I4SourceEndpointHessianWitness.normalizedGerm_value_other", + "status": "UNSUPPORTED", + "detail": "definition hessianJetIndex has an unparsed body", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "SourceEndpointHessianWitness.lean::I4SourceEndpointHessianWitness.normalizedGerm_fderiv_other": { + "module": "SourceEndpointHessianWitness.lean", + "name": "I4SourceEndpointHessianWitness.normalizedGerm_fderiv_other", + "status": "UNSUPPORTED", + "detail": "unknown function fderiv", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "SourceEndpointHessianWitness.lean::I4SourceEndpointHessianWitness.normalizedGerm_other_lower": { + "module": "SourceEndpointHessianWitness.lean", + "name": "I4SourceEndpointHessianWitness.normalizedGerm_other_lower", + "status": "UNSUPPORTED", + "detail": "normalizedGerm applied to 4 of 5 arguments", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "SourceEndpointHessianWitness.lean::I4SourceEndpointHessianWitness.phase_axis": { + "module": "SourceEndpointHessianWitness.lean", + "name": "I4SourceEndpointHessianWitness.phase_axis", + "status": "UNSUPPORTED", + "detail": "the enclosures to 256 bits did not decide 997 of the sampled instances (32 decided, all held): sampling cannot corroborate the statement", + "instances": 32, + "vacuous": false, + "float_free": true, + "sampling": { + "seed": 1, + "draws": 1032, + "accepted": 32, + "rejected": 0, + "infeasible": 0, + "undecided": 997 + } + }, + "SourceEndpointHessianWitness.lean::I4SourceEndpointHessianWitness.eval_axisCosPoly": { + "module": "SourceEndpointHessianWitness.lean", + "name": "I4SourceEndpointHessianWitness.eval_axisCosPoly", + "status": "UNSUPPORTED", + "detail": "result type TrigPoly", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "SourceEndpointHessianWitness.lean::I4SourceEndpointHessianWitness.eval_axisSinPoly": { + "module": "SourceEndpointHessianWitness.lean", + "name": "I4SourceEndpointHessianWitness.eval_axisSinPoly", + "status": "UNSUPPORTED", + "detail": "result type TrigPoly", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "SourceEndpointHessianWitness.lean::I4SourceEndpointHessianWitness.eval_factorPoly": { + "module": "SourceEndpointHessianWitness.lean", + "name": "I4SourceEndpointHessianWitness.eval_factorPoly", + "status": "UNSUPPORTED", + "detail": "result type TrigPoly", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "SourceEndpointHessianWitness.lean::I4SourceEndpointHessianWitness.eval_multiplierPoly": { + "module": "SourceEndpointHessianWitness.lean", + "name": "I4SourceEndpointHessianWitness.eval_multiplierPoly", + "status": "UNSUPPORTED", + "detail": "result type TrigPoly", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "SourceEndpointHessianWitness.lean::I4SourceEndpointHessianWitness.eval_hessianGermPoly": { + "module": "SourceEndpointHessianWitness.lean", + "name": "I4SourceEndpointHessianWitness.eval_hessianGermPoly", + "status": "UNSUPPORTED", + "detail": "result type TrigPoly", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "SourceEndpointHessianWitness.lean::I4SourceEndpointHessianWitness.eval_witnessPoly": { + "module": "SourceEndpointHessianWitness.lean", + "name": "I4SourceEndpointHessianWitness.eval_witnessPoly", + "status": "UNSUPPORTED", + "detail": "eval applied to 2 of 3 arguments", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "SourceEndpointHessianWitness.lean::I4SourceEndpointHessianWitness.multiplier_at_endpoint_pos": { + "module": "SourceEndpointHessianWitness.lean", + "name": "I4SourceEndpointHessianWitness.multiplier_at_endpoint_pos", + "status": "UNSUPPORTED", + "detail": "hypothesis ( hsep : I4Torus.torusProjection 2 L ( endpointM r ) \u2260 I4Torus.torusProjection 2 L ( endpointS r ) ) mentions undeclared names ['I4Torus.torusProjection', 'endpointM', 'endpointS']", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "SourceEndpointHessianWitness.lean::I4SourceEndpointHessianWitness.endpointHessianCoefficient_summable": { + "module": "SourceEndpointHessianWitness.lean", + "name": "I4SourceEndpointHessianWitness.endpointHessianCoefficient_summable", + "status": "UNSUPPORTED", + "detail": "proposition of form App", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "SourceEndpointHessianWitness.lean::I4SourceEndpointHessianWitness.rawPin_pairing": { + "module": "SourceEndpointHessianWitness.lean", + "name": "I4SourceEndpointHessianWitness.rawPin_pairing", + "status": "UNSUPPORTED", + "detail": "binder ( p : TrigPoly ) is neither a sampled numeric type (\u2115 \u2124 \u211a \u211d) nor a decidable hypothesis", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "SourceEndpointHessianWitness.lean::I4SourceEndpointHessianWitness.endpointHessian_pairing": { + "module": "SourceEndpointHessianWitness.lean", + "name": "I4SourceEndpointHessianWitness.endpointHessian_pairing", + "status": "UNSUPPORTED", + "detail": "binder ( p : TrigPoly ) is neither a sampled numeric type (\u2115 \u2124 \u211a \u211d) nor a decidable hypothesis", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "SourceEndpointHessianWitness.lean::I4SourceEndpointHessianWitness.witness_raw_zero": { + "module": "SourceEndpointHessianWitness.lean", + "name": "I4SourceEndpointHessianWitness.witness_raw_zero", + "status": "UNSUPPORTED", + "detail": "hypothesis ( hsep : I4Torus.torusProjection 2 L ( endpointM r ) \u2260 I4Torus.torusProjection 2 L ( endpointS r ) ) mentions undeclared names ['I4Torus.torusProjection', 'endpointM', 'endpointS']", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "SourceEndpointHessianWitness.lean::I4SourceEndpointHessianWitness.witness_hessian_identity": { + "module": "SourceEndpointHessianWitness.lean", + "name": "I4SourceEndpointHessianWitness.witness_hessian_identity", + "status": "UNSUPPORTED", + "detail": "hypothesis ( hsep : I4Torus.torusProjection 2 L ( endpointM r ) \u2260 I4Torus.torusProjection 2 L ( endpointS r ) ) mentions undeclared names ['I4Torus.torusProjection', 'endpointM', 'endpointS']", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "SourceEndpointHessianWitness.lean::I4SourceEndpointHessianWitness.actual_finite_endpointHessian_witnesses": { + "module": "SourceEndpointHessianWitness.lean", + "name": "I4SourceEndpointHessianWitness.actual_finite_endpointHessian_witnesses", + "status": "UNSUPPORTED", + "detail": "hypothesis ( hsep : I4Torus.torusProjection 2 L ( endpointM r ) \u2260 I4Torus.torusProjection 2 L ( endpointS r ) ) mentions undeclared names ['I4Torus.torusProjection', 'endpointM', 'endpointS']", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "SourceEndpointHessianWitness.lean::I4SourceEndpointHessianWitness.actual_endpointHessian_residual_coefficientGram_posDef": { + "module": "SourceEndpointHessianWitness.lean", + "name": "I4SourceEndpointHessianWitness.actual_endpointHessian_residual_coefficientGram_posDef", + "status": "UNSUPPORTED", + "detail": "hypothesis ( hsep : I4Torus.torusProjection 2 L ( endpointM r ) \u2260 I4Torus.torusProjection 2 L ( endpointS r ) ) mentions undeclared names ['I4Torus.torusProjection', 'endpointM', 'endpointS']", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "SourceEndpointParameters.lean::I4SourceEndpointParameters.smoothSourceField_derivative_integral_zero": { + "module": "SourceEndpointParameters.lean", + "name": "I4SourceEndpointParameters.smoothSourceField_derivative_integral_zero", + "status": "UNSUPPORTED", + "detail": "binder ( u : Fin k \u2192 ( Fin d \u2192 \u211d ) ) is neither a sampled numeric type (\u2115 \u2124 \u211a \u211d) nor a decidable hypothesis", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "SourceEndpointParameters.lean::I4SourceEndpointParameters.rawPinsWithHessians_integral_zero": { + "module": "SourceEndpointParameters.lean", + "name": "I4SourceEndpointParameters.rawPinsWithHessians_integral_zero", + "status": "UNSUPPORTED", + "detail": "result type Measure ( SmoothSample d L )", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "SourceEndpointParameters.lean::I4SourceEndpointParameters.rawPinsWithHessians_integral_vector_zero": { + "module": "SourceEndpointParameters.lean", + "name": "I4SourceEndpointParameters.rawPinsWithHessians_integral_vector_zero", + "status": "UNSUPPORTED", + "detail": "result type Measure ( SmoothSample d L )", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "SourceEndpointParameters.lean::I4SourceEndpointParameters.sourcePins_adjusted_integral_zero": { + "module": "SourceEndpointParameters.lean", + "name": "I4SourceEndpointParameters.sourcePins_adjusted_integral_zero", + "status": "UNSUPPORTED", + "detail": "result type Measure ( SmoothSample d L )", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "SourceEndpointParameters.lean::I4SourceEndpointParameters.sourceConfluentPinsAt_integral_zero": { + "module": "SourceEndpointParameters.lean", + "name": "I4SourceEndpointParameters.sourceConfluentPinsAt_integral_zero", + "status": "UNSUPPORTED", + "detail": "result type Measure ( SmoothSample d L )", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "SourceEndpointParameters.lean::I4SourceEndpointParameters.sourceAdjustedEndpoints_integral_zero": { + "module": "SourceEndpointParameters.lean", + "name": "I4SourceEndpointParameters.sourceAdjustedEndpoints_integral_zero", + "status": "UNSUPPORTED", + "detail": "result type Measure ( SmoothSample d L )", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "SourceEndpointParameters.lean::I4SourceEndpointParameters.sourceEndpointResidual_integral_zero": { + "module": "SourceEndpointParameters.lean", + "name": "I4SourceEndpointParameters.sourceEndpointResidual_integral_zero", + "status": "UNSUPPORTED", + "detail": "result type Measure ( SmoothSample d L )", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "SourceEndpointParameters.lean::I4SourceEndpointParameters.sourceEndpointResidual_covariance": { + "module": "SourceEndpointParameters.lean", + "name": "I4SourceEndpointParameters.sourceEndpointResidual_covariance", + "status": "UNSUPPORTED", + "detail": "binder ( hG : IsUnit ( sourcePinCovarianceAt L r ) ) is neither a sampled numeric type (\u2115 \u2124 \u211a \u211d) nor a decidable hypothesis", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "SourceEndpointParameters.lean::I4SourceEndpointParameters.finiteGaussian_law_parameters": { + "module": "SourceEndpointParameters.lean", + "name": "I4SourceEndpointParameters.finiteGaussian_law_parameters", + "status": "UNSUPPORTED", + "detail": "binder { Z : \u03a9 \u2192 Fin n \u2192 \u211d } is neither a sampled numeric type (\u2115 \u2124 \u211a \u211d) nor a decidable hypothesis", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "SourceEndpointParameters.lean::I4SourceEndpointParameters.sourceEndpointResidual_hasGaussianLaw": { + "module": "SourceEndpointParameters.lean", + "name": "I4SourceEndpointParameters.sourceEndpointResidual_hasGaussianLaw", + "status": "UNSUPPORTED", + "detail": "proposition of form App", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "SourceEndpointParameters.lean::I4SourceEndpointParameters.sourceEndpointPosterior_hasGaussianLaw": { + "module": "SourceEndpointParameters.lean", + "name": "I4SourceEndpointParameters.sourceEndpointPosterior_hasGaussianLaw", + "status": "UNSUPPORTED", + "detail": "proposition of form App", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "SourceEndpointParameters.lean::I4SourceEndpointParameters.sourceEndpointPosterior_integral": { + "module": "SourceEndpointParameters.lean", + "name": "I4SourceEndpointParameters.sourceEndpointPosterior_integral", + "status": "UNSUPPORTED", + "detail": "result type ( Fin 6 \u2192 \u211d ) \u2192 L [ \u211d ] ( Fin 6 \u2192 \u211d )", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "SourceEndpointParameters.lean::I4SourceEndpointParameters.sourceEndpointPosterior_covariance": { + "module": "SourceEndpointParameters.lean", + "name": "I4SourceEndpointParameters.sourceEndpointPosterior_covariance", + "status": "UNSUPPORTED", + "detail": "binder ( hG : IsUnit ( sourcePinCovarianceAt L r ) ) is neither a sampled numeric type (\u2115 \u2124 \u211a \u211d) nor a decidable hypothesis", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "SourceEndpointParameters.lean::I4SourceEndpointParameters.sourceEndpointKernel_eq_map_posterior": { + "module": "SourceEndpointParameters.lean", + "name": "I4SourceEndpointParameters.sourceEndpointKernel_eq_map_posterior", + "status": "UNSUPPORTED", + "detail": "result type Kernel ( Fin 6 \u2192 \u211d ) ( Fin 6 \u2192 \u211d )", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "SourceEndpointParameters.lean::I4SourceEndpointParameters.sourceEndpointKernel_isGaussian": { + "module": "SourceEndpointParameters.lean", + "name": "I4SourceEndpointParameters.sourceEndpointKernel_isGaussian", + "status": "UNSUPPORTED", + "detail": "proposition of form App", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "SourceEndpointParameters.lean::I4SourceEndpointParameters.sourceEndpointSchurAt_posSemidef": { + "module": "SourceEndpointParameters.lean", + "name": "I4SourceEndpointParameters.sourceEndpointSchurAt_posSemidef", + "status": "UNSUPPORTED", + "detail": "binder ( hG : IsUnit ( sourcePinCovarianceAt L r ) ) is neither a sampled numeric type (\u2115 \u2124 \u211a \u211d) nor a decidable hypothesis", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "SourceEndpointParameters.lean::I4SourceEndpointParameters.sourceEndpointKernel_eq_multivariateGaussian": { + "module": "SourceEndpointParameters.lean", + "name": "I4SourceEndpointParameters.sourceEndpointKernel_eq_multivariateGaussian", + "status": "UNSUPPORTED", + "detail": "binder ( hG : IsUnit ( sourcePinCovarianceAt L r ) ) is neither a sampled numeric type (\u2115 \u2124 \u211a \u211d) nor a decidable hypothesis", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "SourceEndpointParameters.lean::I4SourceEndpointParameters.sourceEndpointKernel_integral": { + "module": "SourceEndpointParameters.lean", + "name": "I4SourceEndpointParameters.sourceEndpointKernel_integral", + "status": "UNSUPPORTED", + "detail": "result type ( Fin 6 \u2192 \u211d ) \u2192 L [ \u211d ] ( Fin 6 \u2192 \u211d )", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "SourceEndpointParameters.lean::I4SourceEndpointParameters.sourceEndpointKernel_covariance": { + "module": "SourceEndpointParameters.lean", + "name": "I4SourceEndpointParameters.sourceEndpointKernel_covariance", + "status": "UNSUPPORTED", + "detail": "binder ( hG : IsUnit ( sourcePinCovarianceAt L r ) ) is neither a sampled numeric type (\u2115 \u2124 \u211a \u211d) nor a decidable hypothesis", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "SourceEndpointRegression.lean::I4SourceEndpointRegression.sourceConfluentPinsAt_eq": { + "module": "SourceEndpointRegression.lean", + "name": "I4SourceEndpointRegression.sourceConfluentPinsAt_eq", + "status": "UNSUPPORTED", + "detail": "sourceConfluentPinsAt applied to 2 of 3 arguments", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "SourceEndpointRegression.lean::I4SourceEndpointRegression.endpointObservationMap_actual": { + "module": "SourceEndpointRegression.lean", + "name": "I4SourceEndpointRegression.endpointObservationMap_actual", + "status": "UNSUPPORTED", + "detail": "binder ( \u03c9 : SmoothSample 2 L ) is neither a sampled numeric type (\u2115 \u2124 \u211a \u211d) nor a decidable hypothesis", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "SourceEndpointRegression.lean::I4SourceEndpointRegression.sourcePins_adjusted_hasGaussianLaw": { + "module": "SourceEndpointRegression.lean", + "name": "I4SourceEndpointRegression.sourcePins_adjusted_hasGaussianLaw", + "status": "UNSUPPORTED", + "detail": "proposition of form App", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "SourceEndpointRegression.lean::I4SourceEndpointRegression.sourceRegressionMapAt_apply": { + "module": "SourceEndpointRegression.lean", + "name": "I4SourceEndpointRegression.sourceRegressionMapAt_apply", + "status": "UNSUPPORTED", + "detail": "unsupported syntax: notation '\u1d65'", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "SourceEndpointRegression.lean::I4SourceEndpointRegression.sourceRegressionMapAt_single": { + "module": "SourceEndpointRegression.lean", + "name": "I4SourceEndpointRegression.sourceRegressionMapAt_single", + "status": "UNSUPPORTED", + "detail": "result type ( Fin 6 \u2192 \u211d ) \u2192 L [ \u211d ] ( Fin 6 \u2192 \u211d )", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "SourceEndpointRegression.lean::I4SourceEndpointRegression.sourceRegression_normal_equations": { + "module": "SourceEndpointRegression.lean", + "name": "I4SourceEndpointRegression.sourceRegression_normal_equations", + "status": "UNSUPPORTED", + "detail": "binder ( hG : IsUnit ( sourcePinCovarianceAt L r ) ) is neither a sampled numeric type (\u2115 \u2124 \u211a \u211d) nor a decidable hypothesis", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "SourceEndpointRegression.lean::I4SourceEndpointRegression.sourceEndpointKernel_markov": { + "module": "SourceEndpointRegression.lean", + "name": "I4SourceEndpointRegression.sourceEndpointKernel_markov", + "status": "UNSUPPORTED", + "detail": "proposition of form App", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "SourceEndpointRegression.lean::I4SourceEndpointRegression.sourceEndpointKernel_measurable": { + "module": "SourceEndpointRegression.lean", + "name": "I4SourceEndpointRegression.sourceEndpointKernel_measurable", + "status": "UNSUPPORTED", + "detail": "conclusion is a structural predicate ['Measurable']: trivial on finite discrete models (every set is measurable, every function measurable and integrable), so sampling has no content here", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "SourceEndpointRegression.lean::I4SourceEndpointRegression.sourceEndpointKernel_apply": { + "module": "SourceEndpointRegression.lean", + "name": "I4SourceEndpointRegression.sourceEndpointKernel_apply", + "status": "UNSUPPORTED", + "detail": "result type Kernel ( Fin 6 \u2192 \u211d ) ( Fin 6 \u2192 \u211d )", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "SourceEndpointRegression.lean::I4SourceEndpointRegression.sourceEndpointKernel_hasCondDistrib": { + "module": "SourceEndpointRegression.lean", + "name": "I4SourceEndpointRegression.sourceEndpointKernel_hasCondDistrib", + "status": "UNSUPPORTED", + "detail": "binder ( hG : IsUnit ( sourcePinCovarianceAt L r ) ) is neither a sampled numeric type (\u2115 \u2124 \u211a \u211d) nor a decidable hypothesis", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "SourceEndpointRegression.lean::I4SourceEndpointRegression.sourceEndpointKernel_spec": { + "module": "SourceEndpointRegression.lean", + "name": "I4SourceEndpointRegression.sourceEndpointKernel_spec", + "status": "UNSUPPORTED", + "detail": "binder ( hG : IsUnit ( sourcePinCovarianceAt L r ) ) is neither a sampled numeric type (\u2115 \u2124 \u211a \u211d) nor a decidable hypothesis", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "SourceEndpointRegression.lean::I4SourceEndpointRegression.sourceAdjustedEndpoints_on_pin_fiber": { + "module": "SourceEndpointRegression.lean", + "name": "I4SourceEndpointRegression.sourceAdjustedEndpoints_on_pin_fiber", + "status": "UNSUPPORTED", + "detail": "binder ( \u03c9 : SmoothSample 2 L ) is neither a sampled numeric type (\u2115 \u2124 \u211a \u211d) nor a decidable hypothesis", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "SourceEndpointRegression.lean::I4SourceEndpointRegression.sourceAdjustedEndpoints_on_prescribed": { + "module": "SourceEndpointRegression.lean", + "name": "I4SourceEndpointRegression.sourceAdjustedEndpoints_on_prescribed", + "status": "UNSUPPORTED", + "detail": "binder ( \u03c9 : SmoothSample 2 L ) is neither a sampled numeric type (\u2115 \u2124 \u211a \u211d) nor a decidable hypothesis", + "instances": 0, + "vacuous": false, + "float_free": true + }, + 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"SourceFinitePinKernel.lean", + "name": "I4SourceFinitePinKernel.finitePairing_rowCombination", + "status": "UNSUPPORTED", + "detail": "binder ( c : Fin q \u2192 \u03b9 \u2192 \u211d ) is neither a sampled numeric type (\u2115 \u2124 \u211a \u211d) nor a decidable hypothesis", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "SourceFinitePinKernel.lean::I4SourceFinitePinKernel.coefficientGram_posDef_of_finite_kernel_rightInverse": { + "module": "SourceFinitePinKernel.lean", + "name": "I4SourceFinitePinKernel.coefficientGram_posDef_of_finite_kernel_rightInverse", + "status": "UNSUPPORTED", + "detail": "binder ( a : Fin p \u2192 \u03b9 \u2192 \u211d ) is neither a sampled numeric type (\u2115 \u2124 \u211a \u211d) nor a decidable hypothesis", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "SourceFinitePinKernel.lean::I4SourceFinitePinKernel.finiteShiftSample_val": { + "module": "SourceFinitePinKernel.lean", + "name": "I4SourceFinitePinKernel.finiteShiftSample_val", + "status": "UNSUPPORTED", + "detail": "binder ( v : SourceMode 2 \u2192 \u2080 \u211d ) is neither a sampled numeric type (\u2115 \u2124 \u211a \u211d) nor a decidable hypothesis", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "SourceFinitePinKernel.lean::I4SourceFinitePinKernel.rawPinCoefficient_weighted_summable": { + "module": "SourceFinitePinKernel.lean", + "name": "I4SourceFinitePinKernel.rawPinCoefficient_weighted_summable", + "status": "UNSUPPORTED", + "detail": "binder ( \u03c9 : SmoothSample 2 L ) is neither a sampled numeric type (\u2115 \u2124 \u211a \u211d) nor a decidable hypothesis", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "SourceFinitePinKernel.lean::I4SourceFinitePinKernel.finitePairing_hasSum": { + "module": "SourceFinitePinKernel.lean", + "name": "I4SourceFinitePinKernel.finitePairing_hasSum", + "status": "UNSUPPORTED", + "detail": "binder ( v : \u03b9 \u2192 \u2080 \u211d ) is neither a sampled numeric type (\u2115 \u2124 \u211a \u211d) nor a decidable hypothesis", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "SourceFinitePinKernel.lean::I4SourceFinitePinKernel.rawPins_finiteShiftSample": { + "module": "SourceFinitePinKernel.lean", + "name": "I4SourceFinitePinKernel.rawPins_finiteShiftSample", + "status": "UNSUPPORTED", + "detail": "binder ( v : SourceMode 2 \u2192 \u2080 \u211d ) is neither a sampled numeric type (\u2115 \u2124 \u211a \u211d) nor a decidable hypothesis", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "SourceFinitePinKernel.lean::I4SourceFinitePinKernel.rawPosteriorSample_finiteShiftSample": { + "module": "SourceFinitePinKernel.lean", + "name": "I4SourceFinitePinKernel.rawPosteriorSample_finiteShiftSample", + "status": "UNSUPPORTED", + "detail": "binder ( v : SourceMode 2 \u2192 \u2080 \u211d ) is neither a sampled numeric type (\u2115 \u2124 \u211a \u211d) nor a decidable hypothesis", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "SourceFiniteTrig.lean::I4SourceFiniteTrig.phase_spatial_sub": { + "module": "SourceFiniteTrig.lean", + "name": "I4SourceFiniteTrig.phase_spatial_sub", + "status": "UNSUPPORTED", + "detail": "the enclosures to 256 bits did not decide 1011 of the sampled instances (21 decided, all held): sampling cannot corroborate the statement", + "instances": 21, + "vacuous": false, + "float_free": true, + "sampling": { + "seed": 1, + "draws": 1032, + "accepted": 21, + "rejected": 0, + "infeasible": 0, + "undecided": 1011 + } + }, + "SourceFiniteTrig.lean::I4SourceFiniteTrig.phase_frequency_sub": { + "module": "SourceFiniteTrig.lean", + "name": "I4SourceFiniteTrig.phase_frequency_sub", + "status": "UNSUPPORTED", + "detail": "the enclosures to 256 bits did not decide 1011 of the sampled instances (21 decided, all held): sampling cannot corroborate the statement", + "instances": 21, + "vacuous": false, + "float_free": true, + "sampling": { + "seed": 1, + "draws": 1032, + "accepted": 21, + "rejected": 0, + "infeasible": 0, + "undecided": 1011 + } + }, + "SourceFiniteTrig.lean::I4SourceFiniteTrig.phase_frequency_add": { + "module": "SourceFiniteTrig.lean", + "name": "I4SourceFiniteTrig.phase_frequency_add", + "status": "UNSUPPORTED", + "detail": "the enclosures to 256 bits did not decide 1011 of the sampled instances (21 decided, all held): sampling cannot corroborate the statement", + "instances": 21, + "vacuous": false, + "float_free": true, + "sampling": { + "seed": 1, + "draws": 1032, + "accepted": 21, + "rejected": 0, + "infeasible": 0, + "undecided": 1011 + } + }, + "SourceFiniteTrig.lean::I4SourceFiniteTrig.eval_cons": { + "module": "SourceFiniteTrig.lean", + "name": "I4SourceFiniteTrig.eval_cons", + "status": "UNSUPPORTED", + "detail": "binder ( t : TrigTerm ) is neither a sampled numeric type (\u2115 \u2124 \u211a \u211d) nor a decidable hypothesis", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "SourceFiniteTrig.lean::I4SourceFiniteTrig.eval_constant": { + "module": "SourceFiniteTrig.lean", + "name": "I4SourceFiniteTrig.eval_constant", + "status": "UNSUPPORTED", + "detail": "result type TrigPoly", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "SourceFiniteTrig.lean::I4SourceFiniteTrig.eval_append": { + "module": "SourceFiniteTrig.lean", + "name": "I4SourceFiniteTrig.eval_append", + "status": "UNSUPPORTED", + "detail": "binder ( p q : TrigPoly ) is neither a sampled numeric type (\u2115 \u2124 \u211a \u211d) nor a decidable hypothesis", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "SourceFiniteTrig.lean::I4SourceFiniteTrig.eval_scale": { + "module": "SourceFiniteTrig.lean", + "name": "I4SourceFiniteTrig.eval_scale", + "status": "UNSUPPORTED", + "detail": "binder ( p : TrigPoly ) is neither a sampled numeric type (\u2115 \u2124 \u211a \u211d) nor a decidable hypothesis", + "instances": 0, + "vacuous": false, + "float_free": true + }, + 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(\u2115 \u2124 \u211a \u211d) nor a decidable hypothesis", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "SourceFiniteTrig.lean::I4SourceFiniteTrig.eval_mul": { + "module": "SourceFiniteTrig.lean", + "name": "I4SourceFiniteTrig.eval_mul", + "status": "UNSUPPORTED", + "detail": "binder ( p q : TrigPoly ) is neither a sampled numeric type (\u2115 \u2124 \u211a \u211d) nor a decidable hypothesis", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "SourceFiniteTrig.lean::I4SourceFiniteTrig.atom_amplitude_pos": { + "module": "SourceFiniteTrig.lean", + "name": "I4SourceFiniteTrig.atom_amplitude_pos", + "status": "UNSUPPORTED", + "detail": "binder ( m : SourceMode 2 ) is neither a sampled numeric type (\u2115 \u2124 \u211a \u211d) nor a decidable hypothesis", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "SourceFiniteTrig.lean::I4SourceFiniteTrig.atom_pairing_single": { + "module": "SourceFiniteTrig.lean", + "name": "I4SourceFiniteTrig.atom_pairing_single", + "status": "UNSUPPORTED", + "detail": "binder ( a : SourceMode 2 \u2192 \u211d ) is neither a sampled numeric type (\u2115 \u2124 \u211a \u211d) nor a decidable hypothesis", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "SourceFiniteTrig.lean::I4SourceFiniteTrig.atom_pairing_add": { + "module": "SourceFiniteTrig.lean", + "name": "I4SourceFiniteTrig.atom_pairing_add", + "status": "UNSUPPORTED", + "detail": "binder ( a : SourceMode 2 \u2192 \u211d ) is neither a sampled numeric type (\u2115 \u2124 \u211a \u211d) nor a decidable hypothesis", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "SourceFiniteTrig.lean::I4SourceFiniteTrig.atom_pairing_pair": { + "module": "SourceFiniteTrig.lean", + "name": "I4SourceFiniteTrig.atom_pairing_pair", + "status": "UNSUPPORTED", + "detail": "binder ( k : \u21a5 ( halfLattice 2 ) ) is neither a sampled numeric type (\u2115 \u2124 \u211a \u211d) nor a decidable hypothesis", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "SourceFiniteTrig.lean::I4SourceFiniteTrig.atom_phase_neg": { + "module": "SourceFiniteTrig.lean", + "name": "I4SourceFiniteTrig.atom_phase_neg", + "status": "UNSUPPORTED", + "detail": "the enclosures to 256 bits did not decide 1006 of the sampled instances (26 decided, all held): sampling cannot corroborate the statement", + "instances": 26, + "vacuous": false, + "float_free": true, + "sampling": { + "seed": 1, + "draws": 1032, + "accepted": 26, + "rejected": 0, + "infeasible": 0, + "undecided": 1006 + } + }, + "SourceFiniteTrig.lean::I4SourceFiniteTrig.atomSource_pairing": { + "module": "SourceFiniteTrig.lean", + "name": "I4SourceFiniteTrig.atomSource_pairing", + "status": "UNSUPPORTED", + "detail": "a measure, set or function value without a finite model in force", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "SourceFiniteTrig.lean::I4SourceFiniteTrig.pairing_eq_linearCombination": { + "module": "SourceFiniteTrig.lean", + "name": "I4SourceFiniteTrig.pairing_eq_linearCombination", + "status": "UNSUPPORTED", + "detail": "binder ( v : \u03b9 \u2192 \u2080 \u211d ) is neither a sampled numeric type (\u2115 \u2124 \u211a \u211d) nor a decidable hypothesis", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "SourceFiniteTrig.lean::I4SourceFiniteTrig.toSource_eval": { + "module": "SourceFiniteTrig.lean", + "name": "I4SourceFiniteTrig.toSource_eval", + "status": "UNSUPPORTED", + "detail": "binder ( p : TrigPoly ) is neither a sampled numeric type (\u2115 \u2124 \u211a \u211d) nor a decidable hypothesis", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "SourceFiniteTrig.lean::I4SourceFiniteTrig.scalarSeries_finitePairing": { + "module": "SourceFiniteTrig.lean", + "name": "I4SourceFiniteTrig.scalarSeries_finitePairing", + "status": "UNSUPPORTED", + "detail": "binder ( v : \u03b9 \u2192 \u2080 \u211d ) is neither a sampled numeric type (\u2115 \u2124 \u211a \u211d) nor a decidable hypothesis", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "SourceFiniteTrig.lean::I4SourceFiniteTrig.representedSample_val": { + "module": "SourceFiniteTrig.lean", + "name": "I4SourceFiniteTrig.representedSample_val", + "status": "UNSUPPORTED", + "detail": "binder ( p : TrigPoly ) is neither a sampled numeric type (\u2115 \u2124 \u211a \u211d) nor a decidable hypothesis", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "SourceFiniteTrig.lean::I4SourceFiniteTrig.representedSample_field": { + "module": "SourceFiniteTrig.lean", + "name": "I4SourceFiniteTrig.representedSample_field", + "status": "UNSUPPORTED", + "detail": "binder ( p : TrigPoly ) is neither a sampled numeric type (\u2115 \u2124 \u211a \u211d) nor a decidable hypothesis", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "SourceFiniteTrig.lean::I4SourceFiniteTrig.toSource_derivative": { + "module": "SourceFiniteTrig.lean", + "name": "I4SourceFiniteTrig.toSource_derivative", + "status": "UNSUPPORTED", + "detail": "binder ( p : TrigPoly ) is neither a sampled numeric type (\u2115 \u2124 \u211a \u211d) nor a decidable hypothesis", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "SourceFoldWeightedProbability.lean::SourceFoldWeightedProbability.sourceScale_pos": { + "module": "SourceFoldWeightedProbability.lean", + "name": "SourceFoldWeightedProbability.sourceScale_pos", + "status": "CORROBORATED", + "detail": "holds on 64 sampled instances satisfying the hypotheses (0 draws rejected by the hypotheses, 0 infeasible, seed 1): sampling is admitted evidence of the statement, not a proof of it", + "instances": 64, + "vacuous": false, + "float_free": true, + "sampling": { + "seed": 1, + "draws": 107, + "accepted": 64, + "rejected": 0, + "infeasible": 0, + "undecided": 0 + } + }, + "SourceFoldWeightedProbability.lean::SourceFoldWeightedProbability.sourceCutoffEps_pos": { + "module": "SourceFoldWeightedProbability.lean", + "name": "SourceFoldWeightedProbability.sourceCutoffEps_pos", + "status": "CORROBORATED", + "detail": "holds on 64 sampled instances satisfying the hypotheses (0 draws rejected by the hypotheses, 0 infeasible, seed 1): sampling is admitted evidence of the statement, not a proof of it", + "instances": 64, + "vacuous": false, + "float_free": true, + "sampling": { + "seed": 1, + "draws": 107, + "accepted": 64, + "rejected": 0, + "infeasible": 0, + "undecided": 0 + } + }, + "SourceFoldWeightedProbability.lean::SourceFoldWeightedProbability.sourceCutoffA_nonneg": { + "module": "SourceFoldWeightedProbability.lean", + "name": "SourceFoldWeightedProbability.sourceCutoffA_nonneg", + "status": "CORROBORATED", + "detail": "holds on 64 sampled instances satisfying the hypotheses (0 draws rejected by the hypotheses, 0 infeasible, seed 1): sampling is admitted evidence of the statement, not a proof of it", + "instances": 64, + "vacuous": false, + "float_free": true, + "sampling": { + "seed": 1, + "draws": 107, + "accepted": 64, + "rejected": 0, + "infeasible": 0, + "undecided": 0 + } + }, + "SourceFoldWeightedProbability.lean::SourceFoldWeightedProbability.sourceT_eq_scale": { + "module": "SourceFoldWeightedProbability.lean", + "name": "SourceFoldWeightedProbability.sourceT_eq_scale", + "status": "UNSUPPORTED", + "detail": "binder ( sample : SmoothSample 2 L ) is neither a sampled numeric type (\u2115 \u2124 \u211a \u211d) nor a decidable hypothesis", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "SourceFoldWeightedProbability.lean::SourceFoldWeightedProbability.sourceKappa_one_sixth": { + "module": "SourceFoldWeightedProbability.lean", + "name": "SourceFoldWeightedProbability.sourceKappa_one_sixth", + "status": "UNSUPPORTED", + "detail": "binder ( sample : SmoothSample 2 L ) is neither a sampled numeric type (\u2115 \u2124 \u211a \u211d) nor a decidable hypothesis", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "SourceFoldWeightedProbability.lean::SourceFoldWeightedProbability.sourceT_measurable": { + "module": "SourceFoldWeightedProbability.lean", + "name": "SourceFoldWeightedProbability.sourceT_measurable", + "status": "UNSUPPORTED", + "detail": "conclusion is a structural predicate ['Measurable']: trivial on finite discrete models (every set is measurable, every function measurable and integrable), so sampling has no content here", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "SourceFoldWeightedProbability.lean::SourceFoldWeightedProbability.sourceKappa_measurable": { + "module": "SourceFoldWeightedProbability.lean", + "name": "SourceFoldWeightedProbability.sourceKappa_measurable", + "status": "UNSUPPORTED", + "detail": "conclusion is a structural predicate ['Measurable']: trivial on finite discrete models (every set is measurable, every function measurable and integrable), so sampling has no content here", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "SourceFoldWeightedProbability.lean::SourceFoldWeightedProbability.sourceFoldGood_measurable": { + "module": "SourceFoldWeightedProbability.lean", + "name": "SourceFoldWeightedProbability.sourceFoldGood_measurable", + "status": "UNSUPPORTED", + "detail": "conclusion is a structural predicate ['MeasurableSet']: trivial on finite discrete models (every set is measurable, every function measurable and integrable), so sampling has no content here", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "SourceFoldWeightedProbability.lean::SourceFoldWeightedProbability.cutoff_failure_inclusion": { + "module": "SourceFoldWeightedProbability.lean", + "name": "SourceFoldWeightedProbability.cutoff_failure_inclusion", + "status": "CORROBORATED", + "detail": "holds on 64 sampled instances satisfying the hypotheses (16 draws rejected by the hypotheses, 0 infeasible, seed 1): sampling is admitted evidence of the statement, not a proof of it", + "instances": 64, + "vacuous": false, + "float_free": true, + "sampling": { + "seed": 1, + "draws": 64, + "accepted": 64, + "rejected": 16, + "infeasible": 0, + "undecided": 0 + } + }, + "SourceFoldWeightedProbability.lean::SourceFoldWeightedProbability.sourceFoldGood_compl_subset": { + "module": "SourceFoldWeightedProbability.lean", + "name": "SourceFoldWeightedProbability.sourceFoldGood_compl_subset", + "status": "UNSUPPORTED", + "detail": "result type Set ( SmoothSample 2 L )", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "SourceFoldWeightedProbability.lean::SourceFoldWeightedProbability.sourceFoldWeightedLaw_eq": { + "module": "SourceFoldWeightedProbability.lean", + "name": "SourceFoldWeightedProbability.sourceFoldWeightedLaw_eq", + "status": "UNSUPPORTED", + "detail": "result type Measure ( SmoothSample 2 L )", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "SourceFoldWeightedProbability.lean::SourceFoldWeightedProbability.sourceFoldWeightedLaw_absolutelyContinuous": { + "module": "SourceFoldWeightedProbability.lean", + "name": "SourceFoldWeightedProbability.sourceFoldWeightedLaw_absolutelyContinuous", + "status": "UNSUPPORTED", + "detail": "result type Measure ( SmoothSample 2 L )", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "SourceFoldWeightedProbability.lean::SourceFoldWeightedProbability.sourceFoldWeightedProbability_bound": { + "module": "SourceFoldWeightedProbability.lean", + "name": "SourceFoldWeightedProbability.sourceFoldWeightedProbability_bound", + "status": "UNSUPPORTED", + "detail": "unsupported syntax: existential quantifier", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "SourceFoldWeightedProbability.lean::SourceFoldWeightedProbability.sourceFoldWeightedProbability_h0": { + "module": "SourceFoldWeightedProbability.lean", + "name": "SourceFoldWeightedProbability.sourceFoldWeightedProbability_h0", + "status": "UNSUPPORTED", + "detail": "unsupported syntax: existential quantifier", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "SourceFramedConfluentCovariance.lean::I4SourceFramedConfluentCovariance.envelope_nonneg": { + "module": "SourceFramedConfluentCovariance.lean", + "name": "I4SourceFramedConfluentCovariance.envelope_nonneg", + "status": "UNSUPPORTED", + "detail": "binder ( m : SourceMode 2 ) is neither a sampled numeric type (\u2115 \u2124 \u211a \u211d) nor a decidable hypothesis", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "SourceFramedConfluentCovariance.lean::I4SourceFramedConfluentCovariance.envelope_summable": { + "module": "SourceFramedConfluentCovariance.lean", + "name": "I4SourceFramedConfluentCovariance.envelope_summable", + "status": "UNSUPPORTED", + "detail": "proposition of form App", + "instances": 0, + "vacuous": false, + "float_free": true + }, + 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\u211d) nor a decidable hypothesis", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "SourceFramedConfluentCovariance.lean::I4SourceFramedConfluentCovariance.average_abs_le": { + "module": "SourceFramedConfluentCovariance.lean", + "name": "I4SourceFramedConfluentCovariance.average_abs_le", + "status": "CORROBORATED", + "detail": "holds on 64 sampled instances satisfying the hypotheses (3 draws rejected by the hypotheses, 0 infeasible, seed 1): sampling is admitted evidence of the statement, not a proof of it", + "instances": 64, + "vacuous": false, + "float_free": true, + "sampling": { + "seed": 1, + "draws": 64, + "accepted": 64, + "rejected": 3, + "infeasible": 0, + "undecided": 0 + } + }, + "SourceFramedConfluentCovariance.lean::I4SourceFramedConfluentCovariance.unit_interval_abs_le": { + "module": "SourceFramedConfluentCovariance.lean", + "name": "I4SourceFramedConfluentCovariance.unit_interval_abs_le", + "status": "UNSUPPORTED", + "detail": "binder ( g : \u211d \u2192 \u211d ) is neither a sampled numeric type (\u2115 \u2124 \u211a \u211d) nor a decidable hypothesis", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "SourceFramedConfluentCovariance.lean::I4SourceFramedConfluentCovariance.peano_interval_abs_le": { + "module": "SourceFramedConfluentCovariance.lean", + "name": "I4SourceFramedConfluentCovariance.peano_interval_abs_le", + "status": "UNSUPPORTED", + "detail": "binder ( g : \u211d \u2192 \u211d ) is neither a sampled numeric type (\u2115 \u2124 \u211a \u211d) nor a decidable hypothesis", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "SourceFramedConfluentCovariance.lean::I4SourceFramedConfluentCovariance.pairCoefficient_bound": { + "module": "SourceFramedConfluentCovariance.lean", + "name": "I4SourceFramedConfluentCovariance.pairCoefficient_bound", + "status": "UNSUPPORTED", + "detail": "binder ( z e n : E 2 ) is neither a sampled numeric type (\u2115 \u2124 \u211a \u211d) nor a decidable hypothesis", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "SourceFramedConfluentCovariance.lean::I4SourceFramedConfluentCovariance.coefficient_summable": { + "module": "SourceFramedConfluentCovariance.lean", + "name": "I4SourceFramedConfluentCovariance.coefficient_summable", + "status": "UNSUPPORTED", + "detail": "binder ( z : E 2 ) is neither a sampled numeric type (\u2115 \u2124 \u211a \u211d) nor a decidable hypothesis", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "SourceFramedConfluentCovariance.lean::I4SourceFramedConfluentCovariance.vector_hasGaussianLaw": { + "module": "SourceFramedConfluentCovariance.lean", + "name": "I4SourceFramedConfluentCovariance.vector_hasGaussianLaw", + "status": "UNSUPPORTED", + "detail": "binder ( z : E 2 ) is neither a sampled numeric type (\u2115 \u2124 \u211a \u211d) nor a decidable hypothesis", + "instances": 0, + "vacuous": false, + "float_free": true + }, + 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"SourceFramedConfluentCovariance.lean", + "name": "I4SourceFramedConfluentCovariance.coefficient_contact", + "status": "UNSUPPORTED", + "detail": "binder ( z : E 2 ) is neither a sampled numeric type (\u2115 \u2124 \u211a \u211d) nor a decidable hypothesis", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "SourceFramedConfluentCovariance.lean::I4SourceFramedConfluentCovariance.physical_derivative": { + "module": "SourceFramedConfluentCovariance.lean", + "name": "I4SourceFramedConfluentCovariance.physical_derivative", + "status": "UNSUPPORTED", + "detail": "binder ( \u03c9 : SmoothSample 2 L ) is neither a sampled numeric type (\u2115 \u2124 \u211a \u211d) nor a decidable hypothesis", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "SourceFramedConfluentCovariance.lean::I4SourceFramedConfluentCovariance.derivative_peano_series": { + "module": "SourceFramedConfluentCovariance.lean", + "name": "I4SourceFramedConfluentCovariance.derivative_peano_series", 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numeric type (\u2115 \u2124 \u211a \u211d) nor a decidable hypothesis", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "SourceFramedConfluentCovariance.lean::I4SourceFramedConfluentCovariance.peano_weight_bound": { + "module": "SourceFramedConfluentCovariance.lean", + "name": "I4SourceFramedConfluentCovariance.peano_weight_bound", + "status": "UNSUPPORTED", + "detail": "hypothesis ( ht : t \u2208 Ioc ( - 1 / 2 : \u211d ) ( 1 / 2 : \u211d ) ) mentions undeclared names ['Ioc']", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "SourceFramedConfluentCovariance.lean::I4SourceFramedConfluentCovariance.peanoRows_series": { + "module": "SourceFramedConfluentCovariance.lean", + "name": "I4SourceFramedConfluentCovariance.peanoRows_series", + "status": "UNSUPPORTED", + "detail": "binder ( \u03c9 : SmoothSample 2 L ) is neither a sampled numeric type (\u2115 \u2124 \u211a \u211d) nor a decidable hypothesis", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "SourceFramedConfluentCovariance.lean::I4SourceFramedConfluentCovariance.vector_peano": { + "module": "SourceFramedConfluentCovariance.lean", + "name": "I4SourceFramedConfluentCovariance.vector_peano", + "status": "UNSUPPORTED", + "detail": "binder ( z : E 2 ) is neither a sampled numeric type (\u2115 \u2124 \u211a \u211d) nor a decidable hypothesis", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "SourceFramedConfluentCovariance.lean::I4SourceFramedConfluentCovariance.mode_smooth": { + "module": "SourceFramedConfluentCovariance.lean", + "name": "I4SourceFramedConfluentCovariance.mode_smooth", + "status": "UNSUPPORTED", + "detail": "binder ( m : SourceMode 2 ) is neither a sampled numeric type (\u2115 \u2124 \u211a \u211d) nor a decidable hypothesis", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "SourceFramedConfluentCovariance.lean::I4SourceFramedConfluentCovariance.ct58_pair_lc": { + "module": "SourceFramedConfluentCovariance.lean", + "name": "I4SourceFramedConfluentCovariance.ct58_pair_lc", + "status": "UNSUPPORTED", + "detail": "binder ( a : SourceMode 2 \u2192 \u211d ) is neither a sampled numeric type (\u2115 \u2124 \u211a \u211d) nor a decidable hypothesis", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "SourceFramedConfluentCovariance.lean::I4SourceFramedConfluentCovariance.ct58_pair_direction_sum": { + "module": "SourceFramedConfluentCovariance.lean", + "name": "I4SourceFramedConfluentCovariance.ct58_pair_direction_sum", + "status": "UNSUPPORTED", + "detail": "binder ( a : SourceMode 2 \u2192 \u211d ) is neither a sampled numeric type (\u2115 \u2124 \u211a \u211d) nor a decidable hypothesis", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "SourceFramedConfluentCovariance.lean::I4SourceFramedConfluentCovariance.ct58_pair_direction_add_smul": { + "module": "SourceFramedConfluentCovariance.lean", + "name": "I4SourceFramedConfluentCovariance.ct58_pair_direction_add_smul", + "status": "UNSUPPORTED", + "detail": "binder ( a : SourceMode 2 \u2192 \u211d ) is neither a sampled numeric type (\u2115 \u2124 \u211a \u211d) nor a decidable hypothesis", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "SourceFramedConfluentCovariance.lean::I4SourceFramedConfluentCovariance.ct58_pair_row_add": { + "module": "SourceFramedConfluentCovariance.lean", + "name": "I4SourceFramedConfluentCovariance.ct58_pair_row_add", + "status": "UNSUPPORTED", + "detail": "binder ( a b : SourceMode 2 \u2192 \u211d ) is neither a sampled numeric type (\u2115 \u2124 \u211a \u211d) nor a decidable hypothesis", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "SourceFramedConfluentCovariance.lean::I4SourceFramedConfluentCovariance.ct58_pair_row_scale": { + "module": "SourceFramedConfluentCovariance.lean", + "name": "I4SourceFramedConfluentCovariance.ct58_pair_row_scale", + "status": "UNSUPPORTED", + "detail": "binder ( a : SourceMode 2 \u2192 \u211d ) is neither a sampled numeric type (\u2115 \u2124 \u211a \u211d) nor a decidable hypothesis", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "SourceFramedConfluentCovariance.lean::I4SourceFramedConfluentCovariance.ct58_ifd_scale": { + "module": "SourceFramedConfluentCovariance.lean", + "name": "I4SourceFramedConfluentCovariance.ct58_ifd_scale", + "status": "UNSUPPORTED", + "detail": "binder ( f : ( Fin 2 \u2192 \u211d ) \u2192 \u211d ) is neither a sampled numeric type (\u2115 \u2124 \u211a \u211d) nor a decidable hypothesis", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "SourceFramedConfluentCovariance.lean::I4SourceFramedConfluentCovariance.ct58_ifd_add": { + "module": "SourceFramedConfluentCovariance.lean", + "name": "I4SourceFramedConfluentCovariance.ct58_ifd_add", + "status": "UNSUPPORTED", + "detail": "binder ( f g : ( Fin 2 \u2192 \u211d ) \u2192 \u211d ) is neither a sampled numeric type (\u2115 \u2124 \u211a \u211d) nor a decidable hypothesis", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "SourceFramedConfluentCovariance.lean::I4SourceFramedConfluentCovariance.ct58_jet2_scale": { + "module": "SourceFramedConfluentCovariance.lean", + "name": "I4SourceFramedConfluentCovariance.ct58_jet2_scale", + "status": "UNSUPPORTED", + "detail": "binder ( f : ( Fin 2 \u2192 \u211d ) \u2192 \u211d ) is neither a sampled numeric type (\u2115 \u2124 \u211a \u211d) nor a decidable hypothesis", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "SourceFramedConfluentCovariance.lean::I4SourceFramedConfluentCovariance.ct58_eval_smooth": { + "module": "SourceFramedConfluentCovariance.lean", + "name": "I4SourceFramedConfluentCovariance.ct58_eval_smooth", + "status": "UNSUPPORTED", + "detail": "binder ( P : TrigPoly ) is neither a sampled numeric type (\u2115 \u2124 \u211a \u211d) nor a decidable hypothesis", + "instances": 0, + "vacuous": false, + "float_free": true + }, + 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"vacuous": false, + "float_free": true + }, + "SourceFramedConfluentCovariance.lean::I4SourceFramedConfluentCovariance.ct58_pair_ordinary": { + "module": "SourceFramedConfluentCovariance.lean", + "name": "I4SourceFramedConfluentCovariance.ct58_pair_ordinary", + "status": "UNSUPPORTED", + "detail": "binder ( P : TrigPoly ) is neither a sampled numeric type (\u2115 \u2124 \u211a \u211d) nor a decidable hypothesis", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "SourceFramedConfluentCovariance.lean::I4SourceFramedConfluentCovariance.ct58_ordinary_finite_interpolation": { + "module": "SourceFramedConfluentCovariance.lean", + "name": "I4SourceFramedConfluentCovariance.ct58_ordinary_finite_interpolation", + "status": "UNSUPPORTED", + "detail": "unsupported syntax: existential quantifier", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "SourceFramedConfluentCovariance.lean::I4SourceFramedConfluentCovariance.ct58_linear_coordinates": { + "module": "SourceFramedConfluentCovariance.lean", + "name": "I4SourceFramedConfluentCovariance.ct58_linear_coordinates", + "status": "UNSUPPORTED", + "detail": "binder ( A : ( Fin 2 \u2192 \u211d ) \u2192 L [ \u211d ] \u211d ) is neither a sampled numeric type (\u2115 \u2124 \u211a \u211d) nor a decidable hypothesis", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "SourceFramedConfluentCovariance.lean::I4SourceFramedConfluentCovariance.ct58_second_coordinates": { + "module": "SourceFramedConfluentCovariance.lean", + "name": "I4SourceFramedConfluentCovariance.ct58_second_coordinates", + "status": "UNSUPPORTED", + "detail": "binder ( f : ( Fin 2 \u2192 \u211d ) \u2192 \u211d ) is neither a sampled numeric type (\u2115 \u2124 \u211a \u211d) nor a decidable hypothesis", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "SourceFramedConfluentCovariance.lean::I4SourceFramedConfluentCovariance.ct58_contact_lower_formula": { + "module": "SourceFramedConfluentCovariance.lean", + "name": "I4SourceFramedConfluentCovariance.ct58_contact_lower_formula", + "status": "UNSUPPORTED", + "detail": "binder ( f : ( Fin 2 \u2192 \u211d ) \u2192 \u211d ) is neither a sampled numeric type (\u2115 \u2124 \u211a \u211d) nor a decidable hypothesis", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "SourceFramedConfluentCovariance.lean::I4SourceFramedConfluentCovariance.ct58_pair_lower": { + "module": "SourceFramedConfluentCovariance.lean", + "name": "I4SourceFramedConfluentCovariance.ct58_pair_lower", + "status": "UNSUPPORTED", + "detail": "binder ( v : SourceMode 2 \u2192 \u2080 \u211d ) is neither a sampled numeric type (\u2115 \u2124 \u211a \u211d) nor a decidable hypothesis", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "SourceFramedConfluentCovariance.lean::I4SourceFramedConfluentCovariance.ct58_lower_inverse": { + "module": "SourceFramedConfluentCovariance.lean", + "name": "I4SourceFramedConfluentCovariance.ct58_lower_inverse", + "status": "CORROBORATED", + "detail": "holds on 1 sampled instances satisfying the hypotheses (1031 draws rejected by the hypotheses, 0 infeasible, seed 1): sampling is admitted evidence of the statement, not a proof of it \u2014 WEAK: only 1 instances, the hypotheses are hard to hit by sampling", + "instances": 1, + "vacuous": false, + "float_free": true, + "sampling": { + "seed": 1, + "draws": 1, + "accepted": 1, + "rejected": 1031, + "infeasible": 0, + "undecided": 0, + "weak": true + } + }, + "SourceFramedConfluentCovariance.lean::I4SourceFramedConfluentCovariance.ct58_frame_block_determinants": { + "module": "SourceFramedConfluentCovariance.lean", + "name": "I4SourceFramedConfluentCovariance.ct58_frame_block_determinants", + "status": "UNSUPPORTED", + "detail": "unparsed statement: SyntaxError: trailing tokens from ')'", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "SourceFramedConfluentCovariance.lean::I4SourceFramedConfluentCovariance.ct58_frame_coordinates": { + "module": "SourceFramedConfluentCovariance.lean", + "name": "I4SourceFramedConfluentCovariance.ct58_frame_coordinates", + "status": "UNSUPPORTED", + "detail": "binder ( R : OrthonormalBasis ( Fin 2 ) \u211d ( E 2 ) ) is neither a sampled numeric type (\u2115 \u2124 \u211a \u211d) nor a decidable hypothesis", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "SourceFramedConfluentCovariance.lean::I4SourceFramedConfluentCovariance.ct58_frame_delta_four": { + "module": "SourceFramedConfluentCovariance.lean", + "name": "I4SourceFramedConfluentCovariance.ct58_frame_delta_four", + "status": "CORROBORATED", + "detail": "holds on 1 sampled instances satisfying the hypotheses (1031 draws rejected by the hypotheses, 0 infeasible, seed 1): sampling is admitted evidence of the statement, not a proof of it \u2014 WEAK: only 1 instances, the hypotheses are hard to hit by sampling", + "instances": 1, + "vacuous": false, + "float_free": true, + "sampling": { + "seed": 1, + "draws": 1, + "accepted": 1, + "rejected": 1031, + "infeasible": 0, + "undecided": 0, + "weak": true + } + }, + "SourceFramedConfluentCovariance.lean::I4SourceFramedConfluentCovariance.ct58_shifted_sine_third": { + "module": "SourceFramedConfluentCovariance.lean", + "name": "I4SourceFramedConfluentCovariance.ct58_shifted_sine_third", + "status": "UNSUPPORTED", + "detail": "unknown function iteratedDeriv", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "SourceFramedConfluentCovariance.lean::I4SourceFramedConfluentCovariance.ct58_axis_sine_third": { + "module": "SourceFramedConfluentCovariance.lean", + "name": "I4SourceFramedConfluentCovariance.ct58_axis_sine_third", + "status": "UNSUPPORTED", + "detail": "unknown function iteratedFDeriv", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "SourceFramedConfluentCovariance.lean::I4SourceFramedConfluentCovariance.ct58_axisGerm_value": { + "module": "SourceFramedConfluentCovariance.lean", + "name": "I4SourceFramedConfluentCovariance.ct58_axisGerm_value", + "status": "UNSUPPORTED", + "detail": "the enclosures to 256 bits did not decide 917 of the sampled instances (39 decided, all held): sampling cannot corroborate the statement", + "instances": 39, + "vacuous": false, + "float_free": true, + "sampling": { + "seed": 1, + "draws": 1032, + "accepted": 39, + "rejected": 0, + "infeasible": 76, + "undecided": 917 + } + }, + "SourceFramedConfluentCovariance.lean::I4SourceFramedConfluentCovariance.ct58_cubePoly_eval": { + "module": "SourceFramedConfluentCovariance.lean", + "name": "I4SourceFramedConfluentCovariance.ct58_cubePoly_eval", + "status": "UNSUPPORTED", + "detail": "result type TrigPoly", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "SourceFramedConfluentCovariance.lean::I4SourceFramedConfluentCovariance.ct58_cube_lower_zero": { + "module": "SourceFramedConfluentCovariance.lean", + "name": "I4SourceFramedConfluentCovariance.ct58_cube_lower_zero", + "status": "UNSUPPORTED", + "detail": "eval applied to 2 of 3 arguments", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "SourceFramedConfluentCovariance.lean::I4SourceFramedConfluentCovariance.ct58_cube_third_one": { + "module": "SourceFramedConfluentCovariance.lean", + "name": "I4SourceFramedConfluentCovariance.ct58_cube_third_one", + "status": "UNSUPPORTED", + "detail": "unknown function iteratedFDeriv", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "SourceFramedConfluentCovariance.lean::I4SourceFramedConfluentCovariance.ct58_contact_pair": { + "module": "SourceFramedConfluentCovariance.lean", + "name": "I4SourceFramedConfluentCovariance.ct58_contact_pair", + "status": "UNSUPPORTED", + "detail": "binder ( P : TrigPoly ) is neither a sampled numeric type (\u2115 \u2124 \u211a \u211d) nor a decidable hypothesis", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "SourceFramedConfluentCovariance.lean::I4SourceFramedConfluentCovariance.ct58_contact_target": { + "module": "SourceFramedConfluentCovariance.lean", + "name": "I4SourceFramedConfluentCovariance.ct58_contact_target", + "status": "UNSUPPORTED", + "detail": "unsupported syntax: existential quantifier", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "SourceFramedConfluentCovariance.lean::I4SourceFramedConfluentCovariance.contact_finite_directions": { + "module": "SourceFramedConfluentCovariance.lean", + "name": "I4SourceFramedConfluentCovariance.contact_finite_directions", + "status": "UNSUPPORTED", + "detail": "binder ( z : E 2 ) is neither a sampled numeric type (\u2115 \u2124 \u211a \u211d) nor a decidable hypothesis", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "SourceFramedConfluentCovariance.lean::I4SourceFramedConfluentCovariance.peanoCurve_iteratedDeriv": { + "module": "SourceFramedConfluentCovariance.lean", + "name": "I4SourceFramedConfluentCovariance.peanoCurve_iteratedDeriv", + "status": "UNSUPPORTED", + "detail": "binder ( f : ( Fin 2 \u2192 \u211d ) \u2192 \u211d ) is neither a sampled numeric type (\u2115 \u2124 \u211a \u211d) nor a decidable hypothesis", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "SourceFramedConfluentCovariance.lean::I4SourceFramedConfluentCovariance.peanoCurve_deriv": { + "module": "SourceFramedConfluentCovariance.lean", + "name": "I4SourceFramedConfluentCovariance.peanoCurve_deriv", + "status": "UNSUPPORTED", + "detail": "binder ( f : ( Fin 2 \u2192 \u211d ) \u2192 \u211d ) is neither a sampled numeric type (\u2115 \u2124 \u211a \u211d) nor a decidable hypothesis", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "SourceFramedConfluentCovariance.lean::I4SourceFramedConfluentCovariance.peanoCurve_transverse_iteratedDeriv": { + "module": "SourceFramedConfluentCovariance.lean", + "name": "I4SourceFramedConfluentCovariance.peanoCurve_transverse_iteratedDeriv", + "status": "UNSUPPORTED", + "detail": "binder ( f : ( Fin 2 \u2192 \u211d ) \u2192 \u211d ) is neither a sampled numeric type (\u2115 \u2124 \u211a \u211d) nor a decidable hypothesis", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "SourceFramedConfluentCovariance.lean::I4SourceFramedConfluentCovariance.peanoRows_confluent": { + "module": "SourceFramedConfluentCovariance.lean", + "name": "I4SourceFramedConfluentCovariance.peanoRows_confluent", + "status": "UNSUPPORTED", + "detail": "binder ( f : ( Fin 2 \u2192 \u211d ) \u2192 \u211d ) is neither a sampled numeric type (\u2115 \u2124 \u211a \u211d) nor a decidable hypothesis", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "SourceFramedConfluentCovariance.lean::I4SourceFramedConfluentCovariance.physical_first": { + "module": "SourceFramedConfluentCovariance.lean", + "name": "I4SourceFramedConfluentCovariance.physical_first", + "status": "UNSUPPORTED", + "detail": "binder ( \u03c9 : SmoothSample 2 L ) is neither a sampled numeric type (\u2115 \u2124 \u211a \u211d) nor a decidable hypothesis", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "SourceFramedConfluentCovariance.lean::I4SourceFramedConfluentCovariance.physical_second": { + "module": "SourceFramedConfluentCovariance.lean", + "name": "I4SourceFramedConfluentCovariance.physical_second", + "status": "UNSUPPORTED", + "detail": "binder ( \u03c9 : SmoothSample 2 L ) is neither a sampled numeric type (\u2115 \u2124 \u211a \u211d) nor a decidable hypothesis", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "SourceFramedConfluentCovariance.lean::I4SourceFramedConfluentCovariance.physical_third": { + "module": "SourceFramedConfluentCovariance.lean", + "name": "I4SourceFramedConfluentCovariance.physical_third", + "status": "UNSUPPORTED", + "detail": "binder ( \u03c9 : SmoothSample 2 L ) is neither a sampled numeric type (\u2115 \u2124 \u211a \u211d) nor a decidable hypothesis", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "SourceFramedConfluentCovariance.lean::I4SourceFramedConfluentCovariance.physical_contactRows": { + "module": "SourceFramedConfluentCovariance.lean", + "name": "I4SourceFramedConfluentCovariance.physical_contactRows", + "status": "UNSUPPORTED", + "detail": "binder ( \u03c9 : SmoothSample 2 L ) is neither a sampled numeric type (\u2115 \u2124 \u211a \u211d) nor a decidable hypothesis", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "SourceFramedConfluentCovariance.lean::I4SourceFramedConfluentCovariance.raw_physical_coordinates": { + "module": "SourceFramedConfluentCovariance.lean", + "name": "I4SourceFramedConfluentCovariance.raw_physical_coordinates", + "status": "UNSUPPORTED", + "detail": "binder ( \u03c9 : SmoothSample 2 L ) is neither a sampled numeric type (\u2115 \u2124 \u211a \u211d) nor a decidable hypothesis", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "SourceFramedConfluentCovariance.lean::I4SourceFramedConfluentCovariance.contact_posDef": { + "module": "SourceFramedConfluentCovariance.lean", + "name": "I4SourceFramedConfluentCovariance.contact_posDef", + "status": "UNSUPPORTED", + "detail": "binder ( z : E 2 ) is neither a sampled numeric type (\u2115 \u2124 \u211a \u211d) nor a decidable hypothesis", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "SourceFramedConfluentCovariance.lean::I4SourceFramedConfluentCovariance.framedConfluentVector_actual": { + "module": "SourceFramedConfluentCovariance.lean", + "name": "I4SourceFramedConfluentCovariance.framedConfluentVector_actual", + "status": "UNSUPPORTED", + "detail": "binder ( z : E 2 ) is neither a sampled numeric type (\u2115 \u2124 \u211a \u211d) nor a decidable hypothesis", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "SourceFramedConfluentCovariance.lean::I4SourceFramedConfluentCovariance.compact_mode_smooth": { + "module": "SourceFramedConfluentCovariance.lean", + "name": "I4SourceFramedConfluentCovariance.compact_mode_smooth", + "status": "UNSUPPORTED", + "detail": "binder ( m : SourceMode 2 ) is neither a sampled numeric type (\u2115 \u2124 \u211a \u211d) nor a decidable hypothesis", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "SourceFramedConfluentCovariance.lean::I4SourceFramedConfluentCovariance.compact_mode_iterated_continuous": { + "module": "SourceFramedConfluentCovariance.lean", + "name": "I4SourceFramedConfluentCovariance.compact_mode_iterated_continuous", + "status": "UNSUPPORTED", + "detail": "binder ( m : SourceMode 2 ) is neither a sampled numeric type (\u2115 \u2124 \u211a \u211d) nor a decidable hypothesis", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "SourceFramedConfluentCovariance.lean::I4SourceFramedConfluentCovariance.compact_peano_continuous": { + "module": "SourceFramedConfluentCovariance.lean", + "name": "I4SourceFramedConfluentCovariance.compact_peano_continuous", + "status": "UNSUPPORTED", + "detail": "binder ( m : SourceMode 2 ) is neither a sampled numeric type (\u2115 \u2124 \u211a \u211d) nor a decidable hypothesis", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "SourceFramedConfluentCovariance.lean::I4SourceFramedConfluentCovariance.compact_frames_isCompact": { + "module": "SourceFramedConfluentCovariance.lean", + "name": "I4SourceFramedConfluentCovariance.compact_frames_isCompact", + "status": "UNSUPPORTED", + "detail": "unparsed statement: SyntaxError: trailing tokens from '{'", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "SourceFramedConfluentCovariance.lean::I4SourceFramedConfluentCovariance.compact_frame_basis_apply": { + "module": "SourceFramedConfluentCovariance.lean", + "name": "I4SourceFramedConfluentCovariance.compact_frame_basis_apply", + "status": "UNSUPPORTED", + "detail": "binder ( u : CompactFrame ) is neither a sampled numeric type (\u2115 \u2124 \u211a \u211d) nor a decidable hypothesis", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "SourceFramedConfluentCovariance.lean::I4SourceFramedConfluentCovariance.compact_midpoints_isCompact": { + "module": "SourceFramedConfluentCovariance.lean", + "name": "I4SourceFramedConfluentCovariance.compact_midpoints_isCompact", + "status": "UNSUPPORTED", + "detail": "proposition of form App", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "SourceFramedConfluentCovariance.lean::I4SourceFramedConfluentCovariance.compact_parameters_isCompact": { + "module": "SourceFramedConfluentCovariance.lean", + "name": "I4SourceFramedConfluentCovariance.compact_parameters_isCompact", + "status": "UNSUPPORTED", + "detail": "proposition of form App", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "SourceFramedConfluentCovariance.lean::I4SourceFramedConfluentCovariance.compact_coefficient_continuous": { + "module": "SourceFramedConfluentCovariance.lean", + "name": "I4SourceFramedConfluentCovariance.compact_coefficient_continuous", + "status": "UNSUPPORTED", + "detail": "binder ( m : SourceMode 2 ) is neither a sampled numeric type (\u2115 \u2124 \u211a \u211d) nor a decidable hypothesis", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "SourceFramedConfluentCovariance.lean::I4SourceFramedConfluentCovariance.compact_gram_continuous": { + "module": "SourceFramedConfluentCovariance.lean", + "name": "I4SourceFramedConfluentCovariance.compact_gram_continuous", + "status": "UNSUPPORTED", + "detail": "proposition of form App", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "SourceFramedConfluentCovariance.lean::I4SourceFramedConfluentCovariance.compact_gram_hermitian": { + "module": "SourceFramedConfluentCovariance.lean", + "name": "I4SourceFramedConfluentCovariance.compact_gram_hermitian", + "status": "UNSUPPORTED", + "detail": "binder ( p : ( E 2 \u00d7 CompactFrame ) \u00d7 \u211d ) is neither a sampled numeric type (\u2115 \u2124 \u211a \u211d) nor a decidable hypothesis", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "SourceFramedConfluentCovariance.lean::I4SourceFramedConfluentCovariance.compact_uniform_contact": { + "module": "SourceFramedConfluentCovariance.lean", + "name": "I4SourceFramedConfluentCovariance.compact_uniform_contact", + "status": "UNSUPPORTED", + "detail": "definition UniformContactLimit has an unparsed body", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "SourceFramedConfluentCovariance.lean::I4SourceFramedConfluentCovariance.compact_quad_dot": { + "module": "SourceFramedConfluentCovariance.lean", + "name": "I4SourceFramedConfluentCovariance.compact_quad_dot", + "status": "UNSUPPORTED", + "detail": "unsupported syntax: notation '\u1d65'", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "SourceFramedConfluentCovariance.lean::I4SourceFramedConfluentCovariance.compact_quad_smul": { + "module": "SourceFramedConfluentCovariance.lean", + "name": "I4SourceFramedConfluentCovariance.compact_quad_smul", + "status": "CORROBORATED", + "detail": "holds on 64 sampled instances satisfying the hypotheses (0 draws rejected by the hypotheses, 0 infeasible, seed 1): sampling is admitted evidence of the statement, not a proof of it", + "instances": 64, + "vacuous": false, + "float_free": true, + "sampling": { + "seed": 1, + "draws": 64, + "accepted": 64, + "rejected": 0, + "infeasible": 0, + "undecided": 0 + } + }, + "SourceFramedConfluentCovariance.lean::I4SourceFramedConfluentCovariance.compact_square_nonneg": { + "module": "SourceFramedConfluentCovariance.lean", + "name": "I4SourceFramedConfluentCovariance.compact_square_nonneg", + "status": "CORROBORATED", + "detail": "holds on 64 sampled instances satisfying the hypotheses (0 draws rejected by the hypotheses, 0 infeasible, seed 1): sampling is admitted evidence of the statement, not a proof of it", + "instances": 64, + "vacuous": false, + "float_free": true, + "sampling": { + "seed": 1, + "draws": 65, + "accepted": 64, + "rejected": 0, + "infeasible": 0, + "undecided": 0 + } + }, + "SourceFramedConfluentCovariance.lean::I4SourceFramedConfluentCovariance.compact_square_eq_zero": { + "module": "SourceFramedConfluentCovariance.lean", + "name": "I4SourceFramedConfluentCovariance.compact_square_eq_zero", + "status": "CORROBORATED", + "detail": "holds on 64 sampled instances satisfying the hypotheses (0 draws rejected by the hypotheses, 0 infeasible, seed 1): sampling is admitted evidence of the statement, not a proof of it", + "instances": 64, + "vacuous": false, + "float_free": true, + "sampling": { + "seed": 1, + "draws": 65, + "accepted": 64, + "rejected": 0, + "infeasible": 0, + "undecided": 0 + } + }, + "SourceFramedConfluentCovariance.lean::I4SourceFramedConfluentCovariance.compact_unit_isCompact": { + "module": "SourceFramedConfluentCovariance.lean", + "name": "I4SourceFramedConfluentCovariance.compact_unit_isCompact", + "status": "UNSUPPORTED", + "detail": "proposition of form App", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "SourceFramedConfluentCovariance.lean::I4SourceFramedConfluentCovariance.compact_normalize_bounds": { + "module": "SourceFramedConfluentCovariance.lean", + "name": "I4SourceFramedConfluentCovariance.compact_normalize_bounds", + "status": "UNSUPPORTED", + "detail": "result type Set ( Fin 7 \u2192 \u211d )", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "SourceFramedConfluentCovariance.lean::I4SourceFramedConfluentCovariance.compact_quad_continuous": { + "module": "SourceFramedConfluentCovariance.lean", + "name": "I4SourceFramedConfluentCovariance.compact_quad_continuous", + "status": "UNSUPPORTED", + "detail": "proposition of form App", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "SourceFramedConfluentCovariance.lean::I4SourceFramedConfluentCovariance.compact_entry_perturb": { + "module": "SourceFramedConfluentCovariance.lean", + "name": "I4SourceFramedConfluentCovariance.compact_entry_perturb", + "status": "UNSUPPORTED", + "detail": "binder ( hAB : \u2200 i j , | A i j - B i j | \u2264 eta ) is neither a sampled numeric type (\u2115 \u2124 \u211a \u211d) nor a decidable hypothesis", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "SourceFramedConfluentCovariance.lean::I4SourceFramedConfluentCovariance.compact_principal_schur": { + "module": "SourceFramedConfluentCovariance.lean", + "name": "I4SourceFramedConfluentCovariance.compact_principal_schur", + "status": "UNSUPPORTED", + "detail": "binder ( hH : G.IsHermitian ) is neither a sampled numeric type (\u2115 \u2124 \u211a \u211d) nor a decidable hypothesis", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "SourceFramedConfluentCovariance.lean::I4SourceFramedConfluentCovariance.compact_contact_bounds": { + "module": "SourceFramedConfluentCovariance.lean", + "name": "I4SourceFramedConfluentCovariance.compact_contact_bounds", + "status": "UNSUPPORTED", + "detail": "binder ( hcontact : \u2200 z : E 2 , \u2200 R : OrthonormalBasis ( Fin 2 ) \u211d ( E 2 ) , ( framedConfluentCovariance L z R 0 ) . PosDef ) is neither a sampled numeric type (\u2115 \u2124 \u211a \u211d) nor a decidable hypothesis", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "SourceFramedConfluentCovariance.lean::I4SourceFramedConfluentCovariance.framedConfluent_family_bounds": { + "module": "SourceFramedConfluentCovariance.lean", + "name": "I4SourceFramedConfluentCovariance.framedConfluent_family_bounds", + "status": "UNSUPPORTED", + "detail": "unparsed statement: SyntaxError: trailing tokens from ':'", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "SourceFramedConfluentCovariance.lean::I4SourceFramedConfluentCovariance.framedConfluent_covariance_uniform_floor": { + "module": "SourceFramedConfluentCovariance.lean", + "name": "I4SourceFramedConfluentCovariance.framedConfluent_covariance_uniform_floor", + "status": "UNSUPPORTED", + "detail": "unsupported syntax: existential quantifier", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "SourceGapConditionalMorseDistinct.lean::I4SourceGapConditionalMorseDistinct.rowResponse_apply": { + "module": "SourceGapConditionalMorseDistinct.lean", + "name": "I4SourceGapConditionalMorseDistinct.rowResponse_apply", + "status": "UNSUPPORTED", + "detail": "binder ( a : Fin n \u2192 SourceMode 2 \u2192 \u211d ) is neither a sampled numeric type (\u2115 \u2124 \u211a \u211d) nor a decidable hypothesis", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "SourceGapConditionalMorseDistinct.lean::I4SourceGapConditionalMorseDistinct.finitePairing_hasSum": { + "module": "SourceGapConditionalMorseDistinct.lean", + "name": "I4SourceGapConditionalMorseDistinct.finitePairing_hasSum", + "status": "UNSUPPORTED", + "detail": "binder ( v : \u03b9 \u2192 \u2080 \u211d ) is neither a sampled numeric type (\u2115 \u2124 \u211a \u211d) nor a decidable hypothesis", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "SourceGapConditionalMorseDistinct.lean::I4SourceGapConditionalMorseDistinct.finitePairing_linearCombination": { + "module": "SourceGapConditionalMorseDistinct.lean", + "name": "I4SourceGapConditionalMorseDistinct.finitePairing_linearCombination", + "status": "UNSUPPORTED", + "detail": "binder ( v : \u03b9 \u2192 \u2080 \u211d ) is neither a sampled numeric type (\u2115 \u2124 \u211a \u211d) nor a decidable hypothesis", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "SourceGapConditionalMorseDistinct.lean::I4SourceGapConditionalMorseDistinct.finitePairing_lift": { + "module": "SourceGapConditionalMorseDistinct.lean", + "name": "I4SourceGapConditionalMorseDistinct.finitePairing_lift", + "status": "UNSUPPORTED", + "detail": "binder ( v : Fin n \u2192 \u03b9 \u2192 \u2080 \u211d ) is neither a sampled numeric type (\u2115 \u2124 \u211a \u211d) nor a decidable hypothesis", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "SourceGapConditionalMorseDistinct.lean::I4SourceGapConditionalMorseDistinct.finiteShift_derivative": { + "module": "SourceGapConditionalMorseDistinct.lean", + "name": "I4SourceGapConditionalMorseDistinct.finiteShift_derivative", + "status": "UNSUPPORTED", + "detail": "binder ( v : SourceMode 2 \u2192 \u2080 \u211d ) is neither a sampled numeric type (\u2115 \u2124 \u211a \u211d) nor a decidable hypothesis", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "SourceGapConditionalMorseDistinct.lean::I4SourceGapConditionalMorseDistinct.freeShift_derivative": { + "module": "SourceGapConditionalMorseDistinct.lean", + "name": "I4SourceGapConditionalMorseDistinct.freeShift_derivative", + "status": "UNSUPPORTED", + "detail": "binder ( F : RawPinFreeFrame L r n ) is neither a sampled numeric type (\u2115 \u2124 \u211a \u211d) nor a decidable hypothesis", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "SourceGapConditionalMorseDistinct.lean::I4SourceGapConditionalMorseDistinct.rawKernel_null_of_sections": { + "module": "SourceGapConditionalMorseDistinct.lean", + "name": "I4SourceGapConditionalMorseDistinct.rawKernel_null_of_sections", + "status": "UNSUPPORTED", + "detail": "binder ( F : RawPinFreeFrame L r n ) is neither a sampled numeric type (\u2115 \u2124 \u211a \u211d) nor a decidable hypothesis", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "SourceGapConditionalMorseDistinct.lean::I4SourceGapConditionalMorseDistinct.countable_compact_response_subcharts": { + "module": "SourceGapConditionalMorseDistinct.lean", + "name": "I4SourceGapConditionalMorseDistinct.countable_compact_response_subcharts", + "status": "UNSUPPORTED", + "detail": "instance binder [ MetricSpace X ] cannot be sampled", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "SourceGapConditionalMorseDistinct.lean::I4SourceGapConditionalMorseDistinct.ae_forall_of_countable_subcharts": { + "module": "SourceGapConditionalMorseDistinct.lean", + "name": "I4SourceGapConditionalMorseDistinct.ae_forall_of_countable_subcharts", + "status": "UNSUPPORTED", + "detail": "binder ( K : S \u2192 Set X ) is neither a sampled numeric type (\u2115 \u2124 \u211a \u211d) nor a decidable hypothesis", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "SourceGapConditionalMorseDistinct.lean::I4SourceGapConditionalMorseDistinct.countable_compact_local_ae": { + "module": "SourceGapConditionalMorseDistinct.lean", + "name": "I4SourceGapConditionalMorseDistinct.countable_compact_local_ae", + "status": "UNSUPPORTED", + "detail": "instance binder [ NormedAddCommGroup X ] cannot be sampled", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "SourceGapConditionalMorseDistinct.lean::I4SourceGapConditionalMorseDistinct.incidence_clm_isInvertible": { + "module": "SourceGapConditionalMorseDistinct.lean", + "name": "I4SourceGapConditionalMorseDistinct.incidence_clm_isInvertible", + "status": "UNSUPPORTED", + "detail": "instance binder [ NormedAddCommGroup C ] cannot be sampled", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "SourceGapConditionalMorseDistinct.lean::I4SourceGapConditionalMorseDistinct.incidence_theta_section": { + "module": "SourceGapConditionalMorseDistinct.lean", + "name": "I4SourceGapConditionalMorseDistinct.incidence_theta_section", + "status": "UNSUPPORTED", + "detail": "instance binder [ NormedAddCommGroup D ] cannot be sampled", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "SourceGapConditionalMorseDistinct.lean::I4SourceGapConditionalMorseDistinct.incidence_constraint_unique": { + "module": "SourceGapConditionalMorseDistinct.lean", + "name": "I4SourceGapConditionalMorseDistinct.incidence_constraint_unique", + "status": "UNSUPPORTED", + "detail": "instance binder [ NormedAddCommGroup D ] cannot be sampled", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "SourceGapConditionalMorseDistinct.lean::I4SourceGapConditionalMorseDistinct.incidence_constraint_parameters_image": { + "module": "SourceGapConditionalMorseDistinct.lean", + "name": "I4SourceGapConditionalMorseDistinct.incidence_constraint_parameters_image", + "status": "UNSUPPORTED", + "detail": "instance binder [ NormedAddCommGroup D ] cannot be sampled", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "SourceGapConditionalMorseDistinct.lean::I4SourceGapConditionalMorseDistinct.incidence_theta_differentiable": { + "module": "SourceGapConditionalMorseDistinct.lean", + "name": "I4SourceGapConditionalMorseDistinct.incidence_theta_differentiable", + "status": "UNSUPPORTED", + "detail": "instance binder [ NormedAddCommGroup D ] cannot be sampled", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "SourceGapConditionalMorseDistinct.lean::I4SourceGapConditionalMorseDistinct.incidence_fixed_parameter_derivative": { + "module": "SourceGapConditionalMorseDistinct.lean", + "name": "I4SourceGapConditionalMorseDistinct.incidence_fixed_parameter_derivative", + "status": "UNSUPPORTED", + "detail": "instance binder [ NormedAddCommGroup D ] cannot be sampled", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "SourceGapConditionalMorseDistinct.lean::I4SourceGapConditionalMorseDistinct.incidence_full_normal_equation": { + "module": "SourceGapConditionalMorseDistinct.lean", + "name": "I4SourceGapConditionalMorseDistinct.incidence_full_normal_equation", + "status": "UNSUPPORTED", + "detail": "instance binder [ NormedAddCommGroup D ] cannot be sampled", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "SourceGapConditionalMorseDistinct.lean::I4SourceGapConditionalMorseDistinct.incidence_normal_equation_shifted": { + "module": "SourceGapConditionalMorseDistinct.lean", + "name": "I4SourceGapConditionalMorseDistinct.incidence_normal_equation_shifted", + "status": "UNSUPPORTED", + "detail": "instance binder [ NormedAddCommGroup D ] cannot be sampled", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "SourceGapConditionalMorseDistinct.lean::I4SourceGapConditionalMorseDistinct.incidence_det_zero_of_killed_nonzero": { + "module": "SourceGapConditionalMorseDistinct.lean", + "name": "I4SourceGapConditionalMorseDistinct.incidence_det_zero_of_killed_nonzero", + "status": "UNSUPPORTED", + "detail": "instance binder [ NormedAddCommGroup V ] cannot be sampled", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "SourceGapConditionalMorseDistinct.lean::I4SourceGapConditionalMorseDistinct.incidence_singular_image_null": { + "module": "SourceGapConditionalMorseDistinct.lean", + "name": "I4SourceGapConditionalMorseDistinct.incidence_singular_image_null", + "status": "UNSUPPORTED", + "detail": "instance binder [ NormedAddCommGroup V ] cannot be sampled", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "SourceGapConditionalMorseDistinct.lean::I4SourceGapConditionalMorseDistinct.incidence_theta_singular": { + "module": "SourceGapConditionalMorseDistinct.lean", + "name": "I4SourceGapConditionalMorseDistinct.incidence_theta_singular", + "status": "UNSUPPORTED", + "detail": "binder ( U : Set Point2 ) is neither a sampled numeric type (\u2115 \u2124 \u211a \u211d) nor a decidable hypothesis", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "SourceGapConditionalMorseDistinct.lean::I4SourceGapConditionalMorseDistinct.incidence_gaussian_pi_ac": { + "module": "SourceGapConditionalMorseDistinct.lean", + "name": "I4SourceGapConditionalMorseDistinct.incidence_gaussian_pi_ac", + "status": "UNSUPPORTED", + "detail": "unparsed statement: SyntaxError: trailing tokens from ')'", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "SourceGapConditionalMorseDistinct.lean::I4SourceGapConditionalMorseDistinct.incidence_gaussian3_ac": { + "module": "SourceGapConditionalMorseDistinct.lean", + "name": "I4SourceGapConditionalMorseDistinct.incidence_gaussian3_ac", + "status": "UNSUPPORTED", + "detail": "unparsed statement: SyntaxError: trailing tokens from ')'", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "SourceGapConditionalMorseDistinct.lean::I4SourceGapConditionalMorseDistinct.incidence_gaussian5_ac": { + "module": "SourceGapConditionalMorseDistinct.lean", + "name": "I4SourceGapConditionalMorseDistinct.incidence_gaussian5_ac", + "status": "UNSUPPORTED", + "detail": "unparsed statement: SyntaxError: trailing tokens from ')'", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "SourceGapConditionalMorseDistinct.lean::I4SourceGapConditionalMorseDistinct.incidence_morse_null": { + "module": "SourceGapConditionalMorseDistinct.lean", + "name": "I4SourceGapConditionalMorseDistinct.incidence_morse_null", + "status": "UNSUPPORTED", + "detail": "binder ( U : Set Point2 ) is neither a sampled numeric type (\u2115 \u2124 \u211a \u211d) nor a decidable hypothesis", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "SourceGapConditionalMorseDistinct.lean::I4SourceGapConditionalMorseDistinct.incidence_project3_apply": { + "module": "SourceGapConditionalMorseDistinct.lean", + "name": "I4SourceGapConditionalMorseDistinct.incidence_project3_apply", + "status": "UNSUPPORTED", + "detail": "result type ( Fin 3 \u2192 \u211d ) \u2192 L [ \u211d ] Point2", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "SourceGapConditionalMorseDistinct.lean::I4SourceGapConditionalMorseDistinct.incidence_project5_apply": { + "module": "SourceGapConditionalMorseDistinct.lean", + "name": "I4SourceGapConditionalMorseDistinct.incidence_project5_apply", + "status": "UNSUPPORTED", + "detail": "result type ( Fin 5 \u2192 \u211d ) \u2192 L [ \u211d ] Point4", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "SourceGapConditionalMorseDistinct.lean::I4SourceGapConditionalMorseDistinct.incidence_project3_embed3": { + "module": "SourceGapConditionalMorseDistinct.lean", + "name": "I4SourceGapConditionalMorseDistinct.incidence_project3_embed3", + "status": "UNSUPPORTED", + "detail": "result type ( Fin 3 \u2192 \u211d ) \u2192 L [ \u211d ] Point2", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "SourceGapConditionalMorseDistinct.lean::I4SourceGapConditionalMorseDistinct.incidence_project5_embed5": { + "module": "SourceGapConditionalMorseDistinct.lean", + "name": "I4SourceGapConditionalMorseDistinct.incidence_project5_embed5", + "status": "UNSUPPORTED", + "detail": "binder ( p : Point4 ) is neither a sampled numeric type (\u2115 \u2124 \u211a \u211d) nor a decidable hypothesis", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "SourceGapConditionalMorseDistinct.lean::I4SourceGapConditionalMorseDistinct.incidence_dummy3_kernel_vector": { + "module": "SourceGapConditionalMorseDistinct.lean", + "name": "I4SourceGapConditionalMorseDistinct.incidence_dummy3_kernel_vector", + "status": "UNSUPPORTED", + "detail": "result type ( Fin 3 \u2192 \u211d ) \u2192 L [ \u211d ] Point2", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "SourceGapConditionalMorseDistinct.lean::I4SourceGapConditionalMorseDistinct.incidence_dummy5_kernel_vector": { + "module": "SourceGapConditionalMorseDistinct.lean", + "name": "I4SourceGapConditionalMorseDistinct.incidence_dummy5_kernel_vector", + "status": "UNSUPPORTED", + "detail": "result type ( Fin 5 \u2192 \u211d ) \u2192 L [ \u211d ] Point4", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "SourceGapConditionalMorseDistinct.lean::I4SourceGapConditionalMorseDistinct.incidence_composite_kills": { + "module": "SourceGapConditionalMorseDistinct.lean", + "name": "I4SourceGapConditionalMorseDistinct.incidence_composite_kills", + "status": "UNSUPPORTED", + "detail": "instance binder [ NormedAddCommGroup D ] cannot be sampled", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "SourceGapConditionalMorseDistinct.lean::I4SourceGapConditionalMorseDistinct.incidence_dummy3_derivative_kernel": { + "module": "SourceGapConditionalMorseDistinct.lean", + "name": "I4SourceGapConditionalMorseDistinct.incidence_dummy3_derivative_kernel", + "status": "UNSUPPORTED", + "detail": "binder ( theta : Point2 \u2192 ( Fin 3 \u2192 \u211d ) ) is neither a sampled numeric type (\u2115 \u2124 \u211a \u211d) nor a decidable hypothesis", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "SourceGapConditionalMorseDistinct.lean::I4SourceGapConditionalMorseDistinct.incidence_dummy5_derivative_kernel": { + "module": "SourceGapConditionalMorseDistinct.lean", + "name": "I4SourceGapConditionalMorseDistinct.incidence_dummy5_derivative_kernel", + "status": "UNSUPPORTED", + "detail": "binder ( theta : Point4 \u2192 ( Fin 5 \u2192 \u211d ) ) is neither a sampled numeric type (\u2115 \u2124 \u211a \u211d) nor a decidable hypothesis", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "SourceGapConditionalMorseDistinct.lean::I4SourceGapConditionalMorseDistinct.incidence_dummy3_det_zero": { + "module": "SourceGapConditionalMorseDistinct.lean", + "name": "I4SourceGapConditionalMorseDistinct.incidence_dummy3_det_zero", + "status": "UNSUPPORTED", + "detail": "binder ( theta : Point2 \u2192 ( Fin 3 \u2192 \u211d ) ) is neither a sampled numeric type (\u2115 \u2124 \u211a \u211d) nor a decidable hypothesis", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "SourceGapConditionalMorseDistinct.lean::I4SourceGapConditionalMorseDistinct.incidence_dummy5_det_zero": { + "module": "SourceGapConditionalMorseDistinct.lean", + "name": "I4SourceGapConditionalMorseDistinct.incidence_dummy5_det_zero", + "status": "UNSUPPORTED", + "detail": "binder ( theta : Point4 \u2192 ( Fin 5 \u2192 \u211d ) ) is neither a sampled numeric type (\u2115 \u2124 \u211a \u211d) nor a decidable hypothesis", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "SourceGapConditionalMorseDistinct.lean::I4SourceGapConditionalMorseDistinct.incidence_dummy_image_inclusion": { + "module": "SourceGapConditionalMorseDistinct.lean", + "name": "I4SourceGapConditionalMorseDistinct.incidence_dummy_image_inclusion", + "status": "UNSUPPORTED", + "detail": "instance binder [ NormedAddCommGroup D ] cannot be sampled", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "SourceGapConditionalMorseDistinct.lean::I4SourceGapConditionalMorseDistinct.incidence_dummy3_image_inclusion": { + "module": "SourceGapConditionalMorseDistinct.lean", + "name": "I4SourceGapConditionalMorseDistinct.incidence_dummy3_image_inclusion", + "status": "UNSUPPORTED", + "detail": "binder ( theta : Point2 \u2192 ( Fin 3 \u2192 \u211d ) ) is neither a sampled numeric type (\u2115 \u2124 \u211a \u211d) nor a decidable hypothesis", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "SourceGapConditionalMorseDistinct.lean::I4SourceGapConditionalMorseDistinct.incidence_dummy5_image_inclusion": { + "module": "SourceGapConditionalMorseDistinct.lean", + "name": "I4SourceGapConditionalMorseDistinct.incidence_dummy5_image_inclusion", + "status": "UNSUPPORTED", + "detail": "binder ( theta : Point4 \u2192 ( Fin 5 \u2192 \u211d ) ) is neither a sampled numeric type (\u2115 \u2124 \u211a \u211d) nor a decidable hypothesis", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "SourceGapConditionalMorseDistinct.lean::I4SourceGapConditionalMorseDistinct.incidence_dummy_image_null": { + "module": "SourceGapConditionalMorseDistinct.lean", + "name": "I4SourceGapConditionalMorseDistinct.incidence_dummy_image_null", + "status": "UNSUPPORTED", + "detail": "instance binder [ NormedAddCommGroup D ] cannot be sampled", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "SourceGapConditionalMorseDistinct.lean::I4SourceGapConditionalMorseDistinct.incidence_dummy3_image_null": { + "module": "SourceGapConditionalMorseDistinct.lean", + "name": "I4SourceGapConditionalMorseDistinct.incidence_dummy3_image_null", + "status": "UNSUPPORTED", + "detail": "binder ( theta : Point2 \u2192 ( Fin 3 \u2192 \u211d ) ) is neither a sampled numeric type (\u2115 \u2124 \u211a \u211d) nor a decidable hypothesis", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "SourceGapConditionalMorseDistinct.lean::I4SourceGapConditionalMorseDistinct.incidence_dummy5_image_null": { + "module": "SourceGapConditionalMorseDistinct.lean", + "name": "I4SourceGapConditionalMorseDistinct.incidence_dummy5_image_null", + "status": "UNSUPPORTED", + "detail": "binder ( theta : Point4 \u2192 ( Fin 5 \u2192 \u211d ) ) is neither a sampled numeric type (\u2115 \u2124 \u211a \u211d) nor a decidable hypothesis", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "SourceGapConditionalMorseDistinct.lean::I4SourceGapConditionalMorseDistinct.incidence_level_null": { + "module": "SourceGapConditionalMorseDistinct.lean", + "name": "I4SourceGapConditionalMorseDistinct.incidence_level_null", + "status": "UNSUPPORTED", + "detail": "binder ( U : Set Point2 ) is neither a sampled numeric type (\u2115 \u2124 \u211a \u211d) nor a decidable hypothesis", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "SourceGapConditionalMorseDistinct.lean::I4SourceGapConditionalMorseDistinct.incidence_tie_null": { + "module": "SourceGapConditionalMorseDistinct.lean", + "name": "I4SourceGapConditionalMorseDistinct.incidence_tie_null", + "status": "UNSUPPORTED", + "detail": "binder ( U : Set Point4 ) is neither a sampled numeric type (\u2115 \u2124 \u211a \u211d) nor a decidable hypothesis", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "SourceGapConditionalMorseDistinct.lean::I4SourceGapConditionalMorseDistinct.finiteFrame_pair_lc": { + "module": "SourceGapConditionalMorseDistinct.lean", + "name": "I4SourceGapConditionalMorseDistinct.finiteFrame_pair_lc", + "status": "UNSUPPORTED", + "detail": "binder ( a : SourceMode 2 \u2192 \u211d ) is neither a sampled numeric type (\u2115 \u2124 \u211a \u211d) nor a decidable hypothesis", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "SourceGapConditionalMorseDistinct.lean::I4SourceGapConditionalMorseDistinct.finiteFrame_pair_sum": { + "module": "SourceGapConditionalMorseDistinct.lean", + "name": "I4SourceGapConditionalMorseDistinct.finiteFrame_pair_sum", + "status": "UNSUPPORTED", + "detail": "binder ( a : SourceMode 2 \u2192 \u211d ) is neither a sampled numeric type (\u2115 \u2124 \u211a \u211d) nor a decidable hypothesis", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "SourceGapConditionalMorseDistinct.lean::I4SourceGapConditionalMorseDistinct.finiteFrame_pair_single": { + "module": "SourceGapConditionalMorseDistinct.lean", + "name": "I4SourceGapConditionalMorseDistinct.finiteFrame_pair_single", + "status": "UNSUPPORTED", + "detail": "binder ( a : SourceMode 2 \u2192 \u211d ) is neither a sampled numeric type (\u2115 \u2124 \u211a \u211d) nor a decidable hypothesis", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "SourceGapConditionalMorseDistinct.lean::I4SourceGapConditionalMorseDistinct.finiteFrame_pair_sub_left": { + "module": "SourceGapConditionalMorseDistinct.lean", + "name": "I4SourceGapConditionalMorseDistinct.finiteFrame_pair_sub_left", + "status": "UNSUPPORTED", + "detail": "binder ( a b : SourceMode 2 \u2192 \u211d ) is neither a sampled numeric type (\u2115 \u2124 \u211a \u211d) nor a decidable hypothesis", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "SourceGapConditionalMorseDistinct.lean::I4SourceGapConditionalMorseDistinct.finiteFrame_response_apply": { + "module": "SourceGapConditionalMorseDistinct.lean", + "name": "I4SourceGapConditionalMorseDistinct.finiteFrame_response_apply", + "status": "UNSUPPORTED", + "detail": "binder ( a : Fin n \u2192 SourceMode 2 \u2192 \u211d ) is neither a sampled numeric type (\u2115 \u2124 \u211a \u211d) nor a decidable hypothesis", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "SourceGapConditionalMorseDistinct.lean::I4SourceGapConditionalMorseDistinct.finiteFrame_independent_of_rightInverse": { + "module": "SourceGapConditionalMorseDistinct.lean", + "name": "I4SourceGapConditionalMorseDistinct.finiteFrame_independent_of_rightInverse", + "status": "UNSUPPORTED", + "detail": "binder ( a : Fin n \u2192 SourceMode 2 \u2192 \u211d ) is neither a sampled numeric type (\u2115 \u2124 \u211a \u211d) nor a decidable hypothesis", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "SourceGapConditionalMorseDistinct.lean::I4SourceGapConditionalMorseDistinct.finiteFrame_extend_on": { + "module": "SourceGapConditionalMorseDistinct.lean", + "name": "I4SourceGapConditionalMorseDistinct.finiteFrame_extend_on", + "status": "UNSUPPORTED", + "detail": "binder ( S : Finset ( SourceMode 2 ) ) is neither a sampled numeric type (\u2115 \u2124 \u211a \u211d) nor a decidable hypothesis", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "SourceGapConditionalMorseDistinct.lean::I4SourceGapConditionalMorseDistinct.finiteFrame_extend_off": { + "module": "SourceGapConditionalMorseDistinct.lean", + "name": "I4SourceGapConditionalMorseDistinct.finiteFrame_extend_off", + "status": "UNSUPPORTED", + "detail": "binder ( S : Finset ( SourceMode 2 ) ) is neither a sampled numeric type (\u2115 \u2124 \u211a \u211d) nor a decidable hypothesis", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "SourceGapConditionalMorseDistinct.lean::I4SourceGapConditionalMorseDistinct.finiteFrame_extend_injective": { + "module": "SourceGapConditionalMorseDistinct.lean", + "name": "I4SourceGapConditionalMorseDistinct.finiteFrame_extend_injective", + "status": "UNSUPPORTED", + "detail": "binder ( S : Finset ( SourceMode 2 ) ) is neither a sampled numeric type (\u2115 \u2124 \u211a \u211d) nor a decidable hypothesis", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "SourceGapConditionalMorseDistinct.lean::I4SourceGapConditionalMorseDistinct.finiteFrame_extend_gram": { + "module": "SourceGapConditionalMorseDistinct.lean", + "name": "I4SourceGapConditionalMorseDistinct.finiteFrame_extend_gram", + "status": "UNSUPPORTED", + "detail": "binder ( S : Finset ( SourceMode 2 ) ) is neither a sampled numeric type (\u2115 \u2124 \u211a \u211d) nor a decidable hypothesis", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "SourceGapConditionalMorseDistinct.lean::I4SourceGapConditionalMorseDistinct.finiteFrame_of_linearIndependent": { + "module": "SourceGapConditionalMorseDistinct.lean", + "name": "I4SourceGapConditionalMorseDistinct.finiteFrame_of_linearIndependent", + "status": "UNSUPPORTED", + "detail": "binder ( v : Fin n \u2192 SourceMode 2 \u2192 \u2080 \u211d ) is neither a sampled numeric type (\u2115 \u2124 \u211a \u211d) nor a decidable hypothesis", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "SourceGapConditionalMorseDistinct.lean::I4SourceGapConditionalMorseDistinct.finiteFrame_response_bijective_of_same_span": { + "module": "SourceGapConditionalMorseDistinct.lean", + "name": "I4SourceGapConditionalMorseDistinct.finiteFrame_response_bijective_of_same_span", + "status": "UNSUPPORTED", + "detail": "binder ( a : Fin n \u2192 SourceMode 2 \u2192 \u211d ) is neither a sampled numeric type (\u2115 \u2124 \u211a \u211d) nor a decidable hypothesis", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "SourceGapConditionalMorseDistinct.lean::I4SourceGapConditionalMorseDistinct.finiteFrame_of_rightInverse": { + "module": "SourceGapConditionalMorseDistinct.lean", + "name": "I4SourceGapConditionalMorseDistinct.finiteFrame_of_rightInverse", + "status": "UNSUPPORTED", + "detail": "binder ( a : Fin n \u2192 SourceMode 2 \u2192 \u211d ) is neither a sampled numeric type (\u2115 \u2124 \u211a \u211d) nor a decidable hypothesis", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "SourceGapConditionalMorseDistinct.lean::I4SourceGapConditionalMorseDistinct.gradient_frame": { + "module": "SourceGapConditionalMorseDistinct.lean", + "name": "I4SourceGapConditionalMorseDistinct.gradient_frame", + "status": "UNSUPPORTED", + "detail": "binder ( hx : Remote L r x ) is neither a sampled numeric type (\u2115 \u2124 \u211a \u211d) nor a decidable hypothesis", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "SourceGapConditionalMorseDistinct.lean::I4SourceGapConditionalMorseDistinct.level_frame": { + "module": "SourceGapConditionalMorseDistinct.lean", + "name": "I4SourceGapConditionalMorseDistinct.level_frame", + "status": "UNSUPPORTED", + "detail": "binder ( hx : Remote L r x ) is neither a sampled numeric type (\u2115 \u2124 \u211a \u211d) nor a decidable hypothesis", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "SourceGapConditionalMorseDistinct.lean::I4SourceGapConditionalMorseDistinct.tie_frame": { + "module": "SourceGapConditionalMorseDistinct.lean", + "name": "I4SourceGapConditionalMorseDistinct.tie_frame", + "status": "UNSUPPORTED", + "detail": "binder ( p : Point4 ) is neither a sampled numeric type (\u2115 \u2124 \u211a \u211d) nor a decidable hypothesis", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "SourceGapConditionalMorseDistinct.lean::I4SourceGapConditionalMorseDistinct.geometry59_spectral_quadratic": { + "module": "SourceGapConditionalMorseDistinct.lean", + "name": "I4SourceGapConditionalMorseDistinct.geometry59_spectral_quadratic", + "status": "UNSUPPORTED", + "detail": "binder ( hA : A.IsHermitian ) is neither a sampled numeric type (\u2115 \u2124 \u211a \u211d) nor a decidable hypothesis", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "SourceGapConditionalMorseDistinct.lean::I4SourceGapConditionalMorseDistinct.inertia_of_symmetric_matrix": { + "module": "SourceGapConditionalMorseDistinct.lean", + "name": "I4SourceGapConditionalMorseDistinct.inertia_of_symmetric_matrix", + "status": "UNSUPPORTED", + "detail": "binder ( g : E 2 \u2192 \u211d ) is neither a sampled numeric type (\u2115 \u2124 \u211a \u211d) nor a decidable hypothesis", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "SourceGapConditionalMorseDistinct.lean::I4SourceGapConditionalMorseDistinct.actual_inertia_of_source_det": { + "module": "SourceGapConditionalMorseDistinct.lean", + "name": "I4SourceGapConditionalMorseDistinct.actual_inertia_of_source_det", + "status": "UNSUPPORTED", + "detail": "binder ( \u03c9 : SmoothSample 2 L ) is neither a sampled numeric type (\u2115 \u2124 \u211a \u211d) nor a decidable hypothesis", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "SourceGapConditionalMorseDistinct.lean::I4SourceGapConditionalMorseDistinct.inertia_control_positive": { + "module": "SourceGapConditionalMorseDistinct.lean", + "name": "I4SourceGapConditionalMorseDistinct.inertia_control_positive", + "status": "UNSUPPORTED", + "detail": "binder ( g : E 2 \u2192 \u211d ) is neither a sampled numeric type (\u2115 \u2124 \u211a \u211d) nor a decidable hypothesis", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "SourceGapConditionalMorseDistinct.lean::I4SourceGapConditionalMorseDistinct.inertia_control_negative": { + "module": "SourceGapConditionalMorseDistinct.lean", + "name": "I4SourceGapConditionalMorseDistinct.inertia_control_negative", + "status": "UNSUPPORTED", + "detail": "binder ( g : E 2 \u2192 \u211d ) is neither a sampled numeric type (\u2115 \u2124 \u211a \u211d) nor a decidable hypothesis", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "SourceGapConditionalMorseDistinct.lean::I4SourceGapConditionalMorseDistinct.inertia_control_axis_saddle": { + "module": "SourceGapConditionalMorseDistinct.lean", + "name": "I4SourceGapConditionalMorseDistinct.inertia_control_axis_saddle", + "status": "UNSUPPORTED", + "detail": "binder ( g : E 2 \u2192 \u211d ) is neither a sampled numeric type (\u2115 \u2124 \u211a \u211d) nor a decidable hypothesis", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "SourceGapConditionalMorseDistinct.lean::I4SourceGapConditionalMorseDistinct.inertia_control_zero_diagonal_saddle": { + "module": "SourceGapConditionalMorseDistinct.lean", + "name": "I4SourceGapConditionalMorseDistinct.inertia_control_zero_diagonal_saddle", + "status": "UNSUPPORTED", + "detail": "binder ( g : E 2 \u2192 \u211d ) is neither a sampled numeric type (\u2115 \u2124 \u211a \u211d) nor a decidable hypothesis", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "SourceGapConditionalMorseDistinct.lean::I4SourceGapConditionalMorseDistinct.geometry59_projection_eq_lattice": { + "module": "SourceGapConditionalMorseDistinct.lean", + "name": "I4SourceGapConditionalMorseDistinct.geometry59_projection_eq_lattice", + "status": "UNSUPPORTED", + "detail": "hypothesis ( h : I4Torus.torusProjection 2 L x = I4Torus.torusProjection 2 L y ) mentions undeclared names ['I4Torus.torusProjection']", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "SourceGapConditionalMorseDistinct.lean::I4SourceGapConditionalMorseDistinct.projection_eq_torusDist_zero": { + "module": "SourceGapConditionalMorseDistinct.lean", + "name": "I4SourceGapConditionalMorseDistinct.projection_eq_torusDist_zero", + "status": "UNSUPPORTED", + "detail": "binder ( X Y : E 2 ) is neither a sampled numeric type (\u2115 \u2124 \u211a \u211d) nor a decidable hypothesis", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "SourceGapConditionalMorseDistinct.lean::I4SourceGapConditionalMorseDistinct.source_jets_of_projection_eq": { + "module": "SourceGapConditionalMorseDistinct.lean", + "name": "I4SourceGapConditionalMorseDistinct.source_jets_of_projection_eq", + "status": "UNSUPPORTED", + "detail": "binder ( \u03c9 : SmoothSample 2 L ) is neither a sampled numeric type (\u2115 \u2124 \u211a \u211d) nor a decidable hypothesis", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "SourceGapConditionalMorseDistinct.lean::I4SourceGapConditionalMorseDistinct.source_directionX_eq": { + "module": "SourceGapConditionalMorseDistinct.lean", + "name": "I4SourceGapConditionalMorseDistinct.source_directionX_eq", + "status": "PASS", + "detail": "closed statement evaluated true", + "instances": 1, + "vacuous": false, + "float_free": true + }, + "SourceGapConditionalMorseDistinct.lean::I4SourceGapConditionalMorseDistinct.source_directionY_eq": { + "module": "SourceGapConditionalMorseDistinct.lean", + "name": "I4SourceGapConditionalMorseDistinct.source_directionY_eq", + "status": "PASS", + "detail": "closed statement evaluated true", + "instances": 1, + "vacuous": false, + "float_free": true + }, + "SourceGapConditionalMorseDistinct.lean::I4SourceGapConditionalMorseDistinct.mode_smooth": { + "module": "SourceGapConditionalMorseDistinct.lean", + "name": "I4SourceGapConditionalMorseDistinct.mode_smooth", + "status": "UNSUPPORTED", + "detail": "binder ( m : SourceMode 2 ) is neither a sampled numeric type (\u2115 \u2124 \u211a \u211d) nor a decidable hypothesis", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "SourceGapConditionalMorseDistinct.lean::I4SourceGapConditionalMorseDistinct.gradientRows_eq": { + "module": "SourceGapConditionalMorseDistinct.lean", + "name": "I4SourceGapConditionalMorseDistinct.gradientRows_eq", + "status": "UNSUPPORTED", + "detail": "binder ( m : SourceMode 2 ) is neither a sampled numeric type (\u2115 \u2124 \u211a \u211d) nor a decidable hypothesis", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "SourceGapConditionalMorseDistinct.lean::I4SourceGapConditionalMorseDistinct.levelRows_eq": { + "module": "SourceGapConditionalMorseDistinct.lean", + "name": "I4SourceGapConditionalMorseDistinct.levelRows_eq", + "status": "UNSUPPORTED", + "detail": "binder ( m : SourceMode 2 ) is neither a sampled numeric type (\u2115 \u2124 \u211a \u211d) nor a decidable hypothesis", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "SourceGapConditionalMorseDistinct.lean::I4SourceGapConditionalMorseDistinct.tieRows_eq": { + "module": "SourceGapConditionalMorseDistinct.lean", + "name": "I4SourceGapConditionalMorseDistinct.tieRows_eq", + "status": "UNSUPPORTED", + "detail": "binder ( p : Point4 ) is neither a sampled numeric type (\u2115 \u2124 \u211a \u211d) nor a decidable hypothesis", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "SourceGapConditionalMorseDistinct.lean::I4SourceGapConditionalMorseDistinct.rowResponse_smooth": { + "module": "SourceGapConditionalMorseDistinct.lean", + "name": "I4SourceGapConditionalMorseDistinct.rowResponse_smooth", + "status": "UNSUPPORTED", + "detail": "instance binder [ NormedAddCommGroup X ] cannot be sampled", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "SourceGapConditionalMorseDistinct.lean::I4SourceGapConditionalMorseDistinct.gradient_response_smooth": { + "module": "SourceGapConditionalMorseDistinct.lean", + "name": "I4SourceGapConditionalMorseDistinct.gradient_response_smooth", + "status": "UNSUPPORTED", + "detail": "binder ( F : RawPinFreeFrame L r 2 ) is neither a sampled numeric type (\u2115 \u2124 \u211a \u211d) nor a decidable hypothesis", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "SourceGapConditionalMorseDistinct.lean::I4SourceGapConditionalMorseDistinct.level_response_smooth": { + "module": "SourceGapConditionalMorseDistinct.lean", + "name": "I4SourceGapConditionalMorseDistinct.level_response_smooth", + "status": "UNSUPPORTED", + "detail": "binder ( F : RawPinFreeFrame L r 3 ) is neither a sampled numeric type (\u2115 \u2124 \u211a \u211d) nor a decidable hypothesis", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "SourceGapConditionalMorseDistinct.lean::I4SourceGapConditionalMorseDistinct.tie_response_smooth": { + "module": "SourceGapConditionalMorseDistinct.lean", + "name": "I4SourceGapConditionalMorseDistinct.tie_response_smooth", + "status": "UNSUPPORTED", + "detail": "binder ( F : RawPinFreeFrame L r 5 ) is neither a sampled numeric type (\u2115 \u2124 \u211a \u211d) nor a decidable hypothesis", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "SourceGapConditionalMorseDistinct.lean::I4SourceGapConditionalMorseDistinct.response_neighborhood": { + "module": "SourceGapConditionalMorseDistinct.lean", + "name": "I4SourceGapConditionalMorseDistinct.response_neighborhood", + "status": "UNSUPPORTED", + "detail": "binder ( B : X \u2192 ( Fin n \u2192 \u211d ) \u2192 L [ \u211d ] ( Fin n \u2192 \u211d ) ) is neither a sampled numeric type (\u2115 \u2124 \u211a \u211d) nor a decidable hypothesis", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "SourceGapConditionalMorseDistinct.lean::I4SourceGapConditionalMorseDistinct.level_constraint_smooth": { + "module": "SourceGapConditionalMorseDistinct.lean", + "name": "I4SourceGapConditionalMorseDistinct.level_constraint_smooth", + "status": "UNSUPPORTED", + "detail": "binder ( \u03c9 : SmoothSample 2 L ) is neither a sampled numeric type (\u2115 \u2124 \u211a \u211d) nor a decidable hypothesis", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "SourceGapConditionalMorseDistinct.lean::I4SourceGapConditionalMorseDistinct.tie_constraint_smooth": { + "module": "SourceGapConditionalMorseDistinct.lean", + "name": "I4SourceGapConditionalMorseDistinct.tie_constraint_smooth", + "status": "UNSUPPORTED", + "detail": "binder ( \u03c9 : SmoothSample 2 L ) is neither a sampled numeric type (\u2115 \u2124 \u211a \u211d) nor a decidable hypothesis", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "SourceGapConditionalMorseDistinct.lean::I4SourceGapConditionalMorseDistinct.freeShift_value": { + "module": "SourceGapConditionalMorseDistinct.lean", + "name": "I4SourceGapConditionalMorseDistinct.freeShift_value", + "status": "UNSUPPORTED", + "detail": "binder ( F : RawPinFreeFrame L r n ) is neither a sampled numeric type (\u2115 \u2124 \u211a \u211d) nor a decidable hypothesis", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "SourceGapConditionalMorseDistinct.lean::I4SourceGapConditionalMorseDistinct.freeShift_gradient_component": { + "module": "SourceGapConditionalMorseDistinct.lean", + "name": "I4SourceGapConditionalMorseDistinct.freeShift_gradient_component", + "status": "UNSUPPORTED", + "detail": "binder ( F : RawPinFreeFrame L r n ) is neither a sampled numeric type (\u2115 \u2124 \u211a \u211d) nor a decidable hypothesis", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "SourceGapConditionalMorseDistinct.lean::I4SourceGapConditionalMorseDistinct.freeShift_gradient": { + "module": "SourceGapConditionalMorseDistinct.lean", + "name": "I4SourceGapConditionalMorseDistinct.freeShift_gradient", + "status": "UNSUPPORTED", + "detail": "binder ( F : RawPinFreeFrame L r 2 ) is neither a sampled numeric type (\u2115 \u2124 \u211a \u211d) nor a decidable hypothesis", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "SourceGapConditionalMorseDistinct.lean::I4SourceGapConditionalMorseDistinct.freeShift_level": { + "module": "SourceGapConditionalMorseDistinct.lean", + "name": "I4SourceGapConditionalMorseDistinct.freeShift_level", + "status": "UNSUPPORTED", + "detail": "binder ( F : RawPinFreeFrame L r 3 ) is neither a sampled numeric type (\u2115 \u2124 \u211a \u211d) nor a decidable hypothesis", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "SourceGapConditionalMorseDistinct.lean::I4SourceGapConditionalMorseDistinct.finitePairing_sub_observation": { + "module": "SourceGapConditionalMorseDistinct.lean", + "name": "I4SourceGapConditionalMorseDistinct.finitePairing_sub_observation", + "status": "UNSUPPORTED", + "detail": "binder ( v : \u03b9 \u2192 \u2080 \u211d ) is neither a sampled numeric type (\u2115 \u2124 \u211a \u211d) nor a decidable hypothesis", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "SourceGapConditionalMorseDistinct.lean::I4SourceGapConditionalMorseDistinct.freeShift_tie": { + "module": "SourceGapConditionalMorseDistinct.lean", + "name": "I4SourceGapConditionalMorseDistinct.freeShift_tie", + "status": "UNSUPPORTED", + "detail": "binder ( F : RawPinFreeFrame L r 5 ) is neither a sampled numeric type (\u2115 \u2124 \u211a \u211d) nor a decidable hypothesis", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "SourceGapConditionalMorseDistinct.lean::I4SourceGapConditionalMorseDistinct.sourceGradient_eval_measurable": { + "module": "SourceGapConditionalMorseDistinct.lean", + "name": "I4SourceGapConditionalMorseDistinct.sourceGradient_eval_measurable", + "status": "UNSUPPORTED", + "detail": "conclusion is a structural predicate ['Measurable']: trivial on finite discrete models (every set is measurable, every function measurable and integrable), so sampling has no content here", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "SourceGapConditionalMorseDistinct.lean::I4SourceGapConditionalMorseDistinct.level_eval_measurable": { + "module": "SourceGapConditionalMorseDistinct.lean", + "name": "I4SourceGapConditionalMorseDistinct.level_eval_measurable", + "status": "UNSUPPORTED", + "detail": "conclusion is a structural predicate ['Measurable']: trivial on finite discrete models (every set is measurable, every function measurable and integrable), so sampling has no content here", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "SourceGapConditionalMorseDistinct.lean::I4SourceGapConditionalMorseDistinct.tie_eval_measurable": { + "module": "SourceGapConditionalMorseDistinct.lean", + "name": "I4SourceGapConditionalMorseDistinct.tie_eval_measurable", + "status": "UNSUPPORTED", + "detail": "binder ( p : Point4 ) is neither a sampled numeric type (\u2115 \u2124 \u211a \u211d) nor a decidable hypothesis", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "SourceGapConditionalMorseDistinct.lean::I4SourceGapConditionalMorseDistinct.constraintSquare_pos_iff": { + "module": "SourceGapConditionalMorseDistinct.lean", + "name": "I4SourceGapConditionalMorseDistinct.constraintSquare_pos_iff", + "status": "CORROBORATED", + "detail": "holds on 64 sampled instances satisfying the hypotheses (0 draws rejected by the hypotheses, 0 infeasible, seed 1): sampling is admitted evidence of the statement, not a proof of it", + "instances": 64, + "vacuous": false, + "float_free": true, + "sampling": { + "seed": 1, + "draws": 79, + "accepted": 64, + "rejected": 0, + "infeasible": 0, + "undecided": 0 + } + }, + "SourceGapConditionalMorseDistinct.lean::I4SourceGapConditionalMorseDistinct.constraintSquare_continuous": { + "module": "SourceGapConditionalMorseDistinct.lean", + "name": "I4SourceGapConditionalMorseDistinct.constraintSquare_continuous", + "status": "UNSUPPORTED", + "detail": "unparsed statement: SyntaxError: trailing tokens from ')'", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "SourceGapConditionalMorseDistinct.lean::I4SourceGapConditionalMorseDistinct.rawKernel_ae_of_sections": { + "module": "SourceGapConditionalMorseDistinct.lean", + "name": "I4SourceGapConditionalMorseDistinct.rawKernel_ae_of_sections", + "status": "UNSUPPORTED", + "detail": "binder ( F : RawPinFreeFrame L r n ) is neither a sampled numeric type (\u2115 \u2124 \u211a \u211d) nor a decidable hypothesis", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "SourceGapConditionalMorseDistinct.lean::I4SourceGapConditionalMorseDistinct.remote_open": { + "module": "SourceGapConditionalMorseDistinct.lean", + "name": "I4SourceGapConditionalMorseDistinct.remote_open", + "status": "UNSUPPORTED", + "detail": "unparsed statement: SyntaxError: trailing tokens from '{'", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "SourceGapConditionalMorseDistinct.lean::I4SourceGapConditionalMorseDistinct.remotePair_open": { + "module": "SourceGapConditionalMorseDistinct.lean", + "name": "I4SourceGapConditionalMorseDistinct.remotePair_open", + "status": "UNSUPPORTED", + "detail": "unparsed statement: SyntaxError: trailing tokens from '{'", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "SourceGapConditionalMorseDistinct.lean::I4SourceGapConditionalMorseDistinct.morse_discriminant_nonneg": { + "module": "SourceGapConditionalMorseDistinct.lean", + "name": "I4SourceGapConditionalMorseDistinct.morse_discriminant_nonneg", + "status": "UNSUPPORTED", + "detail": "binder ( \u03c9 : SmoothSample 2 L ) is neither a sampled numeric type (\u2115 \u2124 \u211a \u211d) nor a decidable hypothesis", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "SourceGapConditionalMorseDistinct.lean::I4SourceGapConditionalMorseDistinct.rawKernel_morse_compact": { + "module": "SourceGapConditionalMorseDistinct.lean", + "name": "I4SourceGapConditionalMorseDistinct.rawKernel_morse_compact", + "status": "UNSUPPORTED", + "detail": "binder ( F : RawPinFreeFrame L r 2 ) is neither a sampled numeric type (\u2115 \u2124 \u211a \u211d) nor a decidable hypothesis", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "SourceGapConditionalMorseDistinct.lean::I4SourceGapConditionalMorseDistinct.rawKernel_level_compact": { + "module": "SourceGapConditionalMorseDistinct.lean", + "name": "I4SourceGapConditionalMorseDistinct.rawKernel_level_compact", + "status": "UNSUPPORTED", + "detail": "binder ( F : RawPinFreeFrame L r 3 ) is neither a sampled numeric type (\u2115 \u2124 \u211a \u211d) nor a decidable hypothesis", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "SourceGapConditionalMorseDistinct.lean::I4SourceGapConditionalMorseDistinct.rawKernel_tie_compact": { + "module": "SourceGapConditionalMorseDistinct.lean", + "name": "I4SourceGapConditionalMorseDistinct.rawKernel_tie_compact", + "status": "UNSUPPORTED", + "detail": "binder ( F : RawPinFreeFrame L r 5 ) is neither a sampled numeric type (\u2115 \u2124 \u211a \u211d) nor a decidable hypothesis", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "SourceGapConditionalMorseDistinct.lean::I4SourceGapConditionalMorseDistinct.rawKernel_remote_morse": { + "module": "SourceGapConditionalMorseDistinct.lean", + "name": "I4SourceGapConditionalMorseDistinct.rawKernel_remote_morse", + "status": "UNSUPPORTED", + "detail": "unparsed statement: SyntaxError: expected ',', got \u03c9", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "SourceGapConditionalMorseDistinct.lean::I4SourceGapConditionalMorseDistinct.rawKernel_remote_level": { + "module": "SourceGapConditionalMorseDistinct.lean", + "name": "I4SourceGapConditionalMorseDistinct.rawKernel_remote_level", + "status": "UNSUPPORTED", + "detail": "unparsed statement: SyntaxError: expected ',', got \u03c9", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "SourceGapConditionalMorseDistinct.lean::I4SourceGapConditionalMorseDistinct.rawKernel_remote_tie": { + "module": "SourceGapConditionalMorseDistinct.lean", + "name": "I4SourceGapConditionalMorseDistinct.rawKernel_remote_tie", + "status": "UNSUPPORTED", + "detail": "unparsed statement: SyntaxError: expected ',', got \u03c9", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "SourceGapConditionalMorseDistinct.lean::I4SourceGapConditionalMorseDistinct.actual_source_normal_equation": { + "module": "SourceGapConditionalMorseDistinct.lean", + "name": "I4SourceGapConditionalMorseDistinct.actual_source_normal_equation", + "status": "UNSUPPORTED", + "detail": "binder ( F : RawPinFreeFrame L r 2 ) is neither a sampled numeric type (\u2115 \u2124 \u211a \u211d) nor a decidable hypothesis", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "SourceGapConditionalMorseDistinct.lean::I4SourceGapConditionalMorseDistinct.actual_level_dummy_control": { + "module": "SourceGapConditionalMorseDistinct.lean", + "name": "I4SourceGapConditionalMorseDistinct.actual_level_dummy_control", + "status": "UNSUPPORTED", + "detail": "binder ( F : RawPinFreeFrame L r 3 ) is neither a sampled numeric type (\u2115 \u2124 \u211a \u211d) nor a decidable hypothesis", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "SourceGapConditionalMorseDistinct.lean::I4SourceGapConditionalMorseDistinct.actual_tie_dummy_control": { + "module": "SourceGapConditionalMorseDistinct.lean", + "name": "I4SourceGapConditionalMorseDistinct.actual_tie_dummy_control", + "status": "UNSUPPORTED", + "detail": "binder ( F : RawPinFreeFrame L r 5 ) is neither a sampled numeric type (\u2115 \u2124 \u211a \u211d) nor a decidable hypothesis", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "SourceGapConditionalMorseDistinct.lean::I4SourceGapConditionalMorseDistinct.actual_nonorthogonal_normalization": { + "module": "SourceGapConditionalMorseDistinct.lean", + "name": "I4SourceGapConditionalMorseDistinct.actual_nonorthogonal_normalization", + "status": "UNSUPPORTED", + "detail": "binder ( hx : Remote L r x ) is neither a sampled numeric type (\u2115 \u2124 \u211a \u211d) nor a decidable hypothesis", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "SourceGapConditionalMorseDistinct.lean::I4SourceGapConditionalMorseDistinct.actual_lattice_translate_control": { + "module": "SourceGapConditionalMorseDistinct.lean", + "name": "I4SourceGapConditionalMorseDistinct.actual_lattice_translate_control", + "status": "UNSUPPORTED", + "detail": "binder ( \u03c9 : SmoothSample 2 L ) is neither a sampled numeric type (\u2115 \u2124 \u211a \u211d) nor a decidable hypothesis", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "SourceGapConditionalMorseDistinct.lean::I4SourceGapConditionalMorseDistinct.positive_discriminant_det": { + "module": "SourceGapConditionalMorseDistinct.lean", + "name": "I4SourceGapConditionalMorseDistinct.positive_discriminant_det", + "status": "UNSUPPORTED", + "detail": "binder ( \u03c9 : SmoothSample 2 L ) is neither a sampled numeric type (\u2115 \u2124 \u211a \u211d) nor a decidable hypothesis", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "SourceGapConditionalMorseDistinct.lean::I4SourceGapConditionalMorseDistinct.sourceDet_projection": { + "module": "SourceGapConditionalMorseDistinct.lean", + "name": "I4SourceGapConditionalMorseDistinct.sourceDet_projection", + "status": "UNSUPPORTED", + "detail": "binder ( \u03c9 : SmoothSample 2 L ) is neither a sampled numeric type (\u2115 \u2124 \u211a \u211d) nor a decidable hypothesis", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "SourceGapConditionalMorseDistinct.lean::I4SourceGapConditionalMorseDistinct.small_pins_separate": { + "module": "SourceGapConditionalMorseDistinct.lean", + "name": "I4SourceGapConditionalMorseDistinct.small_pins_separate", + "status": "UNSUPPORTED", + "detail": "result type SourceTorus d L", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "SourceGapConditionalMorseDistinct.lean::I4SourceGapConditionalMorseDistinct.endpoint_determinants": { + "module": "SourceGapConditionalMorseDistinct.lean", + "name": "I4SourceGapConditionalMorseDistinct.endpoint_determinants", + "status": "UNSUPPORTED", + "detail": "hypothesis ( hsep : I4Torus.torusProjection 2 L ( endpointM r ) \u2260 I4Torus.torusProjection 2 L ( endpointS r ) ) mentions undeclared names ['I4Torus.torusProjection', 'endpointM', 'endpointS']", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "SourceGapConditionalMorseDistinct.lean::I4SourceGapConditionalMorseDistinct.critical_values_distinct": { + "module": "SourceGapConditionalMorseDistinct.lean", + "name": "I4SourceGapConditionalMorseDistinct.critical_values_distinct", + "status": "UNSUPPORTED", + "detail": "binder ( \u03c9 : SmoothSample 2 L ) is neither a sampled numeric type (\u2115 \u2124 \u211a \u211d) nor a decidable hypothesis", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "SourceGapConditionalMorseDistinct.lean::I4SourceGapConditionalMorseDistinct.rawKernel_gap_morseDistinct": { + "module": "SourceGapConditionalMorseDistinct.lean", + "name": "I4SourceGapConditionalMorseDistinct.rawKernel_gap_morseDistinct", + "status": "UNSUPPORTED", + "detail": "binder ( hG : IsUnit ( I4SourceEndpointRegression.sourcePinCovarianceAt L r ) ) is neither a sampled numeric type (\u2115 \u2124 \u211a \u211d) nor a decidable hypothesis", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "SourceGapConditionalMorseDistinct.lean::I4SourceGapConditionalMorseDistinct.sourceGapLaw_ae_isMorseDistinct": { + "module": "SourceGapConditionalMorseDistinct.lean", + "name": "I4SourceGapConditionalMorseDistinct.sourceGapLaw_ae_isMorseDistinct", + "status": "UNSUPPORTED", + "detail": "unsupported syntax: existential quantifier", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "SourceGapPinCurvature.lean::I4SourceGapPinCurvature.source_normalized_first_four_third_bound": { + "module": "SourceGapPinCurvature.lean", + "name": "I4SourceGapPinCurvature.source_normalized_first_four_third_bound", + "status": "UNSUPPORTED", + "detail": "binder ( sample : SmoothSample 2 L ) is neither a sampled numeric type (\u2115 \u2124 \u211a \u211d) nor a decidable hypothesis", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "SourceGapPinCurvature.lean::I4SourceGapPinCurvature.source_normalized_first_four_bound": { + "module": "SourceGapPinCurvature.lean", + "name": "I4SourceGapPinCurvature.source_normalized_first_four_bound", + "status": "UNSUPPORTED", + "detail": "binder ( sample : SmoothSample 2 L ) is neither a sampled numeric type (\u2115 \u2124 \u211a \u211d) nor a decidable hypothesis", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "SourceGapPinCurvature.lean::I4SourceGapPinCurvature.source_normalized_transverse_errors": { + "module": "SourceGapPinCurvature.lean", + "name": "I4SourceGapPinCurvature.source_normalized_transverse_errors", + "status": "UNSUPPORTED", + "detail": "binder ( sample : SmoothSample 2 L ) is neither a sampled numeric type (\u2115 \u2124 \u211a \u211d) nor a decidable hypothesis", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "SourceGapPinCurvature.lean::I4SourceGapPinCurvature.source_normalized_determinant_bounds": { + "module": "SourceGapPinCurvature.lean", + "name": "I4SourceGapPinCurvature.source_normalized_determinant_bounds", + "status": "UNSUPPORTED", + "detail": "binder ( sample : SmoothSample 2 L ) is neither a sampled numeric type (\u2115 \u2124 \u211a \u211d) nor a decidable hypothesis", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "SourceGapPinCurvature.lean::I4SourceGapPinCurvature.sourceSmoothWeight_curvature_bound": { + "module": "SourceGapPinCurvature.lean", + "name": "I4SourceGapPinCurvature.sourceSmoothWeight_curvature_bound", + "status": "UNSUPPORTED", + "detail": "binder ( sample : SmoothSample 2 L ) is neither a sampled numeric type (\u2115 \u2124 \u211a \u211d) nor a decidable hypothesis", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "SourceGapPinCurvature.lean::I4SourceGapPinCurvature.source_positive_weight_curvature_upper": { + "module": "SourceGapPinCurvature.lean", + "name": "I4SourceGapPinCurvature.source_positive_weight_curvature_upper", + "status": "UNSUPPORTED", + "detail": "binder ( sample : SmoothSample 2 L ) is neither a sampled numeric type (\u2115 \u2124 \u211a \u211d) nor a decidable hypothesis", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "SourceGapPinCurvature.lean::I4SourceGapPinCurvature.source_bad_curvature_slab": { + "module": "SourceGapPinCurvature.lean", + "name": "I4SourceGapPinCurvature.source_bad_curvature_slab", + "status": "UNSUPPORTED", + "detail": "binder ( sample : SmoothSample 2 L ) is neither a sampled numeric type (\u2115 \u2124 \u211a \u211d) nor a decidable hypothesis", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "SourceGapPinCurvature.lean::I4SourceGapPinCurvature.sourceSmoothWeight_radius_bound": { + "module": "SourceGapPinCurvature.lean", + "name": "I4SourceGapPinCurvature.sourceSmoothWeight_radius_bound", + "status": "UNSUPPORTED", + "detail": "binder ( sample : SmoothSample 2 L ) is neither a sampled numeric type (\u2115 \u2124 \u211a \u211d) nor a decidable hypothesis", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "SourceGapPinCurvature.lean::I4SourceGapPinCurvature.sourceSmoothKernel_curvature_bounds_ae": { + "module": "SourceGapPinCurvature.lean", + "name": "I4SourceGapPinCurvature.sourceSmoothKernel_curvature_bounds_ae", + "status": "UNSUPPORTED", + "detail": "binder ( hG : IsUnit ( sourcePinCovarianceAt L r ) ) is neither a sampled numeric type (\u2115 \u2124 \u211a \u211d) nor a decidable hypothesis", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "SourceGapPinCurvature.lean::I4SourceGapPinCurvature.sourceGapLaw_curvature_bounds": { + "module": "SourceGapPinCurvature.lean", + "name": "I4SourceGapPinCurvature.sourceGapLaw_curvature_bounds", + "status": "UNSUPPORTED", + "detail": "unsupported syntax: existential quantifier", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "SourceGapWeightedNumerator.lean::I4SourceGapWeightedNumerator.sourceGapLaw_weight_integrable": { + "module": "SourceGapWeightedNumerator.lean", + "name": "I4SourceGapWeightedNumerator.sourceGapLaw_weight_integrable", + "status": "UNSUPPORTED", + "detail": "unsupported syntax: existential quantifier", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "SourceGapWeightedNumerator.lean::I4SourceGapWeightedNumerator.sourceGapLaw_compact_moments": { + "module": "SourceGapWeightedNumerator.lean", + "name": "I4SourceGapWeightedNumerator.sourceGapLaw_compact_moments", + "status": "UNSUPPORTED", + "detail": "unsupported syntax: existential quantifier", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "SourceGapWeightedNumerator.lean::I4SourceGapWeightedNumerator.sourceGapLaw_regularity_base_bound": { + "module": "SourceGapWeightedNumerator.lean", + "name": "I4SourceGapWeightedNumerator.sourceGapLaw_regularity_base_bound", + "status": "UNSUPPORTED", + "detail": "hypothesis ( hR : Integrable ( fun \u03c9 => sourceGammaRadius L \u03c9 ^ 30 ) ( sourceGapLaw hL r b k ) ) mentions undeclared names ['hL', 'sourceGammaRadius', 'sourceGapLaw']", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "SourceGapWeightedNumerator.lean::I4SourceGapWeightedNumerator.sourceGapLaw_regularity_numerator": { + "module": "SourceGapWeightedNumerator.lean", + "name": "I4SourceGapWeightedNumerator.sourceGapLaw_regularity_numerator", + "status": "UNSUPPORTED", + "detail": "unsupported syntax: existential quantifier", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "SourceGapWeightedNumerator.lean::I4SourceGapWeightedNumerator.sourceGapLaw_regular_numerator_of_product": { + "module": "SourceGapWeightedNumerator.lean", + "name": "I4SourceGapWeightedNumerator.sourceGapLaw_regular_numerator_of_product", + "status": "UNSUPPORTED", + "detail": "binder ( hG : IsUnit ( sourcePinCovarianceAt L r ) ) is neither a sampled numeric type (\u2115 \u2124 \u211a \u211d) nor a decidable hypothesis", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "SourceGapWeightedNumerator.lean::I4SourceGapWeightedNumerator.sourceGapLaw_regular_numerator": { + "module": "SourceGapWeightedNumerator.lean", + "name": "I4SourceGapWeightedNumerator.sourceGapLaw_regular_numerator", + "status": "UNSUPPORTED", + "detail": "unsupported syntax: existential quantifier", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "SourceGapWeightedNumerator.lean::I4SourceGapWeightedNumerator.sourceBadUnion_integral_le": { + "module": "SourceGapWeightedNumerator.lean", + "name": "I4SourceGapWeightedNumerator.sourceBadUnion_integral_le", + "status": "UNSUPPORTED", + "detail": "binder ( Q : Measure ( SmoothSample 2 L ) ) is neither a sampled numeric type (\u2115 \u2124 \u211a \u211d) nor a decidable hypothesis", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "SourceGapWeightedNumerator.lean::I4SourceGapWeightedNumerator.sourceGapLaw_bad_union_numerator": { + "module": "SourceGapWeightedNumerator.lean", + "name": "I4SourceGapWeightedNumerator.sourceGapLaw_bad_union_numerator", + "status": "UNSUPPORTED", + "detail": "unsupported syntax: existential quantifier", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "SourceH0OlderClearance.lean::I4SourceH0OlderClearance.coefficient_identity_ne_zero": { + "module": "SourceH0OlderClearance.lean", + "name": "I4SourceH0OlderClearance.coefficient_identity_ne_zero", + "status": "UNSUPPORTED", + "detail": "instance binder [ Field K ] cannot be sampled", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "SourceH0OlderClearance.lean::I4SourceH0OlderClearance.h0OlderClearance_iff_strictClearance": { + "module": "SourceH0OlderClearance.lean", + "name": "I4SourceH0OlderClearance.h0OlderClearance_iff_strictClearance", + "status": "UNSUPPORTED", + "detail": "instance binder [ Field K ] cannot be sampled", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "SourceH0OlderClearance.lean::I4SourceH0OlderClearance.h0OlderClearance_realCover_iff_lt_death": { + "module": "SourceH0OlderClearance.lean", + "name": "I4SourceH0OlderClearance.h0OlderClearance_realCover_iff_lt_death", + "status": "UNSUPPORTED", + "detail": "instance binder [ Field K ] cannot be sampled", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "SourceH0OlderClearance.lean::I4SourceH0OlderClearance.sourceGapLaw_h0OlderClearance_uniform": { + "module": "SourceH0OlderClearance.lean", + "name": "I4SourceH0OlderClearance.sourceGapLaw_h0OlderClearance_uniform", + "status": "UNSUPPORTED", + "detail": "unsupported syntax: existential quantifier", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "SourceIntrinsicH0Interface.lean::I4SourceIntrinsicH0Interface.cut_eq_C263": { + "module": "SourceIntrinsicH0Interface.lean", + "name": "I4SourceIntrinsicH0Interface.cut_eq_C263", + "status": "UNSUPPORTED", + "detail": "binder ( g : E d \u2192 \u211d ) is neither a sampled numeric type (\u2115 \u2124 \u211a \u211d) nor a decidable hypothesis", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "SourceIntrinsicH0Interface.lean::I4SourceIntrinsicH0Interface.death_eq_C263": { + "module": "SourceIntrinsicH0Interface.lean", + "name": "I4SourceIntrinsicH0Interface.death_eq_C263", + "status": "UNSUPPORTED", + "detail": "binder ( g : E d \u2192 \u211d ) is neither a sampled numeric type (\u2115 \u2124 \u211a \u211d) nor a decidable hypothesis", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "SourceIntrinsicH0Interface.lean::I4SourceIntrinsicH0Interface.thresholdPair_iff": { + "module": "SourceIntrinsicH0Interface.lean", + "name": "I4SourceIntrinsicH0Interface.thresholdPair_iff", + "status": "UNSUPPORTED", + "detail": "binder ( g : E d \u2192 \u211d ) is neither a sampled numeric type (\u2115 \u2124 \u211a \u211d) nor a decidable hypothesis", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "SourceIntrinsicH0Interface.lean::I4SourceIntrinsicH0Interface.h0Interface_cut_death_eq_C263": { + "module": "SourceIntrinsicH0Interface.lean", + "name": "I4SourceIntrinsicH0Interface.h0Interface_cut_death_eq_C263", + "status": "UNSUPPORTED", + "detail": "binder ( g : E d \u2192 \u211d ) is neither a sampled numeric type (\u2115 \u2124 \u211a \u211d) nor a decidable hypothesis", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "SourceIntrinsicH0Interface.lean::I4SourceIntrinsicH0Interface.given_death_eq": { + "module": "SourceIntrinsicH0Interface.lean", + "name": "I4SourceIntrinsicH0Interface.given_death_eq", + "status": "UNSUPPORTED", + "detail": "binder ( I : SuperlevelBarInterface d L ) is neither a sampled numeric type (\u2115 \u2124 \u211a \u211d) nor a decidable hypothesis", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "SourceIntrinsicH0Interface.lean::I4SourceIntrinsicH0Interface.h0Interface_morse_compatibility": { + "module": "SourceIntrinsicH0Interface.lean", + "name": "I4SourceIntrinsicH0Interface.h0Interface_morse_compatibility", + "status": "UNSUPPORTED", + "detail": "binder ( I : SuperlevelBarInterface d L ) is neither a sampled numeric type (\u2115 \u2124 \u211a \u211d) nor a decidable hypothesis", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "SourceIntrinsicH0Interface.lean::I4SourceIntrinsicH0Interface.sourceGapLaw_intrinsic_h0_finiteBar_uniform": { + "module": "SourceIntrinsicH0Interface.lean", + "name": "I4SourceIntrinsicH0Interface.sourceGapLaw_intrinsic_h0_finiteBar_uniform", + "status": "UNSUPPORTED", + "detail": "unsupported syntax: existential quantifier", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "SourceIntrinsicH0WeightedProbability.lean::I4SourceIntrinsicH0WeightedProbability.bcfClearance_open": { + "module": "SourceIntrinsicH0WeightedProbability.lean", + "name": "I4SourceIntrinsicH0WeightedProbability.bcfClearance_open", + "status": "UNSUPPORTED", + "detail": "binder ( M : E 2 ) is neither a sampled numeric type (\u2115 \u2124 \u211a \u211d) nor a decidable hypothesis", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "SourceIntrinsicH0WeightedProbability.lean::I4SourceIntrinsicH0WeightedProbability.bcfNonempty_open": { + "module": "SourceIntrinsicH0WeightedProbability.lean", + "name": "I4SourceIntrinsicH0WeightedProbability.bcfNonempty_open", + "status": "UNSUPPORTED", + "detail": "binder ( M : E 2 ) is neither a sampled numeric type (\u2115 \u2124 \u211a \u211d) nor a decidable hypothesis", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "SourceIntrinsicH0WeightedProbability.lean::I4SourceIntrinsicH0WeightedProbability.bcfDeath_preimage": { + "module": "SourceIntrinsicH0WeightedProbability.lean", + "name": "I4SourceIntrinsicH0WeightedProbability.bcfDeath_preimage", + "status": "UNSUPPORTED", + "detail": "binder ( M : E 2 ) is neither a sampled numeric type (\u2115 \u2124 \u211a \u211d) nor a decidable hypothesis", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "SourceIntrinsicH0WeightedProbability.lean::I4SourceIntrinsicH0WeightedProbability.bcfDeath_measurable": { + "module": "SourceIntrinsicH0WeightedProbability.lean", + "name": "I4SourceIntrinsicH0WeightedProbability.bcfDeath_measurable", + "status": "UNSUPPORTED", + "detail": "binder ( M : E 2 ) is neither a sampled numeric type (\u2115 \u2124 \u211a \u211d) nor a decidable hypothesis", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "SourceIntrinsicH0WeightedProbability.lean::I4SourceIntrinsicH0WeightedProbability.actualBCF_apply": { + "module": "SourceIntrinsicH0WeightedProbability.lean", + "name": "I4SourceIntrinsicH0WeightedProbability.actualBCF_apply", + "status": "UNSUPPORTED", + "detail": "binder ( \u03c9 : SmoothSample 2 L ) is neither a sampled numeric type (\u2115 \u2124 \u211a \u211d) nor a decidable hypothesis", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "SourceIntrinsicH0WeightedProbability.lean::I4SourceIntrinsicH0WeightedProbability.actualBCF_measurable": { + "module": "SourceIntrinsicH0WeightedProbability.lean", + "name": "I4SourceIntrinsicH0WeightedProbability.actualBCF_measurable", + "status": "UNSUPPORTED", + "detail": "unsupported syntax: notation '\u1d47'", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "SourceIntrinsicH0WeightedProbability.lean::I4SourceIntrinsicH0WeightedProbability.jetScalar_measurable": { + "module": "SourceIntrinsicH0WeightedProbability.lean", + "name": "I4SourceIntrinsicH0WeightedProbability.jetScalar_measurable", + "status": "UNSUPPORTED", + "detail": "binder ( v : Fin k \u2192 ( Fin 2 \u2192 \u211d ) ) is neither a sampled numeric type (\u2115 \u2124 \u211a \u211d) nor a decidable hypothesis", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "SourceIntrinsicH0WeightedProbability.lean::I4SourceIntrinsicH0WeightedProbability.actualCritical_iff": { + "module": "SourceIntrinsicH0WeightedProbability.lean", + "name": "I4SourceIntrinsicH0WeightedProbability.actualCritical_iff", + "status": "UNSUPPORTED", + "detail": "binder ( \u03c9 : SmoothSample 2 L ) is neither a sampled numeric type (\u2115 \u2124 \u211a \u211d) nor a decidable hypothesis", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "SourceIntrinsicH0WeightedProbability.lean::I4SourceIntrinsicH0WeightedProbability.actualCritical_measurable": { + "module": "SourceIntrinsicH0WeightedProbability.lean", + "name": "I4SourceIntrinsicH0WeightedProbability.actualCritical_measurable", + "status": "UNSUPPORTED", + "detail": "binder ( x : E 2 ) is neither a sampled numeric type (\u2115 \u2124 \u211a \u211d) nor a decidable hypothesis", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "SourceIntrinsicH0WeightedProbability.lean::I4SourceIntrinsicH0WeightedProbability.vector_decomp": { + "module": "SourceIntrinsicH0WeightedProbability.lean", + "name": "I4SourceIntrinsicH0WeightedProbability.vector_decomp", + "status": "UNSUPPORTED", + "detail": "binder ( v : E 2 ) is neither a sampled numeric type (\u2115 \u2124 \u211a \u211d) nor a decidable hypothesis", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "SourceIntrinsicH0WeightedProbability.lean::I4SourceIntrinsicH0WeightedProbability.hessian_quadratic": { + "module": "SourceIntrinsicH0WeightedProbability.lean", + "name": "I4SourceIntrinsicH0WeightedProbability.hessian_quadratic", + "status": "UNSUPPORTED", + "detail": "binder ( g : E 2 \u2192 \u211d ) is neither a sampled numeric type (\u2115 \u2124 \u211a \u211d) nor a decidable hypothesis", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "SourceIntrinsicH0WeightedProbability.lean::I4SourceIntrinsicH0WeightedProbability.planarInertiaVector_coordinates": { + "module": "SourceIntrinsicH0WeightedProbability.lean", + "name": "I4SourceIntrinsicH0WeightedProbability.planarInertiaVector_coordinates", + "status": "UNSUPPORTED", + "detail": "result type E d \u2243 L [ \u211d ] ( Fin d \u2192 \u211d )", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "SourceIntrinsicH0WeightedProbability.lean::I4SourceIntrinsicH0WeightedProbability.planarInertiaVector_quadratic": { + "module": "SourceIntrinsicH0WeightedProbability.lean", + "name": "I4SourceIntrinsicH0WeightedProbability.planarInertiaVector_quadratic", + "status": "UNSUPPORTED", + "detail": "binder ( g : E 2 \u2192 \u211d ) is neither a sampled numeric type (\u2115 \u2124 \u211a \u211d) nor a decidable hypothesis", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "SourceIntrinsicH0WeightedProbability.lean::I4SourceIntrinsicH0WeightedProbability.planar_all_negative_iff": { + "module": "SourceIntrinsicH0WeightedProbability.lean", + "name": "I4SourceIntrinsicH0WeightedProbability.planar_all_negative_iff", + "status": "UNSUPPORTED", + "detail": "binder ( g : E 2 \u2192 \u211d ) is neither a sampled numeric type (\u2115 \u2124 \u211a \u211d) nor a decidable hypothesis", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "SourceIntrinsicH0WeightedProbability.lean::I4SourceIntrinsicH0WeightedProbability.planar_det_neg_of_signs": { + "module": "SourceIntrinsicH0WeightedProbability.lean", + "name": "I4SourceIntrinsicH0WeightedProbability.planar_det_neg_of_signs", + "status": "CORROBORATED", + "detail": "holds on 64 sampled instances satisfying the hypotheses (53 draws rejected by the hypotheses, 0 infeasible, seed 1): sampling is admitted evidence of the statement, not a proof of it", + "instances": 64, + "vacuous": false, + "float_free": true, + "sampling": { + "seed": 1, + "draws": 64, + "accepted": 64, + "rejected": 53, + "infeasible": 0, + "undecided": 0 + } + }, + "SourceIntrinsicH0WeightedProbability.lean::I4SourceIntrinsicH0WeightedProbability.planar_inertia_one_of_sign_witnesses": { + "module": "SourceIntrinsicH0WeightedProbability.lean", + "name": "I4SourceIntrinsicH0WeightedProbability.planar_inertia_one_of_sign_witnesses", + "status": "UNSUPPORTED", + "detail": "binder ( g : E 2 \u2192 \u211d ) is neither a sampled numeric type (\u2115 \u2124 \u211a \u211d) nor a decidable hypothesis", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "SourceIntrinsicH0WeightedProbability.lean::I4SourceIntrinsicH0WeightedProbability.planar_inertia_two_iff": { + "module": "SourceIntrinsicH0WeightedProbability.lean", + "name": "I4SourceIntrinsicH0WeightedProbability.planar_inertia_two_iff", + "status": "UNSUPPORTED", + "detail": "binder ( g : E 2 \u2192 \u211d ) is neither a sampled numeric type (\u2115 \u2124 \u211a \u211d) nor a decidable hypothesis", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "SourceIntrinsicH0WeightedProbability.lean::I4SourceIntrinsicH0WeightedProbability.planar_inertia_one_iff": { + "module": "SourceIntrinsicH0WeightedProbability.lean", + "name": "I4SourceIntrinsicH0WeightedProbability.planar_inertia_one_iff", + "status": "UNSUPPORTED", + "detail": "binder ( g : E 2 \u2192 \u211d ) is neither a sampled numeric type (\u2115 \u2124 \u211a \u211d) nor a decidable hypothesis", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "SourceIntrinsicH0WeightedProbability.lean::I4SourceIntrinsicH0WeightedProbability.planar_negative_diagonal_control": { + "module": "SourceIntrinsicH0WeightedProbability.lean", + "name": "I4SourceIntrinsicH0WeightedProbability.planar_negative_diagonal_control", + "status": "UNSUPPORTED", + "detail": "binder ( g : E 2 \u2192 \u211d ) is neither a sampled numeric type (\u2115 \u2124 \u211a \u211d) nor a decidable hypothesis", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "SourceIntrinsicH0WeightedProbability.lean::I4SourceIntrinsicH0WeightedProbability.planar_saddle_diagonal_control": { + "module": "SourceIntrinsicH0WeightedProbability.lean", + "name": "I4SourceIntrinsicH0WeightedProbability.planar_saddle_diagonal_control", + "status": "UNSUPPORTED", + "detail": "binder ( g : E 2 \u2192 \u211d ) is neither a sampled numeric type (\u2115 \u2124 \u211a \u211d) nor a decidable hypothesis", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "SourceIntrinsicH0WeightedProbability.lean::I4SourceIntrinsicH0WeightedProbability.planar_zero_diagonal_saddle_control": { + "module": "SourceIntrinsicH0WeightedProbability.lean", + "name": "I4SourceIntrinsicH0WeightedProbability.planar_zero_diagonal_saddle_control", + "status": "UNSUPPORTED", + "detail": "binder ( g : E 2 \u2192 \u211d ) is neither a sampled numeric type (\u2115 \u2124 \u211a \u211d) nor a decidable hypothesis", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "SourceIntrinsicH0WeightedProbability.lean::I4SourceIntrinsicH0WeightedProbability.actualHessian_measurable": { + "module": "SourceIntrinsicH0WeightedProbability.lean", + "name": "I4SourceIntrinsicH0WeightedProbability.actualHessian_measurable", + "status": "UNSUPPORTED", + "detail": "binder ( x v w : E 2 ) is neither a sampled numeric type (\u2115 \u2124 \u211a \u211d) nor a decidable hypothesis", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "SourceIntrinsicH0WeightedProbability.lean::I4SourceIntrinsicH0WeightedProbability.actualBCF_coe_eq": { + "module": "SourceIntrinsicH0WeightedProbability.lean", + "name": "I4SourceIntrinsicH0WeightedProbability.actualBCF_coe_eq", + "status": "UNSUPPORTED", + "detail": "binder ( \u03c9 : SmoothSample 2 L ) is neither a sampled numeric type (\u2115 \u2124 \u211a \u211d) nor a decidable hypothesis", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "SourceIntrinsicH0WeightedProbability.lean::I4SourceIntrinsicH0WeightedProbability.actualNonempty_measurable": { + "module": "SourceIntrinsicH0WeightedProbability.lean", + "name": "I4SourceIntrinsicH0WeightedProbability.actualNonempty_measurable", + "status": "UNSUPPORTED", + "detail": "binder ( M : E 2 ) is neither a sampled numeric type (\u2115 \u2124 \u211a \u211d) nor a decidable hypothesis", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "SourceIntrinsicH0WeightedProbability.lean::I4SourceIntrinsicH0WeightedProbability.actualDeath_measurable": { + "module": "SourceIntrinsicH0WeightedProbability.lean", + "name": "I4SourceIntrinsicH0WeightedProbability.actualDeath_measurable", + "status": "UNSUPPORTED", + "detail": "binder ( M : E 2 ) is neither a sampled numeric type (\u2115 \u2124 \u211a \u211d) nor a decidable hypothesis", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "SourceIntrinsicH0WeightedProbability.lean::I4SourceIntrinsicH0WeightedProbability.wholeCut_iff_nonempty_death": { + "module": "SourceIntrinsicH0WeightedProbability.lean", + "name": "I4SourceIntrinsicH0WeightedProbability.wholeCut_iff_nonempty_death", + "status": "UNSUPPORTED", + "detail": "binder ( g : E 2 \u2192 \u211d ) is neither a sampled numeric type (\u2115 \u2124 \u211a \u211d) nor a decidable hypothesis", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "SourceIntrinsicH0WeightedProbability.lean::I4SourceIntrinsicH0WeightedProbability.event_characterization": { + "module": "SourceIntrinsicH0WeightedProbability.lean", + "name": "I4SourceIntrinsicH0WeightedProbability.event_characterization", + "status": "UNSUPPORTED", + "detail": "binder ( \u03c9 : SmoothSample 2 L ) is neither a sampled numeric type (\u2115 \u2124 \u211a \u211d) nor a decidable hypothesis", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "SourceIntrinsicH0WeightedProbability.lean::I4SourceIntrinsicH0WeightedProbability.actualMaximum_measurable": { + "module": "SourceIntrinsicH0WeightedProbability.lean", + "name": "I4SourceIntrinsicH0WeightedProbability.actualMaximum_measurable", + "status": "UNSUPPORTED", + "detail": "binder ( x : E 2 ) is neither a sampled numeric type (\u2115 \u2124 \u211a \u211d) nor a decidable hypothesis", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "SourceIntrinsicH0WeightedProbability.lean::I4SourceIntrinsicH0WeightedProbability.actualSaddle_measurable": { + "module": "SourceIntrinsicH0WeightedProbability.lean", + "name": "I4SourceIntrinsicH0WeightedProbability.actualSaddle_measurable", + "status": "UNSUPPORTED", + "detail": "binder ( x : E 2 ) is neither a sampled numeric type (\u2115 \u2124 \u211a \u211d) nor a decidable hypothesis", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "SourceIntrinsicH0WeightedProbability.lean::I4SourceIntrinsicH0WeightedProbability.sourceIntrinsicFiniteBarEvent_measurable": { + "module": "SourceIntrinsicH0WeightedProbability.lean", + "name": "I4SourceIntrinsicH0WeightedProbability.sourceIntrinsicFiniteBarEvent_measurable", + "status": "UNSUPPORTED", + "detail": "conclusion is a structural predicate ['MeasurableSet']: trivial on finite discrete models (every set is measurable, every function measurable and integrable), so sampling has no content here", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "SourceIntrinsicH0WeightedProbability.lean::I4SourceIntrinsicH0WeightedProbability.probability_uniform_given_measurable": { + "module": "SourceIntrinsicH0WeightedProbability.lean", + "name": "I4SourceIntrinsicH0WeightedProbability.probability_uniform_given_measurable", + "status": "UNSUPPORTED", + "detail": "unsupported syntax: existential quantifier", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "SourceIntrinsicH0WeightedProbability.lean::I4SourceIntrinsicH0WeightedProbability.sourceIntrinsicFiniteBarProbability_uniform": { + "module": "SourceIntrinsicH0WeightedProbability.lean", + "name": "I4SourceIntrinsicH0WeightedProbability.sourceIntrinsicFiniteBarProbability_uniform", + "status": "UNSUPPORTED", + "detail": "unsupported syntax: existential quantifier", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "SourceLifetimePairFiniteness.lean::I4SourceLifetimePairFiniteness.actual_critical_coordinateGradient_zero": { + "module": "SourceLifetimePairFiniteness.lean", + "name": "I4SourceLifetimePairFiniteness.actual_critical_coordinateGradient_zero", + "status": "UNSUPPORTED", + "detail": "binder ( \u03c9 : SmoothSample 2 L ) is neither a sampled numeric type (\u2115 \u2124 \u211a \u211d) nor a decidable hypothesis", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "SourceLifetimePairFiniteness.lean::I4SourceLifetimePairFiniteness.coordinates_fundDomain_mem_sourceMorseCube": { + "module": "SourceLifetimePairFiniteness.lean", + "name": "I4SourceLifetimePairFiniteness.coordinates_fundDomain_mem_sourceMorseCube", + "status": "UNSUPPORTED", + "detail": "binder { x : E 2 } is neither a sampled numeric type (\u2115 \u2124 \u211a \u211d) nor a decidable hypothesis", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "SourceLifetimePairFiniteness.lean::I4SourceLifetimePairFiniteness.smoothLaw_ae_finite_criticalFundDomain": { + "module": "SourceLifetimePairFiniteness.lean", + "name": "I4SourceLifetimePairFiniteness.smoothLaw_ae_finite_criticalFundDomain", + "status": "UNSUPPORTED", + "detail": "unparsed statement: SyntaxError: expected ',', got \u03c9", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "SourceLifetimePairFiniteness.lean::I4SourceLifetimePairFiniteness.smoothLaw_ae_finite_pairSet_of_critical": { + "module": "SourceLifetimePairFiniteness.lean", + "name": "I4SourceLifetimePairFiniteness.smoothLaw_ae_finite_pairSet_of_critical", + "status": "UNSUPPORTED", + "detail": "unparsed statement: SyntaxError: expected ',', got \u03c9", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "SourceLifetimePairFiniteness.lean::I4SourceLifetimePairFiniteness.smoothLaw_ae_finite_candidatePairSet": { + "module": "SourceLifetimePairFiniteness.lean", + "name": "I4SourceLifetimePairFiniteness.smoothLaw_ae_finite_candidatePairSet", + "status": "UNSUPPORTED", + "detail": "unparsed statement: SyntaxError: expected ',', got \u03c9", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "SourceLifetimePairFiniteness.lean::I4SourceLifetimePairFiniteness.smoothLaw_ae_finite_windowPairSet": { + "module": "SourceLifetimePairFiniteness.lean", + "name": "I4SourceLifetimePairFiniteness.smoothLaw_ae_finite_windowPairSet", + "status": "UNSUPPORTED", + "detail": "unparsed statement: SyntaxError: expected ',', got \u03c9", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "SourceLifetimePairFiniteness.lean::I4SourceLifetimePairFiniteness.smoothLaw_ae_finite_windowElderPairSet": { + "module": "SourceLifetimePairFiniteness.lean", + "name": "I4SourceLifetimePairFiniteness.smoothLaw_ae_finite_windowElderPairSet", + "status": "UNSUPPORTED", + "detail": "unparsed statement: SyntaxError: expected ',', got \u03c9", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "SourceLifetimePairFiniteness.lean::I4SourceLifetimePairFiniteness.smoothLaw_ae_finite_unrestrictedPairSet": { + "module": "SourceLifetimePairFiniteness.lean", + "name": "I4SourceLifetimePairFiniteness.smoothLaw_ae_finite_unrestrictedPairSet", + "status": "UNSUPPORTED", + "detail": "unparsed statement: SyntaxError: expected ',', got \u03c9", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "SourceLifetimePairFiniteness.lean::I4SourceLifetimePairFiniteness.smoothLaw_ae_finite_finiteBarPairSet": { + "module": "SourceLifetimePairFiniteness.lean", + "name": "I4SourceLifetimePairFiniteness.smoothLaw_ae_finite_finiteBarPairSet", + "status": "UNSUPPORTED", + "detail": "unparsed statement: SyntaxError: expected ',', got \u03c9", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "SourceMorseIncidence.lean::I4ActualSourceMorse.incidence_noninjective_of_normal_equations": { + "module": "SourceMorseIncidence.lean", + "name": "I4ActualSourceMorse.incidence_noninjective_of_normal_equations", + "status": "UNSUPPORTED", + "detail": "instance binder [ NormedAddCommGroup E ] cannot be sampled", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "SourceMorseIncidence.lean::I4ActualSourceMorse.incidence_det_eq_zero_of_normal_equations": { + "module": "SourceMorseIncidence.lean", + "name": "I4ActualSourceMorse.incidence_det_eq_zero_of_normal_equations", + "status": "UNSUPPORTED", + "detail": "instance binder [ NormedAddCommGroup E ] cannot be sampled", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "SourceMorseIncidence.lean::I4ActualSourceMorse.scalar_quotient_hasFDerivAt": { + "module": "SourceMorseIncidence.lean", + "name": "I4ActualSourceMorse.scalar_quotient_hasFDerivAt", + "status": "UNSUPPORTED", + "detail": "instance binder [ NormedAddCommGroup X ] cannot be sampled", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "SourceMorseIncidence.lean::I4ActualSourceMorse.twoChannelIncidence_hasFDerivAt": { + "module": "SourceMorseIncidence.lean", + "name": "I4ActualSourceMorse.twoChannelIncidence_hasFDerivAt", + "status": "UNSUPPORTED", + "detail": "binder ( g b c : ChannelSpace n \u2192 ChannelSpace n ) is neither a sampled numeric type (\u2115 \u2124 \u211a \u211d) nor a decidable hypothesis", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "SourceMorseIncidence.lean::I4ActualSourceMorse.twoChannelIncidence_differentiableAt": { + "module": "SourceMorseIncidence.lean", + "name": "I4ActualSourceMorse.twoChannelIncidence_differentiableAt", + "status": "UNSUPPORTED", + "detail": "binder ( g b c : ChannelSpace n \u2192 ChannelSpace n ) is neither a sampled numeric type (\u2115 \u2124 \u211a \u211d) nor a decidable hypothesis", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "SourceMorseIncidence.lean::I4ActualSourceMorse.twoChannelIncidence_critical_identity": { + "module": "SourceMorseIncidence.lean", + "name": "I4ActualSourceMorse.twoChannelIncidence_critical_identity", + "status": "UNSUPPORTED", + "detail": "binder ( g b c : ChannelSpace n \u2192 ChannelSpace n ) is neither a sampled numeric type (\u2115 \u2124 \u211a \u211d) nor a decidable hypothesis", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "SourceMorseIncidence.lean::I4ActualSourceMorse.channelDiagonal_injective": { + "module": "SourceMorseIncidence.lean", + "name": "I4ActualSourceMorse.channelDiagonal_injective", + "status": "UNSUPPORTED", + "detail": "binder ( b : ChannelSpace n ) is neither a sampled numeric type (\u2115 \u2124 \u211a \u211d) nor a decidable hypothesis", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "SourceMorseIncidence.lean::I4ActualSourceMorse.twoChannelGradientFamily_hasFDerivAt": { + "module": "SourceMorseIncidence.lean", + "name": "I4ActualSourceMorse.twoChannelGradientFamily_hasFDerivAt", + "status": "UNSUPPORTED", + "detail": "binder ( g b c : ChannelSpace n \u2192 ChannelSpace n ) is neither a sampled numeric type (\u2115 \u2124 \u211a \u211d) nor a decidable hypothesis", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "SourceMorseIncidence.lean::I4ActualSourceMorse.twoChannelIncidence_spatial_snd_eq_zero": { + "module": "SourceMorseIncidence.lean", + "name": "I4ActualSourceMorse.twoChannelIncidence_spatial_snd_eq_zero", + "status": "UNSUPPORTED", + "detail": "binder ( g b c : ChannelSpace n \u2192 ChannelSpace n ) is neither a sampled numeric type (\u2115 \u2124 \u211a \u211d) nor a decidable hypothesis", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "SourceMorseIncidence.lean::I4ActualSourceMorse.twoChannelIncidence_spatial_normal_equation": { + "module": "SourceMorseIncidence.lean", + "name": "I4ActualSourceMorse.twoChannelIncidence_spatial_normal_equation", + "status": "UNSUPPORTED", + "detail": "binder ( g b c : ChannelSpace n \u2192 ChannelSpace n ) is neither a sampled numeric type (\u2115 \u2124 \u211a \u211d) nor a decidable hypothesis", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "SourceMorseIncidence.lean::I4ActualSourceMorse.twoChannelIncidence_eq_of_critical": { + "module": "SourceMorseIncidence.lean", + "name": "I4ActualSourceMorse.twoChannelIncidence_eq_of_critical", + "status": "UNSUPPORTED", + "detail": "binder ( g b c : ChannelSpace n \u2192 ChannelSpace n ) is neither a sampled numeric type (\u2115 \u2124 \u211a \u211d) nor a decidable hypothesis", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "SourceMorseIncidence.lean::I4ActualSourceMorse.twoChannelDegenerateCriticalParameters_subset_image": { + "module": "SourceMorseIncidence.lean", + "name": "I4ActualSourceMorse.twoChannelDegenerateCriticalParameters_subset_image", + "status": "UNSUPPORTED", + "detail": "binder ( g b c : ChannelSpace n \u2192 ChannelSpace n ) is neither a sampled numeric type (\u2115 \u2124 \u211a \u211d) nor a decidable hypothesis", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "SourceMorseIncidence.lean::I4ActualSourceMorse.twoChannelIncidence_det_eq_zero_on_degenerate": { + "module": "SourceMorseIncidence.lean", + "name": "I4ActualSourceMorse.twoChannelIncidence_det_eq_zero_on_degenerate", + "status": "UNSUPPORTED", + "detail": "binder ( g b c : ChannelSpace n \u2192 ChannelSpace n ) is neither a sampled numeric type (\u2115 \u2124 \u211a \u211d) nor a decidable hypothesis", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "SourceMorseIncidence.lean::I4ActualSourceMorse.twoChannelDegenerateIncidence_image_haar_null": { + "module": "SourceMorseIncidence.lean", + "name": "I4ActualSourceMorse.twoChannelDegenerateIncidence_image_haar_null", + "status": "UNSUPPORTED", + "detail": "binder ( g b c : ChannelSpace n \u2192 ChannelSpace n ) is neither a sampled numeric type (\u2115 \u2124 \u211a \u211d) nor a decidable hypothesis", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "SourceMorseIncidence.lean::I4ActualSourceMorse.twoChannelDegenerateCriticalParameters_haar_null": { + "module": "SourceMorseIncidence.lean", + "name": "I4ActualSourceMorse.twoChannelDegenerateCriticalParameters_haar_null", + "status": "UNSUPPORTED", + "detail": "binder ( g b c : ChannelSpace n \u2192 ChannelSpace n ) is neither a sampled numeric type (\u2115 \u2124 \u211a \u211d) nor a decidable hypothesis", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "SourceMorseIncidence.lean::I4ActualSourceMorse.channelSwap_involutive": { + "module": "SourceMorseIncidence.lean", + "name": "I4ActualSourceMorse.channelSwap_involutive", + "status": "UNSUPPORTED", + "detail": "binder ( \u03c3 : Fin n \u2192 Bool ) is neither a sampled numeric type (\u2115 \u2124 \u211a \u211d) nor a decidable hypothesis", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "SourceMorseIncidence.lean::I4ActualSourceMorse.channelSwap_gradient_identity": { + "module": "SourceMorseIncidence.lean", + "name": "I4ActualSourceMorse.channelSwap_gradient_identity", + "status": "UNSUPPORTED", + "detail": "binder ( \u03c3 : Fin n \u2192 Bool ) is neither a sampled numeric type (\u2115 \u2124 \u211a \u211d) nor a decidable hypothesis", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "SourceMorseIncidence.lean::I4ActualSourceMorse.channelSwap_image_null": { + "module": "SourceMorseIncidence.lean", + "name": "I4ActualSourceMorse.channelSwap_image_null", + "status": "UNSUPPORTED", + "detail": "binder ( \u03bc : Measure ( ( Fin n \u2192 \u211d ) \u00d7 ( Fin n \u2192 \u211d ) ) ) is neither a sampled numeric type (\u2115 \u2124 \u211a \u211d) nor a decidable hypothesis", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "SourceMorseIncidence.lean::I4ActualSourceMorse.gaussian_two_absolutelyContinuous": { + "module": "SourceMorseIncidence.lean", + "name": "I4ActualSourceMorse.gaussian_two_absolutelyContinuous", + "status": "UNSUPPORTED", + "detail": "binder ( v : Fin 2 \u2192 \u211d \u2265 0 ) is neither a sampled numeric type (\u2115 \u2124 \u211a \u211d) nor a decidable hypothesis", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "SourceMorseIncidence.lean::I4ActualSourceMorse.gaussian_four_grouped_absolutelyContinuous": { + "module": "SourceMorseIncidence.lean", + "name": "I4ActualSourceMorse.gaussian_four_grouped_absolutelyContinuous", + "status": "UNSUPPORTED", + "detail": "unsupported syntax: notation '\u00d7'", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "SourceMorseIncidence.lean::I4ActualSourceMorse.four_trigonometric_patches_cover": { + "module": "SourceMorseIncidence.lean", + "name": "I4ActualSourceMorse.four_trigonometric_patches_cover", + "status": "UNSUPPORTED", + "detail": "unsupported syntax: existential quantifier", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "SourceMorseIncidence.lean::I4ActualSourceMorse.cosineGradientChannel_differentiable": { + "module": "SourceMorseIncidence.lean", + "name": "I4ActualSourceMorse.cosineGradientChannel_differentiable", + "status": "UNSUPPORTED", + "detail": "proposition of form App", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "SourceMorseIncidence.lean::I4ActualSourceMorse.sineGradientChannel_differentiable": { + "module": "SourceMorseIncidence.lean", + "name": "I4ActualSourceMorse.sineGradientChannel_differentiable", + "status": "UNSUPPORTED", + "detail": "proposition of form App", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "SourceMorseIncidence.lean::I4ActualSourceMorse.selectedTrigonometricChannel_differentiable": { + "module": "SourceMorseIncidence.lean", + "name": "I4ActualSourceMorse.selectedTrigonometricChannel_differentiable", + "status": "UNSUPPORTED", + "detail": "binder ( \u03c3 : Fin 2 \u2192 Bool ) is neither a sampled numeric type (\u2115 \u2124 \u211a \u211d) nor a decidable hypothesis", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "SourceMorseIncidence.lean::I4ActualSourceMorse.unusedTrigonometricChannel_differentiable": { + "module": "SourceMorseIncidence.lean", + "name": "I4ActualSourceMorse.unusedTrigonometricChannel_differentiable", + "status": "UNSUPPORTED", + "detail": "binder ( \u03c3 : Fin 2 \u2192 Bool ) is neither a sampled numeric type (\u2115 \u2124 \u211a \u211d) nor a decidable hypothesis", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "SourceMorseIncidence.lean::I4ActualSourceMorse.trigonometricChannelSwap_gradient_function_identity": { + "module": "SourceMorseIncidence.lean", + "name": "I4ActualSourceMorse.trigonometricChannelSwap_gradient_function_identity", + "status": "UNSUPPORTED", + "detail": "binder ( g : ( Fin 2 \u2192 \u211d ) \u2192 ( Fin 2 \u2192 \u211d ) ) is neither a sampled numeric type (\u2115 \u2124 \u211a \u211d) nor a decidable hypothesis", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "SourceMorseIncidence.lean::I4ActualSourceMorse.trigonometricDegenerateCriticalParameters_subset_patch_union": { + "module": "SourceMorseIncidence.lean", + "name": "I4ActualSourceMorse.trigonometricDegenerateCriticalParameters_subset_patch_union", + "status": "UNSUPPORTED", + "detail": "binder ( g : ( Fin 2 \u2192 \u211d ) \u2192 ( Fin 2 \u2192 \u211d ) ) is neither a sampled numeric type (\u2115 \u2124 \u211a \u211d) nor a decidable hypothesis", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "SourceMorseIncidence.lean::I4ActualSourceMorse.trigonometricDegenerateCriticalParameters_haar_null": { + "module": "SourceMorseIncidence.lean", + "name": "I4ActualSourceMorse.trigonometricDegenerateCriticalParameters_haar_null", + "status": "UNSUPPORTED", + "detail": "binder ( g : ( Fin 2 \u2192 \u211d ) \u2192 ( Fin 2 \u2192 \u211d ) ) is neither a sampled numeric type (\u2115 \u2124 \u211a \u211d) nor a decidable hypothesis", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "SourceMorseIncidence.lean::I4ActualSourceMorse.trigonometricDegenerateCriticalParameters_gaussian_null": { + "module": "SourceMorseIncidence.lean", + "name": "I4ActualSourceMorse.trigonometricDegenerateCriticalParameters_gaussian_null", + "status": "UNSUPPORTED", + "detail": "binder ( g : ( Fin 2 \u2192 \u211d ) \u2192 ( Fin 2 \u2192 \u211d ) ) is neither a sampled numeric type (\u2115 \u2124 \u211a \u211d) nor a decidable hypothesis", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "SourceMorseIncidence.lean::I4ActualSourceMorse.eraseCoefficients_measurable": { + "module": "SourceMorseIncidence.lean", + "name": "I4ActualSourceMorse.eraseCoefficients_measurable", + "status": "UNSUPPORTED", + "detail": "binder ( B : Finset I ) is neither a sampled numeric type (\u2115 \u2124 \u211a \u211d) nor a decidable hypothesis", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "SourceMorseIncidence.lean::I4ActualSourceMorse.eraseSample_measurable": { + "module": "SourceMorseIncidence.lean", + "name": "I4ActualSourceMorse.eraseSample_measurable", + "status": "UNSUPPORTED", + "detail": "binder ( B : Finset ( SourceMode d ) ) is neither a sampled numeric type (\u2115 \u2124 \u211a \u211d) nor a decidable hypothesis", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "SourceMorseIncidence.lean::I4ActualSourceMorse.actual_derivative_finite_split": { + "module": "SourceMorseIncidence.lean", + "name": "I4ActualSourceMorse.actual_derivative_finite_split", + "status": "UNSUPPORTED", + "detail": "binder ( B : Finset ( SourceMode 2 ) ) is neither a sampled numeric type (\u2115 \u2124 \u211a \u211d) nor a decidable hypothesis", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "SourceMorseIncidence.lean::I4ActualSourceMorse.finite_block_indep_erased": { + "module": "SourceMorseIncidence.lean", + "name": "I4ActualSourceMorse.finite_block_indep_erased", + "status": "UNSUPPORTED", + "detail": "binder ( B : Finset I ) is neither a sampled numeric type (\u2115 \u2124 \u211a \u211d) nor a decidable hypothesis", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "SourceMorseIncidence.lean::I4ActualSourceMorse.finite_block_law": { + "module": "SourceMorseIncidence.lean", + "name": "I4ActualSourceMorse.finite_block_law", + "status": "UNSUPPORTED", + "detail": "binder ( B : Finset I ) is neither a sampled numeric type (\u2115 \u2124 \u211a \u211d) nor a decidable hypothesis", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "SourceMorseIncidence.lean::I4ActualSourceMorse.actual_finite_block_law": { + "module": "SourceMorseIncidence.lean", + "name": "I4ActualSourceMorse.actual_finite_block_law", + "status": "UNSUPPORTED", + "detail": "binder ( B : Finset ( SourceMode d ) ) is neither a sampled numeric type (\u2115 \u2124 \u211a \u211d) nor a decidable hypothesis", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "SourceMorseIncidence.lean::I4ActualSourceMorse.actual_finite_block_indep_erased": { + "module": "SourceMorseIncidence.lean", + "name": "I4ActualSourceMorse.actual_finite_block_indep_erased", + "status": "UNSUPPORTED", + "detail": "binder ( B : Finset ( SourceMode d ) ) is neither a sampled numeric type (\u2115 \u2124 \u211a \u211d) nor a decidable hypothesis", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "SourceMorseIncidence.lean::I4ActualSourceMorse.replaceSample_measurable": { + "module": "SourceMorseIncidence.lean", + "name": "I4ActualSourceMorse.replaceSample_measurable", + "status": "UNSUPPORTED", + "detail": "binder ( B : Finset ( SourceMode d ) ) is neither a sampled numeric type (\u2115 \u2124 \u211a \u211d) nor a decidable hypothesis", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "SourceMorseIncidence.lean::I4ActualSourceMorse.replaceSample_compose": { + "module": "SourceMorseIncidence.lean", + "name": "I4ActualSourceMorse.replaceSample_compose", + "status": "UNSUPPORTED", + "detail": "binder ( B : Finset ( SourceMode d ) ) is neither a sampled numeric type (\u2115 \u2124 \u211a \u211d) nor a decidable hypothesis", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "SourceMorseIncidence.lean::I4ActualSourceMorse.replaceSample_read_self": { + "module": "SourceMorseIncidence.lean", + "name": "I4ActualSourceMorse.replaceSample_read_self", + "status": "UNSUPPORTED", + "detail": "binder ( B : Finset ( SourceMode d ) ) is neither a sampled numeric type (\u2115 \u2124 \u211a \u211d) nor a decidable hypothesis", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "SourceMorseIncidence.lean::I4ActualSourceMorse.replaceSample_reconstruct": { + "module": "SourceMorseIncidence.lean", + "name": "I4ActualSourceMorse.replaceSample_reconstruct", + "status": "UNSUPPORTED", + "detail": "binder ( B : Finset ( SourceMode d ) ) is neither a sampled numeric type (\u2115 \u2124 \u211a \u211d) nor a decidable hypothesis", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "SourceMorseIncidence.lean::I4ActualSourceMorse.replaceSample_event_measurable": { + "module": "SourceMorseIncidence.lean", + "name": "I4ActualSourceMorse.replaceSample_event_measurable", + "status": "UNSUPPORTED", + "detail": "binder ( B : Finset ( SourceMode d ) ) is neither a sampled numeric type (\u2115 \u2124 \u211a \u211d) nor a decidable hypothesis", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "SourceMorseIncidence.lean::I4ActualSourceMorse.eraseSample_eq_replaceSample_zero": { + "module": "SourceMorseIncidence.lean", + "name": "I4ActualSourceMorse.eraseSample_eq_replaceSample_zero", + "status": "UNSUPPORTED", + "detail": "binder ( B : Finset ( SourceMode d ) ) is neither a sampled numeric type (\u2115 \u2124 \u211a \u211d) nor a decidable hypothesis", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "SourceMorseIncidence.lean::I4ActualSourceMorse.replaceSample_read_erased": { + "module": "SourceMorseIncidence.lean", + "name": "I4ActualSourceMorse.replaceSample_read_erased", + "status": "UNSUPPORTED", + "detail": "binder ( B : Finset ( SourceMode d ) ) is neither a sampled numeric type (\u2115 \u2124 \u211a \u211d) nor a decidable hypothesis", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "SourceMorseIncidence.lean::I4ActualSourceMorse.actual_erased_block_joint_map": { + "module": "SourceMorseIncidence.lean", + "name": "I4ActualSourceMorse.actual_erased_block_joint_map", + "status": "UNSUPPORTED", + "detail": "binder ( B : Finset ( SourceMode d ) ) is neither a sampled numeric type (\u2115 \u2124 \u211a \u211d) nor a decidable hypothesis", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "SourceMorseIncidence.lean::I4ActualSourceMorse.actual_finite_replacement_ae": { + "module": "SourceMorseIncidence.lean", + "name": "I4ActualSourceMorse.actual_finite_replacement_ae", + "status": "UNSUPPORTED", + "detail": "binder ( B : Finset ( SourceMode d ) ) is neither a sampled numeric type (\u2115 \u2124 \u211a \u211d) nor a decidable hypothesis", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "SourceMorseIncidence.lean::I4ActualSourceMorse.groupFour_measurable": { + "module": "SourceMorseIncidence.lean", + "name": "I4ActualSourceMorse.groupFour_measurable", + "status": "UNSUPPORTED", + "detail": "conclusion is a structural predicate ['Measurable']: trivial on finite discrete models (every set is measurable, every function measurable and integrable), so sampling has no content here", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "SourceMorseIncidence.lean::I4ActualSourceMorse.groupFour_measurePreserving": { + "module": "SourceMorseIncidence.lean", + "name": "I4ActualSourceMorse.groupFour_measurePreserving", + "status": "UNSUPPORTED", + "detail": "binder ( \u03bd : Measure \u211d ) is neither a sampled numeric type (\u2115 \u2124 \u211a \u211d) nor a decidable hypothesis", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "SourceMorseIncidence.lean::I4ActualSourceMorse.groupFour_gaussian_measurePreserving": { + "module": "SourceMorseIncidence.lean", + "name": "I4ActualSourceMorse.groupFour_gaussian_measurePreserving", + "status": "UNSUPPORTED", + "detail": "unparsed statement: SyntaxError: expected ')', got fun", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "SourceMorseIncidence.lean::I4ActualSourceMorse.actual_four_coordinate_law": { + "module": "SourceMorseIncidence.lean", + "name": "I4ActualSourceMorse.actual_four_coordinate_law", + "status": "UNSUPPORTED", + "detail": "binder ( m : Fin 4 \u2192 SourceMode d ) is neither a sampled numeric type (\u2115 \u2124 \u211a \u211d) nor a decidable hypothesis", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "SourceMorseIncidence.lean::I4ActualSourceMorse.actualGroupedFour_measurable": { + "module": "SourceMorseIncidence.lean", + "name": "I4ActualSourceMorse.actualGroupedFour_measurable", + "status": "UNSUPPORTED", + "detail": "binder ( m : Fin 4 \u2192 SourceMode d ) is neither a sampled numeric type (\u2115 \u2124 \u211a \u211d) nor a decidable hypothesis", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "SourceMorseIncidence.lean::I4ActualSourceMorse.actualGroupedFour_map_eq": { + "module": "SourceMorseIncidence.lean", + "name": "I4ActualSourceMorse.actualGroupedFour_map_eq", + "status": "UNSUPPORTED", + "detail": "binder ( m : Fin 4 \u2192 SourceMode d ) is neither a sampled numeric type (\u2115 \u2124 \u211a \u211d) nor a decidable hypothesis", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "SourceMorseIncidence.lean::I4ActualSourceMorse.actualGroupedFour_measurePreserving": { + "module": "SourceMorseIncidence.lean", + "name": "I4ActualSourceMorse.actualGroupedFour_measurePreserving", + "status": "UNSUPPORTED", + "detail": "binder ( m : Fin 4 \u2192 SourceMode d ) is neither a sampled numeric type (\u2115 \u2124 \u211a \u211d) nor a decidable hypothesis", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "SourceMorseIncidence.lean::I4ActualSourceMorse.compact_positive_iff_dense_nat_floor": { + "module": "SourceMorseIncidence.lean", + "name": "I4ActualSourceMorse.compact_positive_iff_dense_nat_floor", + "status": "UNSUPPORTED", + "detail": "instance binder [ CompactSpace K ] cannot be sampled", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "SourceMorseIncidence.lean::I4ActualSourceMorse.measurableSet_forall_pos_of_compact": { + "module": "SourceMorseIncidence.lean", + "name": "I4ActualSourceMorse.measurableSet_forall_pos_of_compact", + "status": "UNSUPPORTED", + "detail": "instance binder [ CompactSpace K ] cannot be sampled", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "SourceMorseIncidence.lean::I4ActualSourceMorse.measurableSet_forall_mem_pos_of_isCompact": { + "module": "SourceMorseIncidence.lean", + "name": "I4ActualSourceMorse.measurableSet_forall_mem_pos_of_isCompact", + "status": "UNSUPPORTED", + "detail": "binder ( hs : IsCompact s ) is neither a sampled numeric type (\u2115 \u2124 \u211a \u211d) nor a decidable hypothesis", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "SourceMorseIncidence.lean::I4ActualSourceMorse.sourceDerivative_eval_measurable": { + "module": "SourceMorseIncidence.lean", + "name": "I4ActualSourceMorse.sourceDerivative_eval_measurable", + "status": "UNSUPPORTED", + "detail": "binder ( u : Fin k \u2192 ( Fin d \u2192 \u211d ) ) is neither a sampled numeric type (\u2115 \u2124 \u211a \u211d) nor a decidable hypothesis", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "SourceMorseIncidence.lean::I4ActualSourceMorse.sourceDerivative_spatial_continuous": { + "module": "SourceMorseIncidence.lean", + "name": "I4ActualSourceMorse.sourceDerivative_spatial_continuous", + "status": "UNSUPPORTED", + "detail": "binder ( u : Fin k \u2192 ( Fin d \u2192 \u211d ) ) is neither a sampled numeric type (\u2115 \u2124 \u211a \u211d) nor a decidable hypothesis", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "SourceMorseIncidence.lean::I4ActualSourceMorse.sourceMorseDiscriminant_eval_measurable": { + "module": "SourceMorseIncidence.lean", + "name": "I4ActualSourceMorse.sourceMorseDiscriminant_eval_measurable", + "status": "UNSUPPORTED", + "detail": "conclusion is a structural predicate ['Measurable']: trivial on finite discrete models (every set is measurable, every function measurable and integrable), so sampling has no content here", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "SourceMorseIncidence.lean::I4ActualSourceMorse.sourceMorseDiscriminant_spatial_continuous": { + "module": "SourceMorseIncidence.lean", + "name": "I4ActualSourceMorse.sourceMorseDiscriminant_spatial_continuous", + "status": "UNSUPPORTED", + "detail": "binder ( \u03c9 : SmoothSample 2 L ) is neither a sampled numeric type (\u2115 \u2124 \u211a \u211d) nor a decidable hypothesis", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "SourceMorseIncidence.lean::I4ActualSourceMorse.sourceMorseCube_isCompact": { + "module": "SourceMorseIncidence.lean", + "name": "I4ActualSourceMorse.sourceMorseCube_isCompact", + "status": "UNSUPPORTED", + "detail": "proposition of form App", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "SourceMorseIncidence.lean::I4ActualSourceMorse.sourceMorseCube_event_measurable": { + "module": "SourceMorseIncidence.lean", + "name": "I4ActualSourceMorse.sourceMorseCube_event_measurable", + "status": "UNSUPPORTED", + "detail": "unparsed statement: SyntaxError: trailing tokens from '{'", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "SourceMorseIncidence.lean::I4ActualSourceMorse.coordinateGradient_differentiable": { + "module": "SourceMorseIncidence.lean", + "name": "I4ActualSourceMorse.coordinateGradient_differentiable", + "status": "UNSUPPORTED", + "detail": "binder ( f : ( Fin 2 \u2192 \u211d ) \u2192 \u211d ) is neither a sampled numeric type (\u2115 \u2124 \u211a \u211d) nor a decidable hypothesis", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "SourceMorseIncidence.lean::I4ActualSourceMorse.coordinateGradient_fderiv_apply": { + "module": "SourceMorseIncidence.lean", + "name": "I4ActualSourceMorse.coordinateGradient_fderiv_apply", + "status": "UNSUPPORTED", + "detail": "binder ( f : ( Fin 2 \u2192 \u211d ) \u2192 \u211d ) is neither a sampled numeric type (\u2115 \u2124 \u211a \u211d) nor a decidable hypothesis", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "SourceMorseIncidence.lean::I4ActualSourceMorse.coordinateGradient_singular_of_hessian_discriminant_zero": { + "module": "SourceMorseIncidence.lean", + "name": "I4ActualSourceMorse.coordinateGradient_singular_of_hessian_discriminant_zero", + "status": "UNSUPPORTED", + "detail": "binder ( f : ( Fin 2 \u2192 \u211d ) \u2192 \u211d ) is neither a sampled numeric type (\u2115 \u2124 \u211a \u211d) nor a decidable hypothesis", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "SourceMorseIncidence.lean::I4ActualSourceMorse.fourMode_eq": { + "module": "SourceMorseIncidence.lean", + "name": "I4ActualSourceMorse.fourMode_eq", + "status": "UNSUPPORTED", + "detail": "result type Fin 4 \u2192 SourceMode 2", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "SourceMorseIncidence.lean::I4ActualSourceMorse.sourceContactAmplitude_four_pairs": { + "module": "SourceMorseIncidence.lean", + "name": "I4ActualSourceMorse.sourceContactAmplitude_four_pairs", + "status": "UNSUPPORTED", + "detail": "result type SourceMode 2", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "SourceMorseIncidence.lean::I4ActualSourceMorse.fourModeCoefficient_eq": { + "module": "SourceMorseIncidence.lean", + "name": "I4ActualSourceMorse.fourModeCoefficient_eq", + "status": "UNSUPPORTED", + "detail": "result type SourceMode d", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "SourceMorseIncidence.lean::I4ActualSourceMorse.coordinate_cos_hasFDerivAt": { + "module": "SourceMorseIncidence.lean", + "name": "I4ActualSourceMorse.coordinate_cos_hasFDerivAt", + "status": "UNSUPPORTED", + "detail": "unparsed statement: SyntaxError: trailing tokens from ')'", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "SourceMorseIncidence.lean::I4ActualSourceMorse.coordinate_sin_hasFDerivAt": { + "module": "SourceMorseIncidence.lean", + "name": "I4ActualSourceMorse.coordinate_sin_hasFDerivAt", + "status": "UNSUPPORTED", + "detail": "unparsed statement: SyntaxError: trailing tokens from ')'", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "SourceMorseIncidence.lean::I4ActualSourceMorse.fourMode_hasFDerivAt": { + "module": "SourceMorseIncidence.lean", + "name": "I4ActualSourceMorse.fourMode_hasFDerivAt", + "status": "UNSUPPORTED", + "detail": "unparsed statement: SyntaxError: trailing tokens from ')'", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "SourceMorseIncidence.lean::I4ActualSourceMorse.fourGradient_rightInverse": { + "module": "SourceMorseIncidence.lean", + "name": "I4ActualSourceMorse.fourGradient_rightInverse", + "status": "UNSUPPORTED", + "detail": "unsupported syntax: notation '\u1d65'", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "SourceMorseIncidence.lean::I4ActualSourceMorse.fourGradient_surjective": { + "module": "SourceMorseIncidence.lean", + "name": "I4ActualSourceMorse.fourGradient_surjective", + "status": "UNSUPPORTED", + "detail": "unsupported syntax: notation '\u1d65'", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "SourceMorseIncidence.lean::I4ActualSourceMorse.fourMode_fderiv": { + "module": "SourceMorseIncidence.lean", + "name": "I4ActualSourceMorse.fourMode_fderiv", + "status": "UNSUPPORTED", + "detail": "unknown function fderiv", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "SourceMorseIncidence.lean::I4ActualSourceMorse.fourModePerturbation_hasFDerivAt": { + "module": "SourceMorseIncidence.lean", + "name": "I4ActualSourceMorse.fourModePerturbation_hasFDerivAt", + "status": "UNSUPPORTED", + "detail": "unparsed statement: SyntaxError: trailing tokens from ')'", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "SourceMorseIncidence.lean::I4ActualSourceMorse.fourModePerturbation_gradient": { + "module": "SourceMorseIncidence.lean", + "name": "I4ActualSourceMorse.fourModePerturbation_gradient", + "status": "UNSUPPORTED", + "detail": "unsupported syntax: notation '\u1d65'", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "SourceMorseIncidence.lean::I4ActualSourceMorse.fourModePerturbation_gradient_surjective": { + "module": "SourceMorseIncidence.lean", + "name": "I4ActualSourceMorse.fourModePerturbation_gradient_surjective", + "status": "UNSUPPORTED", + "detail": "proposition of form App", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "SourceMorseIncidence.lean::I4ActualSourceMorse.fourMode_injective": { + "module": "SourceMorseIncidence.lean", + "name": "I4ActualSourceMorse.fourMode_injective", + "status": "UNSUPPORTED", + "detail": "proposition of form App", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "SourceMorseIncidence.lean::I4ActualSourceMorse.fourAddSample_measurable": { + "module": "SourceMorseIncidence.lean", + "name": "I4ActualSourceMorse.fourAddSample_measurable", + "status": "UNSUPPORTED", + "detail": "conclusion is a structural predicate ['Measurable']: trivial on finite discrete models (every set is measurable, every function measurable and integrable), so sampling has no content here", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "SourceMorseIncidence.lean::I4ActualSourceMorse.actual_derivative_fourAdd": { + "module": "SourceMorseIncidence.lean", + "name": "I4ActualSourceMorse.actual_derivative_fourAdd", + "status": "UNSUPPORTED", + "detail": "binder ( \u03c9 : SmoothSample 2 L ) is neither a sampled numeric type (\u2115 \u2124 \u211a \u211d) nor a decidable hypothesis", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "SourceMorseIncidence.lean::I4ActualSourceMorse.actual_coordinateGradient_fourAdd": { + "module": "SourceMorseIncidence.lean", + "name": "I4ActualSourceMorse.actual_coordinateGradient_fourAdd", + "status": "UNSUPPORTED", + "detail": "binder ( \u03c9 : SmoothSample 2 L ) is neither a sampled numeric type (\u2115 \u2124 \u211a \u211d) nor a decidable hypothesis", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "SourceMorseIncidence.lean::I4ActualSourceMorse.fourReindex_measurePreserving": { + "module": "SourceMorseIncidence.lean", + "name": "I4ActualSourceMorse.fourReindex_measurePreserving", + "status": "UNSUPPORTED", + "detail": "unparsed statement: SyntaxError: expected ')', got fun", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "SourceMorseIncidence.lean::I4ActualSourceMorse.fourCoefficientLift_at": { + "module": "SourceMorseIncidence.lean", + "name": "I4ActualSourceMorse.fourCoefficientLift_at", + "status": "UNSUPPORTED", + "detail": "result type SourceMode 2", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "SourceMorseIncidence.lean::I4ActualSourceMorse.replaceSample_fourModeSet": { + "module": "SourceMorseIncidence.lean", + "name": "I4ActualSourceMorse.replaceSample_fourModeSet", + "status": "UNSUPPORTED", + "detail": "binder ( a : fourModeSet \u2192 \u211d ) is neither a sampled numeric type (\u2115 \u2124 \u211a \u211d) nor a decidable hypothesis", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "SourceMorseIncidence.lean::I4ActualSourceMorse.sourceMorseAmplitude_ne_zero": { + "module": "SourceMorseIncidence.lean", + "name": "I4ActualSourceMorse.sourceMorseAmplitude_ne_zero", + "status": "UNSUPPORTED", + "detail": "result type SourceMode 2", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "SourceMorseIncidence.lean::I4ActualSourceMorse.sourceC_ne_zero": { + "module": "SourceMorseIncidence.lean", + "name": "I4ActualSourceMorse.sourceC_ne_zero", + "status": "CORROBORATED", + "detail": "holds on 64 sampled instances satisfying the hypotheses (1 draws rejected by the hypotheses, 0 infeasible, seed 1): sampling is admitted evidence of the statement, not a proof of it", + "instances": 64, + "vacuous": false, + "float_free": true, + "sampling": { + "seed": 1, + "draws": 105, + "accepted": 64, + "rejected": 1, + "infeasible": 0, + "undecided": 0 + } + }, + "SourceMorseIncidence.lean::I4ActualSourceMorse.actual_coordinateGradient_replace": { + "module": "SourceMorseIncidence.lean", + "name": "I4ActualSourceMorse.actual_coordinateGradient_replace", + "status": "UNSUPPORTED", + "detail": "binder ( a : fourModeSet \u2192 \u211d ) is neither a sampled numeric type (\u2115 \u2124 \u211a \u211d) nor a decidable hypothesis", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "SourceMorseIncidence.lean::I4ActualSourceMorse.morseDirectionX_eq": { + "module": "SourceMorseIncidence.lean", + "name": "I4ActualSourceMorse.morseDirectionX_eq", + "status": "PASS", + "detail": "closed statement evaluated true", + "instances": 1, + "vacuous": false, + "float_free": true + }, + "SourceMorseIncidence.lean::I4ActualSourceMorse.morseDirectionY_eq": { + "module": "SourceMorseIncidence.lean", + "name": "I4ActualSourceMorse.morseDirectionY_eq", + "status": "PASS", + "detail": "closed statement evaluated true", + "instances": 1, + "vacuous": false, + "float_free": true + }, + "SourceMorseIncidence.lean::I4ActualSourceMorse.sourceMorseDiscriminant_nonpos": { + "module": "SourceMorseIncidence.lean", + "name": "I4ActualSourceMorse.sourceMorseDiscriminant_nonpos", + "status": "UNSUPPORTED", + "detail": "binder ( \u03c9 : SmoothSample 2 L ) is neither a sampled numeric type (\u2115 \u2124 \u211a \u211d) nor a decidable hypothesis", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "SourceMorseIncidence.lean::I4ActualSourceMorse.actual_four_replacement_bad_null": { + "module": "SourceMorseIncidence.lean", + "name": "I4ActualSourceMorse.actual_four_replacement_bad_null", + "status": "UNSUPPORTED", + "detail": "binder ( \u03c1 : SmoothSample 2 L ) is neither a sampled numeric type (\u2115 \u2124 \u211a \u211d) nor a decidable hypothesis", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "SourceMorseIncidence.lean::I4ActualSourceMorse.smoothLaw_ae_sourceMorseCube": { + "module": "SourceMorseIncidence.lean", + "name": "I4ActualSourceMorse.smoothLaw_ae_sourceMorseCube", + "status": "UNSUPPORTED", + "detail": "unparsed statement: SyntaxError: expected ',', got \u03c9", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "SourceMorseIncidence.lean::I4ActualSourceMorse.smoothLaw_ae_sourceMorseCompact": { + "module": "SourceMorseIncidence.lean", + "name": "I4ActualSourceMorse.smoothLaw_ae_sourceMorseCompact", + "status": "UNSUPPORTED", + "detail": "binder ( K : Set ( Fin 2 \u2192 \u211d ) ) is neither a sampled numeric type (\u2115 \u2124 \u211a \u211d) nor a decidable hypothesis", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "SourceMorseIncidence.lean::I4ActualSourceMorse.smoothLaw_ae_sourceMorse": { + "module": "SourceMorseIncidence.lean", + "name": "I4ActualSourceMorse.smoothLaw_ae_sourceMorse", + "status": "UNSUPPORTED", + "detail": "unparsed statement: SyntaxError: expected ',', got \u03c9", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "SourceMorseIncidence.lean::I4ActualSourceMorse.coordinateGradient_det_eq": { + "module": "SourceMorseIncidence.lean", + "name": "I4ActualSourceMorse.coordinateGradient_det_eq", + "status": "UNSUPPORTED", + "detail": "binder ( f : ( Fin 2 \u2192 \u211d ) \u2192 \u211d ) is neither a sampled numeric type (\u2115 \u2124 \u211a \u211d) nor a decidable hypothesis", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "SourceMorseIncidence.lean::I4ActualSourceMorse.sourceMorseDiscriminant_eq": { + "module": "SourceMorseIncidence.lean", + "name": "I4ActualSourceMorse.sourceMorseDiscriminant_eq", + "status": "UNSUPPORTED", + "detail": "binder ( \u03c9 : SmoothSample 2 L ) is neither a sampled numeric type (\u2115 \u2124 \u211a \u211d) nor a decidable hypothesis", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "SourceMorseIncidence.lean::I4ActualSourceMorse.coordinateGradient_contDiff": { + "module": "SourceMorseIncidence.lean", + "name": "I4ActualSourceMorse.coordinateGradient_contDiff", + "status": "UNSUPPORTED", + "detail": "binder ( f : ( Fin 2 \u2192 \u211d ) \u2192 \u211d ) is neither a sampled numeric type (\u2115 \u2124 \u211a \u211d) nor a decidable hypothesis", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "SourceMorseIncidence.lean::I4ActualSourceMorse.sourceMorse_regular": { + "module": "SourceMorseIncidence.lean", + "name": "I4ActualSourceMorse.sourceMorse_regular", + "status": "UNSUPPORTED", + "detail": "binder ( \u03c9 : SmoothSample 2 L ) is neither a sampled numeric type (\u2115 \u2124 \u211a \u211d) nor a decidable hypothesis", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "SourceMorseIncidence.lean::I4ActualSourceMorse.regular_zero_isolated": { + "module": "SourceMorseIncidence.lean", + "name": "I4ActualSourceMorse.regular_zero_isolated", + "status": "UNSUPPORTED", + "detail": "binder ( g : ( Fin 2 \u2192 \u211d ) \u2192 ( Fin 2 \u2192 \u211d ) ) is neither a sampled numeric type (\u2115 \u2124 \u211a \u211d) nor a decidable hypothesis", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "SourceMorseIncidence.lean::I4ActualSourceMorse.finite_regular_zeros_on_compact": { + "module": "SourceMorseIncidence.lean", + "name": "I4ActualSourceMorse.finite_regular_zeros_on_compact", + "status": "UNSUPPORTED", + "detail": "binder ( g : ( Fin 2 \u2192 \u211d ) \u2192 ( Fin 2 \u2192 \u211d ) ) is neither a sampled numeric type (\u2115 \u2124 \u211a \u211d) nor a decidable hypothesis", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "SourceMorseIncidence.lean::I4ActualSourceMorse.smoothLaw_ae_finite_sourceCriticalCube": { + "module": "SourceMorseIncidence.lean", + "name": "I4ActualSourceMorse.smoothLaw_ae_finite_sourceCriticalCube", + "status": "UNSUPPORTED", + "detail": "unparsed statement: SyntaxError: expected ',', got \u03c9", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "SourcePhysicalEndpointKernel.lean::I4SourcePhysicalEndpointKernel.sourceNormalizedEndpoints_eq_adjusted": { + "module": "SourcePhysicalEndpointKernel.lean", + "name": "I4SourcePhysicalEndpointKernel.sourceNormalizedEndpoints_eq_adjusted", + "status": "UNSUPPORTED", + "detail": "binder ( \u03c9 : SmoothSample 2 L ) is neither a sampled numeric type (\u2115 \u2124 \u211a \u211d) nor a decidable hypothesis", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "SourcePhysicalEndpointKernel.lean::I4SourcePhysicalEndpointKernel.sourcePhysicalEndpointKernel_markov": { + "module": "SourcePhysicalEndpointKernel.lean", + "name": "I4SourcePhysicalEndpointKernel.sourcePhysicalEndpointKernel_markov", + "status": "UNSUPPORTED", + "detail": "proposition of form App", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "SourcePhysicalEndpointKernel.lean::I4SourcePhysicalEndpointKernel.sourcePhysicalEndpointKernel_measurable": { + "module": "SourcePhysicalEndpointKernel.lean", + "name": "I4SourcePhysicalEndpointKernel.sourcePhysicalEndpointKernel_measurable", + "status": "UNSUPPORTED", + "detail": "conclusion is a structural predicate ['Measurable']: trivial on finite discrete models (every set is measurable, every function measurable and integrable), so sampling has no content here", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "SourcePhysicalEndpointKernel.lean::I4SourcePhysicalEndpointKernel.sourcePhysicalEndpointKernel_apply": { + "module": "SourcePhysicalEndpointKernel.lean", + "name": "I4SourcePhysicalEndpointKernel.sourcePhysicalEndpointKernel_apply", + "status": "UNSUPPORTED", + "detail": "result type Kernel ( Fin 6 \u2192 \u211d ) ( Fin 6 \u2192 \u211d )", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "SourcePhysicalEndpointKernel.lean::I4SourcePhysicalEndpointKernel.sourcePhysicalEndpointKernel_hasCondDistrib": { + "module": "SourcePhysicalEndpointKernel.lean", + "name": "I4SourcePhysicalEndpointKernel.sourcePhysicalEndpointKernel_hasCondDistrib", + "status": "UNSUPPORTED", + "detail": "binder ( hG : IsUnit ( sourcePinCovarianceAt L r ) ) is neither a sampled numeric type (\u2115 \u2124 \u211a \u211d) nor a decidable hypothesis", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "SourcePhysicalEndpointKernel.lean::I4SourcePhysicalEndpointKernel.sourcePhysicalCorrection_prescribed": { + "module": "SourcePhysicalEndpointKernel.lean", + "name": "I4SourcePhysicalEndpointKernel.sourcePhysicalCorrection_prescribed", + "status": "UNSUPPORTED", + "detail": "result type ( Fin 6 \u2192 \u211d ) \u2192 L [ \u211d ] ( Fin 6 \u2192 \u211d ) where toFun x", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "SourcePhysicalEndpointKernel.lean::I4SourcePhysicalEndpointKernel.sourcePhysicalEndpointKernel_at_prescribed": { + "module": "SourcePhysicalEndpointKernel.lean", + "name": "I4SourcePhysicalEndpointKernel.sourcePhysicalEndpointKernel_at_prescribed", + "status": "UNSUPPORTED", + "detail": "result type Kernel ( Fin 6 \u2192 \u211d ) ( Fin 6 \u2192 \u211d )", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "SourcePhysicalEndpointKernel.lean::I4SourcePhysicalEndpointKernel.sourcePhysicalEndpointKernel_integral": { + "module": "SourcePhysicalEndpointKernel.lean", + "name": "I4SourcePhysicalEndpointKernel.sourcePhysicalEndpointKernel_integral", + "status": "UNSUPPORTED", + "detail": "result type ( Fin 6 \u2192 \u211d ) \u2192 L [ \u211d ] ( Fin 6 \u2192 \u211d )", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "SourcePhysicalEndpointKernel.lean::I4SourcePhysicalEndpointKernel.sourcePhysicalEndpointKernel_spec": { + "module": "SourcePhysicalEndpointKernel.lean", + "name": "I4SourcePhysicalEndpointKernel.sourcePhysicalEndpointKernel_spec", + "status": "UNSUPPORTED", + "detail": "binder ( hG : IsUnit ( sourcePinCovarianceAt L r ) ) is neither a sampled numeric type (\u2115 \u2124 \u211a \u211d) nor a decidable hypothesis", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "SourcePinCurvatureBounds.lean::I4PeanoErrorBounds.abs_weighted_integral_le": { + "module": "SourcePinCurvatureBounds.lean", + "name": "I4PeanoErrorBounds.abs_weighted_integral_le", + "status": "UNSUPPORTED", + "detail": "binder ( w f : \u211d \u2192 \u211d ) is neither a sampled numeric type (\u2115 \u2124 \u211a \u211d) nor a decidable hypothesis", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "SourcePinCurvatureBounds.lean::I4PeanoErrorBounds.abs_weighted_integral_sub_mass_le": { + "module": "SourcePinCurvatureBounds.lean", + "name": "I4PeanoErrorBounds.abs_weighted_integral_sub_mass_le", + "status": "UNSUPPORTED", + "detail": "binder ( w g : \u211d \u2192 \u211d ) is neither a sampled numeric type (\u2115 \u2124 \u211a \u211d) nor a decidable hypothesis", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "SourcePinCurvatureBounds.lean::I4PeanoErrorBounds.peanoCubic_nonneg": { + "module": "SourcePinCurvatureBounds.lean", + "name": "I4PeanoErrorBounds.peanoCubic_nonneg", + "status": "UNSUPPORTED", + "detail": "hypothesis ( ht : t \u2208 Icc ( - 1 / 2 : \u211d ) ( 1 / 2 : \u211d ) ) mentions undeclared names ['Icc']", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "SourcePinCurvatureBounds.lean::I4PeanoErrorBounds.scaled_lipschitz_center_error": { + "module": "SourcePinCurvatureBounds.lean", + "name": "I4PeanoErrorBounds.scaled_lipschitz_center_error", + "status": "UNSUPPORTED", + "detail": "binder ( g : \u211d \u2192 \u211d ) is neither a sampled numeric type (\u2115 \u2124 \u211a \u211d) nor a decidable hypothesis", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "SourcePinCurvatureBounds.lean::I4PeanoErrorBounds.cubic_pin_pointwise_error": { + "module": "SourcePinCurvatureBounds.lean", + "name": "I4PeanoErrorBounds.cubic_pin_pointwise_error", + "status": "UNSUPPORTED", + "detail": "binder ( g : \u211d \u2192 \u211d ) is neither a sampled numeric type (\u2115 \u2124 \u211a \u211d) nor a decidable hypothesis", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "SourcePinCurvatureBounds.lean::I4PeanoErrorBounds.left_weighted_error": { + "module": "SourcePinCurvatureBounds.lean", + "name": "I4PeanoErrorBounds.left_weighted_error", + "status": "UNSUPPORTED", + "detail": "binder ( g : \u211d \u2192 \u211d ) is neither a sampled numeric type (\u2115 \u2124 \u211a \u211d) nor a decidable hypothesis", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "SourcePinCurvatureBounds.lean::I4PeanoErrorBounds.right_weighted_error": { + "module": "SourcePinCurvatureBounds.lean", + "name": "I4PeanoErrorBounds.right_weighted_error", + "status": "UNSUPPORTED", + "detail": "binder ( g : \u211d \u2192 \u211d ) is neither a sampled numeric type (\u2115 \u2124 \u211a \u211d) nor a decidable hypothesis", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "SourcePinCurvatureBounds.lean::I4SourcePinCurvatureBounds.sourceQ_eq_sourceContactQ": { + "module": "SourcePinCurvatureBounds.lean", + "name": "I4SourcePinCurvatureBounds.sourceQ_eq_sourceContactQ", + "status": "UNSUPPORTED", + "detail": "binder ( \u03c9 : SmoothSample 2 L ) is neither a sampled numeric type (\u2115 \u2124 \u211a \u211d) nor a decidable hypothesis", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "SourcePinCurvatureBounds.lean::I4SourcePinCurvatureBounds.sourceA_eq_sourceContactA": { + "module": "SourcePinCurvatureBounds.lean", + "name": "I4SourcePinCurvatureBounds.sourceA_eq_sourceContactA", + "status": "UNSUPPORTED", + "detail": "binder ( \u03c9 : SmoothSample 2 L ) is neither a sampled numeric type (\u2115 \u2124 \u211a \u211d) nor a decidable hypothesis", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "SourcePinCurvatureBounds.lean::I4SourcePinCurvatureBounds.sourceDerivativeMajorant_nonneg": { + "module": "SourcePinCurvatureBounds.lean", + "name": "I4SourcePinCurvatureBounds.sourceDerivativeMajorant_nonneg", + "status": "UNSUPPORTED", + "detail": "binder ( \u03c9 : SmoothSample 2 L ) is neither a sampled numeric type (\u2115 \u2124 \u211a \u211d) nor a decidable hypothesis", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "SourcePinCurvatureBounds.lean::I4SourcePinCurvatureBounds.sourceGammaRadius_measurable": { + "module": "SourcePinCurvatureBounds.lean", + "name": "I4SourcePinCurvatureBounds.sourceGammaRadius_measurable", + "status": "UNSUPPORTED", + "detail": "conclusion is a structural predicate ['Measurable']: trivial on finite discrete models (every set is measurable, every function measurable and integrable), so sampling has no content here", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "SourcePinCurvatureBounds.lean::I4SourcePinCurvatureBounds.one_le_sourceGammaRadius": { + "module": "SourcePinCurvatureBounds.lean", + "name": "I4SourcePinCurvatureBounds.one_le_sourceGammaRadius", + "status": "UNSUPPORTED", + "detail": "binder ( \u03c9 : SmoothSample 2 L ) is neither a sampled numeric type (\u2115 \u2124 \u211a \u211d) nor a decidable hypothesis", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "SourcePinCurvatureBounds.lean::I4SourcePinCurvatureBounds.sourceGammaRadius_nonneg": { + "module": "SourcePinCurvatureBounds.lean", + "name": "I4SourcePinCurvatureBounds.sourceGammaRadius_nonneg", + "status": "UNSUPPORTED", + "detail": "binder ( \u03c9 : SmoothSample 2 L ) is neither a sampled numeric type (\u2115 \u2124 \u211a \u211d) nor a decidable hypothesis", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "SourcePinCurvatureBounds.lean::I4SourcePinCurvatureBounds.sourceDerivativeMajorant_le_radius": { + "module": "SourcePinCurvatureBounds.lean", + "name": "I4SourcePinCurvatureBounds.sourceDerivativeMajorant_le_radius", + "status": "UNSUPPORTED", + "detail": "binder ( \u03c9 : SmoothSample 2 L ) is neither a sampled numeric type (\u2115 \u2124 \u211a \u211d) nor a decidable hypothesis", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "SourcePinCurvatureBounds.lean::I4SourcePinCurvatureBounds.orderModeBound_mono": { + "module": "SourcePinCurvatureBounds.lean", + "name": "I4SourcePinCurvatureBounds.orderModeBound_mono", + "status": "UNSUPPORTED", + "detail": "binder ( m : SourceMode d ) is neither a sampled numeric type (\u2115 \u2124 \u211a \u211d) nor a decidable hypothesis", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "SourcePinCurvatureBounds.lean::I4SourcePinCurvatureBounds.sourceDerivativeMajorant_mono": { + "module": "SourcePinCurvatureBounds.lean", + "name": "I4SourcePinCurvatureBounds.sourceDerivativeMajorant_mono", + "status": "UNSUPPORTED", + "detail": "binder ( \u03c9 : SmoothSample 2 L ) is neither a sampled numeric type (\u2115 \u2124 \u211a \u211d) nor a decidable hypothesis", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "SourcePinCurvatureBounds.lean::I4SourcePinCurvatureBounds.sourceGammaRadius_le_fifth": { + "module": "SourcePinCurvatureBounds.lean", + "name": "I4SourcePinCurvatureBounds.sourceGammaRadius_le_fifth", + "status": "UNSUPPORTED", + "detail": "binder ( \u03c9 : SmoothSample 2 L ) is neither a sampled numeric type (\u2115 \u2124 \u211a \u211d) nor a decidable hypothesis", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "SourcePinCurvatureBounds.lean::I4SourcePinCurvatureBounds.sourceGammaRadius_moments": { + "module": "SourcePinCurvatureBounds.lean", + "name": "I4SourcePinCurvatureBounds.sourceGammaRadius_moments", + "status": "UNSUPPORTED", + "detail": "unsupported syntax: existential quantifier", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "SourcePinCurvatureBounds.lean::I4SourcePinCurvatureBounds.directionX_norm_le_one": { + "module": "SourcePinCurvatureBounds.lean", + "name": "I4SourcePinCurvatureBounds.directionX_norm_le_one", + "status": "PASS", + "detail": "closed statement evaluated true", + "instances": 1, + "vacuous": false, + "float_free": true + }, + "SourcePinCurvatureBounds.lean::I4SourcePinCurvatureBounds.directionY_norm_le_one": { + "module": "SourcePinCurvatureBounds.lean", + "name": "I4SourcePinCurvatureBounds.directionY_norm_le_one", + "status": "PASS", + "detail": "closed statement evaluated true", + "instances": 1, + "vacuous": false, + "float_free": true + }, + "SourcePinCurvatureBounds.lean::I4SourcePinCurvatureBounds.axis_point_sub_norm_le": { + "module": "SourcePinCurvatureBounds.lean", + "name": "I4SourcePinCurvatureBounds.axis_point_sub_norm_le", + "status": "CORROBORATED", + "detail": "holds on 64 sampled instances satisfying the hypotheses (0 draws rejected by the hypotheses, 0 infeasible, seed 1): sampling is admitted evidence of the statement, not a proof of it", + "instances": 64, + "vacuous": false, + "float_free": true, + "sampling": { + "seed": 1, + "draws": 64, + "accepted": 64, + "rejected": 0, + "infeasible": 0, + "undecided": 0 + } + }, + "SourcePinCurvatureBounds.lean::I4SourcePinCurvatureBounds.axis_derivative_lipschitz": { + "module": "SourcePinCurvatureBounds.lean", + "name": "I4SourcePinCurvatureBounds.axis_derivative_lipschitz", + "status": "UNSUPPORTED", + "detail": "binder ( f : ( Fin 2 \u2192 \u211d ) \u2192 \u211d ) is neither a sampled numeric type (\u2115 \u2124 \u211a \u211d) nor a decidable hypothesis", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "SourcePinCurvatureBounds.lean::I4SourcePinCurvatureBounds.source_axis_derivative_abs_le": { + "module": "SourcePinCurvatureBounds.lean", + "name": "I4SourcePinCurvatureBounds.source_axis_derivative_abs_le", + "status": "UNSUPPORTED", + "detail": "binder ( \u03c9 : SmoothSample 2 L ) is neither a sampled numeric type (\u2115 \u2124 \u211a \u211d) nor a decidable hypothesis", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "SourcePinCurvatureBounds.lean::I4SourcePinCurvatureBounds.sourceF_third_continuous": { + "module": "SourcePinCurvatureBounds.lean", + "name": "I4SourcePinCurvatureBounds.sourceF_third_continuous", + "status": "UNSUPPORTED", + "detail": "binder ( \u03c9 : SmoothSample 2 L ) is neither a sampled numeric type (\u2115 \u2124 \u211a \u211d) nor a decidable hypothesis", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "SourcePinCurvatureBounds.lean::I4SourcePinCurvatureBounds.sourceH_second_continuous": { + "module": "SourcePinCurvatureBounds.lean", + "name": "I4SourcePinCurvatureBounds.sourceH_second_continuous", + "status": "UNSUPPORTED", + "detail": "binder ( \u03c9 : SmoothSample 2 L ) is neither a sampled numeric type (\u2115 \u2124 \u211a \u211d) nor a decidable hypothesis", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "SourcePinCurvatureBounds.lean::I4SourcePinCurvatureBounds.sourceF_third_lipschitz": { + "module": "SourcePinCurvatureBounds.lean", + "name": "I4SourcePinCurvatureBounds.sourceF_third_lipschitz", + "status": "UNSUPPORTED", + "detail": "binder ( \u03c9 : SmoothSample 2 L ) is neither a sampled numeric type (\u2115 \u2124 \u211a \u211d) nor a decidable hypothesis", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "SourcePinCurvatureBounds.lean::I4SourcePinCurvatureBounds.sourceH_second_lipschitz": { + "module": "SourcePinCurvatureBounds.lean", + "name": "I4SourcePinCurvatureBounds.sourceH_second_lipschitz", + "status": "UNSUPPORTED", + "detail": "binder ( \u03c9 : SmoothSample 2 L ) is neither a sampled numeric type (\u2115 \u2124 \u211a \u211d) nor a decidable hypothesis", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "SourcePinCurvatureBounds.lean::I4SourcePinCurvatureBounds.sourceQCurve_lipschitz": { + "module": "SourcePinCurvatureBounds.lean", + "name": "I4SourcePinCurvatureBounds.sourceQCurve_lipschitz", + "status": "UNSUPPORTED", + "detail": "binder ( \u03c9 : SmoothSample 2 L ) is neither a sampled numeric type (\u2115 \u2124 \u211a \u211d) nor a decidable hypothesis", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "SourcePinCurvatureBounds.lean::I4SourcePinCurvatureBounds.sourceF_third_abs_le": { + "module": "SourcePinCurvatureBounds.lean", + "name": "I4SourcePinCurvatureBounds.sourceF_third_abs_le", + "status": "UNSUPPORTED", + "detail": "binder ( \u03c9 : SmoothSample 2 L ) is neither a sampled numeric type (\u2115 \u2124 \u211a \u211d) nor a decidable hypothesis", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "SourcePinCurvatureBounds.lean::I4SourcePinCurvatureBounds.sourceH_second_abs_le": { + "module": "SourcePinCurvatureBounds.lean", + "name": "I4SourcePinCurvatureBounds.sourceH_second_abs_le", + "status": "UNSUPPORTED", + "detail": "binder ( \u03c9 : SmoothSample 2 L ) is neither a sampled numeric type (\u2115 \u2124 \u211a \u211d) nor a decidable hypothesis", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "SourcePinCurvatureBounds.lean::I4SourcePinCurvatureBounds.sourceQCurve_abs_le": { + "module": "SourcePinCurvatureBounds.lean", + "name": "I4SourcePinCurvatureBounds.sourceQCurve_abs_le", + "status": "UNSUPPORTED", + "detail": "binder ( \u03c9 : SmoothSample 2 L ) is neither a sampled numeric type (\u2115 \u2124 \u211a \u211d) nor a decidable hypothesis", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "SourcePinCurvatureBounds.lean::I4SourcePinCurvatureBounds.sourceF_C3": { + "module": "SourcePinCurvatureBounds.lean", + "name": "I4SourcePinCurvatureBounds.sourceF_C3", + "status": "UNSUPPORTED", + "detail": "binder ( \u03c9 : SmoothSample 2 L ) is neither a sampled numeric type (\u2115 \u2124 \u211a \u211d) nor a decidable hypothesis", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "SourcePinCurvatureBounds.lean::I4SourcePinCurvatureBounds.sourceH_C2": { + "module": "SourcePinCurvatureBounds.lean", + "name": "I4SourcePinCurvatureBounds.sourceH_C2", + "status": "UNSUPPORTED", + "detail": "binder ( \u03c9 : SmoothSample 2 L ) is neither a sampled numeric type (\u2115 \u2124 \u211a \u211d) nor a decidable hypothesis", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "SourcePinCurvatureBounds.lean::I4SourcePinCurvatureBounds.sourceF_deriv": { + "module": "SourcePinCurvatureBounds.lean", + "name": "I4SourcePinCurvatureBounds.sourceF_deriv", + "status": "UNSUPPORTED", + "detail": "binder ( \u03c9 : SmoothSample 2 L ) is neither a sampled numeric type (\u2115 \u2124 \u211a \u211d) nor a decidable hypothesis", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "SourcePinCurvatureBounds.lean::I4SourcePinCurvatureBounds.sourceF_second": { + "module": "SourcePinCurvatureBounds.lean", + "name": "I4SourcePinCurvatureBounds.sourceF_second", + "status": "UNSUPPORTED", + "detail": "binder ( \u03c9 : SmoothSample 2 L ) is neither a sampled numeric type (\u2115 \u2124 \u211a \u211d) nor a decidable hypothesis", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "SourcePinCurvatureBounds.lean::I4SourcePinCurvatureBounds.sourceH_deriv": { + "module": "SourcePinCurvatureBounds.lean", + "name": "I4SourcePinCurvatureBounds.sourceH_deriv", + "status": "UNSUPPORTED", + "detail": "binder ( \u03c9 : SmoothSample 2 L ) is neither a sampled numeric type (\u2115 \u2124 \u211a \u211d) nor a decidable hypothesis", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "SourcePinCurvatureBounds.lean::I4SourcePinCurvatureBounds.sourceH_second_zero": { + "module": "SourcePinCurvatureBounds.lean", + "name": "I4SourcePinCurvatureBounds.sourceH_second_zero", + "status": "UNSUPPORTED", + "detail": "binder ( \u03c9 : SmoothSample 2 L ) is neither a sampled numeric type (\u2115 \u2124 \u211a \u211d) nor a decidable hypothesis", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "SourcePinCurvatureBounds.lean::I4SourcePinCurvatureBounds.source_pin3_eq": { + "module": "SourcePinCurvatureBounds.lean", + "name": "I4SourcePinCurvatureBounds.source_pin3_eq", + "status": "UNSUPPORTED", + "detail": "binder ( \u03c9 : SmoothSample 2 L ) is neither a sampled numeric type (\u2115 \u2124 \u211a \u211d) nor a decidable hypothesis", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "SourcePinCurvatureBounds.lean::I4SourcePinCurvatureBounds.source_pin4_eq": { + "module": "SourcePinCurvatureBounds.lean", + "name": "I4SourcePinCurvatureBounds.source_pin4_eq", + "status": "UNSUPPORTED", + "detail": "binder ( \u03c9 : SmoothSample 2 L ) is neither a sampled numeric type (\u2115 \u2124 \u211a \u211d) nor a decidable hypothesis", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "SourcePinCurvatureBounds.lean::I4SourcePinCurvatureBounds.source_pin5_eq": { + "module": "SourcePinCurvatureBounds.lean", + "name": "I4SourcePinCurvatureBounds.source_pin5_eq", + "status": "UNSUPPORTED", + "detail": "binder ( \u03c9 : SmoothSample 2 L ) is neither a sampled numeric type (\u2115 \u2124 \u211a \u211d) nor a decidable hypothesis", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "SourcePinCurvatureBounds.lean::I4SourcePinCurvatureBounds.source_normalized_peano": { + "module": "SourcePinCurvatureBounds.lean", + "name": "I4SourcePinCurvatureBounds.source_normalized_peano", + "status": "UNSUPPORTED", + "detail": "binder ( \u03c9 : SmoothSample 2 L ) is neither a sampled numeric type (\u2115 \u2124 \u211a \u211d) nor a decidable hypothesis", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "SourcePinCurvatureBounds.lean::I4SourcePinCurvatureBounds.endpoint_det_abs_le": { + "module": "SourcePinCurvatureBounds.lean", + "name": "I4SourcePinCurvatureBounds.endpoint_det_abs_le", + "status": "CORROBORATED", + "detail": "holds on 64 sampled instances satisfying the hypotheses (13 draws rejected by the hypotheses, 0 infeasible, seed 1): sampling is admitted evidence of the statement, not a proof of it", + "instances": 64, + "vacuous": false, + "float_free": true, + "sampling": { + "seed": 1, + "draws": 64, + "accepted": 64, + "rejected": 13, + "infeasible": 0, + "undecided": 0 + } + }, + "SourcePinCurvatureBounds.lean::I4SourcePinCurvatureBounds.endpointWeight_curvature_le": { + "module": "SourcePinCurvatureBounds.lean", + "name": "I4SourcePinCurvatureBounds.endpointWeight_curvature_le", + "status": "UNSUPPORTED", + "detail": "unknown function by", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "SourcePinCurvatureBounds.lean::I4SourcePinCurvatureBounds.strict_endpoint_transverse_neg": { + "module": "SourcePinCurvatureBounds.lean", + "name": "I4SourcePinCurvatureBounds.strict_endpoint_transverse_neg", + "status": "UNSUPPORTED", + "detail": "binder ( ht : dm2Negative ( egm_HM r ( sourcePhysicalCoordinates v ) ) ) is neither a sampled numeric type (\u2115 \u2124 \u211a \u211d) nor a decidable hypothesis", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "SourcePinCurvatureBounds.lean::I4SourcePinCurvatureBounds.curvature_slab_of_upper": { + "module": "SourcePinCurvatureBounds.lean", + "name": "I4SourcePinCurvatureBounds.curvature_slab_of_upper", + "status": "CORROBORATED", + "detail": "holds on 64 sampled instances satisfying the hypotheses (45 draws rejected by the hypotheses, 0 infeasible, seed 1): sampling is admitted evidence of the statement, not a proof of it", + "instances": 64, + "vacuous": false, + "float_free": true, + "sampling": { + "seed": 1, + "draws": 64, + "accepted": 64, + "rejected": 45, + "infeasible": 0, + "undecided": 0 + } + }, + "SourcePinCurvatureBounds.lean::I4SourcePinCurvatureBounds.sourceQCurve_zero": { + "module": "SourcePinCurvatureBounds.lean", + "name": "I4SourcePinCurvatureBounds.sourceQCurve_zero", + "status": "UNSUPPORTED", + "detail": "binder ( \u03c9 : SmoothSample 2 L ) is neither a sampled numeric type (\u2115 \u2124 \u211a \u211d) nor a decidable hypothesis", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "SourcePinCurvatureBounds.lean::I4SourcePinCurvatureBounds.sourceQ_abs_le": { + "module": "SourcePinCurvatureBounds.lean", + "name": "I4SourcePinCurvatureBounds.sourceQ_abs_le", + "status": "UNSUPPORTED", + "detail": "binder ( \u03c9 : SmoothSample 2 L ) is neither a sampled numeric type (\u2115 \u2124 \u211a \u211d) nor a decidable hypothesis", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "SourcePinCurvatureBounds.lean::I4SourcePinCurvatureBounds.sourceA_abs_le": { + "module": "SourcePinCurvatureBounds.lean", + "name": "I4SourcePinCurvatureBounds.sourceA_abs_le", + "status": "UNSUPPORTED", + "detail": "binder ( \u03c9 : SmoothSample 2 L ) is neither a sampled numeric type (\u2115 \u2124 \u211a \u211d) nor a decidable hypothesis", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "SourcePinCurvatureBounds.lean::I4SourcePinCurvatureBounds.source_normalized_endpoint_errors": { + "module": "SourcePinCurvatureBounds.lean", + "name": "I4SourcePinCurvatureBounds.source_normalized_endpoint_errors", + "status": "UNSUPPORTED", + "detail": "binder ( \u03c9 : SmoothSample 2 L ) is neither a sampled numeric type (\u2115 \u2124 \u211a \u211d) nor a decidable hypothesis", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "SourcePinCurvatureBounds.lean::I4SourcePinCurvatureBounds.sourceGammaRadius_ge_third_fourth": { + "module": "SourcePinCurvatureBounds.lean", + "name": "I4SourcePinCurvatureBounds.sourceGammaRadius_ge_third_fourth", + "status": "UNSUPPORTED", + "detail": "binder ( \u03c9 : SmoothSample 2 L ) is neither a sampled numeric type (\u2115 \u2124 \u211a \u211d) nor a decidable hypothesis", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "SourcePinCurvatureBounds.lean::I4SourcePinCurvatureBounds.source_normalized_endpoint_first_four_bounds": { + "module": "SourcePinCurvatureBounds.lean", + "name": "I4SourcePinCurvatureBounds.source_normalized_endpoint_first_four_bounds", + "status": "UNSUPPORTED", + "detail": "binder ( \u03c9 : SmoothSample 2 L ) is neither a sampled numeric type (\u2115 \u2124 \u211a \u211d) nor a decidable hypothesis", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "SourcePinCurvatureBounds.lean::I4SourcePinCurvatureBounds.sourceQ_measurable": { + "module": "SourcePinCurvatureBounds.lean", + "name": "I4SourcePinCurvatureBounds.sourceQ_measurable", + "status": "UNSUPPORTED", + "detail": "conclusion is a structural predicate ['Measurable']: trivial on finite discrete models (every set is measurable, every function measurable and integrable), so sampling has no content here", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "SourcePinCurvatureBounds.lean::I4SourcePinCurvatureBounds.sourceA_measurable": { + "module": "SourcePinCurvatureBounds.lean", + "name": "I4SourcePinCurvatureBounds.sourceA_measurable", + "status": "UNSUPPORTED", + "detail": "conclusion is a structural predicate ['Measurable']: trivial on finite discrete models (every set is measurable, every function measurable and integrable), so sampling has no content here", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "SourcePinCurvatureBounds.lean::I4SourcePinCurvatureBounds.source_normalized_determinant_bounds": { + "module": "SourcePinCurvatureBounds.lean", + "name": "I4SourcePinCurvatureBounds.source_normalized_determinant_bounds", + "status": "UNSUPPORTED", + "detail": "binder ( \u03c9 : SmoothSample 2 L ) is neither a sampled numeric type (\u2115 \u2124 \u211a \u211d) nor a decidable hypothesis", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "SourcePinCurvatureBounds.lean::I4SourcePinCurvatureBounds.sourceSmoothWeight_curvature_bound": { + "module": "SourcePinCurvatureBounds.lean", + "name": "I4SourcePinCurvatureBounds.sourceSmoothWeight_curvature_bound", + "status": "UNSUPPORTED", + "detail": "binder ( \u03c9 : SmoothSample 2 L ) is neither a sampled numeric type (\u2115 \u2124 \u211a \u211d) nor a decidable hypothesis", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "SourcePinCurvatureBounds.lean::I4SourcePinCurvatureBounds.source_positive_weight_curvature_upper": { + "module": "SourcePinCurvatureBounds.lean", + "name": "I4SourcePinCurvatureBounds.source_positive_weight_curvature_upper", + "status": "UNSUPPORTED", + "detail": "binder ( \u03c9 : SmoothSample 2 L ) is neither a sampled numeric type (\u2115 \u2124 \u211a \u211d) nor a decidable hypothesis", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "SourcePinCurvatureBounds.lean::I4SourcePinCurvatureBounds.source_bad_curvature_slab": { + "module": "SourcePinCurvatureBounds.lean", + "name": "I4SourcePinCurvatureBounds.source_bad_curvature_slab", + "status": "UNSUPPORTED", + "detail": "binder ( \u03c9 : SmoothSample 2 L ) is neither a sampled numeric type (\u2115 \u2124 \u211a \u211d) nor a decidable hypothesis", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "SourcePinCurvatureBounds.lean::I4SourcePinCurvatureBounds.source_prescribed_pin_constraints_ae": { + "module": "SourcePinCurvatureBounds.lean", + "name": "I4SourcePinCurvatureBounds.source_prescribed_pin_constraints_ae", + "status": "UNSUPPORTED", + "detail": "binder ( hG : IsUnit ( sourcePinCovarianceAt L r ) ) is neither a sampled numeric type (\u2115 \u2124 \u211a \u211d) nor a decidable hypothesis", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "SourcePinCurvatureBounds.lean::I4SourcePinCurvatureBounds.sourceSmoothLaw_curvature_bound_ae": { + "module": "SourcePinCurvatureBounds.lean", + "name": "I4SourcePinCurvatureBounds.sourceSmoothLaw_curvature_bound_ae", + "status": "UNSUPPORTED", + "detail": "binder ( hG : IsUnit ( sourcePinCovarianceAt L r ) ) is neither a sampled numeric type (\u2115 \u2124 \u211a \u211d) nor a decidable hypothesis", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "SourcePinCurvatureBounds.lean::I4SourcePinCurvatureBounds.source_curvature_estimates": { + "module": "SourcePinCurvatureBounds.lean", + "name": "I4SourcePinCurvatureBounds.source_curvature_estimates", + "status": "UNSUPPORTED", + "detail": "unsupported syntax: existential quantifier", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "SourcePinCurvatureBounds.lean::I4SourcePinCurvatureBounds.source_normalized_endpoint_errors_all": { + "module": "SourcePinCurvatureBounds.lean", + "name": "I4SourcePinCurvatureBounds.source_normalized_endpoint_errors_all", + "status": "UNSUPPORTED", + "detail": "binder ( \u03c9 : SmoothSample 2 L ) is neither a sampled numeric type (\u2115 \u2124 \u211a \u211d) nor a decidable hypothesis", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "SourcePinCurvatureBounds.lean::I4SourcePinCurvatureBounds.sourceSmoothLaw_endpoint_errors_ae": { + "module": "SourcePinCurvatureBounds.lean", + "name": "I4SourcePinCurvatureBounds.sourceSmoothLaw_endpoint_errors_ae", + "status": "UNSUPPORTED", + "detail": "binder ( hG : IsUnit ( sourcePinCovarianceAt L r ) ) is neither a sampled numeric type (\u2115 \u2124 \u211a \u211d) nor a decidable hypothesis", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "SourcePinCurvatureBounds.lean::I4SourcePinCurvatureBounds.source_endpoint_error_estimates": { + "module": "SourcePinCurvatureBounds.lean", + "name": "I4SourcePinCurvatureBounds.source_endpoint_error_estimates", + "status": "UNSUPPORTED", + "detail": "unsupported syntax: existential quantifier", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "SourcePinPreservingQuartic.lean::I4ActualQuarticTransfer.peanoCubic_first_moment": { + "module": "SourcePinPreservingQuartic.lean", + "name": "I4ActualQuarticTransfer.peanoCubic_first_moment", + "status": "UNSUPPORTED", + "detail": "unparsed statement: SyntaxError: expected ',', got ..", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "SourcePinPreservingQuartic.lean::I4ActualQuarticTransfer.peanoCubic_normalized_second_moment": { + "module": "SourcePinPreservingQuartic.lean", + "name": "I4ActualQuarticTransfer.peanoCubic_normalized_second_moment", + "status": "UNSUPPORTED", + "detail": "unparsed statement: SyntaxError: expected ',', got ..", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "SourcePinPreservingQuartic.lean::I4ActualQuarticTransfer.symmetric_cubic_pin_second_order": { + "module": "SourcePinPreservingQuartic.lean", + "name": "I4ActualQuarticTransfer.symmetric_cubic_pin_second_order", + "status": "UNSUPPORTED", + "detail": "binder ( g : \u211d \u2192 \u211d ) is neither a sampled numeric type (\u2115 \u2124 \u211a \u211d) nor a decidable hypothesis", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "SourcePinPreservingQuartic.lean::I4ActualQuarticTransfer.endpoint_taylor_low_coefficients": { + "module": "SourcePinPreservingQuartic.lean", + "name": "I4ActualQuarticTransfer.endpoint_taylor_low_coefficients", + "status": "UNSUPPORTED", + "detail": "binder ( v : \u211d \u2192 \u211d ) is neither a sampled numeric type (\u2115 \u2124 \u211a \u211d) nor a decidable hypothesis", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "SourcePinPreservingQuartic.lean::I4ActualQuarticTransfer.corrected_axial_constant": { + "module": "SourcePinPreservingQuartic.lean", + "name": "I4ActualQuarticTransfer.corrected_axial_constant", + "status": "CORROBORATED", + "detail": "holds on 64 sampled instances satisfying the hypotheses (212 draws rejected by the hypotheses, 0 infeasible, seed 1): sampling is admitted evidence of the statement, not a proof of it", + "instances": 64, + "vacuous": false, + "float_free": true, + "sampling": { + "seed": 1, + "draws": 64, + "accepted": 64, + "rejected": 212, + "infeasible": 0, + "undecided": 0 + } + }, + "SourcePinPreservingQuartic.lean::I4ActualQuarticTransfer.scalarTaylor_eq_interval": { + "module": "SourcePinPreservingQuartic.lean", + "name": "I4ActualQuarticTransfer.scalarTaylor_eq_interval", + "status": "UNSUPPORTED", + "detail": "binder ( g : \u211d \u2192 \u211d ) is neither a sampled numeric type (\u2115 \u2124 \u211a \u211d) nor a decidable hypothesis", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "SourcePinPreservingQuartic.lean::I4ActualQuarticTransfer.scalar_taylor_remainder": { + "module": "SourcePinPreservingQuartic.lean", + "name": "I4ActualQuarticTransfer.scalar_taylor_remainder", + "status": "UNSUPPORTED", + "detail": "binder ( g : \u211d \u2192 \u211d ) is neither a sampled numeric type (\u2115 \u2124 \u211a \u211d) nor a decidable hypothesis", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "SourcePinPreservingQuartic.lean::I4ActualQuarticTransfer.scalarTaylor_one": { + "module": "SourcePinPreservingQuartic.lean", + "name": "I4ActualQuarticTransfer.scalarTaylor_one", + "status": "UNSUPPORTED", + "detail": "binder ( g : \u211d \u2192 \u211d ) is neither a sampled numeric type (\u2115 \u2124 \u211a \u211d) nor a decidable hypothesis", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "SourcePinPreservingQuartic.lean::I4ActualQuarticTransfer.scalarTaylor_three": { + "module": "SourcePinPreservingQuartic.lean", + "name": "I4ActualQuarticTransfer.scalarTaylor_three", + "status": "UNSUPPORTED", + "detail": "binder ( g : \u211d \u2192 \u211d ) is neither a sampled numeric type (\u2115 \u2124 \u211a \u211d) nor a decidable hypothesis", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "SourcePinPreservingQuartic.lean::I4ActualQuarticTransfer.scalarTaylor_two": { + "module": "SourcePinPreservingQuartic.lean", + "name": "I4ActualQuarticTransfer.scalarTaylor_two", + "status": "UNSUPPORTED", + "detail": "binder ( g : \u211d \u2192 \u211d ) is neither a sampled numeric type (\u2115 \u2124 \u211a \u211d) nor a decidable hypothesis", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "SourcePinPreservingQuartic.lean::I4ActualQuarticTransfer.scalar_taylor_one_bound": { + "module": "SourcePinPreservingQuartic.lean", + "name": "I4ActualQuarticTransfer.scalar_taylor_one_bound", + "status": "UNSUPPORTED", + "detail": "binder ( g : \u211d \u2192 \u211d ) is neither a sampled numeric type (\u2115 \u2124 \u211a \u211d) nor a decidable hypothesis", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "SourcePinPreservingQuartic.lean::I4ActualQuarticTransfer.scalar_taylor_three_bound": { + "module": "SourcePinPreservingQuartic.lean", + "name": "I4ActualQuarticTransfer.scalar_taylor_three_bound", + "status": "UNSUPPORTED", + "detail": "binder ( g : \u211d \u2192 \u211d ) is neither a sampled numeric type (\u2115 \u2124 \u211a \u211d) nor a decidable hypothesis", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "SourcePinPreservingQuartic.lean::I4ActualQuarticTransfer.scalar_taylor_two_bound": { + "module": "SourcePinPreservingQuartic.lean", + "name": "I4ActualQuarticTransfer.scalar_taylor_two_bound", + "status": "UNSUPPORTED", + "detail": "binder ( g : \u211d \u2192 \u211d ) is neither a sampled numeric type (\u2115 \u2124 \u211a \u211d) nor a decidable hypothesis", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "SourcePinPreservingQuartic.lean::I4ActualQuarticTransfer.smooth_iteratedDeriv": { + "module": "SourcePinPreservingQuartic.lean", + "name": "I4ActualQuarticTransfer.smooth_iteratedDeriv", + "status": "UNSUPPORTED", + "detail": "binder ( g : \u211d \u2192 \u211d ) is neither a sampled numeric type (\u2115 \u2124 \u211a \u211d) nor a decidable hypothesis", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "SourcePinPreservingQuartic.lean::I4ActualQuarticTransfer.iteratedDeriv_iteratedDeriv": { + "module": "SourcePinPreservingQuartic.lean", + "name": "I4ActualQuarticTransfer.iteratedDeriv_iteratedDeriv", + "status": "UNSUPPORTED", + "detail": "binder ( g : \u211d \u2192 \u211d ) is neither a sampled numeric type (\u2115 \u2124 \u211a \u211d) nor a decidable hypothesis", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "SourcePinPreservingQuartic.lean::I4ActualQuarticTransfer.sourceF_smooth": { + "module": "SourcePinPreservingQuartic.lean", + "name": "I4ActualQuarticTransfer.sourceF_smooth", + "status": "UNSUPPORTED", + "detail": "binder ( \u03c9 : SmoothSample 2 L ) is neither a sampled numeric type (\u2115 \u2124 \u211a \u211d) nor a decidable hypothesis", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "SourcePinPreservingQuartic.lean::I4ActualQuarticTransfer.sourceH_smooth": { + "module": "SourcePinPreservingQuartic.lean", + "name": "I4ActualQuarticTransfer.sourceH_smooth", + "status": "UNSUPPORTED", + "detail": "binder ( \u03c9 : SmoothSample 2 L ) is neither a sampled numeric type (\u2115 \u2124 \u211a \u211d) nor a decidable hypothesis", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "SourcePinPreservingQuartic.lean::I4ActualQuarticTransfer.sourceF_iteratedDeriv_abs_le": { + "module": "SourcePinPreservingQuartic.lean", + "name": "I4ActualQuarticTransfer.sourceF_iteratedDeriv_abs_le", + "status": "UNSUPPORTED", + "detail": "binder ( \u03c9 : SmoothSample 2 L ) is neither a sampled numeric type (\u2115 \u2124 \u211a \u211d) nor a decidable hypothesis", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "SourcePinPreservingQuartic.lean::I4ActualQuarticTransfer.sourceH_iteratedDeriv_abs_le": { + "module": "SourcePinPreservingQuartic.lean", + "name": "I4ActualQuarticTransfer.sourceH_iteratedDeriv_abs_le", + "status": "UNSUPPORTED", + "detail": "binder ( \u03c9 : SmoothSample 2 L ) is neither a sampled numeric type (\u2115 \u2124 \u211a \u211d) nor a decidable hypothesis", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "SourcePinPreservingQuartic.lean::I4SourcePinPreservingQuartic.pi_norm_le_euclidean_norm": { + "module": "SourcePinPreservingQuartic.lean", + "name": "I4SourcePinPreservingQuartic.pi_norm_le_euclidean_norm", + "status": "UNSUPPORTED", + "detail": "norm of a Func value", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "SourcePinPreservingQuartic.lean::I4SourcePinPreservingQuartic.euclidean_two_norm_sq": { + "module": "SourcePinPreservingQuartic.lean", + "name": "I4SourcePinPreservingQuartic.euclidean_two_norm_sq", + "status": "CORROBORATED", + "detail": "holds on 64 sampled instances satisfying the hypotheses (0 draws rejected by the hypotheses, 0 infeasible, seed 1): sampling is admitted evidence of the statement, not a proof of it", + "instances": 64, + "vacuous": false, + "float_free": true, + "sampling": { + "seed": 1, + "draws": 68, + "accepted": 64, + "rejected": 0, + "infeasible": 0, + "undecided": 0 + } + }, + "SourcePinPreservingQuartic.lean::I4SourcePinPreservingQuartic.euclidean_two_norm_le_abs_sum": { + "module": "SourcePinPreservingQuartic.lean", + "name": "I4SourcePinPreservingQuartic.euclidean_two_norm_le_abs_sum", + "status": "CORROBORATED", + "detail": "holds on 64 sampled instances satisfying the hypotheses (0 draws rejected by the hypotheses, 0 infeasible, seed 1): sampling is admitted evidence of the statement, not a proof of it", + "instances": 64, + "vacuous": false, + "float_free": true, + "sampling": { + "seed": 1, + "draws": 68, + "accepted": 64, + "rejected": 0, + "infeasible": 0, + "undecided": 0 + } + }, + "SourcePinPreservingQuartic.lean::I4SourcePinPreservingQuartic.euclidean_two_norm_le_two_mul": { + "module": "SourcePinPreservingQuartic.lean", + "name": "I4SourcePinPreservingQuartic.euclidean_two_norm_le_two_mul", + "status": "CORROBORATED", + "detail": "holds on 64 sampled instances satisfying the hypotheses (6 draws rejected by the hypotheses, 0 infeasible, seed 1): sampling is admitted evidence of the statement, not a proof of it", + "instances": 64, + "vacuous": false, + "float_free": true, + "sampling": { + "seed": 1, + "draws": 64, + "accepted": 64, + "rejected": 6, + "infeasible": 0, + "undecided": 0 + } + }, + "SourcePinPreservingQuartic.lean::I4SourcePinPreservingQuartic.matrixLinearEuclidean_apply": { + "module": "SourcePinPreservingQuartic.lean", + "name": "I4SourcePinPreservingQuartic.matrixLinearEuclidean_apply", + "status": "UNSUPPORTED", + "detail": "unsupported syntax: notation '\u1d65'", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "SourcePinPreservingQuartic.lean::I4SourcePinPreservingQuartic.matrixLinearEuclidean_norm_le_of_sqsum": { + "module": "SourcePinPreservingQuartic.lean", + "name": "I4SourcePinPreservingQuartic.matrixLinearEuclidean_norm_le_of_sqsum", + "status": "UNSUPPORTED", + "detail": "result type EuclideanSpace \u211d ( Fin 2 ) \u2192 L [ \u211d ] EuclideanSpace \u211d ( Fin 2 )", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "SourcePinPreservingQuartic.lean::I4SourcePinPreservingQuartic.matrixLinearEuclidean_norm_le_two_mul": { + "module": "SourcePinPreservingQuartic.lean", + "name": "I4SourcePinPreservingQuartic.matrixLinearEuclidean_norm_le_two_mul", + "status": "UNSUPPORTED", + "detail": "binder ( hA : \u2200 i j , | A i j | \u2264 B ) is neither a sampled numeric type (\u2115 \u2124 \u211a \u211d) nor a decidable hypothesis", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "SourcePinPreservingQuartic.lean::I4SourcePinPreservingQuartic.matrixLinearEuclidean_offdiag_norm_le": { + "module": "SourcePinPreservingQuartic.lean", + "name": "I4SourcePinPreservingQuartic.matrixLinearEuclidean_offdiag_norm_le", + "status": "UNSUPPORTED", + "detail": "result type EuclideanSpace \u211d ( Fin 2 ) \u2192 L [ \u211d ] EuclideanSpace \u211d ( Fin 2 )", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "SourcePinPreservingQuartic.lean::I4SourcePinPreservingQuartic.matrixLinearEuclidean_symmetric_norm_le_abs_sum": { + "module": "SourcePinPreservingQuartic.lean", + "name": "I4SourcePinPreservingQuartic.matrixLinearEuclidean_symmetric_norm_le_abs_sum", + "status": "UNSUPPORTED", + "detail": "result type EuclideanSpace \u211d ( Fin 2 ) \u2192 L [ \u211d ] EuclideanSpace \u211d ( Fin 2 )", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "SourcePinPreservingQuartic.lean::I4SourcePinPreservingQuartic.matrixLinearEuclidean_symmetric_norm_le_three_mul": { + "module": "SourcePinPreservingQuartic.lean", + "name": "I4SourcePinPreservingQuartic.matrixLinearEuclidean_symmetric_norm_le_three_mul", + "status": "UNSUPPORTED", + "detail": "result type EuclideanSpace \u211d ( Fin 2 ) \u2192 L [ \u211d ] EuclideanSpace \u211d ( Fin 2 )", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "SourcePinPreservingQuartic.lean::I4SourcePinPreservingQuartic.line_iteratedDeriv": { + "module": "SourcePinPreservingQuartic.lean", + "name": "I4SourcePinPreservingQuartic.line_iteratedDeriv", + "status": "UNSUPPORTED", + "detail": "binder ( f : ( Fin 2 \u2192 \u211d ) \u2192 \u211d ) is neither a sampled numeric type (\u2115 \u2124 \u211a \u211d) nor a decidable hypothesis", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "SourcePinPreservingQuartic.lean::I4SourcePinPreservingQuartic.derivativeComponent_smooth": { + "module": "SourcePinPreservingQuartic.lean", + "name": "I4SourcePinPreservingQuartic.derivativeComponent_smooth", + "status": "UNSUPPORTED", + "detail": "binder ( f : ( Fin 2 \u2192 \u211d ) \u2192 \u211d ) is neither a sampled numeric type (\u2115 \u2124 \u211a \u211d) nor a decidable hypothesis", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "SourcePinPreservingQuartic.lean::I4SourcePinPreservingQuartic.derivativeComponent_iteratedFDeriv": { + "module": "SourcePinPreservingQuartic.lean", + "name": "I4SourcePinPreservingQuartic.derivativeComponent_iteratedFDeriv", + "status": "UNSUPPORTED", + "detail": "binder ( f : ( Fin 2 \u2192 \u211d ) \u2192 \u211d ) is neither a sampled numeric type (\u2115 \u2124 \u211a \u211d) nor a decidable hypothesis", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "SourcePinPreservingQuartic.lean::I4SourcePinPreservingQuartic.line_gradient_iteratedDeriv": { + "module": "SourcePinPreservingQuartic.lean", + "name": "I4SourcePinPreservingQuartic.line_gradient_iteratedDeriv", + "status": "UNSUPPORTED", + "detail": "binder ( f : ( Fin 2 \u2192 \u211d ) \u2192 \u211d ) is neither a sampled numeric type (\u2115 \u2124 \u211a \u211d) nor a decidable hypothesis", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "SourcePinPreservingQuartic.lean::I4SourcePinPreservingQuartic.source_derivative_abs_le": { + "module": "SourcePinPreservingQuartic.lean", + "name": "I4SourcePinPreservingQuartic.source_derivative_abs_le", + "status": "UNSUPPORTED", + "detail": "binder ( \u03c9 : SmoothSample 2 L ) is neither a sampled numeric type (\u2115 \u2124 \u211a \u211d) nor a decidable hypothesis", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "SourcePinPreservingQuartic.lean::I4SourcePinPreservingQuartic.source_line_gradient_taylor": { + "module": "SourcePinPreservingQuartic.lean", + "name": "I4SourcePinPreservingQuartic.source_line_gradient_taylor", + "status": "UNSUPPORTED", + "detail": "binder ( \u03c9 : SmoothSample 2 L ) is neither a sampled numeric type (\u2115 \u2124 \u211a \u211d) nor a decidable hypothesis", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "SourcePinPreservingQuartic.lean::I4SourcePinPreservingQuartic.modeCoefficient_analytic_order": { + "module": "SourcePinPreservingQuartic.lean", + "name": "I4SourcePinPreservingQuartic.modeCoefficient_analytic_order", + "status": "UNSUPPORTED", + "detail": "binder ( m : SourceMode 2 ) is neither a sampled numeric type (\u2115 \u2124 \u211a \u211d) nor a decidable hypothesis", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "SourcePinPreservingQuartic.lean::I4SourcePinPreservingQuartic.source_derivative_comp_perm": { + "module": "SourcePinPreservingQuartic.lean", + "name": "I4SourcePinPreservingQuartic.source_derivative_comp_perm", + "status": "UNSUPPORTED", + "detail": "binder ( \u03c9 : SmoothSample 2 L ) is neither a sampled numeric type (\u2115 \u2124 \u211a \u211d) nor a decidable hypothesis", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "SourcePinPreservingQuartic.lean::I4SourcePinPreservingQuartic.sourceF_third_zero": { + "module": "SourcePinPreservingQuartic.lean", + "name": "I4SourcePinPreservingQuartic.sourceF_third_zero", + "status": "UNSUPPORTED", + "detail": "binder ( \u03c9 : SmoothSample 2 L ) is neither a sampled numeric type (\u2115 \u2124 \u211a \u211d) nor a decidable hypothesis", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "SourcePinPreservingQuartic.lean::I4SourcePinPreservingQuartic.sourceF_fourth_zero": { + "module": "SourcePinPreservingQuartic.lean", + "name": "I4SourcePinPreservingQuartic.sourceF_fourth_zero", + "status": "UNSUPPORTED", + "detail": "binder ( \u03c9 : SmoothSample 2 L ) is neither a sampled numeric type (\u2115 \u2124 \u211a \u211d) nor a decidable hypothesis", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "SourcePinPreservingQuartic.lean::I4SourcePinPreservingQuartic.sourceH_third_zero": { + "module": "SourcePinPreservingQuartic.lean", + "name": "I4SourcePinPreservingQuartic.sourceH_third_zero", + "status": "UNSUPPORTED", + "detail": "binder ( \u03c9 : SmoothSample 2 L ) is neither a sampled numeric type (\u2115 \u2124 \u211a \u211d) nor a decidable hypothesis", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "SourcePinPreservingQuartic.lean::I4SourcePinPreservingQuartic.sourceF_deriv_pins": { + "module": "SourcePinPreservingQuartic.lean", + "name": "I4SourcePinPreservingQuartic.sourceF_deriv_pins", + "status": "UNSUPPORTED", + "detail": "binder ( \u03c9 : SmoothSample 2 L ) is neither a sampled numeric type (\u2115 \u2124 \u211a \u211d) nor a decidable hypothesis", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "SourcePinPreservingQuartic.lean::I4SourcePinPreservingQuartic.sourceH_pins": { + "module": "SourcePinPreservingQuartic.lean", + "name": "I4SourcePinPreservingQuartic.sourceH_pins", + "status": "UNSUPPORTED", + "detail": "binder ( \u03c9 : SmoothSample 2 L ) is neither a sampled numeric type (\u2115 \u2124 \u211a \u211d) nor a decidable hypothesis", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "SourcePinPreservingQuartic.lean::I4SourcePinPreservingQuartic.source_axial_third_error": { + "module": "SourcePinPreservingQuartic.lean", + "name": "I4SourcePinPreservingQuartic.source_axial_third_error", + "status": "UNSUPPORTED", + "detail": "binder ( \u03c9 : SmoothSample 2 L ) is neither a sampled numeric type (\u2115 \u2124 \u211a \u211d) nor a decidable hypothesis", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "SourcePinPreservingQuartic.lean::I4SourcePinPreservingQuartic.endpoint_derivative_low": { + "module": "SourcePinPreservingQuartic.lean", + "name": "I4SourcePinPreservingQuartic.endpoint_derivative_low", + "status": "UNSUPPORTED", + "detail": "binder ( v : \u211d \u2192 \u211d ) is neither a sampled numeric type (\u2115 \u2124 \u211a \u211d) nor a decidable hypothesis", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "SourcePinPreservingQuartic.lean::I4SourcePinPreservingQuartic.source_low_pin_coefficients": { + "module": "SourcePinPreservingQuartic.lean", + "name": "I4SourcePinPreservingQuartic.source_low_pin_coefficients", + "status": "UNSUPPORTED", + "detail": "binder ( \u03c9 : SmoothSample 2 L ) is neither a sampled numeric type (\u2115 \u2124 \u211a \u211d) nor a decidable hypothesis", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "SourcePinPreservingQuartic.lean::I4SourcePinPreservingQuartic.coordinateDirection_zero": { + "module": "SourcePinPreservingQuartic.lean", + "name": "I4SourcePinPreservingQuartic.coordinateDirection_zero", + "status": "PASS", + "detail": "closed statement evaluated true", + "instances": 1, + "vacuous": false, + "float_free": true + }, + "SourcePinPreservingQuartic.lean::I4SourcePinPreservingQuartic.coordinateDirection_one": { + "module": "SourcePinPreservingQuartic.lean", + "name": "I4SourcePinPreservingQuartic.coordinateDirection_one", + "status": "PASS", + "detail": "closed statement evaluated true", + "instances": 1, + "vacuous": false, + "float_free": true + }, + "SourcePinPreservingQuartic.lean::I4SourcePinPreservingQuartic.hessianMatrix_apply": { + "module": "SourcePinPreservingQuartic.lean", + "name": "I4SourcePinPreservingQuartic.hessianMatrix_apply", + "status": "UNSUPPORTED", + "detail": "binder ( f : ( Fin 2 \u2192 \u211d ) \u2192 \u211d ) is neither a sampled numeric type (\u2115 \u2124 \u211a \u211d) nor a decidable hypothesis", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "SourcePinPreservingQuartic.lean::I4SourcePinPreservingQuartic.coordinate_decomposition": { + "module": "SourcePinPreservingQuartic.lean", + "name": "I4SourcePinPreservingQuartic.coordinate_decomposition", + "status": "CORROBORATED", + "detail": "holds on 64 sampled instances satisfying the hypotheses (0 draws rejected by the hypotheses, 0 infeasible, seed 1): sampling is admitted evidence of the statement, not a proof of it", + "instances": 64, + "vacuous": false, + "float_free": true, + "sampling": { + "seed": 1, + "draws": 68, + "accepted": 64, + "rejected": 0, + "infeasible": 0, + "undecided": 0 + } + }, + "SourcePinPreservingQuartic.lean::I4SourcePinPreservingQuartic.hasFDerivAt_gradientEuclidean": { + "module": "SourcePinPreservingQuartic.lean", + "name": "I4SourcePinPreservingQuartic.hasFDerivAt_gradientEuclidean", + "status": "UNSUPPORTED", + "detail": "binder ( f : ( Fin 2 \u2192 \u211d ) \u2192 \u211d ) is neither a sampled numeric type (\u2115 \u2124 \u211a \u211d) nor a decidable hypothesis", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "SourcePinPreservingQuartic.lean::I4SourcePinPreservingQuartic.gradientEuclidean_eq_components": { + "module": "SourcePinPreservingQuartic.lean", + "name": "I4SourcePinPreservingQuartic.gradientEuclidean_eq_components", + "status": "UNSUPPORTED", + "detail": "binder ( f : ( Fin 2 \u2192 \u211d ) \u2192 \u211d ) is neither a sampled numeric type (\u2115 \u2124 \u211a \u211d) nor a decidable hypothesis", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "SourcePinPreservingQuartic.lean::I4SourcePinPreservingQuartic.hasFDerivAt_scaledGradientEuclidean": { + "module": "SourcePinPreservingQuartic.lean", + "name": "I4SourcePinPreservingQuartic.hasFDerivAt_scaledGradientEuclidean", + "status": "UNSUPPORTED", + "detail": "binder ( f : ( Fin 2 \u2192 \u211d ) \u2192 \u211d ) is neither a sampled numeric type (\u2115 \u2124 \u211a \u211d) nor a decidable hypothesis", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "SourcePinPreservingQuartic.lean::I4SourcePinPreservingQuartic.scaledGradientEuclidean_eq_components": { + "module": "SourcePinPreservingQuartic.lean", + "name": "I4SourcePinPreservingQuartic.scaledGradientEuclidean_eq_components", + "status": "UNSUPPORTED", + "detail": "binder ( f : ( Fin 2 \u2192 \u211d ) \u2192 \u211d ) is neither a sampled numeric type (\u2115 \u2124 \u211a \u211d) nor a decidable hypothesis", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "SourcePinPreservingQuartic.lean::I4SourcePinPreservingQuartic.hessianEntry_eq_derivativeComponent": { + "module": "SourcePinPreservingQuartic.lean", + "name": "I4SourcePinPreservingQuartic.hessianEntry_eq_derivativeComponent", + "status": "UNSUPPORTED", + "detail": "binder ( f : ( Fin 2 \u2192 \u211d ) \u2192 \u211d ) is neither a sampled numeric type (\u2115 \u2124 \u211a \u211d) nor a decidable hypothesis", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "SourcePinPreservingQuartic.lean::I4SourcePinPreservingQuartic.hessianEntry_smooth": { + "module": "SourcePinPreservingQuartic.lean", + "name": "I4SourcePinPreservingQuartic.hessianEntry_smooth", + "status": "UNSUPPORTED", + "detail": "binder ( f : ( Fin 2 \u2192 \u211d ) \u2192 \u211d ) is neither a sampled numeric type (\u2115 \u2124 \u211a \u211d) nor a decidable hypothesis", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "SourcePinPreservingQuartic.lean::I4SourcePinPreservingQuartic.line_hessian_iteratedDeriv": { + "module": "SourcePinPreservingQuartic.lean", + "name": "I4SourcePinPreservingQuartic.line_hessian_iteratedDeriv", + "status": "UNSUPPORTED", + "detail": "binder ( f : ( Fin 2 \u2192 \u211d ) \u2192 \u211d ) is neither a sampled numeric type (\u2115 \u2124 \u211a \u211d) nor a decidable hypothesis", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "SourcePinPreservingQuartic.lean::I4SourcePinPreservingQuartic.source_line_hessian_taylor": { + "module": "SourcePinPreservingQuartic.lean", + "name": "I4SourcePinPreservingQuartic.source_line_hessian_taylor", + "status": "UNSUPPORTED", + "detail": "binder ( \u03c9 : SmoothSample 2 L ) is neither a sampled numeric type (\u2115 \u2124 \u211a \u211d) nor a decidable hypothesis", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "SourcePinPreservingQuartic.lean::I4SourcePinPreservingQuartic.one_le_quarticFstar": { + "module": "SourcePinPreservingQuartic.lean", + "name": "I4SourcePinPreservingQuartic.one_le_quarticFstar", + "status": "CORROBORATED", + "detail": "holds on 64 sampled instances satisfying the hypotheses (3 draws rejected by the hypotheses, 0 infeasible, seed 1): sampling is admitted evidence of the statement, not a proof of it", + "instances": 64, + "vacuous": false, + "float_free": true, + "sampling": { + "seed": 1, + "draws": 64, + "accepted": 64, + "rejected": 3, + "infeasible": 0, + "undecided": 0 + } + }, + "SourcePinPreservingQuartic.lean::I4SourcePinPreservingQuartic.quarticWidth_pos": { + "module": "SourcePinPreservingQuartic.lean", + "name": "I4SourcePinPreservingQuartic.quarticWidth_pos", + "status": "CORROBORATED", + "detail": "holds on 64 sampled instances satisfying the hypotheses (5 draws rejected by the hypotheses, 0 infeasible, seed 1): sampling is admitted evidence of the statement, not a proof of it", + "instances": 64, + "vacuous": false, + "float_free": true, + "sampling": { + "seed": 1, + "draws": 64, + "accepted": 64, + "rejected": 5, + "infeasible": 0, + "undecided": 0 + } + }, + "SourcePinPreservingQuartic.lean::I4SourcePinPreservingQuartic.cutoff_raw_regularity": { + "module": "SourcePinPreservingQuartic.lean", + "name": "I4SourcePinPreservingQuartic.cutoff_raw_regularity", + "status": "CORROBORATED", + "detail": "holds on 64 sampled instances satisfying the hypotheses (882 draws rejected by the hypotheses, 0 infeasible, seed 1): sampling is admitted evidence of the statement, not a proof of it", + "instances": 64, + "vacuous": false, + "float_free": true, + "sampling": { + "seed": 1, + "draws": 70, + "accepted": 64, + "rejected": 882, + "infeasible": 0, + "undecided": 0 + } + }, + "SourcePinPreservingQuartic.lean::I4SourcePinPreservingQuartic.cutoff_scaled_error_budget": { + "module": "SourcePinPreservingQuartic.lean", + "name": "I4SourcePinPreservingQuartic.cutoff_scaled_error_budget", + "status": "CORROBORATED", + "detail": "holds on 64 sampled instances satisfying the hypotheses (322 draws rejected by the hypotheses, 0 infeasible, seed 1): sampling is admitted evidence of the statement, not a proof of it", + "instances": 64, + "vacuous": false, + "float_free": true, + "sampling": { + "seed": 1, + "draws": 67, + "accepted": 64, + "rejected": 322, + "infeasible": 0, + "undecided": 0 + } + }, + "SourcePinPreservingQuartic.lean::I4SourcePinPreservingQuartic.cutoff_adaptive_tolerance": { + "module": "SourcePinPreservingQuartic.lean", + "name": "I4SourcePinPreservingQuartic.cutoff_adaptive_tolerance", + "status": "CORROBORATED", + "detail": "holds on 64 sampled instances satisfying the hypotheses (253 draws rejected by the hypotheses, 0 infeasible, seed 1): sampling is admitted evidence of the statement, not a proof of it", + "instances": 64, + "vacuous": false, + "float_free": true, + "sampling": { + "seed": 1, + "draws": 64, + "accepted": 64, + "rejected": 253, + "infeasible": 0, + "undecided": 0 + } + }, + "SourcePinPreservingQuartic.lean::I4SourcePinPreservingQuartic.cutoff_quarticWidth_tolerance": { + "module": "SourcePinPreservingQuartic.lean", + "name": "I4SourcePinPreservingQuartic.cutoff_quarticWidth_tolerance", + "status": "CORROBORATED", + "detail": "holds on 64 sampled instances satisfying the hypotheses (308 draws rejected by the hypotheses, 0 infeasible, seed 1): sampling is admitted evidence of the statement, not a proof of it", + "instances": 64, + "vacuous": false, + "float_free": true, + "sampling": { + "seed": 1, + "draws": 64, + "accepted": 64, + "rejected": 308, + "infeasible": 0, + "undecided": 0 + } + }, + "SourcePinPreservingQuartic.lean::I4SourcePinPreservingQuartic.cutoff_curvature_threshold": { + "module": "SourcePinPreservingQuartic.lean", + "name": "I4SourcePinPreservingQuartic.cutoff_curvature_threshold", + "status": "CORROBORATED", + "detail": "holds on 38 sampled instances satisfying the hypotheses (994 draws rejected by the hypotheses, 0 infeasible, seed 1): sampling is admitted evidence of the statement, not a proof of it", + "instances": 38, + "vacuous": false, + "float_free": true, + "sampling": { + "seed": 1, + "draws": 38, + "accepted": 38, + "rejected": 994, + "infeasible": 0, + "undecided": 0 + } + }, + "SourcePinPreservingQuartic.lean::I4SourcePinPreservingQuartic.certificate_width_geometry": { + "module": "SourcePinPreservingQuartic.lean", + "name": "I4SourcePinPreservingQuartic.certificate_width_geometry", + "status": "CORROBORATED", + "detail": "holds on 64 sampled instances satisfying the hypotheses (8 draws rejected by the hypotheses, 0 infeasible, seed 1): sampling is admitted evidence of the statement, not a proof of it", + "instances": 64, + "vacuous": false, + "float_free": true, + "sampling": { + "seed": 1, + "draws": 68, + "accepted": 64, + "rejected": 8, + "infeasible": 0, + "undecided": 0 + } + }, + "SourcePinPreservingQuartic.lean::I4SourcePinPreservingQuartic.source_origin_derivative_abs_le": { + "module": "SourcePinPreservingQuartic.lean", + "name": "I4SourcePinPreservingQuartic.source_origin_derivative_abs_le", + "status": "UNSUPPORTED", + "detail": "binder ( \u03c9 : SmoothSample 2 L ) is neither a sampled numeric type (\u2115 \u2124 \u211a \u211d) nor a decidable hypothesis", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "SourcePinPreservingQuartic.lean::I4SourcePinPreservingQuartic.sourceRawU_abs_le": { + "module": "SourcePinPreservingQuartic.lean", + "name": "I4SourcePinPreservingQuartic.sourceRawU_abs_le", + "status": "UNSUPPORTED", + "detail": "binder ( \u03c9 : SmoothSample 2 L ) is neither a sampled numeric type (\u2115 \u2124 \u211a \u211d) nor a decidable hypothesis", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "SourcePinPreservingQuartic.lean::I4SourcePinPreservingQuartic.sourceRawRadius_one_le": { + "module": "SourcePinPreservingQuartic.lean", + "name": "I4SourcePinPreservingQuartic.sourceRawRadius_one_le", + "status": "UNSUPPORTED", + "detail": "binder ( \u03c9 : SmoothSample 2 L ) is neither a sampled numeric type (\u2115 \u2124 \u211a \u211d) nor a decidable hypothesis", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "SourcePinPreservingQuartic.lean::I4SourcePinPreservingQuartic.sourceRawRadius_le_majorants": { + "module": "SourcePinPreservingQuartic.lean", + "name": "I4SourcePinPreservingQuartic.sourceRawRadius_le_majorants", + "status": "UNSUPPORTED", + "detail": "binder ( \u03c9 : SmoothSample 2 L ) is neither a sampled numeric type (\u2115 \u2124 \u211a \u211d) nor a decidable hypothesis", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "SourcePinPreservingQuartic.lean::I4SourcePinPreservingQuartic.sourceRawRadius_le_global": { + "module": "SourcePinPreservingQuartic.lean", + "name": "I4SourcePinPreservingQuartic.sourceRawRadius_le_global", + "status": "UNSUPPORTED", + "detail": "binder ( \u03c9 : SmoothSample 2 L ) is neither a sampled numeric type (\u2115 \u2124 \u211a \u211d) nor a decidable hypothesis", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "SourcePinPreservingQuartic.lean::I4SourcePinPreservingQuartic.sourcePhysicalPins_ae": { + "module": "SourcePinPreservingQuartic.lean", + "name": "I4SourcePinPreservingQuartic.sourcePhysicalPins_ae", + "status": "UNSUPPORTED", + "detail": "binder ( hG : IsUnit ( sourcePinCovarianceAt L r ) ) is neither a sampled numeric type (\u2115 \u2124 \u211a \u211d) nor a decidable hypothesis", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "SourcePinPreservingQuartic.lean::I4SourcePinPreservingQuartic.sourcePhysicalPins_eventually": { + "module": "SourcePinPreservingQuartic.lean", + "name": "I4SourcePinPreservingQuartic.sourcePhysicalPins_eventually", + "status": "UNSUPPORTED", + "detail": "unsupported syntax: existential quantifier", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "SourcePinPreservingQuartic.lean::I4SourcePinPreservingQuartic.sourceScaledGradient_eq": { + "module": "SourcePinPreservingQuartic.lean", + "name": "I4SourcePinPreservingQuartic.sourceScaledGradient_eq", + "status": "UNSUPPORTED", + "detail": "binder ( \u03c9 : SmoothSample 2 L ) is neither a sampled numeric type (\u2115 \u2124 \u211a \u211d) nor a decidable hypothesis", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "SourcePinPreservingQuartic.lean::I4SourcePinPreservingQuartic.sourceScaledGradient_hasFDerivAt": { + "module": "SourcePinPreservingQuartic.lean", + "name": "I4SourcePinPreservingQuartic.sourceScaledGradient_hasFDerivAt", + "status": "UNSUPPORTED", + "detail": "binder ( \u03c9 : SmoothSample 2 L ) is neither a sampled numeric type (\u2115 \u2124 \u211a \u211d) nor a decidable hypothesis", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "SourcePinPreservingQuartic.lean::I4SourcePinPreservingQuartic.plane_decompose": { + "module": "SourcePinPreservingQuartic.lean", + "name": "I4SourcePinPreservingQuartic.plane_decompose", + "status": "CORROBORATED", + "detail": "holds on 64 sampled instances satisfying the hypotheses (0 draws rejected by the hypotheses, 0 infeasible, seed 1): sampling is admitted evidence of the statement, not a proof of it", + "instances": 64, + "vacuous": false, + "float_free": true, + "sampling": { + "seed": 1, + "draws": 68, + "accepted": 64, + "rejected": 0, + "infeasible": 0, + "undecided": 0 + } + }, + "SourcePinPreservingQuartic.lean::I4SourcePinPreservingQuartic.cml_head": { + "module": "SourcePinPreservingQuartic.lean", + "name": "I4SourcePinPreservingQuartic.cml_head", + "status": "UNSUPPORTED", + "detail": "binder ( T : ContinuousMultilinearMap \u211d ( fun _ : Fin ( n + 1 ) => Fin 2 \u2192 \u211d ) \u211d ) is neither a sampled numeric type (\u2115 \u2124 \u211a \u211d) nor a decidable hypothesis", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "SourcePinPreservingQuartic.lean::I4SourcePinPreservingQuartic.cml_pp": { + "module": "SourcePinPreservingQuartic.lean", + "name": "I4SourcePinPreservingQuartic.cml_pp", + "status": "UNSUPPORTED", + "detail": "binder ( T : ContinuousMultilinearMap \u211d ( fun _ : Fin ( n + 2 ) => Fin 2 \u2192 \u211d ) \u211d ) is neither a sampled numeric type (\u2115 \u2124 \u211a \u211d) nor a decidable hypothesis", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "SourcePinPreservingQuartic.lean::I4SourcePinPreservingQuartic.cml_ppp": { + "module": "SourcePinPreservingQuartic.lean", + "name": "I4SourcePinPreservingQuartic.cml_ppp", + "status": "UNSUPPORTED", + "detail": "binder ( T : ContinuousMultilinearMap \u211d ( fun _ : Fin ( n + 3 ) => Fin 2 \u2192 \u211d ) \u211d ) is neither a sampled numeric type (\u2115 \u2124 \u211a \u211d) nor a decidable hypothesis", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "SourcePinPreservingQuartic.lean::I4SourcePinPreservingQuartic.source_word_2_xx": { + "module": "SourcePinPreservingQuartic.lean", + "name": "I4SourcePinPreservingQuartic.source_word_2_xx", + "status": "UNSUPPORTED", + "detail": "binder ( \u03c9 : SmoothSample 2 L ) is neither a sampled numeric type (\u2115 \u2124 \u211a \u211d) nor a decidable hypothesis", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "SourcePinPreservingQuartic.lean::I4SourcePinPreservingQuartic.source_word_2_xy": { + "module": "SourcePinPreservingQuartic.lean", + "name": "I4SourcePinPreservingQuartic.source_word_2_xy", + "status": "UNSUPPORTED", + "detail": "binder ( \u03c9 : SmoothSample 2 L ) is neither a sampled numeric type (\u2115 \u2124 \u211a \u211d) nor a decidable hypothesis", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "SourcePinPreservingQuartic.lean::I4SourcePinPreservingQuartic.source_word_2_yx": { + "module": "SourcePinPreservingQuartic.lean", + "name": "I4SourcePinPreservingQuartic.source_word_2_yx", + "status": "UNSUPPORTED", + "detail": "binder ( \u03c9 : SmoothSample 2 L ) is neither a sampled numeric type (\u2115 \u2124 \u211a \u211d) nor a decidable hypothesis", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "SourcePinPreservingQuartic.lean::I4SourcePinPreservingQuartic.source_word_2_yy": { + "module": "SourcePinPreservingQuartic.lean", + "name": "I4SourcePinPreservingQuartic.source_word_2_yy", + "status": "UNSUPPORTED", + "detail": "binder ( \u03c9 : SmoothSample 2 L ) is neither a sampled numeric type (\u2115 \u2124 \u211a \u211d) nor a decidable hypothesis", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "SourcePinPreservingQuartic.lean::I4SourcePinPreservingQuartic.source_word_3_xxx": { + "module": "SourcePinPreservingQuartic.lean", + "name": "I4SourcePinPreservingQuartic.source_word_3_xxx", + "status": "UNSUPPORTED", + "detail": "binder ( \u03c9 : SmoothSample 2 L ) is neither a sampled numeric type (\u2115 \u2124 \u211a \u211d) nor a decidable hypothesis", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "SourcePinPreservingQuartic.lean::I4SourcePinPreservingQuartic.source_word_3_xxy": { + "module": "SourcePinPreservingQuartic.lean", + "name": "I4SourcePinPreservingQuartic.source_word_3_xxy", + "status": "UNSUPPORTED", + "detail": "binder ( \u03c9 : SmoothSample 2 L ) is neither a sampled numeric type (\u2115 \u2124 \u211a \u211d) nor a decidable hypothesis", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "SourcePinPreservingQuartic.lean::I4SourcePinPreservingQuartic.source_word_3_xyx": { + "module": "SourcePinPreservingQuartic.lean", + "name": "I4SourcePinPreservingQuartic.source_word_3_xyx", + "status": "UNSUPPORTED", + "detail": "binder ( \u03c9 : SmoothSample 2 L ) is neither a sampled numeric type (\u2115 \u2124 \u211a \u211d) nor a decidable hypothesis", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "SourcePinPreservingQuartic.lean::I4SourcePinPreservingQuartic.source_word_3_xyy": { + "module": "SourcePinPreservingQuartic.lean", + "name": "I4SourcePinPreservingQuartic.source_word_3_xyy", + "status": "UNSUPPORTED", + "detail": "binder ( \u03c9 : SmoothSample 2 L ) is neither a sampled numeric type (\u2115 \u2124 \u211a \u211d) nor a decidable hypothesis", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "SourcePinPreservingQuartic.lean::I4SourcePinPreservingQuartic.source_word_3_yxx": { + "module": "SourcePinPreservingQuartic.lean", + "name": "I4SourcePinPreservingQuartic.source_word_3_yxx", + "status": "UNSUPPORTED", + "detail": "binder ( \u03c9 : SmoothSample 2 L ) is neither a sampled numeric type (\u2115 \u2124 \u211a \u211d) nor a decidable hypothesis", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "SourcePinPreservingQuartic.lean::I4SourcePinPreservingQuartic.source_word_3_yxy": { + "module": "SourcePinPreservingQuartic.lean", + "name": "I4SourcePinPreservingQuartic.source_word_3_yxy", + "status": "UNSUPPORTED", + "detail": "binder ( \u03c9 : SmoothSample 2 L ) is neither a sampled numeric type (\u2115 \u2124 \u211a \u211d) nor a decidable hypothesis", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "SourcePinPreservingQuartic.lean::I4SourcePinPreservingQuartic.source_word_3_yyx": { + "module": "SourcePinPreservingQuartic.lean", + "name": "I4SourcePinPreservingQuartic.source_word_3_yyx", + "status": "UNSUPPORTED", + "detail": "binder ( \u03c9 : SmoothSample 2 L ) is neither a sampled numeric type (\u2115 \u2124 \u211a \u211d) nor a decidable hypothesis", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "SourcePinPreservingQuartic.lean::I4SourcePinPreservingQuartic.source_word_3_yyy": { + "module": "SourcePinPreservingQuartic.lean", + "name": "I4SourcePinPreservingQuartic.source_word_3_yyy", + "status": "UNSUPPORTED", + "detail": "binder ( \u03c9 : SmoothSample 2 L ) is neither a sampled numeric type (\u2115 \u2124 \u211a \u211d) nor a decidable hypothesis", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "SourcePinPreservingQuartic.lean::I4SourcePinPreservingQuartic.source_word_4_xxxx": { + "module": "SourcePinPreservingQuartic.lean", + "name": "I4SourcePinPreservingQuartic.source_word_4_xxxx", + "status": "UNSUPPORTED", + "detail": "binder ( \u03c9 : SmoothSample 2 L ) is neither a sampled numeric type (\u2115 \u2124 \u211a \u211d) nor a decidable hypothesis", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "SourcePinPreservingQuartic.lean::I4SourcePinPreservingQuartic.source_word_4_xxxy": { + "module": "SourcePinPreservingQuartic.lean", + "name": "I4SourcePinPreservingQuartic.source_word_4_xxxy", + "status": "UNSUPPORTED", + "detail": "binder ( \u03c9 : SmoothSample 2 L ) is neither a sampled numeric type (\u2115 \u2124 \u211a \u211d) nor a decidable hypothesis", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "SourcePinPreservingQuartic.lean::I4SourcePinPreservingQuartic.source_word_4_xxyx": { + "module": "SourcePinPreservingQuartic.lean", + "name": "I4SourcePinPreservingQuartic.source_word_4_xxyx", + "status": "UNSUPPORTED", + "detail": "binder ( \u03c9 : SmoothSample 2 L ) is neither a sampled numeric type (\u2115 \u2124 \u211a \u211d) nor a decidable hypothesis", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "SourcePinPreservingQuartic.lean::I4SourcePinPreservingQuartic.source_word_4_xxyy": { + "module": "SourcePinPreservingQuartic.lean", + "name": "I4SourcePinPreservingQuartic.source_word_4_xxyy", + "status": "UNSUPPORTED", + "detail": "binder ( \u03c9 : SmoothSample 2 L ) is neither a sampled numeric type (\u2115 \u2124 \u211a \u211d) nor a decidable hypothesis", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "SourcePinPreservingQuartic.lean::I4SourcePinPreservingQuartic.source_word_4_xyxx": { + "module": "SourcePinPreservingQuartic.lean", + "name": "I4SourcePinPreservingQuartic.source_word_4_xyxx", + "status": "UNSUPPORTED", + "detail": "binder ( \u03c9 : SmoothSample 2 L ) is neither a sampled numeric type (\u2115 \u2124 \u211a \u211d) nor a decidable hypothesis", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "SourcePinPreservingQuartic.lean::I4SourcePinPreservingQuartic.source_word_4_xyxy": { + "module": "SourcePinPreservingQuartic.lean", + "name": "I4SourcePinPreservingQuartic.source_word_4_xyxy", + "status": "UNSUPPORTED", + "detail": "binder ( \u03c9 : SmoothSample 2 L ) is neither a sampled numeric type (\u2115 \u2124 \u211a \u211d) nor a decidable hypothesis", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "SourcePinPreservingQuartic.lean::I4SourcePinPreservingQuartic.source_word_4_xyyx": { + "module": "SourcePinPreservingQuartic.lean", + "name": "I4SourcePinPreservingQuartic.source_word_4_xyyx", + "status": "UNSUPPORTED", + "detail": "binder ( \u03c9 : SmoothSample 2 L ) is neither a sampled numeric type (\u2115 \u2124 \u211a \u211d) nor a decidable hypothesis", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "SourcePinPreservingQuartic.lean::I4SourcePinPreservingQuartic.source_word_4_xyyy": { + "module": "SourcePinPreservingQuartic.lean", + "name": "I4SourcePinPreservingQuartic.source_word_4_xyyy", + "status": "UNSUPPORTED", + "detail": "binder ( \u03c9 : SmoothSample 2 L ) is neither a sampled numeric type (\u2115 \u2124 \u211a \u211d) nor a decidable hypothesis", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "SourcePinPreservingQuartic.lean::I4SourcePinPreservingQuartic.source_word_4_yxxx": { + "module": "SourcePinPreservingQuartic.lean", + "name": "I4SourcePinPreservingQuartic.source_word_4_yxxx", + "status": "UNSUPPORTED", + "detail": "binder ( \u03c9 : SmoothSample 2 L ) is neither a sampled numeric type (\u2115 \u2124 \u211a \u211d) nor a decidable hypothesis", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "SourcePinPreservingQuartic.lean::I4SourcePinPreservingQuartic.source_word_4_yxxy": { + "module": "SourcePinPreservingQuartic.lean", + "name": "I4SourcePinPreservingQuartic.source_word_4_yxxy", + "status": "UNSUPPORTED", + "detail": "binder ( \u03c9 : SmoothSample 2 L ) is neither a sampled numeric type (\u2115 \u2124 \u211a \u211d) nor a decidable hypothesis", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "SourcePinPreservingQuartic.lean::I4SourcePinPreservingQuartic.source_word_4_yxyx": { + "module": "SourcePinPreservingQuartic.lean", + "name": "I4SourcePinPreservingQuartic.source_word_4_yxyx", + "status": "UNSUPPORTED", + "detail": "binder ( \u03c9 : SmoothSample 2 L ) is neither a sampled numeric type (\u2115 \u2124 \u211a \u211d) nor a decidable hypothesis", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "SourcePinPreservingQuartic.lean::I4SourcePinPreservingQuartic.source_word_4_yxyy": { + "module": "SourcePinPreservingQuartic.lean", + "name": "I4SourcePinPreservingQuartic.source_word_4_yxyy", + "status": "UNSUPPORTED", + "detail": "binder ( \u03c9 : SmoothSample 2 L ) is neither a sampled numeric type (\u2115 \u2124 \u211a \u211d) nor a decidable hypothesis", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "SourcePinPreservingQuartic.lean::I4SourcePinPreservingQuartic.source_word_4_yyxx": { + "module": "SourcePinPreservingQuartic.lean", + "name": "I4SourcePinPreservingQuartic.source_word_4_yyxx", + "status": "UNSUPPORTED", + "detail": "binder ( \u03c9 : SmoothSample 2 L ) is neither a sampled numeric type (\u2115 \u2124 \u211a \u211d) nor a decidable hypothesis", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "SourcePinPreservingQuartic.lean::I4SourcePinPreservingQuartic.source_word_4_yyxy": { + "module": "SourcePinPreservingQuartic.lean", + "name": "I4SourcePinPreservingQuartic.source_word_4_yyxy", + "status": "UNSUPPORTED", + "detail": "binder ( \u03c9 : SmoothSample 2 L ) is neither a sampled numeric type (\u2115 \u2124 \u211a \u211d) nor a decidable hypothesis", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "SourcePinPreservingQuartic.lean::I4SourcePinPreservingQuartic.source_word_4_yyyx": { + "module": "SourcePinPreservingQuartic.lean", + "name": "I4SourcePinPreservingQuartic.source_word_4_yyyx", + "status": "UNSUPPORTED", + "detail": "binder ( \u03c9 : SmoothSample 2 L ) is neither a sampled numeric type (\u2115 \u2124 \u211a \u211d) nor a decidable hypothesis", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "SourcePinPreservingQuartic.lean::I4SourcePinPreservingQuartic.source_word_4_yyyy": { + "module": "SourcePinPreservingQuartic.lean", + "name": "I4SourcePinPreservingQuartic.source_word_4_yyyy", + "status": "UNSUPPORTED", + "detail": "binder ( \u03c9 : SmoothSample 2 L ) is neither a sampled numeric type (\u2115 \u2124 \u211a \u211d) nor a decidable hypothesis", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "SourcePinPreservingQuartic.lean::I4SourcePinPreservingQuartic.source_third_ppx_expansion": { + "module": "SourcePinPreservingQuartic.lean", + "name": "I4SourcePinPreservingQuartic.source_third_ppx_expansion", + "status": "UNSUPPORTED", + "detail": "binder ( \u03c9 : SmoothSample 2 L ) is neither a sampled numeric type (\u2115 \u2124 \u211a \u211d) nor a decidable hypothesis", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "SourcePinPreservingQuartic.lean::I4SourcePinPreservingQuartic.source_third_ppy_expansion": { + "module": "SourcePinPreservingQuartic.lean", + "name": "I4SourcePinPreservingQuartic.source_third_ppy_expansion", + "status": "UNSUPPORTED", + "detail": "binder ( \u03c9 : SmoothSample 2 L ) is neither a sampled numeric type (\u2115 \u2124 \u211a \u211d) nor a decidable hypothesis", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "SourcePinPreservingQuartic.lean::I4SourcePinPreservingQuartic.source_fourth_pppx_expansion": { + "module": "SourcePinPreservingQuartic.lean", + "name": "I4SourcePinPreservingQuartic.source_fourth_pppx_expansion", + "status": "UNSUPPORTED", + "detail": "binder ( \u03c9 : SmoothSample 2 L ) is neither a sampled numeric type (\u2115 \u2124 \u211a \u211d) nor a decidable hypothesis", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "SourcePinPreservingQuartic.lean::I4SourcePinPreservingQuartic.source_fourth_pppy_expansion": { + "module": "SourcePinPreservingQuartic.lean", + "name": "I4SourcePinPreservingQuartic.source_fourth_pppy_expansion", + "status": "UNSUPPORTED", + "detail": "binder ( \u03c9 : SmoothSample 2 L ) is neither a sampled numeric type (\u2115 \u2124 \u211a \u211d) nor a decidable hypothesis", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "SourcePinPreservingQuartic.lean::I4SourcePinPreservingQuartic.source_second_p_basis": { + "module": "SourcePinPreservingQuartic.lean", + "name": "I4SourcePinPreservingQuartic.source_second_p_basis", + "status": "UNSUPPORTED", + "detail": "binder ( \u03c9 : SmoothSample 2 L ) is neither a sampled numeric type (\u2115 \u2124 \u211a \u211d) nor a decidable hypothesis", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "SourcePinPreservingQuartic.lean::I4SourcePinPreservingQuartic.source_third_p_basis_basis": { + "module": "SourcePinPreservingQuartic.lean", + "name": "I4SourcePinPreservingQuartic.source_third_p_basis_basis", + "status": "UNSUPPORTED", + "detail": "binder ( \u03c9 : SmoothSample 2 L ) is neither a sampled numeric type (\u2115 \u2124 \u211a \u211d) nor a decidable hypothesis", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "SourcePinPreservingQuartic.lean::I4SourcePinPreservingQuartic.source_fourth_pp_basis_basis": { + "module": "SourcePinPreservingQuartic.lean", + "name": "I4SourcePinPreservingQuartic.source_fourth_pp_basis_basis", + "status": "UNSUPPORTED", + "detail": "binder ( \u03c9 : SmoothSample 2 L ) is neither a sampled numeric type (\u2115 \u2124 \u211a \u211d) nor a decidable hypothesis", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "SourcePinPreservingQuartic.lean::I4SourcePinPreservingQuartic.hasFDerivAt_pinPreservingQuartic": { + "module": "SourcePinPreservingQuartic.lean", + "name": "I4SourcePinPreservingQuartic.hasFDerivAt_pinPreservingQuartic", + "status": "UNSUPPORTED", + "detail": "proposition of form App", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "SourcePinPreservingQuartic.lean::I4SourcePinPreservingQuartic.fderiv_pinPreservingQuartic": { + "module": "SourcePinPreservingQuartic.lean", + "name": "I4SourcePinPreservingQuartic.fderiv_pinPreservingQuartic", + "status": "UNSUPPORTED", + "detail": "result type EuclideanSpace \u211d ( Fin 2 ) \u2192 L [ \u211d ] EuclideanSpace \u211d ( Fin 2 )", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "SourcePinPreservingQuartic.lean::I4SourcePinPreservingQuartic.sourceGradientTaylorRaw_sub_quartic_zero": { + "module": "SourcePinPreservingQuartic.lean", + "name": "I4SourcePinPreservingQuartic.sourceGradientTaylorRaw_sub_quartic_zero", + "status": "UNSUPPORTED", + "detail": "binder ( \u03c9 : SmoothSample 2 L ) is neither a sampled numeric type (\u2115 \u2124 \u211a \u211d) nor a decidable hypothesis", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "SourcePinPreservingQuartic.lean::I4SourcePinPreservingQuartic.sourceGradientTaylorRaw_sub_quartic_one": { + "module": "SourcePinPreservingQuartic.lean", + "name": "I4SourcePinPreservingQuartic.sourceGradientTaylorRaw_sub_quartic_one", + "status": "UNSUPPORTED", + "detail": "binder ( \u03c9 : SmoothSample 2 L ) is neither a sampled numeric type (\u2115 \u2124 \u211a \u211d) nor a decidable hypothesis", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "SourcePinPreservingQuartic.lean::I4SourcePinPreservingQuartic.source_second_transpose": { + "module": "SourcePinPreservingQuartic.lean", + "name": "I4SourcePinPreservingQuartic.source_second_transpose", + "status": "UNSUPPORTED", + "detail": "binder ( \u03c9 : SmoothSample 2 L ) is neither a sampled numeric type (\u2115 \u2124 \u211a \u211d) nor a decidable hypothesis", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "SourcePinPreservingQuartic.lean::I4SourcePinPreservingQuartic.coordinateDirection_eq_array": { + "module": "SourcePinPreservingQuartic.lean", + "name": "I4SourcePinPreservingQuartic.coordinateDirection_eq_array", + "status": "UNSUPPORTED", + "detail": "vector literal of non-scalar entries", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "SourcePinPreservingQuartic.lean::I4SourcePinPreservingQuartic.sourceHessianTaylor_sub_quarticJacobian": { + "module": "SourcePinPreservingQuartic.lean", + "name": "I4SourcePinPreservingQuartic.sourceHessianTaylor_sub_quarticJacobian", + "status": "UNSUPPORTED", + "detail": "binder ( \u03c9 : SmoothSample 2 L ) is neither a sampled numeric type (\u2115 \u2124 \u211a \u211d) nor a decidable hypothesis", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "SourcePinPreservingQuartic.lean::I4SourcePinPreservingQuartic.matrixLinearEuclidean_sub": { + "module": "SourcePinPreservingQuartic.lean", + "name": "I4SourcePinPreservingQuartic.matrixLinearEuclidean_sub", + "status": "UNSUPPORTED", + "detail": "result type EuclideanSpace \u211d ( Fin 2 ) \u2192 L [ \u211d ] EuclideanSpace \u211d ( Fin 2 )", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "SourcePinPreservingQuartic.lean::I4SourcePinPreservingQuartic.coordinateDirection_norm_le_one": { + "module": "SourcePinPreservingQuartic.lean", + "name": "I4SourcePinPreservingQuartic.coordinateDirection_norm_le_one", + "status": "CORROBORATED", + "detail": "holds on 2 sampled instances satisfying the hypotheses (0 draws rejected by the hypotheses, 0 infeasible, seed 1): sampling is admitted evidence of the statement, not a proof of it \u2014 WEAK: only 2 instances, the hypotheses are hard to hit by sampling", + "instances": 2, + "vacuous": false, + "float_free": true, + "sampling": { + "seed": 1, + "draws": 1032, + "accepted": 2, + "rejected": 0, + "infeasible": 0, + "undecided": 0, + "weak": true + } + }, + "SourcePinPreservingQuartic.lean::I4SourcePinPreservingQuartic.sourceScaledGradientRaw_apply": { + "module": "SourcePinPreservingQuartic.lean", + "name": "I4SourcePinPreservingQuartic.sourceScaledGradientRaw_apply", + "status": "UNSUPPORTED", + "detail": "binder ( \u03c9 : SmoothSample 2 L ) is neither a sampled numeric type (\u2115 \u2124 \u211a \u211d) nor a decidable hypothesis", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "SourcePinPreservingQuartic.lean::I4SourcePinPreservingQuartic.source_scaled_gradient_taylor_coordinate_error": { + "module": "SourcePinPreservingQuartic.lean", + "name": "I4SourcePinPreservingQuartic.source_scaled_gradient_taylor_coordinate_error", + "status": "UNSUPPORTED", + "detail": "binder ( \u03c9 : SmoothSample 2 L ) is neither a sampled numeric type (\u2115 \u2124 \u211a \u211d) nor a decidable hypothesis", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "SourcePinPreservingQuartic.lean::I4SourcePinPreservingQuartic.source_scaled_gradient_taylor_error": { + "module": "SourcePinPreservingQuartic.lean", + "name": "I4SourcePinPreservingQuartic.source_scaled_gradient_taylor_error", + "status": "UNSUPPORTED", + "detail": "binder ( \u03c9 : SmoothSample 2 L ) is neither a sampled numeric type (\u2115 \u2124 \u211a \u211d) nor a decidable hypothesis", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "SourcePinPreservingQuartic.lean::I4SourcePinPreservingQuartic.source_scaled_hessian_taylor_coordinate_error": { + "module": "SourcePinPreservingQuartic.lean", + "name": "I4SourcePinPreservingQuartic.source_scaled_hessian_taylor_coordinate_error", + "status": "UNSUPPORTED", + "detail": "binder ( \u03c9 : SmoothSample 2 L ) is neither a sampled numeric type (\u2115 \u2124 \u211a \u211d) nor a decidable hypothesis", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "SourcePinPreservingQuartic.lean::I4SourcePinPreservingQuartic.source_scaled_hessian_taylor_error": { + "module": "SourcePinPreservingQuartic.lean", + "name": "I4SourcePinPreservingQuartic.source_scaled_hessian_taylor_error", + "status": "UNSUPPORTED", + "detail": "binder ( \u03c9 : SmoothSample 2 L ) is neither a sampled numeric type (\u2115 \u2124 \u211a \u211d) nor a decidable hypothesis", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "SourcePinPreservingQuartic.lean::I4SourcePinPreservingQuartic.coefficient_vector_error_le": { + "module": "SourcePinPreservingQuartic.lean", + "name": "I4SourcePinPreservingQuartic.coefficient_vector_error_le", + "status": "UNSUPPORTED", + "detail": "unknown function toLp", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "SourcePinPreservingQuartic.lean::I4SourcePinPreservingQuartic.coefficient_matrix_error_le": { + "module": "SourcePinPreservingQuartic.lean", + "name": "I4SourcePinPreservingQuartic.coefficient_matrix_error_le", + "status": "UNSUPPORTED", + "detail": "result type EuclideanSpace \u211d ( Fin 2 ) \u2192 L [ \u211d ] EuclideanSpace \u211d ( Fin 2 )", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "SourcePinPreservingQuartic.lean::I4SourcePinPreservingQuartic.actual_normalized_coefficient_errors": { + "module": "SourcePinPreservingQuartic.lean", + "name": "I4SourcePinPreservingQuartic.actual_normalized_coefficient_errors", + "status": "UNSUPPORTED", + "detail": "binder ( \u03c9 : SmoothSample 2 L ) is neither a sampled numeric type (\u2115 \u2124 \u211a \u211d) nor a decidable hypothesis", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "SourcePinPreservingQuartic.lean::I4SourcePinPreservingQuartic.sourceGradientTaylor_quartic_error_le": { + "module": "SourcePinPreservingQuartic.lean", + "name": "I4SourcePinPreservingQuartic.sourceGradientTaylor_quartic_error_le", + "status": "UNSUPPORTED", + "detail": "binder ( \u03c9 : SmoothSample 2 L ) is neither a sampled numeric type (\u2115 \u2124 \u211a \u211d) nor a decidable hypothesis", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "SourcePinPreservingQuartic.lean::I4SourcePinPreservingQuartic.sourceHessianTaylor_quartic_error_le": { + "module": "SourcePinPreservingQuartic.lean", + "name": "I4SourcePinPreservingQuartic.sourceHessianTaylor_quartic_error_le", + "status": "UNSUPPORTED", + "detail": "binder ( \u03c9 : SmoothSample 2 L ) is neither a sampled numeric type (\u2115 \u2124 \u211a \u211d) nor a decidable hypothesis", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "SourcePinPreservingQuartic.lean::I4SourcePinPreservingQuartic.sourceScaledPotential_hasGradientAt": { + "module": "SourcePinPreservingQuartic.lean", + "name": "I4SourcePinPreservingQuartic.sourceScaledPotential_hasGradientAt", + "status": "UNSUPPORTED", + "detail": "binder ( \u03c9 : SmoothSample 2 L ) is neither a sampled numeric type (\u2115 \u2124 \u211a \u211d) nor a decidable hypothesis", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "SourcePinPreservingQuartic.lean::I4SourcePinPreservingQuartic.sourceScaledGradient_eq_gradient": { + "module": "SourcePinPreservingQuartic.lean", + "name": "I4SourcePinPreservingQuartic.sourceScaledGradient_eq_gradient", + "status": "UNSUPPORTED", + "detail": "binder ( \u03c9 : SmoothSample 2 L ) is neither a sampled numeric type (\u2115 \u2124 \u211a \u211d) nor a decidable hypothesis", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "SourcePinPreservingQuartic.lean::I4SourcePinPreservingQuartic.sourceScaledGradient_smooth": { + "module": "SourcePinPreservingQuartic.lean", + "name": "I4SourcePinPreservingQuartic.sourceScaledGradient_smooth", + "status": "UNSUPPORTED", + "detail": "binder ( \u03c9 : SmoothSample 2 L ) is neither a sampled numeric type (\u2115 \u2124 \u211a \u211d) nor a decidable hypothesis", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "SourcePinPreservingQuartic.lean::I4SourcePinPreservingQuartic.pinPreservingQuartic_pins": { + "module": "SourcePinPreservingQuartic.lean", + "name": "I4SourcePinPreservingQuartic.pinPreservingQuartic_pins", + "status": "UNSUPPORTED", + "detail": "unknown function let", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "SourcePinPreservingQuartic.lean::I4SourcePinPreservingQuartic.sourceScaledGradient_pins": { + "module": "SourcePinPreservingQuartic.lean", + "name": "I4SourcePinPreservingQuartic.sourceScaledGradient_pins", + "status": "UNSUPPORTED", + "detail": "binder ( \u03c9 : SmoothSample 2 L ) is neither a sampled numeric type (\u2115 \u2124 \u211a \u211d) nor a decidable hypothesis", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "SourcePinPreservingQuartic.lean::I4SourcePinPreservingQuartic.sourceQuartic_value_comparison": { + "module": "SourcePinPreservingQuartic.lean", + "name": "I4SourcePinPreservingQuartic.sourceQuartic_value_comparison", + "status": "UNSUPPORTED", + "detail": "binder ( \u03c9 : SmoothSample 2 L ) is neither a sampled numeric type (\u2115 \u2124 \u211a \u211d) nor a decidable hypothesis", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "SourcePinPreservingQuartic.lean::I4SourcePinPreservingQuartic.sourceQuartic_operator_comparison": { + "module": "SourcePinPreservingQuartic.lean", + "name": "I4SourcePinPreservingQuartic.sourceQuartic_operator_comparison", + "status": "UNSUPPORTED", + "detail": "binder ( \u03c9 : SmoothSample 2 L ) is neither a sampled numeric type (\u2115 \u2124 \u211a \u211d) nor a decidable hypothesis", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "SourcePinPreservingQuartic.lean::I4SourcePinPreservingQuartic.sourceQuartic_C1_comparison": { + "module": "SourcePinPreservingQuartic.lean", + "name": "I4SourcePinPreservingQuartic.sourceQuartic_C1_comparison", + "status": "UNSUPPORTED", + "detail": "binder ( \u03c9 : SmoothSample 2 L ) is neither a sampled numeric type (\u2115 \u2124 \u211a \u211d) nor a decidable hypothesis", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "SourcePinPreservingQuartic.lean::I4SourcePinPreservingQuartic.sourceQuartic_cutoff_tolerance": { + "module": "SourcePinPreservingQuartic.lean", + "name": "I4SourcePinPreservingQuartic.sourceQuartic_cutoff_tolerance", + "status": "UNSUPPORTED", + "detail": "binder ( \u03c9 : SmoothSample 2 L ) is neither a sampled numeric type (\u2115 \u2124 \u211a \u211d) nor a decidable hypothesis", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "SourcePinPreservingQuartic.lean::I4SourcePinPreservingQuartic.sourceQuartic_curvature_threshold": { + "module": "SourcePinPreservingQuartic.lean", + "name": "I4SourcePinPreservingQuartic.sourceQuartic_curvature_threshold", + "status": "UNSUPPORTED", + "detail": "binder ( \u03c9 : SmoothSample 2 L ) is neither a sampled numeric type (\u2115 \u2124 \u211a \u211d) nor a decidable hypothesis", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "SourcePinPreservingQuartic.lean::I4SourcePinPreservingQuartic.sourceQuartic_C1_comparison_ae": { + "module": "SourcePinPreservingQuartic.lean", + "name": "I4SourcePinPreservingQuartic.sourceQuartic_C1_comparison_ae", + "status": "UNSUPPORTED", + "detail": "binder ( hG : IsUnit ( sourcePinCovarianceAt L r ) ) is neither a sampled numeric type (\u2115 \u2124 \u211a \u211d) nor a decidable hypothesis", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "SourcePinPreservingQuartic.lean::I4SourcePinPreservingQuartic.sourceQuartic_C1_estimates": { + "module": "SourcePinPreservingQuartic.lean", + "name": "I4SourcePinPreservingQuartic.sourceQuartic_C1_estimates", + "status": "UNSUPPORTED", + "detail": "unsupported syntax: existential quantifier", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "SourcePinPreservingQuartic.lean::I4SourcePinPreservingQuartic.sourceRawU_abs_le_radius": { + "module": "SourcePinPreservingQuartic.lean", + "name": "I4SourcePinPreservingQuartic.sourceRawU_abs_le_radius", + "status": "UNSUPPORTED", + "detail": "binder ( \u03c9 : SmoothSample 2 L ) is neither a sampled numeric type (\u2115 \u2124 \u211a \u211d) nor a decidable hypothesis", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "SourcePinPreservingQuartic.lean::I4SourcePinPreservingQuartic.sourceQuartic_Fstar_le_radius": { + "module": "SourcePinPreservingQuartic.lean", + "name": "I4SourcePinPreservingQuartic.sourceQuartic_Fstar_le_radius", + "status": "UNSUPPORTED", + "detail": "binder ( \u03c9 : SmoothSample 2 L ) is neither a sampled numeric type (\u2115 \u2124 \u211a \u211d) nor a decidable hypothesis", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "SourcePinPreservingQuartic.lean::I4SourcePinPreservingQuartic.sourceQuartic_width_size": { + "module": "SourcePinPreservingQuartic.lean", + "name": "I4SourcePinPreservingQuartic.sourceQuartic_width_size", + "status": "UNSUPPORTED", + "detail": "binder ( \u03c9 : SmoothSample 2 L ) is neither a sampled numeric type (\u2115 \u2124 \u211a \u211d) nor a decidable hypothesis", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "SourcePinPreservingQuartic.lean::I4SourcePinPreservingQuartic.sourceQuartic_width_geometry": { + "module": "SourcePinPreservingQuartic.lean", + "name": "I4SourcePinPreservingQuartic.sourceQuartic_width_geometry", + "status": "UNSUPPORTED", + "detail": "binder ( \u03c9 : SmoothSample 2 L ) is neither a sampled numeric type (\u2115 \u2124 \u211a \u211d) nor a decidable hypothesis", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "SourcePinPreservingQuartic.lean::I4SourcePinPreservingQuartic.quartic_strip_in_ball_two": { + "module": "SourcePinPreservingQuartic.lean", + "name": "I4SourcePinPreservingQuartic.quartic_strip_in_ball_two", + "status": "CORROBORATED", + "detail": "holds on 64 sampled instances satisfying the hypotheses (315 draws rejected by the hypotheses, 0 infeasible, seed 1): sampling is admitted evidence of the statement, not a proof of it", + "instances": 64, + "vacuous": false, + "float_free": true, + "sampling": { + "seed": 1, + "draws": 85, + "accepted": 64, + "rejected": 315, + "infeasible": 0, + "undecided": 0 + } + }, + "SourcePinPreservingQuartic.lean::I4SourcePinPreservingQuartic.quartic_endpoint_ball_in_ball_two": { + "module": "SourcePinPreservingQuartic.lean", + "name": "I4SourcePinPreservingQuartic.quartic_endpoint_ball_in_ball_two", + "status": "UNSUPPORTED", + "detail": "unknown name c", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "SourcePinPreservingQuartic.lean::I4SourcePinPreservingQuartic.quartic_axis_endpoint_norm": { + "module": "SourcePinPreservingQuartic.lean", + "name": "I4SourcePinPreservingQuartic.quartic_axis_endpoint_norm", + "status": "UNSUPPORTED", + "detail": "unknown function toLp", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "SourcePinPreservingQuartic.lean::I4SourcePinPreservingQuartic.sourceQuartic_cutoff_estimates": { + "module": "SourcePinPreservingQuartic.lean", + "name": "I4SourcePinPreservingQuartic.sourceQuartic_cutoff_estimates", + "status": "UNSUPPORTED", + "detail": "unsupported syntax: existential quantifier", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "SourcePinPreservingQuartic.lean::I4SourcePinPreservingQuartic.sourceQuartic_weighted_C1_estimates": { + "module": "SourcePinPreservingQuartic.lean", + "name": "I4SourcePinPreservingQuartic.sourceQuartic_weighted_C1_estimates", + "status": "UNSUPPORTED", + "detail": "unsupported syntax: existential quantifier", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "SourcePinPreservingQuartic.lean::I4SourcePinPreservingQuartic.sourceQuartic_weighted_cutoff_estimates": { + "module": "SourcePinPreservingQuartic.lean", + "name": "I4SourcePinPreservingQuartic.sourceQuartic_weighted_cutoff_estimates", + "status": "UNSUPPORTED", + "detail": "unsupported syntax: existential quantifier", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "SourceQuarticCaptureAlgebra.lean::I4QuarticCaptureAlgebra.rawRadius_one_le": { + "module": "SourceQuarticCaptureAlgebra.lean", + "name": "I4QuarticCaptureAlgebra.rawRadius_one_le", + "status": "CORROBORATED", + "detail": "holds on 64 sampled instances satisfying the hypotheses (0 draws rejected by the hypotheses, 0 infeasible, seed 1): sampling is admitted evidence of the statement, not a proof of it", + "instances": 64, + "vacuous": false, + "float_free": true, + "sampling": { + "seed": 1, + "draws": 67, + "accepted": 64, + "rejected": 0, + "infeasible": 0, + "undecided": 0 + } + }, + "SourceQuarticCaptureAlgebra.lean::I4QuarticCaptureAlgebra.rawRadius_pos": { + "module": "SourceQuarticCaptureAlgebra.lean", + "name": "I4QuarticCaptureAlgebra.rawRadius_pos", + "status": "CORROBORATED", + "detail": "holds on 64 sampled instances satisfying the hypotheses (0 draws rejected by the hypotheses, 0 infeasible, seed 1): sampling is admitted evidence of the statement, not a proof of it", + "instances": 64, + "vacuous": false, + "float_free": true, + "sampling": { + "seed": 1, + "draws": 67, + "accepted": 64, + "rejected": 0, + "infeasible": 0, + "undecided": 0 + } + }, + "SourceQuarticCaptureAlgebra.lean::I4QuarticCaptureAlgebra.rawRadius_sum_abs_eq": { + "module": "SourceQuarticCaptureAlgebra.lean", + "name": "I4QuarticCaptureAlgebra.rawRadius_sum_abs_eq", + "status": "CORROBORATED", + "detail": "holds on 64 sampled instances satisfying the hypotheses (0 draws rejected by the hypotheses, 0 infeasible, seed 1): sampling is admitted evidence of the statement, not a proof of it", + "instances": 64, + "vacuous": false, + "float_free": true, + "sampling": { + "seed": 1, + "draws": 67, + "accepted": 64, + "rejected": 0, + "infeasible": 0, + "undecided": 0 + } + }, + "SourceQuarticCaptureAlgebra.lean::I4QuarticCaptureAlgebra.rawRadius_coord_abs_le_sub_one": { + "module": "SourceQuarticCaptureAlgebra.lean", + "name": "I4QuarticCaptureAlgebra.rawRadius_coord_abs_le_sub_one", + "status": "CORROBORATED", + "detail": "holds on 64 sampled instances satisfying the hypotheses (0 draws rejected by the hypotheses, 0 infeasible, seed 1): sampling is admitted evidence of the statement, not a proof of it", + "instances": 64, + "vacuous": false, + "float_free": true, + "sampling": { + "seed": 1, + "draws": 64, + "accepted": 64, + "rejected": 0, + "infeasible": 0, + "undecided": 0 + } + }, + "SourceQuarticCaptureAlgebra.lean::I4QuarticCaptureAlgebra.rawRadius_coord_abs_le": { + "module": "SourceQuarticCaptureAlgebra.lean", + "name": "I4QuarticCaptureAlgebra.rawRadius_coord_abs_le", + "status": "CORROBORATED", + "detail": "holds on 64 sampled instances satisfying the hypotheses (0 draws rejected by the hypotheses, 0 infeasible, seed 1): sampling is admitted evidence of the statement, not a proof of it", + "instances": 64, + "vacuous": false, + "float_free": true, + "sampling": { + "seed": 1, + "draws": 64, + "accepted": 64, + "rejected": 0, + "infeasible": 0, + "undecided": 0 + } + }, + "SourceQuarticCaptureAlgebra.lean::I4QuarticCaptureAlgebra.captureWidth_pos": { + "module": "SourceQuarticCaptureAlgebra.lean", + "name": "I4QuarticCaptureAlgebra.captureWidth_pos", + "status": "CORROBORATED", + "detail": "holds on 64 sampled instances satisfying the hypotheses (3 draws rejected by the hypotheses, 0 infeasible, seed 1): sampling is admitted evidence of the statement, not a proof of it", + "instances": 64, + "vacuous": false, + "float_free": true, + "sampling": { + "seed": 1, + "draws": 64, + "accepted": 64, + "rejected": 3, + "infeasible": 0, + "undecided": 0 + } + }, + "SourceQuarticCaptureAlgebra.lean::I4QuarticCaptureAlgebra.captureFstar_le_radius": { + "module": "SourceQuarticCaptureAlgebra.lean", + "name": "I4QuarticCaptureAlgebra.captureFstar_le_radius", + "status": "CORROBORATED", + "detail": "holds on 64 sampled instances satisfying the hypotheses (2 draws rejected by the hypotheses, 0 infeasible, seed 1): sampling is admitted evidence of the statement, not a proof of it", + "instances": 64, + "vacuous": false, + "float_free": true, + "sampling": { + "seed": 1, + "draws": 64, + "accepted": 64, + "rejected": 2, + "infeasible": 0, + "undecided": 0 + } + }, + "SourceQuarticCaptureAlgebra.lean::I4QuarticCaptureAlgebra.captureWidth_radius_le": { + "module": "SourceQuarticCaptureAlgebra.lean", + "name": "I4QuarticCaptureAlgebra.captureWidth_radius_le", + "status": "CORROBORATED", + "detail": "holds on 64 sampled instances satisfying the hypotheses (2 draws rejected by the hypotheses, 0 infeasible, seed 1): sampling is admitted evidence of the statement, not a proof of it", + "instances": 64, + "vacuous": false, + "float_free": true, + "sampling": { + "seed": 1, + "draws": 64, + "accepted": 64, + "rejected": 2, + "infeasible": 0, + "undecided": 0 + } + }, + "SourceQuarticCaptureAlgebra.lean::I4QuarticCaptureAlgebra.captureWidth_le": { + "module": "SourceQuarticCaptureAlgebra.lean", + "name": "I4QuarticCaptureAlgebra.captureWidth_le", + "status": "CORROBORATED", + "detail": "holds on 64 sampled instances satisfying the hypotheses (2 draws rejected by the hypotheses, 0 infeasible, seed 1): sampling is admitted evidence of the statement, not a proof of it", + "instances": 64, + "vacuous": false, + "float_free": true, + "sampling": { + "seed": 1, + "draws": 64, + "accepted": 64, + "rejected": 2, + "infeasible": 0, + "undecided": 0 + } + }, + "SourceQuarticCaptureAlgebra.lean::I4QuarticCaptureAlgebra.captureWidth_le_one_sixteenth": { + "module": "SourceQuarticCaptureAlgebra.lean", + "name": "I4QuarticCaptureAlgebra.captureWidth_le_one_sixteenth", + "status": "CORROBORATED", + "detail": "holds on 64 sampled instances satisfying the hypotheses (2 draws rejected by the hypotheses, 0 infeasible, seed 1): sampling is admitted evidence of the statement, not a proof of it", + "instances": 64, + "vacuous": false, + "float_free": true, + "sampling": { + "seed": 1, + "draws": 64, + "accepted": 64, + "rejected": 2, + "infeasible": 0, + "undecided": 0 + } + }, + "SourceQuarticCaptureAlgebra.lean::I4QuarticCaptureAlgebra.captureWidth_radius_le_one_sixtyfourth": { + "module": "SourceQuarticCaptureAlgebra.lean", + "name": "I4QuarticCaptureAlgebra.captureWidth_radius_le_one_sixtyfourth", + "status": "CORROBORATED", + "detail": "holds on 64 sampled instances satisfying the hypotheses (2 draws rejected by the hypotheses, 0 infeasible, seed 1): sampling is admitted evidence of the statement, not a proof of it", + "instances": 64, + "vacuous": false, + "float_free": true, + "sampling": { + "seed": 1, + "draws": 64, + "accepted": 64, + "rejected": 2, + "infeasible": 0, + "undecided": 0 + } + }, + "SourceQuarticCaptureAlgebra.lean::I4QuarticCaptureAlgebra.capture_r_le_width": { + "module": "SourceQuarticCaptureAlgebra.lean", + "name": "I4QuarticCaptureAlgebra.capture_r_le_width", + "status": "UNSUPPORTED", + "detail": "binder ( hreg : regular r U ) is neither a sampled numeric type (\u2115 \u2124 \u211a \u211d) nor a decidable hypothesis", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "SourceQuarticCaptureAlgebra.lean::I4QuarticCaptureAlgebra.captureSigma_pos": { + "module": "SourceQuarticCaptureAlgebra.lean", + "name": "I4QuarticCaptureAlgebra.captureSigma_pos", + "status": "CORROBORATED", + "detail": "holds on 64 sampled instances satisfying the hypotheses (3 draws rejected by the hypotheses, 0 infeasible, seed 1): sampling is admitted evidence of the statement, not a proof of it", + "instances": 64, + "vacuous": false, + "float_free": true, + "sampling": { + "seed": 1, + "draws": 64, + "accepted": 64, + "rejected": 3, + "infeasible": 0, + "undecided": 0 + } + }, + "SourceQuarticCaptureAlgebra.lean::I4QuarticCaptureAlgebra.captureSigma_le": { + "module": "SourceQuarticCaptureAlgebra.lean", + "name": "I4QuarticCaptureAlgebra.captureSigma_le", + "status": "CORROBORATED", + "detail": "holds on 64 sampled instances satisfying the hypotheses (2 draws rejected by the hypotheses, 0 infeasible, seed 1): sampling is admitted evidence of the statement, not a proof of it", + "instances": 64, + "vacuous": false, + "float_free": true, + "sampling": { + "seed": 1, + "draws": 64, + "accepted": 64, + "rejected": 2, + "infeasible": 0, + "undecided": 0 + } + }, + "SourceQuarticCaptureAlgebra.lean::I4QuarticCaptureAlgebra.four_captureWidth_le_captureSigma": { + "module": "SourceQuarticCaptureAlgebra.lean", + "name": "I4QuarticCaptureAlgebra.four_captureWidth_le_captureSigma", + "status": "CORROBORATED", + "detail": "holds on 64 sampled instances satisfying the hypotheses (3 draws rejected by the hypotheses, 0 infeasible, seed 1): sampling is admitted evidence of the statement, not a proof of it", + "instances": 64, + "vacuous": false, + "float_free": true, + "sampling": { + "seed": 1, + "draws": 64, + "accepted": 64, + "rejected": 3, + "infeasible": 0, + "undecided": 0 + } + }, + "SourceQuarticCaptureAlgebra.lean::I4QuarticCaptureAlgebra.abs_mul_three_le": { + "module": "SourceQuarticCaptureAlgebra.lean", + "name": "I4QuarticCaptureAlgebra.abs_mul_three_le", + "status": "CORROBORATED", + "detail": "holds on 64 sampled instances satisfying the hypotheses (3 draws rejected by the hypotheses, 0 infeasible, seed 1): sampling is admitted evidence of the statement, not a proof of it", + "instances": 64, + "vacuous": false, + "float_free": true, + "sampling": { + "seed": 1, + "draws": 64, + "accepted": 64, + "rejected": 3, + "infeasible": 0, + "undecided": 0 + } + }, + "SourceQuarticCaptureAlgebra.lean::I4QuarticCaptureAlgebra.abs_mul_two_le": { + "module": "SourceQuarticCaptureAlgebra.lean", + "name": "I4QuarticCaptureAlgebra.abs_mul_two_le", + "status": "CORROBORATED", + "detail": "holds on 64 sampled instances satisfying the hypotheses (3 draws rejected by the hypotheses, 0 infeasible, seed 1): sampling is admitted evidence of the statement, not a proof of it", + "instances": 64, + "vacuous": false, + "float_free": true, + "sampling": { + "seed": 1, + "draws": 64, + "accepted": 64, + "rejected": 3, + "infeasible": 0, + "undecided": 0 + } + }, + "SourceQuarticCaptureAlgebra.lean::I4QuarticCaptureAlgebra.abs_add_six_le": { + "module": "SourceQuarticCaptureAlgebra.lean", + "name": "I4QuarticCaptureAlgebra.abs_add_six_le", + "status": "CORROBORATED", + "detail": "holds on 64 sampled instances satisfying the hypotheses (3 draws rejected by the hypotheses, 0 infeasible, seed 1): sampling is admitted evidence of the statement, not a proof of it", + "instances": 64, + "vacuous": false, + "float_free": true, + "sampling": { + "seed": 1, + "draws": 64, + "accepted": 64, + "rejected": 3, + "infeasible": 0, + "undecided": 0 + } + }, + "SourceQuarticCaptureAlgebra.lean::I4QuarticCaptureAlgebra.abs_add_five_le": { + "module": "SourceQuarticCaptureAlgebra.lean", + "name": "I4QuarticCaptureAlgebra.abs_add_five_le", + "status": "CORROBORATED", + "detail": "holds on 64 sampled instances satisfying the hypotheses (3 draws rejected by the hypotheses, 0 infeasible, seed 1): sampling is admitted evidence of the statement, not a proof of it", + "instances": 64, + "vacuous": false, + "float_free": true, + "sampling": { + "seed": 1, + "draws": 64, + "accepted": 64, + "rejected": 3, + "infeasible": 0, + "undecided": 0 + } + }, + "SourceQuarticCaptureAlgebra.lean::I4QuarticCaptureAlgebra.strip_coordinate_bounds": { + "module": "SourceQuarticCaptureAlgebra.lean", + "name": "I4QuarticCaptureAlgebra.strip_coordinate_bounds", + "status": "CORROBORATED", + "detail": "holds on 64 sampled instances satisfying the hypotheses (412 draws rejected by the hypotheses, 0 infeasible, seed 1): sampling is admitted evidence of the statement, not a proof of it", + "instances": 64, + "vacuous": false, + "float_free": true, + "sampling": { + "seed": 1, + "draws": 68, + "accepted": 64, + "rejected": 412, + "infeasible": 0, + "undecided": 0 + } + }, + "SourceQuarticCaptureAlgebra.lean::I4QuarticCaptureAlgebra.quartic_transverse_forcing_bound": { + "module": "SourceQuarticCaptureAlgebra.lean", + "name": "I4QuarticCaptureAlgebra.quartic_transverse_forcing_bound", + "status": "CORROBORATED", + "detail": "holds on 64 sampled instances satisfying the hypotheses (6 draws rejected by the hypotheses, 0 infeasible, seed 1): sampling is admitted evidence of the statement, not a proof of it", + "instances": 64, + "vacuous": false, + "float_free": true, + "sampling": { + "seed": 1, + "draws": 64, + "accepted": 64, + "rejected": 6, + "infeasible": 0, + "undecided": 0 + } + }, + "SourceQuarticCaptureAlgebra.lean::I4QuarticCaptureAlgebra.abs_mul_four_le": { + "module": "SourceQuarticCaptureAlgebra.lean", + "name": "I4QuarticCaptureAlgebra.abs_mul_four_le", + "status": "CORROBORATED", + "detail": "holds on 64 sampled instances satisfying the hypotheses (3 draws rejected by the hypotheses, 0 infeasible, seed 1): sampling is admitted evidence of the statement, not a proof of it", + "instances": 64, + "vacuous": false, + "float_free": true, + "sampling": { + "seed": 1, + "draws": 64, + "accepted": 64, + "rejected": 3, + "infeasible": 0, + "undecided": 0 + } + }, + "SourceQuarticCaptureAlgebra.lean::I4QuarticCaptureAlgebra.quartic_transverse_remainder_bound": { + "module": "SourceQuarticCaptureAlgebra.lean", + "name": "I4QuarticCaptureAlgebra.quartic_transverse_remainder_bound", + "status": "CORROBORATED", + "detail": "holds on 64 sampled instances satisfying the hypotheses (76 draws rejected by the hypotheses, 0 infeasible, seed 1): sampling is admitted evidence of the statement, not a proof of it", + "instances": 64, + "vacuous": false, + "float_free": true, + "sampling": { + "seed": 1, + "draws": 64, + "accepted": 64, + "rejected": 76, + "infeasible": 0, + "undecided": 0 + } + }, + "SourceQuarticCaptureAlgebra.lean::I4QuarticCaptureAlgebra.quartic_axial_remainder_bound": { + "module": "SourceQuarticCaptureAlgebra.lean", + "name": "I4QuarticCaptureAlgebra.quartic_axial_remainder_bound", + "status": "CORROBORATED", + "detail": "holds on 64 sampled instances satisfying the hypotheses (282 draws rejected by the hypotheses, 0 infeasible, seed 1): sampling is admitted evidence of the statement, not a proof of it", + "instances": 64, + "vacuous": false, + "float_free": true, + "sampling": { + "seed": 1, + "draws": 64, + "accepted": 64, + "rejected": 282, + "infeasible": 0, + "undecided": 0 + } + }, + "SourceQuarticCaptureAlgebra.lean::I4QuarticCaptureAlgebra.width_identity": { + "module": "SourceQuarticCaptureAlgebra.lean", + "name": "I4QuarticCaptureAlgebra.width_identity", + "status": "CORROBORATED", + "detail": "holds on 64 sampled instances satisfying the hypotheses (0 draws rejected by the hypotheses, 0 infeasible, seed 1): sampling is admitted evidence of the statement, not a proof of it", + "instances": 64, + "vacuous": false, + "float_free": true, + "sampling": { + "seed": 1, + "draws": 64, + "accepted": 64, + "rejected": 0, + "infeasible": 0, + "undecided": 0 + } + }, + "SourceQuarticCaptureAlgebra.lean::I4QuarticCaptureAlgebra.transverse_decomposition": { + "module": "SourceQuarticCaptureAlgebra.lean", + "name": "I4QuarticCaptureAlgebra.transverse_decomposition", + "status": "UNSUPPORTED", + "detail": "unknown function let", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "SourceQuarticCaptureAlgebra.lean::I4QuarticCaptureAlgebra.quartic_strip_upper": { + "module": "SourceQuarticCaptureAlgebra.lean", + "name": "I4QuarticCaptureAlgebra.quartic_strip_upper", + "status": "UNSUPPORTED", + "detail": "hypothesis ( hs : q / r \u2264 - ( 2 * quarticK0 * rawRadius U ^ 5 + 2 * rawRadius U ) ) mentions undeclared names ['quarticK0']", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "SourceQuarticCaptureAlgebra.lean::I4QuarticCaptureAlgebra.quartic_strip_lower": { + "module": "SourceQuarticCaptureAlgebra.lean", + "name": "I4QuarticCaptureAlgebra.quartic_strip_lower", + "status": "UNSUPPORTED", + "detail": "hypothesis ( hs : q / r \u2264 - ( 2 * quarticK0 * rawRadius U ^ 5 + 2 * rawRadius U ) ) mentions undeclared names ['quarticK0']", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "SourceQuarticCaptureAlgebra.lean::I4QuarticCaptureAlgebra.quartic_central_transit": { + "module": "SourceQuarticCaptureAlgebra.lean", + "name": "I4QuarticCaptureAlgebra.quartic_central_transit", + "status": "UNSUPPORTED", + "detail": "binder ( hreg : regular r U ) is neither a sampled numeric type (\u2115 \u2124 \u211a \u211d) nor a decidable hypothesis", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "SourceQuarticCaptureAlgebra.lean::I4QuarticCaptureAlgebra.euclidean_component_error_le": { + "module": "SourceQuarticCaptureAlgebra.lean", + "name": "I4QuarticCaptureAlgebra.euclidean_component_error_le", + "status": "UNSUPPORTED", + "detail": "binder ( v w : SourcePlane ) is neither a sampled numeric type (\u2115 \u2124 \u211a \u211d) nor a decidable hypothesis", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "SourceQuarticCaptureAlgebra.lean::I4QuarticCaptureAlgebra.capture_strip_in_ball_two": { + "module": "SourceQuarticCaptureAlgebra.lean", + "name": "I4QuarticCaptureAlgebra.capture_strip_in_ball_two", + "status": "UNSUPPORTED", + "detail": "unknown function WithLp.toLp", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "SourceQuarticCaptureAlgebra.lean::I4QuarticCaptureAlgebra.source_component_error_le": { + "module": "SourceQuarticCaptureAlgebra.lean", + "name": "I4QuarticCaptureAlgebra.source_component_error_le", + "status": "UNSUPPORTED", + "detail": "binder ( \u03c9 : SmoothSample 2 L ) is neither a sampled numeric type (\u2115 \u2124 \u211a \u211d) nor a decidable hypothesis", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "SourceQuarticCaptureAlgebra.lean::I4QuarticCaptureAlgebra.source_actual_strip_gates": { + "module": "SourceQuarticCaptureAlgebra.lean", + "name": "I4QuarticCaptureAlgebra.source_actual_strip_gates", + "status": "UNSUPPORTED", + "detail": "binder ( \u03c9 : SmoothSample 2 L ) is neither a sampled numeric type (\u2115 \u2124 \u211a \u211d) nor a decidable hypothesis", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "SourceQuarticCaptureAlgebra.lean::I4QuarticCaptureAlgebra.source_actual_central_gate": { + "module": "SourceQuarticCaptureAlgebra.lean", + "name": "I4QuarticCaptureAlgebra.source_actual_central_gate", + "status": "UNSUPPORTED", + "detail": "binder ( \u03c9 : SmoothSample 2 L ) is neither a sampled numeric type (\u2115 \u2124 \u211a \u211d) nor a decidable hypothesis", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "SourceQuarticCaptureAlgebra.lean::I4QuarticCaptureAlgebra.source_actual_gates_estimates": { + "module": "SourceQuarticCaptureAlgebra.lean", + "name": "I4QuarticCaptureAlgebra.source_actual_gates_estimates", + "status": "UNSUPPORTED", + "detail": "unsupported syntax: existential quantifier", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "SourceQuarticCaptureAlgebra.lean::I4QuarticCaptureAlgebra.source_actual_weighted_gates_estimates": { + "module": "SourceQuarticCaptureAlgebra.lean", + "name": "I4QuarticCaptureAlgebra.source_actual_weighted_gates_estimates", + "status": "UNSUPPORTED", + "detail": "unsupported syntax: existential quantifier", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "SourceRawPinConditioning.lean::I4SourceRawPinConditioning.rawPinCoefficient_summable": { + "module": "SourceRawPinConditioning.lean", + "name": "I4SourceRawPinConditioning.rawPinCoefficient_summable", + "status": "UNSUPPORTED", + "detail": "proposition of form App", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "SourceRawPinConditioning.lean::I4SourceRawPinConditioning.rawPins_series": { + "module": "SourceRawPinConditioning.lean", + "name": "I4SourceRawPinConditioning.rawPins_series", + "status": "UNSUPPORTED", + "detail": "binder ( \u03c9 : SmoothSample 2 L ) is neither a sampled numeric type (\u2115 \u2124 \u211a \u211d) nor a decidable hypothesis", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "SourceRawPinConditioning.lean::I4SourceRawPinConditioning.rawPins_measurable": { + "module": "SourceRawPinConditioning.lean", + "name": "I4SourceRawPinConditioning.rawPins_measurable", + "status": "UNSUPPORTED", + "detail": "conclusion is a structural predicate ['Measurable']: trivial on finite discrete models (every set is measurable, every function measurable and integrable), so sampling has no content here", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "SourceRawPinConditioning.lean::I4SourceRawPinConditioning.rawPinCovariance_coefficient": { + "module": "SourceRawPinConditioning.lean", + "name": "I4SourceRawPinConditioning.rawPinCovariance_coefficient", + "status": "UNSUPPORTED", + "detail": "unsupported syntax: infinite sum \u2211' (tsum / tprod) is outside the interpreter", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "SourceRawPinConditioning.lean::I4SourceRawPinConditioning.confluentMatrix_mulVec": { + "module": "SourceRawPinConditioning.lean", + "name": "I4SourceRawPinConditioning.confluentMatrix_mulVec", + "status": "UNSUPPORTED", + "detail": "unsupported syntax: notation '\u1d65'", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "SourceRawPinConditioning.lean::I4SourceRawPinConditioning.confluentMatrix_isUnit": { + "module": "SourceRawPinConditioning.lean", + "name": "I4SourceRawPinConditioning.confluentMatrix_isUnit", + "status": "UNSUPPORTED", + "detail": "proposition of form App", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "SourceRawPinConditioning.lean::I4SourceRawPinConditioning.pinCoefficient_eq_confluentMatrix": { + "module": "SourceRawPinConditioning.lean", + "name": "I4SourceRawPinConditioning.pinCoefficient_eq_confluentMatrix", + "status": "UNSUPPORTED", + "detail": "binder ( m : SourceMode 2 ) is neither a sampled numeric type (\u2115 \u2124 \u211a \u211d) nor a decidable hypothesis", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "SourceRawPinConditioning.lean::I4SourceRawPinConditioning.sourceConfluentPinsAt_eq_matrix": { + "module": "SourceRawPinConditioning.lean", + "name": "I4SourceRawPinConditioning.sourceConfluentPinsAt_eq_matrix", + "status": "UNSUPPORTED", + "detail": "binder ( \u03c9 : SmoothSample 2 L ) is neither a sampled numeric type (\u2115 \u2124 \u211a \u211d) nor a decidable hypothesis", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "SourceRawPinConditioning.lean::I4SourceRawPinConditioning.covariance_matrix_congruence": { + "module": "SourceRawPinConditioning.lean", + "name": "I4SourceRawPinConditioning.covariance_matrix_congruence", + "status": "UNSUPPORTED", + "detail": "binder ( X : \u03a9 \u2192 n \u2192 \u211d ) is neither a sampled numeric type (\u2115 \u2124 \u211a \u211d) nor a decidable hypothesis", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "SourceRawPinConditioning.lean::I4SourceRawPinConditioning.isUnit_middle_of_congruence": { + "module": "SourceRawPinConditioning.lean", + "name": "I4SourceRawPinConditioning.isUnit_middle_of_congruence", + "status": "UNSUPPORTED", + "detail": "binder ( T G : Matrix n n \u211d ) is neither a sampled numeric type (\u2115 \u2124 \u211a \u211d) nor a decidable hypothesis", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "SourceRawPinConditioning.lean::I4SourceRawPinConditioning.rawPinCovariance_congruence": { + "module": "SourceRawPinConditioning.lean", + "name": "I4SourceRawPinConditioning.rawPinCovariance_congruence", + "status": "UNSUPPORTED", + "detail": "expression Lambda", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "SourceRawPinConditioning.lean::I4SourceRawPinConditioning.rawPinCovariance_isUnit": { + "module": "SourceRawPinConditioning.lean", + "name": "I4SourceRawPinConditioning.rawPinCovariance_isUnit", + "status": "UNSUPPORTED", + "detail": "binder ( hG : IsUnit ( sourcePinCovarianceAt L r ) ) is neither a sampled numeric type (\u2115 \u2124 \u211a \u211d) nor a decidable hypothesis", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "SourceRawPinConditioning.lean::I4SourceRawPinConditioning.inverse_congruence": { + "module": "SourceRawPinConditioning.lean", + "name": "I4SourceRawPinConditioning.inverse_congruence", + "status": "UNSUPPORTED", + "detail": "binder ( T G : Matrix n n \u211d ) is neither a sampled numeric type (\u2115 \u2124 \u211a \u211d) nor a decidable hypothesis", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "SourceRawPinConditioning.lean::I4SourceRawPinConditioning.inverse_congruence_mulVec": { + "module": "SourceRawPinConditioning.lean", + "name": "I4SourceRawPinConditioning.inverse_congruence_mulVec", + "status": "UNSUPPORTED", + "detail": "binder ( T G : Matrix n n \u211d ) is neither a sampled numeric type (\u2115 \u2124 \u211a \u211d) nor a decidable hypothesis", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "SourceRawPinConditioning.lean::I4SourceRawPinConditioning.coefficient_lift_congr": { + "module": "SourceRawPinConditioning.lean", + "name": "I4SourceRawPinConditioning.coefficient_lift_congr", + "status": "UNSUPPORTED", + "detail": "binder ( T G : Matrix n n \u211d ) is neither a sampled numeric type (\u2115 \u2124 \u211a \u211d) nor a decidable hypothesis", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "SourceRawPinConditioning.lean::I4SourceRawPinConditioning.rawPinLift_goodSample": { + "module": "SourceRawPinConditioning.lean", + "name": "I4SourceRawPinConditioning.rawPinLift_goodSample", + "status": "UNSUPPORTED", + "detail": "definition rawPinLift has an unparsed body", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "SourceRawPinConditioning.lean::I4SourceRawPinConditioning.rawPinLift_measurable": { + "module": "SourceRawPinConditioning.lean", + "name": "I4SourceRawPinConditioning.rawPinLift_measurable", + "status": "UNSUPPORTED", + "detail": "conclusion is a structural predicate ['Measurable']: trivial on finite discrete models (every set is measurable, every function measurable and integrable), so sampling has no content here", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "SourceRawPinConditioning.lean::I4SourceRawPinConditioning.pinLift_confluent_eq_raw": { + "module": "SourceRawPinConditioning.lean", + "name": "I4SourceRawPinConditioning.pinLift_confluent_eq_raw", + "status": "UNSUPPORTED", + "detail": "binder ( m : SourceMode 2 ) is neither a sampled numeric type (\u2115 \u2124 \u211a \u211d) nor a decidable hypothesis", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "SourceRawPinConditioning.lean::I4SourceRawPinConditioning.rawPosteriorSample_val": { + "module": "SourceRawPinConditioning.lean", + "name": "I4SourceRawPinConditioning.rawPosteriorSample_val", + "status": "UNSUPPORTED", + "detail": "binder ( \u03c9 : SmoothSample 2 L ) is neither a sampled numeric type (\u2115 \u2124 \u211a \u211d) nor a decidable hypothesis", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "SourceRawPinConditioning.lean::I4SourceRawPinConditioning.rawPosteriorSample_measurable": { + "module": "SourceRawPinConditioning.lean", + "name": "I4SourceRawPinConditioning.rawPosteriorSample_measurable", + "status": "UNSUPPORTED", + "detail": "conclusion is a structural predicate ['Measurable']: trivial on finite discrete models (every set is measurable, every function measurable and integrable), so sampling has no content here", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "SourceRawPinConditioning.lean::I4SourceRawPinConditioning.rawPosteriorSample_eq_posteriorSample": { + "module": "SourceRawPinConditioning.lean", + "name": "I4SourceRawPinConditioning.rawPosteriorSample_eq_posteriorSample", + "status": "UNSUPPORTED", + "detail": "binder ( \u03c9 : SmoothSample 2 L ) is neither a sampled numeric type (\u2115 \u2124 \u211a \u211d) nor a decidable hypothesis", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "SourceRawPinConditioning.lean::I4SourceRawPinConditioning.rawPinKernel_apply": { + "module": "SourceRawPinConditioning.lean", + "name": "I4SourceRawPinConditioning.rawPinKernel_apply", + "status": "UNSUPPORTED", + "detail": "result type Kernel ( Fin 6 \u2192 \u211d ) ( SmoothSample 2 L )", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "SourceRawPinConditioning.lean::I4SourceRawPinConditioning.rawPinKernel_eq_confluent": { + "module": "SourceRawPinConditioning.lean", + "name": "I4SourceRawPinConditioning.rawPinKernel_eq_confluent", + "status": "UNSUPPORTED", + "detail": "result type Kernel ( Fin 6 \u2192 \u211d ) ( SmoothSample 2 L )", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "SourceRawPinConditioning.lean::I4SourceRawPinConditioning.rawPinKernel_eq_comap": { + "module": "SourceRawPinConditioning.lean", + "name": "I4SourceRawPinConditioning.rawPinKernel_eq_comap", + "status": "UNSUPPORTED", + "detail": "result type Kernel ( Fin 6 \u2192 \u211d ) ( SmoothSample 2 L )", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "SourceRawPinConditioning.lean::I4SourceRawPinConditioning.rawPosteriorSample_rawPins": { + "module": "SourceRawPinConditioning.lean", + "name": "I4SourceRawPinConditioning.rawPosteriorSample_rawPins", + "status": "UNSUPPORTED", + "detail": "binder ( hG : IsUnit ( sourcePinCovarianceAt L r ) ) is neither a sampled numeric type (\u2115 \u2124 \u211a \u211d) nor a decidable hypothesis", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "SourceRawPinConditioning.lean::I4SourceRawPinConditioning.rawPinKernel_pin_map": { + "module": "SourceRawPinConditioning.lean", + "name": "I4SourceRawPinConditioning.rawPinKernel_pin_map", + "status": "UNSUPPORTED", + "detail": "binder ( hG : IsUnit ( sourcePinCovarianceAt L r ) ) is neither a sampled numeric type (\u2115 \u2124 \u211a \u211d) nor a decidable hypothesis", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "SourceRawPinConditioning.lean::I4SourceRawPinConditioning.rawPinKernel_pin_fiber": { + "module": "SourceRawPinConditioning.lean", + "name": "I4SourceRawPinConditioning.rawPinKernel_pin_fiber", + "status": "UNSUPPORTED", + "detail": "binder ( hG : IsUnit ( sourcePinCovarianceAt L r ) ) is neither a sampled numeric type (\u2115 \u2124 \u211a \u211d) nor a decidable hypothesis", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "SourceRawPinConditioning.lean::I4SourceRawPinConditioning.rawPinKernel_hasCondDistrib": { + "module": "SourceRawPinConditioning.lean", + "name": "I4SourceRawPinConditioning.rawPinKernel_hasCondDistrib", + "status": "UNSUPPORTED", + "detail": "binder ( hG : IsUnit ( sourcePinCovarianceAt L r ) ) is neither a sampled numeric type (\u2115 \u2124 \u211a \u211d) nor a decidable hypothesis", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "SourceRawPinConditioning.lean::I4SourceRawPinConditioning.rawPinKernel_map_hasCondDistrib": { + "module": "SourceRawPinConditioning.lean", + "name": "I4SourceRawPinConditioning.rawPinKernel_map_hasCondDistrib", + "status": "UNSUPPORTED", + "detail": "binder ( hG : IsUnit ( sourcePinCovarianceAt L r ) ) is neither a sampled numeric type (\u2115 \u2124 \u211a \u211d) nor a decidable hypothesis", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "SourceRawPinConditioning.lean::I4SourceRawPinConditioning.rawPinCovariance_eventually_isUnit": { + "module": "SourceRawPinConditioning.lean", + "name": "I4SourceRawPinConditioning.rawPinCovariance_eventually_isUnit", + "status": "UNSUPPORTED", + "detail": "unparsed statement: SyntaxError: expected ',', got r", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "SourceRawPinConditioning.lean::I4SourceRawPinConditioning.rawPinKernel_eventually_hasCondDistrib": { + "module": "SourceRawPinConditioning.lean", + "name": "I4SourceRawPinConditioning.rawPinKernel_eventually_hasCondDistrib", + "status": "UNSUPPORTED", + "detail": "unparsed statement: SyntaxError: expected ',', got r", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "SourceRawPinConditioning.lean::I4SourceRawPinConditioning.rawPinKernel_prescribed": { + "module": "SourceRawPinConditioning.lean", + "name": "I4SourceRawPinConditioning.rawPinKernel_prescribed", + "status": "UNSUPPORTED", + "detail": "result type Kernel ( Fin 6 \u2192 \u211d ) ( SmoothSample 2 L )", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "SourceRawPinConditioning.lean::I4SourceRawPinConditioning.rawPrescribedWeightedMeasure_eq": { + "module": "SourceRawPinConditioning.lean", + "name": "I4SourceRawPinConditioning.rawPrescribedWeightedMeasure_eq", + "status": "UNSUPPORTED", + "detail": "result type Measure ( SmoothSample 2 L )", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "SourceRawPinConditioning.lean::I4SourceRawPinConditioning.rawPrescribedWeightedMeasure_estimates": { + "module": "SourceRawPinConditioning.lean", + "name": "I4SourceRawPinConditioning.rawPrescribedWeightedMeasure_estimates", + "status": "UNSUPPORTED", + "detail": "unsupported syntax: existential quantifier", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "SourceRawPinFreeCoordinates.lean::I4SourceRawPinFreeCoordinates.freeLift_apply": { + "module": "SourceRawPinFreeCoordinates.lean", + "name": "I4SourceRawPinFreeCoordinates.freeLift_apply", + "status": "UNSUPPORTED", + "detail": "binder ( F : RawPinFreeFrame L r n ) is neither a sampled numeric type (\u2115 \u2124 \u211a \u211d) nor a decidable hypothesis", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "SourceRawPinFreeCoordinates.lean::I4SourceRawPinFreeCoordinates.freeShiftSample_val": { + "module": "SourceRawPinFreeCoordinates.lean", + "name": "I4SourceRawPinFreeCoordinates.freeShiftSample_val", + "status": "UNSUPPORTED", + "detail": "binder ( F : RawPinFreeFrame L r n ) is neither a sampled numeric type (\u2115 \u2124 \u211a \u211d) nor a decidable hypothesis", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "SourceRawPinFreeCoordinates.lean::I4SourceRawPinFreeCoordinates.freeResidualSample_val": { + "module": "SourceRawPinFreeCoordinates.lean", + "name": "I4SourceRawPinFreeCoordinates.freeResidualSample_val", + "status": "UNSUPPORTED", + "detail": "binder ( F : RawPinFreeFrame L r n ) is neither a sampled numeric type (\u2115 \u2124 \u211a \u211d) nor a decidable hypothesis", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "SourceRawPinFreeCoordinates.lean::I4SourceRawPinFreeCoordinates.finitePairing_eq_tsum": { + "module": "SourceRawPinFreeCoordinates.lean", + "name": "I4SourceRawPinFreeCoordinates.finitePairing_eq_tsum", + "status": "UNSUPPORTED", + "detail": "binder ( v : \u03b9 \u2192 \u2080 \u211d ) is neither a sampled numeric type (\u2115 \u2124 \u211a \u211d) nor a decidable hypothesis", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "SourceRawPinFreeCoordinates.lean::I4SourceRawPinFreeCoordinates.chi_summable": { + "module": "SourceRawPinFreeCoordinates.lean", + "name": "I4SourceRawPinFreeCoordinates.chi_summable", + "status": "UNSUPPORTED", + "detail": "binder ( F : RawPinFreeFrame L r n ) is neither a sampled numeric type (\u2115 \u2124 \u211a \u211d) nor a decidable hypothesis", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "SourceRawPinFreeCoordinates.lean::I4SourceRawPinFreeCoordinates.chi_normSquared": { + "module": "SourceRawPinFreeCoordinates.lean", + "name": "I4SourceRawPinFreeCoordinates.chi_normSquared", + "status": "UNSUPPORTED", + "detail": "binder ( F : RawPinFreeFrame L r n ) is neither a sampled numeric type (\u2115 \u2124 \u211a \u211d) nor a decidable hypothesis", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "SourceRawPinFreeCoordinates.lean::I4SourceRawPinFreeCoordinates.freeCoordinate_eq_unitDirection": { + "module": "SourceRawPinFreeCoordinates.lean", + "name": "I4SourceRawPinFreeCoordinates.freeCoordinate_eq_unitDirection", + "status": "UNSUPPORTED", + "detail": "binder ( F : RawPinFreeFrame L r n ) is neither a sampled numeric type (\u2115 \u2124 \u211a \u211d) nor a decidable hypothesis", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "SourceRawPinFreeCoordinates.lean::I4SourceRawPinFreeCoordinates.freeMaps_measurable": { + "module": "SourceRawPinFreeCoordinates.lean", + "name": "I4SourceRawPinFreeCoordinates.freeMaps_measurable", + "status": "UNSUPPORTED", + "detail": "binder ( F : RawPinFreeFrame L r n ) is neither a sampled numeric type (\u2115 \u2124 \u211a \u211d) nor a decidable hypothesis", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "SourceRawPinFreeCoordinates.lean::I4SourceRawPinFreeCoordinates.finitePairing_eq_linearCombination": { + "module": "SourceRawPinFreeCoordinates.lean", + "name": "I4SourceRawPinFreeCoordinates.finitePairing_eq_linearCombination", + "status": "UNSUPPORTED", + "detail": "binder ( v : \u03b9 \u2192 \u2080 \u211d ) is neither a sampled numeric type (\u2115 \u2124 \u211a \u211d) nor a decidable hypothesis", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "SourceRawPinFreeCoordinates.lean::I4SourceRawPinFreeCoordinates.freeLift_raw_kernel": { + "module": "SourceRawPinFreeCoordinates.lean", + "name": "I4SourceRawPinFreeCoordinates.freeLift_raw_kernel", + "status": "UNSUPPORTED", + "detail": "binder ( F : RawPinFreeFrame L r n ) is neither a sampled numeric type (\u2115 \u2124 \u211a \u211d) nor a decidable hypothesis", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "SourceRawPinFreeCoordinates.lean::I4SourceRawPinFreeCoordinates.finitePairing_add_observation": { + "module": "SourceRawPinFreeCoordinates.lean", + "name": "I4SourceRawPinFreeCoordinates.finitePairing_add_observation", + "status": "UNSUPPORTED", + "detail": "binder ( v : \u03b9 \u2192 \u2080 \u211d ) is neither a sampled numeric type (\u2115 \u2124 \u211a \u211d) nor a decidable hypothesis", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "SourceRawPinFreeCoordinates.lean::I4SourceRawPinFreeCoordinates.finitePairing_sum_observation": { + "module": "SourceRawPinFreeCoordinates.lean", + "name": "I4SourceRawPinFreeCoordinates.finitePairing_sum_observation", + "status": "UNSUPPORTED", + "detail": "binder ( a : Fin n \u2192 \u03b9 \u2192 \u211d ) is neither a sampled numeric type (\u2115 \u2124 \u211a \u211d) nor a decidable hypothesis", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "SourceRawPinFreeCoordinates.lean::I4SourceRawPinFreeCoordinates.freeCoordinate_shift": { + "module": "SourceRawPinFreeCoordinates.lean", + "name": "I4SourceRawPinFreeCoordinates.freeCoordinate_shift", + "status": "UNSUPPORTED", + "detail": "binder ( F : RawPinFreeFrame L r n ) is neither a sampled numeric type (\u2115 \u2124 \u211a \u211d) nor a decidable hypothesis", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "SourceRawPinFreeCoordinates.lean::I4SourceRawPinFreeCoordinates.freeCoordinate_residual": { + "module": "SourceRawPinFreeCoordinates.lean", + "name": "I4SourceRawPinFreeCoordinates.freeCoordinate_residual", + "status": "UNSUPPORTED", + "detail": "binder ( F : RawPinFreeFrame L r n ) is neither a sampled numeric type (\u2115 \u2124 \u211a \u211d) nor a decidable hypothesis", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "SourceRawPinFreeCoordinates.lean::I4SourceRawPinFreeCoordinates.free_reconstruction": { + "module": "SourceRawPinFreeCoordinates.lean", + "name": "I4SourceRawPinFreeCoordinates.free_reconstruction", + "status": "UNSUPPORTED", + "detail": "binder ( F : RawPinFreeFrame L r n ) is neither a sampled numeric type (\u2115 \u2124 \u211a \u211d) nor a decidable hypothesis", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "SourceRawPinFreeCoordinates.lean::I4SourceRawPinFreeCoordinates.rawPosteriorSample_free_reconstruction": { + "module": "SourceRawPinFreeCoordinates.lean", + "name": "I4SourceRawPinFreeCoordinates.rawPosteriorSample_free_reconstruction", + "status": "UNSUPPORTED", + "detail": "binder ( F : RawPinFreeFrame L r n ) is neither a sampled numeric type (\u2115 \u2124 \u211a \u211d) nor a decidable hypothesis", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "SourceRawPinFreeCoordinates.lean::I4SourceRawPinFreeCoordinates.freeGaussian_scalar_hasLaw": { + "module": "SourceRawPinFreeCoordinates.lean", + "name": "I4SourceRawPinFreeCoordinates.freeGaussian_scalar_hasLaw", + "status": "UNSUPPORTED", + "detail": "binder ( F : RawPinFreeFrame L r n ) is neither a sampled numeric type (\u2115 \u2124 \u211a \u211d) nor a decidable hypothesis", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "SourceRawPinFreeCoordinates.lean::I4SourceRawPinFreeCoordinates.freeGaussian_finiteCoefficients_hasGaussianLaw": { + "module": "SourceRawPinFreeCoordinates.lean", + "name": "I4SourceRawPinFreeCoordinates.freeGaussian_finiteCoefficients_hasGaussianLaw", + "status": "UNSUPPORTED", + "detail": "binder ( F : RawPinFreeFrame L r n ) is neither a sampled numeric type (\u2115 \u2124 \u211a \u211d) nor a decidable hypothesis", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "SourceRawPinFreeCoordinates.lean::I4SourceRawPinFreeCoordinates.freeGaussian_vector_hasGaussianLaw": { + "module": "SourceRawPinFreeCoordinates.lean", + "name": "I4SourceRawPinFreeCoordinates.freeGaussian_vector_hasGaussianLaw", + "status": "UNSUPPORTED", + "detail": "binder ( F : RawPinFreeFrame L r n ) is neither a sampled numeric type (\u2115 \u2124 \u211a \u211d) nor a decidable hypothesis", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "SourceRawPinFreeCoordinates.lean::I4SourceRawPinFreeCoordinates.freeGaussian_covariance_gram": { + "module": "SourceRawPinFreeCoordinates.lean", + "name": "I4SourceRawPinFreeCoordinates.freeGaussian_covariance_gram", + "status": "UNSUPPORTED", + "detail": "binder ( F : RawPinFreeFrame L r n ) is neither a sampled numeric type (\u2115 \u2124 \u211a \u211d) nor a decidable hypothesis", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "SourceRawPinFreeCoordinates.lean::I4SourceRawPinFreeCoordinates.freeGaussian_coefficient_covariance": { + "module": "SourceRawPinFreeCoordinates.lean", + "name": "I4SourceRawPinFreeCoordinates.freeGaussian_coefficient_covariance", + "status": "UNSUPPORTED", + "detail": "binder ( F : RawPinFreeFrame L r n ) is neither a sampled numeric type (\u2115 \u2124 \u211a \u211d) nor a decidable hypothesis", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "SourceRawPinFreeCoordinates.lean::I4SourceRawPinFreeCoordinates.freeGaussian_iIndepFun": { + "module": "SourceRawPinFreeCoordinates.lean", + "name": "I4SourceRawPinFreeCoordinates.freeGaussian_iIndepFun", + "status": "UNSUPPORTED", + "detail": "binder ( F : RawPinFreeFrame L r n ) is neither a sampled numeric type (\u2115 \u2124 \u211a \u211d) nor a decidable hypothesis", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "SourceRawPinFreeCoordinates.lean::I4SourceRawPinFreeCoordinates.freeGaussian_pi_map": { + "module": "SourceRawPinFreeCoordinates.lean", + "name": "I4SourceRawPinFreeCoordinates.freeGaussian_pi_map", + "status": "UNSUPPORTED", + "detail": "binder ( F : RawPinFreeFrame L r n ) is neither a sampled numeric type (\u2115 \u2124 \u211a \u211d) nor a decidable hypothesis", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "SourceRawPinFreeCoordinates.lean::I4SourceRawPinFreeCoordinates.freeGaussian_projection_apply": { + "module": "SourceRawPinFreeCoordinates.lean", + "name": "I4SourceRawPinFreeCoordinates.freeGaussian_projection_apply", + "status": "UNSUPPORTED", + "detail": "binder ( F : RawPinFreeFrame L r n ) is neither a sampled numeric type (\u2115 \u2124 \u211a \u211d) nor a decidable hypothesis", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "SourceRawPinFreeCoordinates.lean::I4SourceRawPinFreeCoordinates.freeGaussian_finiteResidual_hasGaussianLaw": { + "module": "SourceRawPinFreeCoordinates.lean", + "name": "I4SourceRawPinFreeCoordinates.freeGaussian_finiteResidual_hasGaussianLaw", + "status": "UNSUPPORTED", + "detail": "binder ( F : RawPinFreeFrame L r n ) is neither a sampled numeric type (\u2115 \u2124 \u211a \u211d) nor a decidable hypothesis", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "SourceRawPinFreeCoordinates.lean::I4SourceRawPinFreeCoordinates.freeGaussian_residual_zero_covariance": { + "module": "SourceRawPinFreeCoordinates.lean", + "name": "I4SourceRawPinFreeCoordinates.freeGaussian_residual_zero_covariance", + "status": "UNSUPPORTED", + "detail": "binder ( F : RawPinFreeFrame L r n ) is neither a sampled numeric type (\u2115 \u2124 \u211a \u211d) nor a decidable hypothesis", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "SourceRawPinFreeCoordinates.lean::I4SourceRawPinFreeCoordinates.freeGaussian_finiteResidual_indepFun": { + "module": "SourceRawPinFreeCoordinates.lean", + "name": "I4SourceRawPinFreeCoordinates.freeGaussian_finiteResidual_indepFun", + "status": "UNSUPPORTED", + "detail": "binder ( F : RawPinFreeFrame L r n ) is neither a sampled numeric type (\u2115 \u2124 \u211a \u211d) nor a decidable hypothesis", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "SourceRawPinFreeCoordinates.lean::I4SourceRawPinFreeCoordinates.freeGaussian_process_indepFun": { + "module": "SourceRawPinFreeCoordinates.lean", + "name": "I4SourceRawPinFreeCoordinates.freeGaussian_process_indepFun", + "status": "UNSUPPORTED", + "detail": "binder ( F : RawPinFreeFrame L r n ) is neither a sampled numeric type (\u2115 \u2124 \u211a \u211d) nor a decidable hypothesis", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "SourceRawPinFreeCoordinates.lean::I4SourceRawPinFreeCoordinates.freeGaussian_sample_indepFun": { + "module": "SourceRawPinFreeCoordinates.lean", + "name": "I4SourceRawPinFreeCoordinates.freeGaussian_sample_indepFun", + "status": "UNSUPPORTED", + "detail": "binder ( F : RawPinFreeFrame L r n ) is neither a sampled numeric type (\u2115 \u2124 \u211a \u211d) nor a decidable hypothesis", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "SourceRawPinFreeCoordinates.lean::I4SourceRawPinFreeCoordinates.freeResidual_freeCoordinate_joint_map": { + "module": "SourceRawPinFreeCoordinates.lean", + "name": "I4SourceRawPinFreeCoordinates.freeResidual_freeCoordinate_joint_map", + "status": "UNSUPPORTED", + "detail": "binder ( F : RawPinFreeFrame L r n ) is neither a sampled numeric type (\u2115 \u2124 \u211a \u211d) nor a decidable hypothesis", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "SourceRemoteJetGaussian.lean::I4SourceRemoteJetGaussian.remoteJet_series": { + "module": "SourceRemoteJetGaussian.lean", + "name": "I4SourceRemoteJetGaussian.remoteJet_series", + "status": "UNSUPPORTED", + "detail": "binder ( \u03c9 : SmoothSample 2 L ) is neither a sampled numeric type (\u2115 \u2124 \u211a \u211d) nor a decidable hypothesis", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "SourceRemoteJetGaussian.lean::I4SourceRemoteJetGaussian.remoteJetCoefficient_summable_local": { + "module": "SourceRemoteJetGaussian.lean", + "name": "I4SourceRemoteJetGaussian.remoteJetCoefficient_summable_local", + "status": "UNSUPPORTED", + "detail": "proposition of form App", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "SourceRemoteJetGaussian.lean::I4SourceRemoteJetGaussian.remoteJetCoefficient_weighted_summable_local": { + "module": "SourceRemoteJetGaussian.lean", + "name": "I4SourceRemoteJetGaussian.remoteJetCoefficient_weighted_summable_local", + "status": "UNSUPPORTED", + "detail": "binder ( \u03c9 : SmoothSample 2 L ) is neither a sampled numeric type (\u2115 \u2124 \u211a \u211d) nor a decidable hypothesis", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "SourceRemoteJetGaussian.lean::I4SourceRemoteJetGaussian.remoteJet_measurable": { + "module": "SourceRemoteJetGaussian.lean", + "name": "I4SourceRemoteJetGaussian.remoteJet_measurable", + "status": "UNSUPPORTED", + "detail": "conclusion is a structural predicate ['Measurable']: trivial on finite discrete models (every set is measurable, every function measurable and integrable), so sampling has no content here", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "SourceRemoteJetGaussian.lean::I4SourceRemoteJetGaussian.remoteJet_rawPosteriorSample": { + "module": "SourceRemoteJetGaussian.lean", + "name": "I4SourceRemoteJetGaussian.remoteJet_rawPosteriorSample", + "status": "UNSUPPORTED", + "detail": "binder ( \u03c9 : SmoothSample 2 L ) is neither a sampled numeric type (\u2115 \u2124 \u211a \u211d) nor a decidable hypothesis", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "SourceRemoteJetGaussian.lean::I4SourceRemoteJetGaussian.rawPinCoefficient_weighted_summable_local": { + "module": "SourceRemoteJetGaussian.lean", + "name": "I4SourceRemoteJetGaussian.rawPinCoefficient_weighted_summable_local", + "status": "UNSUPPORTED", + "detail": "binder ( \u03c9 : SmoothSample 2 L ) is neither a sampled numeric type (\u2115 \u2124 \u211a \u211d) nor a decidable hypothesis", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "SourceRemoteJetGaussian.lean::I4SourceRemoteJetGaussian.remoteResidual_series": { + "module": "SourceRemoteJetGaussian.lean", + "name": "I4SourceRemoteJetGaussian.remoteResidual_series", + "status": "UNSUPPORTED", + "detail": "binder ( \u03c9 : SmoothSample 2 L ) is neither a sampled numeric type (\u2115 \u2124 \u211a \u211d) nor a decidable hypothesis", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "SourceRemoteJetGaussian.lean::I4SourceRemoteJetGaussian.remoteResidual_summable": { + "module": "SourceRemoteJetGaussian.lean", + "name": "I4SourceRemoteJetGaussian.remoteResidual_summable", + "status": "UNSUPPORTED", + "detail": "proposition of form App", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "SourceRemoteJetGaussian.lean::I4SourceRemoteJetGaussian.remoteResidual_hasGaussianLaw": { + "module": "SourceRemoteJetGaussian.lean", + "name": "I4SourceRemoteJetGaussian.remoteResidual_hasGaussianLaw", + "status": "UNSUPPORTED", + "detail": "proposition of form App", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "SourceRemoteJetGaussian.lean::I4SourceRemoteJetGaussian.remoteResidual_integral_zero": { + "module": "SourceRemoteJetGaussian.lean", + "name": "I4SourceRemoteJetGaussian.remoteResidual_integral_zero", + "status": "UNSUPPORTED", + "detail": "result type Measure ( SmoothSample d L )", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "SourceRemoteJetGaussian.lean::I4SourceRemoteJetGaussian.remoteResidual_covariance": { + "module": "SourceRemoteJetGaussian.lean", + "name": "I4SourceRemoteJetGaussian.remoteResidual_covariance", + "status": "UNSUPPORTED", + "detail": "unknown function covariance", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "SourceRemoteJetGaussian.lean::I4SourceRemoteJetGaussian.remotePosterior_eq_residual_add_mean": { + "module": "SourceRemoteJetGaussian.lean", + "name": "I4SourceRemoteJetGaussian.remotePosterior_eq_residual_add_mean", + "status": "UNSUPPORTED", + "detail": "binder ( \u03c9 : SmoothSample 2 L ) is neither a sampled numeric type (\u2115 \u2124 \u211a \u211d) nor a decidable hypothesis", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "SourceRemoteJetGaussian.lean::I4SourceRemoteJetGaussian.remotePosterior_hasGaussianLaw": { + "module": "SourceRemoteJetGaussian.lean", + "name": "I4SourceRemoteJetGaussian.remotePosterior_hasGaussianLaw", + "status": "UNSUPPORTED", + "detail": "proposition of form App", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "SourceRemoteJetGaussian.lean::I4SourceRemoteJetGaussian.remotePosterior_integral": { + "module": "SourceRemoteJetGaussian.lean", + "name": "I4SourceRemoteJetGaussian.remotePosterior_integral", + "status": "UNSUPPORTED", + "detail": "result type Measure ( SmoothSample d L )", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "SourceRemoteJetGaussian.lean::I4SourceRemoteJetGaussian.remotePosterior_covariance": { + "module": "SourceRemoteJetGaussian.lean", + "name": "I4SourceRemoteJetGaussian.remotePosterior_covariance", + "status": "UNSUPPORTED", + "detail": "unknown function covariance", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "SourceRemoteJetGaussian.lean::I4SourceRemoteJetGaussian.rawPinKernel_remoteJet_eq_multivariateGaussian": { + "module": "SourceRemoteJetGaussian.lean", + "name": "I4SourceRemoteJetGaussian.rawPinKernel_remoteJet_eq_multivariateGaussian", + "status": "UNSUPPORTED", + "detail": "result type Kernel ( Fin 6 \u2192 \u211d ) ( SmoothSample 2 L )", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "SourceRemoteJetGaussian.lean::I4SourceRemoteJetGaussian.remoteResidualCovariance_posDef": { + "module": "SourceRemoteJetGaussian.lean", + "name": "I4SourceRemoteJetGaussian.remoteResidualCovariance_posDef", + "status": "UNSUPPORTED", + "detail": "hypothesis ( hxM : I4Torus.torusProjection 2 L x \u2260 I4Torus.torusProjection 2 L ( endpointM r ) ) mentions undeclared names ['I4Torus.torusProjection', 'endpointM']", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "SourceRemoteJetGaussian.lean::I4SourceRemoteJetGaussian.rawPinKernel_remoteJet_conditional_uniform": { + "module": "SourceRemoteJetGaussian.lean", + "name": "I4SourceRemoteJetGaussian.rawPinKernel_remoteJet_conditional_uniform", + "status": "UNSUPPORTED", + "detail": "unsupported syntax: existential quantifier", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "SourceRemoteJetWitness.lean::I4SourceRemoteJetWitness.phase_axis": { + "module": "SourceRemoteJetWitness.lean", + "name": "I4SourceRemoteJetWitness.phase_axis", + "status": "UNSUPPORTED", + "detail": "the enclosures to 256 bits did not decide 997 of the sampled instances (32 decided, all held): sampling cannot corroborate the statement", + "instances": 32, + "vacuous": false, + "float_free": true, + "sampling": { + "seed": 1, + "draws": 1032, + "accepted": 32, + "rejected": 0, + "infeasible": 0, + "undecided": 997 + } + }, + "SourceRemoteJetWitness.lean::I4SourceRemoteJetWitness.eval_axisCosPoly": { + "module": "SourceRemoteJetWitness.lean", + "name": "I4SourceRemoteJetWitness.eval_axisCosPoly", + "status": "UNSUPPORTED", + "detail": "result type TrigPoly", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "SourceRemoteJetWitness.lean::I4SourceRemoteJetWitness.eval_axisSinPoly": { + "module": "SourceRemoteJetWitness.lean", + "name": "I4SourceRemoteJetWitness.eval_axisSinPoly", + "status": "UNSUPPORTED", + "detail": "result type TrigPoly", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "SourceRemoteJetWitness.lean::I4SourceRemoteJetWitness.eval_factorPoly": { + "module": "SourceRemoteJetWitness.lean", + "name": "I4SourceRemoteJetWitness.eval_factorPoly", + "status": "UNSUPPORTED", + "detail": "result type TrigPoly", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "SourceRemoteJetWitness.lean::I4SourceRemoteJetWitness.eval_annihilatorPoly": { + "module": "SourceRemoteJetWitness.lean", + "name": "I4SourceRemoteJetWitness.eval_annihilatorPoly", + "status": "UNSUPPORTED", + "detail": "result type TrigPoly", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "SourceRemoteJetWitness.lean::I4SourceRemoteJetWitness.pinFactor_contDiff": { + "module": "SourceRemoteJetWitness.lean", + "name": "I4SourceRemoteJetWitness.pinFactor_contDiff", + "status": "UNSUPPORTED", + "detail": "unsupported syntax: notation '\u22a4'", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "SourceRemoteJetWitness.lean::I4SourceRemoteJetWitness.annihilator_contDiff": { + "module": "SourceRemoteJetWitness.lean", + "name": "I4SourceRemoteJetWitness.annihilator_contDiff", + "status": "UNSUPPORTED", + "detail": "unsupported syntax: notation '\u22a4'", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "SourceRemoteJetWitness.lean::I4SourceRemoteJetWitness.annihilator_pin_values": { + "module": "SourceRemoteJetWitness.lean", + "name": "I4SourceRemoteJetWitness.annihilator_pin_values", + "status": "CORROBORATED", + "detail": "holds on 64 sampled instances satisfying the hypotheses (0 draws rejected by the hypotheses, 0 infeasible, seed 1): sampling is admitted evidence of the statement, not a proof of it", + "instances": 64, + "vacuous": false, + "float_free": true, + "sampling": { + "seed": 1, + "draws": 64, + "accepted": 64, + "rejected": 0, + "infeasible": 0, + "undecided": 0 + } + }, + "SourceRemoteJetWitness.lean::I4SourceRemoteJetWitness.annihilator_pin_derivatives": { + "module": "SourceRemoteJetWitness.lean", + "name": "I4SourceRemoteJetWitness.annihilator_pin_derivatives", + "status": "UNSUPPORTED", + "detail": "unknown function fderiv", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "SourceRemoteJetWitness.lean::I4SourceRemoteJetWitness.remoteJetCoefficient_summable": { + "module": "SourceRemoteJetWitness.lean", + "name": "I4SourceRemoteJetWitness.remoteJetCoefficient_summable", + "status": "UNSUPPORTED", + "detail": "proposition of form App", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "SourceRemoteJetWitness.lean::I4SourceRemoteJetWitness.rawPin_pairing": { + "module": "SourceRemoteJetWitness.lean", + "name": "I4SourceRemoteJetWitness.rawPin_pairing", + "status": "UNSUPPORTED", + "detail": "binder ( p : TrigPoly ) is neither a sampled numeric type (\u2115 \u2124 \u211a \u211d) nor a decidable hypothesis", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "SourceRemoteJetWitness.lean::I4SourceRemoteJetWitness.sourceC_ne_zero": { + "module": "SourceRemoteJetWitness.lean", + "name": "I4SourceRemoteJetWitness.sourceC_ne_zero", + "status": "CORROBORATED", + "detail": "holds on 64 sampled instances satisfying the hypotheses (1 draws rejected by the hypotheses, 0 infeasible, seed 1): sampling is admitted evidence of the statement, not a proof of it", + "instances": 64, + "vacuous": false, + "float_free": true, + "sampling": { + "seed": 1, + "draws": 105, + "accepted": 64, + "rejected": 1, + "infeasible": 0, + "undecided": 0 + } + }, + "SourceRemoteJetWitness.lean::I4SourceRemoteJetWitness.cosine_sourceC_eq_one_iff": { + "module": "SourceRemoteJetWitness.lean", + "name": "I4SourceRemoteJetWitness.cosine_sourceC_eq_one_iff", + "status": "UNSUPPORTED", + "detail": "ascription to AddCircle L", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "SourceRemoteJetWitness.lean::I4SourceRemoteJetWitness.remote_positive_coordinate": { + "module": "SourceRemoteJetWitness.lean", + "name": "I4SourceRemoteJetWitness.remote_positive_coordinate", + "status": "UNSUPPORTED", + "detail": "hypothesis ( hx : torusProjection 2 L x \u2260 torusProjection 2 L p ) mentions undeclared names ['torusProjection']", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "SourceRemoteJetWitness.lean::I4SourceRemoteJetWitness.localGerm_contDiff": { + "module": "SourceRemoteJetWitness.lean", + "name": "I4SourceRemoteJetWitness.localGerm_contDiff", + "status": "UNSUPPORTED", + "detail": "unsupported syntax: notation '\u22a4'", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "SourceRemoteJetWitness.lean::I4SourceRemoteJetWitness.directional_contDiff": { + "module": "SourceRemoteJetWitness.lean", + "name": "I4SourceRemoteJetWitness.directional_contDiff", + "status": "UNSUPPORTED", + "detail": "binder ( f : ( Fin 2 \u2192 \u211d ) \u2192 \u211d ) is neither a sampled numeric type (\u2115 \u2124 \u211a \u211d) nor a decidable hypothesis", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "SourceRemoteJetWitness.lean::I4SourceRemoteJetWitness.directional_second": { + "module": "SourceRemoteJetWitness.lean", + "name": "I4SourceRemoteJetWitness.directional_second", + "status": "UNSUPPORTED", + "detail": "binder ( f : ( Fin 2 \u2192 \u211d ) \u2192 \u211d ) is neither a sampled numeric type (\u2115 \u2124 \u211a \u211d) nor a decidable hypothesis", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "SourceRemoteJetWitness.lean::I4SourceRemoteJetWitness.product_second": { + "module": "SourceRemoteJetWitness.lean", + "name": "I4SourceRemoteJetWitness.product_second", + "status": "UNSUPPORTED", + "detail": "binder ( P Q : ( Fin 2 \u2192 \u211d ) \u2192 \u211d ) is neither a sampled numeric type (\u2115 \u2124 \u211a \u211d) nor a decidable hypothesis", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "SourceRemoteJetWitness.lean::I4SourceRemoteJetWitness.jet2_mul": { + "module": "SourceRemoteJetWitness.lean", + "name": "I4SourceRemoteJetWitness.jet2_mul", + "status": "UNSUPPORTED", + "detail": "binder ( P Q : ( Fin 2 \u2192 \u211d ) \u2192 \u211d ) is neither a sampled numeric type (\u2115 \u2124 \u211a \u211d) nor a decidable hypothesis", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "SourceRemoteJetWitness.lean::I4SourceRemoteJetWitness.inverseMulJet2_right": { + "module": "SourceRemoteJetWitness.lean", + "name": "I4SourceRemoteJetWitness.inverseMulJet2_right", + "status": "UNSUPPORTED", + "detail": "unknown function let", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "SourceRemoteJetWitness.lean::I4SourceRemoteJetWitness.jet2_const": { + "module": "SourceRemoteJetWitness.lean", + "name": "I4SourceRemoteJetWitness.jet2_const", + "status": "UNSUPPORTED", + "detail": "expression Lambda", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "SourceRemoteJetWitness.lean::I4SourceRemoteJetWitness.jet2_scale": { + "module": "SourceRemoteJetWitness.lean", + "name": "I4SourceRemoteJetWitness.jet2_scale", + "status": "UNSUPPORTED", + "detail": "binder ( f : ( Fin 2 \u2192 \u211d ) \u2192 \u211d ) is neither a sampled numeric type (\u2115 \u2124 \u211a \u211d) nor a decidable hypothesis", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "SourceRemoteJetWitness.lean::I4SourceRemoteJetWitness.jet2_add": { + "module": "SourceRemoteJetWitness.lean", + "name": "I4SourceRemoteJetWitness.jet2_add", + "status": "UNSUPPORTED", + "detail": "binder ( f g : ( Fin 2 \u2192 \u211d ) \u2192 \u211d ) is neither a sampled numeric type (\u2115 \u2124 \u211a \u211d) nor a decidable hypothesis", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "SourceRemoteJetWitness.lean::I4SourceRemoteJetWitness.phase_hasFDerivAt": { + "module": "SourceRemoteJetWitness.lean", + "name": "I4SourceRemoteJetWitness.phase_hasFDerivAt", + "status": "UNSUPPORTED", + "detail": "unparsed statement: SyntaxError: trailing tokens from ')'", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "SourceRemoteJetWitness.lean::I4SourceRemoteJetWitness.axis_sin_first": { + "module": "SourceRemoteJetWitness.lean", + "name": "I4SourceRemoteJetWitness.axis_sin_first", + "status": "UNSUPPORTED", + "detail": "unknown function fderiv", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "SourceRemoteJetWitness.lean::I4SourceRemoteJetWitness.axis_cos_first": { + "module": "SourceRemoteJetWitness.lean", + "name": "I4SourceRemoteJetWitness.axis_cos_first", + "status": "UNSUPPORTED", + "detail": "unknown function fderiv", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "SourceRemoteJetWitness.lean::I4SourceRemoteJetWitness.axis_sin_second": { + "module": "SourceRemoteJetWitness.lean", + "name": "I4SourceRemoteJetWitness.axis_sin_second", + "status": "UNSUPPORTED", + "detail": "unknown function iteratedFDeriv", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "SourceRemoteJetWitness.lean::I4SourceRemoteJetWitness.axis_cos_second": { + "module": "SourceRemoteJetWitness.lean", + "name": "I4SourceRemoteJetWitness.axis_cos_second", + "status": "UNSUPPORTED", + "detail": "unknown function iteratedFDeriv", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "SourceRemoteJetWitness.lean::I4SourceRemoteJetWitness.axis_sin_jet": { + "module": "SourceRemoteJetWitness.lean", + "name": "I4SourceRemoteJetWitness.axis_sin_jet", + "status": "UNSUPPORTED", + "detail": "expression Lambda", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "SourceRemoteJetWitness.lean::I4SourceRemoteJetWitness.axis_cos_jet": { + "module": "SourceRemoteJetWitness.lean", + "name": "I4SourceRemoteJetWitness.axis_cos_jet", + "status": "UNSUPPORTED", + "detail": "expression Lambda", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "SourceRemoteJetWitness.lean::I4SourceRemoteJetWitness.normalized_sin_jet": { + "module": "SourceRemoteJetWitness.lean", + "name": "I4SourceRemoteJetWitness.normalized_sin_jet", + "status": "UNSUPPORTED", + "detail": "expression Lambda", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "SourceRemoteJetWitness.lean::I4SourceRemoteJetWitness.normalized_cos_jet": { + "module": "SourceRemoteJetWitness.lean", + "name": "I4SourceRemoteJetWitness.normalized_cos_jet", + "status": "UNSUPPORTED", + "detail": "expression Lambda", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "SourceRemoteJetWitness.lean::I4SourceRemoteJetWitness.localGerm_jet2": { + "module": "SourceRemoteJetWitness.lean", + "name": "I4SourceRemoteJetWitness.localGerm_jet2", + "status": "UNSUPPORTED", + "detail": "localGerm applied to 3 of 4 arguments", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "SourceRemoteJetWitness.lean::I4SourceRemoteJetWitness.jet2_sum": { + "module": "SourceRemoteJetWitness.lean", + "name": "I4SourceRemoteJetWitness.jet2_sum", + "status": "UNSUPPORTED", + "detail": "binder ( f : Fin 6 \u2192 ( Fin 2 \u2192 \u211d ) \u2192 \u211d ) is neither a sampled numeric type (\u2115 \u2124 \u211a \u211d) nor a decidable hypothesis", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "SourceRemoteJetWitness.lean::I4SourceRemoteJetWitness.jet2_germ_combination": { + "module": "SourceRemoteJetWitness.lean", + "name": "I4SourceRemoteJetWitness.jet2_germ_combination", + "status": "UNSUPPORTED", + "detail": "expression Lambda", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "SourceRemoteJetWitness.lean::I4SourceRemoteJetWitness.jet2_interpolate_mul": { + "module": "SourceRemoteJetWitness.lean", + "name": "I4SourceRemoteJetWitness.jet2_interpolate_mul", + "status": "UNSUPPORTED", + "detail": "binder ( P : ( Fin 2 \u2192 \u211d ) \u2192 \u211d ) is neither a sampled numeric type (\u2115 \u2124 \u211a \u211d) nor a decidable hypothesis", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "SourceRemoteJetWitness.lean::I4SourceRemoteJetWitness.remoteJet_pairing": { + "module": "SourceRemoteJetWitness.lean", + "name": "I4SourceRemoteJetWitness.remoteJet_pairing", + "status": "UNSUPPORTED", + "detail": "binder ( p : TrigPoly ) is neither a sampled numeric type (\u2115 \u2124 \u211a \u211d) nor a decidable hypothesis", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "SourceRemoteJetWitness.lean::I4SourceRemoteJetWitness.eval_germPoly": { + "module": "SourceRemoteJetWitness.lean", + "name": "I4SourceRemoteJetWitness.eval_germPoly", + "status": "UNSUPPORTED", + "detail": "result type TrigPoly", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "SourceRemoteJetWitness.lean::I4SourceRemoteJetWitness.eval_combinationPoly": { + "module": "SourceRemoteJetWitness.lean", + "name": "I4SourceRemoteJetWitness.eval_combinationPoly", + "status": "UNSUPPORTED", + "detail": "result type TrigPoly", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "SourceRemoteJetWitness.lean::I4SourceRemoteJetWitness.eval_witnessPoly": { + "module": "SourceRemoteJetWitness.lean", + "name": "I4SourceRemoteJetWitness.eval_witnessPoly", + "status": "UNSUPPORTED", + "detail": "eval applied to 2 of 3 arguments", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "SourceRemoteJetWitness.lean::I4SourceRemoteJetWitness.interpolant_pin_zero": { + "module": "SourceRemoteJetWitness.lean", + "name": "I4SourceRemoteJetWitness.interpolant_pin_zero", + "status": "UNSUPPORTED", + "detail": "interpolant applied to 4 of 5 arguments", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "SourceRemoteJetWitness.lean::I4SourceRemoteJetWitness.actual_finite_remoteJet_witnesses": { + "module": "SourceRemoteJetWitness.lean", + "name": "I4SourceRemoteJetWitness.actual_finite_remoteJet_witnesses", + "status": "UNSUPPORTED", + "detail": "hypothesis ( hxM : I4Torus.torusProjection 2 L x \u2260 I4Torus.torusProjection 2 L ( endpointM r ) ) mentions undeclared names ['I4Torus.torusProjection', 'endpointM']", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "SourceRemoteJetWitness.lean::I4SourceRemoteJetWitness.actual_remote_residual_coefficientGram_posDef": { + "module": "SourceRemoteJetWitness.lean", + "name": "I4SourceRemoteJetWitness.actual_remote_residual_coefficientGram_posDef", + "status": "UNSUPPORTED", + "detail": "hypothesis ( hxM : I4Torus.torusProjection 2 L x \u2260 I4Torus.torusProjection 2 L ( endpointM r ) ) mentions undeclared names ['I4Torus.torusProjection', 'endpointM']", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "SourceSmoothConditionalKernel.lean::I4SourceSmoothConditional.exists_measurable_sampleProjection": { + "module": "SourceSmoothConditionalKernel.lean", + "name": "I4SourceSmoothConditional.exists_measurable_sampleProjection", + "status": "UNSUPPORTED", + "detail": "unsupported syntax: existential quantifier", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "SourceSmoothConditionalKernel.lean::I4SourceSmoothConditional.goodSample_add": { + "module": "SourceSmoothConditionalKernel.lean", + "name": "I4SourceSmoothConditional.goodSample_add", + "status": "UNSUPPORTED", + "detail": "binder ( \u03c9 \u03b7 : SourceMode d \u2192 \u211d ) is neither a sampled numeric type (\u2115 \u2124 \u211a \u211d) nor a decidable hypothesis", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "SourceSmoothConditionalKernel.lean::I4SourceSmoothConditional.goodSample_neg": { + "module": "SourceSmoothConditionalKernel.lean", + "name": "I4SourceSmoothConditional.goodSample_neg", + "status": "UNSUPPORTED", + "detail": "binder ( \u03c9 : SourceMode d \u2192 \u211d ) is neither a sampled numeric type (\u2115 \u2124 \u211a \u211d) nor a decidable hypothesis", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "SourceSmoothConditionalKernel.lean::I4SourceSmoothConditional.derivativeCoefficient_weighted_summable": { + "module": "SourceSmoothConditionalKernel.lean", + "name": "I4SourceSmoothConditional.derivativeCoefficient_weighted_summable", + "status": "UNSUPPORTED", + "detail": "binder ( \u03c9 : SmoothSample 2 L ) is neither a sampled numeric type (\u2115 \u2124 \u211a \u211d) nor a decidable hypothesis", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "SourceSmoothConditionalKernel.lean::I4SourceSmoothConditional.finiteCoefficient_weighted_summable": { + "module": "SourceSmoothConditionalKernel.lean", + "name": "I4SourceSmoothConditional.finiteCoefficient_weighted_summable", + "status": "UNSUPPORTED", + "detail": "binder ( a : Fin n \u2192 \u03b9 \u2192 \u211d ) is neither a sampled numeric type (\u2115 \u2124 \u211a \u211d) nor a decidable hypothesis", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "SourceSmoothConditionalKernel.lean::I4SourceSmoothConditional.pinCoefficient_weighted_summable": { + "module": "SourceSmoothConditionalKernel.lean", + "name": "I4SourceSmoothConditional.pinCoefficient_weighted_summable", + "status": "UNSUPPORTED", + "detail": "binder ( \u03c9 : SmoothSample 2 L ) is neither a sampled numeric type (\u2115 \u2124 \u211a \u211d) nor a decidable hypothesis", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "SourceSmoothConditionalKernel.lean::I4SourceSmoothConditional.adjustedCoefficient_weighted_summable": { + "module": "SourceSmoothConditionalKernel.lean", + "name": "I4SourceSmoothConditional.adjustedCoefficient_weighted_summable", + "status": "UNSUPPORTED", + "detail": "binder ( \u03c9 : SmoothSample 2 L ) is neither a sampled numeric type (\u2115 \u2124 \u211a \u211d) nor a decidable hypothesis", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "SourceSmoothConditionalKernel.lean::I4SourceSmoothConditional.sourceConfluentPinsAt_measurable": { + "module": "SourceSmoothConditionalKernel.lean", + "name": "I4SourceSmoothConditional.sourceConfluentPinsAt_measurable", + "status": "UNSUPPORTED", + "detail": "conclusion is a structural predicate ['Measurable']: trivial on finite discrete models (every set is measurable, every function measurable and integrable), so sampling has no content here", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "SourceSmoothConditionalKernel.lean::I4SourceSmoothConditional.sourceAdjustedEndpoints_measurable": { + "module": "SourceSmoothConditionalKernel.lean", + "name": "I4SourceSmoothConditional.sourceAdjustedEndpoints_measurable", + "status": "UNSUPPORTED", + "detail": "conclusion is a structural predicate ['Measurable']: trivial on finite discrete models (every set is measurable, every function measurable and integrable), so sampling has no content here", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "SourceSmoothConditionalKernel.lean::I4SourceSmoothConditional.pinLift_zero": { + "module": "SourceSmoothConditionalKernel.lean", + "name": "I4SourceSmoothConditional.pinLift_zero", + "status": "UNSUPPORTED", + "detail": "definition pinLift has an unparsed body", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "SourceSmoothConditionalKernel.lean::I4SourceSmoothConditional.pinLift_add": { + "module": "SourceSmoothConditionalKernel.lean", + "name": "I4SourceSmoothConditional.pinLift_add", + "status": "UNSUPPORTED", + "detail": "definition pinLift has an unparsed body", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "SourceSmoothConditionalKernel.lean::I4SourceSmoothConditional.pinLift_neg": { + "module": "SourceSmoothConditionalKernel.lean", + "name": "I4SourceSmoothConditional.pinLift_neg", + "status": "UNSUPPORTED", + "detail": "definition pinLift has an unparsed body", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "SourceSmoothConditionalKernel.lean::I4SourceSmoothConditional.pinLift_goodSample": { + "module": "SourceSmoothConditionalKernel.lean", + "name": "I4SourceSmoothConditional.pinLift_goodSample", + "status": "UNSUPPORTED", + "detail": "definition pinLift has an unparsed body", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "SourceSmoothConditionalKernel.lean::I4SourceSmoothConditional.pinLift_measurable": { + "module": "SourceSmoothConditionalKernel.lean", + "name": "I4SourceSmoothConditional.pinLift_measurable", + "status": "UNSUPPORTED", + "detail": "conclusion is a structural predicate ['Measurable']: trivial on finite discrete models (every set is measurable, every function measurable and integrable), so sampling has no content here", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "SourceSmoothConditionalKernel.lean::I4SourceSmoothConditional.addLift_val": { + "module": "SourceSmoothConditionalKernel.lean", + "name": "I4SourceSmoothConditional.addLift_val", + "status": "UNSUPPORTED", + "detail": "binder ( \u03c9 : SmoothSample 2 L ) is neither a sampled numeric type (\u2115 \u2124 \u211a \u211d) nor a decidable hypothesis", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "SourceSmoothConditionalKernel.lean::I4SourceSmoothConditional.addLift_measurable": { + "module": "SourceSmoothConditionalKernel.lean", + "name": "I4SourceSmoothConditional.addLift_measurable", + "status": "UNSUPPORTED", + "detail": "conclusion is a structural predicate ['Measurable']: trivial on finite discrete models (every set is measurable, every function measurable and integrable), so sampling has no content here", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "SourceSmoothConditionalKernel.lean::I4SourceSmoothConditional.posteriorSample_val": { + "module": "SourceSmoothConditionalKernel.lean", + "name": "I4SourceSmoothConditional.posteriorSample_val", + "status": "UNSUPPORTED", + "detail": "binder ( \u03c9 : SmoothSample 2 L ) is neither a sampled numeric type (\u2115 \u2124 \u211a \u211d) nor a decidable hypothesis", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "SourceSmoothConditionalKernel.lean::I4SourceSmoothConditional.posteriorSample_measurable": { + "module": "SourceSmoothConditionalKernel.lean", + "name": "I4SourceSmoothConditional.posteriorSample_measurable", + "status": "UNSUPPORTED", + "detail": "conclusion is a structural predicate ['Measurable']: trivial on finite discrete models (every set is measurable, every function measurable and integrable), so sampling has no content here", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "SourceSmoothConditionalKernel.lean::I4SourceSmoothConditional.scalarSeries_add_finiteShift": { + "module": "SourceSmoothConditionalKernel.lean", + "name": "I4SourceSmoothConditional.scalarSeries_add_finiteShift", + "status": "UNSUPPORTED", + "detail": "binder ( b : Fin n \u2192 \u03b9 \u2192 \u211d ) is neither a sampled numeric type (\u2115 \u2124 \u211a \u211d) nor a decidable hypothesis", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "SourceSmoothConditionalKernel.lean::I4SourceSmoothConditional.sourceConfluentPinsAt_addLift": { + "module": "SourceSmoothConditionalKernel.lean", + "name": "I4SourceSmoothConditional.sourceConfluentPinsAt_addLift", + "status": "UNSUPPORTED", + "detail": "binder ( \u03c9 : SmoothSample 2 L ) is neither a sampled numeric type (\u2115 \u2124 \u211a \u211d) nor a decidable hypothesis", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "SourceSmoothConditionalKernel.lean::I4SourceSmoothConditional.sourceAdjustedEndpoints_addLift": { + "module": "SourceSmoothConditionalKernel.lean", + "name": "I4SourceSmoothConditional.sourceAdjustedEndpoints_addLift", + "status": "UNSUPPORTED", + "detail": "binder ( \u03c9 : SmoothSample 2 L ) is neither a sampled numeric type (\u2115 \u2124 \u211a \u211d) nor a decidable hypothesis", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "SourceSmoothConditionalKernel.lean::I4SourceSmoothConditional.sourceConfluentPinsAt_posteriorSample": { + "module": "SourceSmoothConditionalKernel.lean", + "name": "I4SourceSmoothConditional.sourceConfluentPinsAt_posteriorSample", + "status": "UNSUPPORTED", + "detail": "binder ( hG : IsUnit ( sourcePinCovarianceAt L r ) ) is neither a sampled numeric type (\u2115 \u2124 \u211a \u211d) nor a decidable hypothesis", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "SourceSmoothConditionalKernel.lean::I4SourceSmoothConditional.sourceAdjustedEndpoints_posteriorSample": { + "module": "SourceSmoothConditionalKernel.lean", + "name": "I4SourceSmoothConditional.sourceAdjustedEndpoints_posteriorSample", + "status": "UNSUPPORTED", + "detail": "binder ( \u03c9 : SmoothSample 2 L ) is neither a sampled numeric type (\u2115 \u2124 \u211a \u211d) nor a decidable hypothesis", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "SourceSmoothConditionalKernel.lean::I4SourceSmoothConditional.sourceSmoothKernel_measurable": { + "module": "SourceSmoothConditionalKernel.lean", + "name": "I4SourceSmoothConditional.sourceSmoothKernel_measurable", + "status": "UNSUPPORTED", + "detail": "conclusion is a structural predicate ['Measurable']: trivial on finite discrete models (every set is measurable, every function measurable and integrable), so sampling has no content here", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "SourceSmoothConditionalKernel.lean::I4SourceSmoothConditional.sourceSmoothKernel_apply": { + "module": "SourceSmoothConditionalKernel.lean", + "name": "I4SourceSmoothConditional.sourceSmoothKernel_apply", + "status": "UNSUPPORTED", + "detail": "result type Kernel ( Fin 6 \u2192 \u211d ) ( SmoothSample 2 L )", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "SourceSmoothConditionalKernel.lean::I4SourceSmoothConditional.sourceSmoothKernel_pin_map": { + "module": "SourceSmoothConditionalKernel.lean", + "name": "I4SourceSmoothConditional.sourceSmoothKernel_pin_map", + "status": "UNSUPPORTED", + "detail": "binder ( hG : IsUnit ( sourcePinCovarianceAt L r ) ) is neither a sampled numeric type (\u2115 \u2124 \u211a \u211d) nor a decidable hypothesis", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "SourceSmoothConditionalKernel.lean::I4SourceSmoothConditional.sourceSmoothKernel_pin_fiber": { + "module": "SourceSmoothConditionalKernel.lean", + "name": "I4SourceSmoothConditional.sourceSmoothKernel_pin_fiber", + "status": "UNSUPPORTED", + "detail": "binder ( hG : IsUnit ( sourcePinCovarianceAt L r ) ) is neither a sampled numeric type (\u2115 \u2124 \u211a \u211d) nor a decidable hypothesis", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "SourceSmoothConditionalKernel.lean::I4SourceSmoothConditional.sourceSmoothKernel_endpoint_map": { + "module": "SourceSmoothConditionalKernel.lean", + "name": "I4SourceSmoothConditional.sourceSmoothKernel_endpoint_map", + "status": "UNSUPPORTED", + "detail": "result type Kernel ( Fin 6 \u2192 \u211d ) ( Fin 6 \u2192 \u211d )", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "SourceSmoothConditionalKernel.lean::I4SourceSmoothConditional.scalarSeries_finite_hasGaussianLaw": { + "module": "SourceSmoothConditionalKernel.lean", + "name": "I4SourceSmoothConditional.scalarSeries_finite_hasGaussianLaw", + "status": "UNSUPPORTED", + "detail": "binder ( a : \u03c4 \u2192 \u03b9 \u2192 \u211d ) is neither a sampled numeric type (\u2115 \u2124 \u211a \u211d) nor a decidable hypothesis", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "SourceSmoothConditionalKernel.lean::I4SourceSmoothConditional.scalarSeries_single": { + "module": "SourceSmoothConditionalKernel.lean", + "name": "I4SourceSmoothConditional.scalarSeries_single", + "status": "UNSUPPORTED", + "detail": "binder ( m : \u03b9 ) is neither a sampled numeric type (\u2115 \u2124 \u211a \u211d) nor a decidable hypothesis", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "SourceSmoothConditionalKernel.lean::I4SourceSmoothConditional.scalarSeries_coordinate_covariance": { + "module": "SourceSmoothConditionalKernel.lean", + "name": "I4SourceSmoothConditional.scalarSeries_coordinate_covariance", + "status": "UNSUPPORTED", + "detail": "binder ( ha : Summable a ) is neither a sampled numeric type (\u2115 \u2124 \u211a \u211d) nor a decidable hypothesis", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "SourceSmoothConditionalKernel.lean::I4SourceSmoothConditional.pin_coefficient_covariance": { + "module": "SourceSmoothConditionalKernel.lean", + "name": "I4SourceSmoothConditional.pin_coefficient_covariance", + "status": "UNSUPPORTED", + "detail": "binder ( m : SourceMode 2 ) is neither a sampled numeric type (\u2115 \u2124 \u211a \u211d) nor a decidable hypothesis", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "SourceSmoothConditionalKernel.lean::I4SourceSmoothConditional.pin_finite_coefficients_hasGaussianLaw": { + "module": "SourceSmoothConditionalKernel.lean", + "name": "I4SourceSmoothConditional.pin_finite_coefficients_hasGaussianLaw", + "status": "UNSUPPORTED", + "detail": "binder ( I : Finset ( SourceMode 2 ) ) is neither a sampled numeric type (\u2115 \u2124 \u211a \u211d) nor a decidable hypothesis", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "SourceSmoothConditionalKernel.lean::I4SourceSmoothConditional.finiteLift_apply": { + "module": "SourceSmoothConditionalKernel.lean", + "name": "I4SourceSmoothConditional.finiteLift_apply", + "status": "UNSUPPORTED", + "detail": "binder ( I : Finset ( SourceMode 2 ) ) is neither a sampled numeric type (\u2115 \u2124 \u211a \u211d) nor a decidable hypothesis", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "SourceSmoothConditionalKernel.lean::I4SourceSmoothConditional.pin_residual_finite_hasGaussianLaw": { + "module": "SourceSmoothConditionalKernel.lean", + "name": "I4SourceSmoothConditional.pin_residual_finite_hasGaussianLaw", + "status": "UNSUPPORTED", + "detail": "binder ( I : Finset ( SourceMode 2 ) ) is neither a sampled numeric type (\u2115 \u2124 \u211a \u211d) nor a decidable hypothesis", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "SourceSmoothConditionalKernel.lean::I4SourceSmoothConditional.coefficient_hasGaussianLaw": { + "module": "SourceSmoothConditionalKernel.lean", + "name": "I4SourceSmoothConditional.coefficient_hasGaussianLaw", + "status": "UNSUPPORTED", + "detail": "binder ( m : SourceMode 2 ) is neither a sampled numeric type (\u2115 \u2124 \u211a \u211d) nor a decidable hypothesis", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "SourceSmoothConditionalKernel.lean::I4SourceSmoothConditional.residualCoefficient_zero_covariance": { + "module": "SourceSmoothConditionalKernel.lean", + "name": "I4SourceSmoothConditional.residualCoefficient_zero_covariance", + "status": "UNSUPPORTED", + "detail": "binder ( hG : IsUnit ( sourcePinCovarianceAt L r ) ) is neither a sampled numeric type (\u2115 \u2124 \u211a \u211d) nor a decidable hypothesis", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "SourceSmoothConditionalKernel.lean::I4SourceSmoothConditional.residualCoefficient_finite_indepFun": { + "module": "SourceSmoothConditionalKernel.lean", + "name": "I4SourceSmoothConditional.residualCoefficient_finite_indepFun", + "status": "UNSUPPORTED", + "detail": "binder ( hG : IsUnit ( sourcePinCovarianceAt L r ) ) is neither a sampled numeric type (\u2115 \u2124 \u211a \u211d) nor a decidable hypothesis", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "SourceSmoothConditionalKernel.lean::I4SourceSmoothConditional.residualCoefficient_indepFun": { + "module": "SourceSmoothConditionalKernel.lean", + "name": "I4SourceSmoothConditional.residualCoefficient_indepFun", + "status": "UNSUPPORTED", + "detail": "binder ( hG : IsUnit ( sourcePinCovarianceAt L r ) ) is neither a sampled numeric type (\u2115 \u2124 \u211a \u211d) nor a decidable hypothesis", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "SourceSmoothConditionalKernel.lean::I4SourceSmoothConditional.sourceNormalizedEndpoints_measurable": { + "module": "SourceSmoothConditionalKernel.lean", + "name": "I4SourceSmoothConditional.sourceNormalizedEndpoints_measurable", + "status": "UNSUPPORTED", + "detail": "conclusion is a structural predicate ['Measurable']: trivial on finite discrete models (every set is measurable, every function measurable and integrable), so sampling has no content here", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "SourceSmoothConditionalKernel.lean::I4SourceSmoothConditional.sourceSmoothKernel_physical_endpoint_map": { + "module": "SourceSmoothConditionalKernel.lean", + "name": "I4SourceSmoothConditional.sourceSmoothKernel_physical_endpoint_map", + "status": "UNSUPPORTED", + "detail": "binder ( hG : IsUnit ( sourcePinCovarianceAt L r ) ) is neither a sampled numeric type (\u2115 \u2124 \u211a \u211d) nor a decidable hypothesis", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "SourceSmoothConditionalKernel.lean::I4SourceSmoothConditional.sourceSmoothKernel_physical_prescribed_map": { + "module": "SourceSmoothConditionalKernel.lean", + "name": "I4SourceSmoothConditional.sourceSmoothKernel_physical_prescribed_map", + "status": "UNSUPPORTED", + "detail": "binder ( hG : IsUnit ( sourcePinCovarianceAt L r ) ) is neither a sampled numeric type (\u2115 \u2124 \u211a \u211d) nor a decidable hypothesis", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "SourceSmoothConditionalKernel.lean::I4SourceSmoothConditional.posteriorSample_self": { + "module": "SourceSmoothConditionalKernel.lean", + "name": "I4SourceSmoothConditional.posteriorSample_self", + "status": "UNSUPPORTED", + "detail": "binder ( \u03c9 : SmoothSample 2 L ) is neither a sampled numeric type (\u2115 \u2124 \u211a \u211d) nor a decidable hypothesis", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "SourceSmoothConditionalKernel.lean::I4SourceSmoothConditional.posteriorSample_eq_addLift_residual": { + "module": "SourceSmoothConditionalKernel.lean", + "name": "I4SourceSmoothConditional.posteriorSample_eq_addLift_residual", + "status": "UNSUPPORTED", + "detail": "binder ( \u03c9 : SmoothSample 2 L ) is neither a sampled numeric type (\u2115 \u2124 \u211a \u211d) nor a decidable hypothesis", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "SourceSmoothConditionalKernel.lean::I4SourceSmoothConditional.addLift_observation_residual": { + "module": "SourceSmoothConditionalKernel.lean", + "name": "I4SourceSmoothConditional.addLift_observation_residual", + "status": "UNSUPPORTED", + "detail": "binder ( \u03c9 : SmoothSample 2 L ) is neither a sampled numeric type (\u2115 \u2124 \u211a \u211d) nor a decidable hypothesis", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "SourceSmoothConditionalKernel.lean::I4SourceSmoothConditional.posteriorSample_zero_inclusion": { + "module": "SourceSmoothConditionalKernel.lean", + "name": "I4SourceSmoothConditional.posteriorSample_zero_inclusion", + "status": "UNSUPPORTED", + "detail": "binder ( \u03c9 : SmoothSample 2 L ) is neither a sampled numeric type (\u2115 \u2124 \u211a \u211d) nor a decidable hypothesis", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "SourceSmoothConditionalKernel.lean::I4SourceSmoothConditional.posteriorSample_zero_indepFun": { + "module": "SourceSmoothConditionalKernel.lean", + "name": "I4SourceSmoothConditional.posteriorSample_zero_indepFun", + "status": "UNSUPPORTED", + "detail": "binder ( hG : IsUnit ( sourcePinCovarianceAt L r ) ) is neither a sampled numeric type (\u2115 \u2124 \u211a \u211d) nor a decidable hypothesis", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "SourceSmoothConditionalKernel.lean::I4SourceSmoothConditional.sourceSmoothKernel_hasCondDistrib": { + "module": "SourceSmoothConditionalKernel.lean", + "name": "I4SourceSmoothConditional.sourceSmoothKernel_hasCondDistrib", + "status": "UNSUPPORTED", + "detail": "binder ( hG : IsUnit ( sourcePinCovarianceAt L r ) ) is neither a sampled numeric type (\u2115 \u2124 \u211a \u211d) nor a decidable hypothesis", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "SourceSmoothConditionalKernel.lean::I4SourceSmoothConditional.sourceSmoothKernel_map_hasCondDistrib": { + "module": "SourceSmoothConditionalKernel.lean", + "name": "I4SourceSmoothConditional.sourceSmoothKernel_map_hasCondDistrib", + "status": "UNSUPPORTED", + "detail": "binder ( hG : IsUnit ( sourcePinCovarianceAt L r ) ) is neither a sampled numeric type (\u2115 \u2124 \u211a \u211d) nor a decidable hypothesis", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "SourceSmoothConditionalKernel.lean::I4SourceSmoothConditional.smoothSourceField_measurable": { + "module": "SourceSmoothConditionalKernel.lean", + "name": "I4SourceSmoothConditional.smoothSourceField_measurable", + "status": "UNSUPPORTED", + "detail": "conclusion is a structural predicate ['Measurable']: trivial on finite discrete models (every set is measurable, every function measurable and integrable), so sampling has no content here", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "SourceSmoothConditionalKernel.lean::I4SourceSmoothConditional.sourceSmoothKernel_field_hasCondDistrib": { + "module": "SourceSmoothConditionalKernel.lean", + "name": "I4SourceSmoothConditional.sourceSmoothKernel_field_hasCondDistrib", + "status": "UNSUPPORTED", + "detail": "binder ( hG : IsUnit ( sourcePinCovarianceAt L r ) ) is neither a sampled numeric type (\u2115 \u2124 \u211a \u211d) nor a decidable hypothesis", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "SourceSmoothConditionalKernel.lean::I4SourceSmoothConditional.sourceSmoothKernel_eventually_hasCondDistrib": { + "module": "SourceSmoothConditionalKernel.lean", + "name": "I4SourceSmoothConditional.sourceSmoothKernel_eventually_hasCondDistrib", + "status": "UNSUPPORTED", + "detail": "unparsed statement: SyntaxError: expected ',', got r", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "SourceSmoothConditionalKernel.lean::I4SourceSmoothConditional.sourceSmoothKernel_eventually_map_hasCondDistrib": { + "module": "SourceSmoothConditionalKernel.lean", + "name": "I4SourceSmoothConditional.sourceSmoothKernel_eventually_map_hasCondDistrib", + "status": "UNSUPPORTED", + "detail": "binder ( F : SmoothSample 2 L \u2192 E ) is neither a sampled numeric type (\u2115 \u2124 \u211a \u211d) nor a decidable hypothesis", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "SourceSmoothPalm.lean::I4SourceSmoothPalm.withDensity_map_comp": { + "module": "SourceSmoothPalm.lean", + "name": "I4SourceSmoothPalm.withDensity_map_comp", + "status": "UNSUPPORTED", + "detail": "binder ( F : \u03a9 \u2192 E ) is neither a sampled numeric type (\u2115 \u2124 \u211a \u211d) nor a decidable hypothesis", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "SourceSmoothPalm.lean::I4SourceSmoothPalm.prwMeasure_map_comp": { + "module": "SourceSmoothPalm.lean", + "name": "I4SourceSmoothPalm.prwMeasure_map_comp", + "status": "UNSUPPORTED", + "detail": "binder ( F : \u03a9 \u2192 E ) is neither a sampled numeric type (\u2115 \u2124 \u211a \u211d) nor a decidable hypothesis", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "SourceSmoothPalm.lean::I4SourceSmoothPalm.prwMeasure_absolutelyContinuous": { + "module": "SourceSmoothPalm.lean", + "name": "I4SourceSmoothPalm.prwMeasure_absolutelyContinuous", + "status": "UNSUPPORTED", + "detail": "result type Measure \u03a9", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "SourceSmoothPalm.lean::I4SourceSmoothPalm.prwMeasure_ae_of_ae": { + "module": "SourceSmoothPalm.lean", + "name": "I4SourceSmoothPalm.prwMeasure_ae_of_ae", + "status": "UNSUPPORTED", + "detail": "binder { p : \u03a9 \u2192 Prop } is neither a sampled numeric type (\u2115 \u2124 \u211a \u211d) nor a decidable hypothesis", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "SourceSmoothPalm.lean::I4SourceSmoothPalm.prwMeasure_ae_weight_pos": { + "module": "SourceSmoothPalm.lean", + "name": "I4SourceSmoothPalm.prwMeasure_ae_weight_pos", + "status": "UNSUPPORTED", + "detail": "unparsed statement: SyntaxError: expected ',', got \u03c9", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "SourceSmoothPalm.lean::I4SourceSmoothPalm.rawPins_prescribed_iff": { + "module": "SourceSmoothPalm.lean", + "name": "I4SourceSmoothPalm.rawPins_prescribed_iff", + "status": "UNSUPPORTED", + "detail": "binder ( \u03c9 : SmoothSample 2 L ) is neither a sampled numeric type (\u2115 \u2124 \u211a \u211d) nor a decidable hypothesis", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "SourceSmoothPalm.lean::I4SourceSmoothPalm.sourceSmoothLaw_raw_pin_fiber": { + "module": "SourceSmoothPalm.lean", + "name": "I4SourceSmoothPalm.sourceSmoothLaw_raw_pin_fiber", + "status": "UNSUPPORTED", + "detail": "binder ( hG : IsUnit ( sourcePinCovarianceAt L r ) ) is neither a sampled numeric type (\u2115 \u2124 \u211a \u211d) nor a decidable hypothesis", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "SourceSmoothPalm.lean::I4SourceSmoothPalm.sourceRawPins_measurable": { + "module": "SourceSmoothPalm.lean", + "name": "I4SourceSmoothPalm.sourceRawPins_measurable", + "status": "UNSUPPORTED", + "detail": "conclusion is a structural predicate ['Measurable']: trivial on finite discrete models (every set is measurable, every function measurable and integrable), so sampling has no content here", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "SourceSmoothPalm.lean::I4SourceSmoothPalm.sourceSmoothLaw_raw_pin_fiber_ae": { + "module": "SourceSmoothPalm.lean", + "name": "I4SourceSmoothPalm.sourceSmoothLaw_raw_pin_fiber_ae", + "status": "UNSUPPORTED", + "detail": "binder ( hG : IsUnit ( sourcePinCovarianceAt L r ) ) is neither a sampled numeric type (\u2115 \u2124 \u211a \u211d) nor a decidable hypothesis", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "SourceSmoothPalm.lean::I4SourceSmoothPalm.raw_pin_fiber_of_absolutelyContinuous": { + "module": "SourceSmoothPalm.lean", + "name": "I4SourceSmoothPalm.raw_pin_fiber_of_absolutelyContinuous", + "status": "UNSUPPORTED", + "detail": "binder ( hG : IsUnit ( sourcePinCovarianceAt L r ) ) is neither a sampled numeric type (\u2115 \u2124 \u211a \u211d) nor a decidable hypothesis", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "SourceSmoothPalm.lean::I4SourceSmoothPalm.prwMeasure_raw_pin_fiber": { + "module": "SourceSmoothPalm.lean", + "name": "I4SourceSmoothPalm.prwMeasure_raw_pin_fiber", + "status": "UNSUPPORTED", + "detail": "binder ( hG : IsUnit ( sourcePinCovarianceAt L r ) ) is neither a sampled numeric type (\u2115 \u2124 \u211a \u211d) nor a decidable hypothesis", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "SourceSmoothPalm.lean::I4SourceSmoothPalm.sourceRawHM_eq_normalized": { + "module": "SourceSmoothPalm.lean", + "name": "I4SourceSmoothPalm.sourceRawHM_eq_normalized", + "status": "UNSUPPORTED", + "detail": "binder ( \u03c9 : SmoothSample 2 L ) is neither a sampled numeric type (\u2115 \u2124 \u211a \u211d) nor a decidable hypothesis", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "SourceSmoothPalm.lean::I4SourceSmoothPalm.sourceRawHS_eq_normalized": { + "module": "SourceSmoothPalm.lean", + "name": "I4SourceSmoothPalm.sourceRawHS_eq_normalized", + "status": "UNSUPPORTED", + "detail": "binder ( \u03c9 : SmoothSample 2 L ) is neither a sampled numeric type (\u2115 \u2124 \u211a \u211d) nor a decidable hypothesis", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "SourceSmoothPalm.lean::I4SourceSmoothPalm.sourceSmoothWeight_eq": { + "module": "SourceSmoothPalm.lean", + "name": "I4SourceSmoothPalm.sourceSmoothWeight_eq", + "status": "UNSUPPORTED", + "detail": "binder ( \u03c9 : SmoothSample 2 L ) is neither a sampled numeric type (\u2115 \u2124 \u211a \u211d) nor a decidable hypothesis", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "SourceSmoothPalm.lean::I4SourceSmoothPalm.sourceSmoothWeight_nonneg": { + "module": "SourceSmoothPalm.lean", + "name": "I4SourceSmoothPalm.sourceSmoothWeight_nonneg", + "status": "UNSUPPORTED", + "detail": "binder ( \u03c9 : SmoothSample 2 L ) is neither a sampled numeric type (\u2115 \u2124 \u211a \u211d) nor a decidable hypothesis", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "SourceSmoothPalm.lean::I4SourceSmoothPalm.sourceSmoothWeight_measurable": { + "module": "SourceSmoothPalm.lean", + "name": "I4SourceSmoothPalm.sourceSmoothWeight_measurable", + "status": "UNSUPPORTED", + "detail": "conclusion is a structural predicate ['Measurable']: trivial on finite discrete models (every set is measurable, every function measurable and integrable), so sampling has no content here", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "SourceSmoothPalm.lean::I4SourceSmoothPalm.sourceSmoothWeight_pos_iff": { + "module": "SourceSmoothPalm.lean", + "name": "I4SourceSmoothPalm.sourceSmoothWeight_pos_iff", + "status": "UNSUPPORTED", + "detail": "binder ( \u03c9 : SmoothSample 2 L ) is neither a sampled numeric type (\u2115 \u2124 \u211a \u211d) nor a decidable hypothesis", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "SourceSmoothPalm.lean::I4SourceSmoothPalm.sourceSmoothTyped_measurableSet": { + "module": "SourceSmoothPalm.lean", + "name": "I4SourceSmoothPalm.sourceSmoothTyped_measurableSet", + "status": "UNSUPPORTED", + "detail": "unparsed statement: SyntaxError: trailing tokens from '{'", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "SourceSmoothPalm.lean::I4SourceSmoothPalm.sourceSmoothLaw_endpoint_hasLaw": { + "module": "SourceSmoothPalm.lean", + "name": "I4SourceSmoothPalm.sourceSmoothLaw_endpoint_hasLaw", + "status": "UNSUPPORTED", + "detail": "binder ( hG : IsUnit ( sourcePinCovarianceAt L r ) ) is neither a sampled numeric type (\u2115 \u2124 \u211a \u211d) nor a decidable hypothesis", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "SourceSmoothPalm.lean::I4SourceSmoothPalm.sourceSmoothLaw_weight_square_integrable": { + "module": "SourceSmoothPalm.lean", + "name": "I4SourceSmoothPalm.sourceSmoothLaw_weight_square_integrable", + "status": "UNSUPPORTED", + "detail": "binder ( hG : IsUnit ( sourcePinCovarianceAt L r ) ) is neither a sampled numeric type (\u2115 \u2124 \u211a \u211d) nor a decidable hypothesis", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "SourceSmoothPalm.lean::I4SourceSmoothPalm.sourceSmoothLaw_weight_integral": { + "module": "SourceSmoothPalm.lean", + "name": "I4SourceSmoothPalm.sourceSmoothLaw_weight_integral", + "status": "UNSUPPORTED", + "detail": "binder ( hG : IsUnit ( sourcePinCovarianceAt L r ) ) is neither a sampled numeric type (\u2115 \u2124 \u211a \u211d) nor a decidable hypothesis", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "SourceSmoothPalm.lean::I4SourceSmoothPalm.sourceSmoothLaw_weight_square_integral": { + "module": "SourceSmoothPalm.lean", + "name": "I4SourceSmoothPalm.sourceSmoothLaw_weight_square_integral", + "status": "UNSUPPORTED", + "detail": "binder ( hG : IsUnit ( sourcePinCovarianceAt L r ) ) is neither a sampled numeric type (\u2115 \u2124 \u211a \u211d) nor a decidable hypothesis", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "SourceSmoothPalm.lean::I4SourceSmoothPalm.sourceSmoothWeightedLaw_endpoint_map": { + "module": "SourceSmoothPalm.lean", + "name": "I4SourceSmoothPalm.sourceSmoothWeightedLaw_endpoint_map", + "status": "UNSUPPORTED", + "detail": "binder ( hG : IsUnit ( sourcePinCovarianceAt L r ) ) is neither a sampled numeric type (\u2115 \u2124 \u211a \u211d) nor a decidable hypothesis", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "SourceSmoothPalm.lean::I4SourceSmoothPalm.sourceSmooth_weighted_event_bound_of_estimates": { + "module": "SourceSmoothPalm.lean", + "name": "I4SourceSmoothPalm.sourceSmooth_weighted_event_bound_of_estimates", + "status": "UNSUPPORTED", + "detail": "hypothesis ( hsq : Integrable ( fun \u03c9 => sourceSmoothWeight L r \u03c9 ^ 2 ) ( sourceSmoothLaw hL r b ) ) mentions undeclared names ['hL']", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "SourceSmoothPalm.lean::I4SourceSmoothPalm.sourceSmoothWeightedLaw_typed": { + "module": "SourceSmoothPalm.lean", + "name": "I4SourceSmoothPalm.sourceSmoothWeightedLaw_typed", + "status": "UNSUPPORTED", + "detail": "instance binder [ IsProbabilityMeasure ( sourceSmoothWeightedLaw hL r b ) ] cannot be sampled", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "SourceSmoothPalm.lean::I4SourceSmoothPalm.sourceSmoothWeightedLaw_raw_pins": { + "module": "SourceSmoothPalm.lean", + "name": "I4SourceSmoothPalm.sourceSmoothWeightedLaw_raw_pins", + "status": "UNSUPPORTED", + "detail": "binder ( hG : IsUnit ( sourcePinCovarianceAt L r ) ) is neither a sampled numeric type (\u2115 \u2124 \u211a \u211d) nor a decidable hypothesis", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "SourceSmoothPalm.lean::I4SourceSmoothPalm.sourceSmoothPalm_estimates": { + "module": "SourceSmoothPalm.lean", + "name": "I4SourceSmoothPalm.sourceSmoothPalm_estimates", + "status": "UNSUPPORTED", + "detail": "unsupported syntax: existential quantifier", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "SourceSmoothParameterSpace.lean::I4SourceSmoothParameterSpace.parameterWeight_nonneg": { + "module": "SourceSmoothParameterSpace.lean", + "name": "I4SourceSmoothParameterSpace.parameterWeight_nonneg", + "status": "UNSUPPORTED", + "detail": "binder ( m : SourceMode 2 ) is neither a sampled numeric type (\u2115 \u2124 \u211a \u211d) nor a decidable hypothesis", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "SourceSmoothParameterSpace.lean::I4SourceSmoothParameterSpace.parameterWeight_mul_abs_summable": { + "module": "SourceSmoothParameterSpace.lean", + "name": "I4SourceSmoothParameterSpace.parameterWeight_mul_abs_summable", + "status": "UNSUPPORTED", + "detail": "binder ( \u03c9 : SmoothSample 2 L ) is neither a sampled numeric type (\u2115 \u2124 \u211a \u211d) nor a decidable hypothesis", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "SourceSmoothParameterSpace.lean::I4SourceSmoothParameterSpace.weightedCarrier_mem": { + "module": "SourceSmoothParameterSpace.lean", + "name": "I4SourceSmoothParameterSpace.weightedCarrier_mem", + "status": "UNSUPPORTED", + "detail": "binder '\u2113' without a type is outside the interpreter", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "SourceSmoothParameterSpace.lean::I4SourceSmoothParameterSpace.weightedCarrier_apply": { + "module": "SourceSmoothParameterSpace.lean", + "name": "I4SourceSmoothParameterSpace.weightedCarrier_apply", + "status": "UNSUPPORTED", + "detail": "binder ( \u03c9 : SmoothSample 2 L ) is neither a sampled numeric type (\u2115 \u2124 \u211a \u211d) nor a decidable hypothesis", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "SourceSmoothParameterSpace.lean::I4SourceSmoothParameterSpace.weightedCarrier_norm": { + "module": "SourceSmoothParameterSpace.lean", + "name": "I4SourceSmoothParameterSpace.weightedCarrier_norm", + "status": "UNSUPPORTED", + "detail": "binder ( \u03c9 : SmoothSample 2 L ) is neither a sampled numeric type (\u2115 \u2124 \u211a \u211d) nor a decidable hypothesis", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "SourceSmoothParameterSpace.lean::I4SourceSmoothParameterSpace.weightedCarrier_norm_eq_radius_sub_one": { + "module": "SourceSmoothParameterSpace.lean", + "name": "I4SourceSmoothParameterSpace.weightedCarrier_norm_eq_radius_sub_one", + "status": "UNSUPPORTED", + "detail": "binder ( \u03c9 : SmoothSample 2 L ) is neither a sampled numeric type (\u2115 \u2124 \u211a \u211d) nor a decidable hypothesis", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "SourceSmoothParameterSpace.lean::I4SourceSmoothParameterSpace.weightedCarrier_stronglyMeasurable": { + "module": "SourceSmoothParameterSpace.lean", + "name": "I4SourceSmoothParameterSpace.weightedCarrier_stronglyMeasurable", + "status": "UNSUPPORTED", + "detail": "conclusion is a structural predicate ['StronglyMeasurable']: trivial on finite discrete models (every set is measurable, every function measurable and integrable), so sampling has no content here", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "SourceSmoothParameterSpace.lean::I4SourceSmoothParameterSpace.weightedCarrier_borel": { + "module": "SourceSmoothParameterSpace.lean", + "name": "I4SourceSmoothParameterSpace.weightedCarrier_borel", + "status": "UNSUPPORTED", + "detail": "conclusion is a structural predicate ['Measurable']: trivial on finite discrete models (every set is measurable, every function measurable and integrable), so sampling has no content here", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "SourceSmoothParameterSpace.lean::I4SourceSmoothParameterSpace.smoothParameter_complete": { + "module": "SourceSmoothParameterSpace.lean", + "name": "I4SourceSmoothParameterSpace.smoothParameter_complete", + "status": "UNSUPPORTED", + "detail": "proposition of form App", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "SourceSmoothParameterSpace.lean::I4SourceSmoothParameterSpace.smoothParameter_separable": { + "module": "SourceSmoothParameterSpace.lean", + "name": "I4SourceSmoothParameterSpace.smoothParameter_separable", + "status": "UNSUPPORTED", + "detail": "proposition of form App", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "SourceSmoothParameterSpace.lean::I4SourceSmoothParameterSpace.smoothParameter_polish": { + "module": "SourceSmoothParameterSpace.lean", + "name": "I4SourceSmoothParameterSpace.smoothParameter_polish", + "status": "UNSUPPORTED", + "detail": "proposition of form App", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "SourceSmoothParameterSpace.lean::I4SourceSmoothParameterSpace.parameterWeight_pos": { + "module": "SourceSmoothParameterSpace.lean", + "name": "I4SourceSmoothParameterSpace.parameterWeight_pos", + "status": "UNSUPPORTED", + "detail": "binder ( m : SourceMode 2 ) is neither a sampled numeric type (\u2115 \u2124 \u211a \u211d) nor a decidable hypothesis", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "SourceSmoothParameterSpace.lean::I4SourceSmoothParameterSpace.parameterWeight_dominates": { + "module": "SourceSmoothParameterSpace.lean", + "name": "I4SourceSmoothParameterSpace.parameterWeight_dominates", + "status": "UNSUPPORTED", + "detail": "binder ( m : SourceMode 2 ) is neither a sampled numeric type (\u2115 \u2124 \u211a \u211d) nor a decidable hypothesis", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "SourceSmoothParameterSpace.lean::I4SourceSmoothParameterSpace.parameter_abs_summable": { + "module": "SourceSmoothParameterSpace.lean", + "name": "I4SourceSmoothParameterSpace.parameter_abs_summable", + "status": "UNSUPPORTED", + "detail": "binder ( a : SmoothParameter ) is neither a sampled numeric type (\u2115 \u2124 \u211a \u211d) nor a decidable hypothesis", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "SourceSmoothParameterSpace.lean::I4SourceSmoothParameterSpace.weighted_mode_derivative_bound": { + "module": "SourceSmoothParameterSpace.lean", + "name": "I4SourceSmoothParameterSpace.weighted_mode_derivative_bound", + "status": "UNSUPPORTED", + "detail": "binder ( w : SourceMode 2 \u2192 \u211d ) is neither a sampled numeric type (\u2115 \u2124 \u211a \u211d) nor a decidable hypothesis", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "SourceSmoothParameterSpace.lean::I4SourceSmoothParameterSpace.weightedFourierField_contDiff": { + "module": "SourceSmoothParameterSpace.lean", + "name": "I4SourceSmoothParameterSpace.weightedFourierField_contDiff", + "status": "UNSUPPORTED", + "detail": "binder ( w : SourceMode 2 \u2192 \u211d ) is neither a sampled numeric type (\u2115 \u2124 \u211a \u211d) nor a decidable hypothesis", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "SourceSmoothParameterSpace.lean::I4SourceSmoothParameterSpace.weightedFourierField_derivative": { + "module": "SourceSmoothParameterSpace.lean", + "name": "I4SourceSmoothParameterSpace.weightedFourierField_derivative", + "status": "UNSUPPORTED", + "detail": "binder ( w : SourceMode 2 \u2192 \u211d ) is neither a sampled numeric type (\u2115 \u2124 \u211a \u211d) nor a decidable hypothesis", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "SourceSmoothParameterSpace.lean::I4SourceSmoothParameterSpace.l1Synthesis_norm_le": { + "module": "SourceSmoothParameterSpace.lean", + "name": "I4SourceSmoothParameterSpace.l1Synthesis_norm_le", + "status": "UNSUPPORTED", + "detail": "instance binder [ NormedAddCommGroup F ] cannot be sampled", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "SourceSmoothParameterSpace.lean::I4SourceSmoothParameterSpace.l1Synthesis_apply": { + "module": "SourceSmoothParameterSpace.lean", + "name": "I4SourceSmoothParameterSpace.l1Synthesis_apply", + "status": "UNSUPPORTED", + "detail": "instance binder [ NormedAddCommGroup F ] cannot be sampled", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "SourceSmoothParameterSpace.lean::I4SourceSmoothParameterSpace.l1Synthesis_summable": { + "module": "SourceSmoothParameterSpace.lean", + "name": "I4SourceSmoothParameterSpace.l1Synthesis_summable", + "status": "UNSUPPORTED", + "detail": "instance binder [ NormedAddCommGroup F ] cannot be sampled", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "SourceSmoothParameterSpace.lean::I4SourceSmoothParameterSpace.normalizedModeDerivative_norm_le": { + "module": "SourceSmoothParameterSpace.lean", + "name": "I4SourceSmoothParameterSpace.normalizedModeDerivative_norm_le", + "status": "UNSUPPORTED", + "detail": "binder ( m : SourceMode 2 ) is neither a sampled numeric type (\u2115 \u2124 \u211a \u211d) nor a decidable hypothesis", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "SourceSmoothParameterSpace.lean::I4SourceSmoothParameterSpace.parameterDerivativeCLM_norm_le": { + "module": "SourceSmoothParameterSpace.lean", + "name": "I4SourceSmoothParameterSpace.parameterDerivativeCLM_norm_le", + "status": "UNSUPPORTED", + "detail": "result type SmoothParameter \u2192 L [ \u211d ] DerivativeBCF 2 k", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "SourceSmoothParameterSpace.lean::I4SourceSmoothParameterSpace.parameterJetCLM_norm_le": { + "module": "SourceSmoothParameterSpace.lean", + "name": "I4SourceSmoothParameterSpace.parameterJetCLM_norm_le", + "status": "UNSUPPORTED", + "detail": "result type SmoothParameter \u2192 L [ \u211d ] ( ( k : Fin 4 ) \u2192 DerivativeBCF 2 k )", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "SourceSmoothParameterSpace.lean::I4SourceSmoothParameterSpace.parameterJet_continuous": { + "module": "SourceSmoothParameterSpace.lean", + "name": "I4SourceSmoothParameterSpace.parameterJet_continuous", + "status": "UNSUPPORTED", + "detail": "unparsed statement: SyntaxError: trailing tokens from ')'", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "SourceSmoothParameterSpace.lean::I4SourceSmoothParameterSpace.parameterDerivativeCLM_apply": { + "module": "SourceSmoothParameterSpace.lean", + "name": "I4SourceSmoothParameterSpace.parameterDerivativeCLM_apply", + "status": "UNSUPPORTED", + "detail": "binder ( a : SmoothParameter ) is neither a sampled numeric type (\u2115 \u2124 \u211a \u211d) nor a decidable hypothesis", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "SourceSmoothParameterSpace.lean::I4SourceSmoothParameterSpace.actual_parameter_field_eq": { + "module": "SourceSmoothParameterSpace.lean", + "name": "I4SourceSmoothParameterSpace.actual_parameter_field_eq", + "status": "UNSUPPORTED", + "detail": "binder ( \u03c9 : SmoothSample 2 L ) is neither a sampled numeric type (\u2115 \u2124 \u211a \u211d) nor a decidable hypothesis", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "SourceSmoothParameterSpace.lean::I4SourceSmoothParameterSpace.actual_parameter_jet_eq": { + "module": "SourceSmoothParameterSpace.lean", + "name": "I4SourceSmoothParameterSpace.actual_parameter_jet_eq", + "status": "UNSUPPORTED", + "detail": "binder ( \u03c9 : SmoothSample 2 L ) is neither a sampled numeric type (\u2115 \u2124 \u211a \u211d) nor a decidable hypothesis", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "SourceSmoothParameterSpace.lean::I4SourceSmoothParameterSpace.weightedFourierField_periodic": { + "module": "SourceSmoothParameterSpace.lean", + "name": "I4SourceSmoothParameterSpace.weightedFourierField_periodic", + "status": "UNSUPPORTED", + "detail": "binder ( w : SourceMode 2 \u2192 \u211d ) is neither a sampled numeric type (\u2115 \u2124 \u211a \u211d) nor a decidable hypothesis", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "SourceSmoothParameterSpace.lean::I4SourceSmoothParameterSpace.parameterField_contDiff": { + "module": "SourceSmoothParameterSpace.lean", + "name": "I4SourceSmoothParameterSpace.parameterField_contDiff", + "status": "UNSUPPORTED", + "detail": "binder ( a : SmoothParameter ) is neither a sampled numeric type (\u2115 \u2124 \u211a \u211d) nor a decidable hypothesis", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "SourceSmoothParameterSpace.lean::I4SourceSmoothParameterSpace.parameterField_derivative": { + "module": "SourceSmoothParameterSpace.lean", + "name": "I4SourceSmoothParameterSpace.parameterField_derivative", + "status": "UNSUPPORTED", + "detail": "binder ( a : SmoothParameter ) is neither a sampled numeric type (\u2115 \u2124 \u211a \u211d) nor a decidable hypothesis", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "SourceSmoothParameterSpace.lean::I4SourceSmoothParameterSpace.parameterField_actual": { + "module": "SourceSmoothParameterSpace.lean", + "name": "I4SourceSmoothParameterSpace.parameterField_actual", + "status": "UNSUPPORTED", + "detail": "binder ( \u03c9 : SmoothSample 2 L ) is neither a sampled numeric type (\u2115 \u2124 \u211a \u211d) nor a decidable hypothesis", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "SourceSmoothParameterSpace.lean::I4SourceSmoothParameterSpace.parameterField_periodic": { + "module": "SourceSmoothParameterSpace.lean", + "name": "I4SourceSmoothParameterSpace.parameterField_periodic", + "status": "UNSUPPORTED", + "detail": "binder ( a : SmoothParameter ) is neither a sampled numeric type (\u2115 \u2124 \u211a \u211d) nor a decidable hypothesis", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "SourceSmoothParameterSpace.lean::I4SourceSmoothParameterSpace.parameterJet_norm_le": { + "module": "SourceSmoothParameterSpace.lean", + "name": "I4SourceSmoothParameterSpace.parameterJet_norm_le", + "status": "UNSUPPORTED", + "detail": "binder ( a : SmoothParameter ) is neither a sampled numeric type (\u2115 \u2124 \u211a \u211d) nor a decidable hypothesis", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "SourceSmoothParameterSpace.lean::I4SourceSmoothParameterSpace.parameterField_derivative_norm_le": { + "module": "SourceSmoothParameterSpace.lean", + "name": "I4SourceSmoothParameterSpace.parameterField_derivative_norm_le", + "status": "UNSUPPORTED", + "detail": "binder ( a : SmoothParameter ) is neither a sampled numeric type (\u2115 \u2124 \u211a \u211d) nor a decidable hypothesis", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "SourceSmoothParameterSpace.lean::I4SourceSmoothParameterSpace.weightedCarrier_hasCondDistrib": { + "module": "SourceSmoothParameterSpace.lean", + "name": "I4SourceSmoothParameterSpace.weightedCarrier_hasCondDistrib", + "status": "UNSUPPORTED", + "detail": "binder ( hG : IsUnit ( sourcePinCovarianceAt L r ) ) is neither a sampled numeric type (\u2115 \u2124 \u211a \u211d) nor a decidable hypothesis", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "SourceSmoothParameterSpace.lean::I4SourceSmoothParameterSpace.weightedCarrier_functional_hasCondDistrib": { + "module": "SourceSmoothParameterSpace.lean", + "name": "I4SourceSmoothParameterSpace.weightedCarrier_functional_hasCondDistrib", + "status": "UNSUPPORTED", + "detail": "binder ( hG : IsUnit ( sourcePinCovarianceAt L r ) ) is neither a sampled numeric type (\u2115 \u2124 \u211a \u211d) nor a decidable hypothesis", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "SourceSmoothParameterSpace.lean::I4SourceSmoothParameterSpace.weightedCarrier_eventually_hasCondDistrib": { + "module": "SourceSmoothParameterSpace.lean", + "name": "I4SourceSmoothParameterSpace.weightedCarrier_eventually_hasCondDistrib", + "status": "UNSUPPORTED", + "detail": "unparsed statement: SyntaxError: expected ',', got r", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "SourceSmoothParameterSpace.lean::I4SourceSmoothParameterSpace.weightedCarrier_functional_eventually_hasCondDistrib": { + "module": "SourceSmoothParameterSpace.lean", + "name": "I4SourceSmoothParameterSpace.weightedCarrier_functional_eventually_hasCondDistrib", + "status": "UNSUPPORTED", + "detail": "binder ( F : SmoothParameter \u2192 E ) is neither a sampled numeric type (\u2115 \u2124 \u211a \u211d) nor a decidable hypothesis", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "SourceSmoothParameterSpace.lean::I4SourceSmoothParameterSpace.coordinateGradientCLM_apply": { + "module": "SourceSmoothParameterSpace.lean", + "name": "I4SourceSmoothParameterSpace.coordinateGradientCLM_apply", + "status": "UNSUPPORTED", + "detail": "binder ( A : ( Fin 2 \u2192 \u211d ) \u2192 L [ \u211d ] \u211d ) is neither a sampled numeric type (\u2115 \u2124 \u211a \u211d) nor a decidable hypothesis", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "SourceSmoothParameterSpace.lean::I4SourceSmoothParameterSpace.gradientTensorContraction_apply": { + "module": "SourceSmoothParameterSpace.lean", + "name": "I4SourceSmoothParameterSpace.gradientTensorContraction_apply", + "status": "UNSUPPORTED", + "detail": "binder ( A : DerivativeOperator 2 ( k + 1 ) ) is neither a sampled numeric type (\u2115 \u2124 \u211a \u211d) nor a decidable hypothesis", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "SourceSmoothParameterSpace.lean::I4SourceSmoothParameterSpace.parameterGradientTensorBCF_continuous": { + "module": "SourceSmoothParameterSpace.lean", + "name": "I4SourceSmoothParameterSpace.parameterGradientTensorBCF_continuous", + "status": "UNSUPPORTED", + "detail": "proposition of form App", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "SourceSmoothParameterSpace.lean::I4SourceSmoothParameterSpace.gradientPi_iteratedFDeriv": { + "module": "SourceSmoothParameterSpace.lean", + "name": "I4SourceSmoothParameterSpace.gradientPi_iteratedFDeriv", + "status": "UNSUPPORTED", + "detail": "binder { f : ( Fin 2 \u2192 \u211d ) \u2192 \u211d } is neither a sampled numeric type (\u2115 \u2124 \u211a \u211d) nor a decidable hypothesis", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "SourceSmoothParameterSpace.lean::I4SourceSmoothParameterSpace.parameterGradientTensorBCF_apply": { + "module": "SourceSmoothParameterSpace.lean", + "name": "I4SourceSmoothParameterSpace.parameterGradientTensorBCF_apply", + "status": "UNSUPPORTED", + "detail": "binder ( a : SmoothParameter ) is neither a sampled numeric type (\u2115 \u2124 \u211a \u211d) nor a decidable hypothesis", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "SourceSmoothParameterSpace.lean::I4SourceSmoothParameterSpace.parameterGradientBCF_continuous": { + "module": "SourceSmoothParameterSpace.lean", + "name": "I4SourceSmoothParameterSpace.parameterGradientBCF_continuous", + "status": "UNSUPPORTED", + "detail": "proposition of form App", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "SourceSmoothParameterSpace.lean::I4SourceSmoothParameterSpace.parameterGradientBCF_apply": { + "module": "SourceSmoothParameterSpace.lean", + "name": "I4SourceSmoothParameterSpace.parameterGradientBCF_apply", + "status": "UNSUPPORTED", + "detail": "binder ( a : SmoothParameter ) is neither a sampled numeric type (\u2115 \u2124 \u211a \u211d) nor a decidable hypothesis", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "SourceSmoothParameterSpace.lean::I4SourceSmoothParameterSpace.parameterGradientDerivativeBCF_continuous": { + "module": "SourceSmoothParameterSpace.lean", + "name": "I4SourceSmoothParameterSpace.parameterGradientDerivativeBCF_continuous", + "status": "UNSUPPORTED", + "detail": "proposition of form App", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "SourceSmoothParameterSpace.lean::I4SourceSmoothParameterSpace.parameterGradientDerivativeBCF_apply": { + "module": "SourceSmoothParameterSpace.lean", + "name": "I4SourceSmoothParameterSpace.parameterGradientDerivativeBCF_apply", + "status": "UNSUPPORTED", + "detail": "binder ( a : SmoothParameter ) is neither a sampled numeric type (\u2115 \u2124 \u211a \u211d) nor a decidable hypothesis", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "SourceSmoothParameterSpace.lean::I4SourceSmoothParameterSpace.parameterGradient_spatial_C2": { + "module": "SourceSmoothParameterSpace.lean", + "name": "I4SourceSmoothParameterSpace.parameterGradient_spatial_C2", + "status": "UNSUPPORTED", + "detail": "binder ( a : SmoothParameter ) is neither a sampled numeric type (\u2115 \u2124 \u211a \u211d) nor a decidable hypothesis", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "SourceSmoothParameterSpace.lean::I4SourceSmoothParameterSpace.parameterGradientEuclideanBCF_continuous": { + "module": "SourceSmoothParameterSpace.lean", + "name": "I4SourceSmoothParameterSpace.parameterGradientEuclideanBCF_continuous", + "status": "UNSUPPORTED", + "detail": "proposition of form App", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "SourceSmoothParameterSpace.lean::I4SourceSmoothParameterSpace.parameterGradientEuclideanBCF_apply": { + "module": "SourceSmoothParameterSpace.lean", + "name": "I4SourceSmoothParameterSpace.parameterGradientEuclideanBCF_apply", + "status": "UNSUPPORTED", + "detail": "binder ( a : SmoothParameter ) is neither a sampled numeric type (\u2115 \u2124 \u211a \u211d) nor a decidable hypothesis", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "SourceSmoothParameterSpace.lean::I4SourceSmoothParameterSpace.parameterGradientEuclidean_spatial_C2": { + "module": "SourceSmoothParameterSpace.lean", + "name": "I4SourceSmoothParameterSpace.parameterGradientEuclidean_spatial_C2", + "status": "UNSUPPORTED", + "detail": "binder ( a : SmoothParameter ) is neither a sampled numeric type (\u2115 \u2124 \u211a \u211d) nor a decidable hypothesis", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "SourceSmoothParameterSpace.lean::I4SourceSmoothParameterSpace.parameterGradientJet_continuous": { + "module": "SourceSmoothParameterSpace.lean", + "name": "I4SourceSmoothParameterSpace.parameterGradientJet_continuous", + "status": "UNSUPPORTED", + "detail": "proposition of form App", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "SourceSmoothParameterSpace.lean::I4SourceSmoothParameterSpace.parameterGradientJet_apply": { + "module": "SourceSmoothParameterSpace.lean", + "name": "I4SourceSmoothParameterSpace.parameterGradientJet_apply", + "status": "UNSUPPORTED", + "detail": "binder ( a : SmoothParameter ) is neither a sampled numeric type (\u2115 \u2124 \u211a \u211d) nor a decidable hypothesis", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "SourceSmoothParameterSpace.lean::I4SourceSmoothParameterSpace.parameterGradient_actual": { + "module": "SourceSmoothParameterSpace.lean", + "name": "I4SourceSmoothParameterSpace.parameterGradient_actual", + "status": "UNSUPPORTED", + "detail": "binder ( \u03c9 : SmoothSample 2 L ) is neither a sampled numeric type (\u2115 \u2124 \u211a \u211d) nor a decidable hypothesis", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "SourceSmoothParameterSpace.lean::I4SourceSmoothParameterSpace.parameterGradientDerivative_actual": { + "module": "SourceSmoothParameterSpace.lean", + "name": "I4SourceSmoothParameterSpace.parameterGradientDerivative_actual", + "status": "UNSUPPORTED", + "detail": "binder ( \u03c9 : SmoothSample 2 L ) is neither a sampled numeric type (\u2115 \u2124 \u211a \u211d) nor a decidable hypothesis", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "SourceSmoothParameterSpace.lean::I4SourceSmoothParameterSpace.parameterGradientEuclidean_actual": { + "module": "SourceSmoothParameterSpace.lean", + "name": "I4SourceSmoothParameterSpace.parameterGradientEuclidean_actual", + "status": "UNSUPPORTED", + "detail": "binder ( \u03c9 : SmoothSample 2 L ) is neither a sampled numeric type (\u2115 \u2124 \u211a \u211d) nor a decidable hypothesis", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "SourceSmoothParameterSpace.lean::I4SourceSmoothParameterSpace.euclideanDerivativeContraction_apply": { + "module": "SourceSmoothParameterSpace.lean", + "name": "I4SourceSmoothParameterSpace.euclideanDerivativeContraction_apply", + "status": "UNSUPPORTED", + "detail": "binder ( D : ( Fin 2 \u2192 \u211d ) \u2192 L [ \u211d ] ( Fin 2 \u2192 \u211d ) ) is neither a sampled numeric type (\u2115 \u2124 \u211a \u211d) nor a decidable hypothesis", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "SourceSmoothParameterSpace.lean::I4SourceSmoothParameterSpace.parameterGradientEuclideanDerivativeBCF_continuous": { + "module": "SourceSmoothParameterSpace.lean", + "name": "I4SourceSmoothParameterSpace.parameterGradientEuclideanDerivativeBCF_continuous", + "status": "UNSUPPORTED", + "detail": "proposition of form App", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "SourceSmoothParameterSpace.lean::I4SourceSmoothParameterSpace.parameterGradientEuclideanDerivativeBCF_apply": { + "module": "SourceSmoothParameterSpace.lean", + "name": "I4SourceSmoothParameterSpace.parameterGradientEuclideanDerivativeBCF_apply", + "status": "UNSUPPORTED", + "detail": "binder ( a : SmoothParameter ) is neither a sampled numeric type (\u2115 \u2124 \u211a \u211d) nor a decidable hypothesis", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "SourceSmoothParameterSpace.lean::I4SourceSmoothParameterSpace.parameterGradientEuclideanDerivative_actual": { + "module": "SourceSmoothParameterSpace.lean", + "name": "I4SourceSmoothParameterSpace.parameterGradientEuclideanDerivative_actual", + "status": "UNSUPPORTED", + "detail": "binder ( \u03c9 : SmoothSample 2 L ) is neither a sampled numeric type (\u2115 \u2124 \u211a \u211d) nor a decidable hypothesis", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "SourceSmoothParameterSpace.lean::I4SourceSmoothParameterSpace.parameterEuclideanC1Family_continuous": { + "module": "SourceSmoothParameterSpace.lean", + "name": "I4SourceSmoothParameterSpace.parameterEuclideanC1Family_continuous", + "status": "UNSUPPORTED", + "detail": "proposition of form App", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "SourceSmoothTopology.lean::I4SourceSmoothTopology.modeCoefficient_contDiff": { + "module": "SourceSmoothTopology.lean", + "name": "I4SourceSmoothTopology.modeCoefficient_contDiff", + "status": "UNSUPPORTED", + "detail": "binder ( m : SourceMode d ) is neither a sampled numeric type (\u2115 \u2124 \u211a \u211d) nor a decidable hypothesis", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "SourceSmoothTopology.lean::I4SourceSmoothTopology.modeDerivativeBCF_norm_le": { + "module": "SourceSmoothTopology.lean", + "name": "I4SourceSmoothTopology.modeDerivativeBCF_norm_le", + "status": "UNSUPPORTED", + "detail": "binder ( m : SourceMode d ) is neither a sampled numeric type (\u2115 \u2124 \u211a \u211d) nor a decidable hypothesis", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "SourceSmoothTopology.lean::I4SourceSmoothTopology.sourceDerivativeBCF_summable": { + "module": "SourceSmoothTopology.lean", + "name": "I4SourceSmoothTopology.sourceDerivativeBCF_summable", + "status": "UNSUPPORTED", + "detail": "binder ( \u03c9 : SmoothSample d L ) is neither a sampled numeric type (\u2115 \u2124 \u211a \u211d) nor a decidable hypothesis", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "SourceSmoothTopology.lean::I4SourceSmoothTopology.sourceDerivativeBCF_apply": { + "module": "SourceSmoothTopology.lean", + "name": "I4SourceSmoothTopology.sourceDerivativeBCF_apply", + "status": "UNSUPPORTED", + "detail": "binder ( \u03c9 : SmoothSample d L ) is neither a sampled numeric type (\u2115 \u2124 \u211a \u211d) nor a decidable hypothesis", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "SourceSmoothTopology.lean::I4SourceSmoothTopology.stronglyMeasurable_of_countable_hasSum": { + "module": "SourceSmoothTopology.lean", + "name": "I4SourceSmoothTopology.stronglyMeasurable_of_countable_hasSum", + "status": "UNSUPPORTED", + "detail": "instance binder [ PseudoMetrizableSpace E ] cannot be sampled", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "SourceSmoothTopology.lean::I4SourceSmoothTopology.sourceDerivativeBCF_stronglyMeasurable": { + "module": "SourceSmoothTopology.lean", + "name": "I4SourceSmoothTopology.sourceDerivativeBCF_stronglyMeasurable", + "status": "UNSUPPORTED", + "detail": "conclusion is a structural predicate ['StronglyMeasurable']: trivial on finite discrete models (every set is measurable, every function measurable and integrable), so sampling has no content here", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "SourceSmoothTopology.lean::I4SourceSmoothTopology.sourceDerivativeBCF_borel": { + "module": "SourceSmoothTopology.lean", + "name": "I4SourceSmoothTopology.sourceDerivativeBCF_borel", + "status": "UNSUPPORTED", + "detail": "conclusion is a structural predicate ['Measurable']: trivial on finite discrete models (every set is measurable, every function measurable and integrable), so sampling has no content here", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "SourceSmoothTopology.lean::I4SourceSmoothTopology.sourceFiniteJet_stronglyMeasurable": { + "module": "SourceSmoothTopology.lean", + "name": "I4SourceSmoothTopology.sourceFiniteJet_stronglyMeasurable", + "status": "UNSUPPORTED", + "detail": "conclusion is a structural predicate ['StronglyMeasurable']: trivial on finite discrete models (every set is measurable, every function measurable and integrable), so sampling has no content here", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "SourceSmoothTopology.lean::I4SourceSmoothTopology.sourceFiniteJet_borel": { + "module": "SourceSmoothTopology.lean", + "name": "I4SourceSmoothTopology.sourceFiniteJet_borel", + "status": "UNSUPPORTED", + "detail": "unparsed statement: SyntaxError: trailing tokens from ')'", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "SourceSmoothTopology.lean::I4SourceSmoothTopology.modeDerivativeBCF_apply": { + "module": "SourceSmoothTopology.lean", + "name": "I4SourceSmoothTopology.modeDerivativeBCF_apply", + "status": "UNSUPPORTED", + "detail": "binder ( m : SourceMode d ) is neither a sampled numeric type (\u2115 \u2124 \u211a \u211d) nor a decidable hypothesis", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "SourceSmoothTopology.lean::I4SourceSmoothTopology.sourceDerivativeBCF_tendstoUniformly": { + "module": "SourceSmoothTopology.lean", + "name": "I4SourceSmoothTopology.sourceDerivativeBCF_tendstoUniformly", + "status": "UNSUPPORTED", + "detail": "binder ( \u03c9 : SmoothSample d L ) is neither a sampled numeric type (\u2115 \u2124 \u211a \u211d) nor a decidable hypothesis", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "SourceSmoothTopology.lean::I4SourceSmoothTopology.jetRestriction_continuous": { + "module": "SourceSmoothTopology.lean", + "name": "I4SourceSmoothTopology.jetRestriction_continuous", + "status": "UNSUPPORTED", + "detail": "binder ( i : C ( A , Fin d \u2192 \u211d ) ) is neither a sampled numeric type (\u2115 \u2124 \u211a \u211d) nor a decidable hypothesis", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "SourceSmoothTopology.lean::I4SourceSmoothTopology.jetRestriction_norm_le": { + "module": "SourceSmoothTopology.lean", + "name": "I4SourceSmoothTopology.jetRestriction_norm_le", + "status": "UNSUPPORTED", + "detail": "binder ( i : C ( A , Fin d \u2192 \u211d ) ) is neither a sampled numeric type (\u2115 \u2124 \u211a \u211d) nor a decidable hypothesis", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "SourceSmoothTopology.lean::I4SourceSmoothTopology.sourceRestrictedJet_apply": { + "module": "SourceSmoothTopology.lean", + "name": "I4SourceSmoothTopology.sourceRestrictedJet_apply", + "status": "UNSUPPORTED", + "detail": "binder ( i : C ( A , Fin d \u2192 \u211d ) ) is neither a sampled numeric type (\u2115 \u2124 \u211a \u211d) nor a decidable hypothesis", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "SourceSmoothTopology.lean::I4SourceSmoothTopology.sourceRestrictedJet_stronglyMeasurable": { + "module": "SourceSmoothTopology.lean", + "name": "I4SourceSmoothTopology.sourceRestrictedJet_stronglyMeasurable", + "status": "UNSUPPORTED", + "detail": "binder ( i : C ( A , Fin d \u2192 \u211d ) ) is neither a sampled numeric type (\u2115 \u2124 \u211a \u211d) nor a decidable hypothesis", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "SourceSmoothTopology.lean::I4SourceSmoothTopology.sourceRestrictedJet_borel": { + "module": "SourceSmoothTopology.lean", + "name": "I4SourceSmoothTopology.sourceRestrictedJet_borel", + "status": "UNSUPPORTED", + "detail": "binder ( i : C ( A , Fin d \u2192 \u211d ) ) is neither a sampled numeric type (\u2115 \u2124 \u211a \u211d) nor a decidable hypothesis", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "SourceSmoothTopology.lean::I4SourceSmoothTopology.sourceFiniteJet_dist_le_iff": { + "module": "SourceSmoothTopology.lean", + "name": "I4SourceSmoothTopology.sourceFiniteJet_dist_le_iff", + "status": "UNSUPPORTED", + "detail": "binder ( \u03c9 \u03b7 : SmoothSample d L ) is neither a sampled numeric type (\u2115 \u2124 \u211a \u211d) nor a decidable hypothesis", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "SourceSmoothTopology.lean::I4SourceSmoothTopology.sourceFiniteJet_eq_iff_field_eq": { + "module": "SourceSmoothTopology.lean", + "name": "I4SourceSmoothTopology.sourceFiniteJet_eq_iff_field_eq", + "status": "UNSUPPORTED", + "detail": "binder ( \u03c9 \u03b7 : SmoothSample d L ) is neither a sampled numeric type (\u2115 \u2124 \u211a \u211d) nor a decidable hypothesis", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "SourceSmoothTopology.lean::I4SourceSmoothTopology.smoothSourceField_lattice_periodic": { + "module": "SourceSmoothTopology.lean", + "name": "I4SourceSmoothTopology.smoothSourceField_lattice_periodic", + "status": "UNSUPPORTED", + "detail": "binder ( \u03c9 : SmoothSample d L ) is neither a sampled numeric type (\u2115 \u2124 \u211a \u211d) nor a decidable hypothesis", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "SourceSmoothTopology.lean::I4SourceSmoothTopology.sourceDerivativeBCF_lattice_periodic": { + "module": "SourceSmoothTopology.lean", + "name": "I4SourceSmoothTopology.sourceDerivativeBCF_lattice_periodic", + "status": "UNSUPPORTED", + "detail": "binder ( \u03c9 : SmoothSample d L ) is neither a sampled numeric type (\u2115 \u2124 \u211a \u211d) nor a decidable hypothesis", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "SourceSmoothTopology.lean::I4SourceSmoothTopology.sourceFiniteJet_mem_compatible": { + "module": "SourceSmoothTopology.lean", + "name": "I4SourceSmoothTopology.sourceFiniteJet_mem_compatible", + "status": "UNSUPPORTED", + "detail": "binder ( \u03c9 : SmoothSample d L ) is neither a sampled numeric type (\u2115 \u2124 \u211a \u211d) nor a decidable hypothesis", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "SourceSmoothTopology.lean::I4SourceSmoothTopology.compatiblePeriodicJets_witness_unique": { + "module": "SourceSmoothTopology.lean", + "name": "I4SourceSmoothTopology.compatiblePeriodicJets_witness_unique", + "status": "UNSUPPORTED", + "detail": "binder ( v : ( j : Fin ( K + 1 ) ) \u2192 DerivativeBCF d j ) is neither a sampled numeric type (\u2115 \u2124 \u211a \u211d) nor a decidable hypothesis", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "SourceSmoothTopology.lean::I4SourceSmoothTopology.sourceCompatibleJet_measurable": { + "module": "SourceSmoothTopology.lean", + "name": "I4SourceSmoothTopology.sourceCompatibleJet_measurable", + "status": "UNSUPPORTED", + "detail": "conclusion is a structural predicate ['Measurable']: trivial on finite discrete models (every set is measurable, every function measurable and integrable), so sampling has no content here", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "SourceSmoothTopology.lean::I4SourceSmoothTopology.sourceCompatibleJet_borel": { + "module": "SourceSmoothTopology.lean", + "name": "I4SourceSmoothTopology.sourceCompatibleJet_borel", + "status": "UNSUPPORTED", + "detail": "conclusion is a structural predicate ['Measurable']: trivial on finite discrete models (every set is measurable, every function measurable and integrable), so sampling has no content here", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "SourceSmoothTopology.lean::I4SourceSmoothTopology.sourceDerivativeBCF_hasCondDistrib": { + "module": "SourceSmoothTopology.lean", + "name": "I4SourceSmoothTopology.sourceDerivativeBCF_hasCondDistrib", + "status": "UNSUPPORTED", + "detail": "binder ( hG : IsUnit ( sourcePinCovarianceAt L r ) ) is neither a sampled numeric type (\u2115 \u2124 \u211a \u211d) nor a decidable hypothesis", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "SourceSmoothTopology.lean::I4SourceSmoothTopology.sourceFiniteJet_hasCondDistrib": { + "module": "SourceSmoothTopology.lean", + "name": "I4SourceSmoothTopology.sourceFiniteJet_hasCondDistrib", + "status": "UNSUPPORTED", + "detail": "binder ( hG : IsUnit ( sourcePinCovarianceAt L r ) ) is neither a sampled numeric type (\u2115 \u2124 \u211a \u211d) nor a decidable hypothesis", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "SourceSmoothTopology.lean::I4SourceSmoothTopology.sourceCompatibleJet_hasCondDistrib": { + "module": "SourceSmoothTopology.lean", + "name": "I4SourceSmoothTopology.sourceCompatibleJet_hasCondDistrib", + "status": "UNSUPPORTED", + "detail": "binder ( hG : IsUnit ( sourcePinCovarianceAt L r ) ) is neither a sampled numeric type (\u2115 \u2124 \u211a \u211d) nor a decidable hypothesis", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "SourceSmoothTopology.lean::I4SourceSmoothTopology.sourceFiniteJet_functional_hasCondDistrib": { + "module": "SourceSmoothTopology.lean", + "name": "I4SourceSmoothTopology.sourceFiniteJet_functional_hasCondDistrib", + "status": "UNSUPPORTED", + "detail": "binder ( hG : IsUnit ( sourcePinCovarianceAt L r ) ) is neither a sampled numeric type (\u2115 \u2124 \u211a \u211d) nor a decidable hypothesis", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "SourceSmoothTopology.lean::I4SourceSmoothTopology.sourceDerivativeBCF_functional_hasCondDistrib": { + "module": "SourceSmoothTopology.lean", + "name": "I4SourceSmoothTopology.sourceDerivativeBCF_functional_hasCondDistrib", + "status": "UNSUPPORTED", + "detail": "binder ( hG : IsUnit ( sourcePinCovarianceAt L r ) ) is neither a sampled numeric type (\u2115 \u2124 \u211a \u211d) nor a decidable hypothesis", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "SourceSmoothTopology.lean::I4SourceSmoothTopology.sourceCompatibleJet_functional_hasCondDistrib": { + "module": "SourceSmoothTopology.lean", + "name": "I4SourceSmoothTopology.sourceCompatibleJet_functional_hasCondDistrib", + "status": "UNSUPPORTED", + "detail": "binder ( hG : IsUnit ( sourcePinCovarianceAt L r ) ) is neither a sampled numeric type (\u2115 \u2124 \u211a \u211d) nor a decidable hypothesis", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "SourceSmoothTopology.lean::I4SourceSmoothTopology.sourceDerivativeBCF_eventually_hasCondDistrib": { + "module": "SourceSmoothTopology.lean", + "name": "I4SourceSmoothTopology.sourceDerivativeBCF_eventually_hasCondDistrib", + "status": "UNSUPPORTED", + "detail": "unparsed statement: SyntaxError: expected ',', got r", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "SourceSmoothTopology.lean::I4SourceSmoothTopology.sourceFiniteJet_eventually_hasCondDistrib": { + "module": "SourceSmoothTopology.lean", + "name": "I4SourceSmoothTopology.sourceFiniteJet_eventually_hasCondDistrib", + "status": "UNSUPPORTED", + "detail": "unparsed statement: SyntaxError: expected ',', got r", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "SourceSmoothTopology.lean::I4SourceSmoothTopology.sourceCompatibleJet_eventually_hasCondDistrib": { + "module": "SourceSmoothTopology.lean", + "name": "I4SourceSmoothTopology.sourceCompatibleJet_eventually_hasCondDistrib", + "status": "UNSUPPORTED", + "detail": "unparsed statement: SyntaxError: expected ',', got r", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "SourceSmoothTopology.lean::I4SourceSmoothTopology.sourceFiniteJet_functional_eventually_hasCondDistrib": { + "module": "SourceSmoothTopology.lean", + "name": "I4SourceSmoothTopology.sourceFiniteJet_functional_eventually_hasCondDistrib", + "status": "UNSUPPORTED", + "detail": "binder ( F : ( ( j : Fin ( K + 1 ) ) \u2192 DerivativeBCF 2 j ) \u2192 E ) is neither a sampled numeric type (\u2115 \u2124 \u211a \u211d) nor a decidable hypothesis", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "SourceSmoothTopology.lean::I4SourceSmoothTopology.sourceDerivativeBCF_functional_eventually_hasCondDistrib": { + "module": "SourceSmoothTopology.lean", + "name": "I4SourceSmoothTopology.sourceDerivativeBCF_functional_eventually_hasCondDistrib", + "status": "UNSUPPORTED", + "detail": "binder ( F : DerivativeBCF 2 k \u2192 E ) is neither a sampled numeric type (\u2115 \u2124 \u211a \u211d) nor a decidable hypothesis", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "SourceSmoothTopology.lean::I4SourceSmoothTopology.sourceCompatibleJet_functional_eventually_hasCondDistrib": { + "module": "SourceSmoothTopology.lean", + "name": "I4SourceSmoothTopology.sourceCompatibleJet_functional_eventually_hasCondDistrib", + "status": "UNSUPPORTED", + "detail": "binder ( F : compatiblePeriodicJets 2 L K \u2192 E ) is neither a sampled numeric type (\u2115 \u2124 \u211a \u211d) nor a decidable hypothesis", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "SourceTwoRemoteFirstJetGaussian.lean::I4SourceTwoRemoteFirstJetGaussian.specification_raw": { + "module": "SourceTwoRemoteFirstJetGaussian.lean", + "name": "I4SourceTwoRemoteFirstJetGaussian.specification_raw", + "status": "UNSUPPORTED", + "detail": "unsupported syntax: notation '\u27e8'", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "SourceTwoRemoteFirstJetGaussian.lean::I4SourceTwoRemoteFirstJetGaussian.specification_remote": { + "module": "SourceTwoRemoteFirstJetGaussian.lean", + "name": "I4SourceTwoRemoteFirstJetGaussian.specification_remote", + "status": "UNSUPPORTED", + "detail": "unsupported syntax: notation '\u27e8'", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "SourceTwoRemoteFirstJetGaussian.lean::I4SourceTwoRemoteFirstJetGaussian.jointVector_actual": { + "module": "SourceTwoRemoteFirstJetGaussian.lean", + "name": "I4SourceTwoRemoteFirstJetGaussian.jointVector_actual", + "status": "UNSUPPORTED", + "detail": "binder ( \u03c9 : SmoothSample 2 L ) is neither a sampled numeric type (\u2115 \u2124 \u211a \u211d) nor a decidable hypothesis", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "SourceTwoRemoteFirstJetGaussian.lean::I4SourceTwoRemoteFirstJetGaussian.jointCoefficient_actual": { + "module": "SourceTwoRemoteFirstJetGaussian.lean", + "name": "I4SourceTwoRemoteFirstJetGaussian.jointCoefficient_actual", + "status": "UNSUPPORTED", + "detail": "jointCoefficient is a function value the interpreter does not carry", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "SourceTwoRemoteFirstJetGaussian.lean::I4SourceTwoRemoteFirstJetGaussian.joint_hasGaussianLaw": { + "module": "SourceTwoRemoteFirstJetGaussian.lean", + "name": "I4SourceTwoRemoteFirstJetGaussian.joint_hasGaussianLaw", + "status": "UNSUPPORTED", + "detail": "proposition of form App", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "SourceTwoRemoteFirstJetGaussian.lean::I4SourceTwoRemoteFirstJetGaussian.raw_remote_jointGaussian": { + "module": "SourceTwoRemoteFirstJetGaussian.lean", + "name": "I4SourceTwoRemoteFirstJetGaussian.raw_remote_jointGaussian", + "status": "UNSUPPORTED", + "detail": "proposition of form App", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "SourceTwoRemoteFirstJetGaussian.lean::I4SourceTwoRemoteFirstJetGaussian.residualMatrix_apply": { + "module": "SourceTwoRemoteFirstJetGaussian.lean", + "name": "I4SourceTwoRemoteFirstJetGaussian.residualMatrix_apply", + "status": "UNSUPPORTED", + "detail": "unsupported syntax: notation '\u1d65'", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "SourceTwoRemoteFirstJetGaussian.lean::I4SourceTwoRemoteFirstJetGaussian.posterior_actual": { + "module": "SourceTwoRemoteFirstJetGaussian.lean", + "name": "I4SourceTwoRemoteFirstJetGaussian.posterior_actual", + "status": "UNSUPPORTED", + "detail": "binder ( \u03c9 : SmoothSample 2 L ) is neither a sampled numeric type (\u2115 \u2124 \u211a \u211d) nor a decidable hypothesis", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "SourceTwoRemoteFirstJetGaussian.lean::I4SourceTwoRemoteFirstJetGaussian.residual_hasGaussianLaw": { + "module": "SourceTwoRemoteFirstJetGaussian.lean", + "name": "I4SourceTwoRemoteFirstJetGaussian.residual_hasGaussianLaw", + "status": "UNSUPPORTED", + "detail": "unsupported syntax: notation '\u1d65'", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "SourceTwoRemoteFirstJetGaussian.lean::I4SourceTwoRemoteFirstJetGaussian.posterior_hasGaussianLaw": { + "module": "SourceTwoRemoteFirstJetGaussian.lean", + "name": "I4SourceTwoRemoteFirstJetGaussian.posterior_hasGaussianLaw", + "status": "UNSUPPORTED", + "detail": "proposition of form App", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "SourceTwoRemoteFirstJetGaussian.lean::I4SourceTwoRemoteFirstJetGaussian.joint_integral_zero": { + "module": "SourceTwoRemoteFirstJetGaussian.lean", + "name": "I4SourceTwoRemoteFirstJetGaussian.joint_integral_zero", + "status": "UNSUPPORTED", + "detail": "result type Measure ( SmoothSample d L )", + "instances": 0, + "vacuous": false, + "float_free": true + }, + 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"name": "I4SourceTwoRemoteFirstJetGaussian.transformed_coefficient", + "status": "UNSUPPORTED", + "detail": "expression Lambda", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "SourceTwoRemoteFirstJetGaussian.lean::I4SourceTwoRemoteFirstJetGaussian.posterior_covariance": { + "module": "SourceTwoRemoteFirstJetGaussian.lean", + "name": "I4SourceTwoRemoteFirstJetGaussian.posterior_covariance", + "status": "UNSUPPORTED", + "detail": "unparsed statement: SyntaxError: unexpected token ';' at 314:70", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "SourceTwoRemoteFirstJetGaussian.lean::I4SourceTwoRemoteFirstJetGaussian.derivative_measurable": { + "module": "SourceTwoRemoteFirstJetGaussian.lean", + "name": "I4SourceTwoRemoteFirstJetGaussian.derivative_measurable", + "status": "UNSUPPORTED", + "detail": "binder ( u : Fin k \u2192 ( Fin 2 \u2192 \u211d ) ) is neither a sampled numeric type (\u2115 \u2124 \u211a \u211d) nor a decidable hypothesis", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "SourceTwoRemoteFirstJetGaussian.lean::I4SourceTwoRemoteFirstJetGaussian.observation_measurable": { + "module": "SourceTwoRemoteFirstJetGaussian.lean", + "name": "I4SourceTwoRemoteFirstJetGaussian.observation_measurable", + "status": "UNSUPPORTED", + "detail": "conclusion is a structural predicate ['Measurable']: trivial on finite discrete models (every set is measurable, every function measurable and integrable), so sampling has no content here", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "SourceTwoRemoteFirstJetGaussian.lean::I4SourceTwoRemoteFirstJetGaussian.rawPinKernel_twoRemoteFirstJet_eq_multivariateGaussian": { + "module": "SourceTwoRemoteFirstJetGaussian.lean", + "name": "I4SourceTwoRemoteFirstJetGaussian.rawPinKernel_twoRemoteFirstJet_eq_multivariateGaussian", + "status": "UNSUPPORTED", + "detail": "result type Kernel ( Fin 6 \u2192 \u211d ) ( SmoothSample 2 L )", + "instances": 0, + 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"instances": 0, + "vacuous": false, + "float_free": true + }, + "SourceTwoRemoteFirstJetWitness.lean::I4SourceTwoRemoteFirstJetWitness.firstJetInterpolant_contDiff": { + "module": "SourceTwoRemoteFirstJetWitness.lean", + "name": "I4SourceTwoRemoteFirstJetWitness.firstJetInterpolant_contDiff", + "status": "UNSUPPORTED", + "detail": "binder ( P : ( Fin 2 \u2192 \u211d ) \u2192 \u211d ) is neither a sampled numeric type (\u2115 \u2124 \u211a \u211d) nor a decidable hypothesis", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "SourceTwoRemoteFirstJetWitness.lean::I4SourceTwoRemoteFirstJetWitness.firstJetInterpolant_self": { + "module": "SourceTwoRemoteFirstJetWitness.lean", + "name": "I4SourceTwoRemoteFirstJetWitness.firstJetInterpolant_self", + "status": "UNSUPPORTED", + "detail": "binder ( P : ( Fin 2 \u2192 \u211d ) \u2192 \u211d ) is neither a sampled numeric type (\u2115 \u2124 \u211a \u211d) nor a decidable hypothesis", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "SourceTwoRemoteFirstJetWitness.lean::I4SourceTwoRemoteFirstJetWitness.firstJetInterpolant_zero": { + "module": "SourceTwoRemoteFirstJetWitness.lean", + "name": "I4SourceTwoRemoteFirstJetWitness.firstJetInterpolant_zero", + "status": "UNSUPPORTED", + "detail": "binder ( P : ( Fin 2 \u2192 \u211d ) \u2192 \u211d ) is neither a sampled numeric type (\u2115 \u2124 \u211a \u211d) nor a decidable hypothesis", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "SourceTwoRemoteFirstJetWitness.lean::I4SourceTwoRemoteFirstJetWitness.sourceC_ne_zero": { + "module": "SourceTwoRemoteFirstJetWitness.lean", + "name": "I4SourceTwoRemoteFirstJetWitness.sourceC_ne_zero", + "status": "CORROBORATED", + "detail": "holds on 64 sampled instances satisfying the hypotheses (1 draws rejected by the hypotheses, 0 infeasible, seed 1): sampling is admitted evidence of the statement, not a proof of it", + "instances": 64, + "vacuous": false, + "float_free": true, + "sampling": { + "seed": 1, + "draws": 105, + "accepted": 64, + "rejected": 1, + "infeasible": 0, + "undecided": 0 + } + }, + "SourceTwoRemoteFirstJetWitness.lean::I4SourceTwoRemoteFirstJetWitness.circle_eq_of_cos_one": { + "module": "SourceTwoRemoteFirstJetWitness.lean", + "name": "I4SourceTwoRemoteFirstJetWitness.circle_eq_of_cos_one", + "status": "UNSUPPORTED", + "detail": "hypothesis ( hc : Real.cos ( sourceC L * ( u - v ) ) = 1 ) mentions undeclared names ['sourceC']", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "SourceTwoRemoteFirstJetWitness.lean::I4SourceTwoRemoteFirstJetWitness.positive_axis": { + "module": "SourceTwoRemoteFirstJetWitness.lean", + "name": "I4SourceTwoRemoteFirstJetWitness.positive_axis", + "status": "UNSUPPORTED", + "detail": "hypothesis ( hpa : I4Torus.torusProjection 2 L p \u2260 I4Torus.torusProjection 2 L a ) mentions undeclared names ['I4Torus.torusProjection']", + "instances": 0, + "vacuous": false, + "float_free": true + }, + 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sampled numeric type (\u2115 \u2124 \u211a \u211d) nor a decidable hypothesis", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "SourceTwoRemoteFirstJetWitness.lean::I4SourceTwoRemoteFirstJetWitness.tripleMultiplier_zero": { + "module": "SourceTwoRemoteFirstJetWitness.lean", + "name": "I4SourceTwoRemoteFirstJetWitness.tripleMultiplier_zero", + "status": "UNSUPPORTED", + "detail": "binder ( a : Fin 3 \u2192 ( Fin 2 \u2192 \u211d ) ) is neither a sampled numeric type (\u2115 \u2124 \u211a \u211d) nor a decidable hypothesis", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "SourceTwoRemoteFirstJetWitness.lean::I4SourceTwoRemoteFirstJetWitness.eval_axisCos": { + "module": "SourceTwoRemoteFirstJetWitness.lean", + "name": "I4SourceTwoRemoteFirstJetWitness.eval_axisCos", + "status": "UNSUPPORTED", + "detail": "result type TrigPoly", + "instances": 0, + "vacuous": false, + "float_free": true + }, + 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a sampled numeric type (\u2115 \u2124 \u211a \u211d) nor a decidable hypothesis", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "SourceTwoRemoteFirstJetWitness.lean::I4SourceTwoRemoteFirstJetWitness.eval_firstGermPoly": { + "module": "SourceTwoRemoteFirstJetWitness.lean", + "name": "I4SourceTwoRemoteFirstJetWitness.eval_firstGermPoly", + "status": "UNSUPPORTED", + "detail": "result type TrigPoly", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "SourceTwoRemoteFirstJetWitness.lean::I4SourceTwoRemoteFirstJetWitness.eval_interpolationPoly": { + "module": "SourceTwoRemoteFirstJetWitness.lean", + "name": "I4SourceTwoRemoteFirstJetWitness.eval_interpolationPoly", + "status": "UNSUPPORTED", + "detail": "binder ( a : Fin 3 \u2192 ( Fin 2 \u2192 \u211d ) ) is neither a sampled numeric type (\u2115 \u2124 \u211a \u211d) nor a decidable hypothesis", + "instances": 0, + "vacuous": false, + "float_free": true + }, + 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"I4SourceTwoRemoteFirstJetWitness.local_finite_witnesses", + "status": "UNSUPPORTED", + "detail": "hypothesis ( hpM : I4Torus.torusProjection 2 L p \u2260 I4Torus.torusProjection 2 L ( endpointM r ) ) mentions undeclared names ['I4Torus.torusProjection', 'endpointM']", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "SourceTwoRemoteFirstJetWitness.lean::I4SourceTwoRemoteFirstJetWitness.row_split": { + "module": "SourceTwoRemoteFirstJetWitness.lean", + "name": "I4SourceTwoRemoteFirstJetWitness.row_split", + "status": "UNSUPPORTED", + "detail": "twoRemoteFirstJetCoefficient applied to 4 arguments", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "SourceTwoRemoteFirstJetWitness.lean::I4SourceTwoRemoteFirstJetWitness.localColumn_eq_iff": { + "module": "SourceTwoRemoteFirstJetWitness.lean", + "name": "I4SourceTwoRemoteFirstJetWitness.localColumn_eq_iff", + "status": "UNSUPPORTED", + "detail": "unknown name j.val", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "SourceTwoRemoteFirstJetWitness.lean::I4SourceTwoRemoteFirstJetWitness.rows_summable": { + "module": "SourceTwoRemoteFirstJetWitness.lean", + "name": "I4SourceTwoRemoteFirstJetWitness.rows_summable", + "status": "UNSUPPORTED", + "detail": "proposition of form App", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "SourceTwoRemoteFirstJetWitness.lean::I4SourceTwoRemoteFirstJetWitness.actual_finite_twoRemoteFirstJet_witnesses": { + "module": "SourceTwoRemoteFirstJetWitness.lean", + "name": "I4SourceTwoRemoteFirstJetWitness.actual_finite_twoRemoteFirstJet_witnesses", + "status": "UNSUPPORTED", + "detail": "hypothesis ( hxM : I4Torus.torusProjection 2 L x \u2260 I4Torus.torusProjection 2 L ( endpointM r ) ) mentions undeclared names ['I4Torus.torusProjection', 'endpointM']", + "instances": 0, + "vacuous": false, + "float_free": true + }, + 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content here", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "SourceWeightedCurvatureBound.lean::I4SourceWeightedCurvature.sourceRegularityBad_base_bound": { + "module": "SourceWeightedCurvatureBound.lean", + "name": "I4SourceWeightedCurvature.sourceRegularityBad_base_bound", + "status": "UNSUPPORTED", + "detail": "hypothesis ( hR : Integrable ( fun \u03c9 => sourceGammaRadius L \u03c9 ^ 30 ) ( sourceSmoothLaw hL r b ) ) mentions undeclared names ['hL', 'sourceGammaRadius', 'sourceSmoothLaw']", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "SourceWeightedCurvatureBound.lean::I4SourceWeightedCurvature.sourceRegularityBad_weighted_cubic": { + "module": "SourceWeightedCurvatureBound.lean", + "name": "I4SourceWeightedCurvature.sourceRegularityBad_weighted_cubic", + "status": "UNSUPPORTED", + "detail": "unsupported syntax: existential quantifier", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "SourceWeightedCurvatureBound.lean::I4SourceWeightedCurvature.sourceQ_measurable_actual": { + "module": "SourceWeightedCurvatureBound.lean", + "name": "I4SourceWeightedCurvature.sourceQ_measurable_actual", + "status": "UNSUPPORTED", + "detail": "conclusion is a structural predicate ['Measurable']: trivial on finite discrete models (every set is measurable, every function measurable and integrable), so sampling has no content here", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "SourceWeightedCurvatureBound.lean::I4SourceWeightedCurvature.sourceCurvatureSlab_measurable": { + "module": "SourceWeightedCurvatureBound.lean", + "name": "I4SourceWeightedCurvature.sourceCurvatureSlab_measurable", + "status": "UNSUPPORTED", + "detail": "conclusion is a structural predicate ['MeasurableSet']: trivial on finite discrete models (every set is measurable, every function measurable and integrable), so sampling has no content here", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "SourceWeightedCurvatureBound.lean::I4SourceWeightedCurvature.sourceRegularCurvatureSlab_measurable": { + "module": "SourceWeightedCurvatureBound.lean", + "name": "I4SourceWeightedCurvature.sourceRegularCurvatureSlab_measurable", + "status": "UNSUPPORTED", + "detail": "conclusion is a structural predicate ['MeasurableSet']: trivial on finite discrete models (every set is measurable, every function measurable and integrable), so sampling has no content here", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "SourceWeightedCurvatureBound.lean::I4SourceWeightedCurvature.sourceCurvatureOneSided_measurable": { + "module": "SourceWeightedCurvatureBound.lean", + "name": "I4SourceWeightedCurvature.sourceCurvatureOneSided_measurable", + "status": "UNSUPPORTED", + "detail": "conclusion is a structural predicate ['MeasurableSet']: trivial on finite discrete models (every set is measurable, every function measurable and integrable), so sampling has no content here", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "SourceWeightedCurvatureBound.lean::I4SourceWeightedCurvature.sourceRegularCurvatureSlab_weighted_of_numerator": { + "module": "SourceWeightedCurvatureBound.lean", + "name": "I4SourceWeightedCurvature.sourceRegularCurvatureSlab_weighted_of_numerator", + "status": "UNSUPPORTED", + "detail": "hypothesis ( hW : Integrable ( sourceSmoothWeight L r ) ( sourceSmoothLaw hL r b ) ) mentions undeclared names ['hL', 'sourceSmoothLaw', 'sourceSmoothWeight']", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "SourceWeightedCurvatureBound.lean::I4SourceWeightedCurvature.sourceCurvatureUnion_reduce": { + "module": "SourceWeightedCurvatureBound.lean", + "name": "I4SourceWeightedCurvature.sourceCurvatureUnion_reduce", + "status": "UNSUPPORTED", + "detail": "binder ( hG : IsUnit ( sourcePinCovarianceAt L r ) ) is neither a sampled numeric type (\u2115 \u2124 \u211a \u211d) nor a decidable hypothesis", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "SourceWeightedCurvatureBound.lean::I4SourceWeightedCurvature.sourceRegularCurvatureSlab_numerator_of_product": { + "module": "SourceWeightedCurvatureBound.lean", + "name": "I4SourceWeightedCurvature.sourceRegularCurvatureSlab_numerator_of_product", + "status": "UNSUPPORTED", + "detail": "binder ( hG : IsUnit ( sourcePinCovarianceAt L r ) ) is neither a sampled numeric type (\u2115 \u2124 \u211a \u211d) nor a decidable hypothesis", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "SourceWeightedCurvatureBound.lean::I4SourceWeightedCurvature.sourceCurvatureUnion_weighted_cubic_of_numerator": { + "module": "SourceWeightedCurvatureBound.lean", + "name": "I4SourceWeightedCurvature.sourceCurvatureUnion_weighted_cubic_of_numerator", + "status": "UNSUPPORTED", + "detail": "binder ( hregular : \u2203 N \u03b4 : \u211d , 0 \u2264 N \u2227 0 < \u03b4 \u2227 \u2200 r : \u211d , 0 < r \u2192 r < \u03b4 \u2192 ( \u222b \u03c9 in sourceRegularCurvatureSlab L r ( max K 1 ) eps , sourceSmoothWeight L r \u03c9 \u2202 sourceSmoothLaw hL r b ) \u2264 N * r ^ 5 ) is neither a sampled numeric type (\u2115 \u2124 \u211a \u211d) nor a decidable hypothesis", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "SourceWeightedCurvatureBound.lean::I4SourceWeightedCurvature.sourceRegularCurvatureSlab_numerator": { + "module": "SourceWeightedCurvatureBound.lean", + "name": "I4SourceWeightedCurvature.sourceRegularCurvatureSlab_numerator", + "status": "UNSUPPORTED", + "detail": "unsupported syntax: existential quantifier", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "SourceWeightedCurvatureBound.lean::I4SourceWeightedCurvature.sourceWeightedCurvature_bound": { + "module": "SourceWeightedCurvatureBound.lean", + "name": "I4SourceWeightedCurvature.sourceWeightedCurvature_bound", + "status": "UNSUPPORTED", + "detail": "unsupported syntax: existential quantifier", + "instances": 0, + 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"inputs/ResearchFormalCoreR1/GaussianJetMoments.lean", + "name": "ResearchFormalCoreR1.gm8_finite_integrable_bound", + "status": "UNSUPPORTED", + "detail": "binder ( J : \u03a9 \u2192 Fin n \u2192 \u211d ) is neither a sampled numeric type (\u2115 \u2124 \u211a \u211d) nor a decidable hypothesis", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "inputs/ResearchFormalCoreR1/GaussianJetMoments.lean::ResearchFormalCoreR1.gm8_radius_power_bound": { + "module": "inputs/ResearchFormalCoreR1/GaussianJetMoments.lean", + "name": "ResearchFormalCoreR1.gm8_radius_power_bound", + "status": "UNSUPPORTED", + "detail": "binder ( j : DM2Jet ) is neither a sampled numeric type (\u2115 \u2124 \u211a \u211d) nor a decidable hypothesis", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "inputs/ResearchFormalCoreR1/GaussianJetMoments.lean::ResearchFormalCoreR1.gm8_jet_integrable_bound": { + "module": "inputs/ResearchFormalCoreR1/GaussianJetMoments.lean", + "name": 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"ResearchFormalCoreR1.gn_gaussian_reference_integrable_pos", + "status": "UNSUPPORTED", + "detail": "binder ( v : \u211d \u2265 0 ) is neither a sampled numeric type (\u2115 \u2124 \u211a \u211d) nor a decidable hypothesis", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "inputs/ResearchFormalCoreR1/GaussianNormalizer.lean::ResearchFormalCoreR1.gn_open_box_floor": { + "module": "inputs/ResearchFormalCoreR1/GaussianNormalizer.lean", + "name": "ResearchFormalCoreR1.gn_open_box_floor", + "status": "UNSUPPORTED", + "detail": "no sample satisfied the hypotheses and evaluated (1032 draws): the hypotheses may be unsatisfiable (vacuous, A5) or outside what the sampler can hit", + "instances": 0, + "vacuous": false, + "float_free": true, + "sampling": { + "seed": 1, + "draws": 0, + "accepted": 0, + "rejected": 1032, + "infeasible": 0, + "undecided": 0 + } + }, + "inputs/ResearchFormalCoreR1/GaussianNormalizerLimit.lean::ResearchFormalCoreR1.gnl_contact_relations": { + "module": "inputs/ResearchFormalCoreR1/GaussianNormalizerLimit.lean", + "name": "ResearchFormalCoreR1.gnl_contact_relations", + "status": "UNSUPPORTED", + "detail": "binder ( hS : S.PosSemidef ) is neither a sampled numeric type (\u2115 \u2124 \u211a \u211d) nor a decidable hypothesis", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "inputs/ResearchFormalCoreR1/GaussianNormalizerLimit.lean::ResearchFormalCoreR1.gnl_positivePart_memLp": { + "module": "inputs/ResearchFormalCoreR1/GaussianNormalizerLimit.lean", + "name": "ResearchFormalCoreR1.gnl_positivePart_memLp", + "status": "UNSUPPORTED", + "detail": "binder { p : \u211d \u2265 0 \u221e } is neither a sampled numeric type (\u2115 \u2124 \u211a \u211d) nor a decidable hypothesis", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "inputs/ResearchFormalCoreR1/GaussianNormalizerLimit.lean::ResearchFormalCoreR1.gnl_gaussian_weight_integrable": { + "module": "inputs/ResearchFormalCoreR1/GaussianNormalizerLimit.lean", + "name": "ResearchFormalCoreR1.gnl_gaussian_weight_integrable", + "status": "UNSUPPORTED", + "detail": "binder ( hS : S.PosSemidef ) is neither a sampled numeric type (\u2115 \u2124 \u211a \u211d) nor a decidable hypothesis", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "inputs/ResearchFormalCoreR1/GaussianNormalizerLimit.lean::ResearchFormalCoreR1.gnl_normalizer_floor_of_parameter_limits": { + "module": "inputs/ResearchFormalCoreR1/GaussianNormalizerLimit.lean", + "name": "ResearchFormalCoreR1.gnl_normalizer_floor_of_parameter_limits", + "status": "UNSUPPORTED", + "detail": "binder ( m : \u211d \u2192 EuclideanSpace \u211d ( Fin 6 ) ) is neither a sampled numeric type (\u2115 \u2124 \u211a \u211d) nor a decidable hypothesis", + "instances": 0, + "vacuous": false, + "float_free": true + }, + 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"vacuous": false, + "float_free": true + }, + "inputs/ResearchFormalCoreR1/GaussianRegressionKernel.lean::ResearchFormalCoreR1.gaussianRegressionKernel_spec": { + "module": "inputs/ResearchFormalCoreR1/GaussianRegressionKernel.lean", + "name": "ResearchFormalCoreR1.gaussianRegressionKernel_spec", + "status": "UNSUPPORTED", + "detail": "binder { X : \u03a9 \u2192 Fin n \u2192 \u211d } is neither a sampled numeric type (\u2115 \u2124 \u211a \u211d) nor a decidable hypothesis", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "inputs/ResearchFormalCoreR1/GaussianRegressionKernel.lean::ResearchFormalCoreR1.regression_map_coordinate": { + "module": "inputs/ResearchFormalCoreR1/GaussianRegressionKernel.lean", + "name": "ResearchFormalCoreR1.regression_map_coordinate", + "status": "UNSUPPORTED", + "detail": "binder ( B : ( Fin n \u2192 \u211d ) \u2192 L [ \u211d ] ( Fin k \u2192 \u211d ) ) is neither a sampled numeric type (\u2115 \u2124 \u211a \u211d) nor a decidable 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decidable hypothesis", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "inputs/ResearchFormalCoreR1/GaussianRegressionKernel.lean::ResearchFormalCoreR1.regression_residual_jointGaussian": { + "module": "inputs/ResearchFormalCoreR1/GaussianRegressionKernel.lean", + "name": "ResearchFormalCoreR1.regression_residual_jointGaussian", + "status": "UNSUPPORTED", + "detail": "binder { X : \u03a9 \u2192 Fin n \u2192 \u211d } is neither a sampled numeric type (\u2115 \u2124 \u211a \u211d) nor a decidable hypothesis", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "inputs/ResearchFormalCoreR1/GaussianRegressionKernel.lean::ResearchFormalCoreR1.gaussianRegression_observed_hasCondDistrib": { + "module": "inputs/ResearchFormalCoreR1/GaussianRegressionKernel.lean", + "name": "ResearchFormalCoreR1.gaussianRegression_observed_hasCondDistrib", + "status": "UNSUPPORTED", + "detail": "binder { X : \u03a9 \u2192 Fin n \u2192 \u211d } is neither a sampled numeric type 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set is measurable, every function measurable and integrable), so sampling has no content here", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "inputs/ResearchFormalCoreR1/GaussianScalarMoments.lean::ResearchFormalCoreR1.gm8_standard_nonneg": { + "module": "inputs/ResearchFormalCoreR1/GaussianScalarMoments.lean", + "name": "ResearchFormalCoreR1.gm8_standard_nonneg", + "status": "UNSUPPORTED", + "detail": "definition gm8C8 has an unparsed body", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "inputs/ResearchFormalCoreR1/GaussianScalarMoments.lean::ResearchFormalCoreR1.gm8_integrable": { + "module": "inputs/ResearchFormalCoreR1/GaussianScalarMoments.lean", + "name": "ResearchFormalCoreR1.gm8_integrable", + "status": "UNSUPPORTED", + "detail": "binder ( v : \u211d \u2265 0 ) is neither a sampled numeric type (\u2115 \u2124 \u211a \u211d) nor a decidable hypothesis", + "instances": 0, + "vacuous": false, + "float_free": true + }, + 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\u211d) nor a decidable hypothesis", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "inputs/SourceLifetimeGeometry.lean::I4LifetimeField.coordinates_latticeVec": { + "module": "inputs/SourceLifetimeGeometry.lean", + "name": "I4LifetimeField.coordinates_latticeVec", + "status": "UNSUPPORTED", + "detail": "result type E d \u2243 L [ \u211d ] ( Fin d \u2192 \u211d )", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "inputs/SourceLifetimeGeometry.lean::I4LifetimeField.actualField_smooth": { + "module": "inputs/SourceLifetimeGeometry.lean", + "name": "I4LifetimeField.actualField_smooth", + "status": "UNSUPPORTED", + "detail": "binder ( \u03c9 : SmoothSample d L ) is neither a sampled numeric type (\u2115 \u2124 \u211a \u211d) nor a decidable hypothesis", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "inputs/SourceLifetimeGeometry.lean::I4LifetimeField.actualField_periodic": { + "module": "inputs/SourceLifetimeGeometry.lean", + "name": "I4LifetimeField.actualField_periodic", + "status": "UNSUPPORTED", + "detail": "binder ( \u03c9 : SmoothSample d L ) is neither a sampled numeric type (\u2115 \u2124 \u211a \u211d) nor a decidable hypothesis", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "inputs/SourceLifetimeGeometry.lean::I4LifetimeField.actualField_eval_measurable": { + "module": "inputs/SourceLifetimeGeometry.lean", + "name": "I4LifetimeField.actualField_eval_measurable", + "status": "UNSUPPORTED", + "detail": "binder ( x : E d ) is neither a sampled numeric type (\u2115 \u2124 \u211a \u211d) nor a decidable hypothesis", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "inputs/SourceLifetimeGeometry.lean::I4LifetimeField.actualField_eval_hasGaussianLaw": { + "module": "inputs/SourceLifetimeGeometry.lean", + "name": "I4LifetimeField.actualField_eval_hasGaussianLaw", + "status": "UNSUPPORTED", + "detail": "binder ( x : E d ) is neither a sampled numeric type (\u2115 \u2124 \u211a \u211d) nor a decidable hypothesis", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "inputs/SourceLifetimeGeometry.lean::I4LifetimeField.actualField_linearCombination_measurable": { + "module": "inputs/SourceLifetimeGeometry.lean", + "name": "I4LifetimeField.actualField_linearCombination_measurable", + "status": "UNSUPPORTED", + "detail": "binder ( x : Fin m \u2192 E d ) is neither a sampled numeric type (\u2115 \u2124 \u211a \u211d) nor a decidable hypothesis", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "inputs/SourceLifetimeGeometry.lean::I4LifetimeField.actualField_linearCombination_hasGaussianLaw": { + "module": "inputs/SourceLifetimeGeometry.lean", + "name": "I4LifetimeField.actualField_linearCombination_hasGaussianLaw", + "status": "UNSUPPORTED", + "detail": "binder ( x : Fin m \u2192 E d ) is neither a sampled numeric type (\u2115 \u2124 \u211a \u211d) nor a decidable hypothesis", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "inputs/SourceLifetimeGeometry.lean::I4LifetimeField.actualField_integral_zero": { + "module": "inputs/SourceLifetimeGeometry.lean", + "name": "I4LifetimeField.actualField_integral_zero", + "status": "UNSUPPORTED", + "detail": "binder ( x : E d ) is neither a sampled numeric type (\u2115 \u2124 \u211a \u211d) nor a decidable hypothesis", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "inputs/SourceLifetimeGeometry.lean::I4LifetimeField.actualField_linearCombination_integral_zero": { + "module": "inputs/SourceLifetimeGeometry.lean", + "name": "I4LifetimeField.actualField_linearCombination_integral_zero", + "status": "UNSUPPORTED", + "detail": "binder ( x : Fin m \u2192 E d ) is neither a sampled numeric type (\u2115 \u2124 \u211a \u211d) nor a decidable hypothesis", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "inputs/SourceLifetimeGeometry.lean::I4LifetimeField.actualField_covariance_spectral": { + "module": 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"status": "UNSUPPORTED", + "detail": "instance binder [ Fact ( 0 < L ) ] cannot be sampled", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "inputs/SourceTorus.lean::I4Torus.torusProjection_representative": { + "module": "inputs/SourceTorus.lean", + "name": "I4Torus.torusProjection_representative", + "status": "UNSUPPORTED", + "detail": "instance binder [ Fact ( 0 < L ) ] cannot be sampled", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "inputs/SourceTorus.lean::I4Torus.sourceField_eq_of_torusProjection_eq": { + "module": "inputs/SourceTorus.lean", + "name": "I4Torus.sourceField_eq_of_torusProjection_eq", + "status": "UNSUPPORTED", + "detail": "binder ( \u03c9 : SourceMode d \u2192 \u211d ) is neither a sampled numeric type (\u2115 \u2124 \u211a \u211d) nor a decidable hypothesis", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "inputs/SourceTorus.lean::I4Torus.torusSourceField_pullback": { + "module": "inputs/SourceTorus.lean", 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"detail": "instance binder [ Fact ( 0 < L ) ] cannot be sampled", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "inputs/SpectralWeights.lean::I4Weights.summable_decay_pow": { + "module": "inputs/SpectralWeights.lean", + "name": "I4Weights.summable_decay_pow", + "status": "UNSUPPORTED", + "detail": "proposition of form App", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "inputs/SpectralWeights.lean::I4Weights.coordinateBound_summable": { + "module": "inputs/SpectralWeights.lean", + "name": "I4Weights.coordinateBound_summable", + "status": "UNSUPPORTED", + "detail": "proposition of form App", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "inputs/SpectralWeights.lean::I4Weights.finite_product_summable": { + "module": "inputs/SpectralWeights.lean", + "name": "I4Weights.finite_product_summable", + "status": "UNSUPPORTED", + "detail": "binder { f : \u2124 \u2192 \u211d } is neither a sampled numeric type (\u2115 \u2124 \u211a 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"UNSUPPORTED", + "detail": "binder ( S : Set ( Fin d \u2192 \u2124 ) ) is neither a sampled numeric type (\u2115 \u2124 \u211a \u211d) nor a decidable hypothesis", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "inputs/elder/ClosedSuperlevel.lean::TorusFiltration.superlevel_control_closed_endpoint": { + "module": "inputs/elder/ClosedSuperlevel.lean", + "name": "TorusFiltration.superlevel_control_closed_endpoint", + "status": "UNSUPPORTED", + "detail": "unparsed statement: SyntaxError: unexpected token ')' at 31:5", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "inputs/elder/ClosedSuperlevel.lean::TorusFiltration.superlevel_control_strict_endpoint": { + "module": "inputs/elder/ClosedSuperlevel.lean", + "name": "TorusFiltration.superlevel_control_strict_endpoint", + "status": "UNSUPPORTED", + "detail": "unparsed statement: SyntaxError: unexpected token ')' at 36:36", + "instances": 0, + "vacuous": false, + "float_free": true + }, + 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"binder ( M : X ) is neither a sampled numeric type (\u2115 \u2124 \u211a \u211d) nor a decidable hypothesis", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "inputs/elder/ClosedSuperlevel.lean::TorusFiltration.superlevel_mono": { + "module": "inputs/elder/ClosedSuperlevel.lean", + "name": "TorusFiltration.superlevel_mono", + "status": "CORROBORATED", + "detail": "holds on 64 sampled instances satisfying the hypotheses (0 draws rejected by the hypotheses, 0 infeasible, seed 1): sampling is admitted evidence of the statement, not a proof of it", + "instances": 64, + "vacuous": false, + "float_free": true, + "sampling": { + "seed": 1, + "draws": 64, + "accepted": 64, + "rejected": 0, + "infeasible": 0, + "undecided": 0 + } + }, + "inputs/elder/ClosedSuperlevel.lean::TorusFiltration.superlevel_isClosed": { + "module": "inputs/elder/ClosedSuperlevel.lean", + "name": "TorusFiltration.superlevel_isClosed", + "status": "UNSUPPORTED", + "detail": "binder ( hg : Continuous g ) is neither a sampled numeric type (\u2115 \u2124 \u211a \u211d) nor a decidable hypothesis", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "inputs/elder/ClosedSuperlevel.lean::TorusFiltration.superlevel_inclusion_id": { + "module": "inputs/elder/ClosedSuperlevel.lean", + "name": "TorusFiltration.superlevel_inclusion_id", + "status": "UNSUPPORTED", + "detail": "result type C ( superlevel_set g s , superlevel_set g t )", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "inputs/elder/ClosedSuperlevel.lean::TorusFiltration.superlevel_inclusion_comp": { + "module": "inputs/elder/ClosedSuperlevel.lean", + "name": "TorusFiltration.superlevel_inclusion_comp", + "status": "UNSUPPORTED", + "detail": "result type C ( superlevel_set g s , superlevel_set g t )", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "inputs/elder/ClosedSuperlevel.lean::TorusFiltration.superlevel_mem_at_own_height": { + "module": "inputs/elder/ClosedSuperlevel.lean", + "name": "TorusFiltration.superlevel_mem_at_own_height", + "status": "UNSUPPORTED", + "detail": "binder ( x : X ) is neither a sampled numeric type (\u2115 \u2124 \u211a \u211d) nor a decidable hypothesis", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "inputs/elder/ClosedSuperlevel.lean::TorusFiltration.superlevel_neg_height": { + "module": "inputs/elder/ClosedSuperlevel.lean", + "name": "TorusFiltration.superlevel_neg_height", + "status": "CORROBORATED", + "detail": "holds on 64 sampled instances satisfying the hypotheses (0 draws rejected by the hypotheses, 0 infeasible, seed 1): sampling is admitted evidence of the statement, not a proof of it", + "instances": 64, + "vacuous": false, + "float_free": true, + "sampling": { + "seed": 1, + "draws": 64, + "accepted": 64, + "rejected": 0, + "infeasible": 0, + "undecided": 0 + } + }, + "inputs/elder/ClosedSuperlevel.lean::TorusFiltration.superlevel_control_strict_thresholds": { + "module": "inputs/elder/ClosedSuperlevel.lean", + "name": "TorusFiltration.superlevel_control_strict_thresholds", + "status": "UNSUPPORTED", + "detail": "unsupported syntax: existential quantifier", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "inputs/elder/ClosedSuperlevel.lean::TorusFiltration.superlevel_componentMap_mk": { + "module": "inputs/elder/ClosedSuperlevel.lean", + "name": "TorusFiltration.superlevel_componentMap_mk", + "status": "UNSUPPORTED", + "detail": "binder ( f : C ( X , Y ) ) is neither a sampled numeric type (\u2115 \u2124 \u211a \u211d) nor a decidable hypothesis", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "inputs/elder/ClosedSuperlevel.lean::TorusFiltration.superlevel_componentMap_id": { + "module": "inputs/elder/ClosedSuperlevel.lean", + "name": "TorusFiltration.superlevel_componentMap_id", + "status": "UNSUPPORTED", + "detail": "result type ZerothHomotopy X \u2192 ZerothHomotopy Y", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "inputs/elder/ClosedSuperlevel.lean::TorusFiltration.superlevel_componentMap_comp": { + "module": "inputs/elder/ClosedSuperlevel.lean", + "name": "TorusFiltration.superlevel_componentMap_comp", + "status": "UNSUPPORTED", + "detail": "binder ( f : C ( X , Y ) ) is neither a sampled numeric type (\u2115 \u2124 \u211a \u211d) nor a decidable hypothesis", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "inputs/elder/ClosedSuperlevel.lean::TorusFiltration.superlevel_componentInclusion_id": { + "module": "inputs/elder/ClosedSuperlevel.lean", + "name": "TorusFiltration.superlevel_componentInclusion_id", + "status": "UNSUPPORTED", + "detail": "result type ZerothHomotopy ( superlevel_set g s ) \u2192 ZerothHomotopy ( superlevel_set g t )", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "inputs/elder/ClosedSuperlevel.lean::TorusFiltration.superlevel_componentInclusion_comp": { + "module": "inputs/elder/ClosedSuperlevel.lean", + "name": "TorusFiltration.superlevel_componentInclusion_comp", + "status": "UNSUPPORTED", + "detail": "unsupported syntax: notation '\u2218'", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "inputs/elder/ClosedSuperlevel.lean::TorusFiltration.superlevel_component_eq_iff_joinedIn": { + "module": "inputs/elder/ClosedSuperlevel.lean", + "name": "TorusFiltration.superlevel_component_eq_iff_joinedIn", + "status": "UNSUPPORTED", + "detail": "binder ( x y : superlevel_set g t ) is neither a sampled numeric type (\u2115 \u2124 \u211a \u211d) nor a decidable hypothesis", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "inputs/elder/ClosedSuperlevel.lean::TorusFiltration.superlevel_h0Filtration_map_id": { + "module": "inputs/elder/ClosedSuperlevel.lean", + "name": "TorusFiltration.superlevel_h0Filtration_map_id", + "status": "UNSUPPORTED", + "detail": "binder ( R : C ) is neither a sampled numeric type (\u2115 \u2124 \u211a \u211d) nor a decidable hypothesis", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "inputs/elder/ClosedSuperlevel.lean::TorusFiltration.superlevel_h0Filtration_map_comp": { + "module": "inputs/elder/ClosedSuperlevel.lean", + "name": "TorusFiltration.superlevel_h0Filtration_map_comp", + "status": "UNSUPPORTED", + "detail": "binder ( R : C ) is neither a sampled numeric type (\u2115 \u2124 \u211a \u211d) nor a decidable hypothesis", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "inputs/elder/ElderBridge.lean::TorusFiltration.elderTrap_closedTrace_isClopen": { + "module": "inputs/elder/ElderBridge.lean", + "name": "TorusFiltration.elderTrap_closedTrace_isClopen", + "status": "UNSUPPORTED", + "detail": "binder ( htrace : IsClopen ( elderTrap_strictTrace g D d ) ) is neither a sampled numeric type (\u2115 \u2124 \u211a \u211d) nor a decidable hypothesis", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "inputs/elder/ElderBridge.lean::TorusFiltration.elderTrap_of_boundary": { + "module": "inputs/elder/ElderBridge.lean", + "name": "TorusFiltration.elderTrap_of_boundary", + "status": "UNSUPPORTED", + "detail": "binder ( M P : X ) is neither a sampled numeric type (\u2115 \u2124 \u211a \u211d) nor a decidable hypothesis", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "inputs/elder/ElderBridge.lean::TorusFiltration.elderBoundary_death_eq": { + "module": "inputs/elder/ElderBridge.lean", + "name": "TorusFiltration.elderBoundary_death_eq", + "status": "UNSUPPORTED", + "detail": "binder ( g : superlevelBar_E n \u2192 \u211d ) is neither a sampled numeric type (\u2115 \u2124 \u211a \u211d) nor a decidable hypothesis", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "inputs/elder/ElderClearance.lean::TorusFiltration.elderTrap_strictTrace_isClopen": { + "module": "inputs/elder/ElderClearance.lean", + "name": "TorusFiltration.elderTrap_strictTrace_isClopen", + "status": "UNSUPPORTED", + "detail": "binder ( hD : IsClosed D ) is neither a sampled numeric type (\u2115 \u2124 \u211a \u211d) nor a decidable hypothesis", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "inputs/elder/ElderClearance.lean::TorusFiltration.elderTrap_path_stays": { + "module": "inputs/elder/ElderClearance.lean", + "name": "TorusFiltration.elderTrap_path_stays", + "status": "UNSUPPORTED", + "detail": "binder ( htrace : IsClopen ( elderTrap_strictTrace g D d ) ) is neither a sampled numeric type (\u2115 \u2124 \u211a \u211d) nor a decidable hypothesis", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "inputs/elder/ElderClearance.lean::TorusFiltration.elderTrap_higher_path_meets_threshold": { + "module": "inputs/elder/ElderClearance.lean", + "name": "TorusFiltration.elderTrap_higher_path_meets_threshold", + "status": "UNSUPPORTED", + "detail": "binder ( htrace : IsClopen ( elderTrap_strictTrace g D d ) ) is neither a sampled numeric type (\u2115 \u2124 \u211a \u211d) nor a decidable hypothesis", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "inputs/elder/ElderClearance.lean::TorusFiltration.elderTrap_clearance_eq_Iio": { + "module": "inputs/elder/ElderClearance.lean", + "name": "TorusFiltration.elderTrap_clearance_eq_Iio", + "status": "UNSUPPORTED", + "detail": "binder ( g : superlevelBar_E n \u2192 \u211d ) is neither a sampled numeric type (\u2115 \u2124 \u211a \u211d) nor a decidable hypothesis", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "inputs/elder/ElderClearance.lean::TorusFiltration.elderTrap_death_eq": { + "module": "inputs/elder/ElderClearance.lean", + "name": "TorusFiltration.elderTrap_death_eq", + "status": "UNSUPPORTED", + "detail": "binder ( g : superlevelBar_E n \u2192 \u211d ) is neither a sampled numeric type (\u2115 \u2124 \u211a \u211d) nor a decidable hypothesis", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "inputs/elder/ElderClearance.lean::TorusFiltration.elderTrap_closed_path_attains": { + "module": "inputs/elder/ElderClearance.lean", + "name": "TorusFiltration.elderTrap_closed_path_attains", + "status": "UNSUPPORTED", + "detail": "binder ( htrace : IsClopen ( elderTrap_strictTrace g D d ) ) is neither a sampled numeric type (\u2115 \u2124 \u211a \u211d) nor a decidable hypothesis", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "inputs/elder/ElderInterval.lean::TorusFiltration.elderFiber_eq_zero": { + "module": "inputs/elder/ElderInterval.lean", + "name": "TorusFiltration.elderFiber_eq_zero", + "status": "UNSUPPORTED", + "detail": "binder ( ht : \u00ac elderActive m d t ) is neither a sampled numeric type (\u2115 \u2124 \u211a \u211d) nor a decidable hypothesis", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "inputs/elder/ElderInterval.lean::TorusFiltration.elderFiberMap_val": { + "module": "inputs/elder/ElderInterval.lean", + "name": "TorusFiltration.elderFiberMap_val", + "status": "UNSUPPORTED", + "detail": "binder ( x : elderFiber k m d s ) is neither a sampled numeric type (\u2115 \u2124 \u211a \u211d) nor a decidable hypothesis", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "inputs/elder/ElderInterval.lean::TorusFiltration.elderFiberLift_val": { + "module": "inputs/elder/ElderInterval.lean", + "name": "TorusFiltration.elderFiberLift_val", + "status": "UNSUPPORTED", + "detail": "binder ( ht : elderActive m d t ) is neither a sampled numeric type (\u2115 \u2124 \u211a \u211d) nor a decidable hypothesis", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "inputs/elder/ElderInterval.lean::TorusFiltration.elder_control_birth": { + "module": "inputs/elder/ElderInterval.lean", + "name": "TorusFiltration.elder_control_birth", + "status": "CORROBORATED", + "detail": "holds on 64 sampled instances satisfying the hypotheses (8 draws rejected by the hypotheses, 0 infeasible, seed 1): sampling is admitted evidence of the statement, not a proof of it", + "instances": 64, + "vacuous": false, + "float_free": true, + "sampling": { + "seed": 1, + "draws": 65, + "accepted": 64, + "rejected": 8, + "infeasible": 0, + "undecided": 0 + } + }, + "inputs/elder/ElderInterval.lean::TorusFiltration.elder_control_death": { + "module": "inputs/elder/ElderInterval.lean", + "name": "TorusFiltration.elder_control_death", + "status": "CORROBORATED", + "detail": "holds on 64 sampled instances satisfying the hypotheses (0 draws rejected by the hypotheses, 0 infeasible, seed 1): sampling is admitted evidence of the statement, not a proof of it", + "instances": 64, + "vacuous": false, + "float_free": true, + "sampling": { + "seed": 1, + "draws": 64, + "accepted": 64, + "rejected": 0, + "infeasible": 0, + "undecided": 0 + } + }, + "inputs/elder/ElderInterval.lean::TorusFiltration.ElderTrap.maximum_mem": { + "module": "inputs/elder/ElderInterval.lean", + "name": "TorusFiltration.ElderTrap.maximum_mem", + "status": "UNSUPPORTED", + "detail": "binder ( T : ElderTrap g M P m d D ) is neither a sampled numeric type (\u2115 \u2124 \u211a \u211d) nor a decidable hypothesis", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "inputs/elder/ElderInterval.lean::TorusFiltration.ElderTrap.older_mem": { + "module": "inputs/elder/ElderInterval.lean", + "name": "TorusFiltration.ElderTrap.older_mem", + "status": "UNSUPPORTED", + "detail": "binder ( T : ElderTrap g M P m d D ) is neither a sampled numeric type (\u2115 \u2124 \u211a \u211d) nor a decidable hypothesis", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "inputs/elder/ElderInterval.lean::TorusFiltration.elder_clopen_path_iff": { + "module": "inputs/elder/ElderInterval.lean", + "name": "TorusFiltration.elder_clopen_path_iff", + "status": "UNSUPPORTED", + "detail": "binder ( hU : IsClopen U ) is neither a sampled numeric type (\u2115 \u2124 \u211a \u211d) nor a decidable hypothesis", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "inputs/elder/ElderInterval.lean::TorusFiltration.ElderTrap.componentInside_mk": { + "module": "inputs/elder/ElderInterval.lean", + "name": "TorusFiltration.ElderTrap.componentInside_mk", + "status": "UNSUPPORTED", + "detail": "binder ( T : ElderTrap g M P m d D ) is neither a sampled numeric type (\u2115 \u2124 \u211a \u211d) nor a decidable hypothesis", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "inputs/elder/ElderInterval.lean::TorusFiltration.elderDifference_map": { + "module": "inputs/elder/ElderInterval.lean", + "name": "TorusFiltration.elderDifference_map", + "status": "UNSUPPORTED", + "detail": "binder ( T : ElderTrap g M P m d D ) is neither a sampled numeric type (\u2115 \u2124 \u211a \u211d) nor a decidable hypothesis", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "inputs/elder/ElderInterval.lean::TorusFiltration.elderDifference_map_dead": { + "module": "inputs/elder/ElderInterval.lean", + "name": "TorusFiltration.elderDifference_map_dead", + "status": "UNSUPPORTED", + "detail": "binder ( T : ElderTrap g M P m d D ) is neither a sampled numeric type (\u2115 \u2124 \u211a \u211d) nor a decidable hypothesis", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "inputs/elder/ElderInterval.lean::TorusFiltration.elderProjection_point": { + "module": "inputs/elder/ElderInterval.lean", + "name": "TorusFiltration.elderProjection_point", + "status": "UNSUPPORTED", + "detail": "binder ( T : ElderTrap g M P m d D ) is neither a sampled numeric type (\u2115 \u2124 \u211a \u211d) nor a decidable hypothesis", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "inputs/elder/ElderInterval.lean::TorusFiltration.elderDifference_projection": { + "module": "inputs/elder/ElderInterval.lean", + "name": "TorusFiltration.elderDifference_projection", + "status": "UNSUPPORTED", + "detail": "binder ( T : ElderTrap g M P m d D ) is neither a sampled numeric type (\u2115 \u2124 \u211a \u211d) nor a decidable hypothesis", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "inputs/elder/ElderInterval.lean::TorusFiltration.elderSectionApp_naturality": { + "module": "inputs/elder/ElderInterval.lean", + "name": "TorusFiltration.elderSectionApp_naturality", + "status": "UNSUPPORTED", + "detail": "binder ( T : ElderTrap g M P m d D ) is neither a sampled numeric type (\u2115 \u2124 \u211a \u211d) nor a decidable hypothesis", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "inputs/elder/ElderInterval.lean::TorusFiltration.elderProjection_naturality_active": { + "module": "inputs/elder/ElderInterval.lean", + "name": "TorusFiltration.elderProjection_naturality_active", + "status": "UNSUPPORTED", + "detail": "binder ( T : ElderTrap g M P m d D ) is neither a sampled numeric type (\u2115 \u2124 \u211a \u211d) nor a decidable hypothesis", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "inputs/elder/ElderInterval.lean::TorusFiltration.elderProjection_prebirth": { + "module": "inputs/elder/ElderInterval.lean", + "name": "TorusFiltration.elderProjection_prebirth", + "status": "UNSUPPORTED", + "detail": "binder ( T : ElderTrap g M P m d D ) is neither a sampled numeric type (\u2115 \u2124 \u211a \u211d) nor a decidable hypothesis", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "inputs/elder/ElderInterval.lean::TorusFiltration.elderRetractionApp_naturality": { + "module": "inputs/elder/ElderInterval.lean", + "name": "TorusFiltration.elderRetractionApp_naturality", + "status": "UNSUPPORTED", + "detail": "binder ( T : ElderTrap g M P m d D ) is neither a sampled numeric type (\u2115 \u2124 \u211a \u211d) nor a decidable hypothesis", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "inputs/elder/ElderInterval.lean::TorusFiltration.elderSection_retraction": { + "module": "inputs/elder/ElderInterval.lean", + "name": "TorusFiltration.elderSection_retraction", + "status": "UNSUPPORTED", + "detail": "binder ( T : ElderTrap g M P m d D ) is neither a sampled numeric type (\u2115 \u2124 \u211a \u211d) nor a decidable hypothesis", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "inputs/elder/ElderInterval.lean::TorusFiltration.elder_control_ordinary_point_survives": { + "module": "inputs/elder/ElderInterval.lean", + "name": "TorusFiltration.elder_control_ordinary_point_survives", + "status": "UNSUPPORTED", + "detail": "binder ( x : superlevel_set g t ) is neither a sampled numeric type (\u2115 \u2124 \u211a \u211d) nor a decidable hypothesis", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "inputs/elder/OrdinaryH0.lean::TorusFiltration.ordinaryH0_componentCoproductMap_iota": { + "module": "inputs/elder/OrdinaryH0.lean", + "name": "TorusFiltration.ordinaryH0_componentCoproductMap_iota", + "status": "UNSUPPORTED", + "detail": "binder ( R : C ) is neither a 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b/cbz/evidence/g12-statement-fuzz-01n/census_math_dfa9b30a_20261106_deps/frontiers_source_derivative_gaussian_20261025.stdout.txt new file mode 100644 index 000000000..33f50548a --- /dev/null +++ b/cbz/evidence/g12-statement-fuzz-01n/census_math_dfa9b30a_20261106_deps/frontiers_source_derivative_gaussian_20261025.stdout.txt @@ -0,0 +1,2315 @@ +{ + "lean_dir": "/frontiers/source_derivative_gaussian_20261025", + "files": 114, + "files_evaluated": 104, + "targets": 2225, + "status_counts": { + "UNSUPPORTED": 2112, + "CORROBORATED": 104, + "PASS": 9 + }, + "unsupported_reasons": { + "binder outside the interpreter": 1323, + "definition result type outside the interpreter": 150, + "proposition outside the interpreter": 127, + "unparsed statement": 85, + "existential quantifier": 83, + "other": 82, + "structural conclusion": 70, + "definition outside the interpreter": 44, + "hypothesis outside the interpreter": 43, + "Mathlib notation": 38, + "unknown function": 34, + "enclosures do not 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AdaptiveFoldBoundaryPath.lean::AdaptiveFoldBoundaryPath.profileSlopeSecond_error: binder { V : ℝ × ℝ → ℝ } is neither a sampled numeric type (ℕ ℤ ℚ ℝ) nor a decidable hypothesis +UNSUPPORTED: AdaptiveFoldBoundaryPath.lean::AdaptiveFoldBoundaryPath.exists_transverse_ridge_scalar_barrier: binder { V : ℝ × ℝ → ℝ } is neither a sampled numeric type (ℕ ℤ ℚ ℝ) nor a decidable hypothesis +UNSUPPORTED: AdaptiveFoldBoundaryPath.lean::AdaptiveFoldBoundaryPath.quadratic_loss_of_second_derivative: binder { f f₁ f₂ : ℝ → ℝ } is neither a sampled numeric type (ℕ ℤ ℚ ℝ) nor a decidable hypothesis +UNSUPPORTED: AdaptiveFoldBoundaryPath.lean::AdaptiveFoldBoundaryPath.vertical_quadratic_loss: binder { V : ℝ × ℝ → ℝ } is neither a sampled numeric type (ℕ ℤ ℚ ℝ) nor a decidable hypothesis +UNSUPPORTED: AdaptiveFoldBoundaryPath.lean::AdaptiveFoldBoundaryPath.frontier_leftBox_sides: binder { p : ℝ × ℝ } is neither a sampled numeric type (ℕ ℤ ℚ ℝ) nor a decidable hypothesis +CORROBORATED: AdaptiveFoldBoundaryPath.lean::AdaptiveFoldBoundaryPath.side_drop_le: holds on 52 sampled instances satisfying the hypotheses (980 draws rejected by the hypotheses, 0 infeasible, seed 1): sampling is admitted evidence of the statement, not a proof of it +UNSUPPORTED: AdaptiveFoldBoundaryPath.lean::AdaptiveFoldBoundaryPath.pathX_mem: binder ( t : unitInterval ) is neither a sampled numeric type (ℕ ℤ ℚ ℝ) nor a decidable hypothesis +UNSUPPORTED: AdaptiveFoldBoundaryPath.lean::AdaptiveFoldBoundaryPath.exists_transverse_ridge_boundary_path: binder { V : ℝ × ℝ → ℝ } is neither a sampled numeric type (ℕ ℤ ℚ ℝ) nor a decidable hypothesis +UNSUPPORTED: AdaptiveFoldScalarBarrier.lean::AdaptiveFoldScalar.q_hasDerivAt: proposition of form App +UNSUPPORTED: AdaptiveFoldScalarBarrier.lean::AdaptiveFoldScalar.primitive_hasDerivAt: proposition of form App +UNSUPPORTED: AdaptiveFoldScalarBarrier.lean::AdaptiveFoldScalar.integral_q_left: unparsed statement: SyntaxError: expected ',', got .. +UNSUPPORTED: AdaptiveFoldScalarBarrier.lean::AdaptiveFoldScalar.integral_q_right: unparsed statement: SyntaxError: expected ',', got .. +UNSUPPORTED: AdaptiveFoldScalarBarrier.lean::AdaptiveFoldScalar.scalarBarrier_of_convex: binder ( a a₁ φ : ℝ → ℝ ) is neither a sampled numeric type (ℕ ℤ ℚ ℝ) nor a decidable hypothesis +UNSUPPORTED: AdaptiveFoldScalarBarrier.lean::AdaptiveFoldScalar.scalarBarrier_of_secondDerivative: binder ( a a₁ a₂ φ : ℝ → ℝ ) is neither a sampled numeric type (ℕ ℤ ℚ ℝ) nor a decidable hypothesis +UNSUPPORTED: AdaptiveFoldTransverseRidge.lean::AdaptiveFoldTransverseRidge.contDiffOn_partialY: binder { G : ℝ × ℝ → ℝ } is neither a sampled numeric type (ℕ ℤ ℚ ℝ) nor a decidable hypothesis +UNSUPPORTED: AdaptiveFoldTransverseRidge.lean::AdaptiveFoldTransverseRidge.hasDerivAt_slice: binder { G : ℝ × ℝ → ℝ } is neither a sampled numeric type (ℕ ℤ ℚ ℝ) nor a decidable hypothesis +UNSUPPORTED: AdaptiveFoldTransverseRidge.lean::AdaptiveFoldTransverseRidge.exists_structural_collar: binder { G : ℝ × ℝ → ℝ } is neither a sampled numeric type (ℕ ℤ ℚ ℝ) nor a decidable hypothesis +UNSUPPORTED: AdaptiveFoldTransverseRidge.lean::AdaptiveFoldTransverseRidge.slice_unique_root: binder { G : ℝ × ℝ → ℝ } is neither a sampled numeric type (ℕ ℤ ℚ ℝ) nor a decidable hypothesis +UNSUPPORTED: AdaptiveFoldTransverseRidge.lean::AdaptiveFoldTransverseRidge.vertical_isInvertible: binder { G : ℝ × ℝ → ℝ } is neither a sampled numeric type (ℕ ℤ ℚ ℝ) nor a decidable hypothesis +UNSUPPORTED: AdaptiveFoldTransverseRidge.lean::AdaptiveFoldTransverseRidge.contDiffOn_of_unique_zero: binder { G : ℝ × ℝ → ℝ } is neither a sampled numeric type (ℕ ℤ ℚ ℝ) nor a decidable hypothesis +UNSUPPORTED: AdaptiveFoldTransverseRidge.lean::AdaptiveFoldTransverseRidge.exists_unique_c2_zero: binder { G : ℝ × ℝ → ℝ } is neither a sampled numeric type (ℕ ℤ ℚ ℝ) nor a decidable hypothesis +UNSUPPORTED: AdaptiveFoldTransverseRidge.lean::AdaptiveFoldTransverseRidge.exists_unique_c2_transverse_ridge: binder { V : ℝ × ℝ → ℝ } is neither a sampled numeric type (ℕ ℤ ℚ ℝ) nor a decidable hypothesis +UNSUPPORTED: AdaptiveFoldTransverseRidge.lean::AdaptiveFoldTransverseRidge.clm_graph_vector: binder ( L : ( ℝ × ℝ ) → L [ ℝ ] ℝ ) is neither a sampled numeric type (ℕ ℤ ℚ ℝ) nor a decidable hypothesis +UNSUPPORTED: AdaptiveFoldTransverseRidge.lean::AdaptiveFoldTransverseRidge.clm_vertical_vector: binder ( L : ( ℝ × ℝ ) → L [ ℝ ] ℝ ) is neither a sampled numeric type (ℕ ℤ ℚ ℝ) nor a decidable hypothesis +UNSUPPORTED: AdaptiveFoldTransverseRidge.lean::AdaptiveFoldTransverseRidge.c2_full_derivative_jets: binder { ζ : ℝ → ℝ } is neither a sampled numeric type (ℕ ℤ ℚ ℝ) nor a decidable hypothesis +UNSUPPORTED: AdaptiveFoldTransverseRidge.lean::AdaptiveFoldTransverseRidge.zero_graph_first_chain: binder { G : ℝ × ℝ → ℝ } is neither a sampled numeric type (ℕ ℤ ℚ ℝ) nor a decidable hypothesis +UNSUPPORTED: AdaptiveFoldTransverseRidge.lean::AdaptiveFoldTransverseRidge.zero_graph_second_chain: binder { G : ℝ × ℝ → ℝ } is neither a sampled numeric type (ℕ ℤ ℚ ℝ) nor a decidable hypothesis +UNSUPPORTED: AdaptiveFoldTransverseRidge.lean::AdaptiveFoldTransverseRidge.zero_graph_derivative_formulas: binder { G : ℝ × ℝ → ℝ } is neither a sampled numeric type (ℕ ℤ ℚ ℝ) nor a decidable hypothesis +UNSUPPORTED: AdaptiveFoldTransverseRidge.lean::AdaptiveFoldTransverseRidge.profile_derivative_jets: binder { V : ℝ × ℝ → ℝ } is neither a sampled numeric type (ℕ ℤ ℚ ℝ) nor a decidable hypothesis +UNSUPPORTED: AdaptiveFoldTransverseRidge.lean::AdaptiveFoldTransverseRidge.bilinear_graph_vector: binder ( B : ( ℝ × ℝ ) → L [ ℝ ] ( ℝ × ℝ ) → L [ ℝ ] ℝ ) is neither a sampled numeric type (ℕ ℤ ℚ ℝ) nor a decidable hypothesis +UNSUPPORTED: AdaptiveFoldTransverseRidge.lean::AdaptiveFoldTransverseRidge.abs_bilinear_graph_vector_le: binder ( B : ( ℝ × ℝ ) → L [ ℝ ] ( ℝ × ℝ ) → L [ ℝ ] ℝ ) is neither a sampled numeric type (ℕ ℤ ℚ ℝ) nor a decidable hypothesis +CORROBORATED: AdaptiveFoldTransverseRidge.lean::AdaptiveFoldTransverseRidge.abs_neg_div_le_of_le_neg: holds on 64 sampled instances satisfying the hypotheses (143 draws rejected by the hypotheses, 0 infeasible, seed 1): sampling is admitted evidence of the statement, not a proof of it +UNSUPPORTED: AdaptiveFoldTransverseRidge.lean::AdaptiveFoldTransverseRidge.zero_graph_derivative_bounds: binder { G : ℝ × ℝ → ℝ } is neither a sampled numeric type (ℕ ℤ ℚ ℝ) nor a decidable hypothesis +UNSUPPORTED: AdaptiveFoldTransverseRidge.lean::AdaptiveFoldTransverseRidge.root_abs_le_center_div: binder { f : ℝ → ℝ } is neither a sampled numeric type (ℕ ℤ ℚ ℝ) nor a decidable hypothesis +UNSUPPORTED: AdaptiveFoldTransverseRidge.lean::AdaptiveFoldTransverseRidge.zero_graph_center_bound: binder { G : ℝ × ℝ → ℝ } is neither a sampled numeric type (ℕ ℤ ℚ ℝ) nor a decidable hypothesis +UNSUPPORTED: AdaptiveFoldTransverseRidge.lean::AdaptiveFoldTransverseRidge.exists_unique_c2_transverse_ridge_with_jets: binder { V : ℝ × ℝ → ℝ } is neither a sampled numeric type (ℕ ℤ ℚ ℝ) nor a decidable hypothesis +UNSUPPORTED: ConfluentIntegralIdentities.lean::I4ConfluentIntegralIdentities.scaled_hasDerivAt: binder ( g g' : ℝ → ℝ ) is neither a sampled numeric type (ℕ ℤ ℚ ℝ) nor a decidable hypothesis +UNSUPPORTED: ConfluentIntegralIdentities.lean::I4ConfluentIntegralIdentities.average_identity: binder ( g g' : ℝ → ℝ ) is neither a sampled numeric type (ℕ ℤ ℚ ℝ) nor a decidable hypothesis +UNSUPPORTED: ConfluentIntegralIdentities.lean::I4ConfluentIntegralIdentities.left_endpoint_identity: binder ( g g' : ℝ → ℝ ) is neither a sampled numeric type (ℕ ℤ ℚ ℝ) nor a decidable hypothesis +UNSUPPORTED: ConfluentIntegralIdentities.lean::I4ConfluentIntegralIdentities.right_endpoint_identity: binder ( g g' : ℝ → ℝ ) is neither a sampled numeric type (ℕ ℤ ℚ ℝ) nor a decidable hypothesis +UNSUPPORTED: ConfluentIntegralIdentities.lean::I4ConfluentIntegralIdentities.peano_identity: binder ( f f1 f2 f3 : ℝ → ℝ ) is neither a sampled numeric type (ℕ ℤ ℚ ℝ) nor a decidable hypothesis +UNSUPPORTED: ConfluentIntegralIdentities.lean::I4ConfluentIntegralIdentities.iterated_hasDerivAt: binder { F : ℝ → ℝ } is neither a sampled numeric type (ℕ ℤ ℚ ℝ) nor a decidable hypothesis +UNSUPPORTED: ConfluentIntegralIdentities.lean::I4ConfluentIntegralIdentities.pin3_integral: binder ( F : ℝ → ℝ ) is neither a sampled numeric type (ℕ ℤ ℚ ℝ) nor a decidable hypothesis +UNSUPPORTED: ConfluentIntegralIdentities.lean::I4ConfluentIntegralIdentities.pin4_integral: binder ( H : ℝ → ℝ ) is neither a sampled numeric type (ℕ ℤ ℚ ℝ) nor a decidable hypothesis +UNSUPPORTED: ConfluentIntegralIdentities.lean::I4ConfluentIntegralIdentities.pin5_integral: binder ( F : ℝ → ℝ ) is neither a sampled numeric type (ℕ ℤ ℚ ℝ) nor a decidable hypothesis +UNSUPPORTED: ConfluentIntegralIdentities.lean::I4ConfluentIntegralIdentities.adjusted_second_left: binder ( F : ℝ → ℝ ) is neither a sampled numeric type (ℕ ℤ ℚ ℝ) nor a decidable hypothesis +UNSUPPORTED: ConfluentIntegralIdentities.lean::I4ConfluentIntegralIdentities.adjusted_second_right: binder ( F : ℝ → ℝ ) is neither a sampled numeric type (ℕ ℤ ℚ ℝ) nor a decidable hypothesis +UNSUPPORTED: ConfluentIntegralIdentities.lean::I4ConfluentIntegralIdentities.adjusted_transverse_left: binder ( H : ℝ → ℝ ) is neither a sampled numeric type (ℕ ℤ ℚ ℝ) nor a decidable hypothesis +UNSUPPORTED: ConfluentIntegralIdentities.lean::I4ConfluentIntegralIdentities.adjusted_transverse_right: binder ( H : ℝ → ℝ ) is neither a sampled numeric type (ℕ ℤ ℚ ℝ) nor a decidable hypothesis +UNSUPPORTED: ContactJetCovariance.lean::I4ContactGram.contactWitness_transpose_mulVec_eq_zero: binder ( h : ( contactWitness c ) ᵀ * ᵥ z = 0 ) is neither a sampled numeric type (ℕ ℤ ℚ ℝ) nor a decidable hypothesis +UNSUPPORTED: ContactJetCovariance.lean::I4ContactGram.contactWitness_transpose_injective: unsupported syntax: notation 'ᵀ' +UNSUPPORTED: ContactJetCovariance.lean::I4ContactGram.contactWitness_amplitude_transpose_injective: unsupported syntax: notation 'ᵀ' +UNSUPPORTED: ContactJetCovariance.lean::I4ContactGram.coefficient_product_summable: binder ( ha : Summable a ) is neither a sampled numeric type (ℕ ℤ ℚ ℝ) nor a decidable hypothesis +UNSUPPORTED: ContactJetCovariance.lean::I4ContactGram.coefficientGram_quadratic_hasSum: binder ( coeff : Fin n → ι → ℝ ) is neither a sampled numeric type (ℕ ℤ ℚ ℝ) nor a decidable hypothesis +UNSUPPORTED: ContactJetCovariance.lean::I4ContactGram.coefficientGram_posDef_of_separating: binder ( coeff : Fin n → ι → ℝ ) is neither a sampled numeric type (ℕ ℤ ℚ ℝ) nor a decidable hypothesis +UNSUPPORTED: ContactJetCovariance.lean::I4ContactGram.contact_coefficientGram_posDef: binder ( coeff : Fin 7 → ι → ℝ ) is neither a sampled numeric type (ℕ ℤ ℚ ℝ) nor a decidable hypothesis +UNSUPPORTED: ContactJetCovariance.lean::I4ContactGram.contact_schur_pos: binder ( B : Matrix ( Fin 6 ) Unit ℝ ) is neither a sampled numeric type (ℕ ℤ ℚ ℝ) nor a decidable hypothesis +UNSUPPORTED: GaussianRegressionLimits.lean::I4GaussianRegressionLimits.tendsto_matrix_mul_explicit: binder { u : Filter α } is neither a sampled numeric type (ℕ ℤ ℚ ℝ) nor a decidable hypothesis +UNSUPPORTED: GaussianRegressionLimits.lean::I4GaussianRegressionLimits.tendsto_matrix_mulVec_explicit: binder { u : Filter α } is neither a sampled numeric type (ℕ ℤ ℚ ℝ) nor a decidable hypothesis +UNSUPPORTED: GaussianRegressionLimits.lean::I4GaussianRegressionLimits.regression_parameter_limits: binder ( u : Filter a ) is neither a sampled numeric type (ℕ ℤ ℚ ℝ) nor a decidable hypothesis +UNSUPPORTED: GaussianRegressionLimits.lean::I4GaussianRegressionLimits.bounds_from_limits: binder ( f : ℝ → ( ι → ℝ ) ) is neither a sampled numeric type (ℕ ℤ ℚ ℝ) nor a decidable hypothesis +UNSUPPORTED: GaussianRegressionLimits.lean::I4GaussianRegressionLimits.regression_uniform_bounds: binder ( G : ℝ → Matrix p p ℝ ) is neither a sampled numeric type (ℕ ℤ ℚ ℝ) nor a decidable hypothesis +UNSUPPORTED: GaussianWeightedMajorants.lean::I4GaussianMajorant.standardAbsMoment_integrable: conclusion is a structural predicate ['Integrable']: trivial on finite discrete models (every set is measurable, every function measurable and integrable), so sampling has no content here +UNSUPPORTED: GaussianWeightedMajorants.lean::I4GaussianMajorant.weightedAbsSeries_nonneg: binder ( U : I → Ω → ℝ ) is neither a sampled numeric type (ℕ ℤ ℚ ℝ) nor a decidable hypothesis +UNSUPPORTED: GaussianWeightedMajorants.lean::I4GaussianMajorant.weightedAbsSeries_measurable: binder ( U : I → Ω → ℝ ) is neither a sampled numeric type (ℕ ℤ ℚ ℝ) nor a decidable hypothesis +UNSUPPORTED: GaussianWeightedMajorants.lean::I4GaussianMajorant.coordinate_eLpNorm: binder ( U : I → Ω → ℝ ) is neither a sampled numeric type (ℕ ℤ ℚ ℝ) nor a decidable hypothesis +UNSUPPORTED: GaussianWeightedMajorants.lean::I4GaussianMajorant.weightedAbsSeries_memLp_bound: binder ( U : I → Ω → ℝ ) is neither a sampled numeric type (ℕ ℤ ℚ ℝ) nor a decidable hypothesis +UNSUPPORTED: GaussianWeightedMajorants.lean::I4GaussianMajorant.weightedAbsSeries_ae_summable: binder ( U : I → Ω → ℝ ) is neither a sampled numeric type (ℕ ℤ ℚ ℝ) nor a decidable hypothesis +UNSUPPORTED: GaussianWeightedMajorants.lean::I4GaussianMajorant.eLpNorm_nat_pow_integral: unbounded quantifier over ω +UNSUPPORTED: GaussianWeightedMajorants.lean::I4GaussianMajorant.weightedAbsSeries_moment: binder ( U : I → Ω → ℝ ) is neither a sampled numeric type (ℕ ℤ ℚ ℝ) nor a decidable hypothesis +CORROBORATED: GaussianWeightedMajorants.lean::I4GaussianMajorant.exp_mul_abs_le: holds on 64 sampled instances satisfying the hypotheses (0 draws rejected by the hypotheses, 10 infeasible, seed 1): sampling is admitted evidence of the statement, not a proof of it +UNSUPPORTED: GaussianWeightedMajorants.lean::I4GaussianMajorant.foldedGaussian_exp: unparsed statement: SyntaxError: expected ',', got : +UNSUPPORTED: GaussianWeightedMajorants.lean::I4GaussianMajorant.finite_exp_jensen: binder ( s : Finset I ) is neither a sampled numeric type (ℕ ℤ ℚ ℝ) nor a decidable hypothesis +UNSUPPORTED: GaussianWeightedMajorants.lean::I4GaussianMajorant.finite_exp_integrable_bound: binder ( s : Finset I ) is neither a sampled numeric type (ℕ ℤ ℚ ℝ) nor a decidable hypothesis +UNSUPPORTED: GaussianWeightedMajorants.lean::I4GaussianMajorant.weightedAbsSeries_exp_posWeight: binder ( U : I → Ω → ℝ ) is neither a sampled numeric type (ℕ ℤ ℚ ℝ) nor a decidable hypothesis +UNSUPPORTED: GaussianWeightedMajorants.lean::I4GaussianMajorant.weightedAbsSeries_exp_bound: binder ( U : I → Ω → ℝ ) is neither a sampled numeric type (ℕ ℤ ℚ ℝ) nor a decidable hypothesis +UNSUPPORTED: GaussianWeightedMajorants.lean::I4GaussianMajorant.weightedAbsSeries_upper_tail: binder ( U : I → Ω → ℝ ) is neither a sampled numeric type (ℕ ℤ ℚ ℝ) nor a decidable hypothesis +UNSUPPORTED: ScalarProductCurvatureBound.lean::I4ScalarProductCurvature.regular_bounds: proposition of form App +UNSUPPORTED: ScalarProductCurvatureBound.lean::I4ScalarProductCurvature.scalar_product_tube_integral_bound: binder ( ν : Measure ℝ ) is neither a sampled numeric type (ℕ ℤ ℚ ℝ) nor a decidable hypothesis +UNSUPPORTED: ScalarProductCurvatureBound.lean::I4ScalarProductCurvature.scalar_product_regular_integral_bound: binder ( ν : Measure ℝ ) is neither a sampled numeric type (ℕ ℤ ℚ ℝ) nor a decidable hypothesis +UNSUPPORTED: SourceActualFiniteSuperlevelComponents.lean::I4SourceActualFiniteSuperlevelComponents.actualClosedSuperlevel_compact: binder ( omega : I4SmoothCarrier.SmoothSample 2 L ) is neither a sampled numeric type (ℕ ℤ ℚ ℝ) nor a decidable hypothesis +UNSUPPORTED: SourceActualFiniteSuperlevelComponents.lean::I4SourceActualFiniteSuperlevelComponents.actualClosedSuperlevel_locallyPathConnected: binder ( omega : I4SmoothCarrier.SmoothSample 2 L ) is neither a sampled numeric type (ℕ ℤ ℚ ℝ) nor a decidable hypothesis +UNSUPPORTED: SourceActualFiniteSuperlevelComponents.lean::I4SourceActualFiniteSuperlevelComponents.consumeFiniteClosedSubtype: binder ( omega : I4SmoothCarrier.SmoothSample 2 L ) is neither a sampled numeric type (ℕ ℤ ℚ ℝ) nor a decidable hypothesis +UNSUPPORTED: SourceActualFiniteSuperlevelComponents.lean::I4SourceActualFiniteSuperlevelComponents.actualSource_finite_closedSuperlevel_components: binder ( omega : I4SmoothCarrier.SmoothSample 2 L ) is neither a sampled numeric type (ℕ ℤ ℚ ℝ) nor a decidable hypothesis +UNSUPPORTED: SourceActualFiniteSuperlevelComponents.lean::I4SourceActualFiniteSuperlevelComponents.finiteField_value: binder ( p : I4SourceFiniteTrig.TrigPoly ) is neither a sampled numeric type (ℕ ℤ ℚ ℝ) nor a decidable hypothesis +UNSUPPORTED: SourceActualFiniteSuperlevelComponents.lean::I4SourceActualFiniteSuperlevelComponents.fixture_actualField: binder ( X : UniversalLaw.Spec.Lifetime.E 2 ) is neither a sampled numeric type (ℕ ℤ ℚ ℝ) nor a decidable hypothesis +UNSUPPORTED: SourceActualFiniteSuperlevelComponents.lean::I4SourceActualFiniteSuperlevelComponents.fixture_pullback: fixtureTorusField returns a function that is not a lambda +UNSUPPORTED: SourceActualFiniteSuperlevelComponents.lean::I4SourceActualFiniteSuperlevelComponents.fixture_fieldBounds: binder ( q : I4Torus.SourceTorus 2 2 ) is neither a sampled numeric type (ℕ ℤ ℚ ℝ) nor a decidable hypothesis +UNSUPPORTED: SourceActualFiniteSuperlevelComponents.lean::I4SourceActualFiniteSuperlevelComponents.coordinate_max_zero: unparsed statement: SyntaxError: trailing tokens from ')' +UNSUPPORTED: SourceActualFiniteSuperlevelComponents.lean::I4SourceActualFiniteSuperlevelComponents.fixture_maxLevel: unsupported syntax: brace term that is not a set-builder +UNSUPPORTED: SourceActualFiniteSuperlevelComponents.lean::I4SourceActualFiniteSuperlevelComponents.fixture_emptyLevel: SourceActualFoldTorus.actualTorusField applied to 1 arguments +UNSUPPORTED: SourceActualFiniteSuperlevelComponents.lean::I4SourceActualFiniteSuperlevelComponents.fixture_wholeLevel: SourceActualFoldTorus.actualTorusField applied to 1 arguments +UNSUPPORTED: SourceActualFiniteSuperlevelComponents.lean::I4SourceActualFiniteSuperlevelComponents.fixture_whole_nonempty: proposition of form App +UNSUPPORTED: SourceActualFiniteSuperlevelComponents.lean::I4SourceActualFiniteSuperlevelComponents.fixture_maxLocalTopology: proposition of form App +UNSUPPORTED: SourceActualFiniteSuperlevelComponents.lean::I4SourceActualFiniteSuperlevelComponents.fixture_emptyLocalTopology: proposition of form App +UNSUPPORTED: SourceActualFiniteSuperlevelComponents.lean::I4SourceActualFiniteSuperlevelComponents.fixture_wholeLocalTopology: proposition of form App +UNSUPPORTED: SourceActualFiniteSuperlevelComponents.lean::I4SourceActualFiniteSuperlevelComponents.fixture_finite_max: proposition of form App +UNSUPPORTED: SourceActualFiniteSuperlevelComponents.lean::I4SourceActualFiniteSuperlevelComponents.fixture_finite_empty: proposition of form App +UNSUPPORTED: SourceActualFiniteSuperlevelComponents.lean::I4SourceActualFiniteSuperlevelComponents.fixture_finite_whole: proposition of form App +UNSUPPORTED: SourceActualFoldCandidate.lean::I4SourceActualFoldCandidate.derivative_zero_of_coordinate_pins: binder ( D : ( Fin 2 → ℝ ) → L [ ℝ ] ℝ ) is neither a sampled numeric type (ℕ ℤ ℚ ℝ) nor a decidable hypothesis +UNSUPPORTED: SourceActualFoldCandidate.lean::I4SourceActualFoldCandidate.actual_critical_of_coordinate_pins: binder ( sample : SmoothSample 2 L ) is neither a sampled numeric type (ℕ ℤ ℚ ℝ) nor a decidable hypothesis +UNSUPPORTED: SourceActualFoldCandidate.lean::I4SourceActualFoldCandidate.actual_rawPins_critical: binder ( sample : SmoothSample 2 L ) is neither a sampled numeric type (ℕ ℤ ℚ ℝ) nor a decidable hypothesis +UNSUPPORTED: SourceActualFoldCandidate.lean::I4SourceActualFoldCandidate.actual_hessian_coordinates: binder ( sample : SmoothSample 2 L ) is neither a sampled numeric type (ℕ ℤ ℚ ℝ) nor a decidable hypothesis +UNSUPPORTED: SourceActualFoldCandidate.lean::I4SourceActualFoldCandidate.actual_hessian_physical: binder ( sample : SmoothSample 2 L ) is neither a sampled numeric type (ℕ ℤ ℚ ℝ) nor a decidable hypothesis +UNSUPPORTED: SourceActualFoldCandidate.lean::I4SourceActualFoldCandidate.actual_rawPins_heights: binder ( sample : SmoothSample 2 L ) is neither a sampled numeric type (ℕ ℤ ℚ ℝ) nor a decidable hypothesis +UNSUPPORTED: SourceActualFoldCandidate.lean::I4SourceActualFoldCandidate.actual_torus_lifetime_pullback: binder ( sample : SmoothSample 2 L ) is neither a sampled numeric type (ℕ ℤ ℚ ℝ) nor a decidable hypothesis +UNSUPPORTED: SourceActualFoldCandidate.lean::I4SourceActualFoldCandidate.interface_values_eq_actual: binder ( sample : SmoothSample 2 L ) is neither a sampled numeric type (ℕ ℤ ℚ ℝ) nor a decidable hypothesis +UNSUPPORTED: SourceActualFoldCandidate.lean::I4SourceActualFoldCandidate.coordinates_endpointLiftM: result type E d ≃ L [ ℝ ] ( Fin d → ℝ ) +UNSUPPORTED: SourceActualFoldCandidate.lean::I4SourceActualFoldCandidate.coordinates_endpointLiftS: result type E d ≃ L [ ℝ ] ( Fin d → ℝ ) +UNSUPPORTED: SourceActualFoldCandidate.lean::I4SourceActualFoldCandidate.torusProjection_endpointLiftM: result type SourceTorus d L +UNSUPPORTED: SourceActualFoldCandidate.lean::I4SourceActualFoldCandidate.torusProjection_endpointLiftS: result type SourceTorus d L +UNSUPPORTED: SourceActualFoldCandidate.lean::I4SourceActualFoldCandidate.endpointLiftM_apply: result type E 2 +UNSUPPORTED: SourceActualFoldCandidate.lean::I4SourceActualFoldCandidate.endpointLiftS_apply: result type E 2 +UNSUPPORTED: SourceActualFoldCandidate.lean::I4SourceActualFoldCandidate.endpoint_lifts_sub_norm: result type E 2 +UNSUPPORTED: SourceActualFoldCandidate.lean::I4SourceActualFoldCandidate.endpoint_lifts_lattice_lower: result type E 2 +UNSUPPORTED: SourceActualFoldCandidate.lean::I4SourceActualFoldCandidate.endpoint_lifts_torusDist: definition torusDist has an unparsed body +UNSUPPORTED: SourceActualFoldCandidate.lean::I4SourceActualFoldCandidate.endpoint_lifts_torusDist_unit_zero: definition torusDist has an unparsed body +UNSUPPORTED: SourceActualFoldCandidate.lean::I4SourceActualFoldCandidate.endpoint_lifts_torusDist_unit_ne_radius: definition torusDist has an unparsed body +UNSUPPORTED: SourceActualFoldCandidate.lean::I4SourceActualFoldCandidate.ridge_profileSlopeFirst_eq_schur: binder { V : ℝ × ℝ → ℝ } is neither a sampled numeric type (ℕ ℤ ℚ ℝ) nor a decidable hypothesis +UNSUPPORTED: SourceActualFoldCandidate.lean::I4SourceActualFoldCandidate.endpoint_schur_signs: binder { V : ℝ × ℝ → ℝ } is neither a sampled numeric type (ℕ ℤ ℚ ℝ) nor a decidable hypothesis +UNSUPPORTED: SourceActualFoldCandidate.lean::I4SourceActualFoldCandidate.actual_endpoint_schur_signs: binder ( sample : SmoothSample 2 L ) is neither a sampled numeric type (ℕ ℤ ℚ ℝ) nor a decidable hypothesis +UNSUPPORTED: SourceActualFoldCandidate.lean::I4SourceActualFoldCandidate.planar_vector_decomposition: binder ( v : ℝ × ℝ ) is neither a sampled numeric type (ℕ ℤ ℚ ℝ) nor a decidable hypothesis +UNSUPPORTED: SourceActualFoldCandidate.lean::I4SourceActualFoldCandidate.planar_bilinear_quadratic: binder ( B : ( ℝ × ℝ ) → L [ ℝ ] ( ℝ × ℝ ) → L [ ℝ ] ℝ ) is neither a sampled numeric type (ℕ ℤ ℚ ℝ) nor a decidable hypothesis +UNSUPPORTED: SourceActualFoldCandidate.lean::I4SourceActualFoldCandidate.actual_planar_hessian_quadratic: binder ( sample : SmoothSample 2 L ) is neither a sampled numeric type (ℕ ℤ ℚ ℝ) nor a decidable hypothesis +CORROBORATED: SourceActualFoldCandidate.lean::I4SourceActualFoldCandidate.planar_quadratic_complete_square: holds on 64 sampled instances satisfying the hypotheses (1 draws rejected by the hypotheses, 0 infeasible, seed 1): sampling is admitted evidence of the statement, not a proof of it +UNSUPPORTED: SourceActualFoldCandidate.lean::I4SourceActualFoldCandidate.hessianHasInertia_two_of_diag: binder ( g : E 2 → ℝ ) is neither a sampled numeric type (ℕ ℤ ℚ ℝ) nor a decidable hypothesis +UNSUPPORTED: SourceActualFoldCandidate.lean::I4SourceActualFoldCandidate.hessianHasInertia_one_of_diag: binder ( g : E 2 → ℝ ) is neither a sampled numeric type (ℕ ℤ ℚ ℝ) nor a decidable hypothesis +UNSUPPORTED: SourceActualFoldCandidate.lean::I4SourceActualFoldCandidate.actual_hessian_complete_square: binder ( sample : SmoothSample 2 L ) is neither a sampled numeric type (ℕ ℤ ℚ ℝ) nor a decidable hypothesis +UNSUPPORTED: SourceActualFoldCandidate.lean::I4SourceActualFoldCandidate.actual_rawPins_ridge_types: binder ( sample : SmoothSample 2 L ) is neither a sampled numeric type (ℕ ℤ ℚ ℝ) nor a decidable hypothesis +UNSUPPORTED: SourceActualFoldCandidate.lean::I4SourceActualFoldCandidate.actual_rawPins_ridge_candidate: binder ( sample : SmoothSample 2 L ) is neither a sampled numeric type (ℕ ℤ ℚ ℝ) nor a decidable hypothesis +UNSUPPORTED: SourceActualFoldCandidate.lean::I4SourceActualFoldCandidate.sourceGapLaw_actual_candidate_death_h0: unsupported syntax: existential quantifier +UNSUPPORTED: SourceActualFoldDeath.lean::I4SourceActualFoldDeath.physicalChart_apply: binder ( p : ℝ × ℝ ) is neither a sampled numeric type (ℕ ℤ ℚ ℝ) nor a decidable hypothesis +UNSUPPORTED: SourceActualFoldDeath.lean::I4SourceActualFoldDeath.physicalChart_M: physicalChart applied to 3 of 2 arguments +UNSUPPORTED: SourceActualFoldDeath.lean::I4SourceActualFoldDeath.physicalChart_S: physicalChart applied to 3 of 2 arguments +UNSUPPORTED: SourceActualFoldDeath.lean::I4SourceActualFoldDeath.actualField_pullback: binder ( sample : SmoothSample 2 L ) is neither a sampled numeric type (ℕ ℤ ℚ ℝ) nor a decidable hypothesis +UNSUPPORTED: SourceActualFoldDeath.lean::I4SourceActualFoldDeath.actualField_continuous: binder ( sample : SmoothSample 2 L ) is neither a sampled numeric type (ℕ ℤ ℚ ℝ) nor a decidable hypothesis +UNSUPPORTED: SourceActualFoldDeath.lean::I4SourceActualFoldDeath.scaled_rectangle_death: binder ( g : TorusFiltration.superlevelBar_E 2 → ℝ ) is neither a sampled numeric type (ℕ ℤ ℚ ℝ) nor a decidable hypothesis +UNSUPPORTED: SourceActualFoldDeath.lean::I4SourceActualFoldDeath.actual_rectangle_death: binder ( sample : SmoothSample 2 L ) is neither a sampled numeric type (ℕ ℤ ℚ ℝ) nor a decidable hypothesis +UNSUPPORTED: SourceActualFoldDeath.lean::I4SourceActualFoldDeath.sourceGapLaw_actual_death_clearance: unsupported syntax: existential quantifier +UNSUPPORTED: SourceActualFoldH0.lean::SourceActualFoldH0.toElderTrap: binder { M P : X } is neither a sampled numeric type (ℕ ℤ ℚ ℝ) nor a decidable hypothesis +UNSUPPORTED: SourceActualFoldH0.lean::SourceActualFoldH0.h0Section_retraction: binder ( T : TorusTrapData g M P b d D ) is neither a sampled numeric type (ℕ ℤ ℚ ℝ) nor a decidable hypothesis +CORROBORATED: SourceActualFoldH0.lean::SourceActualFoldH0.fold_interval_endpoints: holds on 64 sampled instances satisfying the hypotheses (4 draws rejected by the hypotheses, 0 infeasible, seed 1): sampling is admitted evidence of the statement, not a proof of it +UNSUPPORTED: SourceActualFoldH0.lean::SourceActualFoldH0.sourceGapLaw_actual_torus_trap_h0: unsupported syntax: existential quantifier +UNSUPPORTED: SourceActualFoldH0.lean::SourceActualFoldH0.sourceGapLaw_actual_torus_h0: unsupported syntax: existential quantifier +UNSUPPORTED: SourceActualFoldTorus.lean::SourceActualFoldTorus.torusProjection2L_continuous: proposition of form App +UNSUPPORTED: SourceActualFoldTorus.lean::SourceActualFoldTorus.torusProjection2L_open: proposition of form App +UNSUPPORTED: SourceActualFoldTorus.lean::SourceActualFoldTorus.torusProjection2L_surjective: proposition of form App +UNSUPPORTED: SourceActualFoldTorus.lean::SourceActualFoldTorus.sourceTorus2L_t2: proposition of form App +UNSUPPORTED: SourceActualFoldTorus.lean::SourceActualFoldTorus.actualTorusField_pullback: binder ( sample : SmoothSample 2 L ) is neither a sampled numeric type (ℕ ℤ ℚ ℝ) nor a decidable hypothesis +UNSUPPORTED: SourceActualFoldTorus.lean::SourceActualFoldTorus.actualTorusField_continuous: binder ( sample : SmoothSample 2 L ) is neither a sampled numeric type (ℕ ℤ ℚ ℝ) nor a decidable hypothesis +UNSUPPORTED: SourceActualFoldTorus.lean::SourceActualFoldTorus.physicalPi_eq_chart: binder ( p : ℝ × ℝ ) is neither a sampled numeric type (ℕ ℤ ℚ ℝ) nor a decidable hypothesis +UNSUPPORTED: SourceActualFoldTorus.lean::SourceActualFoldTorus.torusPhysicalMap_continuous: proposition of form App +UNSUPPORTED: SourceActualFoldTorus.lean::SourceActualFoldTorus.torusPhysicalMap_open: proposition of form App +UNSUPPORTED: SourceActualFoldTorus.lean::SourceActualFoldTorus.actualTorusField_physical_pullback: binder ( sample : SmoothSample 2 L ) is neither a sampled numeric type (ℕ ℤ ℚ ℝ) nor a decidable hypothesis +UNSUPPORTED: SourceActualFoldTorus.lean::SourceActualFoldTorus.strictClearanceSet_eq_C263: binder ( g : TorusFiltration.superlevelBar_E n → ℝ ) is neither a sampled numeric type (ℕ ℤ ℚ ℝ) nor a decidable hypothesis +UNSUPPORTED: SourceActualFoldTorus.lean::SourceActualFoldTorus.TorusTrapData.strictClearanceSet_eq_Iio: binder { M P : X } is neither a sampled numeric type (ℕ ℤ ℚ ℝ) nor a decidable hypothesis +UNSUPPORTED: SourceActualFoldTorus.lean::SourceActualFoldTorus.TorusTrapData.strictClearanceDeath_eq: binder { M P : X } is neither a sampled numeric type (ℕ ℤ ℚ ℝ) nor a decidable hypothesis +UNSUPPORTED: SourceActualFoldTorus.lean::SourceActualFoldTorus.scaled_rectangle_trap: instance binder [ T2Space X ] cannot be sampled +UNSUPPORTED: SourceActualFoldTorus.lean::SourceActualFoldTorus.torusPhysicalMap_M: result type I4Torus.SourceTorus 2 L +UNSUPPORTED: SourceActualFoldTorus.lean::SourceActualFoldTorus.torusPhysicalMap_S: result type I4Torus.SourceTorus 2 L +UNSUPPORTED: SourceActualFoldTorus.lean::SourceActualFoldTorus.torusPhysicalMap_field_eq: binder ( sample : SmoothSample 2 L ) is neither a sampled numeric type (ℕ ℤ ℚ ℝ) nor a decidable hypothesis +UNSUPPORTED: SourceActualFoldTorus.lean::SourceActualFoldTorus.actual_rectangle_torus: binder ( sample : SmoothSample 2 L ) is neither a sampled numeric type (ℕ ℤ ℚ ℝ) nor a decidable hypothesis +UNSUPPORTED: SourceActualFoldTorus.lean::SourceActualFoldTorus.sourceGapLaw_actual_torus_trap_clearance: unsupported syntax: existential quantifier +UNSUPPORTED: SourceActualFoldTorus.lean::SourceActualFoldTorus.sourceGapLaw_actual_torus_clearance: unsupported syntax: existential quantifier +UNSUPPORTED: SourceActualLowerSeparation.lean::I4SourceActualLowerSeparation.actualSource_closedSuperlevel_ambient_separation: binder ( omega : I4SmoothCarrier.SmoothSample 2 L ) is neither a sampled numeric type (ℕ ℤ ℚ ℝ) nor a decidable hypothesis +UNSUPPORTED: SourceActualLowerSeparation.lean::I4SourceActualLowerSeparation.actualSource_lower_clearance: binder ( omega : SmoothSample 2 L ) is neither a sampled numeric type (ℕ ℤ ℚ ℝ) nor a decidable hypothesis +UNSUPPORTED: SourceActualLowerSeparation.lean::I4SourceActualLowerSeparation.joinedIn_disjoint_open_piece: binder ( U : I → Set X ) is neither a sampled numeric type (ℕ ℤ ℚ ℝ) nor a decidable hypothesis +UNSUPPORTED: SourceActualLowerSeparation.lean::I4SourceActualLowerSeparation.actualSource_injective_of_ambient_separation: binder ( omega : SmoothSample 2 L ) is neither a sampled numeric type (ℕ ℤ ℚ ℝ) nor a decidable hypothesis +UNSUPPORTED: SourceActualLowerSeparation.lean::I4SourceActualLowerSeparation.actualSource_closedSuperlevel_componentInclusion_locally_injective: binder ( omega : I4SmoothCarrier.SmoothSample 2 L ) is neither a sampled numeric type (ℕ ℤ ℚ ℝ) nor a decidable hypothesis +UNSUPPORTED: SourceActualMorseLocalModel.lean::I4SourceActualMorseLocalModel.taylor_weight_integral: unparsed statement: SyntaxError: expected ',', got : +UNSUPPORTED: SourceActualMorseLocalModel.lean::I4SourceActualMorseLocalModel.taylorMatrix_zero_general: binder ( h : Point2 → ℝ ) is neither a sampled numeric type (ℕ ℤ ℚ ℝ) nor a decidable hypothesis +UNSUPPORTED: SourceActualMorseLocalModel.lean::I4SourceActualMorseLocalModel.normalizedField_contDiff: binder ( omega : SmoothSample 2 L ) is neither a sampled numeric type (ℕ ℤ ℚ ℝ) nor a decidable hypothesis +UNSUPPORTED: SourceActualMorseLocalModel.lean::I4SourceActualMorseLocalModel.normalized_hessian_zero: binder ( g : E2 → ℝ ) is neither a sampled numeric type (ℕ ℤ ℚ ℝ) nor a decidable hypothesis +UNSUPPORTED: SourceActualMorseLocalModel.lean::I4SourceActualMorseLocalModel.actual_taylorMatrix_zero: binder ( omega : SmoothSample 2 L ) is neither a sampled numeric type (ℕ ℤ ℚ ℝ) nor a decidable hypothesis +UNSUPPORTED: SourceActualMorseLocalModel.lean::I4SourceActualMorseLocalModel.jBranch_sign_square: unknown name i.val +UNSUPPORTED: SourceActualMorseLocalModel.lean::I4SourceActualMorseLocalModel.jBranch_jMatrix_square: unknown function Matrix.diagonal +UNSUPPORTED: SourceActualMorseLocalModel.lean::I4SourceActualMorseLocalModel.jBranch_jMatrix_transpose: unknown function .transpose +UNSUPPORTED: SourceActualMorseLocalModel.lean::I4SourceActualMorseLocalModel.jBranch_det_contDiff: proposition of form App +UNSUPPORTED: SourceActualMorseLocalModel.lean::I4SourceActualMorseLocalModel.jBranch_trace_contDiff: proposition of form App +UNSUPPORTED: SourceActualMorseLocalModel.lean::I4SourceActualMorseLocalModel.jBranch_product_contDiff: proposition of form App +UNSUPPORTED: SourceActualMorseLocalModel.lean::I4SourceActualMorseLocalModel.jBranchDomain_isOpen: proposition of form App +UNSUPPORTED: SourceActualMorseLocalModel.lean::I4SourceActualMorseLocalModel.jMatrix_mem_jBranchDomain: result type Set Mat2 +UNSUPPORTED: SourceActualMorseLocalModel.lean::I4SourceActualMorseLocalModel.jBranch_center: unknown function Matrix.diagonal +UNSUPPORTED: SourceActualMorseLocalModel.lean::I4SourceActualMorseLocalModel.jBranch_contDiffOn: proposition of form App +UNSUPPORTED: SourceActualMorseLocalModel.lean::I4SourceActualMorseLocalModel.jBranch_cayleyHamilton2: unknown name Z.det +UNSUPPORTED: SourceActualMorseLocalModel.lean::I4SourceActualMorseLocalModel.jBranch_numerator_congruence: unknown name M.transpose +UNSUPPORTED: SourceActualMorseLocalModel.lean::I4SourceActualMorseLocalModel.jBranch_congruence: result type Set Mat2 +UNSUPPORTED: SourceActualMorseLocalModel.lean::I4SourceActualMorseLocalModel.inertia60_bilin_apply: binder ( g : E2 → ℝ ) is neither a sampled numeric type (ℕ ℤ ℚ ℝ) nor a decidable hypothesis +UNSUPPORTED: SourceActualMorseLocalModel.lean::I4SourceActualMorseLocalModel.inertia60_separating: binder ( C : E2 → ₗ [ ℝ ] E2 → ₗ [ ℝ ] ℝ ) is neither a sampled numeric type (ℕ ℤ ℚ ℝ) nor a decidable hypothesis +UNSUPPORTED: SourceActualMorseLocalModel.lean::I4SourceActualMorseLocalModel.inertia60_order_weights: binder ( hj : ( { i : Fin 2 | w i < 0 } : Set ( Fin 2 ) ) . ncard = j ) is neither a sampled numeric type (ℕ ℤ ℚ ℝ) nor a decidable hypothesis +UNSUPPORTED: SourceActualMorseLocalModel.lean::I4SourceActualMorseLocalModel.actual_ordered_normalizer: binder ( omega : SmoothSample 2 L ) is neither a sampled numeric type (ℕ ℤ ℚ ℝ) nor a decidable hypothesis +UNSUPPORTED: SourceActualMorseLocalModel.lean::I4SourceActualMorseLocalModel.compact_interval_integral_c1: binder ( F : Point2 × ℝ → ℝ ) is neither a sampled numeric type (ℕ ℤ ℚ ℝ) nor a decidable hypothesis +UNSUPPORTED: SourceActualMorseLocalModel.lean::I4SourceActualMorseLocalModel.hessianEntry_contDiff: binder ( h : Point2 → ℝ ) is neither a sampled numeric type (ℕ ℤ ℚ ℝ) nor a decidable hypothesis +UNSUPPORTED: SourceActualMorseLocalModel.lean::I4SourceActualMorseLocalModel.actual_taylorMatrix_contDiff: binder ( omega : SmoothSample 2 L ) is neither a sampled numeric type (ℕ ℤ ℚ ℝ) nor a decidable hypothesis +UNSUPPORTED: SourceActualMorseLocalModel.lean::I4SourceActualMorseLocalModel.actual_taylorMatrix_symm: binder ( omega : SmoothSample 2 L ) is neither a sampled numeric type (ℕ ℤ ℚ ℝ) nor a decidable hypothesis +CORROBORATED: SourceActualMorseLocalModel.lean::I4SourceActualMorseLocalModel.point2_decomp: holds on 64 sampled instances satisfying the hypotheses (0 draws rejected by the hypotheses, 0 infeasible, seed 1): sampling is admitted evidence of the statement, not a proof of it +UNSUPPORTED: SourceActualMorseLocalModel.lean::I4SourceActualMorseLocalModel.bilinear_coordinates: binder ( B : Point2 → L [ ℝ ] Point2 → L [ ℝ ] ℝ ) is neither a sampled numeric type (ℕ ℤ ℚ ℝ) nor a decidable hypothesis +UNSUPPORTED: SourceActualMorseLocalModel.lean::I4SourceActualMorseLocalModel.taylor_integral_coordinates: binder ( h : Point2 → ℝ ) is neither a sampled numeric type (ℕ ℤ ℚ ℝ) nor a decidable hypothesis +UNSUPPORTED: SourceActualMorseLocalModel.lean::I4SourceActualMorseLocalModel.actual_normalized_critical: binder ( omega : SmoothSample 2 L ) is neither a sampled numeric type (ℕ ℤ ℚ ℝ) nor a decidable hypothesis +UNSUPPORTED: SourceActualMorseLocalModel.lean::I4SourceActualMorseLocalModel.actual_taylor_formula: binder ( omega : SmoothSample 2 L ) is neither a sampled numeric type (ℕ ℤ ℚ ℝ) nor a decidable hypothesis +UNSUPPORTED: SourceActualMorseLocalModel.lean::I4SourceActualMorseLocalModel.matrixCLM_apply: unsupported syntax: notation 'ᵥ' +UNSUPPORTED: SourceActualMorseLocalModel.lean::I4SourceActualMorseLocalModel.matrixCLM_one: result type Point2 → L [ ℝ ] Point2 +UNSUPPORTED: SourceActualMorseLocalModel.lean::I4SourceActualMorseLocalModel.matrixCLM_contDiff: proposition of form App +UNSUPPORTED: SourceActualMorseLocalModel.lean::I4SourceActualMorseLocalModel.normalizedResponse_contDiffAt: binder ( omega : SmoothSample 2 L ) is neither a sampled numeric type (ℕ ℤ ℚ ℝ) nor a decidable hypothesis +UNSUPPORTED: SourceActualMorseLocalModel.lean::I4SourceActualMorseLocalModel.normalizedResponse_hasFDerivAt: binder ( omega : SmoothSample 2 L ) is neither a sampled numeric type (ℕ ℤ ℚ ℝ) nor a decidable hypothesis +UNSUPPORTED: SourceActualMorseLocalModel.lean::I4SourceActualMorseLocalModel.q2_smul: unknown name i.val +UNSUPPORTED: SourceActualMorseLocalModel.lean::I4SourceActualMorseLocalModel.cone_ball_pathConnected: proposition of form App +UNSUPPORTED: SourceActualMorseLocalModel.lean::I4SourceActualMorseLocalModel.criticalConeBasis_of_chart: binder ( g : E2 → ℝ ) is neither a sampled numeric type (ℕ ℤ ℚ ℝ) nor a decidable hypothesis +UNSUPPORTED: SourceActualMorseLocalModel.lean::I4SourceActualMorseLocalModel.congruence_quadratic: unsupported syntax: notation 'ᵥ' +UNSUPPORTED: SourceActualMorseLocalModel.lean::I4SourceActualMorseLocalModel.normalized_localModel: binder ( omega : SmoothSample 2 L ) is neither a sampled numeric type (ℕ ℤ ℚ ℝ) nor a decidable hypothesis +UNSUPPORTED: SourceActualMorseLocalModel.lean::I4SourceActualMorseLocalModel.actualSource_c1_quadratic_localModel: binder ( omega : SmoothSample 2 L ) is neither a sampled numeric type (ℕ ℤ ℚ ℝ) nor a decidable hypothesis +UNSUPPORTED: SourceActualMorseLocalModel.lean::I4SourceActualMorseLocalModel.fixture_axis_phase: dimension d is not bound +UNSUPPORTED: SourceActualMorseLocalModel.lean::I4SourceActualMorseLocalModel.fixture_axisCos_eval: result type TrigPoly +UNSUPPORTED: SourceActualMorseLocalModel.lean::I4SourceActualMorseLocalModel.fixture_axisSin_eval: result type TrigPoly +UNSUPPORTED: SourceActualMorseLocalModel.lean::I4SourceActualMorseLocalModel.fixture_poly_eval: result type TrigPoly +UNSUPPORTED: SourceActualMorseLocalModel.lean::I4SourceActualMorseLocalModel.fixture_sample_field: smoothSourceField applied to 3 of 4 arguments +UNSUPPORTED: SourceActualMorseLocalModel.lean::I4SourceActualMorseLocalModel.fixture_field_formula: smoothSourceField applied to 3 of 4 arguments +UNSUPPORTED: SourceActualMorseLocalModel.lean::I4SourceActualMorseLocalModel.fixture_original_mode_derivative: binder ( u : Fin n → Point2 ) is neither a sampled numeric type (ℕ ℤ ℚ ℝ) nor a decidable hypothesis +UNSUPPORTED: SourceActualMorseLocalModel.lean::I4SourceActualMorseLocalModel.fixture_expr_hasFDerivAt: proposition of form App +UNSUPPORTED: SourceActualMorseLocalModel.lean::I4SourceActualMorseLocalModel.fixture_A_hasFDerivAt_zero: proposition of form App +UNSUPPORTED: SourceActualMorseLocalModel.lean::I4SourceActualMorseLocalModel.fixture_B_hasFDerivAt_zero: proposition of form App +UNSUPPORTED: SourceActualMorseLocalModel.lean::I4SourceActualMorseLocalModel.fixture_expr_jet: unparsed statement: SyntaxError: expected ',', got v +UNSUPPORTED: SourceActualMorseLocalModel.lean::I4SourceActualMorseLocalModel.fixture_critical: actualField applied to 3 of 4 arguments +UNSUPPORTED: SourceActualMorseLocalModel.lean::I4SourceActualMorseLocalModel.fixture_hessian: binder ( u v : E2 ) is neither a sampled numeric type (ℕ ℤ ℚ ℝ) nor a decidable hypothesis +UNSUPPORTED: SourceActualMorseLocalModel.lean::I4SourceActualMorseLocalModel.fixture_values_at_zero: result type SmoothSample d L +UNSUPPORTED: SourceActualMorseLocalModel.lean::I4SourceActualMorseLocalModel.fixture_P_coordinates: result type E d ≃ L [ ℝ ] ( Fin d → ℝ ) +UNSUPPORTED: SourceActualMorseLocalModel.lean::I4SourceActualMorseLocalModel.fixture_ordered: definition orderedNormalization has an unparsed body +UNSUPPORTED: SourceActualMorseLocalModel.lean::I4SourceActualMorseLocalModel.fixture_normalized_jet: unparsed statement: SyntaxError: expected ',', got v +CORROBORATED: SourceActualMorseLocalModel.lean::I4SourceActualMorseLocalModel.fixture_point_sq_pos: holds on 64 sampled instances satisfying the hypotheses (1 draws rejected by the hypotheses, 0 infeasible, seed 1): sampling is admitted evidence of the statement, not a proof of it +UNSUPPORTED: SourceActualMorseLocalModel.lean::I4SourceActualMorseLocalModel.fixture_inertia_zero: binder ( g : E2 → ℝ ) is neither a sampled numeric type (ℕ ℤ ℚ ℝ) nor a decidable hypothesis +UNSUPPORTED: SourceActualMorseLocalModel.lean::I4SourceActualMorseLocalModel.fixture_inertia_two: binder ( g : E2 → ℝ ) is neither a sampled numeric type (ℕ ℤ ℚ ℝ) nor a decidable hypothesis +UNSUPPORTED: SourceActualMorseLocalModel.lean::I4SourceActualMorseLocalModel.fixture_inertia_one: binder ( g : E2 → ℝ ) is neither a sampled numeric type (ℕ ℤ ℚ ℝ) nor a decidable hypothesis +UNSUPPORTED: SourceActualMorseLocalModel.lean::I4SourceActualMorseLocalModel.fixture_inertia: definition HessianHasInertia has an unparsed body +UNSUPPORTED: SourceActualMorseLocalModel.lean::I4SourceActualMorseLocalModel.fixture_true_zero_diagonal: actualField applied to 3 of 4 arguments +UNSUPPORTED: SourceActualMorseLocalModel.lean::I4SourceActualMorseLocalModel.fixture_consumers: unsupported syntax: existential quantifier +UNSUPPORTED: SourceActualMorseLocalModel.lean::I4SourceActualMorseLocalModel.fixture_same_chart_cone: unsupported syntax: existential quantifier +UNSUPPORTED: SourceActualMorseLocalModel.lean::I4SourceActualMorseLocalModel.fixture_actual_branch_neighborhood: unsupported syntax: existential quantifier +UNSUPPORTED: SourceActualQuotientSaddleCollar.lean::I4SourceActualQuotientSaddleCollar.quotientSaddleChart: binder ( omega : I4SmoothCarrier.SmoothSample 2 L ) is neither a sampled numeric type (ℕ ℤ ℚ ℝ) nor a decidable hypothesis +CORROBORATED: SourceActualQuotientSaddleCollar.lean::I4SourceActualQuotientSaddleCollar.sc64_weighted_positive: holds on 64 sampled instances satisfying the hypotheses (163 draws rejected by the hypotheses, 0 infeasible, seed 1): sampling is admitted evidence of the statement, not a proof of it +CORROBORATED: SourceActualQuotientSaddleCollar.lean::I4SourceActualQuotientSaddleCollar.sc64_positive_cone_iff: holds on 64 sampled instances satisfying the hypotheses (0 draws rejected by the hypotheses, 0 infeasible, seed 1): sampling is admitted evidence of the statement, not a proof of it +CORROBORATED: SourceActualQuotientSaddleCollar.lean::I4SourceActualQuotientSaddleCollar.sc64_negative_cone_iff: holds on 64 sampled instances satisfying the hypotheses (0 draws rejected by the hypotheses, 0 infeasible, seed 1): sampling is admitted evidence of the statement, not a proof of it +UNSUPPORTED: SourceActualQuotientSaddleCollar.lean::I4SourceActualQuotientSaddleCollar.sc64_positive_cone_convex: unparsed statement: SyntaxError: trailing tokens from '{' +UNSUPPORTED: SourceActualQuotientSaddleCollar.lean::I4SourceActualQuotientSaddleCollar.sc64_negative_cone_convex: unparsed statement: SyntaxError: trailing tokens from '{' +UNSUPPORTED: SourceActualQuotientSaddleCollar.lean::I4SourceActualQuotientSaddleCollar.sc64_targetPlus_eq: result type Set Point2 +UNSUPPORTED: SourceActualQuotientSaddleCollar.lean::I4SourceActualQuotientSaddleCollar.sc64_targetMinus_eq: result type Set Point2 +UNSUPPORTED: SourceActualQuotientSaddleCollar.lean::I4SourceActualQuotientSaddleCollar.sc64_positive_axis_ball: unknown function Metric.ball +UNSUPPORTED: SourceActualQuotientSaddleCollar.lean::I4SourceActualQuotientSaddleCollar.sc64_negative_axis_ball: unknown function Metric.ball +UNSUPPORTED: SourceActualQuotientSaddleCollar.lean::I4SourceActualQuotientSaddleCollar.sc64_plus_pc: proposition of form App +UNSUPPORTED: SourceActualQuotientSaddleCollar.lean::I4SourceActualQuotientSaddleCollar.sc64_minus_pc: proposition of form App +UNSUPPORTED: SourceActualQuotientSaddleCollar.lean::I4SourceActualQuotientSaddleCollar.sc64_strict_coordinate_ne_zero: result type Set Point2 +UNSUPPORTED: SourceActualQuotientSaddleCollar.lean::I4SourceActualQuotientSaddleCollar.sc64_no_joined_negative_positive: proposition of form App +UNSUPPORTED: SourceActualQuotientSaddleCollar.lean::I4SourceActualQuotientSaddleCollar.sc64_joined_iff: result type Set Point2 +UNSUPPORTED: SourceActualQuotientSaddleCollar.lean::I4SourceActualQuotientSaddleCollar.sc64_lower_pc: proposition of form App +UNSUPPORTED: SourceActualQuotientSaddleCollar.lean::I4SourceActualQuotientSaddleCollar.saddleConeGeometry: proposition of form App +UNSUPPORTED: SourceActualQuotientSaddleCollar.lean::I4SourceActualQuotientSaddleCollar.collar_chart_image_preimage: binder ( phi : OpenPartialHomeomorph ( I4Torus.SourceTorus 2 L ) Point2 ) is neither a sampled numeric type (ℕ ℤ ℚ ℝ) nor a decidable hypothesis +UNSUPPORTED: SourceActualQuotientSaddleCollar.lean::I4SourceActualQuotientSaddleCollar.collar_pc_preimage: binder ( phi : OpenPartialHomeomorph ( I4Torus.SourceTorus 2 L ) Point2 ) is neither a sampled numeric type (ℕ ℤ ℚ ℝ) nor a decidable hypothesis +UNSUPPORTED: SourceActualQuotientSaddleCollar.lean::I4SourceActualQuotientSaddleCollar.collar_joined_preimage: binder ( phi : OpenPartialHomeomorph ( I4Torus.SourceTorus 2 L ) Point2 ) is neither a sampled numeric type (ℕ ℤ ℚ ℝ) nor a decidable hypothesis +UNSUPPORTED: SourceActualQuotientSaddleCollar.lean::I4SourceActualQuotientSaddleCollar.transportSaddleCollar: binder ( F : I4Torus.SourceTorus 2 L → ℝ ) is neither a sampled numeric type (ℕ ℤ ℚ ℝ) nor a decidable hypothesis +UNSUPPORTED: SourceActualQuotientSaddleCollar.lean::I4SourceActualQuotientSaddleCollar.actualSaddleCollar: binder ( omega : I4SmoothCarrier.SmoothSample 2 L ) is neither a sampled numeric type (ℕ ℤ ℚ ℝ) nor a decidable hypothesis +UNSUPPORTED: SourceActualQuotientSaddleCollar.lean::I4SourceActualQuotientSaddleCollar.actualSource_quotient_saddle_local_collar: binder ( omega : I4SmoothCarrier.SmoothSample 2 L ) is neither a sampled numeric type (ℕ ℤ ℚ ℝ) nor a decidable hypothesis +UNSUPPORTED: SourceActualQuotientSaddleCollar.lean::I4SourceActualQuotientSaddleCollar.fixture_coordinateFormula: result type SmoothSample d L +UNSUPPORTED: SourceActualQuotientSaddleCollar.lean::I4SourceActualQuotientSaddleCollar.fixture_actualField: binder ( Y : UniversalLaw.Spec.Lifetime.E 2 ) is neither a sampled numeric type (ℕ ℤ ℚ ℝ) nor a decidable hypothesis +UNSUPPORTED: SourceActualQuotientSaddleCollar.lean::I4SourceActualQuotientSaddleCollar.fixture_hasFDerivAt: binder ( Y : UniversalLaw.Spec.Lifetime.E 2 ) is neither a sampled numeric type (ℕ ℤ ℚ ℝ) nor a decidable hypothesis +UNSUPPORTED: SourceActualQuotientSaddleCollar.lean::I4SourceActualQuotientSaddleCollar.fixture_hessian: binder ( Y u v : UniversalLaw.Spec.Lifetime.E 2 ) is neither a sampled numeric type (ℕ ℤ ℚ ℝ) nor a decidable hypothesis +UNSUPPORTED: SourceActualQuotientSaddleCollar.lean::I4SourceActualQuotientSaddleCollar.fixtureAxis_coordinates: result type E d ≃ L [ ℝ ] ( Fin d → ℝ ) +UNSUPPORTED: SourceActualQuotientSaddleCollar.lean::I4SourceActualQuotientSaddleCollar.fixtureAxis_ne_zero: result type UniversalLaw.Spec.Lifetime.E 2 +UNSUPPORTED: SourceActualQuotientSaddleCollar.lean::I4SourceActualQuotientSaddleCollar.fixture_negativeFirst_inertia: binder ( Y : UniversalLaw.Spec.Lifetime.E 2 ) is neither a sampled numeric type (ℕ ℤ ℚ ℝ) nor a decidable hypothesis +UNSUPPORTED: SourceActualQuotientSaddleCollar.lean::I4SourceActualQuotientSaddleCollar.fixture_pointCritical: actualField applied to 3 of 4 arguments +UNSUPPORTED: SourceActualQuotientSaddleCollar.lean::I4SourceActualQuotientSaddleCollar.fixture_positiveInput: actualField applied to 3 of 4 arguments +UNSUPPORTED: SourceActualQuotientSaddleCollar.lean::I4SourceActualQuotientSaddleCollar.fixture_negativeInput: actualField applied to 3 of 4 arguments +UNSUPPORTED: SourceActualQuotientSaddleCollar.lean::I4SourceActualQuotientSaddleCollar.fixture_saddleInputs: actualField applied to 3 of 4 arguments +UNSUPPORTED: SourceActualQuotientSaddleCollar.lean::I4SourceActualQuotientSaddleCollar.fixture_seamInputs: actualField applied to 3 of 4 arguments +UNSUPPORTED: SourceActualQuotientSaddleCollar.lean::I4SourceActualQuotientSaddleCollar.fixture_smallOpen: binder ( X : UniversalLaw.Spec.Lifetime.E 2 ) is neither a sampled numeric type (ℕ ℤ ℚ ℝ) nor a decidable hypothesis +UNSUPPORTED: SourceActualQuotientSaddleCollar.lean::I4SourceActualQuotientSaddleCollar.fixture_saddlePositive: unsupported syntax: existential quantifier +UNSUPPORTED: SourceActualQuotientSaddleCollar.lean::I4SourceActualQuotientSaddleCollar.fixture_saddleNegative: unsupported syntax: existential quantifier +UNSUPPORTED: SourceActualQuotientSaddleCollar.lean::I4SourceActualQuotientSaddleCollar.fixture_seam: unsupported syntax: existential quantifier +UNSUPPORTED: SourceActualRegularLocalCollar.lean::I4SourceActualRegularLocalCollar.physical_adapter_linear_expansion: binder ( d : Point2 → L [ ℝ ] ℝ ) is neither a sampled numeric type (ℕ ℤ ℚ ℝ) nor a decidable hypothesis +UNSUPPORTED: SourceActualRegularLocalCollar.lean::I4SourceActualRegularLocalCollar.physical_adapter_choose_linear: binder ( d : Point2 → L [ ℝ ] ℝ ) is neither a sampled numeric type (ℕ ℤ ℚ ℝ) nor a decidable hypothesis +UNSUPPORTED: SourceActualRegularLocalCollar.lean::I4SourceActualRegularLocalCollar.actual_physical_submersion_chart: binder ( ω : I4SmoothCarrier.SmoothSample 2 L ) is neither a sampled numeric type (ℕ ℤ ℚ ℝ) nor a decidable hypothesis +UNSUPPORTED: SourceActualRegularLocalCollar.lean::I4SourceActualRegularLocalCollar.actual_pullback: binder ( ω : SmoothSample 2 L ) is neither a sampled numeric type (ℕ ℤ ℚ ℝ) nor a decidable hypothesis +UNSUPPORTED: SourceActualRegularLocalCollar.lean::I4SourceActualRegularLocalCollar.quotient_chart_from_physical: binder ( ω : SmoothSample 2 L ) is neither a sampled numeric type (ℕ ℤ ℚ ℝ) nor a decidable hypothesis +UNSUPPORTED: SourceActualRegularLocalCollar.lean::I4SourceActualRegularLocalCollar.point_mem_ball: unknown function Metric.ball +UNSUPPORTED: SourceActualRegularLocalCollar.lean::I4SourceActualRegularLocalCollar.pi_closed_upper_trace_pc: proposition of form App +UNSUPPORTED: SourceActualRegularLocalCollar.lean::I4SourceActualRegularLocalCollar.pi_level_trace_pc: proposition of form App +UNSUPPORTED: SourceActualRegularLocalCollar.lean::I4SourceActualRegularLocalCollar.same_chart_traces_pc: binder ( F : Torus2 L → ℝ ) is neither a sampled numeric type (ℕ ℤ ℚ ℝ) nor a decidable hypothesis +UNSUPPORTED: SourceActualRegularLocalCollar.lean::I4SourceActualRegularLocalCollar.fixture_actual_formula: binder ( Y : E2 ) is neither a sampled numeric type (ℕ ℤ ℚ ℝ) nor a decidable hypothesis +UNSUPPORTED: SourceActualRegularLocalCollar.lean::I4SourceActualRegularLocalCollar.actualSource_quotient_regular_local_collar: binder ( ω : I4SmoothCarrier.SmoothSample 2 L ) is neither a sampled numeric type (ℕ ℤ ℚ ℝ) nor a decidable hypothesis +UNSUPPORTED: SourceActualRegularLocalCollar.lean::I4SourceActualRegularLocalCollar.fixture_derivative_apply: binder ( Y V : E2 ) is neither a sampled numeric type (ℕ ℤ ℚ ℝ) nor a decidable hypothesis +UNSUPPORTED: SourceActualRegularLocalCollar.lean::I4SourceActualRegularLocalCollar.fixture_regularX_value: result type SmoothSample d L +UNSUPPORTED: SourceActualRegularLocalCollar.lean::I4SourceActualRegularLocalCollar.fixture_regularY_value: result type SmoothSample d L +UNSUPPORTED: SourceActualRegularLocalCollar.lean::I4SourceActualRegularLocalCollar.fixture_regularX_derivative: application of a non-name +UNSUPPORTED: SourceActualRegularLocalCollar.lean::I4SourceActualRegularLocalCollar.fixture_regularY_derivative: application of a non-name +UNSUPPORTED: SourceActualRegularLocalCollar.lean::I4SourceActualRegularLocalCollar.fixture_seam_phase: enclosures to 1024 bits do not decide the statement: = is not decided at 1024 bits by the enclosures [-5.58448252593510313e-311…, 2.578859531709906e-311…] and [0, 0] — an equality between transcendent +UNSUPPORTED: SourceActualRegularLocalCollar.lean::I4SourceActualRegularLocalCollar.fixture_seam_value: result type SmoothSample d L +UNSUPPORTED: SourceActualRegularLocalCollar.lean::I4SourceActualRegularLocalCollar.fixture_seam_derivative: application of a non-name +UNSUPPORTED: SourceActualRegularLocalCollar.lean::I4SourceActualRegularLocalCollar.fixture_seam_quotient: result type Torus2 L +UNSUPPORTED: SourceActualRegularLocalCollar.lean::I4SourceActualRegularLocalCollar.smallO_isOpen: binder ( X : E2 ) is neither a sampled numeric type (ℕ ℤ ℚ ℝ) nor a decidable hypothesis +UNSUPPORTED: SourceActualRegularLocalCollar.lean::I4SourceActualRegularLocalCollar.center_mem_smallO: binder ( X : E2 ) is neither a sampled numeric type (ℕ ℤ ℚ ℝ) nor a decidable hypothesis +UNSUPPORTED: SourceActualRegularLocalCollar.lean::I4SourceActualRegularLocalCollar.fixed_cut_checks: binder ( F : Torus2 L → ℝ ) is neither a sampled numeric type (ℕ ℤ ℚ ℝ) nor a decidable hypothesis +UNSUPPORTED: SourceActualRegularLocalCollar.lean::I4SourceActualRegularLocalCollar.fixture_output: binder ( X : E2 ) is neither a sampled numeric type (ℕ ℤ ℚ ℝ) nor a decidable hypothesis +UNSUPPORTED: SourceActualRegularLocalCollar.lean::I4SourceActualRegularLocalCollar.fixture_regularX_consumer: definition FixtureOutput has an unparsed body +UNSUPPORTED: SourceActualRegularLocalCollar.lean::I4SourceActualRegularLocalCollar.fixture_regularY_consumer: definition FixtureOutput has an unparsed body +UNSUPPORTED: SourceActualRegularLocalCollar.lean::I4SourceActualRegularLocalCollar.fixture_seam_consumer: definition FixtureOutput has an unparsed body +UNSUPPORTED: SourceActualSaddleUppercuts.lean::I4SourceActualSaddleUppercuts.ug65_coord_abs_lt: hypothesis ( hu : u ∈ Metric.ball ( 0 : Point2 ) rho ) mentions undeclared names ['Metric.ball'] +UNSUPPORTED: SourceActualSaddleUppercuts.lean::I4SourceActualSaddleUppercuts.ug65_point_ball: unknown function Metric.ball +CORROBORATED: SourceActualSaddleUppercuts.lean::I4SourceActualSaddleUppercuts.ug65_square_mono: holds on 64 sampled instances satisfying the hypotheses (3 draws rejected by the hypotheses, 0 infeasible, seed 1): sampling is admitted evidence of the statement, not a proof of it +CORROBORATED: SourceActualSaddleUppercuts.lean::I4SourceActualSaddleUppercuts.ug65_square_of_abs_le: holds on 64 sampled instances satisfying the hypotheses (3 draws rejected by the hypotheses, 0 infeasible, seed 1): sampling is admitted evidence of the statement, not a proof of it +UNSUPPORTED: SourceActualSaddleUppercuts.lean::I4SourceActualSaddleUppercuts.ug65_vertical_join: result type Set Point2 +UNSUPPORTED: SourceActualSaddleUppercuts.lean::I4SourceActualSaddleUppercuts.ug65_horizontal_join: result type Set Point2 +UNSUPPORTED: SourceActualSaddleUppercuts.lean::I4SourceActualSaddleUppercuts.ug65_positive_join: result type Set Point2 +UNSUPPORTED: SourceActualSaddleUppercuts.lean::I4SourceActualSaddleUppercuts.ug65_plus_witness: result type Set Point2 +UNSUPPORTED: SourceActualSaddleUppercuts.lean::I4SourceActualSaddleUppercuts.ug65_minus_witness: result type Set Point2 +UNSUPPORTED: SourceActualSaddleUppercuts.lean::I4SourceActualSaddleUppercuts.ug65_plus_pc: proposition of form App +UNSUPPORTED: SourceActualSaddleUppercuts.lean::I4SourceActualSaddleUppercuts.ug65_reflect_continuous: proposition of form App +CORROBORATED: SourceActualSaddleUppercuts.lean::I4SourceActualSaddleUppercuts.ug65_reflect_involutive: holds on 64 sampled instances satisfying the hypotheses (0 draws rejected by the hypotheses, 0 infeasible, seed 1): sampling is admitted evidence of the statement, not a proof of it +UNSUPPORTED: SourceActualSaddleUppercuts.lean::I4SourceActualSaddleUppercuts.ug65_reflect_upper: result type Set Point2 +UNSUPPORTED: SourceActualSaddleUppercuts.lean::I4SourceActualSaddleUppercuts.ug65_reflect_image: unsupported syntax: notation "'" +UNSUPPORTED: SourceActualSaddleUppercuts.lean::I4SourceActualSaddleUppercuts.ug65_minus_pc: proposition of form App +UNSUPPORTED: SourceActualSaddleUppercuts.lean::I4SourceActualSaddleUppercuts.ug65_upper_coordinate_ne_zero: result type Set Point2 +UNSUPPORTED: SourceActualSaddleUppercuts.lean::I4SourceActualSaddleUppercuts.closedSaddleBranchGeometry: proposition of form App +UNSUPPORTED: SourceActualSaddleUppercuts.lean::I4SourceActualSaddleUppercuts.actualInheritedCollar: binder ( omega : I4SmoothCarrier.SmoothSample 2 L ) is neither a sampled numeric type (ℕ ℤ ℚ ℝ) nor a decidable hypothesis +UNSUPPORTED: SourceActualSaddleUppercuts.lean::I4SourceActualSaddleUppercuts.transportedUpperSign: binder ( F : I4Torus.SourceTorus 2 L → ℝ ) is neither a sampled numeric type (ℕ ℤ ℚ ℝ) nor a decidable hypothesis +UNSUPPORTED: SourceActualSaddleUppercuts.lean::I4SourceActualSaddleUppercuts.transportClosedUpper: binder ( F : I4Torus.SourceTorus 2 L → ℝ ) is neither a sampled numeric type (ℕ ℤ ℚ ℝ) nor a decidable hypothesis +UNSUPPORTED: SourceActualSaddleUppercuts.lean::I4SourceActualSaddleUppercuts.actualUniformSaddleCuts: binder ( omega : I4SmoothCarrier.SmoothSample 2 L ) is neither a sampled numeric type (ℕ ℤ ℚ ℝ) nor a decidable hypothesis +UNSUPPORTED: SourceActualSaddleUppercuts.lean::I4SourceActualSaddleUppercuts.cutoffEquality: binder ( F : I4Torus.SourceTorus 2 L → ℝ ) is neither a sampled numeric type (ℕ ℤ ℚ ℝ) nor a decidable hypothesis +UNSUPPORTED: SourceActualSaddleUppercuts.lean::I4SourceActualSaddleUppercuts.actualSource_quotient_saddle_uniform_closed_uppercuts: binder ( omega : I4SmoothCarrier.SmoothSample 2 L ) is neither a sampled numeric type (ℕ ℤ ℚ ℝ) nor a decidable hypothesis +UNSUPPORTED: SourceActualSaddleUppercuts.lean::I4SourceActualSaddleUppercuts.fixture_scalarSeries_finitePairing: binder ( v : ι → ₀ ℝ ) is neither a sampled numeric type (ℕ ℤ ℚ ℝ) nor a decidable hypothesis +UNSUPPORTED: SourceActualSaddleUppercuts.lean::I4SourceActualSaddleUppercuts.fixture_source: result type SmoothSample d L +UNSUPPORTED: SourceActualSaddleUppercuts.lean::I4SourceActualSaddleUppercuts.fixture_field: fixtureField returns a function that is not a lambda +UNSUPPORTED: SourceActualSaddleUppercuts.lean::I4SourceActualSaddleUppercuts.fixture_actual: I4LifetimeField.actualField applied to 3 of 4 arguments +UNSUPPORTED: SourceActualSaddleUppercuts.lean::I4SourceActualSaddleUppercuts.trig_deriv: binder ( X : UniversalLaw.Spec.Lifetime.E 2 ) is neither a sampled numeric type (ℕ ℤ ℚ ℝ) nor a decidable hypothesis +UNSUPPORTED: SourceActualSaddleUppercuts.lean::I4SourceActualSaddleUppercuts.trig_hessian: binder ( X v w : UniversalLaw.Spec.Lifetime.E 2 ) is neither a sampled numeric type (ℕ ℤ ℚ ℝ) nor a decidable hypothesis +UNSUPPORTED: SourceActualSaddleUppercuts.lean::I4SourceActualSaddleUppercuts.point_coords: result type UniversalLaw.Spec.Lifetime.E 2 → L [ ℝ ] ℝ +UNSUPPORTED: SourceActualSaddleUppercuts.lean::I4SourceActualSaddleUppercuts.fixture_critical_of: I4LifetimeField.actualField applied to 3 of 4 arguments +UNSUPPORTED: SourceActualSaddleUppercuts.lean::I4SourceActualSaddleUppercuts.axis0_ne: result type UniversalLaw.Spec.Lifetime.E 2 +UNSUPPORTED: SourceActualSaddleUppercuts.lean::I4SourceActualSaddleUppercuts.axis1_ne: result type UniversalLaw.Spec.Lifetime.E 2 +UNSUPPORTED: SourceActualSaddleUppercuts.lean::I4SourceActualSaddleUppercuts.axes_compl: unsupported syntax: notation '∙' +UNSUPPORTED: SourceActualSaddleUppercuts.lean::I4SourceActualSaddleUppercuts.fixture_inertia_pos: no sample satisfied the hypotheses and evaluated (1032 draws): the enclosures did not decide the hypotheses on 3103 draws (transcendental hypotheses too close to their bound), so no draw was admitted +UNSUPPORTED: SourceActualSaddleUppercuts.lean::I4SourceActualSaddleUppercuts.fixture_inertia_neg: no sample satisfied the hypotheses and evaluated (1032 draws): the enclosures did not decide the hypotheses on 6576 draws (transcendental hypotheses too close to their bound), so no draw was admitted +UNSUPPORTED: SourceActualSaddleUppercuts.lean::I4SourceActualSaddleUppercuts.fixture_positive_critical: I4LifetimeField.actualField applied to 3 of 4 arguments +UNSUPPORTED: SourceActualSaddleUppercuts.lean::I4SourceActualSaddleUppercuts.fixture_positive_inertia: definition HessianHasInertia has an unparsed body +UNSUPPORTED: SourceActualSaddleUppercuts.lean::I4SourceActualSaddleUppercuts.fixture_negative_critical: I4LifetimeField.actualField applied to 3 of 4 arguments +UNSUPPORTED: SourceActualSaddleUppercuts.lean::I4SourceActualSaddleUppercuts.fixture_negative_inertia: definition HessianHasInertia has an unparsed body +UNSUPPORTED: SourceActualSaddleUppercuts.lean::I4SourceActualSaddleUppercuts.fixture_seam_critical: I4LifetimeField.actualField applied to 3 of 4 arguments +UNSUPPORTED: SourceActualSaddleUppercuts.lean::I4SourceActualSaddleUppercuts.fixture_seam_inertia: definition HessianHasInertia has an unparsed body +UNSUPPORTED: SourceActualSaddleUppercuts.lean::I4SourceActualSaddleUppercuts.fixture_heights: fixtureField returns a function that is not a lambda +UNSUPPORTED: SourceActualSaddleUppercuts.lean::I4SourceActualSaddleUppercuts.fixture_open: proposition of form App +UNSUPPORTED: SourceActualSaddleUppercuts.lean::I4SourceActualSaddleUppercuts.fixture_seam: result type I4Torus.SourceTorus 2 2 +UNSUPPORTED: SourceActualSaddleUppercuts.lean::I4SourceActualSaddleUppercuts.fixture_consumer: binder ( hc : IsCriticalPoint 2 ( I4LifetimeField.actualField 2 2 fixtureSample ) ( fixturePoint x y ) ) is neither a sampled numeric type (ℕ ℤ ℚ ℝ) nor a decidable hypothesis +UNSUPPORTED: SourceActualSaddleUppercuts.lean::I4SourceActualSaddleUppercuts.fixture_positive_consumer: unsupported syntax: existential quantifier +UNSUPPORTED: SourceActualSaddleUppercuts.lean::I4SourceActualSaddleUppercuts.fixture_negative_consumer: unsupported syntax: existential quantifier +UNSUPPORTED: SourceActualSaddleUppercuts.lean::I4SourceActualSaddleUppercuts.fixture_seam_consumer: unsupported syntax: existential quantifier +UNSUPPORTED: SourceActualTorusRegularSlab.lean::I4SourceActualTorusRegularSlab.actualGradient_periodic: binder ( omega : SmoothSample 2 L ) is neither a sampled numeric type (ℕ ℤ ℚ ℝ) nor a decidable hypothesis +UNSUPPORTED: SourceActualTorusRegularSlab.lean::I4SourceActualTorusRegularSlab.actualGradient_upperBounds: binder ( omega : SmoothSample 2 L ) is neither a sampled numeric type (ℕ ℤ ℚ ℝ) nor a decidable hypothesis +UNSUPPORTED: SourceActualTorusRegularSlab.lean::I4SourceActualTorusRegularSlab.physical_closedCell_representative: binder ( X : E2 ) is neither a sampled numeric type (ℕ ℤ ℚ ℝ) nor a decidable hypothesis +UNSUPPORTED: SourceActualTorusRegularSlab.lean::I4SourceActualTorusRegularSlab.actualGradient_closedBand_floor: binder ( omega : SmoothSample 2 L ) is neither a sampled numeric type (ℕ ℤ ℚ ℝ) nor a decidable hypothesis +UNSUPPORTED: SourceActualTorusRegularSlab.lean::I4SourceActualTorusRegularSlab.actualNormalizedVelocity_estimates: binder ( omega : SmoothSample 2 L ) is neither a sampled numeric type (ℕ ℤ ℚ ℝ) nor a decidable hypothesis +UNSUPPORTED: SourceActualTorusRegularSlab.lean::I4SourceActualTorusRegularSlab.normalizedFieldData: binder ( omega : SmoothSample 2 L ) is neither a sampled numeric type (ℕ ℤ ℚ ℝ) nor a decidable hypothesis +UNSUPPORTED: SourceActualTorusRegularSlab.lean::I4SourceActualTorusRegularSlab.finiteHorizon_curve_unique: binder ( V : E2 → E2 ) is neither a sampled numeric type (ℕ ℤ ℚ ℝ) nor a decidable hypothesis +UNSUPPORTED: SourceActualTorusRegularSlab.lean::I4SourceActualTorusRegularSlab.boundedFiniteHorizonFamily: binder ( V : E2 → E2 ) is neither a sampled numeric type (ℕ ℤ ℚ ℝ) nor a decidable hypothesis +UNSUPPORTED: SourceActualTorusRegularSlab.lean::I4SourceActualTorusRegularSlab.height_scalar_increment_bounds: binder ( f v : ℝ → ℝ ) is neither a sampled numeric type (ℕ ℤ ℚ ℝ) nor a decidable hypothesis +UNSUPPORTED: SourceActualTorusRegularSlab.lean::I4SourceActualTorusRegularSlab.heightHittingData: binder ( omega : SmoothSample 2 L ) is neither a sampled numeric type (ℕ ℤ ℚ ℝ) nor a decidable hypothesis +UNSUPPORTED: SourceActualTorusRegularSlab.lean::I4SourceActualTorusRegularSlab.zeroWidth_componentBijective: binder ( omega : SmoothSample 2 L ) is neither a sampled numeric type (ℕ ℤ ℚ ℝ) nor a decidable hypothesis +UNSUPPORTED: SourceActualTorusRegularSlab.lean::I4SourceActualTorusRegularSlab.emptyBand_componentBijective: binder ( omega : SmoothSample 2 L ) is neither a sampled numeric type (ℕ ℤ ℚ ℝ) nor a decidable hypothesis +UNSUPPORTED: SourceActualTorusRegularSlab.lean::I4SourceActualTorusRegularSlab.restrictedProjection_continuous: binder ( omega : SmoothSample 2 L ) is neither a sampled numeric type (ℕ ℤ ℚ ℝ) nor a decidable hypothesis +UNSUPPORTED: SourceActualTorusRegularSlab.lean::I4SourceActualTorusRegularSlab.restrictedProjection_surjective: binder ( omega : SmoothSample 2 L ) is neither a sampled numeric type (ℕ ℤ ℚ ℝ) nor a decidable hypothesis +UNSUPPORTED: SourceActualTorusRegularSlab.lean::I4SourceActualTorusRegularSlab.restrictedProjectionQuotient: binder ( omega : SmoothSample 2 L ) is neither a sampled numeric type (ℕ ℤ ℚ ℝ) nor a decidable hypothesis +UNSUPPORTED: SourceActualTorusRegularSlab.lean::I4SourceActualTorusRegularSlab.coverProjection_eq_lattice: binder ( X Y : E2 ) is neither a sampled numeric type (ℕ ℤ ℚ ℝ) nor a decidable hypothesis +UNSUPPORTED: SourceActualTorusRegularSlab.lean::I4SourceActualTorusRegularSlab.coverProjection_add_lattice: binder ( X : E2 ) is neither a sampled numeric type (ℕ ℤ ℚ ℝ) nor a decidable hypothesis +UNSUPPORTED: SourceActualTorusRegularSlab.lean::I4SourceActualTorusRegularSlab.descendedHittingData: binder ( omega : SmoothSample 2 L ) is neither a sampled numeric type (ℕ ℤ ℚ ℝ) nor a decidable hypothesis +UNSUPPORTED: SourceActualTorusRegularSlab.lean::I4SourceActualTorusRegularSlab.literalComponentBijective_of_hitting: binder ( omega : SmoothSample 2 L ) is neither a sampled numeric type (ℕ ℤ ℚ ℝ) nor a decidable hypothesis +UNSUPPORTED: SourceActualTorusRegularSlab.lean::I4SourceActualTorusRegularSlab.closedBand_componentBijective_core: binder ( omega : SmoothSample 2 L ) is neither a sampled numeric type (ℕ ℤ ℚ ℝ) nor a decidable hypothesis +UNSUPPORTED: SourceActualTorusRegularSlab.lean::I4SourceActualTorusRegularSlab.actualSource_closedSlab_componentInclusion_bijective: binder ( omega : SmoothSample 2 L ) is neither a sampled numeric type (ℕ ℤ ℚ ℝ) nor a decidable hypothesis +UNSUPPORTED: SourceActualTorusRegularSlab.lean::I4SourceActualTorusRegularSlab.fixturePoint_apply: result type E2 +UNSUPPORTED: SourceActualTorusRegularSlab.lean::I4SourceActualTorusRegularSlab.finiteSourceField: binder ( p : I4SourceFiniteTrig.TrigPoly ) is neither a sampled numeric type (ℕ ℤ ℚ ℝ) nor a decidable hypothesis +UNSUPPORTED: SourceActualTorusRegularSlab.lean::I4SourceActualTorusRegularSlab.fixture_coordinateField: result type SmoothSample d L +UNSUPPORTED: SourceActualTorusRegularSlab.lean::I4SourceActualTorusRegularSlab.fixture_actualField: binder ( X : E2 ) is neither a sampled numeric type (ℕ ℤ ℚ ℝ) nor a decidable hypothesis +UNSUPPORTED: SourceActualTorusRegularSlab.lean::I4SourceActualTorusRegularSlab.fixture_hasFDerivAt: binder ( X : E2 ) is neither a sampled numeric type (ℕ ℤ ℚ ℝ) nor a decidable hypothesis +UNSUPPORTED: SourceActualTorusRegularSlab.lean::I4SourceActualTorusRegularSlab.fixture_criticalHeights: binder ( X : E2 ) is neither a sampled numeric type (ℕ ℤ ℚ ℝ) nor a decidable hypothesis +UNSUPPORTED: SourceActualTorusRegularSlab.lean::I4SourceActualTorusRegularSlab.fixture_fieldBounds: binder ( X : E2 ) is neither a sampled numeric type (ℕ ℤ ℚ ℝ) nor a decidable hypothesis +UNSUPPORTED: SourceActualTorusRegularSlab.lean::I4SourceActualTorusRegularSlab.fixture_closedRegular_noCritical: binder ( X : E2 ) is neither a sampled numeric type (ℕ ℤ ℚ ℝ) nor a decidable hypothesis +UNSUPPORTED: SourceActualTorusRegularSlab.lean::I4SourceActualTorusRegularSlab.fixture_band_nonempty: unsupported syntax: existential quantifier +UNSUPPORTED: SourceActualTorusRegularSlab.lean::I4SourceActualTorusRegularSlab.fixture_regularObjects: unsupported syntax: existential quantifier +UNSUPPORTED: SourceActualTorusRegularSlab.lean::I4SourceActualTorusRegularSlab.fixture_closedRegular: unparsed statement: SyntaxError: expected ')', got := +UNSUPPORTED: SourceActualTorusRegularSlab.lean::I4SourceActualTorusRegularSlab.fixture_zeroWidth: unparsed statement: SyntaxError: expected ')', got := +UNSUPPORTED: SourceActualTorusRegularSlab.lean::I4SourceActualTorusRegularSlab.fixture_emptyBand: unparsed statement: SyntaxError: expected ')', got := +UNSUPPORTED: SourceActualTorusRegularSlab.lean::I4SourceActualTorusRegularSlab.fixture_torusBounds: binder ( q : I4Torus.SourceTorus 2 2 ) is neither a sampled numeric type (ℕ ℤ ℚ ℝ) nor a decidable hypothesis +UNSUPPORTED: SourceActualTorusRegularSlab.lean::I4SourceActualTorusRegularSlab.fixture_emptyBand_whole_nonempty: unparsed statement: SyntaxError: trailing tokens from ')' +UNSUPPORTED: SourceActualTorusSuperlevelLocalBasis.lean::I4SourceActualTorusSuperlevelLocalBasis.regular_finTwo_functional: binder ( d : ( Fin 2 → ℝ ) → L [ ℝ ] ℝ ) is neither a sampled numeric type (ℕ ℤ ℚ ℝ) nor a decidable hypothesis +UNSUPPORTED: SourceActualTorusSuperlevelLocalBasis.lean::I4SourceActualTorusSuperlevelLocalBasis.regular_choose_rowEquiv: binder ( d : ( Fin 2 → ℝ ) → L [ ℝ ] ℝ ) is neither a sampled numeric type (ℕ ℤ ℚ ℝ) nor a decidable hypothesis +UNSUPPORTED: SourceActualTorusSuperlevelLocalBasis.lean::I4SourceActualTorusSuperlevelLocalBasis.regularCoverLevelBasis: binder ( omega : SmoothSample 2 L ) is neither a sampled numeric type (ℕ ℤ ℚ ℝ) nor a decidable hypothesis +UNSUPPORTED: SourceActualTorusSuperlevelLocalBasis.lean::I4SourceActualTorusSuperlevelLocalBasis.interiorCoverBasis: binder ( omega : SmoothSample 2 L ) is neither a sampled numeric type (ℕ ℤ ℚ ℝ) nor a decidable hypothesis +UNSUPPORTED: SourceActualTorusSuperlevelLocalBasis.lean::I4SourceActualTorusSuperlevelLocalBasis.criticalCoverLevelBasis: binder ( omega : SmoothSample 2 L ) is neither a sampled numeric type (ℕ ℤ ℚ ℝ) nor a decidable hypothesis +UNSUPPORTED: SourceActualTorusSuperlevelLocalBasis.lean::I4SourceActualTorusSuperlevelLocalBasis.projectCoverTrace: binder ( omega : SmoothSample 2 L ) is neither a sampled numeric type (ℕ ℤ ℚ ℝ) nor a decidable hypothesis +UNSUPPORTED: SourceActualTorusSuperlevelLocalBasis.lean::I4SourceActualTorusSuperlevelLocalBasis.fixturePoint_apply: result type UniversalLaw.Spec.Lifetime.E 2 +UNSUPPORTED: SourceActualTorusSuperlevelLocalBasis.lean::I4SourceActualTorusSuperlevelLocalBasis.fixture_coordinateField: result type SmoothSample d L +UNSUPPORTED: SourceActualTorusSuperlevelLocalBasis.lean::I4SourceActualTorusSuperlevelLocalBasis.fixture_actualField: binder ( X : UniversalLaw.Spec.Lifetime.E 2 ) is neither a sampled numeric type (ℕ ℤ ℚ ℝ) nor a decidable hypothesis +UNSUPPORTED: SourceActualTorusSuperlevelLocalBasis.lean::I4SourceActualTorusSuperlevelLocalBasis.fixture_hasFDerivAt: binder ( X : UniversalLaw.Spec.Lifetime.E 2 ) is neither a sampled numeric type (ℕ ℤ ℚ ℝ) nor a decidable hypothesis +UNSUPPORTED: SourceActualTorusSuperlevelLocalBasis.lean::I4SourceActualTorusSuperlevelLocalBasis.fixture_hessian: binder ( X u v : UniversalLaw.Spec.Lifetime.E 2 ) is neither a sampled numeric type (ℕ ℤ ℚ ℝ) nor a decidable hypothesis +UNSUPPORTED: SourceActualTorusSuperlevelLocalBasis.lean::I4SourceActualTorusSuperlevelLocalBasis.fixture_critical: actualField applied to 3 of 4 arguments +UNSUPPORTED: SourceActualTorusSuperlevelLocalBasis.lean::I4SourceActualTorusSuperlevelLocalBasis.fixture_heights: result type SmoothSample d L +UNSUPPORTED: SourceActualTorusSuperlevelLocalBasis.lean::I4SourceActualTorusSuperlevelLocalBasis.fixture_axis_ne: result type UniversalLaw.Spec.Lifetime.E 2 +UNSUPPORTED: SourceActualTorusSuperlevelLocalBasis.lean::I4SourceActualTorusSuperlevelLocalBasis.fixture_saddleMinus_inertia: definition HessianHasInertia has an unparsed body +UNSUPPORTED: SourceActualTorusSuperlevelLocalBasis.lean::I4SourceActualTorusSuperlevelLocalBasis.fixture_min_inertia: definition HessianHasInertia has an unparsed body +UNSUPPORTED: SourceActualTorusSuperlevelLocalBasis.lean::I4SourceActualTorusSuperlevelLocalBasis.fixture_max_inertia: definition HessianHasInertia has an unparsed body +UNSUPPORTED: SourceActualTorusSuperlevelLocalBasis.lean::I4SourceActualTorusSuperlevelLocalBasis.fixture_saddleOne_inertia: definition HessianHasInertia has an unparsed body +UNSUPPORTED: SourceActualTorusSuperlevelLocalBasis.lean::I4SourceActualTorusSuperlevelLocalBasis.fixture_critical_max: binder ( U : Set ( UniversalLaw.Spec.Lifetime.E 2 ) ) is neither a sampled numeric type (ℕ ℤ ℚ ℝ) nor a decidable hypothesis +UNSUPPORTED: SourceActualTorusSuperlevelLocalBasis.lean::I4SourceActualTorusSuperlevelLocalBasis.fixture_critical_saddleOne: binder ( U : Set ( UniversalLaw.Spec.Lifetime.E 2 ) ) is neither a sampled numeric type (ℕ ℤ ℚ ℝ) nor a decidable hypothesis +UNSUPPORTED: SourceActualTorusSuperlevelLocalBasis.lean::I4SourceActualTorusSuperlevelLocalBasis.fixture_critical_saddleMinusOne: binder ( U : Set ( UniversalLaw.Spec.Lifetime.E 2 ) ) is neither a sampled numeric type (ℕ ℤ ℚ ℝ) nor a decidable hypothesis +UNSUPPORTED: SourceActualTorusSuperlevelLocalBasis.lean::I4SourceActualTorusSuperlevelLocalBasis.fixture_critical_min: binder ( U : Set ( UniversalLaw.Spec.Lifetime.E 2 ) ) is neither a sampled numeric type (ℕ ℤ ℚ ℝ) nor a decidable hypothesis +UNSUPPORTED: SourceActualTorusSuperlevelLocalBasis.lean::I4SourceActualTorusSuperlevelLocalBasis.fixture_regular: binder ( U : Set ( UniversalLaw.Spec.Lifetime.E 2 ) ) is neither a sampled numeric type (ℕ ℤ ℚ ℝ) nor a decidable hypothesis +UNSUPPORTED: SourceActualTorusSuperlevelLocalBasis.lean::I4SourceActualTorusSuperlevelLocalBasis.fixture_interior: binder ( U : Set ( UniversalLaw.Spec.Lifetime.E 2 ) ) is neither a sampled numeric type (ℕ ℤ ℚ ℝ) nor a decidable hypothesis +UNSUPPORTED: SourceActualTorusSuperlevelLocalBasis.lean::I4SourceActualTorusSuperlevelLocalBasis.fixture_seam: binder ( O : Set ( I4Torus.SourceTorus 2 2 ) ) is neither a sampled numeric type (ℕ ℤ ℚ ℝ) nor a decidable hypothesis +UNSUPPORTED: SourceActualTorusSuperlevelLocalBasis.lean::I4SourceActualTorusSuperlevelLocalBasis.actualSource_torus_closedSuperlevel_localPathConnectedBasis: binder ( omega : SmoothSample 2 L ) is neither a sampled numeric type (ℕ ℤ ℚ ℝ) nor a decidable hypothesis +UNSUPPORTED: SourceAdaptiveFoldChart.lean::I4ActualFoldChartJets.coordMap_apply: binder ( p : ℝ × ℝ ) is neither a sampled numeric type (ℕ ℤ ℚ ℝ) nor a decidable hypothesis +UNSUPPORTED: SourceAdaptiveFoldChart.lean::I4ActualFoldChartJets.chartMap_apply: binder ( p : ℝ × ℝ ) is neither a sampled numeric type (ℕ ℤ ℚ ℝ) nor a decidable hypothesis +UNSUPPORTED: SourceAdaptiveFoldChart.lean::I4ActualFoldChartJets.V_contDiff: binder ( f : ( Fin 2 → ℝ ) → ℝ ) is neither a sampled numeric type (ℕ ℤ ℚ ℝ) nor a decidable hypothesis +UNSUPPORTED: SourceAdaptiveFoldChart.lean::I4ActualFoldChartJets.pullback_jet: binder ( f : ( Fin 2 → ℝ ) → ℝ ) is neither a sampled numeric type (ℕ ℤ ℚ ℝ) nor a decidable hypothesis +UNSUPPORTED: SourceAdaptiveFoldChart.lean::I4ActualFoldChartJets.Vx_eq: binder ( f : ( Fin 2 → ℝ ) → ℝ ) is neither a sampled numeric type (ℕ ℤ ℚ ℝ) nor a decidable hypothesis +UNSUPPORTED: SourceAdaptiveFoldChart.lean::I4ActualFoldChartJets.Vy_eq: binder ( f : ( Fin 2 → ℝ ) → ℝ ) is neither a sampled numeric type (ℕ ℤ ℚ ℝ) nor a decidable hypothesis +UNSUPPORTED: SourceAdaptiveFoldChart.lean::I4ActualFoldChartJets.axial_third_eq: binder ( f : ( Fin 2 → ℝ ) → ℝ ) is neither a sampled numeric type (ℕ ℤ ℚ ℝ) nor a decidable hypothesis +UNSUPPORTED: SourceAdaptiveFoldChart.lean::I4ActualFoldChartJets.transverse_center_eq: binder ( f : ( Fin 2 → ℝ ) → ℝ ) is neither a sampled numeric type (ℕ ℤ ℚ ℝ) nor a decidable hypothesis +UNSUPPORTED: SourceAdaptiveFoldChart.lean::I4ActualFoldChartJets.curve_deriv: binder ( G : ℝ × ℝ → ℝ ) is neither a sampled numeric type (ℕ ℤ ℚ ℝ) nor a decidable hypothesis +UNSUPPORTED: SourceAdaptiveFoldChart.lean::I4ActualFoldChartJets.curve_iteratedDeriv_three: binder ( G : ℝ × ℝ → ℝ ) is neither a sampled numeric type (ℕ ℤ ℚ ℝ) nor a decidable hypothesis +CORROBORATED: SourceAdaptiveFoldChart.lean::I4SourceAdaptiveFoldChart.chart_endpointM: holds on 64 sampled instances satisfying the hypotheses (0 draws rejected by the hypotheses, 0 infeasible, seed 1): sampling is admitted evidence of the statement, not a proof of it +CORROBORATED: SourceAdaptiveFoldChart.lean::I4SourceAdaptiveFoldChart.chart_endpointS: holds on 64 sampled instances satisfying the hypotheses (0 draws rejected by the hypotheses, 0 infeasible, seed 1): sampling is admitted evidence of the statement, not a proof of it +UNSUPPORTED: SourceAdaptiveFoldChart.lean::I4SourceAdaptiveFoldChart.actualFoldPotential_gap: binder ( sample : SmoothSample 2 L ) is neither a sampled numeric type (ℕ ℤ ℚ ℝ) nor a decidable hypothesis +UNSUPPORTED: SourceAdaptiveFoldChart.lean::I4SourceAdaptiveFoldChart.normalized_axial_peano: binder ( V : ℝ × ℝ → ℝ ) is neither a sampled numeric type (ℕ ℤ ℚ ℝ) nor a decidable hypothesis +UNSUPPORTED: SourceAdaptiveFoldChart.lean::I4SourceAdaptiveFoldChart.actualFoldPotential_smooth: binder ( sample : SmoothSample 2 L ) is neither a sampled numeric type (ℕ ℤ ℚ ℝ) nor a decidable hypothesis +UNSUPPORTED: SourceAdaptiveFoldChart.lean::I4SourceAdaptiveFoldChart.actualFoldPotential_C4: binder ( sample : SmoothSample 2 L ) is neither a sampled numeric type (ℕ ℤ ℚ ℝ) nor a decidable hypothesis +UNSUPPORTED: SourceAdaptiveFoldChart.lean::I4SourceAdaptiveFoldChart.actualFoldPotential_Vx: binder ( sample : SmoothSample 2 L ) is neither a sampled numeric type (ℕ ℤ ℚ ℝ) nor a decidable hypothesis +UNSUPPORTED: SourceAdaptiveFoldChart.lean::I4SourceAdaptiveFoldChart.actualFoldPotential_Vy: binder ( sample : SmoothSample 2 L ) is neither a sampled numeric type (ℕ ℤ ℚ ℝ) nor a decidable hypothesis +UNSUPPORTED: SourceAdaptiveFoldChart.lean::I4SourceAdaptiveFoldChart.actualFoldPotential_axial_third: binder ( sample : SmoothSample 2 L ) is neither a sampled numeric type (ℕ ℤ ℚ ℝ) nor a decidable hypothesis +UNSUPPORTED: SourceAdaptiveFoldChart.lean::I4SourceAdaptiveFoldChart.actualFoldPotential_transverse_center: binder ( sample : SmoothSample 2 L ) is neither a sampled numeric type (ℕ ℤ ℚ ℝ) nor a decidable hypothesis +UNSUPPORTED: SourceAdaptiveFoldChart.lean::I4SourceAdaptiveFoldChart.actualFoldPotential_gradient_pins: binder ( sample : SmoothSample 2 L ) is neither a sampled numeric type (ℕ ℤ ℚ ℝ) nor a decidable hypothesis +UNSUPPORTED: SourceAdaptiveFoldChart.lean::I4SourceAdaptiveFoldChart.actualFoldPotential_normalized_data_of_rawPins: binder ( sample : SmoothSample 2 L ) is neither a sampled numeric type (ℕ ℤ ℚ ℝ) nor a decidable hypothesis +UNSUPPORTED: SourceAdaptiveFoldChart.lean::I4SourceAdaptiveFoldChart.sourceGapLaw_and_posterior_normalized_fold_data: unsupported syntax: existential quantifier +UNSUPPORTED: SourceAdaptiveFoldChart.lean::I4SourceAdaptiveFoldChart.sourceGapLaw_normalized_fold_data: unsupported syntax: existential quantifier +UNSUPPORTED: SourceAdaptiveFoldChart.lean::I4SourceAdaptiveFoldChart.rawPosteriorSample_normalized_fold_data: unsupported syntax: existential quantifier +UNSUPPORTED: SourceAdaptiveFoldEstimates.lean::I4ActualFoldTwoPin.convex_zero_pin_sign: binder ( f : ℝ → ℝ ) is neither a sampled numeric type (ℕ ℤ ℚ ℝ) nor a decidable hypothesis +UNSUPPORTED: SourceAdaptiveFoldEstimates.lean::I4ActualFoldTwoPin.two_pin_bounds_on_J: binder ( g g1 g2 : ℝ → ℝ ) is neither a sampled numeric type (ℕ ℤ ℚ ℝ) nor a decidable hypothesis +UNSUPPORTED: SourceAdaptiveFoldEstimates.lean::I4ActualFoldTwoPin.two_pin_abs_le_on_J: binder ( g g1 g2 : ℝ → ℝ ) is neither a sampled numeric type (ℕ ℤ ℚ ℝ) nor a decidable hypothesis +UNSUPPORTED: SourceAdaptiveFoldEstimates.lean::I4ActualFoldNumeric.numerical_budget: proposition of form App +UNSUPPORTED: SourceAdaptiveFoldEstimates.lean::I4SourceAdaptiveFoldEstimates.sourceT_one_le: binder ( sample : SmoothSample 2 L ) is neither a sampled numeric type (ℕ ℤ ℚ ℝ) nor a decidable hypothesis +UNSUPPORTED: SourceAdaptiveFoldEstimates.lean::I4SourceAdaptiveFoldEstimates.source_scale_le: binder ( sample : SmoothSample 2 L ) is neither a sampled numeric type (ℕ ℤ ℚ ℝ) nor a decidable hypothesis +UNSUPPORTED: SourceAdaptiveFoldEstimates.lean::I4SourceAdaptiveFoldEstimates.coord_norm_le: binder ( p : ℝ × ℝ ) is neither a sampled numeric type (ℕ ℤ ℚ ℝ) nor a decidable hypothesis +UNSUPPORTED: SourceAdaptiveFoldEstimates.lean::I4SourceAdaptiveFoldEstimates.actual_jet_norm_bound: binder ( sample : SmoothSample 2 L ) is neither a sampled numeric type (ℕ ℤ ℚ ℝ) nor a decidable hypothesis +UNSUPPORTED: SourceAdaptiveFoldEstimates.lean::I4SourceAdaptiveFoldEstimates.actual_third_norm_bound: binder ( sample : SmoothSample 2 L ) is neither a sampled numeric type (ℕ ℤ ℚ ℝ) nor a decidable hypothesis +UNSUPPORTED: SourceAdaptiveFoldEstimates.lean::I4SourceAdaptiveFoldEstimates.actual_fourth_norm_bound: binder ( sample : SmoothSample 2 L ) is neither a sampled numeric type (ℕ ℤ ℚ ℝ) nor a decidable hypothesis +UNSUPPORTED: SourceAdaptiveFoldEstimates.lean::I4SourceAdaptiveFoldEstimates.component_jet: binder ( V : ℝ × ℝ → ℝ ) is neither a sampled numeric type (ℕ ℤ ℚ ℝ) nor a decidable hypothesis +UNSUPPORTED: SourceAdaptiveFoldEstimates.lean::I4SourceAdaptiveFoldEstimates.component_smooth: binder ( V : ℝ × ℝ → ℝ ) is neither a sampled numeric type (ℕ ℤ ℚ ℝ) nor a decidable hypothesis +UNSUPPORTED: SourceAdaptiveFoldEstimates.lean::I4SourceAdaptiveFoldEstimates.component_second: binder ( V : ℝ × ℝ → ℝ ) is neither a sampled numeric type (ℕ ℤ ℚ ℝ) nor a decidable hypothesis +UNSUPPORTED: SourceAdaptiveFoldEstimates.lean::I4SourceAdaptiveFoldEstimates.actual_component_second: binder ( sample : SmoothSample 2 L ) is neither a sampled numeric type (ℕ ℤ ℚ ℝ) nor a decidable hypothesis +UNSUPPORTED: SourceAdaptiveFoldEstimates.lean::I4SourceAdaptiveFoldEstimates.actual_Vy_second: binder ( sample : SmoothSample 2 L ) is neither a sampled numeric type (ℕ ℤ ℚ ℝ) nor a decidable hypothesis +UNSUPPORTED: SourceAdaptiveFoldEstimates.lean::I4SourceAdaptiveFoldEstimates.actual_Vx_second: binder ( sample : SmoothSample 2 L ) is neither a sampled numeric type (ℕ ℤ ℚ ℝ) nor a decidable hypothesis +UNSUPPORTED: SourceAdaptiveFoldEstimates.lean::I4SourceAdaptiveFoldEstimates.component_first: binder ( V : ℝ × ℝ → ℝ ) is neither a sampled numeric type (ℕ ℤ ℚ ℝ) nor a decidable hypothesis +UNSUPPORTED: SourceAdaptiveFoldEstimates.lean::I4SourceAdaptiveFoldEstimates.actual_second_swap: binder ( sample : SmoothSample 2 L ) is neither a sampled numeric type (ℕ ℤ ℚ ℝ) nor a decidable hypothesis +UNSUPPORTED: SourceAdaptiveFoldEstimates.lean::I4SourceAdaptiveFoldEstimates.actual_Hy_eq_Gx: binder ( sample : SmoothSample 2 L ) is neither a sampled numeric type (ℕ ℤ ℚ ℝ) nor a decidable hypothesis +UNSUPPORTED: SourceAdaptiveFoldEstimates.lean::I4SourceAdaptiveFoldEstimates.jet_lipschitz: binder ( V : ℝ × ℝ → ℝ ) is neither a sampled numeric type (ℕ ℤ ℚ ℝ) nor a decidable hypothesis +UNSUPPORTED: SourceAdaptiveFoldEstimates.lean::I4SourceAdaptiveFoldEstimates.point_norm_sub_le: ascription to ℝ × ℝ +UNSUPPORTED: SourceAdaptiveFoldEstimates.lean::I4SourceAdaptiveFoldEstimates.axes_norm: binder ( u : ℝ × ℝ ) is neither a sampled numeric type (ℕ ℤ ℚ ℝ) nor a decidable hypothesis +UNSUPPORTED: SourceAdaptiveFoldEstimates.lean::I4SourceAdaptiveFoldEstimates.second_component_bound: binder ( sample : SmoothSample 2 L ) is neither a sampled numeric type (ℕ ℤ ℚ ℝ) nor a decidable hypothesis +UNSUPPORTED: SourceAdaptiveFoldEstimates.lean::I4SourceAdaptiveFoldEstimates.component_first_as_second: binder ( V : ℝ × ℝ → ℝ ) is neither a sampled numeric type (ℕ ℤ ℚ ℝ) nor a decidable hypothesis +UNSUPPORTED: SourceAdaptiveFoldEstimates.lean::I4SourceAdaptiveFoldEstimates.hasDerivAt_xslice: binder { G : ℝ × ℝ → ℝ } is neither a sampled numeric type (ℕ ℤ ℚ ℝ) nor a decidable hypothesis +UNSUPPORTED: SourceAdaptiveFoldEstimates.lean::I4SourceAdaptiveFoldEstimates.hasDerivAt_xslice_component: binder ( G : ℝ × ℝ → ℝ ) is neither a sampled numeric type (ℕ ℤ ℚ ℝ) nor a decidable hypothesis +UNSUPPORTED: SourceAdaptiveFoldEstimates.lean::I4SourceAdaptiveFoldEstimates.actual_second_lipschitz: binder ( sample : SmoothSample 2 L ) is neither a sampled numeric type (ℕ ℤ ℚ ℝ) nor a decidable hypothesis +UNSUPPORTED: SourceAdaptiveFoldEstimates.lean::I4SourceAdaptiveFoldEstimates.actual_third_lipschitz: binder ( sample : SmoothSample 2 L ) is neither a sampled numeric type (ℕ ℤ ℚ ℝ) nor a decidable hypothesis +UNSUPPORTED: SourceAdaptiveFoldEstimates.lean::I4SourceAdaptiveFoldEstimates.actual_coordinate_oscillation: binder ( sample : SmoothSample 2 L ) is neither a sampled numeric type (ℕ ℤ ℚ ℝ) nor a decidable hypothesis +UNSUPPORTED: SourceAdaptiveFoldEstimates.lean::I4SourceAdaptiveFoldEstimates.second_component_smooth: binder ( G : ℝ × ℝ → ℝ ) is neither a sampled numeric type (ℕ ℤ ℚ ℝ) nor a decidable hypothesis +UNSUPPORTED: SourceAdaptiveFoldEstimates.lean::I4SourceAdaptiveFoldEstimates.normalized_peano_mass: unparsed statement: SyntaxError: expected ',', got .. +UNSUPPORTED: SourceAdaptiveFoldEstimates.lean::I4SourceAdaptiveFoldEstimates.actual_axial_pointwise_error: binder ( sample : SmoothSample 2 L ) is neither a sampled numeric type (ℕ ℤ ℚ ℝ) nor a decidable hypothesis +UNSUPPORTED: SourceAdaptiveFoldEstimates.lean::I4SourceAdaptiveFoldEstimates.vertical_boundary_signs: binder ( G : ℝ × ℝ → ℝ ) is neither a sampled numeric type (ℕ ℤ ℚ ℝ) nor a decidable hypothesis +UNSUPPORTED: SourceAdaptiveFoldEstimates.lean::I4SourceAdaptiveFoldEstimates.actual_structural_rectangle: binder ( sample : SmoothSample 2 L ) is neither a sampled numeric type (ℕ ℤ ℚ ℝ) nor a decidable hypothesis +UNSUPPORTED: SourceAdaptiveFoldEstimates.lean::I4SourceAdaptiveFoldEstimates.actual_fourth_coordinate_bound: binder ( sample : SmoothSample 2 L ) is neither a sampled numeric type (ℕ ℤ ℚ ℝ) nor a decidable hypothesis +UNSUPPORTED: SourceAdaptiveFoldEstimates.lean::I4SourceAdaptiveFoldEstimates.sourceGapLaw_structural_rectangle: unsupported syntax: existential quantifier +UNSUPPORTED: SourceAdaptiveFoldEstimates.lean::I4SourceAdaptiveFoldEstimates.sourceGapLaw_actual_rectangle_boundary_path: unsupported syntax: existential quantifier +UNSUPPORTED: SourceAllTargetCurvatureResidual.lean::I4SourceAllTargetCurvatureResidual.allTargetCurvatureResidualRadius_measurable: conclusion is a structural predicate ['Measurable']: trivial on finite discrete models (every set is measurable, every function measurable and integrable), so sampling has no content here +UNSUPPORTED: SourceAllTargetCurvatureResidual.lean::I4SourceAllTargetCurvatureResidual.one_le_allTargetCurvatureResidualRadius: binder ( ρ : SmoothSample 2 L ) is neither a sampled numeric type (ℕ ℤ ℚ ℝ) nor a decidable hypothesis +UNSUPPORTED: SourceAllTargetCurvatureResidual.lean::I4SourceAllTargetCurvatureResidual.sourceContactQ_posterior_abs_le_allTargetRadius: binder ( ρ : SmoothSample 2 L ) is neither a sampled numeric type (ℕ ℤ ℚ ℝ) nor a decidable hypothesis +UNSUPPORTED: SourceAllTargetCurvatureResidual.lean::I4SourceAllTargetCurvatureResidual.sourceDerivativeMajorant_allTarget_curvatureReconstruct: hypothesis ( hσ : 0 < curvatureSigma L r ) mentions undeclared names ['curvatureSigma'] +UNSUPPORTED: SourceAllTargetCurvatureResidual.lean::I4SourceAllTargetCurvatureResidual.sourceGammaRadius_allTarget_curvatureReconstruct: hypothesis ( hσ : 0 < curvatureSigma L r ) mentions undeclared names ['curvatureSigma'] +UNSUPPORTED: SourceAllTargetCurvatureResidual.lean::I4SourceAllTargetCurvatureResidual.allTargetCurvatureResidualRadius_image_bound: binder ( hG : IsUnit ( sourcePinCovarianceAt L r ) ) is neither a sampled numeric type (ℕ ℤ ℚ ℝ) nor a decidable hypothesis +UNSUPPORTED: SourceAllTargetCurvatureResidual.lean::I4SourceAllTargetCurvatureResidual.allTargetCurvatureResidualRadius_moment_bound: binder ( hG : IsUnit ( sourcePinCovarianceAt L r ) ) is neither a sampled numeric type (ℕ ℤ ℚ ℝ) nor a decidable hypothesis +UNSUPPORTED: SourceAllTargetCurvatureResidual.lean::I4SourceAllTargetCurvatureResidual.allTargetCurvatureResidualRadius_prescribed: binder ( ρ : SmoothSample 2 L ) is neither a sampled numeric type (ℕ ℤ ℚ ℝ) nor a decidable hypothesis +UNSUPPORTED: SourceAllTargetCurvatureResidual.lean::I4SourceAllTargetCurvatureResidual.allTargetCurvatureResidualRadius_uniform_bounds: unsupported syntax: existential quantifier +UNSUPPORTED: SourceAllTargetCurvatureResidual.lean::I4SourceAllTargetCurvatureResidual.allTargetCurvatureResidualRadius_gap_height_moments: unsupported syntax: existential quantifier +CORROBORATED: SourceCompactFoldWeightedProbability.lean::SourceCompactFoldWeightedProbability.sourceCompactCutoffA_nonneg: holds on 64 sampled instances satisfying the hypotheses (3 draws rejected by the hypotheses, 0 infeasible, seed 1): sampling is admitted evidence of the statement, not a proof of it +UNSUPPORTED: SourceCompactFoldWeightedProbability.lean::SourceCompactFoldWeightedProbability.sourceCompactFoldGood_measurable: conclusion is a structural predicate ['MeasurableSet']: trivial on finite discrete models (every set is measurable, every function measurable and integrable), so sampling has no content here +CORROBORATED: SourceCompactFoldWeightedProbability.lean::SourceCompactFoldWeightedProbability.varying_cutoff_failure_inclusion: holds on 64 sampled instances satisfying the hypotheses (12 draws rejected by the hypotheses, 0 infeasible, seed 1): sampling is admitted evidence of the statement, not a proof of it +UNSUPPORTED: SourceCompactFoldWeightedProbability.lean::SourceCompactFoldWeightedProbability.sourceCompactFoldGood_compl_subset: result type Set ( SmoothSample 2 L ) +UNSUPPORTED: SourceCompactFoldWeightedProbability.lean::SourceCompactFoldWeightedProbability.sourceCompactFoldWeightedLaw_absolutelyContinuous: result type Measure ( SmoothSample 2 L ) +UNSUPPORTED: SourceCompactFoldWeightedProbability.lean::SourceCompactFoldWeightedProbability.sourceCompactFoldWeightedProbability_bound: unsupported syntax: existential quantifier +UNSUPPORTED: SourceCompactFoldWeightedProbability.lean::SourceCompactFoldWeightedProbability.sourceCompactFoldWeightedProbability_h0: unsupported syntax: existential quantifier +CORROBORATED: SourceCompactGapNormalizer.lean::SourceCompactGapNormalizer.gaussianCompactLowerConstant_pos: holds on 64 sampled instances satisfying the hypotheses (4 draws rejected by the hypotheses, 24 infeasible, seed 1): sampling is admitted evidence of the statement, not a proof of it +UNSUPPORTED: SourceCompactGapNormalizer.lean::SourceCompactGapNormalizer.gaussianPDFReal_lower_compact: binder ( ν : ℝ ≥ 0 ) is neither a sampled numeric type (ℕ ℤ ℚ ℝ) nor a decidable hypothesis +UNSUPPORTED: SourceCompactGapNormalizer.lean::SourceCompactGapNormalizer.gaussianReal_Icc_lower_compact: binder ( ν : ℝ ≥ 0 ) is neither a sampled numeric type (ℕ ℤ ℚ ℝ) nor a decidable hypothesis +UNSUPPORTED: SourceCompactGapNormalizer.lean::SourceCompactGapNormalizer.sourceGap_curvatureMean_bound: hypothesis ( hβ : ∀ i , | curvatureBeta L r i | ≤ J ) mentions undeclared names ['curvatureBeta'] +UNSUPPORTED: SourceCompactGapNormalizer.lean::SourceCompactGapNormalizer.sourceGapLaw_q_hasLaw: binder ( hG : IsUnit ( sourcePinCovarianceAt L r ) ) is neither a sampled numeric type (ℕ ℤ ℚ ℝ) nor a decidable hypothesis +UNSUPPORTED: SourceCompactGapNormalizer.lean::SourceCompactGapNormalizer.sourceGapLaw_negative_interval_mass: unsupported syntax: existential quantifier +UNSUPPORTED: SourceCompactGapNormalizer.lean::SourceCompactGapNormalizer.sourceCompactGoodEvent_measurable: conclusion is a structural predicate ['MeasurableSet']: trivial on finite discrete models (every set is measurable, every function measurable and integrable), so sampling has no content here +UNSUPPORTED: SourceCompactGapNormalizer.lean::SourceCompactGapNormalizer.sourceCompactGoodEvent_mass: binder ( Q : Measure ( SmoothSample 2 L ) ) is neither a sampled numeric type (ℕ ℤ ℚ ℝ) nor a decidable hypothesis +UNSUPPORTED: SourceCompactGapNormalizer.lean::SourceCompactGapNormalizer.cubic_pin_pointwise_error_target: binder ( g : ℝ → ℝ ) is neither a sampled numeric type (ℕ ℤ ℚ ℝ) nor a decidable hypothesis +UNSUPPORTED: SourceCompactGapNormalizer.lean::SourceCompactGapNormalizer.source_normalized_gap_axial_errors: binder ( sample : SmoothSample 2 L ) is neither a sampled numeric type (ℕ ℤ ℚ ℝ) nor a decidable hypothesis +UNSUPPORTED: SourceCompactGapNormalizer.lean::SourceCompactGapNormalizer.endpointWeight_gap_floor: hypothesis ( hq : q ∈ Icc ( - 2 : ℝ ) ( - 1 : ℝ ) ) mentions undeclared names ['Icc'] +UNSUPPORTED: SourceCompactGapNormalizer.lean::SourceCompactGapNormalizer.sourceSmoothWeight_gap_floor: binder ( sample : SmoothSample 2 L ) is neither a sampled numeric type (ℕ ℤ ℚ ℝ) nor a decidable hypothesis +UNSUPPORTED: SourceCompactGapNormalizer.lean::SourceCompactGapNormalizer.sourceGapLaw_compact_normalizer: unsupported syntax: existential quantifier +UNSUPPORTED: SourceCompactTargetMoments.lean::I4SourceCompactTargetMoments.sourceInverse_target_uniform_bounds: unsupported syntax: existential quantifier +UNSUPPORTED: SourceCompactTargetMoments.lean::I4SourceCompactTargetMoments.sourceGammaRadius_allTarget_domination: unsupported syntax: existential quantifier +UNSUPPORTED: SourceCompactTargetMoments.lean::I4SourceCompactTargetMoments.sampleMajorant_affine_integrable_pow: binder ( w : SourceMode 2 → ℝ ) is neither a sampled numeric type (ℕ ℤ ℚ ℝ) nor a decidable hypothesis +UNSUPPORTED: SourceCompactTargetMoments.lean::I4SourceCompactTargetMoments.sourceGammaRadius_allTarget_moments: unsupported syntax: existential quantifier +CORROBORATED: SourceCompactTargetMoments.lean::I4SourceCompactTargetMoments.sourceGapPins_one_sixth: holds on 64 sampled instances satisfying the hypotheses (0 draws rejected by the hypotheses, 0 infeasible, seed 1): sampling is admitted evidence of the statement, not a proof of it +UNSUPPORTED: SourceCompactTargetMoments.lean::I4SourceCompactTargetMoments.sourceGapLaw_one_sixth: result type Measure ( SmoothSample 2 L ) +CORROBORATED: SourceCompactTargetMoments.lean::I4SourceCompactTargetMoments.sourceGapPins_eq_confluent: holds on 64 sampled instances satisfying the hypotheses (1 draws rejected by the hypotheses, 0 infeasible, seed 1): sampling is admitted evidence of the statement, not a proof of it +UNSUPPORTED: SourceCompactTargetMoments.lean::I4SourceCompactTargetMoments.sourceGapLaw_eq_rawPinKernel: result type Measure ( SmoothSample 2 L ) +CORROBORATED: SourceCompactTargetMoments.lean::I4SourceCompactTargetMoments.sourceGapPins_norm_le: holds on 64 sampled instances satisfying the hypotheses (5 draws rejected by the hypotheses, 0 infeasible, seed 1): sampling is admitted evidence of the statement, not a proof of it +UNSUPPORTED: SourceCompactTargetMoments.lean::I4SourceCompactTargetMoments.sourceGapLaw_height_moments: unsupported syntax: existential quantifier +UNSUPPORTED: SourceConditionalMajorant.lean::I4SourceConditionalMajorant.sampleMajorant_nonneg: binder ( w : SourceMode 2 → ℝ ) is neither a sampled numeric type (ℕ ℤ ℚ ℝ) nor a decidable hypothesis +UNSUPPORTED: SourceConditionalMajorant.lean::I4SourceConditionalMajorant.derivativeMajorant_weighted_summable: binder ( ω : SmoothSample 2 L ) is neither a sampled numeric type (ℕ ℤ ℚ ℝ) nor a decidable hypothesis +UNSUPPORTED: SourceConditionalMajorant.lean::I4SourceConditionalMajorant.confluentMajorant_weighted_summable: binder ( ω : SmoothSample 2 L ) is neither a sampled numeric type (ℕ ℤ ℚ ℝ) nor a decidable hypothesis +UNSUPPORTED: SourceConditionalMajorant.lean::I4SourceConditionalMajorant.pinCoefficient_abs_le: binder ( m : SourceMode 2 ) is neither a sampled numeric type (ℕ ℤ ℚ ℝ) nor a decidable hypothesis +UNSUPPORTED: SourceConditionalMajorant.lean::I4SourceConditionalMajorant.sourceConfluentPins_abs_le: binder ( ω : SmoothSample 2 L ) is neither a sampled numeric type (ℕ ℤ ℚ ℝ) nor a decidable hypothesis +UNSUPPORTED: SourceConditionalMajorant.lean::I4SourceConditionalMajorant.six_mulVec_abs_le: binder ( hM : ∀ i j , | M i j | ≤ K ) is neither a sampled numeric type (ℕ ℤ ℚ ℝ) nor a decidable hypothesis +UNSUPPORTED: SourceConditionalMajorant.lean::I4SourceConditionalMajorant.pinLift_abs_le: binder ( hInv : ∀ i j , | ( sourcePinCovarianceAt L r ) ⁻¹ i j | ≤ K ) is neither a sampled numeric type (ℕ ℤ ℚ ℝ) nor a decidable hypothesis +UNSUPPORTED: SourceConditionalMajorant.lean::I4SourceConditionalMajorant.posterior_sampleMajorant_le: binder ( w : SourceMode 2 → ℝ ) is neither a sampled numeric type (ℕ ℤ ℚ ℝ) nor a decidable hypothesis +UNSUPPORTED: SourceConditionalMajorant.lean::I4SourceConditionalMajorant.sourceInverse_prescribed_uniform_bounds: unsupported syntax: existential quantifier +UNSUPPORTED: SourceConditionalMajorant.lean::I4SourceConditionalMajorant.smoothSourceField_global_derivative_bound: binder ( ω : SmoothSample 2 L ) is neither a sampled numeric type (ℕ ℤ ℚ ℝ) nor a decidable hypothesis +UNSUPPORTED: SourceConditionalMajorant.lean::I4SourceConditionalMajorant.sampleMajorant_measurable: binder ( w : SourceMode 2 → ℝ ) is neither a sampled numeric type (ℕ ℤ ℚ ℝ) nor a decidable hypothesis +UNSUPPORTED: SourceConditionalMajorant.lean::I4SourceConditionalMajorant.sourceDerivativeMajorant_measurable: conclusion is a structural predicate ['Measurable']: trivial on finite discrete models (every set is measurable, every function measurable and integrable), so sampling has no content here +UNSUPPORTED: SourceConditionalMajorant.lean::I4SourceConditionalMajorant.sampleMajorant_add: binder ( w v : SourceMode 2 → ℝ ) is neither a sampled numeric type (ℕ ℤ ℚ ℝ) nor a decidable hypothesis +UNSUPPORTED: SourceConditionalMajorant.lean::I4SourceConditionalMajorant.sampleMajorant_const_mul: binder ( w : SourceMode 2 → ℝ ) is neither a sampled numeric type (ℕ ℤ ℚ ℝ) nor a decidable hypothesis +UNSUPPORTED: SourceConditionalMajorant.lean::I4SourceConditionalMajorant.sourceDerivativeMajorant_uniform_domination: unsupported syntax: existential quantifier +UNSUPPORTED: SourceConditionalMajorant.lean::I4SourceConditionalMajorant.source_coordinate_hasLaw: binder ( m : SourceMode 2 ) is neither a sampled numeric type (ℕ ℤ ℚ ℝ) nor a decidable hypothesis +UNSUPPORTED: SourceConditionalMajorant.lean::I4SourceConditionalMajorant.sampleMajorant_prior_moment: binder ( w : SourceMode 2 → ℝ ) is neither a sampled numeric type (ℕ ℤ ℚ ℝ) nor a decidable hypothesis +UNSUPPORTED: SourceConditionalMajorant.lean::I4SourceConditionalMajorant.drift_majorant_integrable_pow: binder ( w : SourceMode 2 → ℝ ) is neither a sampled numeric type (ℕ ℤ ℚ ℝ) nor a decidable hypothesis +UNSUPPORTED: SourceConditionalMajorant.lean::I4SourceConditionalMajorant.sourceConditionalDerivative_moments: unsupported syntax: existential quantifier +UNSUPPORTED: SourceConditionalMajorant.lean::I4SourceConditionalMajorant.sourceConditionalDerivative_cutoff_tail: unsupported syntax: existential quantifier +UNSUPPORTED: SourceConditionalMajorant.lean::I4SourceConditionalMajorant.sourceConditionalDerivative_gaussian_upper_tail: unsupported syntax: existential quantifier +UNSUPPORTED: SourceConditionalMajorant.lean::I4SourceConditionalMajorant.sourceWeightedDerivative_cutoff_tail: unsupported syntax: existential quantifier +UNSUPPORTED: SourceConfluentLimits.lean::I4SourceConfluentLimits.derivativeCoefficient_weighted_summable: binder ( ω : SmoothSample 2 L ) is neither a sampled numeric type (ℕ ℤ ℚ ℝ) nor a decidable hypothesis +UNSUPPORTED: SourceConfluentLimits.lean::I4SourceConfluentLimits.finiteSeries_map: binder ( a : Fin n → ι → ℝ ) is neither a sampled numeric type (ℕ ℤ ℚ ℝ) nor a decidable hypothesis +UNSUPPORTED: SourceConfluentLimits.lean::I4SourceConfluentLimits.finiteCoefficient_map_summable: binder ( a : Fin n → ι → ℝ ) is neither a sampled numeric type (ℕ ℤ ℚ ℝ) nor a decidable hypothesis +UNSUPPORTED: SourceConfluentLimits.lean::I4SourceConfluentLimits.rawPinsWithHessians_series: binder ( ω : SmoothSample 2 L ) is neither a sampled numeric type (ℕ ℤ ℚ ℝ) nor a decidable hypothesis +UNSUPPORTED: SourceConfluentLimits.lean::I4SourceConfluentLimits.pinCoefficient_summable: proposition of form App +UNSUPPORTED: SourceConfluentLimits.lean::I4SourceConfluentLimits.adjustedCoefficient_summable: proposition of form App +UNSUPPORTED: SourceConfluentLimits.lean::I4SourceConfluentLimits.sourceConfluentPinsAt_series: binder ( ω : SmoothSample 2 L ) is neither a sampled numeric type (ℕ ℤ ℚ ℝ) nor a decidable hypothesis +UNSUPPORTED: SourceConfluentLimits.lean::I4SourceConfluentLimits.sourceAdjustedEndpoints_series: binder ( ω : SmoothSample 2 L ) is neither a sampled numeric type (ℕ ℤ ℚ ℝ) nor a decidable hypothesis +UNSUPPORTED: SourceConfluentLimits.lean::I4SourceConfluentLimits.sourcePinCovarianceAt_coefficient: unsupported syntax: infinite sum ∑' (tsum / tprod) is outside the interpreter +UNSUPPORTED: SourceConfluentLimits.lean::I4SourceConfluentLimits.sourceCrossCovarianceAt_coefficient: unsupported syntax: infinite sum ∑' (tsum / tprod) is outside the interpreter +UNSUPPORTED: SourceConfluentLimits.lean::I4SourceConfluentLimits.sourceEndpointCovarianceAt_coefficient: unsupported syntax: infinite sum ∑' (tsum / tprod) is outside the interpreter +UNSUPPORTED: SourceConfluentLimits.lean::I4ModeCurveChains.mode_smooth: binder ( m : SourceMode 2 ) is neither a sampled numeric type (ℕ ℤ ℚ ℝ) nor a decidable hypothesis +UNSUPPORTED: SourceConfluentLimits.lean::I4ModeCurveChains.axis_iteratedDeriv: binder ( f : ( Fin 2 → ℝ ) → ℝ ) is neither a sampled numeric type (ℕ ℤ ℚ ℝ) nor a decidable hypothesis +UNSUPPORTED: SourceConfluentLimits.lean::I4ModeCurveChains.axis_transverse_smooth: binder ( f : ( Fin 2 → ℝ ) → ℝ ) is neither a sampled numeric type (ℕ ℤ ℚ ℝ) nor a decidable hypothesis +UNSUPPORTED: SourceConfluentLimits.lean::I4ModeCurveChains.axis_transverse_iteratedDeriv: binder ( f : ( Fin 2 → ℝ ) → ℝ ) is neither a sampled numeric type (ℕ ℤ ℚ ℝ) nor a decidable hypothesis +UNSUPPORTED: SourceConfluentLimits.lean::I4ModeCurveChains.modeH_eq: binder ( m : SourceMode 2 ) is neither a sampled numeric type (ℕ ℤ ℚ ℝ) nor a decidable hypothesis +UNSUPPORTED: SourceConfluentLimits.lean::I4ModeCurveChains.modeF_C3: binder ( m : SourceMode 2 ) is neither a sampled numeric type (ℕ ℤ ℚ ℝ) nor a decidable hypothesis +UNSUPPORTED: SourceConfluentLimits.lean::I4ModeCurveChains.modeH_C2: binder ( m : SourceMode 2 ) is neither a sampled numeric type (ℕ ℤ ℚ ℝ) nor a decidable hypothesis +UNSUPPORTED: SourceConfluentLimits.lean::I4ModeCurveChains.modeF_deriv: binder ( m : SourceMode 2 ) is neither a sampled numeric type (ℕ ℤ ℚ ℝ) nor a decidable hypothesis +UNSUPPORTED: SourceConfluentLimits.lean::I4ModeCurveChains.modeF_second: binder ( m : SourceMode 2 ) is neither a sampled numeric type (ℕ ℤ ℚ ℝ) nor a decidable hypothesis +UNSUPPORTED: SourceConfluentLimits.lean::I4ModeCurveChains.modeF_third: binder ( m : SourceMode 2 ) is neither a sampled numeric type (ℕ ℤ ℚ ℝ) nor a decidable hypothesis +UNSUPPORTED: SourceConfluentLimits.lean::I4ModeCurveChains.modeH_deriv: binder ( m : SourceMode 2 ) is neither a sampled numeric type (ℕ ℤ ℚ ℝ) nor a decidable hypothesis +UNSUPPORTED: SourceConfluentLimits.lean::I4ModeCurveChains.modeH_second: binder ( m : SourceMode 2 ) is neither a sampled numeric type (ℕ ℤ ℚ ℝ) nor a decidable hypothesis +UNSUPPORTED: SourceConfluentLimits.lean::I4SourceConfluentLimits.rawDirections2: vector literal of non-scalar entries +UNSUPPORTED: SourceConfluentLimits.lean::I4SourceConfluentLimits.rawDirections3: vector literal of non-scalar entries +UNSUPPORTED: SourceConfluentLimits.lean::I4SourceConfluentLimits.rawDirections4: vector literal of non-scalar entries +UNSUPPORTED: SourceConfluentLimits.lean::I4SourceConfluentLimits.rawDirections5: vector literal of non-scalar entries +UNSUPPORTED: SourceConfluentLimits.lean::I4SourceConfluentLimits.rawDirections6: vector literal of non-scalar entries +UNSUPPORTED: SourceConfluentLimits.lean::I4SourceConfluentLimits.rawDirections7: vector literal of non-scalar entries +UNSUPPORTED: SourceConfluentLimits.lean::I4SourceConfluentLimits.rawDirections8: vector literal of non-scalar entries +UNSUPPORTED: SourceConfluentLimits.lean::I4SourceConfluentLimits.rawDirections9: vector literal of non-scalar entries +UNSUPPORTED: SourceConfluentLimits.lean::I4SourceConfluentLimits.rawDirections10: vector literal of non-scalar entries +UNSUPPORTED: SourceConfluentLimits.lean::I4SourceConfluentLimits.rawDirections11: vector literal of non-scalar entries +UNSUPPORTED: SourceConfluentLimits.lean::I4SourceConfluentLimits.rawDerivativeCoefficient_explicit: binder ( m : SourceMode 2 ) is neither a sampled numeric type (ℕ ℤ ℚ ℝ) nor a decidable hypothesis +UNSUPPORTED: SourceConfluentLimits.lean::I4SourceConfluentLimits.pinCoefficient_explicit: binder ( m : SourceMode 2 ) is neither a sampled numeric type (ℕ ℤ ℚ ℝ) nor a decidable hypothesis +UNSUPPORTED: SourceConfluentLimits.lean::I4SourceConfluentLimits.adjustedCoefficient_explicit: binder ( m : SourceMode 2 ) is neither a sampled numeric type (ℕ ℤ ℚ ℝ) nor a decidable hypothesis +UNSUPPORTED: SourceConfluentLimits.lean::I4WeightedModeIntegrals.weighted_integrand_bound: binder ( u : Fin k → ( Fin 2 → ℝ ) ) is neither a sampled numeric type (ℕ ℤ ℚ ℝ) nor a decidable hypothesis +UNSUPPORTED: SourceConfluentLimits.lean::I4WeightedModeIntegrals.weightedDerivativeIntegral_continuous: binder ( u : Fin k → ( Fin 2 → ℝ ) ) is neither a sampled numeric type (ℕ ℤ ℚ ℝ) nor a decidable hypothesis +UNSUPPORTED: SourceConfluentLimits.lean::I4WeightedModeIntegrals.weightedDerivativeIntegral_norm_le: binder ( u : Fin k → ( Fin 2 → ℝ ) ) is neither a sampled numeric type (ℕ ℤ ℚ ℝ) nor a decidable hypothesis +UNSUPPORTED: SourceConfluentLimits.lean::I4WeightedModeIntegrals.weightedDerivativeIntegral_zero: binder ( u : Fin k → ( Fin 2 → ℝ ) ) is neither a sampled numeric type (ℕ ℤ ℚ ℝ) nor a decidable hypothesis +UNSUPPORTED: SourceConfluentLimits.lean::I4SourceConfluentLimits.peano_one_bound: hypothesis ( _ht : t ∈ Set.uIoc ( - 1 / 2 : ℝ ) ( 1 / 2 : ℝ ) ) mentions undeclared names ['Set.uIoc'] +UNSUPPORTED: SourceConfluentLimits.lean::I4SourceConfluentLimits.peano_left_bound: hypothesis ( ht : t ∈ Set.uIoc ( - 1 / 2 : ℝ ) ( 1 / 2 : ℝ ) ) mentions undeclared names ['Set.uIoc'] +UNSUPPORTED: SourceConfluentLimits.lean::I4SourceConfluentLimits.peano_right_bound: hypothesis ( ht : t ∈ Set.uIoc ( - 1 / 2 : ℝ ) ( 1 / 2 : ℝ ) ) mentions undeclared names ['Set.uIoc'] +UNSUPPORTED: SourceConfluentLimits.lean::I4SourceConfluentLimits.peano_cubic_bound: hypothesis ( ht : t ∈ Set.uIoc ( - 1 / 2 : ℝ ) ( 1 / 2 : ℝ ) ) mentions undeclared names ['Set.uIoc'] +UNSUPPORTED: SourceConfluentLimits.lean::I4SourceConfluentLimits.peano_kernel_masses: unparsed statement: SyntaxError: expected ',', got .. +UNSUPPORTED: SourceConfluentLimits.lean::I4SourceConfluentLimits.pinCoefficient_eq_regularized: binder ( m : SourceMode 2 ) is neither a sampled numeric type (ℕ ℤ ℚ ℝ) nor a decidable hypothesis +UNSUPPORTED: SourceConfluentLimits.lean::I4SourceConfluentLimits.adjustedCoefficient_eq_regularized: binder ( m : SourceMode 2 ) is neither a sampled numeric type (ℕ ℤ ℚ ℝ) nor a decidable hypothesis +UNSUPPORTED: SourceConfluentLimits.lean::I4ContactCoefficientLimits.contactPinCoefficient_summable: proposition of form App +UNSUPPORTED: SourceConfluentLimits.lean::I4ContactCoefficientLimits.contactAdjustedCoefficient_summable: proposition of form App +UNSUPPORTED: SourceConfluentLimits.lean::I4ContactCoefficientLimits.sourcePinVector_eq_contactSeries: binder ( ω : SmoothSample 2 L ) is neither a sampled numeric type (ℕ ℤ ℚ ℝ) nor a decidable hypothesis +UNSUPPORTED: SourceConfluentLimits.lean::I4ContactCoefficientLimits.scalarSeries_div: definition scalarSeries has an unparsed body +UNSUPPORTED: SourceConfluentLimits.lean::I4ContactCoefficientLimits.scalarSeries_neg: definition scalarSeries has an unparsed body +UNSUPPORTED: SourceConfluentLimits.lean::I4ContactCoefficientLimits.sourceContactEndpointVector_eq_contactSeries: binder ( ω : SmoothSample 2 L ) is neither a sampled numeric type (ℕ ℤ ℚ ℝ) nor a decidable hypothesis +UNSUPPORTED: SourceConfluentLimits.lean::I4ContactCoefficientLimits.sourcePinCovariance_eq_contactCoefficientGram: unsupported syntax: infinite sum ∑' (tsum / tprod) is outside the interpreter +UNSUPPORTED: SourceConfluentLimits.lean::I4ContactCoefficientLimits.sourceContactEndpointCrossCovariance_eq_contactCoefficientGram: unsupported syntax: infinite sum ∑' (tsum / tprod) is outside the interpreter +UNSUPPORTED: SourceConfluentLimits.lean::I4ContactCoefficientLimits.sourceContactEndpointCovariance_eq_contactCoefficientGram: unsupported syntax: infinite sum ∑' (tsum / tprod) is outside the interpreter +UNSUPPORTED: SourceConfluentLimits.lean::I4SourceConfluentLimits.modeComponentMajorant_nonneg: binder ( m : SourceMode 2 ) is neither a sampled numeric type (ℕ ℤ ℚ ℝ) nor a decidable hypothesis +UNSUPPORTED: SourceConfluentLimits.lean::I4SourceConfluentLimits.confluentModeMajorant_nonneg: binder ( m : SourceMode 2 ) is neither a sampled numeric type (ℕ ℤ ℚ ℝ) nor a decidable hypothesis +UNSUPPORTED: SourceConfluentLimits.lean::I4SourceConfluentLimits.confluentModeMajorant_summable: proposition of form App +UNSUPPORTED: SourceConfluentLimits.lean::I4SourceConfluentLimits.six_component_le_majorant: binder ( m : SourceMode 2 ) is neither a sampled numeric type (ℕ ℤ ℚ ℝ) nor a decidable hypothesis +UNSUPPORTED: SourceConfluentLimits.lean::I4SourceConfluentLimits.component_le_majorant: binder ( m : SourceMode 2 ) is neither a sampled numeric type (ℕ ℤ ℚ ℝ) nor a decidable hypothesis +CORROBORATED: SourceConfluentLimits.lean::I4SourceConfluentLimits.average_norm_le: holds on 64 sampled instances satisfying the hypotheses (3 draws rejected by the hypotheses, 0 infeasible, seed 1): sampling is admitted evidence of the statement, not a proof of it +UNSUPPORTED: SourceConfluentLimits.lean::I4SourceConfluentLimits.integral_bound_one: binder ( u : Fin k → ( Fin 2 → ℝ ) ) is neither a sampled numeric type (ℕ ℤ ℚ ℝ) nor a decidable hypothesis +UNSUPPORTED: SourceConfluentLimits.lean::I4SourceConfluentLimits.modeF_norm_bound: binder ( m : SourceMode 2 ) is neither a sampled numeric type (ℕ ℤ ℚ ℝ) nor a decidable hypothesis +UNSUPPORTED: SourceConfluentLimits.lean::I4SourceConfluentLimits.regularizedPinCoefficient_bound: binder ( m : SourceMode 2 ) is neither a sampled numeric type (ℕ ℤ ℚ ℝ) nor a decidable hypothesis +UNSUPPORTED: SourceConfluentLimits.lean::I4SourceConfluentLimits.regularizedAdjustedCoefficient_bound: binder ( m : SourceMode 2 ) is neither a sampled numeric type (ℕ ℤ ℚ ℝ) nor a decidable hypothesis +UNSUPPORTED: SourceConfluentLimits.lean::I4SourceConfluentLimits.helper_left_bound: hypothesis ( ht : t ∈ Set.uIoc ( - 1 / 2 : ℝ ) ( 1 / 2 : ℝ ) ) mentions undeclared names ['Set.uIoc'] +UNSUPPORTED: SourceConfluentLimits.lean::I4SourceConfluentLimits.helper_right_bound: hypothesis ( ht : t ∈ Set.uIoc ( - 1 / 2 : ℝ ) ( 1 / 2 : ℝ ) ) mentions undeclared names ['Set.uIoc'] +UNSUPPORTED: SourceConfluentLimits.lean::I4SourceConfluentLimits.helper_cubic_bound: hypothesis ( ht : t ∈ Set.uIoc ( - 1 / 2 : ℝ ) ( 1 / 2 : ℝ ) ) mentions undeclared names ['Set.uIoc'] +UNSUPPORTED: SourceConfluentLimits.lean::I4SourceConfluentLimits.regularizedPinCoefficient_continuous: binder ( m : SourceMode 2 ) is neither a sampled numeric type (ℕ ℤ ℚ ℝ) nor a decidable hypothesis +UNSUPPORTED: SourceConfluentLimits.lean::I4SourceConfluentLimits.regularizedAdjustedCoefficient_continuous: binder ( m : SourceMode 2 ) is neither a sampled numeric type (ℕ ℤ ℚ ℝ) nor a decidable hypothesis +UNSUPPORTED: SourceConfluentLimits.lean::I4SourceConfluentLimits.regularizedPinCoefficient_zero: binder ( m : SourceMode 2 ) is neither a sampled numeric type (ℕ ℤ ℚ ℝ) nor a decidable hypothesis +UNSUPPORTED: SourceConfluentLimits.lean::I4SourceConfluentLimits.regularizedAdjustedCoefficient_zero: binder ( m : SourceMode 2 ) is neither a sampled numeric type (ℕ ℤ ℚ ℝ) nor a decidable hypothesis +UNSUPPORTED: SourceConfluentLimits.lean::I4SourceConfluentLimits.regularizedGram_continuous: binder ( a b : ℝ → Fin 6 → SourceMode 2 → ℝ ) is neither a sampled numeric type (ℕ ℤ ℚ ℝ) nor a decidable hypothesis +UNSUPPORTED: SourceConfluentLimits.lean::I4SourceConfluentLimits.regularizedPinCovariance_continuous: proposition of form App +UNSUPPORTED: SourceConfluentLimits.lean::I4SourceConfluentLimits.regularizedCrossCovariance_continuous: proposition of form App +UNSUPPORTED: SourceConfluentLimits.lean::I4SourceConfluentLimits.regularizedEndpointCovariance_continuous: proposition of form App +UNSUPPORTED: SourceConfluentLimits.lean::I4SourceConfluentLimits.sourcePinCovarianceAt_eq_regularized: expression Lambda +UNSUPPORTED: SourceConfluentLimits.lean::I4SourceConfluentLimits.sourceCrossCovarianceAt_eq_regularized: expression Lambda +UNSUPPORTED: SourceConfluentLimits.lean::I4SourceConfluentLimits.sourceEndpointCovarianceAt_eq_regularized: expression Lambda +UNSUPPORTED: SourceConfluentLimits.lean::I4SourceConfluentLimits.regularizedPinCovariance_zero: definition regularizedPinCovariance has an unparsed body +UNSUPPORTED: SourceConfluentLimits.lean::I4SourceConfluentLimits.regularizedCrossCovariance_zero: definition regularizedCrossCovariance has an unparsed body +UNSUPPORTED: SourceConfluentLimits.lean::I4SourceConfluentLimits.regularizedEndpointCovariance_zero: definition regularizedEndpointCovariance has an unparsed body +UNSUPPORTED: SourceConfluentLimits.lean::I4SourceConfluentLimits.sourcePinCovarianceAt_tendsto: unsupported syntax: notation '𝓝' +UNSUPPORTED: SourceConfluentLimits.lean::I4SourceConfluentLimits.sourceCrossCovarianceAt_tendsto: unsupported syntax: notation '𝓝' +UNSUPPORTED: SourceConfluentLimits.lean::I4SourceConfluentLimits.sourceEndpointCovarianceAt_tendsto: unsupported syntax: notation '𝓝' +CORROBORATED: SourceConfluentPins.lean::I4SourceConfluentPins.rawTransform_confluentTransform: holds on 64 sampled instances satisfying the hypotheses (1 draws rejected by the hypotheses, 0 infeasible, seed 1): sampling is admitted evidence of the statement, not a proof of it +CORROBORATED: SourceConfluentPins.lean::I4SourceConfluentPins.confluentTransform_rawTransform: holds on 64 sampled instances satisfying the hypotheses (1 draws rejected by the hypotheses, 0 infeasible, seed 1): sampling is admitted evidence of the statement, not a proof of it +UNSUPPORTED: SourceConfluentPins.lean::I4SourceConfluentPins.confluentEquiv_apply: result type ( Fin 6 → ℝ ) ≃ L [ ℝ ] ( Fin 6 → ℝ ) where toFun +UNSUPPORTED: SourceConfluentPins.lean::I4SourceConfluentPins.confluentEquiv_symm_apply: unknown function .symm +UNSUPPORTED: SourceConfluentPins.lean::I4SourceConfluentPins.prescribed_target: result type ( Fin 6 → ℝ ) ≃ L [ ℝ ] ( Fin 6 → ℝ ) where toFun +UNSUPPORTED: SourceConfluentPins.lean::I4SourceConfluentPins.rawPins_hasGaussianLaw: proposition of form App +UNSUPPORTED: SourceConfluentPins.lean::I4SourceConfluentPins.confluentPins_hasGaussianLaw: proposition of form App +UNSUPPORTED: SourceConfluentPins.lean::I4SourceConfluentPins.rawPinsWithHessians_hasGaussianLaw: proposition of form App +UNSUPPORTED: SourceContactCovariance.lean::I4SourceContact.sourceContactVector_hasGaussianLaw: proposition of form App +UNSUPPORTED: SourceContactCovariance.lean::I4SourceContact.sourceContactCoefficient_summable: proposition of form App +UNSUPPORTED: SourceContactCovariance.lean::I4SourceContact.sourceContactCovariance_eq_coefficientGram: definition sourceContactCovariance has an unparsed body +UNSUPPORTED: SourceContactCovariance.lean::I4SourceContact.sourceContactMode_nonzero_frequency: unparsed statement: SyntaxError: trailing tokens from '|' +UNSUPPORTED: SourceContactCovariance.lean::I4SourceContact.sourceContactAmplitude_pos: result type SourceMode 2 +UNSUPPORTED: SourceContactCovariance.lean::I4SourceContact.derivativeCoefficient_none: binder ( u : Fin k → ( Fin 2 → ℝ ) ) is neither a sampled numeric type (ℕ ℤ ℚ ℝ) nor a decidable hypothesis +UNSUPPORTED: SourceContactCovariance.lean::I4SourceContact.derivativeCoefficient_some: binder ( k : ↥ ( halfLattice 2 ) ) is neither a sampled numeric type (ℕ ℤ ℚ ℝ) nor a decidable hypothesis +UNSUPPORTED: SourceContactCovariance.lean::I4SourceContact.sourceContact_selected_columns: result type SourceMode 2 +UNSUPPORTED: SourceContactCovariance.lean::I4SourceContact.sourceContactCovariance_posDef: proposition of form App +UNSUPPORTED: SourceContactEndpointParameters.lean::I4SourceContact.contact_generic_residual_covariance: binder ( J : Ω → ι → ℝ ) is neither a sampled numeric type (ℕ ℤ ℚ ℝ) nor a decidable hypothesis +UNSUPPORTED: SourceContactEndpointParameters.lean::I4SourceContact.sourceContactA_memLp: conclusion is a structural predicate ['MemLp']: trivial on finite discrete models (every set is measurable, every function measurable and integrable), so sampling has no content here +UNSUPPORTED: SourceContactEndpointParameters.lean::I4SourceContact.sourcePin_memLp: conclusion is a structural predicate ['MemLp']: trivial on finite discrete models (every set is measurable, every function measurable and integrable), so sampling has no content here +UNSUPPORTED: SourceContactEndpointParameters.lean::I4SourceContact.sourceContactEndpoint_memLp: conclusion is a structural predicate ['MemLp']: trivial on finite discrete models (every set is measurable, every function measurable and integrable), so sampling has no content here +UNSUPPORTED: SourceContactEndpointParameters.lean::I4SourceContact.cross_row_zero: expression Lambda +UNSUPPORTED: SourceContactEndpointParameters.lean::I4SourceContact.cross_row_one: expression Lambda +UNSUPPORTED: SourceContactEndpointParameters.lean::I4SourceContact.cross_row_two: expression Lambda +UNSUPPORTED: SourceContactEndpointParameters.lean::I4SourceContact.cross_row_four: expression Lambda +UNSUPPORTED: SourceContactEndpointParameters.lean::I4SourceContact.regression_pin_coordinates: unsupported syntax: notation 'ᵥ' +UNSUPPORTED: SourceContactEndpointParameters.lean::I4SourceContact.regression_other_coordinates: unsupported syntax: notation 'ᵥ' +UNSUPPORTED: SourceContactEndpointParameters.lean::I4SourceContact.sourceContactEndpointMean_contact: definition sourceContactEndpointMean has an unparsed body +UNSUPPORTED: SourceContactEndpointParameters.lean::I4SourceContact.sourceContactEndpointResidual_contact: binder ( ω : SmoothSample 2 L ) is neither a sampled numeric type (ℕ ℤ ℚ ℝ) nor a decidable hypothesis +UNSUPPORTED: SourceContactEndpointParameters.lean::I4SourceContact.sourceContactEndpointSchur_covariance: unparsed statement: SyntaxError: expected ',', got j +UNSUPPORTED: SourceContactEndpointParameters.lean::I4SourceContact.sourceContactEndpointSchur_posSemidef: proposition of form App +UNSUPPORTED: SourceContactEndpointParameters.lean::I4SourceContact.sourceContactEndpointSchur_contact: definition sourceContactEndpointSchur has an unparsed body +UNSUPPORTED: SourceContactEndpointParameters.lean::I4SourceContact.cross_row_Q: expression Lambda +UNSUPPORTED: SourceContactEndpointParameters.lean::I4SourceContact.sourceContactEndpointSchur_four_four_eq_schur: definition sourceContactEndpointSchur has an unparsed body +UNSUPPORTED: SourceContactEndpointParameters.lean::I4SourceContact.sourceContactEndpointSchur_referenceVariance_pos: definition sourceContactEndpointSchur has an unparsed body +UNSUPPORTED: SourceContactSchur.lean::I4SourceContact.sourceContactBlockEquiv_inl: result type ( Fin 6 ⊕ Unit ) ≃ Fin 7 +UNSUPPORTED: SourceContactSchur.lean::I4SourceContact.sourceContactBlockEquiv_inr: binder ( u : Unit ) is neither a sampled numeric type (ℕ ℤ ℚ ℝ) nor a decidable hypothesis +UNSUPPORTED: SourceContactSchur.lean::I4SourceContact.sourceContactCovariance_block_identity: unsupported syntax: notation 'ᴴ' +UNSUPPORTED: SourceContactSchur.lean::I4SourceContact.sourcePinCovariance_posDef: proposition of form App +UNSUPPORTED: SourceContactSchur.lean::I4SourceContact.sourcePinCovariance_isUnit: proposition of form App +UNSUPPORTED: SourceContactSchur.lean::I4SourceContact.sourceContactQVariance_eq_variance: unparsed statement: SyntaxError: unexpected token ';' at 105:44 +UNSUPPORTED: SourceContactSchur.lean::I4SourceContact.sourceContactSchur_pos: definition sourceContactSchur has an unparsed body +UNSUPPORTED: SourceContactSchur.lean::I4SourceContact.contact_residual_variance_of_isUnit_covariance: binder ( J : Ω → ι → ℝ ) is neither a sampled numeric type (ℕ ℤ ℚ ℝ) nor a decidable hypothesis +UNSUPPORTED: SourceContactSchur.lean::I4SourceContact.sourceContactResidual_variance: unparsed statement: SyntaxError: unexpected token ';' at 181:31 +UNSUPPORTED: SourceContactSchur.lean::I4SourceContact.sourceContactResidual_variance_pos: unparsed statement: SyntaxError: unexpected token ';' at 202:35 +UNSUPPORTED: SourceCurvatureDecomposition.lean::I4SourceCurvatureDecomposition.curvatureCoefficient_summable: proposition of form App +UNSUPPORTED: SourceCurvatureDecomposition.lean::I4SourceCurvatureDecomposition.sourceContactQ_series: binder ( ω : SmoothSample 2 L ) is neither a sampled numeric type (ℕ ℤ ℚ ℝ) nor a decidable hypothesis +UNSUPPORTED: SourceCurvatureDecomposition.lean::I4SourceCurvatureDecomposition.curvatureCoefficient_weighted_summable: binder ( ω : SmoothSample 2 L ) is neither a sampled numeric type (ℕ ℤ ℚ ℝ) nor a decidable hypothesis +UNSUPPORTED: SourceCurvatureDecomposition.lean::I4SourceCurvatureDecomposition.curvatureCross_coefficient: unsupported syntax: infinite sum ∑' (tsum / tprod) is outside the interpreter +UNSUPPORTED: SourceCurvatureDecomposition.lean::I4SourceCurvatureDecomposition.curvatureVariance_prior_coefficient: unparsed statement: SyntaxError: unexpected token ';' at 78:24 +UNSUPPORTED: SourceCurvatureDecomposition.lean::I4SourceCurvatureDecomposition.curvatureResidualCoefficient_summable: proposition of form App +UNSUPPORTED: SourceCurvatureDecomposition.lean::I4SourceCurvatureDecomposition.curvatureDirection_summable: proposition of form App +UNSUPPORTED: SourceCurvatureDecomposition.lean::I4SourceCurvatureDecomposition.curvatureBeta_normal: binder ( hG : IsUnit ( sourcePinCovarianceAt L r ) ) is neither a sampled numeric type (ℕ ℤ ℚ ℝ) nor a decidable hypothesis +UNSUPPORTED: SourceCurvatureDecomposition.lean::I4SourceCurvatureDecomposition.pairing_sub_finite: binder ( c : Fin n → ι → ℝ ) is neither a sampled numeric type (ℕ ℤ ℚ ℝ) nor a decidable hypothesis +UNSUPPORTED: SourceCurvatureDecomposition.lean::I4SourceCurvatureDecomposition.curvatureResidual_pin_orthogonal: binder ( hG : IsUnit ( sourcePinCovarianceAt L r ) ) is neither a sampled numeric type (ℕ ℤ ℚ ℝ) nor a decidable hypothesis +UNSUPPORTED: SourceCurvatureDecomposition.lean::I4SourceCurvatureDecomposition.curvatureResidual_q_pairing: unsupported syntax: infinite sum ∑' (tsum / tprod) is outside the interpreter +UNSUPPORTED: SourceCurvatureDecomposition.lean::I4SourceCurvatureDecomposition.curvatureResidual_normSquared: binder ( hG : IsUnit ( sourcePinCovarianceAt L r ) ) is neither a sampled numeric type (ℕ ℤ ℚ ℝ) nor a decidable hypothesis +UNSUPPORTED: SourceCurvatureDecomposition.lean::I4SourceCurvatureDecomposition.curvatureDirection_pin_orthogonal: binder ( hG : IsUnit ( sourcePinCovarianceAt L r ) ) is neither a sampled numeric type (ℕ ℤ ℚ ℝ) nor a decidable hypothesis +UNSUPPORTED: SourceCurvatureDecomposition.lean::I4SourceCurvatureDecomposition.curvatureSigma_pos: definition curvatureVariance has an unparsed body +UNSUPPORTED: SourceCurvatureDecomposition.lean::I4SourceCurvatureDecomposition.curvatureSigma_sq: definition curvatureVariance has an unparsed body +UNSUPPORTED: SourceCurvatureDecomposition.lean::I4SourceCurvatureDecomposition.curvatureDirection_normSquared: binder ( hG : IsUnit ( sourcePinCovarianceAt L r ) ) is neither a sampled numeric type (ℕ ℤ ℚ ℝ) nor a decidable hypothesis +UNSUPPORTED: SourceCurvatureDecomposition.lean::I4SourceCurvatureDecomposition.curvatureDirection_q_pairing: unsupported syntax: infinite sum ∑' (tsum / tprod) is outside the interpreter +UNSUPPORTED: SourceCurvatureDecomposition.lean::I4SourceCurvatureDecomposition.curvatureResidualCoefficient_weighted_summable: binder ( ω : SmoothSample 2 L ) is neither a sampled numeric type (ℕ ℤ ℚ ℝ) nor a decidable hypothesis +UNSUPPORTED: SourceCurvatureDecomposition.lean::I4SourceCurvatureDecomposition.curvatureDirection_weighted_summable: binder ( ω : SmoothSample 2 L ) is neither a sampled numeric type (ℕ ℤ ℚ ℝ) nor a decidable hypothesis +UNSUPPORTED: SourceCurvatureDecomposition.lean::I4SourceCurvatureDecomposition.scalarSeries_sub_finite: binder ( b : Fin n → ι → ℝ ) is neither a sampled numeric type (ℕ ℤ ℚ ℝ) nor a decidable hypothesis +UNSUPPORTED: SourceCurvatureDecomposition.lean::I4SourceCurvatureDecomposition.curvatureZ_eq: binder ( ω : SmoothSample 2 L ) is neither a sampled numeric type (ℕ ℤ ℚ ℝ) nor a decidable hypothesis +UNSUPPORTED: SourceCurvatureDecomposition.lean::I4SourceCurvatureDecomposition.unitDirection_measurable: binder ( χ : SourceMode 2 → ℝ ) is neither a sampled numeric type (ℕ ℤ ℚ ℝ) nor a decidable hypothesis +UNSUPPORTED: SourceCurvatureDecomposition.lean::I4SourceCurvatureDecomposition.unitDirection_hasLaw: binder ( χ : SourceMode 2 → ℝ ) is neither a sampled numeric type (ℕ ℤ ℚ ℝ) nor a decidable hypothesis +UNSUPPORTED: SourceCurvatureDecomposition.lean::I4SourceCurvatureDecomposition.unitDirection_coefficient_covariance: binder ( χ : SourceMode 2 → ℝ ) is neither a sampled numeric type (ℕ ℤ ℚ ℝ) nor a decidable hypothesis +UNSUPPORTED: SourceCurvatureDecomposition.lean::I4SourceCurvatureDecomposition.unitDirectionCoefficientResidual_zero_covariance: binder ( χ : SourceMode 2 → ℝ ) is neither a sampled numeric type (ℕ ℤ ℚ ℝ) nor a decidable hypothesis +UNSUPPORTED: SourceCurvatureDecomposition.lean::I4SourceCurvatureDecomposition.unitDirection_finiteCoefficients_hasGaussianLaw: binder ( χ : SourceMode 2 → ℝ ) is neither a sampled numeric type (ℕ ℤ ℚ ℝ) nor a decidable hypothesis +UNSUPPORTED: SourceCurvatureDecomposition.lean::I4SourceCurvatureDecomposition.finiteDirectionLift_apply: binder ( χ : SourceMode 2 → ℝ ) is neither a sampled numeric type (ℕ ℤ ℚ ℝ) nor a decidable hypothesis +UNSUPPORTED: SourceCurvatureDecomposition.lean::I4SourceCurvatureDecomposition.unitDirection_finiteResidual_hasGaussianLaw: binder ( χ : SourceMode 2 → ℝ ) is neither a sampled numeric type (ℕ ℤ ℚ ℝ) nor a decidable hypothesis +UNSUPPORTED: SourceCurvatureDecomposition.lean::I4SourceCurvatureDecomposition.unitDirection_scalar_finiteResidual_hasGaussianLaw: binder ( χ : SourceMode 2 → ℝ ) is neither a sampled numeric type (ℕ ℤ ℚ ℝ) nor a decidable hypothesis +UNSUPPORTED: SourceCurvatureDecomposition.lean::I4SourceCurvatureDecomposition.unitDirectionCoefficientResidual_finite_indepFun: binder ( χ : SourceMode 2 → ℝ ) is neither a sampled numeric type (ℕ ℤ ℚ ℝ) nor a decidable hypothesis +UNSUPPORTED: SourceCurvatureDecomposition.lean::I4SourceCurvatureDecomposition.unitDirectionCoefficientResidual_indepFun: binder ( χ : SourceMode 2 → ℝ ) is neither a sampled numeric type (ℕ ℤ ℚ ℝ) nor a decidable hypothesis +UNSUPPORTED: SourceCurvatureDecomposition.lean::I4SourceCurvatureDecomposition.regularizedCurvatureCross_continuous: proposition of form App +UNSUPPORTED: SourceCurvatureDecomposition.lean::I4SourceCurvatureDecomposition.regularizedCurvatureCross_zero: definition regularizedCurvatureCross has an unparsed body +UNSUPPORTED: SourceCurvatureDecomposition.lean::I4SourceCurvatureDecomposition.curvatureCross_tendsto: unsupported syntax: notation '𝓝' +UNSUPPORTED: SourceCurvatureDecomposition.lean::I4SourceCurvatureDecomposition.curvaturePinInverse_tendsto: unsupported syntax: notation '𝓝' +UNSUPPORTED: SourceCurvatureDecomposition.lean::I4SourceCurvatureDecomposition.curvatureBeta_tendsto: unsupported syntax: notation '𝓝' +UNSUPPORTED: SourceCurvatureDecomposition.lean::I4SourceCurvatureDecomposition.curvatureVariance_tendsto: unsupported syntax: notation '𝓝' +UNSUPPORTED: SourceCurvatureDecomposition.lean::I4SourceCurvatureDecomposition.curvatureMean_prescribed_tendsto: unsupported syntax: notation '𝓝' +UNSUPPORTED: SourceCurvatureDecomposition.lean::I4SourceCurvatureDecomposition.curvature_uniform_parameter_bounds: unsupported syntax: existential quantifier +UNSUPPORTED: SourceCurvatureDecomposition.lean::I4SourceCurvatureDecomposition.curvatureZ_measurable: conclusion is a structural predicate ['Measurable']: trivial on finite discrete models (every set is measurable, every function measurable and integrable), so sampling has no content here +UNSUPPORTED: SourceCurvatureDecomposition.lean::I4SourceCurvatureDecomposition.sourceContactQ_measurable: conclusion is a structural predicate ['Measurable']: trivial on finite discrete models (every set is measurable, every function measurable and integrable), so sampling has no content here +UNSUPPORTED: SourceCurvatureDecomposition.lean::I4SourceCurvatureDecomposition.curvatureZ_hasLaw: binder ( hG : IsUnit ( sourcePinCovarianceAt L r ) ) is neither a sampled numeric type (ℕ ℤ ℚ ℝ) nor a decidable hypothesis +UNSUPPORTED: SourceCurvatureDecomposition.lean::I4SourceCurvatureDecomposition.curvatureDirection_goodSample: curvatureDirection applied to 2 of 3 arguments +UNSUPPORTED: SourceCurvatureDecomposition.lean::I4SourceCurvatureDecomposition.curvatureShift_val: binder ( ω : SmoothSample 2 L ) is neither a sampled numeric type (ℕ ℤ ℚ ℝ) nor a decidable hypothesis +UNSUPPORTED: SourceCurvatureDecomposition.lean::I4SourceCurvatureDecomposition.curvatureShift_measurable: conclusion is a structural predicate ['Measurable']: trivial on finite discrete models (every set is measurable, every function measurable and integrable), so sampling has no content here +UNSUPPORTED: SourceCurvatureDecomposition.lean::I4SourceCurvatureDecomposition.curvatureResidualSample_measurable: conclusion is a structural predicate ['Measurable']: trivial on finite discrete models (every set is measurable, every function measurable and integrable), so sampling has no content here +UNSUPPORTED: SourceCurvatureDecomposition.lean::I4SourceCurvatureDecomposition.scalarSeries_curvatureShift: binder ( ω : SmoothSample 2 L ) is neither a sampled numeric type (ℕ ℤ ℚ ℝ) nor a decidable hypothesis +UNSUPPORTED: SourceCurvatureDecomposition.lean::I4SourceCurvatureDecomposition.sourceConfluentPinsAt_curvatureShift: binder ( hG : IsUnit ( sourcePinCovarianceAt L r ) ) is neither a sampled numeric type (ℕ ℤ ℚ ℝ) nor a decidable hypothesis +UNSUPPORTED: SourceCurvatureDecomposition.lean::I4SourceCurvatureDecomposition.sourceContactQ_curvatureShift: binder ( ω : SmoothSample 2 L ) is neither a sampled numeric type (ℕ ℤ ℚ ℝ) nor a decidable hypothesis +UNSUPPORTED: SourceCurvatureDecomposition.lean::I4SourceCurvatureDecomposition.curvatureZ_curvatureShift: binder ( hG : IsUnit ( sourcePinCovarianceAt L r ) ) is neither a sampled numeric type (ℕ ℤ ℚ ℝ) nor a decidable hypothesis +UNSUPPORTED: SourceCurvatureDecomposition.lean::I4SourceCurvatureDecomposition.curvatureResidualSample_pins: binder ( hG : IsUnit ( sourcePinCovarianceAt L r ) ) is neither a sampled numeric type (ℕ ℤ ℚ ℝ) nor a decidable hypothesis +UNSUPPORTED: SourceCurvatureDecomposition.lean::I4SourceCurvatureDecomposition.curvatureResidualSample_Z: binder ( hG : IsUnit ( sourcePinCovarianceAt L r ) ) is neither a sampled numeric type (ℕ ℤ ℚ ℝ) nor a decidable hypothesis +UNSUPPORTED: SourceCurvatureDecomposition.lean::I4SourceCurvatureDecomposition.curvatureResidualSample_inclusion: binder ( ω : SmoothSample 2 L ) is neither a sampled numeric type (ℕ ℤ ℚ ℝ) nor a decidable hypothesis +UNSUPPORTED: SourceCurvatureDecomposition.lean::I4SourceCurvatureDecomposition.curvatureResidualSample_indepFun: binder ( hG : IsUnit ( sourcePinCovarianceAt L r ) ) is neither a sampled numeric type (ℕ ℤ ℚ ℝ) nor a decidable hypothesis +UNSUPPORTED: SourceCurvatureDecomposition.lean::I4SourceCurvatureDecomposition.curvatureResidualSample_joint_map: binder ( hG : IsUnit ( sourcePinCovarianceAt L r ) ) is neither a sampled numeric type (ℕ ℤ ℚ ℝ) nor a decidable hypothesis +UNSUPPORTED: SourceCurvatureDecomposition.lean::I4SourceCurvatureDecomposition.sourceContactQ_posteriorSample: binder ( ω : SmoothSample 2 L ) is neither a sampled numeric type (ℕ ℤ ℚ ℝ) nor a decidable hypothesis +UNSUPPORTED: SourceCurvatureDecomposition.lean::I4SourceCurvatureDecomposition.sourceContactQ_posteriorSample_Z: binder ( ω : SmoothSample 2 L ) is neither a sampled numeric type (ℕ ℤ ℚ ℝ) nor a decidable hypothesis +UNSUPPORTED: SourceCurvatureDecomposition.lean::I4SourceCurvatureDecomposition.sourceContactQ_posteriorResidual: binder ( hG : IsUnit ( sourcePinCovarianceAt L r ) ) is neither a sampled numeric type (ℕ ℤ ℚ ℝ) nor a decidable hypothesis +UNSUPPORTED: SourceCurvatureDecomposition.lean::I4SourceCurvatureDecomposition.curvaturePosterior_reconstruction: binder ( hG : IsUnit ( sourcePinCovarianceAt L r ) ) is neither a sampled numeric type (ℕ ℤ ℚ ℝ) nor a decidable hypothesis +UNSUPPORTED: SourceCurvatureDecomposition.lean::I4SourceCurvatureDecomposition.curvatureReconstruct_measurable: conclusion is a structural predicate ['Measurable']: trivial on finite discrete models (every set is measurable, every function measurable and integrable), so sampling has no content here +UNSUPPORTED: SourceCurvatureDecomposition.lean::I4SourceCurvatureDecomposition.curvatureReconstruct_pins: binder ( hG : IsUnit ( sourcePinCovarianceAt L r ) ) is neither a sampled numeric type (ℕ ℤ ℚ ℝ) nor a decidable hypothesis +UNSUPPORTED: SourceCurvatureDecomposition.lean::I4SourceCurvatureDecomposition.curvatureReconstruct_Q: binder ( ρ : SmoothSample 2 L ) is neither a sampled numeric type (ℕ ℤ ℚ ℝ) nor a decidable hypothesis +UNSUPPORTED: SourceCurvatureDecomposition.lean::I4SourceCurvatureDecomposition.curvatureReconstruct_residual_image: binder ( hG : IsUnit ( sourcePinCovarianceAt L r ) ) is neither a sampled numeric type (ℕ ℤ ℚ ℝ) nor a decidable hypothesis +UNSUPPORTED: SourceCurvatureDecomposition.lean::I4SourceCurvatureDecomposition.curvatureDirectionEnvelope_nonneg: binder ( m : SourceMode 2 ) is neither a sampled numeric type (ℕ ℤ ℚ ℝ) nor a decidable hypothesis +UNSUPPORTED: SourceCurvatureDecomposition.lean::I4SourceCurvatureDecomposition.curvatureDirectionEnvelope_summable: proposition of form App +UNSUPPORTED: SourceCurvatureDecomposition.lean::I4SourceCurvatureDecomposition.curvatureDirectionEnvelope_weighted_summable: proposition of form App +UNSUPPORTED: SourceCurvatureDecomposition.lean::I4SourceCurvatureDecomposition.curvatureDirection_envelope_at: hypothesis ( hτ : sourceContactSchur L / 2 ≤ curvatureVariance L r ) mentions undeclared names ['sourceContactSchur'] +UNSUPPORTED: SourceCurvatureDecomposition.lean::I4SourceCurvatureDecomposition.curvatureDirection_uniform_envelope: unsupported syntax: existential quantifier +UNSUPPORTED: SourceCurvatureDecomposition.lean::I4SourceCurvatureDecomposition.curvatureAffine_gaussian: definition curvatureVariance has an unparsed body +UNSUPPORTED: SourceCurvatureDecomposition.lean::I4SourceCurvatureDecomposition.curvatureResidual_curvature_joint_map: binder ( hG : IsUnit ( sourcePinCovarianceAt L r ) ) is neither a sampled numeric type (ℕ ℤ ℚ ℝ) nor a decidable hypothesis +UNSUPPORTED: SourceCurvatureDecomposition.lean::I4SourceCurvatureDecomposition.sourceSmoothKernel_eq_curvatureProduct: binder ( hG : IsUnit ( sourcePinCovarianceAt L r ) ) is neither a sampled numeric type (ℕ ℤ ℚ ℝ) nor a decidable hypothesis +UNSUPPORTED: SourceCurvatureDecomposition.lean::I4SourceCurvatureDecomposition.sourceSmoothKernel_eq_curvatureProduct_swap: binder ( hG : IsUnit ( sourcePinCovarianceAt L r ) ) is neither a sampled numeric type (ℕ ℤ ℚ ℝ) nor a decidable hypothesis +UNSUPPORTED: SourceCurvatureDecomposition.lean::I4GaussianVarianceFloor.gaussianPDFReal_le_of_variance_floor: binder ( v : ℝ ≥ 0 ) is neither a sampled numeric type (ℕ ℤ ℚ ℝ) nor a decidable hypothesis +UNSUPPORTED: SourceCurvatureDecomposition.lean::I4GaussianVarianceFloor.gaussianReal_interval_mass_le_of_variance_floor: binder ( v : ℝ ≥ 0 ) is neither a sampled numeric type (ℕ ℤ ℚ ℝ) nor a decidable hypothesis +UNSUPPORTED: SourceCurvatureDecomposition.lean::I4SourceCurvatureDecomposition.curvatureReconstruct_swap_measurable: conclusion is a structural predicate ['Measurable']: trivial on finite discrete models (every set is measurable, every function measurable and integrable), so sampling has no content here +UNSUPPORTED: SourceCurvatureDecomposition.lean::I4SourceCurvatureDecomposition.curvatureReconstruct_hasLaw: binder ( hG : IsUnit ( sourcePinCovarianceAt L r ) ) is neither a sampled numeric type (ℕ ℤ ℚ ℝ) nor a decidable hypothesis +UNSUPPORTED: SourceCurvatureDecomposition.lean::I4SourceCurvatureDecomposition.curvatureScalarLaw_interval_mass_uniform: unsupported syntax: existential quantifier +UNSUPPORTED: SourceCurvatureDecomposition.lean::I4SourceCurvatureDecomposition.sourceSmoothKernel_eventually_curvatureProduct: unparsed statement: SyntaxError: expected ',', got r +UNSUPPORTED: SourceCurvatureDecomposition.lean::I4SourceCurvatureDecomposition.curvatureResidualRadius_measurable: conclusion is a structural predicate ['Measurable']: trivial on finite discrete models (every set is measurable, every function measurable and integrable), so sampling has no content here +UNSUPPORTED: SourceCurvatureDecomposition.lean::I4SourceCurvatureDecomposition.one_le_curvatureResidualRadius: binder ( ρ : SmoothSample 2 L ) is neither a sampled numeric type (ℕ ℤ ℚ ℝ) nor a decidable hypothesis +UNSUPPORTED: SourceCurvatureDecomposition.lean::I4SourceCurvatureDecomposition.sourceContactQ_posterior_abs_le_radius: binder ( ρ : SmoothSample 2 L ) is neither a sampled numeric type (ℕ ℤ ℚ ℝ) nor a decidable hypothesis +UNSUPPORTED: SourceCurvatureDecomposition.lean::I4SourceCurvatureDecomposition.curvatureEnvelopeTotal_nonneg: binder ( U : SourceMode 2 → ℝ ) is neither a sampled numeric type (ℕ ℤ ℚ ℝ) nor a decidable hypothesis +UNSUPPORTED: SourceCurvatureDecomposition.lean::I4SourceCurvatureDecomposition.sourceDerivativeMajorant_curvatureShift: binder ( ω : SmoothSample 2 L ) is neither a sampled numeric type (ℕ ℤ ℚ ℝ) nor a decidable hypothesis +UNSUPPORTED: SourceCurvatureDecomposition.lean::I4SourceCurvatureDecomposition.sourceGammaRadius_curvatureShift: binder ( U : SourceMode 2 → ℝ ) is neither a sampled numeric type (ℕ ℤ ℚ ℝ) nor a decidable hypothesis +UNSUPPORTED: SourceCurvatureDecomposition.lean::I4SourceCurvatureDecomposition.sourceDerivativeMajorant_curvatureReconstruct: binder ( U : SourceMode 2 → ℝ ) is neither a sampled numeric type (ℕ ℤ ℚ ℝ) nor a decidable hypothesis +UNSUPPORTED: SourceCurvatureDecomposition.lean::I4SourceCurvatureDecomposition.sourceGammaRadius_curvatureReconstruct: binder ( U : SourceMode 2 → ℝ ) is neither a sampled numeric type (ℕ ℤ ℚ ℝ) nor a decidable hypothesis +UNSUPPORTED: SourceCurvatureDecomposition.lean::I4SourceCurvatureDecomposition.curvaturePosterior_residual_eq_shift: binder ( hG : IsUnit ( sourcePinCovarianceAt L r ) ) is neither a sampled numeric type (ℕ ℤ ℚ ℝ) nor a decidable hypothesis +UNSUPPORTED: SourceCurvatureDecomposition.lean::I4SourceCurvatureDecomposition.curvatureResidualRadius_image_bound: binder ( hG : IsUnit ( sourcePinCovarianceAt L r ) ) is neither a sampled numeric type (ℕ ℤ ℚ ℝ) nor a decidable hypothesis +UNSUPPORTED: SourceCurvatureDecomposition.lean::I4SourceCurvatureDecomposition.curvatureResidualRadius_moment_bound: binder ( hG : IsUnit ( sourcePinCovarianceAt L r ) ) is neither a sampled numeric type (ℕ ℤ ℚ ℝ) nor a decidable hypothesis +UNSUPPORTED: SourceCurvatureDecomposition.lean::I4SourceCurvatureDecomposition.curvatureResidualRadius_uniform_bounds: unsupported syntax: existential quantifier +UNSUPPORTED: SourceCurvatureDecomposition.lean::I4SourceCurvatureDecomposition.curvatureReconstruct_joint_measurable: conclusion is a structural predicate ['Measurable']: trivial on finite discrete models (every set is measurable, every function measurable and integrable), so sampling has no content here +UNSUPPORTED: SourceCurvatureDecomposition.lean::I4SourceCurvatureDecomposition.curvaturePin_finiteCoefficients_hasGaussianLaw: binder ( I : Finset ( SourceMode 2 ) ) is neither a sampled numeric type (ℕ ℤ ℚ ℝ) nor a decidable hypothesis +UNSUPPORTED: SourceDerivativeContinuity.lean::I4SourceDerivativeContinuity.derivativeMajorant_nonneg: binder ( u : Fin k → ( Fin d → ℝ ) ) is neither a sampled numeric type (ℕ ℤ ℚ ℝ) nor a decidable hypothesis +UNSUPPORTED: SourceDerivativeContinuity.lean::I4SourceDerivativeContinuity.derivativeMajorant_summable: binder ( u : Fin k → ( Fin d → ℝ ) ) is neither a sampled numeric type (ℕ ℤ ℚ ℝ) nor a decidable hypothesis +UNSUPPORTED: SourceDerivativeContinuity.lean::I4SourceDerivativeContinuity.derivativeCoefficient_bound: binder ( u : Fin k → ( Fin d → ℝ ) ) is neither a sampled numeric type (ℕ ℤ ℚ ℝ) nor a decidable hypothesis +UNSUPPORTED: SourceDerivativeContinuity.lean::I4SourceDerivativeContinuity.derivativeCoefficient_continuous: binder ( u : Fin k → ( Fin d → ℝ ) ) is neither a sampled numeric type (ℕ ℤ ℚ ℝ) nor a decidable hypothesis +UNSUPPORTED: SourceDerivativeContinuity.lean::I4SourceDerivativeContinuity.derivativeMajorant_product_summable: binder ( u : Fin k → ( Fin d → ℝ ) ) is neither a sampled numeric type (ℕ ℤ ℚ ℝ) nor a decidable hypothesis +UNSUPPORTED: SourceDerivativeContinuity.lean::I4SourceDerivativeContinuity.smoothSourceField_derivative_covariance_continuous: binder ( u : Fin k → ( Fin d → ℝ ) ) is neither a sampled numeric type (ℕ ℤ ℚ ℝ) nor a decidable hypothesis +UNSUPPORTED: SourceDerivativeContinuity.lean::I4SourceDerivativeContinuity.smoothSourceField_derivative_integral_zero: binder ( u : Fin k → ( Fin d → ℝ ) ) is neither a sampled numeric type (ℕ ℤ ℚ ℝ) nor a decidable hypothesis +UNSUPPORTED: SourceDerivativeGaussian.lean::I4SourceDerivativeGaussian.modeCoefficient_smooth: binder ( m : SourceMode d ) is neither a sampled numeric type (ℕ ℤ ℚ ℝ) nor a decidable hypothesis +UNSUPPORTED: SourceDerivativeGaussian.lean::I4SourceDerivativeGaussian.weighted_iteratedFDeriv: binder ( m : SourceMode d ) is neither a sampled numeric type (ℕ ℤ ℚ ℝ) nor a decidable hypothesis +UNSUPPORTED: SourceDerivativeGaussian.lean::I4SourceDerivativeGaussian.weighted_iteratedFDeriv_bound: binder ( m : SourceMode d ) is neither a sampled numeric type (ℕ ℤ ℚ ℝ) nor a decidable hypothesis +UNSUPPORTED: SourceDerivativeGaussian.lean::I4SourceDerivativeGaussian.derivativeCoefficient_summable: binder ( u : Fin k → ( Fin d → ℝ ) ) is neither a sampled numeric type (ℕ ℤ ℚ ℝ) nor a decidable hypothesis +UNSUPPORTED: SourceDerivativeGaussian.lean::I4SourceDerivativeGaussian.smoothSourceField_derivative_series: binder ( ω : SmoothSample d L ) is neither a sampled numeric type (ℕ ℤ ℚ ℝ) nor a decidable hypothesis +UNSUPPORTED: SourceDerivativeGaussian.lean::I4SourceDerivativeGaussian.scalarSeries_linearCombination_hasGaussianLaw: binder ( a : Fin n → ι → ℝ ) is neither a sampled numeric type (ℕ ℤ ℚ ℝ) nor a decidable hypothesis +UNSUPPORTED: SourceDerivativeGaussian.lean::I4SourceDerivativeGaussian.scalarSeries_finiteVector_hasGaussianLaw: binder ( a : Fin n → ι → ℝ ) is neither a sampled numeric type (ℕ ℤ ℚ ℝ) nor a decidable hypothesis +UNSUPPORTED: SourceDerivativeGaussian.lean::I4SourceDerivativeGaussian.smoothSourceField_derivativeVector_hasGaussianLaw: binder ( x : Fin n → ( Fin d → ℝ ) ) is neither a sampled numeric type (ℕ ℤ ℚ ℝ) nor a decidable hypothesis +UNSUPPORTED: SourceDerivativeGaussian.lean::I4SourceDerivativeGaussian.smoothSourceField_derivative_covariance: binder ( u : Fin k → ( Fin d → ℝ ) ) is neither a sampled numeric type (ℕ ℤ ℚ ℝ) nor a decidable hypothesis +UNSUPPORTED: SourceEndpointEstimates.lean::I4SourceEndpointEstimates.sourcePhysicalCoordinates_apply: sourcePhysicalIndex returns a function that is not a lambda +UNSUPPORTED: SourceEndpointEstimates.lean::I4SourceEndpointEstimates.sourcePhysicalCoordinates_continuous: proposition of form App +CORROBORATED: SourceEndpointEstimates.lean::I4SourceEndpointEstimates.sourcePhysicalCoordinates_inverse: holds on 64 sampled instances satisfying the hypotheses (0 draws rejected by the hypotheses, 0 infeasible, seed 1): sampling is admitted evidence of the statement, not a proof of it +UNSUPPORTED: SourceEndpointEstimates.lean::I4SourceEndpointEstimates.sourceEndpointWeight_measurable: conclusion is a structural predicate ['Measurable']: trivial on finite discrete models (every set is measurable, every function measurable and integrable), so sampling has no content here +UNSUPPORTED: SourceEndpointEstimates.lean::I4SourceEndpointEstimates.sourceEndpointWeight_nonneg: unknown function by +UNSUPPORTED: SourceEndpointEstimates.lean::I4SourceEndpointEstimates.sourceEndpointWeight_eq_continuous: unknown function by +UNSUPPORTED: SourceEndpointEstimates.lean::I4SourceEndpointEstimates.sourceEndpointLaw_isProbabilityMeasure: result type Measure ( Fin 6 → ℝ ) +UNSUPPORTED: SourceEndpointEstimates.lean::I4SourceEndpointEstimates.sourceEndpointLaw_euclidean_hasLaw: binder ( hG : IsUnit ( sourcePinCovarianceAt L r ) ) is neither a sampled numeric type (ℕ ℤ ℚ ℝ) nor a decidable hypothesis +UNSUPPORTED: SourceEndpointEstimates.lean::I4SourceEndpointEstimates.sourceEndpointLaw_physical_marginal: binder ( hG : IsUnit ( sourcePinCovarianceAt L r ) ) is neither a sampled numeric type (ℕ ℤ ℚ ℝ) nor a decidable hypothesis +UNSUPPORTED: SourceEndpointEstimates.lean::I4SourceEndpointEstimates.sourceEndpointLaw_weight_integral: binder ( hG : IsUnit ( sourcePinCovarianceAt L r ) ) is neither a sampled numeric type (ℕ ℤ ℚ ℝ) nor a decidable hypothesis +UNSUPPORTED: SourceEndpointEstimates.lean::I4SourceEndpointEstimates.sourceEndpointLaw_second_moment_of_parameter_bounds: binder ( hG : IsUnit ( sourcePinCovarianceAt L r ) ) is neither a sampled numeric type (ℕ ℤ ℚ ℝ) nor a decidable hypothesis +UNSUPPORTED: SourceEndpointEstimates.lean::I4SourceEndpointEstimates.sourceEndpointLaw_weight_square_integrable: binder ( hG : IsUnit ( sourcePinCovarianceAt L r ) ) is neither a sampled numeric type (ℕ ℤ ℚ ℝ) nor a decidable hypothesis +UNSUPPORTED: SourceEndpointEstimates.lean::I4SourceEndpointEstimates.sourceEndpointLaw_weight_integrable: binder ( hG : IsUnit ( sourcePinCovarianceAt L r ) ) is neither a sampled numeric type (ℕ ℤ ℚ ℝ) nor a decidable hypothesis +UNSUPPORTED: SourceEndpointEstimates.lean::I4SourceEndpointEstimates.sourcePrescribedPins_tendsto: unsupported syntax: notation '𝓝' +UNSUPPORTED: SourceEndpointEstimates.lean::I4SourceEndpointEstimates.sourceEndpoint_weighted_event_bound_of_estimates: binder ( E : Set ( Fin 6 → ℝ ) ) is neither a sampled numeric type (ℕ ℤ ℚ ℝ) nor a decidable hypothesis +UNSUPPORTED: SourceEndpointEstimates.lean::I4SourceEndpointEstimates.sourceEndpoint_parameter_limits: unparsed statement: SyntaxError: expected ',', got r +UNSUPPORTED: SourceEndpointEstimates.lean::I4SourceEndpointEstimates.sourceEndpoint_uniform_parameter_bounds: unsupported syntax: existential quantifier +UNSUPPORTED: SourceEndpointEstimates.lean::I4SourceEndpointEstimates.sourceEndpoint_normalizer_floor: unsupported syntax: existential quantifier +UNSUPPORTED: SourceEndpointEstimates.lean::I4SourceEndpointEstimates.sourceEndpoint_estimates: unsupported syntax: existential quantifier +UNSUPPORTED: SourceEndpointEstimates.lean::I4SourceEndpointEstimates.sourceEndpoint_estimates_and_weighted_events: unsupported syntax: existential quantifier +UNSUPPORTED: SourceEndpointEstimates.lean::I4SourceEndpointEstimates.sourcePhysicalEndpointLaw_eq: result type Measure ( Fin 6 → ℝ ) +UNSUPPORTED: SourceEndpointEstimates.lean::I4SourceEndpointEstimates.sourcePhysicalEndpointLaw_isProbabilityMeasure: result type Measure ( Fin 6 → ℝ ) +UNSUPPORTED: SourceEndpointEstimates.lean::I4SourceEndpointEstimates.sourcePhysicalEndpointKernel_eventually_hasCondDistrib: unparsed statement: SyntaxError: expected ',', got r +UNSUPPORTED: SourceEndpointEstimates.lean::I4SourceEndpointEstimates.sourcePhysicalEndpointWeightedProbability_eq: result type Measure ( Fin 6 → ℝ ) +UNSUPPORTED: SourceEndpointEstimates.lean::I4SourceEndpointEstimates.sourcePhysicalEndpoint_estimates_and_weighted_events: unsupported syntax: existential quantifier +UNSUPPORTED: SourceEndpointHessianGaussian.lean::I4SourceEndpointHessianGaussian.endpointHessian_eq_remote: binder ( ω : SmoothSample 2 L ) is neither a sampled numeric type (ℕ ℤ ℚ ℝ) nor a decidable hypothesis +UNSUPPORTED: SourceEndpointHessianGaussian.lean::I4SourceEndpointHessianGaussian.derivative_borel: binder ( u : Fin k → ( Fin 2 → ℝ ) ) is neither a sampled numeric type (ℕ ℤ ℚ ℝ) nor a decidable hypothesis +UNSUPPORTED: SourceEndpointHessianGaussian.lean::I4SourceEndpointHessianGaussian.remoteJet_borel: conclusion is a structural predicate ['Measurable']: trivial on finite discrete models (every set is measurable, every function measurable and integrable), so sampling has no content here +UNSUPPORTED: SourceEndpointHessianGaussian.lean::I4SourceEndpointHessianGaussian.endpointHessian_borel: conclusion is a structural predicate ['Measurable']: trivial on finite discrete models (every set is measurable, every function measurable and integrable), so sampling has no content here +UNSUPPORTED: SourceEndpointHessianGaussian.lean::I4SourceEndpointHessianGaussian.remoteRows_summable: proposition of form App +UNSUPPORTED: SourceEndpointHessianGaussian.lean::I4SourceEndpointHessianGaussian.remoteCovariance_posSemidef: proposition of form App +UNSUPPORTED: SourceEndpointHessianGaussian.lean::I4SourceEndpointHessianGaussian.hessianProjection_apply: result type EuclideanSpace ℝ ( Fin 6 ) → L [ ℝ ] EuclideanSpace ℝ ( Fin 3 ) +UNSUPPORTED: SourceEndpointHessianGaussian.lean::I4SourceEndpointHessianGaussian.projected_multivariateGaussian: binder ( hS : S.PosSemidef ) is neither a sampled numeric type (ℕ ℤ ℚ ℝ) nor a decidable hypothesis +UNSUPPORTED: SourceEndpointHessianGaussian.lean::I4SourceEndpointHessianGaussian.rawPinKernel_endpointHessian_eq_multivariateGaussian: result type Kernel ( Fin 6 → ℝ ) ( SmoothSample 2 L ) +UNSUPPORTED: SourceEndpointHessianGaussian.lean::I4SourceEndpointHessianGaussian.endpointCoefficient_eq_remote: endpointHessianCoefficient applied to 4 arguments +UNSUPPORTED: SourceEndpointHessianGaussian.lean::I4SourceEndpointHessianGaussian.endpointCovariance_eq_Gram: expression Lambda +UNSUPPORTED: SourceEndpointHessianGaussian.lean::I4SourceEndpointHessianGaussian.endpointHessianCovariance_posDef: hypothesis ( hsep : I4Torus.torusProjection 2 L ( endpointM r ) ≠ I4Torus.torusProjection 2 L ( endpointS r ) ) mentions undeclared names ['I4Torus.torusProjection', 'endpointM', 'endpointS'] +UNSUPPORTED: SourceEndpointHessianGaussian.lean::I4SourceEndpointHessianGaussian.finiteGaussian3_absolutelyContinuous: binder ( hS : S.PosDef ) is neither a sampled numeric type (ℕ ℤ ℚ ℝ) nor a decidable hypothesis +UNSUPPORTED: SourceEndpointHessianGaussian.lean::I4SourceEndpointHessianGaussian.determinant3_zero_volume: unparsed statement: SyntaxError: trailing tokens from '{' +UNSUPPORTED: SourceEndpointHessianGaussian.lean::I4SourceEndpointHessianGaussian.finiteGaussian3_det_ne_zero: binder ( hS : S.PosDef ) is neither a sampled numeric type (ℕ ℤ ℚ ℝ) nor a decidable hypothesis +UNSUPPORTED: SourceEndpointHessianGaussian.lean::I4SourceEndpointHessianGaussian.noncentered_finiteGaussian_control: unparsed statement: SyntaxError: trailing tokens from ')' +UNSUPPORTED: SourceEndpointHessianGaussian.lean::I4SourceEndpointHessianGaussian.rawPinKernel_ae_endpointHessian_det_ne_zero: hypothesis ( hsep : I4Torus.torusProjection 2 L ( endpointM r ) ≠ I4Torus.torusProjection 2 L ( endpointS r ) ) mentions undeclared names ['I4Torus.torusProjection', 'endpointM', 'endpointS'] +CORROBORATED: SourceEndpointHessianWitness.lean::I4SourceEndpointHessianWitness.sourceC_ne_zero: holds on 64 sampled instances satisfying the hypotheses (1 draws rejected by the hypotheses, 0 infeasible, seed 1): sampling is admitted evidence of the statement, not a proof of it +UNSUPPORTED: SourceEndpointHessianWitness.lean::I4SourceEndpointHessianWitness.endpoint_separated: hypothesis ( hsep : I4Torus.torusProjection 2 L ( endpointM r ) ≠ I4Torus.torusProjection 2 L ( endpointS r ) ) mentions undeclared names ['I4Torus.torusProjection', 'endpointM', 'endpointS'] +UNSUPPORTED: SourceEndpointHessianWitness.lean::I4SourceEndpointHessianWitness.endpoint_cos_ne_one: hypothesis ( hsep : I4Torus.torusProjection 2 L ( endpointM r ) ≠ I4Torus.torusProjection 2 L ( endpointS r ) ) mentions undeclared names ['I4Torus.torusProjection', 'endpointM', 'endpointS'] +UNSUPPORTED: SourceEndpointHessianWitness.lean::I4SourceEndpointHessianWitness.pinMultiplier_contDiff: unsupported syntax: notation '⊤' +UNSUPPORTED: SourceEndpointHessianWitness.lean::I4SourceEndpointHessianWitness.hessianLocalGerm_contDiff: unsupported syntax: notation '⊤' +UNSUPPORTED: SourceEndpointHessianWitness.lean::I4SourceEndpointHessianWitness.normalizedGerm_contDiff: unsupported syntax: notation '⊤' +CORROBORATED: SourceEndpointHessianWitness.lean::I4SourceEndpointHessianWitness.pinMultiplier_value: holds on 64 sampled instances satisfying the hypotheses (0 draws rejected by the hypotheses, 0 infeasible, seed 1): sampling is admitted evidence of the statement, not a proof of it +UNSUPPORTED: SourceEndpointHessianWitness.lean::I4SourceEndpointHessianWitness.pinMultiplier_fderiv: unknown function fderiv +UNSUPPORTED: SourceEndpointHessianWitness.lean::I4SourceEndpointHessianWitness.endpoint_jet2_scale: binder ( f : ( Fin 2 → ℝ ) → ℝ ) is neither a sampled numeric type (ℕ ℤ ℚ ℝ) nor a decidable hypothesis +UNSUPPORTED: SourceEndpointHessianWitness.lean::I4SourceEndpointHessianWitness.normalizedGerm_own_jet: normalizedGerm applied to 4 of 5 arguments +UNSUPPORTED: SourceEndpointHessianWitness.lean::I4SourceEndpointHessianWitness.normalizedGerm_value_other: definition hessianJetIndex has an unparsed body +UNSUPPORTED: SourceEndpointHessianWitness.lean::I4SourceEndpointHessianWitness.normalizedGerm_fderiv_other: unknown function fderiv +UNSUPPORTED: SourceEndpointHessianWitness.lean::I4SourceEndpointHessianWitness.normalizedGerm_other_lower: normalizedGerm applied to 4 of 5 arguments +UNSUPPORTED: SourceEndpointHessianWitness.lean::I4SourceEndpointHessianWitness.phase_axis: the enclosures to 256 bits did not decide 997 of the sampled instances (32 decided, all held): sampling cannot corroborate the statement +UNSUPPORTED: SourceEndpointHessianWitness.lean::I4SourceEndpointHessianWitness.eval_axisCosPoly: result type TrigPoly +UNSUPPORTED: SourceEndpointHessianWitness.lean::I4SourceEndpointHessianWitness.eval_axisSinPoly: result type TrigPoly +UNSUPPORTED: SourceEndpointHessianWitness.lean::I4SourceEndpointHessianWitness.eval_factorPoly: result type TrigPoly +UNSUPPORTED: SourceEndpointHessianWitness.lean::I4SourceEndpointHessianWitness.eval_multiplierPoly: result type TrigPoly +UNSUPPORTED: SourceEndpointHessianWitness.lean::I4SourceEndpointHessianWitness.eval_hessianGermPoly: result type TrigPoly +UNSUPPORTED: SourceEndpointHessianWitness.lean::I4SourceEndpointHessianWitness.eval_witnessPoly: eval applied to 2 of 3 arguments +UNSUPPORTED: SourceEndpointHessianWitness.lean::I4SourceEndpointHessianWitness.multiplier_at_endpoint_pos: hypothesis ( hsep : I4Torus.torusProjection 2 L ( endpointM r ) ≠ I4Torus.torusProjection 2 L ( endpointS r ) ) mentions undeclared names ['I4Torus.torusProjection', 'endpointM', 'endpointS'] +UNSUPPORTED: SourceEndpointHessianWitness.lean::I4SourceEndpointHessianWitness.endpointHessianCoefficient_summable: proposition of form App +UNSUPPORTED: SourceEndpointHessianWitness.lean::I4SourceEndpointHessianWitness.rawPin_pairing: binder ( p : TrigPoly ) is neither a sampled numeric type (ℕ ℤ ℚ ℝ) nor a decidable hypothesis +UNSUPPORTED: SourceEndpointHessianWitness.lean::I4SourceEndpointHessianWitness.endpointHessian_pairing: binder ( p : TrigPoly ) is neither a sampled numeric type (ℕ ℤ ℚ ℝ) nor a decidable hypothesis +UNSUPPORTED: SourceEndpointHessianWitness.lean::I4SourceEndpointHessianWitness.witness_raw_zero: hypothesis ( hsep : I4Torus.torusProjection 2 L ( endpointM r ) ≠ I4Torus.torusProjection 2 L ( endpointS r ) ) mentions undeclared names ['I4Torus.torusProjection', 'endpointM', 'endpointS'] +UNSUPPORTED: SourceEndpointHessianWitness.lean::I4SourceEndpointHessianWitness.witness_hessian_identity: hypothesis ( hsep : I4Torus.torusProjection 2 L ( endpointM r ) ≠ I4Torus.torusProjection 2 L ( endpointS r ) ) mentions undeclared names ['I4Torus.torusProjection', 'endpointM', 'endpointS'] +UNSUPPORTED: SourceEndpointHessianWitness.lean::I4SourceEndpointHessianWitness.actual_finite_endpointHessian_witnesses: hypothesis ( hsep : I4Torus.torusProjection 2 L ( endpointM r ) ≠ I4Torus.torusProjection 2 L ( endpointS r ) ) mentions undeclared names ['I4Torus.torusProjection', 'endpointM', 'endpointS'] +UNSUPPORTED: SourceEndpointHessianWitness.lean::I4SourceEndpointHessianWitness.actual_endpointHessian_residual_coefficientGram_posDef: hypothesis ( hsep : I4Torus.torusProjection 2 L ( endpointM r ) ≠ I4Torus.torusProjection 2 L ( endpointS r ) ) mentions undeclared names ['I4Torus.torusProjection', 'endpointM', 'endpointS'] +UNSUPPORTED: SourceEndpointParameters.lean::I4SourceEndpointParameters.smoothSourceField_derivative_integral_zero: binder ( u : Fin k → ( Fin d → ℝ ) ) is neither a sampled numeric type (ℕ ℤ ℚ ℝ) nor a decidable hypothesis +UNSUPPORTED: SourceEndpointParameters.lean::I4SourceEndpointParameters.rawPinsWithHessians_integral_zero: result type Measure ( SmoothSample d L ) +UNSUPPORTED: SourceEndpointParameters.lean::I4SourceEndpointParameters.rawPinsWithHessians_integral_vector_zero: result type Measure ( SmoothSample d L ) +UNSUPPORTED: SourceEndpointParameters.lean::I4SourceEndpointParameters.sourcePins_adjusted_integral_zero: result type Measure ( SmoothSample d L ) +UNSUPPORTED: SourceEndpointParameters.lean::I4SourceEndpointParameters.sourceConfluentPinsAt_integral_zero: result type Measure ( SmoothSample d L ) +UNSUPPORTED: SourceEndpointParameters.lean::I4SourceEndpointParameters.sourceAdjustedEndpoints_integral_zero: result type Measure ( SmoothSample d L ) +UNSUPPORTED: SourceEndpointParameters.lean::I4SourceEndpointParameters.sourceEndpointResidual_integral_zero: result type Measure ( SmoothSample d L ) +UNSUPPORTED: SourceEndpointParameters.lean::I4SourceEndpointParameters.sourceEndpointResidual_covariance: binder ( hG : IsUnit ( sourcePinCovarianceAt L r ) ) is neither a sampled numeric type (ℕ ℤ ℚ ℝ) nor a decidable hypothesis +UNSUPPORTED: SourceEndpointParameters.lean::I4SourceEndpointParameters.finiteGaussian_law_parameters: binder { Z : Ω → Fin n → ℝ } is neither a sampled numeric type (ℕ ℤ ℚ ℝ) nor a decidable hypothesis +UNSUPPORTED: SourceEndpointParameters.lean::I4SourceEndpointParameters.sourceEndpointResidual_hasGaussianLaw: proposition of form App +UNSUPPORTED: SourceEndpointParameters.lean::I4SourceEndpointParameters.sourceEndpointPosterior_hasGaussianLaw: proposition of form App +UNSUPPORTED: SourceEndpointParameters.lean::I4SourceEndpointParameters.sourceEndpointPosterior_integral: result type ( Fin 6 → ℝ ) → L [ ℝ ] ( Fin 6 → ℝ ) +UNSUPPORTED: SourceEndpointParameters.lean::I4SourceEndpointParameters.sourceEndpointPosterior_covariance: binder ( hG : IsUnit ( sourcePinCovarianceAt L r ) ) is neither a sampled numeric type (ℕ ℤ ℚ ℝ) nor a decidable hypothesis +UNSUPPORTED: SourceEndpointParameters.lean::I4SourceEndpointParameters.sourceEndpointKernel_eq_map_posterior: result type Kernel ( Fin 6 → ℝ ) ( Fin 6 → ℝ ) +UNSUPPORTED: SourceEndpointParameters.lean::I4SourceEndpointParameters.sourceEndpointKernel_isGaussian: proposition of form App +UNSUPPORTED: SourceEndpointParameters.lean::I4SourceEndpointParameters.sourceEndpointSchurAt_posSemidef: binder ( hG : IsUnit ( sourcePinCovarianceAt L r ) ) is neither a sampled numeric type (ℕ ℤ ℚ ℝ) nor a decidable hypothesis +UNSUPPORTED: SourceEndpointParameters.lean::I4SourceEndpointParameters.sourceEndpointKernel_eq_multivariateGaussian: binder ( hG : IsUnit ( sourcePinCovarianceAt L r ) ) is neither a sampled numeric type (ℕ ℤ ℚ ℝ) nor a decidable hypothesis +UNSUPPORTED: SourceEndpointParameters.lean::I4SourceEndpointParameters.sourceEndpointKernel_integral: result type ( Fin 6 → ℝ ) → L [ ℝ ] ( Fin 6 → ℝ ) +UNSUPPORTED: SourceEndpointParameters.lean::I4SourceEndpointParameters.sourceEndpointKernel_covariance: binder ( hG : IsUnit ( sourcePinCovarianceAt L r ) ) is neither a sampled numeric type (ℕ ℤ ℚ ℝ) nor a decidable hypothesis +UNSUPPORTED: SourceEndpointRegression.lean::I4SourceEndpointRegression.sourceConfluentPinsAt_eq: sourceConfluentPinsAt applied to 2 of 3 arguments +UNSUPPORTED: SourceEndpointRegression.lean::I4SourceEndpointRegression.endpointObservationMap_actual: binder ( ω : SmoothSample 2 L ) is neither a sampled numeric type (ℕ ℤ ℚ ℝ) nor a decidable hypothesis +UNSUPPORTED: SourceEndpointRegression.lean::I4SourceEndpointRegression.sourcePins_adjusted_hasGaussianLaw: proposition of form App +UNSUPPORTED: SourceEndpointRegression.lean::I4SourceEndpointRegression.sourceRegressionMapAt_apply: unsupported syntax: notation 'ᵥ' +UNSUPPORTED: SourceEndpointRegression.lean::I4SourceEndpointRegression.sourceRegressionMapAt_single: result type ( Fin 6 → ℝ ) → L [ ℝ ] ( Fin 6 → ℝ ) +UNSUPPORTED: SourceEndpointRegression.lean::I4SourceEndpointRegression.sourceRegression_normal_equations: binder ( hG : IsUnit ( sourcePinCovarianceAt L r ) ) is neither a sampled numeric type (ℕ ℤ ℚ ℝ) nor a decidable hypothesis +UNSUPPORTED: SourceEndpointRegression.lean::I4SourceEndpointRegression.sourceEndpointKernel_markov: proposition of form App +UNSUPPORTED: SourceEndpointRegression.lean::I4SourceEndpointRegression.sourceEndpointKernel_measurable: conclusion is a structural predicate ['Measurable']: trivial on finite discrete models (every set is measurable, every function measurable and integrable), so sampling has no content here +UNSUPPORTED: SourceEndpointRegression.lean::I4SourceEndpointRegression.sourceEndpointKernel_apply: result type Kernel ( Fin 6 → ℝ ) ( Fin 6 → ℝ ) +UNSUPPORTED: SourceEndpointRegression.lean::I4SourceEndpointRegression.sourceEndpointKernel_hasCondDistrib: binder ( hG : IsUnit ( sourcePinCovarianceAt L r ) ) is neither a sampled numeric type (ℕ ℤ ℚ ℝ) nor a decidable hypothesis +UNSUPPORTED: SourceEndpointRegression.lean::I4SourceEndpointRegression.sourceEndpointKernel_spec: binder ( hG : IsUnit ( sourcePinCovarianceAt L r ) ) is neither a sampled numeric type (ℕ ℤ ℚ ℝ) nor a decidable hypothesis +UNSUPPORTED: SourceEndpointRegression.lean::I4SourceEndpointRegression.sourceAdjustedEndpoints_on_pin_fiber: binder ( ω : SmoothSample 2 L ) is neither a sampled numeric type (ℕ ℤ ℚ ℝ) nor a decidable hypothesis +UNSUPPORTED: SourceEndpointRegression.lean::I4SourceEndpointRegression.sourceAdjustedEndpoints_on_prescribed: binder ( ω : SmoothSample 2 L ) is neither a sampled numeric type (ℕ ℤ ℚ ℝ) nor a decidable hypothesis +UNSUPPORTED: SourceFinitePinKernel.lean::I4SourceFinitePinKernel.finitePairing_residualCoefficient: binder ( a : Fin p → ι → ℝ ) is neither a sampled numeric type (ℕ ℤ ℚ ℝ) nor a decidable hypothesis +UNSUPPORTED: SourceFinitePinKernel.lean::I4SourceFinitePinKernel.residualCoefficient_summable: binder ( a : Fin p → ι → ℝ ) is neither a sampled numeric type (ℕ ℤ ℚ ℝ) nor a decidable hypothesis +UNSUPPORTED: SourceFinitePinKernel.lean::I4SourceFinitePinKernel.finitePairing_rowCombination: binder ( c : Fin q → ι → ℝ ) is neither a sampled numeric type (ℕ ℤ ℚ ℝ) nor a decidable hypothesis +UNSUPPORTED: SourceFinitePinKernel.lean::I4SourceFinitePinKernel.coefficientGram_posDef_of_finite_kernel_rightInverse: binder ( a : Fin p → ι → ℝ ) is neither a sampled numeric type (ℕ ℤ ℚ ℝ) nor a decidable hypothesis +UNSUPPORTED: SourceFinitePinKernel.lean::I4SourceFinitePinKernel.finiteShiftSample_val: binder ( v : SourceMode 2 → ₀ ℝ ) is neither a sampled numeric type (ℕ ℤ ℚ ℝ) nor a decidable hypothesis +UNSUPPORTED: SourceFinitePinKernel.lean::I4SourceFinitePinKernel.rawPinCoefficient_weighted_summable: binder ( ω : SmoothSample 2 L ) is neither a sampled numeric type (ℕ ℤ ℚ ℝ) nor a decidable hypothesis +UNSUPPORTED: SourceFinitePinKernel.lean::I4SourceFinitePinKernel.finitePairing_hasSum: binder ( v : ι → ₀ ℝ ) is neither a sampled numeric type (ℕ ℤ ℚ ℝ) nor a decidable hypothesis +UNSUPPORTED: SourceFinitePinKernel.lean::I4SourceFinitePinKernel.rawPins_finiteShiftSample: binder ( v : SourceMode 2 → ₀ ℝ ) is neither a sampled numeric type (ℕ ℤ ℚ ℝ) nor a decidable hypothesis +UNSUPPORTED: SourceFinitePinKernel.lean::I4SourceFinitePinKernel.rawPosteriorSample_finiteShiftSample: binder ( v : SourceMode 2 → ₀ ℝ ) is neither a sampled numeric type (ℕ ℤ ℚ ℝ) nor a decidable hypothesis +UNSUPPORTED: SourceFiniteTrig.lean::I4SourceFiniteTrig.phase_spatial_sub: the enclosures to 256 bits did not decide 1011 of the sampled instances (21 decided, all held): sampling cannot corroborate the statement +UNSUPPORTED: SourceFiniteTrig.lean::I4SourceFiniteTrig.phase_frequency_sub: the enclosures to 256 bits did not decide 1011 of the sampled instances (21 decided, all held): sampling cannot corroborate the statement +UNSUPPORTED: SourceFiniteTrig.lean::I4SourceFiniteTrig.phase_frequency_add: the enclosures to 256 bits did not decide 1011 of the sampled instances (21 decided, all held): sampling cannot corroborate the statement +UNSUPPORTED: SourceFiniteTrig.lean::I4SourceFiniteTrig.eval_cons: binder ( t : TrigTerm ) is neither a sampled numeric type (ℕ ℤ ℚ ℝ) nor a decidable hypothesis +UNSUPPORTED: SourceFiniteTrig.lean::I4SourceFiniteTrig.eval_constant: result type TrigPoly +UNSUPPORTED: SourceFiniteTrig.lean::I4SourceFiniteTrig.eval_append: binder ( p q : TrigPoly ) is neither a sampled numeric type (ℕ ℤ ℚ ℝ) nor a decidable hypothesis +UNSUPPORTED: SourceFiniteTrig.lean::I4SourceFiniteTrig.eval_scale: binder ( p : TrigPoly ) is neither a sampled numeric type (ℕ ℤ ℚ ℝ) nor a decidable hypothesis +UNSUPPORTED: SourceFiniteTrig.lean::I4SourceFiniteTrig.eval_translate: binder ( p : TrigPoly ) is neither a sampled numeric type (ℕ ℤ ℚ ℝ) nor a decidable hypothesis +UNSUPPORTED: SourceFiniteTrig.lean::I4SourceFiniteTrig.eval_termProduct: binder ( t s : TrigTerm ) is neither a sampled numeric type (ℕ ℤ ℚ ℝ) nor a decidable hypothesis +UNSUPPORTED: SourceFiniteTrig.lean::I4SourceFiniteTrig.eval_termProducts: binder ( t : TrigTerm ) is neither a sampled numeric type (ℕ ℤ ℚ ℝ) nor a decidable hypothesis +UNSUPPORTED: SourceFiniteTrig.lean::I4SourceFiniteTrig.eval_mul: binder ( p q : TrigPoly ) is neither a sampled numeric type (ℕ ℤ ℚ ℝ) nor a decidable hypothesis +UNSUPPORTED: SourceFiniteTrig.lean::I4SourceFiniteTrig.atom_amplitude_pos: binder ( m : SourceMode 2 ) is neither a sampled numeric type (ℕ ℤ ℚ ℝ) nor a decidable hypothesis +UNSUPPORTED: SourceFiniteTrig.lean::I4SourceFiniteTrig.atom_pairing_single: binder ( a : SourceMode 2 → ℝ ) is neither a sampled numeric type (ℕ ℤ ℚ ℝ) nor a decidable hypothesis +UNSUPPORTED: SourceFiniteTrig.lean::I4SourceFiniteTrig.atom_pairing_add: binder ( a : SourceMode 2 → ℝ ) is neither a sampled numeric type (ℕ ℤ ℚ ℝ) nor a decidable hypothesis +UNSUPPORTED: SourceFiniteTrig.lean::I4SourceFiniteTrig.atom_pairing_pair: binder ( k : ↥ ( halfLattice 2 ) ) is neither a sampled numeric type (ℕ ℤ ℚ ℝ) nor a decidable hypothesis +UNSUPPORTED: SourceFiniteTrig.lean::I4SourceFiniteTrig.atom_phase_neg: the enclosures to 256 bits did not decide 1006 of the sampled instances (26 decided, all held): sampling cannot corroborate the statement +UNSUPPORTED: SourceFiniteTrig.lean::I4SourceFiniteTrig.atomSource_pairing: a measure, set or function value without a finite model in force +UNSUPPORTED: SourceFiniteTrig.lean::I4SourceFiniteTrig.pairing_eq_linearCombination: binder ( v : ι → ₀ ℝ ) is neither a sampled numeric type (ℕ ℤ ℚ ℝ) nor a decidable hypothesis +UNSUPPORTED: SourceFiniteTrig.lean::I4SourceFiniteTrig.toSource_eval: binder ( p : TrigPoly ) is neither a sampled numeric type (ℕ ℤ ℚ ℝ) nor a decidable hypothesis +UNSUPPORTED: SourceFiniteTrig.lean::I4SourceFiniteTrig.scalarSeries_finitePairing: binder ( v : ι → ₀ ℝ ) is neither a sampled numeric type (ℕ ℤ ℚ ℝ) nor a decidable hypothesis +UNSUPPORTED: SourceFiniteTrig.lean::I4SourceFiniteTrig.representedSample_val: binder ( p : TrigPoly ) is neither a sampled numeric type (ℕ ℤ ℚ ℝ) nor a decidable hypothesis +UNSUPPORTED: SourceFiniteTrig.lean::I4SourceFiniteTrig.representedSample_field: binder ( p : TrigPoly ) is neither a sampled numeric type (ℕ ℤ ℚ ℝ) nor a decidable hypothesis +UNSUPPORTED: SourceFiniteTrig.lean::I4SourceFiniteTrig.toSource_derivative: binder ( p : TrigPoly ) is neither a sampled numeric type (ℕ ℤ ℚ ℝ) nor a decidable hypothesis +CORROBORATED: SourceFoldWeightedProbability.lean::SourceFoldWeightedProbability.sourceScale_pos: holds on 64 sampled instances satisfying the hypotheses (0 draws rejected by the hypotheses, 0 infeasible, seed 1): sampling is admitted evidence of the statement, not a proof of it +CORROBORATED: SourceFoldWeightedProbability.lean::SourceFoldWeightedProbability.sourceCutoffEps_pos: holds on 64 sampled instances satisfying the hypotheses (0 draws rejected by the hypotheses, 0 infeasible, seed 1): sampling is admitted evidence of the statement, not a proof of it +CORROBORATED: SourceFoldWeightedProbability.lean::SourceFoldWeightedProbability.sourceCutoffA_nonneg: holds on 64 sampled instances satisfying the hypotheses (0 draws rejected by the hypotheses, 0 infeasible, seed 1): sampling is admitted evidence of the statement, not a proof of it +UNSUPPORTED: SourceFoldWeightedProbability.lean::SourceFoldWeightedProbability.sourceT_eq_scale: binder ( sample : SmoothSample 2 L ) is neither a sampled numeric type (ℕ ℤ ℚ ℝ) nor a decidable hypothesis +UNSUPPORTED: SourceFoldWeightedProbability.lean::SourceFoldWeightedProbability.sourceKappa_one_sixth: binder ( sample : SmoothSample 2 L ) is neither a sampled numeric type (ℕ ℤ ℚ ℝ) nor a decidable hypothesis +UNSUPPORTED: SourceFoldWeightedProbability.lean::SourceFoldWeightedProbability.sourceT_measurable: conclusion is a structural predicate ['Measurable']: trivial on finite discrete models (every set is measurable, every function measurable and integrable), so sampling has no content here +UNSUPPORTED: SourceFoldWeightedProbability.lean::SourceFoldWeightedProbability.sourceKappa_measurable: conclusion is a structural predicate ['Measurable']: trivial on finite discrete models (every set is measurable, every function measurable and integrable), so sampling has no content here +UNSUPPORTED: SourceFoldWeightedProbability.lean::SourceFoldWeightedProbability.sourceFoldGood_measurable: conclusion is a structural predicate ['MeasurableSet']: trivial on finite discrete models (every set is measurable, every function measurable and integrable), so sampling has no content here +CORROBORATED: SourceFoldWeightedProbability.lean::SourceFoldWeightedProbability.cutoff_failure_inclusion: holds on 64 sampled instances satisfying the hypotheses (16 draws rejected by the hypotheses, 0 infeasible, seed 1): sampling is admitted evidence of the statement, not a proof of it +UNSUPPORTED: SourceFoldWeightedProbability.lean::SourceFoldWeightedProbability.sourceFoldGood_compl_subset: result type Set ( SmoothSample 2 L ) +UNSUPPORTED: SourceFoldWeightedProbability.lean::SourceFoldWeightedProbability.sourceFoldWeightedLaw_eq: result type Measure ( SmoothSample 2 L ) +UNSUPPORTED: SourceFoldWeightedProbability.lean::SourceFoldWeightedProbability.sourceFoldWeightedLaw_absolutelyContinuous: result type Measure ( SmoothSample 2 L ) +UNSUPPORTED: SourceFoldWeightedProbability.lean::SourceFoldWeightedProbability.sourceFoldWeightedProbability_bound: unsupported syntax: existential quantifier +UNSUPPORTED: SourceFoldWeightedProbability.lean::SourceFoldWeightedProbability.sourceFoldWeightedProbability_h0: unsupported syntax: existential quantifier +UNSUPPORTED: SourceFramedConfluentCovariance.lean::I4SourceFramedConfluentCovariance.envelope_nonneg: binder ( m : SourceMode 2 ) is neither a sampled numeric type (ℕ ℤ ℚ ℝ) nor a decidable hypothesis +UNSUPPORTED: SourceFramedConfluentCovariance.lean::I4SourceFramedConfluentCovariance.envelope_summable: proposition of form App +UNSUPPORTED: SourceFramedConfluentCovariance.lean::I4SourceFramedConfluentCovariance.envelope_weighted_summable: proposition of form App +UNSUPPORTED: SourceFramedConfluentCovariance.lean::I4SourceFramedConfluentCovariance.envelope_square_summable: proposition of form App +UNSUPPORTED: SourceFramedConfluentCovariance.lean::I4SourceFramedConfluentCovariance.envelope_sample_summable: binder ( ω : SmoothSample 2 L ) is neither a sampled numeric type (ℕ ℤ ℚ ℝ) nor a decidable hypothesis +UNSUPPORTED: SourceFramedConfluentCovariance.lean::I4SourceFramedConfluentCovariance.coordinates_norm_le_one: binder ( e : E 2 ) is neither a sampled numeric type (ℕ ℤ ℚ ℝ) nor a decidable hypothesis +UNSUPPORTED: SourceFramedConfluentCovariance.lean::I4SourceFramedConfluentCovariance.derivative_unit_bound: binder ( u : Fin k → ( Fin 2 → ℝ ) ) is neither a sampled numeric type (ℕ ℤ ℚ ℝ) nor a decidable hypothesis +CORROBORATED: SourceFramedConfluentCovariance.lean::I4SourceFramedConfluentCovariance.average_abs_le: holds on 64 sampled instances satisfying the hypotheses (3 draws rejected by the hypotheses, 0 infeasible, seed 1): sampling is admitted evidence of the statement, not a proof of it +UNSUPPORTED: SourceFramedConfluentCovariance.lean::I4SourceFramedConfluentCovariance.unit_interval_abs_le: binder ( g : ℝ → ℝ ) is neither a sampled numeric type (ℕ ℤ ℚ ℝ) nor a decidable hypothesis +UNSUPPORTED: SourceFramedConfluentCovariance.lean::I4SourceFramedConfluentCovariance.peano_interval_abs_le: binder ( g : ℝ → ℝ ) is neither a sampled numeric type (ℕ ℤ ℚ ℝ) nor a decidable hypothesis +UNSUPPORTED: SourceFramedConfluentCovariance.lean::I4SourceFramedConfluentCovariance.pairCoefficient_bound: binder ( z e n : E 2 ) is neither a sampled numeric type (ℕ ℤ ℚ ℝ) nor a decidable hypothesis +UNSUPPORTED: SourceFramedConfluentCovariance.lean::I4SourceFramedConfluentCovariance.coefficient_summable: binder ( z : E 2 ) is neither a sampled numeric type (ℕ ℤ ℚ ℝ) nor a decidable hypothesis +UNSUPPORTED: SourceFramedConfluentCovariance.lean::I4SourceFramedConfluentCovariance.vector_hasGaussianLaw: binder ( z : E 2 ) is neither a sampled numeric type (ℕ ℤ ℚ ℝ) nor a decidable hypothesis +UNSUPPORTED: SourceFramedConfluentCovariance.lean::I4SourceFramedConfluentCovariance.vector_covariance: binder ( z : E 2 ) is neither a sampled numeric type (ℕ ℤ ℚ ℝ) nor a decidable hypothesis +UNSUPPORTED: SourceFramedConfluentCovariance.lean::I4SourceFramedConfluentCovariance.peanoRows_zero: binder ( f : ( Fin 2 → ℝ ) → ℝ ) is neither a sampled numeric type (ℕ ℤ ℚ ℝ) nor a decidable hypothesis +UNSUPPORTED: SourceFramedConfluentCovariance.lean::I4SourceFramedConfluentCovariance.coefficient_contact: binder ( z : E 2 ) is neither a sampled numeric type (ℕ ℤ ℚ ℝ) nor a decidable hypothesis +UNSUPPORTED: SourceFramedConfluentCovariance.lean::I4SourceFramedConfluentCovariance.physical_derivative: binder ( ω : SmoothSample 2 L ) is neither a sampled numeric type (ℕ ℤ ℚ ℝ) nor a decidable hypothesis +UNSUPPORTED: SourceFramedConfluentCovariance.lean::I4SourceFramedConfluentCovariance.derivative_peano_series: binder ( ω : SmoothSample 2 L ) is neither a sampled numeric type (ℕ ℤ ℚ ℝ) nor a decidable hypothesis +UNSUPPORTED: SourceFramedConfluentCovariance.lean::I4SourceFramedConfluentCovariance.series_average: binder ( a b : SourceMode 2 → ℝ ) is neither a sampled numeric type (ℕ ℤ ℚ ℝ) nor a decidable hypothesis +UNSUPPORTED: SourceFramedConfluentCovariance.lean::I4SourceFramedConfluentCovariance.series_const_mul: binder ( a : SourceMode 2 → ℝ ) is neither a sampled numeric type (ℕ ℤ ℚ ℝ) nor a decidable hypothesis +UNSUPPORTED: SourceFramedConfluentCovariance.lean::I4SourceFramedConfluentCovariance.peano_weight_bound: hypothesis ( ht : t ∈ Ioc ( - 1 / 2 : ℝ ) ( 1 / 2 : ℝ ) ) mentions undeclared names ['Ioc'] +UNSUPPORTED: SourceFramedConfluentCovariance.lean::I4SourceFramedConfluentCovariance.peanoRows_series: binder ( ω : SmoothSample 2 L ) is neither a sampled numeric type (ℕ ℤ ℚ ℝ) nor a decidable hypothesis +UNSUPPORTED: SourceFramedConfluentCovariance.lean::I4SourceFramedConfluentCovariance.vector_peano: binder ( z : E 2 ) is neither a sampled numeric type (ℕ ℤ ℚ ℝ) nor a decidable hypothesis +UNSUPPORTED: SourceFramedConfluentCovariance.lean::I4SourceFramedConfluentCovariance.mode_smooth: binder ( m : SourceMode 2 ) is neither a sampled numeric type (ℕ ℤ ℚ ℝ) nor a decidable hypothesis +UNSUPPORTED: SourceFramedConfluentCovariance.lean::I4SourceFramedConfluentCovariance.ct58_pair_lc: binder ( a : SourceMode 2 → ℝ ) is neither a sampled numeric type (ℕ ℤ ℚ ℝ) nor a decidable hypothesis +UNSUPPORTED: SourceFramedConfluentCovariance.lean::I4SourceFramedConfluentCovariance.ct58_pair_direction_sum: binder ( a : SourceMode 2 → ℝ ) is neither a sampled numeric type (ℕ ℤ ℚ ℝ) nor a decidable hypothesis +UNSUPPORTED: SourceFramedConfluentCovariance.lean::I4SourceFramedConfluentCovariance.ct58_pair_direction_add_smul: binder ( a : SourceMode 2 → ℝ ) is neither a sampled numeric type (ℕ ℤ ℚ ℝ) nor a decidable hypothesis +UNSUPPORTED: SourceFramedConfluentCovariance.lean::I4SourceFramedConfluentCovariance.ct58_pair_row_add: binder ( a b : SourceMode 2 → ℝ ) is neither a sampled numeric type (ℕ ℤ ℚ ℝ) nor a decidable hypothesis +UNSUPPORTED: SourceFramedConfluentCovariance.lean::I4SourceFramedConfluentCovariance.ct58_pair_row_scale: binder ( a : SourceMode 2 → ℝ ) is neither a sampled numeric type (ℕ ℤ ℚ ℝ) nor a decidable hypothesis +UNSUPPORTED: SourceFramedConfluentCovariance.lean::I4SourceFramedConfluentCovariance.ct58_ifd_scale: binder ( f : ( Fin 2 → ℝ ) → ℝ ) is neither a sampled numeric type (ℕ ℤ ℚ ℝ) nor a decidable hypothesis +UNSUPPORTED: SourceFramedConfluentCovariance.lean::I4SourceFramedConfluentCovariance.ct58_ifd_add: binder ( f g : ( Fin 2 → ℝ ) → ℝ ) is neither a sampled numeric type (ℕ ℤ ℚ ℝ) nor a decidable hypothesis +UNSUPPORTED: SourceFramedConfluentCovariance.lean::I4SourceFramedConfluentCovariance.ct58_jet2_scale: binder ( f : ( Fin 2 → ℝ ) → ℝ ) is neither a sampled numeric type (ℕ ℤ ℚ ℝ) nor a decidable hypothesis +UNSUPPORTED: SourceFramedConfluentCovariance.lean::I4SourceFramedConfluentCovariance.ct58_eval_smooth: binder ( P : TrigPoly ) is neither a sampled numeric type (ℕ ℤ ℚ ℝ) nor a decidable hypothesis +UNSUPPORTED: SourceFramedConfluentCovariance.lean::I4SourceFramedConfluentCovariance.ct58_eval_axisCos: result type TrigPoly +UNSUPPORTED: SourceFramedConfluentCovariance.lean::I4SourceFramedConfluentCovariance.ct58_eval_axisSin: result type TrigPoly +UNSUPPORTED: SourceFramedConfluentCovariance.lean::I4SourceFramedConfluentCovariance.ct58_germPoly_eval: eval applied to 2 of 3 arguments +UNSUPPORTED: SourceFramedConfluentCovariance.lean::I4SourceFramedConfluentCovariance.ct58_pair_ordinary: binder ( P : TrigPoly ) is neither a sampled numeric type (ℕ ℤ ℚ ℝ) nor a decidable hypothesis +UNSUPPORTED: SourceFramedConfluentCovariance.lean::I4SourceFramedConfluentCovariance.ct58_ordinary_finite_interpolation: unsupported syntax: existential quantifier +UNSUPPORTED: SourceFramedConfluentCovariance.lean::I4SourceFramedConfluentCovariance.ct58_linear_coordinates: binder ( A : ( Fin 2 → ℝ ) → L [ ℝ ] ℝ ) is neither a sampled numeric type (ℕ ℤ ℚ ℝ) nor a decidable hypothesis +UNSUPPORTED: SourceFramedConfluentCovariance.lean::I4SourceFramedConfluentCovariance.ct58_second_coordinates: binder ( f : ( Fin 2 → ℝ ) → ℝ ) is neither a sampled numeric type (ℕ ℤ ℚ ℝ) nor a decidable hypothesis +UNSUPPORTED: SourceFramedConfluentCovariance.lean::I4SourceFramedConfluentCovariance.ct58_contact_lower_formula: binder ( f : ( Fin 2 → ℝ ) → ℝ ) is neither a sampled numeric type (ℕ ℤ ℚ ℝ) nor a decidable hypothesis +UNSUPPORTED: SourceFramedConfluentCovariance.lean::I4SourceFramedConfluentCovariance.ct58_pair_lower: binder ( v : SourceMode 2 → ₀ ℝ ) is neither a sampled numeric type (ℕ ℤ ℚ ℝ) nor a decidable hypothesis +CORROBORATED: SourceFramedConfluentCovariance.lean::I4SourceFramedConfluentCovariance.ct58_lower_inverse: holds on 1 sampled instances satisfying the hypotheses (1031 draws rejected by the hypotheses, 0 infeasible, seed 1): sampling is admitted evidence of the statement, not a proof of it — WEAK: only 1 i +UNSUPPORTED: SourceFramedConfluentCovariance.lean::I4SourceFramedConfluentCovariance.ct58_frame_block_determinants: unparsed statement: SyntaxError: trailing tokens from ')' +UNSUPPORTED: SourceFramedConfluentCovariance.lean::I4SourceFramedConfluentCovariance.ct58_frame_coordinates: binder ( R : OrthonormalBasis ( Fin 2 ) ℝ ( E 2 ) ) is neither a sampled numeric type (ℕ ℤ ℚ ℝ) nor a decidable hypothesis +CORROBORATED: SourceFramedConfluentCovariance.lean::I4SourceFramedConfluentCovariance.ct58_frame_delta_four: holds on 1 sampled instances satisfying the hypotheses (1031 draws rejected by the hypotheses, 0 infeasible, seed 1): sampling is admitted evidence of the statement, not a proof of it — WEAK: only 1 i +UNSUPPORTED: SourceFramedConfluentCovariance.lean::I4SourceFramedConfluentCovariance.ct58_shifted_sine_third: unknown function iteratedDeriv +UNSUPPORTED: SourceFramedConfluentCovariance.lean::I4SourceFramedConfluentCovariance.ct58_axis_sine_third: unknown function iteratedFDeriv +UNSUPPORTED: SourceFramedConfluentCovariance.lean::I4SourceFramedConfluentCovariance.ct58_axisGerm_value: the enclosures to 256 bits did not decide 917 of the sampled instances (39 decided, all held): sampling cannot corroborate the statement +UNSUPPORTED: SourceFramedConfluentCovariance.lean::I4SourceFramedConfluentCovariance.ct58_cubePoly_eval: result type TrigPoly +UNSUPPORTED: SourceFramedConfluentCovariance.lean::I4SourceFramedConfluentCovariance.ct58_cube_lower_zero: eval applied to 2 of 3 arguments +UNSUPPORTED: SourceFramedConfluentCovariance.lean::I4SourceFramedConfluentCovariance.ct58_cube_third_one: unknown function iteratedFDeriv +UNSUPPORTED: SourceFramedConfluentCovariance.lean::I4SourceFramedConfluentCovariance.ct58_contact_pair: binder ( P : TrigPoly ) is neither a sampled numeric type (ℕ ℤ ℚ ℝ) nor a decidable hypothesis +UNSUPPORTED: SourceFramedConfluentCovariance.lean::I4SourceFramedConfluentCovariance.ct58_contact_target: unsupported syntax: existential quantifier +UNSUPPORTED: SourceFramedConfluentCovariance.lean::I4SourceFramedConfluentCovariance.contact_finite_directions: binder ( z : E 2 ) is neither a sampled numeric type (ℕ ℤ ℚ ℝ) nor a decidable hypothesis +UNSUPPORTED: SourceFramedConfluentCovariance.lean::I4SourceFramedConfluentCovariance.peanoCurve_iteratedDeriv: binder ( f : ( Fin 2 → ℝ ) → ℝ ) is neither a sampled numeric type (ℕ ℤ ℚ ℝ) nor a decidable hypothesis +UNSUPPORTED: SourceFramedConfluentCovariance.lean::I4SourceFramedConfluentCovariance.peanoCurve_deriv: binder ( f : ( Fin 2 → ℝ ) → ℝ ) is neither a sampled numeric type (ℕ ℤ ℚ ℝ) nor a decidable hypothesis +UNSUPPORTED: SourceFramedConfluentCovariance.lean::I4SourceFramedConfluentCovariance.peanoCurve_transverse_iteratedDeriv: binder ( f : ( Fin 2 → ℝ ) → ℝ ) is neither a sampled numeric type (ℕ ℤ ℚ ℝ) nor a decidable hypothesis +UNSUPPORTED: SourceFramedConfluentCovariance.lean::I4SourceFramedConfluentCovariance.peanoRows_confluent: binder ( f : ( Fin 2 → ℝ ) → ℝ ) is neither a sampled numeric type (ℕ ℤ ℚ ℝ) nor a decidable hypothesis +UNSUPPORTED: SourceFramedConfluentCovariance.lean::I4SourceFramedConfluentCovariance.physical_first: binder ( ω : SmoothSample 2 L ) is neither a sampled numeric type (ℕ ℤ ℚ ℝ) nor a decidable hypothesis +UNSUPPORTED: SourceFramedConfluentCovariance.lean::I4SourceFramedConfluentCovariance.physical_second: binder ( ω : SmoothSample 2 L ) is neither a sampled numeric type (ℕ ℤ ℚ ℝ) nor a decidable hypothesis +UNSUPPORTED: SourceFramedConfluentCovariance.lean::I4SourceFramedConfluentCovariance.physical_third: binder ( ω : SmoothSample 2 L ) is neither a sampled numeric type (ℕ ℤ ℚ ℝ) nor a decidable hypothesis +UNSUPPORTED: SourceFramedConfluentCovariance.lean::I4SourceFramedConfluentCovariance.physical_contactRows: binder ( ω : SmoothSample 2 L ) is neither a sampled numeric type (ℕ ℤ ℚ ℝ) nor a decidable hypothesis +UNSUPPORTED: SourceFramedConfluentCovariance.lean::I4SourceFramedConfluentCovariance.raw_physical_coordinates: binder ( ω : SmoothSample 2 L ) is neither a sampled numeric type (ℕ ℤ ℚ ℝ) nor a decidable hypothesis +UNSUPPORTED: SourceFramedConfluentCovariance.lean::I4SourceFramedConfluentCovariance.contact_posDef: binder ( z : E 2 ) is neither a sampled numeric type (ℕ ℤ ℚ ℝ) nor a decidable hypothesis +UNSUPPORTED: SourceFramedConfluentCovariance.lean::I4SourceFramedConfluentCovariance.framedConfluentVector_actual: binder ( z : E 2 ) is neither a sampled numeric type (ℕ ℤ ℚ ℝ) nor a decidable hypothesis +UNSUPPORTED: SourceFramedConfluentCovariance.lean::I4SourceFramedConfluentCovariance.compact_mode_smooth: binder ( m : SourceMode 2 ) is neither a sampled numeric type (ℕ ℤ ℚ ℝ) nor a decidable hypothesis +UNSUPPORTED: SourceFramedConfluentCovariance.lean::I4SourceFramedConfluentCovariance.compact_mode_iterated_continuous: binder ( m : SourceMode 2 ) is neither a sampled numeric type (ℕ ℤ ℚ ℝ) nor a decidable hypothesis +UNSUPPORTED: SourceFramedConfluentCovariance.lean::I4SourceFramedConfluentCovariance.compact_peano_continuous: binder ( m : SourceMode 2 ) is neither a sampled numeric type (ℕ ℤ ℚ ℝ) nor a decidable hypothesis +UNSUPPORTED: SourceFramedConfluentCovariance.lean::I4SourceFramedConfluentCovariance.compact_frames_isCompact: unparsed statement: SyntaxError: trailing tokens from '{' +UNSUPPORTED: SourceFramedConfluentCovariance.lean::I4SourceFramedConfluentCovariance.compact_frame_basis_apply: binder ( u : CompactFrame ) is neither a sampled numeric type (ℕ ℤ ℚ ℝ) nor a decidable hypothesis +UNSUPPORTED: SourceFramedConfluentCovariance.lean::I4SourceFramedConfluentCovariance.compact_midpoints_isCompact: proposition of form App +UNSUPPORTED: SourceFramedConfluentCovariance.lean::I4SourceFramedConfluentCovariance.compact_parameters_isCompact: proposition of form App +UNSUPPORTED: SourceFramedConfluentCovariance.lean::I4SourceFramedConfluentCovariance.compact_coefficient_continuous: binder ( m : SourceMode 2 ) is neither a sampled numeric type (ℕ ℤ ℚ ℝ) nor a decidable hypothesis +UNSUPPORTED: SourceFramedConfluentCovariance.lean::I4SourceFramedConfluentCovariance.compact_gram_continuous: proposition of form App +UNSUPPORTED: SourceFramedConfluentCovariance.lean::I4SourceFramedConfluentCovariance.compact_gram_hermitian: binder ( p : ( E 2 × CompactFrame ) × ℝ ) is neither a sampled numeric type (ℕ ℤ ℚ ℝ) nor a decidable hypothesis +UNSUPPORTED: SourceFramedConfluentCovariance.lean::I4SourceFramedConfluentCovariance.compact_uniform_contact: definition UniformContactLimit has an unparsed body +UNSUPPORTED: SourceFramedConfluentCovariance.lean::I4SourceFramedConfluentCovariance.compact_quad_dot: unsupported syntax: notation 'ᵥ' +CORROBORATED: SourceFramedConfluentCovariance.lean::I4SourceFramedConfluentCovariance.compact_quad_smul: holds on 64 sampled instances satisfying the hypotheses (0 draws rejected by the hypotheses, 0 infeasible, seed 1): sampling is admitted evidence of the statement, not a proof of it +CORROBORATED: SourceFramedConfluentCovariance.lean::I4SourceFramedConfluentCovariance.compact_square_nonneg: holds on 64 sampled instances satisfying the hypotheses (0 draws rejected by the hypotheses, 0 infeasible, seed 1): sampling is admitted evidence of the statement, not a proof of it +CORROBORATED: SourceFramedConfluentCovariance.lean::I4SourceFramedConfluentCovariance.compact_square_eq_zero: holds on 64 sampled instances satisfying the hypotheses (0 draws rejected by the hypotheses, 0 infeasible, seed 1): sampling is admitted evidence of the statement, not a proof of it +UNSUPPORTED: SourceFramedConfluentCovariance.lean::I4SourceFramedConfluentCovariance.compact_unit_isCompact: proposition of form App +UNSUPPORTED: SourceFramedConfluentCovariance.lean::I4SourceFramedConfluentCovariance.compact_normalize_bounds: result type Set ( Fin 7 → ℝ ) +UNSUPPORTED: SourceFramedConfluentCovariance.lean::I4SourceFramedConfluentCovariance.compact_quad_continuous: proposition of form App +UNSUPPORTED: SourceFramedConfluentCovariance.lean::I4SourceFramedConfluentCovariance.compact_entry_perturb: binder ( hAB : ∀ i j , | A i j - B i j | ≤ eta ) is neither a sampled numeric type (ℕ ℤ ℚ ℝ) nor a decidable hypothesis +UNSUPPORTED: SourceFramedConfluentCovariance.lean::I4SourceFramedConfluentCovariance.compact_principal_schur: binder ( hH : G.IsHermitian ) is neither a sampled numeric type (ℕ ℤ ℚ ℝ) nor a decidable hypothesis +UNSUPPORTED: SourceFramedConfluentCovariance.lean::I4SourceFramedConfluentCovariance.compact_contact_bounds: binder ( hcontact : ∀ z : E 2 , ∀ R : OrthonormalBasis ( Fin 2 ) ℝ ( E 2 ) , ( framedConfluentCovariance L z R 0 ) . PosDef ) is neither a sampled numeric type (ℕ ℤ ℚ ℝ) nor a decidable hypothesis +UNSUPPORTED: SourceFramedConfluentCovariance.lean::I4SourceFramedConfluentCovariance.framedConfluent_family_bounds: unparsed statement: SyntaxError: trailing tokens from ':' +UNSUPPORTED: SourceFramedConfluentCovariance.lean::I4SourceFramedConfluentCovariance.framedConfluent_covariance_uniform_floor: unsupported syntax: existential quantifier +UNSUPPORTED: SourceGapConditionalMorseDistinct.lean::I4SourceGapConditionalMorseDistinct.rowResponse_apply: binder ( a : Fin n → SourceMode 2 → ℝ ) is neither a sampled numeric type (ℕ ℤ ℚ ℝ) nor a decidable hypothesis +UNSUPPORTED: SourceGapConditionalMorseDistinct.lean::I4SourceGapConditionalMorseDistinct.finitePairing_hasSum: binder ( v : ι → ₀ ℝ ) is neither a sampled numeric type (ℕ ℤ ℚ ℝ) nor a decidable hypothesis +UNSUPPORTED: SourceGapConditionalMorseDistinct.lean::I4SourceGapConditionalMorseDistinct.finitePairing_linearCombination: binder ( v : ι → ₀ ℝ ) is neither a sampled numeric type (ℕ ℤ ℚ ℝ) nor a decidable hypothesis +UNSUPPORTED: SourceGapConditionalMorseDistinct.lean::I4SourceGapConditionalMorseDistinct.finitePairing_lift: binder ( v : Fin n → ι → ₀ ℝ ) is neither a sampled numeric type (ℕ ℤ ℚ ℝ) nor a decidable hypothesis +UNSUPPORTED: SourceGapConditionalMorseDistinct.lean::I4SourceGapConditionalMorseDistinct.finiteShift_derivative: binder ( v : SourceMode 2 → ₀ ℝ ) is neither a sampled numeric type (ℕ ℤ ℚ ℝ) nor a decidable hypothesis +UNSUPPORTED: SourceGapConditionalMorseDistinct.lean::I4SourceGapConditionalMorseDistinct.freeShift_derivative: binder ( F : RawPinFreeFrame L r n ) is neither a sampled numeric type (ℕ ℤ ℚ ℝ) nor a decidable hypothesis +UNSUPPORTED: SourceGapConditionalMorseDistinct.lean::I4SourceGapConditionalMorseDistinct.rawKernel_null_of_sections: binder ( F : RawPinFreeFrame L r n ) is neither a sampled numeric type (ℕ ℤ ℚ ℝ) nor a decidable hypothesis +UNSUPPORTED: SourceGapConditionalMorseDistinct.lean::I4SourceGapConditionalMorseDistinct.countable_compact_response_subcharts: instance binder [ MetricSpace X ] cannot be sampled +UNSUPPORTED: SourceGapConditionalMorseDistinct.lean::I4SourceGapConditionalMorseDistinct.ae_forall_of_countable_subcharts: binder ( K : S → Set X ) is neither a sampled numeric type (ℕ ℤ ℚ ℝ) nor a decidable hypothesis +UNSUPPORTED: SourceGapConditionalMorseDistinct.lean::I4SourceGapConditionalMorseDistinct.countable_compact_local_ae: instance binder [ NormedAddCommGroup X ] cannot be sampled +UNSUPPORTED: SourceGapConditionalMorseDistinct.lean::I4SourceGapConditionalMorseDistinct.incidence_clm_isInvertible: instance binder [ NormedAddCommGroup C ] cannot be sampled +UNSUPPORTED: SourceGapConditionalMorseDistinct.lean::I4SourceGapConditionalMorseDistinct.incidence_theta_section: instance binder [ NormedAddCommGroup D ] cannot be sampled +UNSUPPORTED: SourceGapConditionalMorseDistinct.lean::I4SourceGapConditionalMorseDistinct.incidence_constraint_unique: instance binder [ NormedAddCommGroup D ] cannot be sampled +UNSUPPORTED: SourceGapConditionalMorseDistinct.lean::I4SourceGapConditionalMorseDistinct.incidence_constraint_parameters_image: instance binder [ NormedAddCommGroup D ] cannot be sampled +UNSUPPORTED: SourceGapConditionalMorseDistinct.lean::I4SourceGapConditionalMorseDistinct.incidence_theta_differentiable: instance binder [ NormedAddCommGroup D ] cannot be sampled +UNSUPPORTED: SourceGapConditionalMorseDistinct.lean::I4SourceGapConditionalMorseDistinct.incidence_fixed_parameter_derivative: instance binder [ NormedAddCommGroup D ] cannot be sampled +UNSUPPORTED: SourceGapConditionalMorseDistinct.lean::I4SourceGapConditionalMorseDistinct.incidence_full_normal_equation: instance binder [ NormedAddCommGroup D ] cannot be sampled +UNSUPPORTED: SourceGapConditionalMorseDistinct.lean::I4SourceGapConditionalMorseDistinct.incidence_normal_equation_shifted: instance binder [ NormedAddCommGroup D ] cannot be sampled +UNSUPPORTED: SourceGapConditionalMorseDistinct.lean::I4SourceGapConditionalMorseDistinct.incidence_det_zero_of_killed_nonzero: instance binder [ NormedAddCommGroup V ] cannot be sampled +UNSUPPORTED: SourceGapConditionalMorseDistinct.lean::I4SourceGapConditionalMorseDistinct.incidence_singular_image_null: instance binder [ NormedAddCommGroup V ] cannot be sampled +UNSUPPORTED: SourceGapConditionalMorseDistinct.lean::I4SourceGapConditionalMorseDistinct.incidence_theta_singular: binder ( U : Set Point2 ) is neither a sampled numeric type (ℕ ℤ ℚ ℝ) nor a decidable hypothesis +UNSUPPORTED: SourceGapConditionalMorseDistinct.lean::I4SourceGapConditionalMorseDistinct.incidence_gaussian_pi_ac: unparsed statement: SyntaxError: trailing tokens from ')' +UNSUPPORTED: SourceGapConditionalMorseDistinct.lean::I4SourceGapConditionalMorseDistinct.incidence_gaussian3_ac: unparsed statement: SyntaxError: trailing tokens from ')' +UNSUPPORTED: SourceGapConditionalMorseDistinct.lean::I4SourceGapConditionalMorseDistinct.incidence_gaussian5_ac: unparsed statement: SyntaxError: trailing tokens from ')' +UNSUPPORTED: SourceGapConditionalMorseDistinct.lean::I4SourceGapConditionalMorseDistinct.incidence_morse_null: binder ( U : Set Point2 ) is neither a sampled numeric type (ℕ ℤ ℚ ℝ) nor a decidable hypothesis +UNSUPPORTED: SourceGapConditionalMorseDistinct.lean::I4SourceGapConditionalMorseDistinct.incidence_project3_apply: result type ( Fin 3 → ℝ ) → L [ ℝ ] Point2 +UNSUPPORTED: SourceGapConditionalMorseDistinct.lean::I4SourceGapConditionalMorseDistinct.incidence_project5_apply: result type ( Fin 5 → ℝ ) → L [ ℝ ] Point4 +UNSUPPORTED: SourceGapConditionalMorseDistinct.lean::I4SourceGapConditionalMorseDistinct.incidence_project3_embed3: result type ( Fin 3 → ℝ ) → L [ ℝ ] Point2 +UNSUPPORTED: SourceGapConditionalMorseDistinct.lean::I4SourceGapConditionalMorseDistinct.incidence_project5_embed5: binder ( p : Point4 ) is neither a sampled numeric type (ℕ ℤ ℚ ℝ) nor a decidable hypothesis +UNSUPPORTED: SourceGapConditionalMorseDistinct.lean::I4SourceGapConditionalMorseDistinct.incidence_dummy3_kernel_vector: result type ( Fin 3 → ℝ ) → L [ ℝ ] Point2 +UNSUPPORTED: SourceGapConditionalMorseDistinct.lean::I4SourceGapConditionalMorseDistinct.incidence_dummy5_kernel_vector: result type ( Fin 5 → ℝ ) → L [ ℝ ] Point4 +UNSUPPORTED: SourceGapConditionalMorseDistinct.lean::I4SourceGapConditionalMorseDistinct.incidence_composite_kills: instance binder [ NormedAddCommGroup D ] cannot be sampled +UNSUPPORTED: SourceGapConditionalMorseDistinct.lean::I4SourceGapConditionalMorseDistinct.incidence_dummy3_derivative_kernel: binder ( theta : Point2 → ( Fin 3 → ℝ ) ) is neither a sampled numeric type (ℕ ℤ ℚ ℝ) nor a decidable hypothesis +UNSUPPORTED: SourceGapConditionalMorseDistinct.lean::I4SourceGapConditionalMorseDistinct.incidence_dummy5_derivative_kernel: binder ( theta : Point4 → ( Fin 5 → ℝ ) ) is neither a sampled numeric type (ℕ ℤ ℚ ℝ) nor a decidable hypothesis +UNSUPPORTED: SourceGapConditionalMorseDistinct.lean::I4SourceGapConditionalMorseDistinct.incidence_dummy3_det_zero: binder ( theta : Point2 → ( Fin 3 → ℝ ) ) is neither a sampled numeric type (ℕ ℤ ℚ ℝ) nor a decidable hypothesis +UNSUPPORTED: SourceGapConditionalMorseDistinct.lean::I4SourceGapConditionalMorseDistinct.incidence_dummy5_det_zero: binder ( theta : Point4 → ( Fin 5 → ℝ ) ) is neither a sampled numeric type (ℕ ℤ ℚ ℝ) nor a decidable hypothesis +UNSUPPORTED: SourceGapConditionalMorseDistinct.lean::I4SourceGapConditionalMorseDistinct.incidence_dummy_image_inclusion: instance binder [ NormedAddCommGroup D ] cannot be sampled +UNSUPPORTED: SourceGapConditionalMorseDistinct.lean::I4SourceGapConditionalMorseDistinct.incidence_dummy3_image_inclusion: binder ( theta : Point2 → ( Fin 3 → ℝ ) ) is neither a sampled numeric type (ℕ ℤ ℚ ℝ) nor a decidable hypothesis +UNSUPPORTED: SourceGapConditionalMorseDistinct.lean::I4SourceGapConditionalMorseDistinct.incidence_dummy5_image_inclusion: binder ( theta : Point4 → ( Fin 5 → ℝ ) ) is neither a sampled numeric type (ℕ ℤ ℚ ℝ) nor a decidable hypothesis +UNSUPPORTED: SourceGapConditionalMorseDistinct.lean::I4SourceGapConditionalMorseDistinct.incidence_dummy_image_null: instance binder [ NormedAddCommGroup D ] cannot be sampled +UNSUPPORTED: SourceGapConditionalMorseDistinct.lean::I4SourceGapConditionalMorseDistinct.incidence_dummy3_image_null: binder ( theta : Point2 → ( Fin 3 → ℝ ) ) is neither a sampled numeric type (ℕ ℤ ℚ ℝ) nor a decidable hypothesis +UNSUPPORTED: SourceGapConditionalMorseDistinct.lean::I4SourceGapConditionalMorseDistinct.incidence_dummy5_image_null: binder ( theta : Point4 → ( Fin 5 → ℝ ) ) is neither a sampled numeric type (ℕ ℤ ℚ ℝ) nor a decidable hypothesis +UNSUPPORTED: SourceGapConditionalMorseDistinct.lean::I4SourceGapConditionalMorseDistinct.incidence_level_null: binder ( U : Set Point2 ) is neither a sampled numeric type (ℕ ℤ ℚ ℝ) nor a decidable hypothesis +UNSUPPORTED: SourceGapConditionalMorseDistinct.lean::I4SourceGapConditionalMorseDistinct.incidence_tie_null: binder ( U : Set Point4 ) is neither a sampled numeric type (ℕ ℤ ℚ ℝ) nor a decidable hypothesis +UNSUPPORTED: SourceGapConditionalMorseDistinct.lean::I4SourceGapConditionalMorseDistinct.finiteFrame_pair_lc: binder ( a : SourceMode 2 → ℝ ) is neither a sampled numeric type (ℕ ℤ ℚ ℝ) nor a decidable hypothesis +UNSUPPORTED: SourceGapConditionalMorseDistinct.lean::I4SourceGapConditionalMorseDistinct.finiteFrame_pair_sum: binder ( a : SourceMode 2 → ℝ ) is neither a sampled numeric type (ℕ ℤ ℚ ℝ) nor a decidable hypothesis +UNSUPPORTED: SourceGapConditionalMorseDistinct.lean::I4SourceGapConditionalMorseDistinct.finiteFrame_pair_single: binder ( a : SourceMode 2 → ℝ ) is neither a sampled numeric type (ℕ ℤ ℚ ℝ) nor a decidable hypothesis +UNSUPPORTED: SourceGapConditionalMorseDistinct.lean::I4SourceGapConditionalMorseDistinct.finiteFrame_pair_sub_left: binder ( a b : SourceMode 2 → ℝ ) is neither a sampled numeric type (ℕ ℤ ℚ ℝ) nor a decidable hypothesis +UNSUPPORTED: SourceGapConditionalMorseDistinct.lean::I4SourceGapConditionalMorseDistinct.finiteFrame_response_apply: binder ( a : Fin n → SourceMode 2 → ℝ ) is neither a sampled numeric type (ℕ ℤ ℚ ℝ) nor a decidable hypothesis +UNSUPPORTED: SourceGapConditionalMorseDistinct.lean::I4SourceGapConditionalMorseDistinct.finiteFrame_independent_of_rightInverse: binder ( a : Fin n → SourceMode 2 → ℝ ) is neither a sampled numeric type (ℕ ℤ ℚ ℝ) nor a decidable hypothesis +UNSUPPORTED: SourceGapConditionalMorseDistinct.lean::I4SourceGapConditionalMorseDistinct.finiteFrame_extend_on: binder ( S : Finset ( SourceMode 2 ) ) is neither a sampled numeric type (ℕ ℤ ℚ ℝ) nor a decidable hypothesis +UNSUPPORTED: SourceGapConditionalMorseDistinct.lean::I4SourceGapConditionalMorseDistinct.finiteFrame_extend_off: binder ( S : Finset ( SourceMode 2 ) ) is neither a sampled numeric type (ℕ ℤ ℚ ℝ) nor a decidable hypothesis +UNSUPPORTED: SourceGapConditionalMorseDistinct.lean::I4SourceGapConditionalMorseDistinct.finiteFrame_extend_injective: binder ( S : Finset ( SourceMode 2 ) ) is neither a sampled numeric type (ℕ ℤ ℚ ℝ) nor a decidable hypothesis +UNSUPPORTED: SourceGapConditionalMorseDistinct.lean::I4SourceGapConditionalMorseDistinct.finiteFrame_extend_gram: binder ( S : Finset ( SourceMode 2 ) ) is neither a sampled numeric type (ℕ ℤ ℚ ℝ) nor a decidable hypothesis +UNSUPPORTED: SourceGapConditionalMorseDistinct.lean::I4SourceGapConditionalMorseDistinct.finiteFrame_of_linearIndependent: binder ( v : Fin n → SourceMode 2 → ₀ ℝ ) is neither a sampled numeric type (ℕ ℤ ℚ ℝ) nor a decidable hypothesis +UNSUPPORTED: SourceGapConditionalMorseDistinct.lean::I4SourceGapConditionalMorseDistinct.finiteFrame_response_bijective_of_same_span: binder ( a : Fin n → SourceMode 2 → ℝ ) is neither a sampled numeric type (ℕ ℤ ℚ ℝ) nor a decidable hypothesis +UNSUPPORTED: SourceGapConditionalMorseDistinct.lean::I4SourceGapConditionalMorseDistinct.finiteFrame_of_rightInverse: binder ( a : Fin n → SourceMode 2 → ℝ ) is neither a sampled numeric type (ℕ ℤ ℚ ℝ) nor a decidable hypothesis +UNSUPPORTED: SourceGapConditionalMorseDistinct.lean::I4SourceGapConditionalMorseDistinct.gradient_frame: binder ( hx : Remote L r x ) is neither a sampled numeric type (ℕ ℤ ℚ ℝ) nor a decidable hypothesis +UNSUPPORTED: SourceGapConditionalMorseDistinct.lean::I4SourceGapConditionalMorseDistinct.level_frame: binder ( hx : Remote L r x ) is neither a sampled numeric type (ℕ ℤ ℚ ℝ) nor a decidable hypothesis +UNSUPPORTED: SourceGapConditionalMorseDistinct.lean::I4SourceGapConditionalMorseDistinct.tie_frame: binder ( p : Point4 ) is neither a sampled numeric type (ℕ ℤ ℚ ℝ) nor a decidable hypothesis +UNSUPPORTED: SourceGapConditionalMorseDistinct.lean::I4SourceGapConditionalMorseDistinct.geometry59_spectral_quadratic: binder ( hA : A.IsHermitian ) is neither a sampled numeric type (ℕ ℤ ℚ ℝ) nor a decidable hypothesis +UNSUPPORTED: SourceGapConditionalMorseDistinct.lean::I4SourceGapConditionalMorseDistinct.inertia_of_symmetric_matrix: binder ( g : E 2 → ℝ ) is neither a sampled numeric type (ℕ ℤ ℚ ℝ) nor a decidable hypothesis +UNSUPPORTED: SourceGapConditionalMorseDistinct.lean::I4SourceGapConditionalMorseDistinct.actual_inertia_of_source_det: binder ( ω : SmoothSample 2 L ) is neither a sampled numeric type (ℕ ℤ ℚ ℝ) nor a decidable hypothesis +UNSUPPORTED: SourceGapConditionalMorseDistinct.lean::I4SourceGapConditionalMorseDistinct.inertia_control_positive: binder ( g : E 2 → ℝ ) is neither a sampled numeric type (ℕ ℤ ℚ ℝ) nor a decidable hypothesis +UNSUPPORTED: SourceGapConditionalMorseDistinct.lean::I4SourceGapConditionalMorseDistinct.inertia_control_negative: binder ( g : E 2 → ℝ ) is neither a sampled numeric type (ℕ ℤ ℚ ℝ) nor a decidable hypothesis +UNSUPPORTED: SourceGapConditionalMorseDistinct.lean::I4SourceGapConditionalMorseDistinct.inertia_control_axis_saddle: binder ( g : E 2 → ℝ ) is neither a sampled numeric type (ℕ ℤ ℚ ℝ) nor a decidable hypothesis +UNSUPPORTED: SourceGapConditionalMorseDistinct.lean::I4SourceGapConditionalMorseDistinct.inertia_control_zero_diagonal_saddle: binder ( g : E 2 → ℝ ) is neither a sampled numeric type (ℕ ℤ ℚ ℝ) nor a decidable hypothesis +UNSUPPORTED: SourceGapConditionalMorseDistinct.lean::I4SourceGapConditionalMorseDistinct.geometry59_projection_eq_lattice: hypothesis ( h : I4Torus.torusProjection 2 L x = I4Torus.torusProjection 2 L y ) mentions undeclared names ['I4Torus.torusProjection'] +UNSUPPORTED: SourceGapConditionalMorseDistinct.lean::I4SourceGapConditionalMorseDistinct.projection_eq_torusDist_zero: binder ( X Y : E 2 ) is neither a sampled numeric type (ℕ ℤ ℚ ℝ) nor a decidable hypothesis +UNSUPPORTED: SourceGapConditionalMorseDistinct.lean::I4SourceGapConditionalMorseDistinct.source_jets_of_projection_eq: binder ( ω : SmoothSample 2 L ) is neither a sampled numeric type (ℕ ℤ ℚ ℝ) nor a decidable hypothesis +UNSUPPORTED: SourceGapConditionalMorseDistinct.lean::I4SourceGapConditionalMorseDistinct.mode_smooth: binder ( m : SourceMode 2 ) is neither a sampled numeric type (ℕ ℤ ℚ ℝ) nor a decidable hypothesis +UNSUPPORTED: SourceGapConditionalMorseDistinct.lean::I4SourceGapConditionalMorseDistinct.gradientRows_eq: binder ( m : SourceMode 2 ) is neither a sampled numeric type (ℕ ℤ ℚ ℝ) nor a decidable hypothesis +UNSUPPORTED: SourceGapConditionalMorseDistinct.lean::I4SourceGapConditionalMorseDistinct.levelRows_eq: binder ( m : SourceMode 2 ) is neither a sampled numeric type (ℕ ℤ ℚ ℝ) nor a decidable hypothesis +UNSUPPORTED: SourceGapConditionalMorseDistinct.lean::I4SourceGapConditionalMorseDistinct.tieRows_eq: binder ( p : Point4 ) is neither a sampled numeric type (ℕ ℤ ℚ ℝ) nor a decidable hypothesis +UNSUPPORTED: SourceGapConditionalMorseDistinct.lean::I4SourceGapConditionalMorseDistinct.rowResponse_smooth: instance binder [ NormedAddCommGroup X ] cannot be sampled +UNSUPPORTED: SourceGapConditionalMorseDistinct.lean::I4SourceGapConditionalMorseDistinct.gradient_response_smooth: binder ( F : RawPinFreeFrame L r 2 ) is neither a sampled numeric type (ℕ ℤ ℚ ℝ) nor a decidable hypothesis +UNSUPPORTED: SourceGapConditionalMorseDistinct.lean::I4SourceGapConditionalMorseDistinct.level_response_smooth: binder ( F : RawPinFreeFrame L r 3 ) is neither a sampled numeric type (ℕ ℤ ℚ ℝ) nor a decidable hypothesis +UNSUPPORTED: SourceGapConditionalMorseDistinct.lean::I4SourceGapConditionalMorseDistinct.tie_response_smooth: binder ( F : RawPinFreeFrame L r 5 ) is neither a sampled numeric type (ℕ ℤ ℚ ℝ) nor a decidable hypothesis +UNSUPPORTED: SourceGapConditionalMorseDistinct.lean::I4SourceGapConditionalMorseDistinct.response_neighborhood: binder ( B : X → ( Fin n → ℝ ) → L [ ℝ ] ( Fin n → ℝ ) ) is neither a sampled numeric type (ℕ ℤ ℚ ℝ) nor a decidable hypothesis +UNSUPPORTED: SourceGapConditionalMorseDistinct.lean::I4SourceGapConditionalMorseDistinct.level_constraint_smooth: binder ( ω : SmoothSample 2 L ) is neither a sampled numeric type (ℕ ℤ ℚ ℝ) nor a decidable hypothesis +UNSUPPORTED: SourceGapConditionalMorseDistinct.lean::I4SourceGapConditionalMorseDistinct.tie_constraint_smooth: binder ( ω : SmoothSample 2 L ) is neither a sampled numeric type (ℕ ℤ ℚ ℝ) nor a decidable hypothesis +UNSUPPORTED: SourceGapConditionalMorseDistinct.lean::I4SourceGapConditionalMorseDistinct.freeShift_value: binder ( F : RawPinFreeFrame L r n ) is neither a sampled numeric type (ℕ ℤ ℚ ℝ) nor a decidable hypothesis +UNSUPPORTED: SourceGapConditionalMorseDistinct.lean::I4SourceGapConditionalMorseDistinct.freeShift_gradient_component: binder ( F : RawPinFreeFrame L r n ) is neither a sampled numeric type (ℕ ℤ ℚ ℝ) nor a decidable hypothesis +UNSUPPORTED: SourceGapConditionalMorseDistinct.lean::I4SourceGapConditionalMorseDistinct.freeShift_gradient: binder ( F : RawPinFreeFrame L r 2 ) is neither a sampled numeric type (ℕ ℤ ℚ ℝ) nor a decidable hypothesis +UNSUPPORTED: SourceGapConditionalMorseDistinct.lean::I4SourceGapConditionalMorseDistinct.freeShift_level: binder ( F : RawPinFreeFrame L r 3 ) is neither a sampled numeric type (ℕ ℤ ℚ ℝ) nor a decidable hypothesis +UNSUPPORTED: SourceGapConditionalMorseDistinct.lean::I4SourceGapConditionalMorseDistinct.finitePairing_sub_observation: binder ( v : ι → ₀ ℝ ) is neither a sampled numeric type (ℕ ℤ ℚ ℝ) nor a decidable hypothesis +UNSUPPORTED: SourceGapConditionalMorseDistinct.lean::I4SourceGapConditionalMorseDistinct.freeShift_tie: binder ( F : RawPinFreeFrame L r 5 ) is neither a sampled numeric type (ℕ ℤ ℚ ℝ) nor a decidable hypothesis +UNSUPPORTED: SourceGapConditionalMorseDistinct.lean::I4SourceGapConditionalMorseDistinct.sourceGradient_eval_measurable: conclusion is a structural predicate ['Measurable']: trivial on finite discrete models (every set is measurable, every function measurable and integrable), so sampling has no content here +UNSUPPORTED: SourceGapConditionalMorseDistinct.lean::I4SourceGapConditionalMorseDistinct.level_eval_measurable: conclusion is a structural predicate ['Measurable']: trivial on finite discrete models (every set is measurable, every function measurable and integrable), so sampling has no content here +UNSUPPORTED: SourceGapConditionalMorseDistinct.lean::I4SourceGapConditionalMorseDistinct.tie_eval_measurable: binder ( p : Point4 ) is neither a sampled numeric type (ℕ ℤ ℚ ℝ) nor a decidable hypothesis +CORROBORATED: SourceGapConditionalMorseDistinct.lean::I4SourceGapConditionalMorseDistinct.constraintSquare_pos_iff: holds on 64 sampled instances satisfying the hypotheses (0 draws rejected by the hypotheses, 0 infeasible, seed 1): sampling is admitted evidence of the statement, not a proof of it +UNSUPPORTED: SourceGapConditionalMorseDistinct.lean::I4SourceGapConditionalMorseDistinct.constraintSquare_continuous: unparsed statement: SyntaxError: trailing tokens from ')' +UNSUPPORTED: SourceGapConditionalMorseDistinct.lean::I4SourceGapConditionalMorseDistinct.rawKernel_ae_of_sections: binder ( F : RawPinFreeFrame L r n ) is neither a sampled numeric type (ℕ ℤ ℚ ℝ) nor a decidable hypothesis +UNSUPPORTED: SourceGapConditionalMorseDistinct.lean::I4SourceGapConditionalMorseDistinct.remote_open: unparsed statement: SyntaxError: trailing tokens from '{' +UNSUPPORTED: SourceGapConditionalMorseDistinct.lean::I4SourceGapConditionalMorseDistinct.remotePair_open: unparsed statement: SyntaxError: trailing tokens from '{' +UNSUPPORTED: SourceGapConditionalMorseDistinct.lean::I4SourceGapConditionalMorseDistinct.morse_discriminant_nonneg: binder ( ω : SmoothSample 2 L ) is neither a sampled numeric type (ℕ ℤ ℚ ℝ) nor a decidable hypothesis +UNSUPPORTED: SourceGapConditionalMorseDistinct.lean::I4SourceGapConditionalMorseDistinct.rawKernel_morse_compact: binder ( F : RawPinFreeFrame L r 2 ) is neither a sampled numeric type (ℕ ℤ ℚ ℝ) nor a decidable hypothesis +UNSUPPORTED: SourceGapConditionalMorseDistinct.lean::I4SourceGapConditionalMorseDistinct.rawKernel_level_compact: binder ( F : RawPinFreeFrame L r 3 ) is neither a sampled numeric type (ℕ ℤ ℚ ℝ) nor a decidable hypothesis +UNSUPPORTED: SourceGapConditionalMorseDistinct.lean::I4SourceGapConditionalMorseDistinct.rawKernel_tie_compact: binder ( F : RawPinFreeFrame L r 5 ) is neither a sampled numeric type (ℕ ℤ ℚ ℝ) nor a decidable hypothesis +UNSUPPORTED: SourceGapConditionalMorseDistinct.lean::I4SourceGapConditionalMorseDistinct.rawKernel_remote_morse: unparsed statement: SyntaxError: expected ',', got ω +UNSUPPORTED: SourceGapConditionalMorseDistinct.lean::I4SourceGapConditionalMorseDistinct.rawKernel_remote_level: unparsed statement: SyntaxError: expected ',', got ω +UNSUPPORTED: SourceGapConditionalMorseDistinct.lean::I4SourceGapConditionalMorseDistinct.rawKernel_remote_tie: unparsed statement: SyntaxError: expected ',', got ω +UNSUPPORTED: SourceGapConditionalMorseDistinct.lean::I4SourceGapConditionalMorseDistinct.actual_source_normal_equation: binder ( F : RawPinFreeFrame L r 2 ) is neither a sampled numeric type (ℕ ℤ ℚ ℝ) nor a decidable hypothesis +UNSUPPORTED: SourceGapConditionalMorseDistinct.lean::I4SourceGapConditionalMorseDistinct.actual_level_dummy_control: binder ( F : RawPinFreeFrame L r 3 ) is neither a sampled numeric type (ℕ ℤ ℚ ℝ) nor a decidable hypothesis +UNSUPPORTED: SourceGapConditionalMorseDistinct.lean::I4SourceGapConditionalMorseDistinct.actual_tie_dummy_control: binder ( F : RawPinFreeFrame L r 5 ) is neither a sampled numeric type (ℕ ℤ ℚ ℝ) nor a decidable hypothesis +UNSUPPORTED: SourceGapConditionalMorseDistinct.lean::I4SourceGapConditionalMorseDistinct.actual_nonorthogonal_normalization: binder ( hx : Remote L r x ) is neither a sampled numeric type (ℕ ℤ ℚ ℝ) nor a decidable hypothesis +UNSUPPORTED: SourceGapConditionalMorseDistinct.lean::I4SourceGapConditionalMorseDistinct.actual_lattice_translate_control: binder ( ω : SmoothSample 2 L ) is neither a sampled numeric type (ℕ ℤ ℚ ℝ) nor a decidable hypothesis +UNSUPPORTED: SourceGapConditionalMorseDistinct.lean::I4SourceGapConditionalMorseDistinct.positive_discriminant_det: binder ( ω : SmoothSample 2 L ) is neither a sampled numeric type (ℕ ℤ ℚ ℝ) nor a decidable hypothesis +UNSUPPORTED: SourceGapConditionalMorseDistinct.lean::I4SourceGapConditionalMorseDistinct.sourceDet_projection: binder ( ω : SmoothSample 2 L ) is neither a sampled numeric type (ℕ ℤ ℚ ℝ) nor a decidable hypothesis +UNSUPPORTED: SourceGapConditionalMorseDistinct.lean::I4SourceGapConditionalMorseDistinct.small_pins_separate: result type SourceTorus d L +UNSUPPORTED: SourceGapConditionalMorseDistinct.lean::I4SourceGapConditionalMorseDistinct.endpoint_determinants: hypothesis ( hsep : I4Torus.torusProjection 2 L ( endpointM r ) ≠ I4Torus.torusProjection 2 L ( endpointS r ) ) mentions undeclared names ['I4Torus.torusProjection', 'endpointM', 'endpointS'] +UNSUPPORTED: SourceGapConditionalMorseDistinct.lean::I4SourceGapConditionalMorseDistinct.critical_values_distinct: binder ( ω : SmoothSample 2 L ) is neither a sampled numeric type (ℕ ℤ ℚ ℝ) nor a decidable hypothesis +UNSUPPORTED: SourceGapConditionalMorseDistinct.lean::I4SourceGapConditionalMorseDistinct.rawKernel_gap_morseDistinct: binder ( hG : IsUnit ( I4SourceEndpointRegression.sourcePinCovarianceAt L r ) ) is neither a sampled numeric type (ℕ ℤ ℚ ℝ) nor a decidable hypothesis +UNSUPPORTED: SourceGapConditionalMorseDistinct.lean::I4SourceGapConditionalMorseDistinct.sourceGapLaw_ae_isMorseDistinct: unsupported syntax: existential quantifier +UNSUPPORTED: SourceGapPinCurvature.lean::I4SourceGapPinCurvature.source_normalized_first_four_third_bound: binder ( sample : SmoothSample 2 L ) is neither a sampled numeric type (ℕ ℤ ℚ ℝ) nor a decidable hypothesis +UNSUPPORTED: SourceGapPinCurvature.lean::I4SourceGapPinCurvature.source_normalized_first_four_bound: binder ( sample : SmoothSample 2 L ) is neither a sampled numeric type (ℕ ℤ ℚ ℝ) nor a decidable hypothesis +UNSUPPORTED: SourceGapPinCurvature.lean::I4SourceGapPinCurvature.source_normalized_transverse_errors: binder ( sample : SmoothSample 2 L ) is neither a sampled numeric type (ℕ ℤ ℚ ℝ) nor a decidable hypothesis +UNSUPPORTED: SourceGapPinCurvature.lean::I4SourceGapPinCurvature.source_normalized_determinant_bounds: binder ( sample : SmoothSample 2 L ) is neither a sampled numeric type (ℕ ℤ ℚ ℝ) nor a decidable hypothesis +UNSUPPORTED: SourceGapPinCurvature.lean::I4SourceGapPinCurvature.sourceSmoothWeight_curvature_bound: binder ( sample : SmoothSample 2 L ) is neither a sampled numeric type (ℕ ℤ ℚ ℝ) nor a decidable hypothesis +UNSUPPORTED: SourceGapPinCurvature.lean::I4SourceGapPinCurvature.source_positive_weight_curvature_upper: binder ( sample : SmoothSample 2 L ) is neither a sampled numeric type (ℕ ℤ ℚ ℝ) nor a decidable hypothesis +UNSUPPORTED: SourceGapPinCurvature.lean::I4SourceGapPinCurvature.source_bad_curvature_slab: binder ( sample : SmoothSample 2 L ) is neither a sampled numeric type (ℕ ℤ ℚ ℝ) nor a decidable hypothesis +UNSUPPORTED: SourceGapPinCurvature.lean::I4SourceGapPinCurvature.sourceSmoothWeight_radius_bound: binder ( sample : SmoothSample 2 L ) is neither a sampled numeric type (ℕ ℤ ℚ ℝ) nor a decidable hypothesis +UNSUPPORTED: SourceGapPinCurvature.lean::I4SourceGapPinCurvature.sourceSmoothKernel_curvature_bounds_ae: binder ( hG : IsUnit ( sourcePinCovarianceAt L r ) ) is neither a sampled numeric type (ℕ ℤ ℚ ℝ) nor a decidable hypothesis +UNSUPPORTED: SourceGapPinCurvature.lean::I4SourceGapPinCurvature.sourceGapLaw_curvature_bounds: unsupported syntax: existential quantifier +UNSUPPORTED: SourceGapWeightedNumerator.lean::I4SourceGapWeightedNumerator.sourceGapLaw_weight_integrable: unsupported syntax: existential quantifier +UNSUPPORTED: SourceGapWeightedNumerator.lean::I4SourceGapWeightedNumerator.sourceGapLaw_compact_moments: unsupported syntax: existential quantifier +UNSUPPORTED: SourceGapWeightedNumerator.lean::I4SourceGapWeightedNumerator.sourceGapLaw_regularity_base_bound: hypothesis ( hR : Integrable ( fun ω => sourceGammaRadius L ω ^ 30 ) ( sourceGapLaw hL r b k ) ) mentions undeclared names ['hL', 'sourceGammaRadius', 'sourceGapLaw'] +UNSUPPORTED: SourceGapWeightedNumerator.lean::I4SourceGapWeightedNumerator.sourceGapLaw_regularity_numerator: unsupported syntax: existential quantifier +UNSUPPORTED: SourceGapWeightedNumerator.lean::I4SourceGapWeightedNumerator.sourceGapLaw_regular_numerator_of_product: binder ( hG : IsUnit ( sourcePinCovarianceAt L r ) ) is neither a sampled numeric type (ℕ ℤ ℚ ℝ) nor a decidable hypothesis +UNSUPPORTED: SourceGapWeightedNumerator.lean::I4SourceGapWeightedNumerator.sourceGapLaw_regular_numerator: unsupported syntax: existential quantifier +UNSUPPORTED: SourceGapWeightedNumerator.lean::I4SourceGapWeightedNumerator.sourceBadUnion_integral_le: binder ( Q : Measure ( SmoothSample 2 L ) ) is neither a sampled numeric type (ℕ ℤ ℚ ℝ) nor a decidable hypothesis +UNSUPPORTED: SourceGapWeightedNumerator.lean::I4SourceGapWeightedNumerator.sourceGapLaw_bad_union_numerator: unsupported syntax: existential quantifier +UNSUPPORTED: SourceH0OlderClearance.lean::I4SourceH0OlderClearance.coefficient_identity_ne_zero: instance binder [ Field K ] cannot be sampled +UNSUPPORTED: SourceH0OlderClearance.lean::I4SourceH0OlderClearance.h0OlderClearance_iff_strictClearance: instance binder [ Field K ] cannot be sampled +UNSUPPORTED: SourceH0OlderClearance.lean::I4SourceH0OlderClearance.h0OlderClearance_realCover_iff_lt_death: instance binder [ Field K ] cannot be sampled +UNSUPPORTED: SourceH0OlderClearance.lean::I4SourceH0OlderClearance.sourceGapLaw_h0OlderClearance_uniform: unsupported syntax: existential quantifier +UNSUPPORTED: SourceIntrinsicH0Interface.lean::I4SourceIntrinsicH0Interface.cut_eq_C263: binder ( g : E d → ℝ ) is neither a sampled numeric type (ℕ ℤ ℚ ℝ) nor a decidable hypothesis +UNSUPPORTED: SourceIntrinsicH0Interface.lean::I4SourceIntrinsicH0Interface.death_eq_C263: binder ( g : E d → ℝ ) is neither a sampled numeric type (ℕ ℤ ℚ ℝ) nor a decidable hypothesis +UNSUPPORTED: SourceIntrinsicH0Interface.lean::I4SourceIntrinsicH0Interface.thresholdPair_iff: binder ( g : E d → ℝ ) is neither a sampled numeric type (ℕ ℤ ℚ ℝ) nor a decidable hypothesis +UNSUPPORTED: SourceIntrinsicH0Interface.lean::I4SourceIntrinsicH0Interface.h0Interface_cut_death_eq_C263: binder ( g : E d → ℝ ) is neither a sampled numeric type (ℕ ℤ ℚ ℝ) nor a decidable hypothesis +UNSUPPORTED: SourceIntrinsicH0Interface.lean::I4SourceIntrinsicH0Interface.given_death_eq: binder ( I : SuperlevelBarInterface d L ) is neither a sampled numeric type (ℕ ℤ ℚ ℝ) nor a decidable hypothesis +UNSUPPORTED: SourceIntrinsicH0Interface.lean::I4SourceIntrinsicH0Interface.h0Interface_morse_compatibility: binder ( I : SuperlevelBarInterface d L ) is neither a sampled numeric type (ℕ ℤ ℚ ℝ) nor a decidable hypothesis +UNSUPPORTED: SourceIntrinsicH0Interface.lean::I4SourceIntrinsicH0Interface.sourceGapLaw_intrinsic_h0_finiteBar_uniform: unsupported syntax: existential quantifier +UNSUPPORTED: SourceIntrinsicH0WeightedProbability.lean::I4SourceIntrinsicH0WeightedProbability.bcfClearance_open: binder ( M : E 2 ) is neither a sampled numeric type (ℕ ℤ ℚ ℝ) nor a decidable hypothesis +UNSUPPORTED: SourceIntrinsicH0WeightedProbability.lean::I4SourceIntrinsicH0WeightedProbability.bcfNonempty_open: binder ( M : E 2 ) is neither a sampled numeric type (ℕ ℤ ℚ ℝ) nor a decidable hypothesis +UNSUPPORTED: SourceIntrinsicH0WeightedProbability.lean::I4SourceIntrinsicH0WeightedProbability.bcfDeath_preimage: binder ( M : E 2 ) is neither a sampled numeric type (ℕ ℤ ℚ ℝ) nor a decidable hypothesis +UNSUPPORTED: SourceIntrinsicH0WeightedProbability.lean::I4SourceIntrinsicH0WeightedProbability.bcfDeath_measurable: binder ( M : E 2 ) is neither a sampled numeric type (ℕ ℤ ℚ ℝ) nor a decidable hypothesis +UNSUPPORTED: SourceIntrinsicH0WeightedProbability.lean::I4SourceIntrinsicH0WeightedProbability.actualBCF_apply: binder ( ω : SmoothSample 2 L ) is neither a sampled numeric type (ℕ ℤ ℚ ℝ) nor a decidable hypothesis +UNSUPPORTED: SourceIntrinsicH0WeightedProbability.lean::I4SourceIntrinsicH0WeightedProbability.actualBCF_measurable: unsupported syntax: notation 'ᵇ' +UNSUPPORTED: SourceIntrinsicH0WeightedProbability.lean::I4SourceIntrinsicH0WeightedProbability.jetScalar_measurable: binder ( v : Fin k → ( Fin 2 → ℝ ) ) is neither a sampled numeric type (ℕ ℤ ℚ ℝ) nor a decidable hypothesis +UNSUPPORTED: SourceIntrinsicH0WeightedProbability.lean::I4SourceIntrinsicH0WeightedProbability.actualCritical_iff: binder ( ω : SmoothSample 2 L ) is neither a sampled numeric type (ℕ ℤ ℚ ℝ) nor a decidable hypothesis +UNSUPPORTED: SourceIntrinsicH0WeightedProbability.lean::I4SourceIntrinsicH0WeightedProbability.actualCritical_measurable: binder ( x : E 2 ) is neither a sampled numeric type (ℕ ℤ ℚ ℝ) nor a decidable hypothesis +UNSUPPORTED: SourceIntrinsicH0WeightedProbability.lean::I4SourceIntrinsicH0WeightedProbability.vector_decomp: binder ( v : E 2 ) is neither a sampled numeric type (ℕ ℤ ℚ ℝ) nor a decidable hypothesis +UNSUPPORTED: SourceIntrinsicH0WeightedProbability.lean::I4SourceIntrinsicH0WeightedProbability.hessian_quadratic: binder ( g : E 2 → ℝ ) is neither a sampled numeric type (ℕ ℤ ℚ ℝ) nor a decidable hypothesis +UNSUPPORTED: SourceIntrinsicH0WeightedProbability.lean::I4SourceIntrinsicH0WeightedProbability.planarInertiaVector_coordinates: result type E d ≃ L [ ℝ ] ( Fin d → ℝ ) +UNSUPPORTED: SourceIntrinsicH0WeightedProbability.lean::I4SourceIntrinsicH0WeightedProbability.planarInertiaVector_quadratic: binder ( g : E 2 → ℝ ) is neither a sampled numeric type (ℕ ℤ ℚ ℝ) nor a decidable hypothesis +UNSUPPORTED: SourceIntrinsicH0WeightedProbability.lean::I4SourceIntrinsicH0WeightedProbability.planar_all_negative_iff: binder ( g : E 2 → ℝ ) is neither a sampled numeric type (ℕ ℤ ℚ ℝ) nor a decidable hypothesis +CORROBORATED: SourceIntrinsicH0WeightedProbability.lean::I4SourceIntrinsicH0WeightedProbability.planar_det_neg_of_signs: holds on 64 sampled instances satisfying the hypotheses (53 draws rejected by the hypotheses, 0 infeasible, seed 1): sampling is admitted evidence of the statement, not a proof of it +UNSUPPORTED: SourceIntrinsicH0WeightedProbability.lean::I4SourceIntrinsicH0WeightedProbability.planar_inertia_one_of_sign_witnesses: binder ( g : E 2 → ℝ ) is neither a sampled numeric type (ℕ ℤ ℚ ℝ) nor a decidable hypothesis +UNSUPPORTED: SourceIntrinsicH0WeightedProbability.lean::I4SourceIntrinsicH0WeightedProbability.planar_inertia_two_iff: binder ( g : E 2 → ℝ ) is neither a sampled numeric type (ℕ ℤ ℚ ℝ) nor a decidable hypothesis +UNSUPPORTED: SourceIntrinsicH0WeightedProbability.lean::I4SourceIntrinsicH0WeightedProbability.planar_inertia_one_iff: binder ( g : E 2 → ℝ ) is neither a sampled numeric type (ℕ ℤ ℚ ℝ) nor a decidable hypothesis +UNSUPPORTED: SourceIntrinsicH0WeightedProbability.lean::I4SourceIntrinsicH0WeightedProbability.planar_negative_diagonal_control: binder ( g : E 2 → ℝ ) is neither a sampled numeric type (ℕ ℤ ℚ ℝ) nor a decidable hypothesis +UNSUPPORTED: SourceIntrinsicH0WeightedProbability.lean::I4SourceIntrinsicH0WeightedProbability.planar_saddle_diagonal_control: binder ( g : E 2 → ℝ ) is neither a sampled numeric type (ℕ ℤ ℚ ℝ) nor a decidable hypothesis +UNSUPPORTED: SourceIntrinsicH0WeightedProbability.lean::I4SourceIntrinsicH0WeightedProbability.planar_zero_diagonal_saddle_control: binder ( g : E 2 → ℝ ) is neither a sampled numeric type (ℕ ℤ ℚ ℝ) nor a decidable hypothesis +UNSUPPORTED: SourceIntrinsicH0WeightedProbability.lean::I4SourceIntrinsicH0WeightedProbability.actualHessian_measurable: binder ( x v w : E 2 ) is neither a sampled numeric type (ℕ ℤ ℚ ℝ) nor a decidable hypothesis +UNSUPPORTED: SourceIntrinsicH0WeightedProbability.lean::I4SourceIntrinsicH0WeightedProbability.actualBCF_coe_eq: binder ( ω : SmoothSample 2 L ) is neither a sampled numeric type (ℕ ℤ ℚ ℝ) nor a decidable hypothesis +UNSUPPORTED: SourceIntrinsicH0WeightedProbability.lean::I4SourceIntrinsicH0WeightedProbability.actualNonempty_measurable: binder ( M : E 2 ) is neither a sampled numeric type (ℕ ℤ ℚ ℝ) nor a decidable hypothesis +UNSUPPORTED: SourceIntrinsicH0WeightedProbability.lean::I4SourceIntrinsicH0WeightedProbability.actualDeath_measurable: binder ( M : E 2 ) is neither a sampled numeric type (ℕ ℤ ℚ ℝ) nor a decidable hypothesis +UNSUPPORTED: SourceIntrinsicH0WeightedProbability.lean::I4SourceIntrinsicH0WeightedProbability.wholeCut_iff_nonempty_death: binder ( g : E 2 → ℝ ) is neither a sampled numeric type (ℕ ℤ ℚ ℝ) nor a decidable hypothesis +UNSUPPORTED: SourceIntrinsicH0WeightedProbability.lean::I4SourceIntrinsicH0WeightedProbability.event_characterization: binder ( ω : SmoothSample 2 L ) is neither a sampled numeric type (ℕ ℤ ℚ ℝ) nor a decidable hypothesis +UNSUPPORTED: SourceIntrinsicH0WeightedProbability.lean::I4SourceIntrinsicH0WeightedProbability.actualMaximum_measurable: binder ( x : E 2 ) is neither a sampled numeric type (ℕ ℤ ℚ ℝ) nor a decidable hypothesis +UNSUPPORTED: SourceIntrinsicH0WeightedProbability.lean::I4SourceIntrinsicH0WeightedProbability.actualSaddle_measurable: binder ( x : E 2 ) is neither a sampled numeric type (ℕ ℤ ℚ ℝ) nor a decidable hypothesis +UNSUPPORTED: SourceIntrinsicH0WeightedProbability.lean::I4SourceIntrinsicH0WeightedProbability.sourceIntrinsicFiniteBarEvent_measurable: conclusion is a structural predicate ['MeasurableSet']: trivial on finite discrete models (every set is measurable, every function measurable and integrable), so sampling has no content here +UNSUPPORTED: SourceIntrinsicH0WeightedProbability.lean::I4SourceIntrinsicH0WeightedProbability.probability_uniform_given_measurable: unsupported syntax: existential quantifier +UNSUPPORTED: SourceIntrinsicH0WeightedProbability.lean::I4SourceIntrinsicH0WeightedProbability.sourceIntrinsicFiniteBarProbability_uniform: unsupported syntax: existential quantifier +UNSUPPORTED: SourceLifetimePairFiniteness.lean::I4SourceLifetimePairFiniteness.actual_critical_coordinateGradient_zero: binder ( ω : SmoothSample 2 L ) is neither a sampled numeric type (ℕ ℤ ℚ ℝ) nor a decidable hypothesis +UNSUPPORTED: SourceLifetimePairFiniteness.lean::I4SourceLifetimePairFiniteness.coordinates_fundDomain_mem_sourceMorseCube: binder { x : E 2 } is neither a sampled numeric type (ℕ ℤ ℚ ℝ) nor a decidable hypothesis +UNSUPPORTED: SourceLifetimePairFiniteness.lean::I4SourceLifetimePairFiniteness.smoothLaw_ae_finite_criticalFundDomain: unparsed statement: SyntaxError: expected ',', got ω +UNSUPPORTED: SourceLifetimePairFiniteness.lean::I4SourceLifetimePairFiniteness.smoothLaw_ae_finite_pairSet_of_critical: unparsed statement: SyntaxError: expected ',', got ω +UNSUPPORTED: SourceLifetimePairFiniteness.lean::I4SourceLifetimePairFiniteness.smoothLaw_ae_finite_candidatePairSet: unparsed statement: SyntaxError: expected ',', got ω +UNSUPPORTED: SourceLifetimePairFiniteness.lean::I4SourceLifetimePairFiniteness.smoothLaw_ae_finite_windowPairSet: unparsed statement: SyntaxError: expected ',', got ω +UNSUPPORTED: SourceLifetimePairFiniteness.lean::I4SourceLifetimePairFiniteness.smoothLaw_ae_finite_windowElderPairSet: unparsed statement: SyntaxError: expected ',', got ω +UNSUPPORTED: SourceLifetimePairFiniteness.lean::I4SourceLifetimePairFiniteness.smoothLaw_ae_finite_unrestrictedPairSet: unparsed statement: SyntaxError: expected ',', got ω +UNSUPPORTED: SourceLifetimePairFiniteness.lean::I4SourceLifetimePairFiniteness.smoothLaw_ae_finite_finiteBarPairSet: unparsed statement: SyntaxError: expected ',', got ω +UNSUPPORTED: SourceMorseIncidence.lean::I4ActualSourceMorse.incidence_noninjective_of_normal_equations: instance binder [ NormedAddCommGroup E ] cannot be sampled +UNSUPPORTED: SourceMorseIncidence.lean::I4ActualSourceMorse.incidence_det_eq_zero_of_normal_equations: instance binder [ NormedAddCommGroup E ] cannot be sampled +UNSUPPORTED: SourceMorseIncidence.lean::I4ActualSourceMorse.scalar_quotient_hasFDerivAt: instance binder [ NormedAddCommGroup X ] cannot be sampled +UNSUPPORTED: SourceMorseIncidence.lean::I4ActualSourceMorse.twoChannelIncidence_hasFDerivAt: binder ( g b c : ChannelSpace n → ChannelSpace n ) is neither a sampled numeric type (ℕ ℤ ℚ ℝ) nor a decidable hypothesis +UNSUPPORTED: SourceMorseIncidence.lean::I4ActualSourceMorse.twoChannelIncidence_differentiableAt: binder ( g b c : ChannelSpace n → ChannelSpace n ) is neither a sampled numeric type (ℕ ℤ ℚ ℝ) nor a decidable hypothesis +UNSUPPORTED: SourceMorseIncidence.lean::I4ActualSourceMorse.twoChannelIncidence_critical_identity: binder ( g b c : ChannelSpace n → ChannelSpace n ) is neither a sampled numeric type (ℕ ℤ ℚ ℝ) nor a decidable hypothesis +UNSUPPORTED: SourceMorseIncidence.lean::I4ActualSourceMorse.channelDiagonal_injective: binder ( b : ChannelSpace n ) is neither a sampled numeric type (ℕ ℤ ℚ ℝ) nor a decidable hypothesis +UNSUPPORTED: SourceMorseIncidence.lean::I4ActualSourceMorse.twoChannelGradientFamily_hasFDerivAt: binder ( g b c : ChannelSpace n → ChannelSpace n ) is neither a sampled numeric type (ℕ ℤ ℚ ℝ) nor a decidable hypothesis +UNSUPPORTED: SourceMorseIncidence.lean::I4ActualSourceMorse.twoChannelIncidence_spatial_snd_eq_zero: binder ( g b c : ChannelSpace n → ChannelSpace n ) is neither a sampled numeric type (ℕ ℤ ℚ ℝ) nor a decidable hypothesis +UNSUPPORTED: SourceMorseIncidence.lean::I4ActualSourceMorse.twoChannelIncidence_spatial_normal_equation: binder ( g b c : ChannelSpace n → ChannelSpace n ) is neither a sampled numeric type (ℕ ℤ ℚ ℝ) nor a decidable hypothesis +UNSUPPORTED: SourceMorseIncidence.lean::I4ActualSourceMorse.twoChannelIncidence_eq_of_critical: binder ( g b c : ChannelSpace n → ChannelSpace n ) is neither a sampled numeric type (ℕ ℤ ℚ ℝ) nor a decidable hypothesis +UNSUPPORTED: SourceMorseIncidence.lean::I4ActualSourceMorse.twoChannelDegenerateCriticalParameters_subset_image: binder ( g b c : ChannelSpace n → ChannelSpace n ) is neither a sampled numeric type (ℕ ℤ ℚ ℝ) nor a decidable hypothesis +UNSUPPORTED: SourceMorseIncidence.lean::I4ActualSourceMorse.twoChannelIncidence_det_eq_zero_on_degenerate: binder ( g b c : ChannelSpace n → ChannelSpace n ) is neither a sampled numeric type (ℕ ℤ ℚ ℝ) nor a decidable hypothesis +UNSUPPORTED: SourceMorseIncidence.lean::I4ActualSourceMorse.twoChannelDegenerateIncidence_image_haar_null: binder ( g b c : ChannelSpace n → ChannelSpace n ) is neither a sampled numeric type (ℕ ℤ ℚ ℝ) nor a decidable hypothesis +UNSUPPORTED: SourceMorseIncidence.lean::I4ActualSourceMorse.twoChannelDegenerateCriticalParameters_haar_null: binder ( g b c : ChannelSpace n → ChannelSpace n ) is neither a sampled numeric type (ℕ ℤ ℚ ℝ) nor a decidable hypothesis +UNSUPPORTED: SourceMorseIncidence.lean::I4ActualSourceMorse.channelSwap_involutive: binder ( σ : Fin n → Bool ) is neither a sampled numeric type (ℕ ℤ ℚ ℝ) nor a decidable hypothesis +UNSUPPORTED: SourceMorseIncidence.lean::I4ActualSourceMorse.channelSwap_gradient_identity: binder ( σ : Fin n → Bool ) is neither a sampled numeric type (ℕ ℤ ℚ ℝ) nor a decidable hypothesis +UNSUPPORTED: SourceMorseIncidence.lean::I4ActualSourceMorse.channelSwap_image_null: binder ( μ : Measure ( ( Fin n → ℝ ) × ( Fin n → ℝ ) ) ) is neither a sampled numeric type (ℕ ℤ ℚ ℝ) nor a decidable hypothesis +UNSUPPORTED: SourceMorseIncidence.lean::I4ActualSourceMorse.gaussian_two_absolutelyContinuous: binder ( v : Fin 2 → ℝ ≥ 0 ) is neither a sampled numeric type (ℕ ℤ ℚ ℝ) nor a decidable hypothesis +UNSUPPORTED: SourceMorseIncidence.lean::I4ActualSourceMorse.gaussian_four_grouped_absolutelyContinuous: unsupported syntax: notation '×' +UNSUPPORTED: SourceMorseIncidence.lean::I4ActualSourceMorse.four_trigonometric_patches_cover: unsupported syntax: existential quantifier +UNSUPPORTED: SourceMorseIncidence.lean::I4ActualSourceMorse.cosineGradientChannel_differentiable: proposition of form App +UNSUPPORTED: SourceMorseIncidence.lean::I4ActualSourceMorse.sineGradientChannel_differentiable: proposition of form App +UNSUPPORTED: SourceMorseIncidence.lean::I4ActualSourceMorse.selectedTrigonometricChannel_differentiable: binder ( σ : Fin 2 → Bool ) is neither a sampled numeric type (ℕ ℤ ℚ ℝ) nor a decidable hypothesis +UNSUPPORTED: SourceMorseIncidence.lean::I4ActualSourceMorse.unusedTrigonometricChannel_differentiable: binder ( σ : Fin 2 → Bool ) is neither a sampled numeric type (ℕ ℤ ℚ ℝ) nor a decidable hypothesis +UNSUPPORTED: SourceMorseIncidence.lean::I4ActualSourceMorse.trigonometricChannelSwap_gradient_function_identity: binder ( g : ( Fin 2 → ℝ ) → ( Fin 2 → ℝ ) ) is neither a sampled numeric type (ℕ ℤ ℚ ℝ) nor a decidable hypothesis +UNSUPPORTED: SourceMorseIncidence.lean::I4ActualSourceMorse.trigonometricDegenerateCriticalParameters_subset_patch_union: binder ( g : ( Fin 2 → ℝ ) → ( Fin 2 → ℝ ) ) is neither a sampled numeric type (ℕ ℤ ℚ ℝ) nor a decidable hypothesis +UNSUPPORTED: SourceMorseIncidence.lean::I4ActualSourceMorse.trigonometricDegenerateCriticalParameters_haar_null: binder ( g : ( Fin 2 → ℝ ) → ( Fin 2 → ℝ ) ) is neither a sampled numeric type (ℕ ℤ ℚ ℝ) nor a decidable hypothesis +UNSUPPORTED: SourceMorseIncidence.lean::I4ActualSourceMorse.trigonometricDegenerateCriticalParameters_gaussian_null: binder ( g : ( Fin 2 → ℝ ) → ( Fin 2 → ℝ ) ) is neither a sampled numeric type (ℕ ℤ ℚ ℝ) nor a decidable hypothesis +UNSUPPORTED: SourceMorseIncidence.lean::I4ActualSourceMorse.eraseCoefficients_measurable: binder ( B : Finset I ) is neither a sampled numeric type (ℕ ℤ ℚ ℝ) nor a decidable hypothesis +UNSUPPORTED: SourceMorseIncidence.lean::I4ActualSourceMorse.eraseSample_measurable: binder ( B : Finset ( SourceMode d ) ) is neither a sampled numeric type (ℕ ℤ ℚ ℝ) nor a decidable hypothesis +UNSUPPORTED: SourceMorseIncidence.lean::I4ActualSourceMorse.actual_derivative_finite_split: binder ( B : Finset ( SourceMode 2 ) ) is neither a sampled numeric type (ℕ ℤ ℚ ℝ) nor a decidable hypothesis +UNSUPPORTED: SourceMorseIncidence.lean::I4ActualSourceMorse.finite_block_indep_erased: binder ( B : Finset I ) is neither a sampled numeric type (ℕ ℤ ℚ ℝ) nor a decidable hypothesis +UNSUPPORTED: SourceMorseIncidence.lean::I4ActualSourceMorse.finite_block_law: binder ( B : Finset I ) is neither a sampled numeric type (ℕ ℤ ℚ ℝ) nor a decidable hypothesis +UNSUPPORTED: SourceMorseIncidence.lean::I4ActualSourceMorse.actual_finite_block_law: binder ( B : Finset ( SourceMode d ) ) is neither a sampled numeric type (ℕ ℤ ℚ ℝ) nor a decidable hypothesis +UNSUPPORTED: SourceMorseIncidence.lean::I4ActualSourceMorse.actual_finite_block_indep_erased: binder ( B : Finset ( SourceMode d ) ) is neither a sampled numeric type (ℕ ℤ ℚ ℝ) nor a decidable hypothesis +UNSUPPORTED: SourceMorseIncidence.lean::I4ActualSourceMorse.replaceSample_measurable: binder ( B : Finset ( SourceMode d ) ) is neither a sampled numeric type (ℕ ℤ ℚ ℝ) nor a decidable hypothesis +UNSUPPORTED: SourceMorseIncidence.lean::I4ActualSourceMorse.replaceSample_compose: binder ( B : Finset ( SourceMode d ) ) is neither a sampled numeric type (ℕ ℤ ℚ ℝ) nor a decidable hypothesis +UNSUPPORTED: SourceMorseIncidence.lean::I4ActualSourceMorse.replaceSample_read_self: binder ( B : Finset ( SourceMode d ) ) is neither a sampled numeric type (ℕ ℤ ℚ ℝ) nor a decidable hypothesis +UNSUPPORTED: SourceMorseIncidence.lean::I4ActualSourceMorse.replaceSample_reconstruct: binder ( B : Finset ( SourceMode d ) ) is neither a sampled numeric type (ℕ ℤ ℚ ℝ) nor a decidable hypothesis +UNSUPPORTED: SourceMorseIncidence.lean::I4ActualSourceMorse.replaceSample_event_measurable: binder ( B : Finset ( SourceMode d ) ) is neither a sampled numeric type (ℕ ℤ ℚ ℝ) nor a decidable hypothesis +UNSUPPORTED: SourceMorseIncidence.lean::I4ActualSourceMorse.eraseSample_eq_replaceSample_zero: binder ( B : Finset ( SourceMode d ) ) is neither a sampled numeric type (ℕ ℤ ℚ ℝ) nor a decidable hypothesis +UNSUPPORTED: SourceMorseIncidence.lean::I4ActualSourceMorse.replaceSample_read_erased: binder ( B : Finset ( SourceMode d ) ) is neither a sampled numeric type (ℕ ℤ ℚ ℝ) nor a decidable hypothesis +UNSUPPORTED: SourceMorseIncidence.lean::I4ActualSourceMorse.actual_erased_block_joint_map: binder ( B : Finset ( SourceMode d ) ) is neither a sampled numeric type (ℕ ℤ ℚ ℝ) nor a decidable hypothesis +UNSUPPORTED: SourceMorseIncidence.lean::I4ActualSourceMorse.actual_finite_replacement_ae: binder ( B : Finset ( SourceMode d ) ) is neither a sampled numeric type (ℕ ℤ ℚ ℝ) nor a decidable hypothesis +UNSUPPORTED: SourceMorseIncidence.lean::I4ActualSourceMorse.groupFour_measurable: conclusion is a structural predicate ['Measurable']: trivial on finite discrete models (every set is measurable, every function measurable and integrable), so sampling has no content here +UNSUPPORTED: SourceMorseIncidence.lean::I4ActualSourceMorse.groupFour_measurePreserving: binder ( ν : Measure ℝ ) is neither a sampled numeric type (ℕ ℤ ℚ ℝ) nor a decidable hypothesis +UNSUPPORTED: SourceMorseIncidence.lean::I4ActualSourceMorse.groupFour_gaussian_measurePreserving: unparsed statement: SyntaxError: expected ')', got fun +UNSUPPORTED: SourceMorseIncidence.lean::I4ActualSourceMorse.actual_four_coordinate_law: binder ( m : Fin 4 → SourceMode d ) is neither a sampled numeric type (ℕ ℤ ℚ ℝ) nor a decidable hypothesis +UNSUPPORTED: SourceMorseIncidence.lean::I4ActualSourceMorse.actualGroupedFour_measurable: binder ( m : Fin 4 → SourceMode d ) is neither a sampled numeric type (ℕ ℤ ℚ ℝ) nor a decidable hypothesis +UNSUPPORTED: SourceMorseIncidence.lean::I4ActualSourceMorse.actualGroupedFour_map_eq: binder ( m : Fin 4 → SourceMode d ) is neither a sampled numeric type (ℕ ℤ ℚ ℝ) nor a decidable hypothesis +UNSUPPORTED: SourceMorseIncidence.lean::I4ActualSourceMorse.actualGroupedFour_measurePreserving: binder ( m : Fin 4 → SourceMode d ) is neither a sampled numeric type (ℕ ℤ ℚ ℝ) nor a decidable hypothesis +UNSUPPORTED: SourceMorseIncidence.lean::I4ActualSourceMorse.compact_positive_iff_dense_nat_floor: instance binder [ CompactSpace K ] cannot be sampled +UNSUPPORTED: SourceMorseIncidence.lean::I4ActualSourceMorse.measurableSet_forall_pos_of_compact: instance binder [ CompactSpace K ] cannot be sampled +UNSUPPORTED: SourceMorseIncidence.lean::I4ActualSourceMorse.measurableSet_forall_mem_pos_of_isCompact: binder ( hs : IsCompact s ) is neither a sampled numeric type (ℕ ℤ ℚ ℝ) nor a decidable hypothesis +UNSUPPORTED: SourceMorseIncidence.lean::I4ActualSourceMorse.sourceDerivative_eval_measurable: binder ( u : Fin k → ( Fin d → ℝ ) ) is neither a sampled numeric type (ℕ ℤ ℚ ℝ) nor a decidable hypothesis +UNSUPPORTED: SourceMorseIncidence.lean::I4ActualSourceMorse.sourceDerivative_spatial_continuous: binder ( u : Fin k → ( Fin d → ℝ ) ) is neither a sampled numeric type (ℕ ℤ ℚ ℝ) nor a decidable hypothesis +UNSUPPORTED: SourceMorseIncidence.lean::I4ActualSourceMorse.sourceMorseDiscriminant_eval_measurable: conclusion is a structural predicate ['Measurable']: trivial on finite discrete models (every set is measurable, every function measurable and integrable), so sampling has no content here +UNSUPPORTED: SourceMorseIncidence.lean::I4ActualSourceMorse.sourceMorseDiscriminant_spatial_continuous: binder ( ω : SmoothSample 2 L ) is neither a sampled numeric type (ℕ ℤ ℚ ℝ) nor a decidable hypothesis +UNSUPPORTED: SourceMorseIncidence.lean::I4ActualSourceMorse.sourceMorseCube_isCompact: proposition of form App +UNSUPPORTED: SourceMorseIncidence.lean::I4ActualSourceMorse.sourceMorseCube_event_measurable: unparsed statement: SyntaxError: trailing tokens from '{' +UNSUPPORTED: SourceMorseIncidence.lean::I4ActualSourceMorse.coordinateGradient_differentiable: binder ( f : ( Fin 2 → ℝ ) → ℝ ) is neither a sampled numeric type (ℕ ℤ ℚ ℝ) nor a decidable hypothesis +UNSUPPORTED: SourceMorseIncidence.lean::I4ActualSourceMorse.coordinateGradient_fderiv_apply: binder ( f : ( Fin 2 → ℝ ) → ℝ ) is neither a sampled numeric type (ℕ ℤ ℚ ℝ) nor a decidable hypothesis +UNSUPPORTED: SourceMorseIncidence.lean::I4ActualSourceMorse.coordinateGradient_singular_of_hessian_discriminant_zero: binder ( f : ( Fin 2 → ℝ ) → ℝ ) is neither a sampled numeric type (ℕ ℤ ℚ ℝ) nor a decidable hypothesis +UNSUPPORTED: SourceMorseIncidence.lean::I4ActualSourceMorse.fourMode_eq: result type Fin 4 → SourceMode 2 +UNSUPPORTED: SourceMorseIncidence.lean::I4ActualSourceMorse.sourceContactAmplitude_four_pairs: result type SourceMode 2 +UNSUPPORTED: SourceMorseIncidence.lean::I4ActualSourceMorse.fourModeCoefficient_eq: result type SourceMode d +UNSUPPORTED: SourceMorseIncidence.lean::I4ActualSourceMorse.coordinate_cos_hasFDerivAt: unparsed statement: SyntaxError: trailing tokens from ')' +UNSUPPORTED: SourceMorseIncidence.lean::I4ActualSourceMorse.coordinate_sin_hasFDerivAt: unparsed statement: SyntaxError: trailing tokens from ')' +UNSUPPORTED: SourceMorseIncidence.lean::I4ActualSourceMorse.fourMode_hasFDerivAt: unparsed statement: SyntaxError: trailing tokens from ')' +UNSUPPORTED: SourceMorseIncidence.lean::I4ActualSourceMorse.fourGradient_rightInverse: unsupported syntax: notation 'ᵥ' +UNSUPPORTED: SourceMorseIncidence.lean::I4ActualSourceMorse.fourGradient_surjective: unsupported syntax: notation 'ᵥ' +UNSUPPORTED: SourceMorseIncidence.lean::I4ActualSourceMorse.fourMode_fderiv: unknown function fderiv +UNSUPPORTED: SourceMorseIncidence.lean::I4ActualSourceMorse.fourModePerturbation_hasFDerivAt: unparsed statement: SyntaxError: trailing tokens from ')' +UNSUPPORTED: SourceMorseIncidence.lean::I4ActualSourceMorse.fourModePerturbation_gradient: unsupported syntax: notation 'ᵥ' +UNSUPPORTED: SourceMorseIncidence.lean::I4ActualSourceMorse.fourModePerturbation_gradient_surjective: proposition of form App +UNSUPPORTED: SourceMorseIncidence.lean::I4ActualSourceMorse.fourMode_injective: proposition of form App +UNSUPPORTED: SourceMorseIncidence.lean::I4ActualSourceMorse.fourAddSample_measurable: conclusion is a structural predicate ['Measurable']: trivial on finite discrete models (every set is measurable, every function measurable and integrable), so sampling has no content here +UNSUPPORTED: SourceMorseIncidence.lean::I4ActualSourceMorse.actual_derivative_fourAdd: binder ( ω : SmoothSample 2 L ) is neither a sampled numeric type (ℕ ℤ ℚ ℝ) nor a decidable hypothesis +UNSUPPORTED: SourceMorseIncidence.lean::I4ActualSourceMorse.actual_coordinateGradient_fourAdd: binder ( ω : SmoothSample 2 L ) is neither a sampled numeric type (ℕ ℤ ℚ ℝ) nor a decidable hypothesis +UNSUPPORTED: SourceMorseIncidence.lean::I4ActualSourceMorse.fourReindex_measurePreserving: unparsed statement: SyntaxError: expected ')', got fun +UNSUPPORTED: SourceMorseIncidence.lean::I4ActualSourceMorse.fourCoefficientLift_at: result type SourceMode 2 +UNSUPPORTED: SourceMorseIncidence.lean::I4ActualSourceMorse.replaceSample_fourModeSet: binder ( a : fourModeSet → ℝ ) is neither a sampled numeric type (ℕ ℤ ℚ ℝ) nor a decidable hypothesis +UNSUPPORTED: SourceMorseIncidence.lean::I4ActualSourceMorse.sourceMorseAmplitude_ne_zero: result type SourceMode 2 +CORROBORATED: SourceMorseIncidence.lean::I4ActualSourceMorse.sourceC_ne_zero: holds on 64 sampled instances satisfying the hypotheses (1 draws rejected by the hypotheses, 0 infeasible, seed 1): sampling is admitted evidence of the statement, not a proof of it +UNSUPPORTED: SourceMorseIncidence.lean::I4ActualSourceMorse.actual_coordinateGradient_replace: binder ( a : fourModeSet → ℝ ) is neither a sampled numeric type (ℕ ℤ ℚ ℝ) nor a decidable hypothesis +UNSUPPORTED: SourceMorseIncidence.lean::I4ActualSourceMorse.sourceMorseDiscriminant_nonpos: binder ( ω : SmoothSample 2 L ) is neither a sampled numeric type (ℕ ℤ ℚ ℝ) nor a decidable hypothesis +UNSUPPORTED: SourceMorseIncidence.lean::I4ActualSourceMorse.actual_four_replacement_bad_null: binder ( ρ : SmoothSample 2 L ) is neither a sampled numeric type (ℕ ℤ ℚ ℝ) nor a decidable hypothesis +UNSUPPORTED: SourceMorseIncidence.lean::I4ActualSourceMorse.smoothLaw_ae_sourceMorseCube: unparsed statement: SyntaxError: expected ',', got ω +UNSUPPORTED: SourceMorseIncidence.lean::I4ActualSourceMorse.smoothLaw_ae_sourceMorseCompact: binder ( K : Set ( Fin 2 → ℝ ) ) is neither a sampled numeric type (ℕ ℤ ℚ ℝ) nor a decidable hypothesis +UNSUPPORTED: SourceMorseIncidence.lean::I4ActualSourceMorse.smoothLaw_ae_sourceMorse: unparsed statement: SyntaxError: expected ',', got ω +UNSUPPORTED: SourceMorseIncidence.lean::I4ActualSourceMorse.coordinateGradient_det_eq: binder ( f : ( Fin 2 → ℝ ) → ℝ ) is neither a sampled numeric type (ℕ ℤ ℚ ℝ) nor a decidable hypothesis +UNSUPPORTED: SourceMorseIncidence.lean::I4ActualSourceMorse.sourceMorseDiscriminant_eq: binder ( ω : SmoothSample 2 L ) is neither a sampled numeric type (ℕ ℤ ℚ ℝ) nor a decidable hypothesis +UNSUPPORTED: SourceMorseIncidence.lean::I4ActualSourceMorse.coordinateGradient_contDiff: binder ( f : ( Fin 2 → ℝ ) → ℝ ) is neither a sampled numeric type (ℕ ℤ ℚ ℝ) nor a decidable hypothesis +UNSUPPORTED: SourceMorseIncidence.lean::I4ActualSourceMorse.sourceMorse_regular: binder ( ω : SmoothSample 2 L ) is neither a sampled numeric type (ℕ ℤ ℚ ℝ) nor a decidable hypothesis +UNSUPPORTED: SourceMorseIncidence.lean::I4ActualSourceMorse.regular_zero_isolated: binder ( g : ( Fin 2 → ℝ ) → ( Fin 2 → ℝ ) ) is neither a sampled numeric type (ℕ ℤ ℚ ℝ) nor a decidable hypothesis +UNSUPPORTED: SourceMorseIncidence.lean::I4ActualSourceMorse.finite_regular_zeros_on_compact: binder ( g : ( Fin 2 → ℝ ) → ( Fin 2 → ℝ ) ) is neither a sampled numeric type (ℕ ℤ ℚ ℝ) nor a decidable hypothesis +UNSUPPORTED: SourceMorseIncidence.lean::I4ActualSourceMorse.smoothLaw_ae_finite_sourceCriticalCube: unparsed statement: SyntaxError: expected ',', got ω +UNSUPPORTED: SourcePhysicalEndpointKernel.lean::I4SourcePhysicalEndpointKernel.sourceNormalizedEndpoints_eq_adjusted: binder ( ω : SmoothSample 2 L ) is neither a sampled numeric type (ℕ ℤ ℚ ℝ) nor a decidable hypothesis +UNSUPPORTED: SourcePhysicalEndpointKernel.lean::I4SourcePhysicalEndpointKernel.sourcePhysicalEndpointKernel_markov: proposition of form App +UNSUPPORTED: SourcePhysicalEndpointKernel.lean::I4SourcePhysicalEndpointKernel.sourcePhysicalEndpointKernel_measurable: conclusion is a structural predicate ['Measurable']: trivial on finite discrete models (every set is measurable, every function measurable and integrable), so sampling has no content here +UNSUPPORTED: SourcePhysicalEndpointKernel.lean::I4SourcePhysicalEndpointKernel.sourcePhysicalEndpointKernel_apply: result type Kernel ( Fin 6 → ℝ ) ( Fin 6 → ℝ ) +UNSUPPORTED: SourcePhysicalEndpointKernel.lean::I4SourcePhysicalEndpointKernel.sourcePhysicalEndpointKernel_hasCondDistrib: binder ( hG : IsUnit ( sourcePinCovarianceAt L r ) ) is neither a sampled numeric type (ℕ ℤ ℚ ℝ) nor a decidable hypothesis +UNSUPPORTED: SourcePhysicalEndpointKernel.lean::I4SourcePhysicalEndpointKernel.sourcePhysicalCorrection_prescribed: result type ( Fin 6 → ℝ ) → L [ ℝ ] ( Fin 6 → ℝ ) where toFun x +UNSUPPORTED: SourcePhysicalEndpointKernel.lean::I4SourcePhysicalEndpointKernel.sourcePhysicalEndpointKernel_at_prescribed: result type Kernel ( Fin 6 → ℝ ) ( Fin 6 → ℝ ) +UNSUPPORTED: SourcePhysicalEndpointKernel.lean::I4SourcePhysicalEndpointKernel.sourcePhysicalEndpointKernel_integral: result type ( Fin 6 → ℝ ) → L [ ℝ ] ( Fin 6 → ℝ ) +UNSUPPORTED: SourcePhysicalEndpointKernel.lean::I4SourcePhysicalEndpointKernel.sourcePhysicalEndpointKernel_spec: binder ( hG : IsUnit ( sourcePinCovarianceAt L r ) ) is neither a sampled numeric type (ℕ ℤ ℚ ℝ) nor a decidable hypothesis +UNSUPPORTED: SourcePinCurvatureBounds.lean::I4PeanoErrorBounds.abs_weighted_integral_le: binder ( w f : ℝ → ℝ ) is neither a sampled numeric type (ℕ ℤ ℚ ℝ) nor a decidable hypothesis +UNSUPPORTED: SourcePinCurvatureBounds.lean::I4PeanoErrorBounds.abs_weighted_integral_sub_mass_le: binder ( w g : ℝ → ℝ ) is neither a sampled numeric type (ℕ ℤ ℚ ℝ) nor a decidable hypothesis +UNSUPPORTED: SourcePinCurvatureBounds.lean::I4PeanoErrorBounds.peanoCubic_nonneg: hypothesis ( ht : t ∈ Icc ( - 1 / 2 : ℝ ) ( 1 / 2 : ℝ ) ) mentions undeclared names ['Icc'] +UNSUPPORTED: SourcePinCurvatureBounds.lean::I4PeanoErrorBounds.scaled_lipschitz_center_error: binder ( g : ℝ → ℝ ) is neither a sampled numeric type (ℕ ℤ ℚ ℝ) nor a decidable hypothesis +UNSUPPORTED: SourcePinCurvatureBounds.lean::I4PeanoErrorBounds.cubic_pin_pointwise_error: binder ( g : ℝ → ℝ ) is neither a sampled numeric type (ℕ ℤ ℚ ℝ) nor a decidable hypothesis +UNSUPPORTED: SourcePinCurvatureBounds.lean::I4PeanoErrorBounds.left_weighted_error: binder ( g : ℝ → ℝ ) is neither a sampled numeric type (ℕ ℤ ℚ ℝ) nor a decidable hypothesis +UNSUPPORTED: SourcePinCurvatureBounds.lean::I4PeanoErrorBounds.right_weighted_error: binder ( g : ℝ → ℝ ) is neither a sampled numeric type (ℕ ℤ ℚ ℝ) nor a decidable hypothesis +UNSUPPORTED: SourcePinCurvatureBounds.lean::I4SourcePinCurvatureBounds.sourceQ_eq_sourceContactQ: binder ( ω : SmoothSample 2 L ) is neither a sampled numeric type (ℕ ℤ ℚ ℝ) nor a decidable hypothesis +UNSUPPORTED: SourcePinCurvatureBounds.lean::I4SourcePinCurvatureBounds.sourceA_eq_sourceContactA: binder ( ω : SmoothSample 2 L ) is neither a sampled numeric type (ℕ ℤ ℚ ℝ) nor a decidable hypothesis +UNSUPPORTED: SourcePinCurvatureBounds.lean::I4SourcePinCurvatureBounds.sourceDerivativeMajorant_nonneg: binder ( ω : SmoothSample 2 L ) is neither a sampled numeric type (ℕ ℤ ℚ ℝ) nor a decidable hypothesis +UNSUPPORTED: SourcePinCurvatureBounds.lean::I4SourcePinCurvatureBounds.sourceGammaRadius_measurable: conclusion is a structural predicate ['Measurable']: trivial on finite discrete models (every set is measurable, every function measurable and integrable), so sampling has no content here +UNSUPPORTED: SourcePinCurvatureBounds.lean::I4SourcePinCurvatureBounds.one_le_sourceGammaRadius: binder ( ω : SmoothSample 2 L ) is neither a sampled numeric type (ℕ ℤ ℚ ℝ) nor a decidable hypothesis +UNSUPPORTED: SourcePinCurvatureBounds.lean::I4SourcePinCurvatureBounds.sourceGammaRadius_nonneg: binder ( ω : SmoothSample 2 L ) is neither a sampled numeric type (ℕ ℤ ℚ ℝ) nor a decidable hypothesis +UNSUPPORTED: SourcePinCurvatureBounds.lean::I4SourcePinCurvatureBounds.sourceDerivativeMajorant_le_radius: binder ( ω : SmoothSample 2 L ) is neither a sampled numeric type (ℕ ℤ ℚ ℝ) nor a decidable hypothesis +UNSUPPORTED: SourcePinCurvatureBounds.lean::I4SourcePinCurvatureBounds.orderModeBound_mono: binder ( m : SourceMode d ) is neither a sampled numeric type (ℕ ℤ ℚ ℝ) nor a decidable hypothesis +UNSUPPORTED: SourcePinCurvatureBounds.lean::I4SourcePinCurvatureBounds.sourceDerivativeMajorant_mono: binder ( ω : SmoothSample 2 L ) is neither a sampled numeric type (ℕ ℤ ℚ ℝ) nor a decidable hypothesis +UNSUPPORTED: SourcePinCurvatureBounds.lean::I4SourcePinCurvatureBounds.sourceGammaRadius_le_fifth: binder ( ω : SmoothSample 2 L ) is neither a sampled numeric type (ℕ ℤ ℚ ℝ) nor a decidable hypothesis +UNSUPPORTED: SourcePinCurvatureBounds.lean::I4SourcePinCurvatureBounds.sourceGammaRadius_moments: unsupported syntax: existential quantifier +CORROBORATED: SourcePinCurvatureBounds.lean::I4SourcePinCurvatureBounds.axis_point_sub_norm_le: holds on 64 sampled instances satisfying the hypotheses (0 draws rejected by the hypotheses, 0 infeasible, seed 1): sampling is admitted evidence of the statement, not a proof of it +UNSUPPORTED: SourcePinCurvatureBounds.lean::I4SourcePinCurvatureBounds.axis_derivative_lipschitz: binder ( f : ( Fin 2 → ℝ ) → ℝ ) is neither a sampled numeric type (ℕ ℤ ℚ ℝ) nor a decidable hypothesis +UNSUPPORTED: SourcePinCurvatureBounds.lean::I4SourcePinCurvatureBounds.source_axis_derivative_abs_le: binder ( ω : SmoothSample 2 L ) is neither a sampled numeric type (ℕ ℤ ℚ ℝ) nor a decidable hypothesis +UNSUPPORTED: SourcePinCurvatureBounds.lean::I4SourcePinCurvatureBounds.sourceF_third_continuous: binder ( ω : SmoothSample 2 L ) is neither a sampled numeric type (ℕ ℤ ℚ ℝ) nor a decidable hypothesis +UNSUPPORTED: SourcePinCurvatureBounds.lean::I4SourcePinCurvatureBounds.sourceH_second_continuous: binder ( ω : SmoothSample 2 L ) is neither a sampled numeric type (ℕ ℤ ℚ ℝ) nor a decidable hypothesis +UNSUPPORTED: SourcePinCurvatureBounds.lean::I4SourcePinCurvatureBounds.sourceF_third_lipschitz: binder ( ω : SmoothSample 2 L ) is neither a sampled numeric type (ℕ ℤ ℚ ℝ) nor a decidable hypothesis +UNSUPPORTED: SourcePinCurvatureBounds.lean::I4SourcePinCurvatureBounds.sourceH_second_lipschitz: binder ( ω : SmoothSample 2 L ) is neither a sampled numeric type (ℕ ℤ ℚ ℝ) nor a decidable hypothesis +UNSUPPORTED: SourcePinCurvatureBounds.lean::I4SourcePinCurvatureBounds.sourceQCurve_lipschitz: binder ( ω : SmoothSample 2 L ) is neither a sampled numeric type (ℕ ℤ ℚ ℝ) nor a decidable hypothesis +UNSUPPORTED: SourcePinCurvatureBounds.lean::I4SourcePinCurvatureBounds.sourceF_third_abs_le: binder ( ω : SmoothSample 2 L ) is neither a sampled numeric type (ℕ ℤ ℚ ℝ) nor a decidable hypothesis +UNSUPPORTED: SourcePinCurvatureBounds.lean::I4SourcePinCurvatureBounds.sourceH_second_abs_le: binder ( ω : SmoothSample 2 L ) is neither a sampled numeric type (ℕ ℤ ℚ ℝ) nor a decidable hypothesis +UNSUPPORTED: SourcePinCurvatureBounds.lean::I4SourcePinCurvatureBounds.sourceQCurve_abs_le: binder ( ω : SmoothSample 2 L ) is neither a sampled numeric type (ℕ ℤ ℚ ℝ) nor a decidable hypothesis +UNSUPPORTED: SourcePinCurvatureBounds.lean::I4SourcePinCurvatureBounds.sourceF_C3: binder ( ω : SmoothSample 2 L ) is neither a sampled numeric type (ℕ ℤ ℚ ℝ) nor a decidable hypothesis +UNSUPPORTED: SourcePinCurvatureBounds.lean::I4SourcePinCurvatureBounds.sourceH_C2: binder ( ω : SmoothSample 2 L ) is neither a sampled numeric type (ℕ ℤ ℚ ℝ) nor a decidable hypothesis +UNSUPPORTED: SourcePinCurvatureBounds.lean::I4SourcePinCurvatureBounds.sourceF_deriv: binder ( ω : SmoothSample 2 L ) is neither a sampled numeric type (ℕ ℤ ℚ ℝ) nor a decidable hypothesis +UNSUPPORTED: SourcePinCurvatureBounds.lean::I4SourcePinCurvatureBounds.sourceF_second: binder ( ω : SmoothSample 2 L ) is neither a sampled numeric type (ℕ ℤ ℚ ℝ) nor a decidable hypothesis +UNSUPPORTED: SourcePinCurvatureBounds.lean::I4SourcePinCurvatureBounds.sourceH_deriv: binder ( ω : SmoothSample 2 L ) is neither a sampled numeric type (ℕ ℤ ℚ ℝ) nor a decidable hypothesis +UNSUPPORTED: SourcePinCurvatureBounds.lean::I4SourcePinCurvatureBounds.sourceH_second_zero: binder ( ω : SmoothSample 2 L ) is neither a sampled numeric type (ℕ ℤ ℚ ℝ) nor a decidable hypothesis +UNSUPPORTED: SourcePinCurvatureBounds.lean::I4SourcePinCurvatureBounds.source_pin3_eq: binder ( ω : SmoothSample 2 L ) is neither a sampled numeric type (ℕ ℤ ℚ ℝ) nor a decidable hypothesis +UNSUPPORTED: SourcePinCurvatureBounds.lean::I4SourcePinCurvatureBounds.source_pin4_eq: binder ( ω : SmoothSample 2 L ) is neither a sampled numeric type (ℕ ℤ ℚ ℝ) nor a decidable hypothesis +UNSUPPORTED: SourcePinCurvatureBounds.lean::I4SourcePinCurvatureBounds.source_pin5_eq: binder ( ω : SmoothSample 2 L ) is neither a sampled numeric type (ℕ ℤ ℚ ℝ) nor a decidable hypothesis +UNSUPPORTED: SourcePinCurvatureBounds.lean::I4SourcePinCurvatureBounds.source_normalized_peano: binder ( ω : SmoothSample 2 L ) is neither a sampled numeric type (ℕ ℤ ℚ ℝ) nor a decidable hypothesis +CORROBORATED: SourcePinCurvatureBounds.lean::I4SourcePinCurvatureBounds.endpoint_det_abs_le: holds on 64 sampled instances satisfying the hypotheses (13 draws rejected by the hypotheses, 0 infeasible, seed 1): sampling is admitted evidence of the statement, not a proof of it +UNSUPPORTED: SourcePinCurvatureBounds.lean::I4SourcePinCurvatureBounds.endpointWeight_curvature_le: unknown function by +UNSUPPORTED: SourcePinCurvatureBounds.lean::I4SourcePinCurvatureBounds.strict_endpoint_transverse_neg: binder ( ht : dm2Negative ( egm_HM r ( sourcePhysicalCoordinates v ) ) ) is neither a sampled numeric type (ℕ ℤ ℚ ℝ) nor a decidable hypothesis +CORROBORATED: SourcePinCurvatureBounds.lean::I4SourcePinCurvatureBounds.curvature_slab_of_upper: holds on 64 sampled instances satisfying the hypotheses (45 draws rejected by the hypotheses, 0 infeasible, seed 1): sampling is admitted evidence of the statement, not a proof of it +UNSUPPORTED: SourcePinCurvatureBounds.lean::I4SourcePinCurvatureBounds.sourceQCurve_zero: binder ( ω : SmoothSample 2 L ) is neither a sampled numeric type (ℕ ℤ ℚ ℝ) nor a decidable hypothesis +UNSUPPORTED: SourcePinCurvatureBounds.lean::I4SourcePinCurvatureBounds.sourceQ_abs_le: binder ( ω : SmoothSample 2 L ) is neither a sampled numeric type (ℕ ℤ ℚ ℝ) nor a decidable hypothesis +UNSUPPORTED: SourcePinCurvatureBounds.lean::I4SourcePinCurvatureBounds.sourceA_abs_le: binder ( ω : SmoothSample 2 L ) is neither a sampled numeric type (ℕ ℤ ℚ ℝ) nor a decidable hypothesis +UNSUPPORTED: SourcePinCurvatureBounds.lean::I4SourcePinCurvatureBounds.source_normalized_endpoint_errors: binder ( ω : SmoothSample 2 L ) is neither a sampled numeric type (ℕ ℤ ℚ ℝ) nor a decidable hypothesis +UNSUPPORTED: SourcePinCurvatureBounds.lean::I4SourcePinCurvatureBounds.sourceGammaRadius_ge_third_fourth: binder ( ω : SmoothSample 2 L ) is neither a sampled numeric type (ℕ ℤ ℚ ℝ) nor a decidable hypothesis +UNSUPPORTED: SourcePinCurvatureBounds.lean::I4SourcePinCurvatureBounds.source_normalized_endpoint_first_four_bounds: binder ( ω : SmoothSample 2 L ) is neither a sampled numeric type (ℕ ℤ ℚ ℝ) nor a decidable hypothesis +UNSUPPORTED: SourcePinCurvatureBounds.lean::I4SourcePinCurvatureBounds.sourceQ_measurable: conclusion is a structural predicate ['Measurable']: trivial on finite discrete models (every set is measurable, every function measurable and integrable), so sampling has no content here +UNSUPPORTED: SourcePinCurvatureBounds.lean::I4SourcePinCurvatureBounds.sourceA_measurable: conclusion is a structural predicate ['Measurable']: trivial on finite discrete models (every set is measurable, every function measurable and integrable), so sampling has no content here +UNSUPPORTED: SourcePinCurvatureBounds.lean::I4SourcePinCurvatureBounds.source_normalized_determinant_bounds: binder ( ω : SmoothSample 2 L ) is neither a sampled numeric type (ℕ ℤ ℚ ℝ) nor a decidable hypothesis +UNSUPPORTED: SourcePinCurvatureBounds.lean::I4SourcePinCurvatureBounds.sourceSmoothWeight_curvature_bound: binder ( ω : SmoothSample 2 L ) is neither a sampled numeric type (ℕ ℤ ℚ ℝ) nor a decidable hypothesis +UNSUPPORTED: SourcePinCurvatureBounds.lean::I4SourcePinCurvatureBounds.source_positive_weight_curvature_upper: binder ( ω : SmoothSample 2 L ) is neither a sampled numeric type (ℕ ℤ ℚ ℝ) nor a decidable hypothesis +UNSUPPORTED: SourcePinCurvatureBounds.lean::I4SourcePinCurvatureBounds.source_bad_curvature_slab: binder ( ω : SmoothSample 2 L ) is neither a sampled numeric type (ℕ ℤ ℚ ℝ) nor a decidable hypothesis +UNSUPPORTED: SourcePinCurvatureBounds.lean::I4SourcePinCurvatureBounds.source_prescribed_pin_constraints_ae: binder ( hG : IsUnit ( sourcePinCovarianceAt L r ) ) is neither a sampled numeric type (ℕ ℤ ℚ ℝ) nor a decidable hypothesis +UNSUPPORTED: SourcePinCurvatureBounds.lean::I4SourcePinCurvatureBounds.sourceSmoothLaw_curvature_bound_ae: binder ( hG : IsUnit ( sourcePinCovarianceAt L r ) ) is neither a sampled numeric type (ℕ ℤ ℚ ℝ) nor a decidable hypothesis +UNSUPPORTED: SourcePinCurvatureBounds.lean::I4SourcePinCurvatureBounds.source_curvature_estimates: unsupported syntax: existential quantifier +UNSUPPORTED: SourcePinCurvatureBounds.lean::I4SourcePinCurvatureBounds.source_normalized_endpoint_errors_all: binder ( ω : SmoothSample 2 L ) is neither a sampled numeric type (ℕ ℤ ℚ ℝ) nor a decidable hypothesis +UNSUPPORTED: SourcePinCurvatureBounds.lean::I4SourcePinCurvatureBounds.sourceSmoothLaw_endpoint_errors_ae: binder ( hG : IsUnit ( sourcePinCovarianceAt L r ) ) is neither a sampled numeric type (ℕ ℤ ℚ ℝ) nor a decidable hypothesis +UNSUPPORTED: SourcePinCurvatureBounds.lean::I4SourcePinCurvatureBounds.source_endpoint_error_estimates: unsupported syntax: existential quantifier +UNSUPPORTED: SourcePinPreservingQuartic.lean::I4ActualQuarticTransfer.peanoCubic_first_moment: unparsed statement: SyntaxError: expected ',', got .. +UNSUPPORTED: SourcePinPreservingQuartic.lean::I4ActualQuarticTransfer.peanoCubic_normalized_second_moment: unparsed statement: SyntaxError: expected ',', got .. +UNSUPPORTED: SourcePinPreservingQuartic.lean::I4ActualQuarticTransfer.symmetric_cubic_pin_second_order: binder ( g : ℝ → ℝ ) is neither a sampled numeric type (ℕ ℤ ℚ ℝ) nor a decidable hypothesis +UNSUPPORTED: SourcePinPreservingQuartic.lean::I4ActualQuarticTransfer.endpoint_taylor_low_coefficients: binder ( v : ℝ → ℝ ) is neither a sampled numeric type (ℕ ℤ ℚ ℝ) nor a decidable hypothesis +CORROBORATED: SourcePinPreservingQuartic.lean::I4ActualQuarticTransfer.corrected_axial_constant: holds on 64 sampled instances satisfying the hypotheses (212 draws rejected by the hypotheses, 0 infeasible, seed 1): sampling is admitted evidence of the statement, not a proof of it +UNSUPPORTED: SourcePinPreservingQuartic.lean::I4ActualQuarticTransfer.scalarTaylor_eq_interval: binder ( g : ℝ → ℝ ) is neither a sampled numeric type (ℕ ℤ ℚ ℝ) nor a decidable hypothesis +UNSUPPORTED: SourcePinPreservingQuartic.lean::I4ActualQuarticTransfer.scalar_taylor_remainder: binder ( g : ℝ → ℝ ) is neither a sampled numeric type (ℕ ℤ ℚ ℝ) nor a decidable hypothesis +UNSUPPORTED: SourcePinPreservingQuartic.lean::I4ActualQuarticTransfer.scalarTaylor_one: binder ( g : ℝ → ℝ ) is neither a sampled numeric type (ℕ ℤ ℚ ℝ) nor a decidable hypothesis +UNSUPPORTED: SourcePinPreservingQuartic.lean::I4ActualQuarticTransfer.scalarTaylor_three: binder ( g : ℝ → ℝ ) is neither a sampled numeric type (ℕ ℤ ℚ ℝ) nor a decidable hypothesis +UNSUPPORTED: SourcePinPreservingQuartic.lean::I4ActualQuarticTransfer.scalarTaylor_two: binder ( g : ℝ → ℝ ) is neither a sampled numeric type (ℕ ℤ ℚ ℝ) nor a decidable hypothesis +UNSUPPORTED: SourcePinPreservingQuartic.lean::I4ActualQuarticTransfer.scalar_taylor_one_bound: binder ( g : ℝ → ℝ ) is neither a sampled numeric type (ℕ ℤ ℚ ℝ) nor a decidable hypothesis +UNSUPPORTED: SourcePinPreservingQuartic.lean::I4ActualQuarticTransfer.scalar_taylor_three_bound: binder ( g : ℝ → ℝ ) is neither a sampled numeric type (ℕ ℤ ℚ ℝ) nor a decidable hypothesis +UNSUPPORTED: SourcePinPreservingQuartic.lean::I4ActualQuarticTransfer.scalar_taylor_two_bound: binder ( g : ℝ → ℝ ) is neither a sampled numeric type (ℕ ℤ ℚ ℝ) nor a decidable hypothesis +UNSUPPORTED: SourcePinPreservingQuartic.lean::I4ActualQuarticTransfer.smooth_iteratedDeriv: binder ( g : ℝ → ℝ ) is neither a sampled numeric type (ℕ ℤ ℚ ℝ) nor a decidable hypothesis +UNSUPPORTED: SourcePinPreservingQuartic.lean::I4ActualQuarticTransfer.iteratedDeriv_iteratedDeriv: binder ( g : ℝ → ℝ ) is neither a sampled numeric type (ℕ ℤ ℚ ℝ) nor a decidable hypothesis +UNSUPPORTED: SourcePinPreservingQuartic.lean::I4ActualQuarticTransfer.sourceF_smooth: binder ( ω : SmoothSample 2 L ) is neither a sampled numeric type (ℕ ℤ ℚ ℝ) nor a decidable hypothesis +UNSUPPORTED: SourcePinPreservingQuartic.lean::I4ActualQuarticTransfer.sourceH_smooth: binder ( ω : SmoothSample 2 L ) is neither a sampled numeric type (ℕ ℤ ℚ ℝ) nor a decidable hypothesis +UNSUPPORTED: SourcePinPreservingQuartic.lean::I4ActualQuarticTransfer.sourceF_iteratedDeriv_abs_le: binder ( ω : SmoothSample 2 L ) is neither a sampled numeric type (ℕ ℤ ℚ ℝ) nor a decidable hypothesis +UNSUPPORTED: SourcePinPreservingQuartic.lean::I4ActualQuarticTransfer.sourceH_iteratedDeriv_abs_le: binder ( ω : SmoothSample 2 L ) is neither a sampled numeric type (ℕ ℤ ℚ ℝ) nor a decidable hypothesis +UNSUPPORTED: SourcePinPreservingQuartic.lean::I4SourcePinPreservingQuartic.pi_norm_le_euclidean_norm: norm of a Func value +CORROBORATED: SourcePinPreservingQuartic.lean::I4SourcePinPreservingQuartic.euclidean_two_norm_sq: holds on 64 sampled instances satisfying the hypotheses (0 draws rejected by the hypotheses, 0 infeasible, seed 1): sampling is admitted evidence of the statement, not a proof of it +CORROBORATED: SourcePinPreservingQuartic.lean::I4SourcePinPreservingQuartic.euclidean_two_norm_le_abs_sum: holds on 64 sampled instances satisfying the hypotheses (0 draws rejected by the hypotheses, 0 infeasible, seed 1): sampling is admitted evidence of the statement, not a proof of it +CORROBORATED: SourcePinPreservingQuartic.lean::I4SourcePinPreservingQuartic.euclidean_two_norm_le_two_mul: holds on 64 sampled instances satisfying the hypotheses (6 draws rejected by the hypotheses, 0 infeasible, seed 1): sampling is admitted evidence of the statement, not a proof of it +UNSUPPORTED: SourcePinPreservingQuartic.lean::I4SourcePinPreservingQuartic.matrixLinearEuclidean_apply: unsupported syntax: notation 'ᵥ' +UNSUPPORTED: SourcePinPreservingQuartic.lean::I4SourcePinPreservingQuartic.matrixLinearEuclidean_norm_le_of_sqsum: result type EuclideanSpace ℝ ( Fin 2 ) → L [ ℝ ] EuclideanSpace ℝ ( Fin 2 ) +UNSUPPORTED: SourcePinPreservingQuartic.lean::I4SourcePinPreservingQuartic.matrixLinearEuclidean_norm_le_two_mul: binder ( hA : ∀ i j , | A i j | ≤ B ) is neither a sampled numeric type (ℕ ℤ ℚ ℝ) nor a decidable hypothesis +UNSUPPORTED: SourcePinPreservingQuartic.lean::I4SourcePinPreservingQuartic.matrixLinearEuclidean_offdiag_norm_le: result type EuclideanSpace ℝ ( Fin 2 ) → L [ ℝ ] EuclideanSpace ℝ ( Fin 2 ) +UNSUPPORTED: SourcePinPreservingQuartic.lean::I4SourcePinPreservingQuartic.matrixLinearEuclidean_symmetric_norm_le_abs_sum: result type EuclideanSpace ℝ ( Fin 2 ) → L [ ℝ ] EuclideanSpace ℝ ( Fin 2 ) +UNSUPPORTED: SourcePinPreservingQuartic.lean::I4SourcePinPreservingQuartic.matrixLinearEuclidean_symmetric_norm_le_three_mul: result type EuclideanSpace ℝ ( Fin 2 ) → L [ ℝ ] EuclideanSpace ℝ ( Fin 2 ) +UNSUPPORTED: SourcePinPreservingQuartic.lean::I4SourcePinPreservingQuartic.line_iteratedDeriv: binder ( f : ( Fin 2 → ℝ ) → ℝ ) is neither a sampled numeric type (ℕ ℤ ℚ ℝ) nor a decidable hypothesis +UNSUPPORTED: SourcePinPreservingQuartic.lean::I4SourcePinPreservingQuartic.derivativeComponent_smooth: binder ( f : ( Fin 2 → ℝ ) → ℝ ) is neither a sampled numeric type (ℕ ℤ ℚ ℝ) nor a decidable hypothesis +UNSUPPORTED: SourcePinPreservingQuartic.lean::I4SourcePinPreservingQuartic.derivativeComponent_iteratedFDeriv: binder ( f : ( Fin 2 → ℝ ) → ℝ ) is neither a sampled numeric type (ℕ ℤ ℚ ℝ) nor a decidable hypothesis +UNSUPPORTED: SourcePinPreservingQuartic.lean::I4SourcePinPreservingQuartic.line_gradient_iteratedDeriv: binder ( f : ( Fin 2 → ℝ ) → ℝ ) is neither a sampled numeric type (ℕ ℤ ℚ ℝ) nor a decidable hypothesis +UNSUPPORTED: SourcePinPreservingQuartic.lean::I4SourcePinPreservingQuartic.source_derivative_abs_le: binder ( ω : SmoothSample 2 L ) is neither a sampled numeric type (ℕ ℤ ℚ ℝ) nor a decidable hypothesis +UNSUPPORTED: SourcePinPreservingQuartic.lean::I4SourcePinPreservingQuartic.source_line_gradient_taylor: binder ( ω : SmoothSample 2 L ) is neither a sampled numeric type (ℕ ℤ ℚ ℝ) nor a decidable hypothesis +UNSUPPORTED: SourcePinPreservingQuartic.lean::I4SourcePinPreservingQuartic.modeCoefficient_analytic_order: binder ( m : SourceMode 2 ) is neither a sampled numeric type (ℕ ℤ ℚ ℝ) nor a decidable hypothesis +UNSUPPORTED: SourcePinPreservingQuartic.lean::I4SourcePinPreservingQuartic.source_derivative_comp_perm: binder ( ω : SmoothSample 2 L ) is neither a sampled numeric type (ℕ ℤ ℚ ℝ) nor a decidable hypothesis +UNSUPPORTED: SourcePinPreservingQuartic.lean::I4SourcePinPreservingQuartic.sourceF_third_zero: binder ( ω : SmoothSample 2 L ) is neither a sampled numeric type (ℕ ℤ ℚ ℝ) nor a decidable hypothesis +UNSUPPORTED: SourcePinPreservingQuartic.lean::I4SourcePinPreservingQuartic.sourceF_fourth_zero: binder ( ω : SmoothSample 2 L ) is neither a sampled numeric type (ℕ ℤ ℚ ℝ) nor a decidable hypothesis +UNSUPPORTED: SourcePinPreservingQuartic.lean::I4SourcePinPreservingQuartic.sourceH_third_zero: binder ( ω : SmoothSample 2 L ) is neither a sampled numeric type (ℕ ℤ ℚ ℝ) nor a decidable hypothesis +UNSUPPORTED: SourcePinPreservingQuartic.lean::I4SourcePinPreservingQuartic.sourceF_deriv_pins: binder ( ω : SmoothSample 2 L ) is neither a sampled numeric type (ℕ ℤ ℚ ℝ) nor a decidable hypothesis +UNSUPPORTED: SourcePinPreservingQuartic.lean::I4SourcePinPreservingQuartic.sourceH_pins: binder ( ω : SmoothSample 2 L ) is neither a sampled numeric type (ℕ ℤ ℚ ℝ) nor a decidable hypothesis +UNSUPPORTED: SourcePinPreservingQuartic.lean::I4SourcePinPreservingQuartic.source_axial_third_error: binder ( ω : SmoothSample 2 L ) is neither a sampled numeric type (ℕ ℤ ℚ ℝ) nor a decidable hypothesis +UNSUPPORTED: SourcePinPreservingQuartic.lean::I4SourcePinPreservingQuartic.endpoint_derivative_low: binder ( v : ℝ → ℝ ) is neither a sampled numeric type (ℕ ℤ ℚ ℝ) nor a decidable hypothesis +UNSUPPORTED: SourcePinPreservingQuartic.lean::I4SourcePinPreservingQuartic.source_low_pin_coefficients: binder ( ω : SmoothSample 2 L ) is neither a sampled numeric type (ℕ ℤ ℚ ℝ) nor a decidable hypothesis +UNSUPPORTED: SourcePinPreservingQuartic.lean::I4SourcePinPreservingQuartic.hessianMatrix_apply: binder ( f : ( Fin 2 → ℝ ) → ℝ ) is neither a sampled numeric type (ℕ ℤ ℚ ℝ) nor a decidable hypothesis +CORROBORATED: SourcePinPreservingQuartic.lean::I4SourcePinPreservingQuartic.coordinate_decomposition: holds on 64 sampled instances satisfying the hypotheses (0 draws rejected by the hypotheses, 0 infeasible, seed 1): sampling is admitted evidence of the statement, not a proof of it +UNSUPPORTED: SourcePinPreservingQuartic.lean::I4SourcePinPreservingQuartic.hasFDerivAt_gradientEuclidean: binder ( f : ( Fin 2 → ℝ ) → ℝ ) is neither a sampled numeric type (ℕ ℤ ℚ ℝ) nor a decidable hypothesis +UNSUPPORTED: SourcePinPreservingQuartic.lean::I4SourcePinPreservingQuartic.gradientEuclidean_eq_components: binder ( f : ( Fin 2 → ℝ ) → ℝ ) is neither a sampled numeric type (ℕ ℤ ℚ ℝ) nor a decidable hypothesis +UNSUPPORTED: SourcePinPreservingQuartic.lean::I4SourcePinPreservingQuartic.hasFDerivAt_scaledGradientEuclidean: binder ( f : ( Fin 2 → ℝ ) → ℝ ) is neither a sampled numeric type (ℕ ℤ ℚ ℝ) nor a decidable hypothesis +UNSUPPORTED: SourcePinPreservingQuartic.lean::I4SourcePinPreservingQuartic.scaledGradientEuclidean_eq_components: binder ( f : ( Fin 2 → ℝ ) → ℝ ) is neither a sampled numeric type (ℕ ℤ ℚ ℝ) nor a decidable hypothesis +UNSUPPORTED: SourcePinPreservingQuartic.lean::I4SourcePinPreservingQuartic.hessianEntry_eq_derivativeComponent: binder ( f : ( Fin 2 → ℝ ) → ℝ ) is neither a sampled numeric type (ℕ ℤ ℚ ℝ) nor a decidable hypothesis +UNSUPPORTED: SourcePinPreservingQuartic.lean::I4SourcePinPreservingQuartic.hessianEntry_smooth: binder ( f : ( Fin 2 → ℝ ) → ℝ ) is neither a sampled numeric type (ℕ ℤ ℚ ℝ) nor a decidable hypothesis +UNSUPPORTED: SourcePinPreservingQuartic.lean::I4SourcePinPreservingQuartic.line_hessian_iteratedDeriv: binder ( f : ( Fin 2 → ℝ ) → ℝ ) is neither a sampled numeric type (ℕ ℤ ℚ ℝ) nor a decidable hypothesis +UNSUPPORTED: SourcePinPreservingQuartic.lean::I4SourcePinPreservingQuartic.source_line_hessian_taylor: binder ( ω : SmoothSample 2 L ) is neither a sampled numeric type (ℕ ℤ ℚ ℝ) nor a decidable hypothesis +CORROBORATED: SourcePinPreservingQuartic.lean::I4SourcePinPreservingQuartic.one_le_quarticFstar: holds on 64 sampled instances satisfying the hypotheses (3 draws rejected by the hypotheses, 0 infeasible, seed 1): sampling is admitted evidence of the statement, not a proof of it +CORROBORATED: SourcePinPreservingQuartic.lean::I4SourcePinPreservingQuartic.quarticWidth_pos: holds on 64 sampled instances satisfying the hypotheses (5 draws rejected by the hypotheses, 0 infeasible, seed 1): sampling is admitted evidence of the statement, not a proof of it +CORROBORATED: SourcePinPreservingQuartic.lean::I4SourcePinPreservingQuartic.cutoff_raw_regularity: holds on 64 sampled instances satisfying the hypotheses (882 draws rejected by the hypotheses, 0 infeasible, seed 1): sampling is admitted evidence of the statement, not a proof of it +CORROBORATED: SourcePinPreservingQuartic.lean::I4SourcePinPreservingQuartic.cutoff_scaled_error_budget: holds on 64 sampled instances satisfying the hypotheses (322 draws rejected by the hypotheses, 0 infeasible, seed 1): sampling is admitted evidence of the statement, not a proof of it +CORROBORATED: SourcePinPreservingQuartic.lean::I4SourcePinPreservingQuartic.cutoff_adaptive_tolerance: holds on 64 sampled instances satisfying the hypotheses (253 draws rejected by the hypotheses, 0 infeasible, seed 1): sampling is admitted evidence of the statement, not a proof of it +CORROBORATED: SourcePinPreservingQuartic.lean::I4SourcePinPreservingQuartic.cutoff_quarticWidth_tolerance: holds on 64 sampled instances satisfying the hypotheses (308 draws rejected by the hypotheses, 0 infeasible, seed 1): sampling is admitted evidence of the statement, not a proof of it +CORROBORATED: SourcePinPreservingQuartic.lean::I4SourcePinPreservingQuartic.cutoff_curvature_threshold: holds on 38 sampled instances satisfying the hypotheses (994 draws rejected by the hypotheses, 0 infeasible, seed 1): sampling is admitted evidence of the statement, not a proof of it +CORROBORATED: SourcePinPreservingQuartic.lean::I4SourcePinPreservingQuartic.certificate_width_geometry: holds on 64 sampled instances satisfying the hypotheses (8 draws rejected by the hypotheses, 0 infeasible, seed 1): sampling is admitted evidence of the statement, not a proof of it +UNSUPPORTED: SourcePinPreservingQuartic.lean::I4SourcePinPreservingQuartic.source_origin_derivative_abs_le: binder ( ω : SmoothSample 2 L ) is neither a sampled numeric type (ℕ ℤ ℚ ℝ) nor a decidable hypothesis +UNSUPPORTED: SourcePinPreservingQuartic.lean::I4SourcePinPreservingQuartic.sourceRawU_abs_le: binder ( ω : SmoothSample 2 L ) is neither a sampled numeric type (ℕ ℤ ℚ ℝ) nor a decidable hypothesis +UNSUPPORTED: SourcePinPreservingQuartic.lean::I4SourcePinPreservingQuartic.sourceRawRadius_one_le: binder ( ω : SmoothSample 2 L ) is neither a sampled numeric type (ℕ ℤ ℚ ℝ) nor a decidable hypothesis +UNSUPPORTED: SourcePinPreservingQuartic.lean::I4SourcePinPreservingQuartic.sourceRawRadius_le_majorants: binder ( ω : SmoothSample 2 L ) is neither a sampled numeric type (ℕ ℤ ℚ ℝ) nor a decidable hypothesis +UNSUPPORTED: SourcePinPreservingQuartic.lean::I4SourcePinPreservingQuartic.sourceRawRadius_le_global: binder ( ω : SmoothSample 2 L ) is neither a sampled numeric type (ℕ ℤ ℚ ℝ) nor a decidable hypothesis +UNSUPPORTED: SourcePinPreservingQuartic.lean::I4SourcePinPreservingQuartic.sourcePhysicalPins_ae: binder ( hG : IsUnit ( sourcePinCovarianceAt L r ) ) is neither a sampled numeric type (ℕ ℤ ℚ ℝ) nor a decidable hypothesis +UNSUPPORTED: SourcePinPreservingQuartic.lean::I4SourcePinPreservingQuartic.sourcePhysicalPins_eventually: unsupported syntax: existential quantifier +UNSUPPORTED: SourcePinPreservingQuartic.lean::I4SourcePinPreservingQuartic.sourceScaledGradient_eq: binder ( ω : SmoothSample 2 L ) is neither a sampled numeric type (ℕ ℤ ℚ ℝ) nor a decidable hypothesis +UNSUPPORTED: SourcePinPreservingQuartic.lean::I4SourcePinPreservingQuartic.sourceScaledGradient_hasFDerivAt: binder ( ω : SmoothSample 2 L ) is neither a sampled numeric type (ℕ ℤ ℚ ℝ) nor a decidable hypothesis +CORROBORATED: SourcePinPreservingQuartic.lean::I4SourcePinPreservingQuartic.plane_decompose: holds on 64 sampled instances satisfying the hypotheses (0 draws rejected by the hypotheses, 0 infeasible, seed 1): sampling is admitted evidence of the statement, not a proof of it +UNSUPPORTED: SourcePinPreservingQuartic.lean::I4SourcePinPreservingQuartic.cml_head: binder ( T : ContinuousMultilinearMap ℝ ( fun _ : Fin ( n + 1 ) => Fin 2 → ℝ ) ℝ ) is neither a sampled numeric type (ℕ ℤ ℚ ℝ) nor a decidable hypothesis +UNSUPPORTED: SourcePinPreservingQuartic.lean::I4SourcePinPreservingQuartic.cml_pp: binder ( T : ContinuousMultilinearMap ℝ ( fun _ : Fin ( n + 2 ) => Fin 2 → ℝ ) ℝ ) is neither a sampled numeric type (ℕ ℤ ℚ ℝ) nor a decidable hypothesis +UNSUPPORTED: SourcePinPreservingQuartic.lean::I4SourcePinPreservingQuartic.cml_ppp: binder ( T : ContinuousMultilinearMap ℝ ( fun _ : Fin ( n + 3 ) => Fin 2 → ℝ ) ℝ ) is neither a sampled numeric type (ℕ ℤ ℚ ℝ) nor a decidable hypothesis +UNSUPPORTED: SourcePinPreservingQuartic.lean::I4SourcePinPreservingQuartic.source_word_2_xx: binder ( ω : SmoothSample 2 L ) is neither a sampled numeric type (ℕ ℤ ℚ ℝ) nor a decidable hypothesis +UNSUPPORTED: SourcePinPreservingQuartic.lean::I4SourcePinPreservingQuartic.source_word_2_xy: binder ( ω : SmoothSample 2 L ) is neither a sampled numeric type (ℕ ℤ ℚ ℝ) nor a decidable hypothesis +UNSUPPORTED: SourcePinPreservingQuartic.lean::I4SourcePinPreservingQuartic.source_word_2_yx: binder ( ω : SmoothSample 2 L ) is neither a sampled numeric type (ℕ ℤ ℚ ℝ) nor a decidable hypothesis +UNSUPPORTED: SourcePinPreservingQuartic.lean::I4SourcePinPreservingQuartic.source_word_2_yy: binder ( ω : SmoothSample 2 L ) is neither a sampled numeric type (ℕ ℤ ℚ ℝ) nor a decidable hypothesis +UNSUPPORTED: SourcePinPreservingQuartic.lean::I4SourcePinPreservingQuartic.source_word_3_xxx: binder ( ω : SmoothSample 2 L ) is neither a sampled numeric type (ℕ ℤ ℚ ℝ) nor a decidable hypothesis +UNSUPPORTED: SourcePinPreservingQuartic.lean::I4SourcePinPreservingQuartic.source_word_3_xxy: binder ( ω : SmoothSample 2 L ) is neither a sampled numeric type (ℕ ℤ ℚ ℝ) nor a decidable hypothesis +UNSUPPORTED: SourcePinPreservingQuartic.lean::I4SourcePinPreservingQuartic.source_word_3_xyx: binder ( ω : SmoothSample 2 L ) is neither a sampled numeric type (ℕ ℤ ℚ ℝ) nor a decidable hypothesis +UNSUPPORTED: SourcePinPreservingQuartic.lean::I4SourcePinPreservingQuartic.source_word_3_xyy: binder ( ω : SmoothSample 2 L ) is neither a sampled numeric type (ℕ ℤ ℚ ℝ) nor a decidable hypothesis +UNSUPPORTED: SourcePinPreservingQuartic.lean::I4SourcePinPreservingQuartic.source_word_3_yxx: binder ( ω : SmoothSample 2 L ) is neither a sampled numeric type (ℕ ℤ ℚ ℝ) nor a decidable hypothesis +UNSUPPORTED: SourcePinPreservingQuartic.lean::I4SourcePinPreservingQuartic.source_word_3_yxy: binder ( ω : SmoothSample 2 L ) is neither a sampled numeric type (ℕ ℤ ℚ ℝ) nor a decidable hypothesis +UNSUPPORTED: SourcePinPreservingQuartic.lean::I4SourcePinPreservingQuartic.source_word_3_yyx: binder ( ω : SmoothSample 2 L ) is neither a sampled numeric type (ℕ ℤ ℚ ℝ) nor a decidable hypothesis +UNSUPPORTED: SourcePinPreservingQuartic.lean::I4SourcePinPreservingQuartic.source_word_3_yyy: binder ( ω : SmoothSample 2 L ) is neither a sampled numeric type (ℕ ℤ ℚ ℝ) nor a decidable hypothesis +UNSUPPORTED: SourcePinPreservingQuartic.lean::I4SourcePinPreservingQuartic.source_word_4_xxxx: binder ( ω : SmoothSample 2 L ) is neither a sampled numeric type (ℕ ℤ ℚ ℝ) nor a decidable hypothesis +UNSUPPORTED: SourcePinPreservingQuartic.lean::I4SourcePinPreservingQuartic.source_word_4_xxxy: binder ( ω : SmoothSample 2 L ) is neither a sampled numeric type (ℕ ℤ ℚ ℝ) nor a decidable hypothesis +UNSUPPORTED: SourcePinPreservingQuartic.lean::I4SourcePinPreservingQuartic.source_word_4_xxyx: binder ( ω : SmoothSample 2 L ) is neither a sampled numeric type (ℕ ℤ ℚ ℝ) nor a decidable hypothesis +UNSUPPORTED: SourcePinPreservingQuartic.lean::I4SourcePinPreservingQuartic.source_word_4_xxyy: binder ( ω : SmoothSample 2 L ) is neither a sampled numeric type (ℕ ℤ ℚ ℝ) nor a decidable hypothesis +UNSUPPORTED: SourcePinPreservingQuartic.lean::I4SourcePinPreservingQuartic.source_word_4_xyxx: binder ( ω : SmoothSample 2 L ) is neither a sampled numeric type (ℕ ℤ ℚ ℝ) nor a decidable hypothesis +UNSUPPORTED: SourcePinPreservingQuartic.lean::I4SourcePinPreservingQuartic.source_word_4_xyxy: binder ( ω : SmoothSample 2 L ) is neither a sampled numeric type (ℕ ℤ ℚ ℝ) nor a decidable hypothesis +UNSUPPORTED: SourcePinPreservingQuartic.lean::I4SourcePinPreservingQuartic.source_word_4_xyyx: binder ( ω : SmoothSample 2 L ) is neither a sampled numeric type (ℕ ℤ ℚ ℝ) nor a decidable hypothesis +UNSUPPORTED: SourcePinPreservingQuartic.lean::I4SourcePinPreservingQuartic.source_word_4_xyyy: binder ( ω : SmoothSample 2 L ) is neither a sampled numeric type (ℕ ℤ ℚ ℝ) nor a decidable hypothesis +UNSUPPORTED: SourcePinPreservingQuartic.lean::I4SourcePinPreservingQuartic.source_word_4_yxxx: binder ( ω : SmoothSample 2 L ) is neither a sampled numeric type (ℕ ℤ ℚ ℝ) nor a decidable hypothesis +UNSUPPORTED: SourcePinPreservingQuartic.lean::I4SourcePinPreservingQuartic.source_word_4_yxxy: binder ( ω : SmoothSample 2 L ) is neither a sampled numeric type (ℕ ℤ ℚ ℝ) nor a decidable hypothesis +UNSUPPORTED: SourcePinPreservingQuartic.lean::I4SourcePinPreservingQuartic.source_word_4_yxyx: binder ( ω : SmoothSample 2 L ) is neither a sampled numeric type (ℕ ℤ ℚ ℝ) nor a decidable hypothesis +UNSUPPORTED: SourcePinPreservingQuartic.lean::I4SourcePinPreservingQuartic.source_word_4_yxyy: binder ( ω : SmoothSample 2 L ) is neither a sampled numeric type (ℕ ℤ ℚ ℝ) nor a decidable hypothesis +UNSUPPORTED: SourcePinPreservingQuartic.lean::I4SourcePinPreservingQuartic.source_word_4_yyxx: binder ( ω : SmoothSample 2 L ) is neither a sampled numeric type (ℕ ℤ ℚ ℝ) nor a decidable hypothesis +UNSUPPORTED: SourcePinPreservingQuartic.lean::I4SourcePinPreservingQuartic.source_word_4_yyxy: binder ( ω : SmoothSample 2 L ) is neither a sampled numeric type (ℕ ℤ ℚ ℝ) nor a decidable hypothesis +UNSUPPORTED: SourcePinPreservingQuartic.lean::I4SourcePinPreservingQuartic.source_word_4_yyyx: binder ( ω : SmoothSample 2 L ) is neither a sampled numeric type (ℕ ℤ ℚ ℝ) nor a decidable hypothesis +UNSUPPORTED: SourcePinPreservingQuartic.lean::I4SourcePinPreservingQuartic.source_word_4_yyyy: binder ( ω : SmoothSample 2 L ) is neither a sampled numeric type (ℕ ℤ ℚ ℝ) nor a decidable hypothesis +UNSUPPORTED: SourcePinPreservingQuartic.lean::I4SourcePinPreservingQuartic.source_third_ppx_expansion: binder ( ω : SmoothSample 2 L ) is neither a sampled numeric type (ℕ ℤ ℚ ℝ) nor a decidable hypothesis +UNSUPPORTED: SourcePinPreservingQuartic.lean::I4SourcePinPreservingQuartic.source_third_ppy_expansion: binder ( ω : SmoothSample 2 L ) is neither a sampled numeric type (ℕ ℤ ℚ ℝ) nor a decidable hypothesis +UNSUPPORTED: SourcePinPreservingQuartic.lean::I4SourcePinPreservingQuartic.source_fourth_pppx_expansion: binder ( ω : SmoothSample 2 L ) is neither a sampled numeric type (ℕ ℤ ℚ ℝ) nor a decidable hypothesis +UNSUPPORTED: SourcePinPreservingQuartic.lean::I4SourcePinPreservingQuartic.source_fourth_pppy_expansion: binder ( ω : SmoothSample 2 L ) is neither a sampled numeric type (ℕ ℤ ℚ ℝ) nor a decidable hypothesis +UNSUPPORTED: SourcePinPreservingQuartic.lean::I4SourcePinPreservingQuartic.source_second_p_basis: binder ( ω : SmoothSample 2 L ) is neither a sampled numeric type (ℕ ℤ ℚ ℝ) nor a decidable hypothesis +UNSUPPORTED: SourcePinPreservingQuartic.lean::I4SourcePinPreservingQuartic.source_third_p_basis_basis: binder ( ω : SmoothSample 2 L ) is neither a sampled numeric type (ℕ ℤ ℚ ℝ) nor a decidable hypothesis +UNSUPPORTED: SourcePinPreservingQuartic.lean::I4SourcePinPreservingQuartic.source_fourth_pp_basis_basis: binder ( ω : SmoothSample 2 L ) is neither a sampled numeric type (ℕ ℤ ℚ ℝ) nor a decidable hypothesis +UNSUPPORTED: SourcePinPreservingQuartic.lean::I4SourcePinPreservingQuartic.hasFDerivAt_pinPreservingQuartic: proposition of form App +UNSUPPORTED: SourcePinPreservingQuartic.lean::I4SourcePinPreservingQuartic.fderiv_pinPreservingQuartic: result type EuclideanSpace ℝ ( Fin 2 ) → L [ ℝ ] EuclideanSpace ℝ ( Fin 2 ) +UNSUPPORTED: SourcePinPreservingQuartic.lean::I4SourcePinPreservingQuartic.sourceGradientTaylorRaw_sub_quartic_zero: binder ( ω : SmoothSample 2 L ) is neither a sampled numeric type (ℕ ℤ ℚ ℝ) nor a decidable hypothesis +UNSUPPORTED: SourcePinPreservingQuartic.lean::I4SourcePinPreservingQuartic.sourceGradientTaylorRaw_sub_quartic_one: binder ( ω : SmoothSample 2 L ) is neither a sampled numeric type (ℕ ℤ ℚ ℝ) nor a decidable hypothesis +UNSUPPORTED: SourcePinPreservingQuartic.lean::I4SourcePinPreservingQuartic.source_second_transpose: binder ( ω : SmoothSample 2 L ) is neither a sampled numeric type (ℕ ℤ ℚ ℝ) nor a decidable hypothesis +UNSUPPORTED: SourcePinPreservingQuartic.lean::I4SourcePinPreservingQuartic.coordinateDirection_eq_array: vector literal of non-scalar entries +UNSUPPORTED: SourcePinPreservingQuartic.lean::I4SourcePinPreservingQuartic.sourceHessianTaylor_sub_quarticJacobian: binder ( ω : SmoothSample 2 L ) is neither a sampled numeric type (ℕ ℤ ℚ ℝ) nor a decidable hypothesis +UNSUPPORTED: SourcePinPreservingQuartic.lean::I4SourcePinPreservingQuartic.matrixLinearEuclidean_sub: result type EuclideanSpace ℝ ( Fin 2 ) → L [ ℝ ] EuclideanSpace ℝ ( Fin 2 ) +CORROBORATED: SourcePinPreservingQuartic.lean::I4SourcePinPreservingQuartic.coordinateDirection_norm_le_one: holds on 2 sampled instances satisfying the hypotheses (0 draws rejected by the hypotheses, 0 infeasible, seed 1): sampling is admitted evidence of the statement, not a proof of it — WEAK: only 2 inst +UNSUPPORTED: SourcePinPreservingQuartic.lean::I4SourcePinPreservingQuartic.sourceScaledGradientRaw_apply: binder ( ω : SmoothSample 2 L ) is neither a sampled numeric type (ℕ ℤ ℚ ℝ) nor a decidable hypothesis +UNSUPPORTED: SourcePinPreservingQuartic.lean::I4SourcePinPreservingQuartic.source_scaled_gradient_taylor_coordinate_error: binder ( ω : SmoothSample 2 L ) is neither a sampled numeric type (ℕ ℤ ℚ ℝ) nor a decidable hypothesis +UNSUPPORTED: SourcePinPreservingQuartic.lean::I4SourcePinPreservingQuartic.source_scaled_gradient_taylor_error: binder ( ω : SmoothSample 2 L ) is neither a sampled numeric type (ℕ ℤ ℚ ℝ) nor a decidable hypothesis +UNSUPPORTED: SourcePinPreservingQuartic.lean::I4SourcePinPreservingQuartic.source_scaled_hessian_taylor_coordinate_error: binder ( ω : SmoothSample 2 L ) is neither a sampled numeric type (ℕ ℤ ℚ ℝ) nor a decidable hypothesis +UNSUPPORTED: SourcePinPreservingQuartic.lean::I4SourcePinPreservingQuartic.source_scaled_hessian_taylor_error: binder ( ω : SmoothSample 2 L ) is neither a sampled numeric type (ℕ ℤ ℚ ℝ) nor a decidable hypothesis +UNSUPPORTED: SourcePinPreservingQuartic.lean::I4SourcePinPreservingQuartic.coefficient_vector_error_le: unknown function toLp +UNSUPPORTED: SourcePinPreservingQuartic.lean::I4SourcePinPreservingQuartic.coefficient_matrix_error_le: result type EuclideanSpace ℝ ( Fin 2 ) → L [ ℝ ] EuclideanSpace ℝ ( Fin 2 ) +UNSUPPORTED: SourcePinPreservingQuartic.lean::I4SourcePinPreservingQuartic.actual_normalized_coefficient_errors: binder ( ω : SmoothSample 2 L ) is neither a sampled numeric type (ℕ ℤ ℚ ℝ) nor a decidable hypothesis +UNSUPPORTED: SourcePinPreservingQuartic.lean::I4SourcePinPreservingQuartic.sourceGradientTaylor_quartic_error_le: binder ( ω : SmoothSample 2 L ) is neither a sampled numeric type (ℕ ℤ ℚ ℝ) nor a decidable hypothesis +UNSUPPORTED: SourcePinPreservingQuartic.lean::I4SourcePinPreservingQuartic.sourceHessianTaylor_quartic_error_le: binder ( ω : SmoothSample 2 L ) is neither a sampled numeric type (ℕ ℤ ℚ ℝ) nor a decidable hypothesis +UNSUPPORTED: SourcePinPreservingQuartic.lean::I4SourcePinPreservingQuartic.sourceScaledPotential_hasGradientAt: binder ( ω : SmoothSample 2 L ) is neither a sampled numeric type (ℕ ℤ ℚ ℝ) nor a decidable hypothesis +UNSUPPORTED: SourcePinPreservingQuartic.lean::I4SourcePinPreservingQuartic.sourceScaledGradient_eq_gradient: binder ( ω : SmoothSample 2 L ) is neither a sampled numeric type (ℕ ℤ ℚ ℝ) nor a decidable hypothesis +UNSUPPORTED: SourcePinPreservingQuartic.lean::I4SourcePinPreservingQuartic.sourceScaledGradient_smooth: binder ( ω : SmoothSample 2 L ) is neither a sampled numeric type (ℕ ℤ ℚ ℝ) nor a decidable hypothesis +UNSUPPORTED: SourcePinPreservingQuartic.lean::I4SourcePinPreservingQuartic.pinPreservingQuartic_pins: unknown function let +UNSUPPORTED: SourcePinPreservingQuartic.lean::I4SourcePinPreservingQuartic.sourceScaledGradient_pins: binder ( ω : SmoothSample 2 L ) is neither a sampled numeric type (ℕ ℤ ℚ ℝ) nor a decidable hypothesis +UNSUPPORTED: SourcePinPreservingQuartic.lean::I4SourcePinPreservingQuartic.sourceQuartic_value_comparison: binder ( ω : SmoothSample 2 L ) is neither a sampled numeric type (ℕ ℤ ℚ ℝ) nor a decidable hypothesis +UNSUPPORTED: SourcePinPreservingQuartic.lean::I4SourcePinPreservingQuartic.sourceQuartic_operator_comparison: binder ( ω : SmoothSample 2 L ) is neither a sampled numeric type (ℕ ℤ ℚ ℝ) nor a decidable hypothesis +UNSUPPORTED: SourcePinPreservingQuartic.lean::I4SourcePinPreservingQuartic.sourceQuartic_C1_comparison: binder ( ω : SmoothSample 2 L ) is neither a sampled numeric type (ℕ ℤ ℚ ℝ) nor a decidable hypothesis +UNSUPPORTED: SourcePinPreservingQuartic.lean::I4SourcePinPreservingQuartic.sourceQuartic_cutoff_tolerance: binder ( ω : SmoothSample 2 L ) is neither a sampled numeric type (ℕ ℤ ℚ ℝ) nor a decidable hypothesis +UNSUPPORTED: SourcePinPreservingQuartic.lean::I4SourcePinPreservingQuartic.sourceQuartic_curvature_threshold: binder ( ω : SmoothSample 2 L ) is neither a sampled numeric type (ℕ ℤ ℚ ℝ) nor a decidable hypothesis +UNSUPPORTED: SourcePinPreservingQuartic.lean::I4SourcePinPreservingQuartic.sourceQuartic_C1_comparison_ae: binder ( hG : IsUnit ( sourcePinCovarianceAt L r ) ) is neither a sampled numeric type (ℕ ℤ ℚ ℝ) nor a decidable hypothesis +UNSUPPORTED: SourcePinPreservingQuartic.lean::I4SourcePinPreservingQuartic.sourceQuartic_C1_estimates: unsupported syntax: existential quantifier +UNSUPPORTED: SourcePinPreservingQuartic.lean::I4SourcePinPreservingQuartic.sourceRawU_abs_le_radius: binder ( ω : SmoothSample 2 L ) is neither a sampled numeric type (ℕ ℤ ℚ ℝ) nor a decidable hypothesis +UNSUPPORTED: SourcePinPreservingQuartic.lean::I4SourcePinPreservingQuartic.sourceQuartic_Fstar_le_radius: binder ( ω : SmoothSample 2 L ) is neither a sampled numeric type (ℕ ℤ ℚ ℝ) nor a decidable hypothesis +UNSUPPORTED: SourcePinPreservingQuartic.lean::I4SourcePinPreservingQuartic.sourceQuartic_width_size: binder ( ω : SmoothSample 2 L ) is neither a sampled numeric type (ℕ ℤ ℚ ℝ) nor a decidable hypothesis +UNSUPPORTED: SourcePinPreservingQuartic.lean::I4SourcePinPreservingQuartic.sourceQuartic_width_geometry: binder ( ω : SmoothSample 2 L ) is neither a sampled numeric type (ℕ ℤ ℚ ℝ) nor a decidable hypothesis +CORROBORATED: SourcePinPreservingQuartic.lean::I4SourcePinPreservingQuartic.quartic_strip_in_ball_two: holds on 64 sampled instances satisfying the hypotheses (315 draws rejected by the hypotheses, 0 infeasible, seed 1): sampling is admitted evidence of the statement, not a proof of it +UNSUPPORTED: SourcePinPreservingQuartic.lean::I4SourcePinPreservingQuartic.quartic_endpoint_ball_in_ball_two: unknown name c +UNSUPPORTED: SourcePinPreservingQuartic.lean::I4SourcePinPreservingQuartic.quartic_axis_endpoint_norm: unknown function toLp +UNSUPPORTED: SourcePinPreservingQuartic.lean::I4SourcePinPreservingQuartic.sourceQuartic_cutoff_estimates: unsupported syntax: existential quantifier +UNSUPPORTED: SourcePinPreservingQuartic.lean::I4SourcePinPreservingQuartic.sourceQuartic_weighted_C1_estimates: unsupported syntax: existential quantifier +UNSUPPORTED: SourcePinPreservingQuartic.lean::I4SourcePinPreservingQuartic.sourceQuartic_weighted_cutoff_estimates: unsupported syntax: existential quantifier +CORROBORATED: SourceQuarticCaptureAlgebra.lean::I4QuarticCaptureAlgebra.rawRadius_one_le: holds on 64 sampled instances satisfying the hypotheses (0 draws rejected by the hypotheses, 0 infeasible, seed 1): sampling is admitted evidence of the statement, not a proof of it +CORROBORATED: SourceQuarticCaptureAlgebra.lean::I4QuarticCaptureAlgebra.rawRadius_pos: holds on 64 sampled instances satisfying the hypotheses (0 draws rejected by the hypotheses, 0 infeasible, seed 1): sampling is admitted evidence of the statement, not a proof of it +CORROBORATED: SourceQuarticCaptureAlgebra.lean::I4QuarticCaptureAlgebra.rawRadius_sum_abs_eq: holds on 64 sampled instances satisfying the hypotheses (0 draws rejected by the hypotheses, 0 infeasible, seed 1): sampling is admitted evidence of the statement, not a proof of it +CORROBORATED: SourceQuarticCaptureAlgebra.lean::I4QuarticCaptureAlgebra.rawRadius_coord_abs_le_sub_one: holds on 64 sampled instances satisfying the hypotheses (0 draws rejected by the hypotheses, 0 infeasible, seed 1): sampling is admitted evidence of the statement, not a proof of it +CORROBORATED: SourceQuarticCaptureAlgebra.lean::I4QuarticCaptureAlgebra.rawRadius_coord_abs_le: holds on 64 sampled instances satisfying the hypotheses (0 draws rejected by the hypotheses, 0 infeasible, seed 1): sampling is admitted evidence of the statement, not a proof of it +CORROBORATED: SourceQuarticCaptureAlgebra.lean::I4QuarticCaptureAlgebra.captureWidth_pos: holds on 64 sampled instances satisfying the hypotheses (3 draws rejected by the hypotheses, 0 infeasible, seed 1): sampling is admitted evidence of the statement, not a proof of it +CORROBORATED: SourceQuarticCaptureAlgebra.lean::I4QuarticCaptureAlgebra.captureFstar_le_radius: holds on 64 sampled instances satisfying the hypotheses (2 draws rejected by the hypotheses, 0 infeasible, seed 1): sampling is admitted evidence of the statement, not a proof of it +CORROBORATED: SourceQuarticCaptureAlgebra.lean::I4QuarticCaptureAlgebra.captureWidth_radius_le: holds on 64 sampled instances satisfying the hypotheses (2 draws rejected by the hypotheses, 0 infeasible, seed 1): sampling is admitted evidence of the statement, not a proof of it +CORROBORATED: SourceQuarticCaptureAlgebra.lean::I4QuarticCaptureAlgebra.captureWidth_le: holds on 64 sampled instances satisfying the hypotheses (2 draws rejected by the hypotheses, 0 infeasible, seed 1): sampling is admitted evidence of the statement, not a proof of it +CORROBORATED: SourceQuarticCaptureAlgebra.lean::I4QuarticCaptureAlgebra.captureWidth_le_one_sixteenth: holds on 64 sampled instances satisfying the hypotheses (2 draws rejected by the hypotheses, 0 infeasible, seed 1): sampling is admitted evidence of the statement, not a proof of it +CORROBORATED: SourceQuarticCaptureAlgebra.lean::I4QuarticCaptureAlgebra.captureWidth_radius_le_one_sixtyfourth: holds on 64 sampled instances satisfying the hypotheses (2 draws rejected by the hypotheses, 0 infeasible, seed 1): sampling is admitted evidence of the statement, not a proof of it +UNSUPPORTED: SourceQuarticCaptureAlgebra.lean::I4QuarticCaptureAlgebra.capture_r_le_width: binder ( hreg : regular r U ) is neither a sampled numeric type (ℕ ℤ ℚ ℝ) nor a decidable hypothesis +CORROBORATED: SourceQuarticCaptureAlgebra.lean::I4QuarticCaptureAlgebra.captureSigma_pos: holds on 64 sampled instances satisfying the hypotheses (3 draws rejected by the hypotheses, 0 infeasible, seed 1): sampling is admitted evidence of the statement, not a proof of it +CORROBORATED: SourceQuarticCaptureAlgebra.lean::I4QuarticCaptureAlgebra.captureSigma_le: holds on 64 sampled instances satisfying the hypotheses (2 draws rejected by the hypotheses, 0 infeasible, seed 1): sampling is admitted evidence of the statement, not a proof of it +CORROBORATED: SourceQuarticCaptureAlgebra.lean::I4QuarticCaptureAlgebra.four_captureWidth_le_captureSigma: holds on 64 sampled instances satisfying the hypotheses (3 draws rejected by the hypotheses, 0 infeasible, seed 1): sampling is admitted evidence of the statement, not a proof of it +CORROBORATED: SourceQuarticCaptureAlgebra.lean::I4QuarticCaptureAlgebra.abs_mul_three_le: holds on 64 sampled instances satisfying the hypotheses (3 draws rejected by the hypotheses, 0 infeasible, seed 1): sampling is admitted evidence of the statement, not a proof of it +CORROBORATED: SourceQuarticCaptureAlgebra.lean::I4QuarticCaptureAlgebra.abs_mul_two_le: holds on 64 sampled instances satisfying the hypotheses (3 draws rejected by the hypotheses, 0 infeasible, seed 1): sampling is admitted evidence of the statement, not a proof of it +CORROBORATED: SourceQuarticCaptureAlgebra.lean::I4QuarticCaptureAlgebra.abs_add_six_le: holds on 64 sampled instances satisfying the hypotheses (3 draws rejected by the hypotheses, 0 infeasible, seed 1): sampling is admitted evidence of the statement, not a proof of it +CORROBORATED: SourceQuarticCaptureAlgebra.lean::I4QuarticCaptureAlgebra.abs_add_five_le: holds on 64 sampled instances satisfying the hypotheses (3 draws rejected by the hypotheses, 0 infeasible, seed 1): sampling is admitted evidence of the statement, not a proof of it +CORROBORATED: SourceQuarticCaptureAlgebra.lean::I4QuarticCaptureAlgebra.strip_coordinate_bounds: holds on 64 sampled instances satisfying the hypotheses (412 draws rejected by the hypotheses, 0 infeasible, seed 1): sampling is admitted evidence of the statement, not a proof of it +CORROBORATED: SourceQuarticCaptureAlgebra.lean::I4QuarticCaptureAlgebra.quartic_transverse_forcing_bound: holds on 64 sampled instances satisfying the hypotheses (6 draws rejected by the hypotheses, 0 infeasible, seed 1): sampling is admitted evidence of the statement, not a proof of it +CORROBORATED: SourceQuarticCaptureAlgebra.lean::I4QuarticCaptureAlgebra.abs_mul_four_le: holds on 64 sampled instances satisfying the hypotheses (3 draws rejected by the hypotheses, 0 infeasible, seed 1): sampling is admitted evidence of the statement, not a proof of it +CORROBORATED: SourceQuarticCaptureAlgebra.lean::I4QuarticCaptureAlgebra.quartic_transverse_remainder_bound: holds on 64 sampled instances satisfying the hypotheses (76 draws rejected by the hypotheses, 0 infeasible, seed 1): sampling is admitted evidence of the statement, not a proof of it +CORROBORATED: SourceQuarticCaptureAlgebra.lean::I4QuarticCaptureAlgebra.quartic_axial_remainder_bound: holds on 64 sampled instances satisfying the hypotheses (282 draws rejected by the hypotheses, 0 infeasible, seed 1): sampling is admitted evidence of the statement, not a proof of it +CORROBORATED: SourceQuarticCaptureAlgebra.lean::I4QuarticCaptureAlgebra.width_identity: holds on 64 sampled instances satisfying the hypotheses (0 draws rejected by the hypotheses, 0 infeasible, seed 1): sampling is admitted evidence of the statement, not a proof of it +UNSUPPORTED: SourceQuarticCaptureAlgebra.lean::I4QuarticCaptureAlgebra.transverse_decomposition: unknown function let +UNSUPPORTED: SourceQuarticCaptureAlgebra.lean::I4QuarticCaptureAlgebra.quartic_strip_upper: hypothesis ( hs : q / r ≤ - ( 2 * quarticK0 * rawRadius U ^ 5 + 2 * rawRadius U ) ) mentions undeclared names ['quarticK0'] +UNSUPPORTED: SourceQuarticCaptureAlgebra.lean::I4QuarticCaptureAlgebra.quartic_strip_lower: hypothesis ( hs : q / r ≤ - ( 2 * quarticK0 * rawRadius U ^ 5 + 2 * rawRadius U ) ) mentions undeclared names ['quarticK0'] +UNSUPPORTED: SourceQuarticCaptureAlgebra.lean::I4QuarticCaptureAlgebra.quartic_central_transit: binder ( hreg : regular r U ) is neither a sampled numeric type (ℕ ℤ ℚ ℝ) nor a decidable hypothesis +UNSUPPORTED: SourceQuarticCaptureAlgebra.lean::I4QuarticCaptureAlgebra.euclidean_component_error_le: binder ( v w : SourcePlane ) is neither a sampled numeric type (ℕ ℤ ℚ ℝ) nor a decidable hypothesis +UNSUPPORTED: SourceQuarticCaptureAlgebra.lean::I4QuarticCaptureAlgebra.capture_strip_in_ball_two: unknown function WithLp.toLp +UNSUPPORTED: SourceQuarticCaptureAlgebra.lean::I4QuarticCaptureAlgebra.source_component_error_le: binder ( ω : SmoothSample 2 L ) is neither a sampled numeric type (ℕ ℤ ℚ ℝ) nor a decidable hypothesis +UNSUPPORTED: SourceQuarticCaptureAlgebra.lean::I4QuarticCaptureAlgebra.source_actual_strip_gates: binder ( ω : SmoothSample 2 L ) is neither a sampled numeric type (ℕ ℤ ℚ ℝ) nor a decidable hypothesis +UNSUPPORTED: SourceQuarticCaptureAlgebra.lean::I4QuarticCaptureAlgebra.source_actual_central_gate: binder ( ω : SmoothSample 2 L ) is neither a sampled numeric type (ℕ ℤ ℚ ℝ) nor a decidable hypothesis +UNSUPPORTED: SourceQuarticCaptureAlgebra.lean::I4QuarticCaptureAlgebra.source_actual_gates_estimates: unsupported syntax: existential quantifier +UNSUPPORTED: SourceQuarticCaptureAlgebra.lean::I4QuarticCaptureAlgebra.source_actual_weighted_gates_estimates: unsupported syntax: existential quantifier +UNSUPPORTED: SourceRawPinConditioning.lean::I4SourceRawPinConditioning.rawPinCoefficient_summable: proposition of form App +UNSUPPORTED: SourceRawPinConditioning.lean::I4SourceRawPinConditioning.rawPins_series: binder ( ω : SmoothSample 2 L ) is neither a sampled numeric type (ℕ ℤ ℚ ℝ) nor a decidable hypothesis +UNSUPPORTED: SourceRawPinConditioning.lean::I4SourceRawPinConditioning.rawPins_measurable: conclusion is a structural predicate ['Measurable']: trivial on finite discrete models (every set is measurable, every function measurable and integrable), so sampling has no content here +UNSUPPORTED: SourceRawPinConditioning.lean::I4SourceRawPinConditioning.rawPinCovariance_coefficient: unsupported syntax: infinite sum ∑' (tsum / tprod) is outside the interpreter +UNSUPPORTED: SourceRawPinConditioning.lean::I4SourceRawPinConditioning.confluentMatrix_mulVec: unsupported syntax: notation 'ᵥ' +UNSUPPORTED: SourceRawPinConditioning.lean::I4SourceRawPinConditioning.confluentMatrix_isUnit: proposition of form App +UNSUPPORTED: SourceRawPinConditioning.lean::I4SourceRawPinConditioning.pinCoefficient_eq_confluentMatrix: binder ( m : SourceMode 2 ) is neither a sampled numeric type (ℕ ℤ ℚ ℝ) nor a decidable hypothesis +UNSUPPORTED: SourceRawPinConditioning.lean::I4SourceRawPinConditioning.sourceConfluentPinsAt_eq_matrix: binder ( ω : SmoothSample 2 L ) is neither a sampled numeric type (ℕ ℤ ℚ ℝ) nor a decidable hypothesis +UNSUPPORTED: SourceRawPinConditioning.lean::I4SourceRawPinConditioning.covariance_matrix_congruence: binder ( X : Ω → n → ℝ ) is neither a sampled numeric type (ℕ ℤ ℚ ℝ) nor a decidable hypothesis +UNSUPPORTED: SourceRawPinConditioning.lean::I4SourceRawPinConditioning.isUnit_middle_of_congruence: binder ( T G : Matrix n n ℝ ) is neither a sampled numeric type (ℕ ℤ ℚ ℝ) nor a decidable hypothesis +UNSUPPORTED: SourceRawPinConditioning.lean::I4SourceRawPinConditioning.rawPinCovariance_congruence: expression Lambda +UNSUPPORTED: SourceRawPinConditioning.lean::I4SourceRawPinConditioning.rawPinCovariance_isUnit: binder ( hG : IsUnit ( sourcePinCovarianceAt L r ) ) is neither a sampled numeric type (ℕ ℤ ℚ ℝ) nor a decidable hypothesis +UNSUPPORTED: SourceRawPinConditioning.lean::I4SourceRawPinConditioning.inverse_congruence: binder ( T G : Matrix n n ℝ ) is neither a sampled numeric type (ℕ ℤ ℚ ℝ) nor a decidable hypothesis +UNSUPPORTED: SourceRawPinConditioning.lean::I4SourceRawPinConditioning.inverse_congruence_mulVec: binder ( T G : Matrix n n ℝ ) is neither a sampled numeric type (ℕ ℤ ℚ ℝ) nor a decidable hypothesis +UNSUPPORTED: SourceRawPinConditioning.lean::I4SourceRawPinConditioning.coefficient_lift_congr: binder ( T G : Matrix n n ℝ ) is neither a sampled numeric type (ℕ ℤ ℚ ℝ) nor a decidable hypothesis +UNSUPPORTED: SourceRawPinConditioning.lean::I4SourceRawPinConditioning.rawPinLift_goodSample: definition rawPinLift has an unparsed body +UNSUPPORTED: SourceRawPinConditioning.lean::I4SourceRawPinConditioning.rawPinLift_measurable: conclusion is a structural predicate ['Measurable']: trivial on finite discrete models (every set is measurable, every function measurable and integrable), so sampling has no content here +UNSUPPORTED: SourceRawPinConditioning.lean::I4SourceRawPinConditioning.pinLift_confluent_eq_raw: binder ( m : SourceMode 2 ) is neither a sampled numeric type (ℕ ℤ ℚ ℝ) nor a decidable hypothesis +UNSUPPORTED: SourceRawPinConditioning.lean::I4SourceRawPinConditioning.rawPosteriorSample_val: binder ( ω : SmoothSample 2 L ) is neither a sampled numeric type (ℕ ℤ ℚ ℝ) nor a decidable hypothesis +UNSUPPORTED: SourceRawPinConditioning.lean::I4SourceRawPinConditioning.rawPosteriorSample_measurable: conclusion is a structural predicate ['Measurable']: trivial on finite discrete models (every set is measurable, every function measurable and integrable), so sampling has no content here +UNSUPPORTED: SourceRawPinConditioning.lean::I4SourceRawPinConditioning.rawPosteriorSample_eq_posteriorSample: binder ( ω : SmoothSample 2 L ) is neither a sampled numeric type (ℕ ℤ ℚ ℝ) nor a decidable hypothesis +UNSUPPORTED: SourceRawPinConditioning.lean::I4SourceRawPinConditioning.rawPinKernel_apply: result type Kernel ( Fin 6 → ℝ ) ( SmoothSample 2 L ) +UNSUPPORTED: SourceRawPinConditioning.lean::I4SourceRawPinConditioning.rawPinKernel_eq_confluent: result type Kernel ( Fin 6 → ℝ ) ( SmoothSample 2 L ) +UNSUPPORTED: SourceRawPinConditioning.lean::I4SourceRawPinConditioning.rawPinKernel_eq_comap: result type Kernel ( Fin 6 → ℝ ) ( SmoothSample 2 L ) +UNSUPPORTED: SourceRawPinConditioning.lean::I4SourceRawPinConditioning.rawPosteriorSample_rawPins: binder ( hG : IsUnit ( sourcePinCovarianceAt L r ) ) is neither a sampled numeric type (ℕ ℤ ℚ ℝ) nor a decidable hypothesis +UNSUPPORTED: SourceRawPinConditioning.lean::I4SourceRawPinConditioning.rawPinKernel_pin_map: binder ( hG : IsUnit ( sourcePinCovarianceAt L r ) ) is neither a sampled numeric type (ℕ ℤ ℚ ℝ) nor a decidable hypothesis +UNSUPPORTED: SourceRawPinConditioning.lean::I4SourceRawPinConditioning.rawPinKernel_pin_fiber: binder ( hG : IsUnit ( sourcePinCovarianceAt L r ) ) is neither a sampled numeric type (ℕ ℤ ℚ ℝ) nor a decidable hypothesis +UNSUPPORTED: SourceRawPinConditioning.lean::I4SourceRawPinConditioning.rawPinKernel_hasCondDistrib: binder ( hG : IsUnit ( sourcePinCovarianceAt L r ) ) is neither a sampled numeric type (ℕ ℤ ℚ ℝ) nor a decidable hypothesis +UNSUPPORTED: SourceRawPinConditioning.lean::I4SourceRawPinConditioning.rawPinKernel_map_hasCondDistrib: binder ( hG : IsUnit ( sourcePinCovarianceAt L r ) ) is neither a sampled numeric type (ℕ ℤ ℚ ℝ) nor a decidable hypothesis +UNSUPPORTED: SourceRawPinConditioning.lean::I4SourceRawPinConditioning.rawPinCovariance_eventually_isUnit: unparsed statement: SyntaxError: expected ',', got r +UNSUPPORTED: SourceRawPinConditioning.lean::I4SourceRawPinConditioning.rawPinKernel_eventually_hasCondDistrib: unparsed statement: SyntaxError: expected ',', got r +UNSUPPORTED: SourceRawPinConditioning.lean::I4SourceRawPinConditioning.rawPinKernel_prescribed: result type Kernel ( Fin 6 → ℝ ) ( SmoothSample 2 L ) +UNSUPPORTED: SourceRawPinConditioning.lean::I4SourceRawPinConditioning.rawPrescribedWeightedMeasure_eq: result type Measure ( SmoothSample 2 L ) +UNSUPPORTED: SourceRawPinConditioning.lean::I4SourceRawPinConditioning.rawPrescribedWeightedMeasure_estimates: unsupported syntax: existential quantifier +UNSUPPORTED: SourceRawPinFreeCoordinates.lean::I4SourceRawPinFreeCoordinates.freeLift_apply: binder ( F : RawPinFreeFrame L r n ) is neither a sampled numeric type (ℕ ℤ ℚ ℝ) nor a decidable hypothesis +UNSUPPORTED: SourceRawPinFreeCoordinates.lean::I4SourceRawPinFreeCoordinates.freeShiftSample_val: binder ( F : RawPinFreeFrame L r n ) is neither a sampled numeric type (ℕ ℤ ℚ ℝ) nor a decidable hypothesis +UNSUPPORTED: SourceRawPinFreeCoordinates.lean::I4SourceRawPinFreeCoordinates.freeResidualSample_val: binder ( F : RawPinFreeFrame L r n ) is neither a sampled numeric type (ℕ ℤ ℚ ℝ) nor a decidable hypothesis +UNSUPPORTED: SourceRawPinFreeCoordinates.lean::I4SourceRawPinFreeCoordinates.finitePairing_eq_tsum: binder ( v : ι → ₀ ℝ ) is neither a sampled numeric type (ℕ ℤ ℚ ℝ) nor a decidable hypothesis +UNSUPPORTED: SourceRawPinFreeCoordinates.lean::I4SourceRawPinFreeCoordinates.chi_summable: binder ( F : RawPinFreeFrame L r n ) is neither a sampled numeric type (ℕ ℤ ℚ ℝ) nor a decidable hypothesis +UNSUPPORTED: SourceRawPinFreeCoordinates.lean::I4SourceRawPinFreeCoordinates.chi_normSquared: binder ( F : RawPinFreeFrame L r n ) is neither a sampled numeric type (ℕ ℤ ℚ ℝ) nor a decidable hypothesis +UNSUPPORTED: SourceRawPinFreeCoordinates.lean::I4SourceRawPinFreeCoordinates.freeCoordinate_eq_unitDirection: binder ( F : RawPinFreeFrame L r n ) is neither a sampled numeric type (ℕ ℤ ℚ ℝ) nor a decidable hypothesis +UNSUPPORTED: SourceRawPinFreeCoordinates.lean::I4SourceRawPinFreeCoordinates.freeMaps_measurable: binder ( F : RawPinFreeFrame L r n ) is neither a sampled numeric type (ℕ ℤ ℚ ℝ) nor a decidable hypothesis +UNSUPPORTED: SourceRawPinFreeCoordinates.lean::I4SourceRawPinFreeCoordinates.finitePairing_eq_linearCombination: binder ( v : ι → ₀ ℝ ) is neither a sampled numeric type (ℕ ℤ ℚ ℝ) nor a decidable hypothesis +UNSUPPORTED: SourceRawPinFreeCoordinates.lean::I4SourceRawPinFreeCoordinates.freeLift_raw_kernel: binder ( F : RawPinFreeFrame L r n ) is neither a sampled numeric type (ℕ ℤ ℚ ℝ) nor a decidable hypothesis +UNSUPPORTED: SourceRawPinFreeCoordinates.lean::I4SourceRawPinFreeCoordinates.finitePairing_add_observation: binder ( v : ι → ₀ ℝ ) is neither a sampled numeric type (ℕ ℤ ℚ ℝ) nor a decidable hypothesis +UNSUPPORTED: SourceRawPinFreeCoordinates.lean::I4SourceRawPinFreeCoordinates.finitePairing_sum_observation: binder ( a : Fin n → ι → ℝ ) is neither a sampled numeric type (ℕ ℤ ℚ ℝ) nor a decidable hypothesis +UNSUPPORTED: SourceRawPinFreeCoordinates.lean::I4SourceRawPinFreeCoordinates.freeCoordinate_shift: binder ( F : RawPinFreeFrame L r n ) is neither a sampled numeric type (ℕ ℤ ℚ ℝ) nor a decidable hypothesis +UNSUPPORTED: SourceRawPinFreeCoordinates.lean::I4SourceRawPinFreeCoordinates.freeCoordinate_residual: binder ( F : RawPinFreeFrame L r n ) is neither a sampled numeric type (ℕ ℤ ℚ ℝ) nor a decidable hypothesis +UNSUPPORTED: SourceRawPinFreeCoordinates.lean::I4SourceRawPinFreeCoordinates.free_reconstruction: binder ( F : RawPinFreeFrame L r n ) is neither a sampled numeric type (ℕ ℤ ℚ ℝ) nor a decidable hypothesis +UNSUPPORTED: SourceRawPinFreeCoordinates.lean::I4SourceRawPinFreeCoordinates.rawPosteriorSample_free_reconstruction: binder ( F : RawPinFreeFrame L r n ) is neither a sampled numeric type (ℕ ℤ ℚ ℝ) nor a decidable hypothesis +UNSUPPORTED: SourceRawPinFreeCoordinates.lean::I4SourceRawPinFreeCoordinates.freeGaussian_scalar_hasLaw: binder ( F : RawPinFreeFrame L r n ) is neither a sampled numeric type (ℕ ℤ ℚ ℝ) nor a decidable hypothesis +UNSUPPORTED: SourceRawPinFreeCoordinates.lean::I4SourceRawPinFreeCoordinates.freeGaussian_finiteCoefficients_hasGaussianLaw: binder ( F : RawPinFreeFrame L r n ) is neither a sampled numeric type (ℕ ℤ ℚ ℝ) nor a decidable hypothesis +UNSUPPORTED: SourceRawPinFreeCoordinates.lean::I4SourceRawPinFreeCoordinates.freeGaussian_vector_hasGaussianLaw: binder ( F : RawPinFreeFrame L r n ) is neither a sampled numeric type (ℕ ℤ ℚ ℝ) nor a decidable hypothesis +UNSUPPORTED: SourceRawPinFreeCoordinates.lean::I4SourceRawPinFreeCoordinates.freeGaussian_covariance_gram: binder ( F : RawPinFreeFrame L r n ) is neither a sampled numeric type (ℕ ℤ ℚ ℝ) nor a decidable hypothesis +UNSUPPORTED: SourceRawPinFreeCoordinates.lean::I4SourceRawPinFreeCoordinates.freeGaussian_coefficient_covariance: binder ( F : RawPinFreeFrame L r n ) is neither a sampled numeric type (ℕ ℤ ℚ ℝ) nor a decidable hypothesis +UNSUPPORTED: SourceRawPinFreeCoordinates.lean::I4SourceRawPinFreeCoordinates.freeGaussian_iIndepFun: binder ( F : RawPinFreeFrame L r n ) is neither a sampled numeric type (ℕ ℤ ℚ ℝ) nor a decidable hypothesis +UNSUPPORTED: SourceRawPinFreeCoordinates.lean::I4SourceRawPinFreeCoordinates.freeGaussian_pi_map: binder ( F : RawPinFreeFrame L r n ) is neither a sampled numeric type (ℕ ℤ ℚ ℝ) nor a decidable hypothesis +UNSUPPORTED: SourceRawPinFreeCoordinates.lean::I4SourceRawPinFreeCoordinates.freeGaussian_projection_apply: binder ( F : RawPinFreeFrame L r n ) is neither a sampled numeric type (ℕ ℤ ℚ ℝ) nor a decidable hypothesis +UNSUPPORTED: SourceRawPinFreeCoordinates.lean::I4SourceRawPinFreeCoordinates.freeGaussian_finiteResidual_hasGaussianLaw: binder ( F : RawPinFreeFrame L r n ) is neither a sampled numeric type (ℕ ℤ ℚ ℝ) nor a decidable hypothesis +UNSUPPORTED: SourceRawPinFreeCoordinates.lean::I4SourceRawPinFreeCoordinates.freeGaussian_residual_zero_covariance: binder ( F : RawPinFreeFrame L r n ) is neither a sampled numeric type (ℕ ℤ ℚ ℝ) nor a decidable hypothesis +UNSUPPORTED: SourceRawPinFreeCoordinates.lean::I4SourceRawPinFreeCoordinates.freeGaussian_finiteResidual_indepFun: binder ( F : RawPinFreeFrame L r n ) is neither a sampled numeric type (ℕ ℤ ℚ ℝ) nor a decidable hypothesis +UNSUPPORTED: SourceRawPinFreeCoordinates.lean::I4SourceRawPinFreeCoordinates.freeGaussian_process_indepFun: binder ( F : RawPinFreeFrame L r n ) is neither a sampled numeric type (ℕ ℤ ℚ ℝ) nor a decidable hypothesis +UNSUPPORTED: SourceRawPinFreeCoordinates.lean::I4SourceRawPinFreeCoordinates.freeGaussian_sample_indepFun: binder ( F : RawPinFreeFrame L r n ) is neither a sampled numeric type (ℕ ℤ ℚ ℝ) nor a decidable hypothesis +UNSUPPORTED: SourceRawPinFreeCoordinates.lean::I4SourceRawPinFreeCoordinates.freeResidual_freeCoordinate_joint_map: binder ( F : RawPinFreeFrame L r n ) is neither a sampled numeric type (ℕ ℤ ℚ ℝ) nor a decidable hypothesis +UNSUPPORTED: SourceRemoteJetGaussian.lean::I4SourceRemoteJetGaussian.remoteJet_series: binder ( ω : SmoothSample 2 L ) is neither a sampled numeric type (ℕ ℤ ℚ ℝ) nor a decidable hypothesis +UNSUPPORTED: SourceRemoteJetGaussian.lean::I4SourceRemoteJetGaussian.remoteJetCoefficient_summable_local: proposition of form App +UNSUPPORTED: SourceRemoteJetGaussian.lean::I4SourceRemoteJetGaussian.remoteJetCoefficient_weighted_summable_local: binder ( ω : SmoothSample 2 L ) is neither a sampled numeric type (ℕ ℤ ℚ ℝ) nor a decidable hypothesis +UNSUPPORTED: SourceRemoteJetGaussian.lean::I4SourceRemoteJetGaussian.remoteJet_measurable: conclusion is a structural predicate ['Measurable']: trivial on finite discrete models (every set is measurable, every function measurable and integrable), so sampling has no content here +UNSUPPORTED: SourceRemoteJetGaussian.lean::I4SourceRemoteJetGaussian.remoteJet_rawPosteriorSample: binder ( ω : SmoothSample 2 L ) is neither a sampled numeric type (ℕ ℤ ℚ ℝ) nor a decidable hypothesis +UNSUPPORTED: SourceRemoteJetGaussian.lean::I4SourceRemoteJetGaussian.rawPinCoefficient_weighted_summable_local: binder ( ω : SmoothSample 2 L ) is neither a sampled numeric type (ℕ ℤ ℚ ℝ) nor a decidable hypothesis +UNSUPPORTED: SourceRemoteJetGaussian.lean::I4SourceRemoteJetGaussian.remoteResidual_series: binder ( ω : SmoothSample 2 L ) is neither a sampled numeric type (ℕ ℤ ℚ ℝ) nor a decidable hypothesis +UNSUPPORTED: SourceRemoteJetGaussian.lean::I4SourceRemoteJetGaussian.remoteResidual_summable: proposition of form App +UNSUPPORTED: SourceRemoteJetGaussian.lean::I4SourceRemoteJetGaussian.remoteResidual_hasGaussianLaw: proposition of form App +UNSUPPORTED: SourceRemoteJetGaussian.lean::I4SourceRemoteJetGaussian.remoteResidual_integral_zero: result type Measure ( SmoothSample d L ) +UNSUPPORTED: SourceRemoteJetGaussian.lean::I4SourceRemoteJetGaussian.remoteResidual_covariance: unknown function covariance +UNSUPPORTED: SourceRemoteJetGaussian.lean::I4SourceRemoteJetGaussian.remotePosterior_eq_residual_add_mean: binder ( ω : SmoothSample 2 L ) is neither a sampled numeric type (ℕ ℤ ℚ ℝ) nor a decidable hypothesis +UNSUPPORTED: SourceRemoteJetGaussian.lean::I4SourceRemoteJetGaussian.remotePosterior_hasGaussianLaw: proposition of form App +UNSUPPORTED: SourceRemoteJetGaussian.lean::I4SourceRemoteJetGaussian.remotePosterior_integral: result type Measure ( SmoothSample d L ) +UNSUPPORTED: SourceRemoteJetGaussian.lean::I4SourceRemoteJetGaussian.remotePosterior_covariance: unknown function covariance +UNSUPPORTED: SourceRemoteJetGaussian.lean::I4SourceRemoteJetGaussian.rawPinKernel_remoteJet_eq_multivariateGaussian: result type Kernel ( Fin 6 → ℝ ) ( SmoothSample 2 L ) +UNSUPPORTED: SourceRemoteJetGaussian.lean::I4SourceRemoteJetGaussian.remoteResidualCovariance_posDef: hypothesis ( hxM : I4Torus.torusProjection 2 L x ≠ I4Torus.torusProjection 2 L ( endpointM r ) ) mentions undeclared names ['I4Torus.torusProjection', 'endpointM'] +UNSUPPORTED: SourceRemoteJetGaussian.lean::I4SourceRemoteJetGaussian.rawPinKernel_remoteJet_conditional_uniform: unsupported syntax: existential quantifier +UNSUPPORTED: SourceRemoteJetWitness.lean::I4SourceRemoteJetWitness.phase_axis: the enclosures to 256 bits did not decide 997 of the sampled instances (32 decided, all held): sampling cannot corroborate the statement +UNSUPPORTED: SourceRemoteJetWitness.lean::I4SourceRemoteJetWitness.eval_axisCosPoly: result type TrigPoly +UNSUPPORTED: SourceRemoteJetWitness.lean::I4SourceRemoteJetWitness.eval_axisSinPoly: result type TrigPoly +UNSUPPORTED: SourceRemoteJetWitness.lean::I4SourceRemoteJetWitness.eval_factorPoly: result type TrigPoly +UNSUPPORTED: SourceRemoteJetWitness.lean::I4SourceRemoteJetWitness.eval_annihilatorPoly: result type TrigPoly +UNSUPPORTED: SourceRemoteJetWitness.lean::I4SourceRemoteJetWitness.pinFactor_contDiff: unsupported syntax: notation '⊤' +UNSUPPORTED: SourceRemoteJetWitness.lean::I4SourceRemoteJetWitness.annihilator_contDiff: unsupported syntax: notation '⊤' +CORROBORATED: SourceRemoteJetWitness.lean::I4SourceRemoteJetWitness.annihilator_pin_values: holds on 64 sampled instances satisfying the hypotheses (0 draws rejected by the hypotheses, 0 infeasible, seed 1): sampling is admitted evidence of the statement, not a proof of it +UNSUPPORTED: SourceRemoteJetWitness.lean::I4SourceRemoteJetWitness.annihilator_pin_derivatives: unknown function fderiv +UNSUPPORTED: SourceRemoteJetWitness.lean::I4SourceRemoteJetWitness.remoteJetCoefficient_summable: proposition of form App +UNSUPPORTED: SourceRemoteJetWitness.lean::I4SourceRemoteJetWitness.rawPin_pairing: binder ( p : TrigPoly ) is neither a sampled numeric type (ℕ ℤ ℚ ℝ) nor a decidable hypothesis +CORROBORATED: SourceRemoteJetWitness.lean::I4SourceRemoteJetWitness.sourceC_ne_zero: holds on 64 sampled instances satisfying the hypotheses (1 draws rejected by the hypotheses, 0 infeasible, seed 1): sampling is admitted evidence of the statement, not a proof of it +UNSUPPORTED: SourceRemoteJetWitness.lean::I4SourceRemoteJetWitness.cosine_sourceC_eq_one_iff: ascription to AddCircle L +UNSUPPORTED: SourceRemoteJetWitness.lean::I4SourceRemoteJetWitness.remote_positive_coordinate: hypothesis ( hx : torusProjection 2 L x ≠ torusProjection 2 L p ) mentions undeclared names ['torusProjection'] +UNSUPPORTED: SourceRemoteJetWitness.lean::I4SourceRemoteJetWitness.localGerm_contDiff: unsupported syntax: notation '⊤' +UNSUPPORTED: SourceRemoteJetWitness.lean::I4SourceRemoteJetWitness.directional_contDiff: binder ( f : ( Fin 2 → ℝ ) → ℝ ) is neither a sampled numeric type (ℕ ℤ ℚ ℝ) nor a decidable hypothesis +UNSUPPORTED: SourceRemoteJetWitness.lean::I4SourceRemoteJetWitness.directional_second: binder ( f : ( Fin 2 → ℝ ) → ℝ ) is neither a sampled numeric type (ℕ ℤ ℚ ℝ) nor a decidable hypothesis +UNSUPPORTED: SourceRemoteJetWitness.lean::I4SourceRemoteJetWitness.product_second: binder ( P Q : ( Fin 2 → ℝ ) → ℝ ) is neither a sampled numeric type (ℕ ℤ ℚ ℝ) nor a decidable hypothesis +UNSUPPORTED: SourceRemoteJetWitness.lean::I4SourceRemoteJetWitness.jet2_mul: binder ( P Q : ( Fin 2 → ℝ ) → ℝ ) is neither a sampled numeric type (ℕ ℤ ℚ ℝ) nor a decidable hypothesis +UNSUPPORTED: SourceRemoteJetWitness.lean::I4SourceRemoteJetWitness.inverseMulJet2_right: unknown function let +UNSUPPORTED: SourceRemoteJetWitness.lean::I4SourceRemoteJetWitness.jet2_const: expression Lambda +UNSUPPORTED: SourceRemoteJetWitness.lean::I4SourceRemoteJetWitness.jet2_scale: binder ( f : ( Fin 2 → ℝ ) → ℝ ) is neither a sampled numeric type (ℕ ℤ ℚ ℝ) nor a decidable hypothesis +UNSUPPORTED: SourceRemoteJetWitness.lean::I4SourceRemoteJetWitness.jet2_add: binder ( f g : ( Fin 2 → ℝ ) → ℝ ) is neither a sampled numeric type (ℕ ℤ ℚ ℝ) nor a decidable hypothesis +UNSUPPORTED: SourceRemoteJetWitness.lean::I4SourceRemoteJetWitness.phase_hasFDerivAt: unparsed statement: SyntaxError: trailing tokens from ')' +UNSUPPORTED: SourceRemoteJetWitness.lean::I4SourceRemoteJetWitness.axis_sin_first: unknown function fderiv +UNSUPPORTED: SourceRemoteJetWitness.lean::I4SourceRemoteJetWitness.axis_cos_first: unknown function fderiv +UNSUPPORTED: SourceRemoteJetWitness.lean::I4SourceRemoteJetWitness.axis_sin_second: unknown function iteratedFDeriv +UNSUPPORTED: SourceRemoteJetWitness.lean::I4SourceRemoteJetWitness.axis_cos_second: unknown function iteratedFDeriv +UNSUPPORTED: SourceRemoteJetWitness.lean::I4SourceRemoteJetWitness.axis_sin_jet: expression Lambda +UNSUPPORTED: SourceRemoteJetWitness.lean::I4SourceRemoteJetWitness.axis_cos_jet: expression Lambda +UNSUPPORTED: SourceRemoteJetWitness.lean::I4SourceRemoteJetWitness.normalized_sin_jet: expression Lambda +UNSUPPORTED: SourceRemoteJetWitness.lean::I4SourceRemoteJetWitness.normalized_cos_jet: expression Lambda +UNSUPPORTED: SourceRemoteJetWitness.lean::I4SourceRemoteJetWitness.localGerm_jet2: localGerm applied to 3 of 4 arguments +UNSUPPORTED: SourceRemoteJetWitness.lean::I4SourceRemoteJetWitness.jet2_sum: binder ( f : Fin 6 → ( Fin 2 → ℝ ) → ℝ ) is neither a sampled numeric type (ℕ ℤ ℚ ℝ) nor a decidable hypothesis +UNSUPPORTED: SourceRemoteJetWitness.lean::I4SourceRemoteJetWitness.jet2_germ_combination: expression Lambda +UNSUPPORTED: SourceRemoteJetWitness.lean::I4SourceRemoteJetWitness.jet2_interpolate_mul: binder ( P : ( Fin 2 → ℝ ) → ℝ ) is neither a sampled numeric type (ℕ ℤ ℚ ℝ) nor a decidable hypothesis +UNSUPPORTED: SourceRemoteJetWitness.lean::I4SourceRemoteJetWitness.remoteJet_pairing: binder ( p : TrigPoly ) is neither a sampled numeric type (ℕ ℤ ℚ ℝ) nor a decidable hypothesis +UNSUPPORTED: SourceRemoteJetWitness.lean::I4SourceRemoteJetWitness.eval_germPoly: result type TrigPoly +UNSUPPORTED: SourceRemoteJetWitness.lean::I4SourceRemoteJetWitness.eval_combinationPoly: result type TrigPoly +UNSUPPORTED: SourceRemoteJetWitness.lean::I4SourceRemoteJetWitness.eval_witnessPoly: eval applied to 2 of 3 arguments +UNSUPPORTED: SourceRemoteJetWitness.lean::I4SourceRemoteJetWitness.interpolant_pin_zero: interpolant applied to 4 of 5 arguments +UNSUPPORTED: SourceRemoteJetWitness.lean::I4SourceRemoteJetWitness.actual_finite_remoteJet_witnesses: hypothesis ( hxM : I4Torus.torusProjection 2 L x ≠ I4Torus.torusProjection 2 L ( endpointM r ) ) mentions undeclared names ['I4Torus.torusProjection', 'endpointM'] +UNSUPPORTED: SourceRemoteJetWitness.lean::I4SourceRemoteJetWitness.actual_remote_residual_coefficientGram_posDef: hypothesis ( hxM : I4Torus.torusProjection 2 L x ≠ I4Torus.torusProjection 2 L ( endpointM r ) ) mentions undeclared names ['I4Torus.torusProjection', 'endpointM'] +UNSUPPORTED: SourceSmoothConditionalKernel.lean::I4SourceSmoothConditional.exists_measurable_sampleProjection: unsupported syntax: existential quantifier +UNSUPPORTED: SourceSmoothConditionalKernel.lean::I4SourceSmoothConditional.goodSample_add: binder ( ω η : SourceMode d → ℝ ) is neither a sampled numeric type (ℕ ℤ ℚ ℝ) nor a decidable hypothesis +UNSUPPORTED: SourceSmoothConditionalKernel.lean::I4SourceSmoothConditional.goodSample_neg: binder ( ω : SourceMode d → ℝ ) is neither a sampled numeric type (ℕ ℤ ℚ ℝ) nor a decidable hypothesis +UNSUPPORTED: SourceSmoothConditionalKernel.lean::I4SourceSmoothConditional.derivativeCoefficient_weighted_summable: binder ( ω : SmoothSample 2 L ) is neither a sampled numeric type (ℕ ℤ ℚ ℝ) nor a decidable hypothesis +UNSUPPORTED: SourceSmoothConditionalKernel.lean::I4SourceSmoothConditional.finiteCoefficient_weighted_summable: binder ( a : Fin n → ι → ℝ ) is neither a sampled numeric type (ℕ ℤ ℚ ℝ) nor a decidable hypothesis +UNSUPPORTED: SourceSmoothConditionalKernel.lean::I4SourceSmoothConditional.pinCoefficient_weighted_summable: binder ( ω : SmoothSample 2 L ) is neither a sampled numeric type (ℕ ℤ ℚ ℝ) nor a decidable hypothesis +UNSUPPORTED: SourceSmoothConditionalKernel.lean::I4SourceSmoothConditional.adjustedCoefficient_weighted_summable: binder ( ω : SmoothSample 2 L ) is neither a sampled numeric type (ℕ ℤ ℚ ℝ) nor a decidable hypothesis +UNSUPPORTED: SourceSmoothConditionalKernel.lean::I4SourceSmoothConditional.sourceConfluentPinsAt_measurable: conclusion is a structural predicate ['Measurable']: trivial on finite discrete models (every set is measurable, every function measurable and integrable), so sampling has no content here +UNSUPPORTED: SourceSmoothConditionalKernel.lean::I4SourceSmoothConditional.sourceAdjustedEndpoints_measurable: conclusion is a structural predicate ['Measurable']: trivial on finite discrete models (every set is measurable, every function measurable and integrable), so sampling has no content here +UNSUPPORTED: SourceSmoothConditionalKernel.lean::I4SourceSmoothConditional.pinLift_zero: definition pinLift has an unparsed body +UNSUPPORTED: SourceSmoothConditionalKernel.lean::I4SourceSmoothConditional.pinLift_add: definition pinLift has an unparsed body +UNSUPPORTED: SourceSmoothConditionalKernel.lean::I4SourceSmoothConditional.pinLift_neg: definition pinLift has an unparsed body +UNSUPPORTED: SourceSmoothConditionalKernel.lean::I4SourceSmoothConditional.pinLift_goodSample: definition pinLift has an unparsed body +UNSUPPORTED: SourceSmoothConditionalKernel.lean::I4SourceSmoothConditional.pinLift_measurable: conclusion is a structural predicate ['Measurable']: trivial on finite discrete models (every set is measurable, every function measurable and integrable), so sampling has no content here +UNSUPPORTED: SourceSmoothConditionalKernel.lean::I4SourceSmoothConditional.addLift_val: binder ( ω : SmoothSample 2 L ) is neither a sampled numeric type (ℕ ℤ ℚ ℝ) nor a decidable hypothesis +UNSUPPORTED: SourceSmoothConditionalKernel.lean::I4SourceSmoothConditional.addLift_measurable: conclusion is a structural predicate ['Measurable']: trivial on finite discrete models (every set is measurable, every function measurable and integrable), so sampling has no content here +UNSUPPORTED: SourceSmoothConditionalKernel.lean::I4SourceSmoothConditional.posteriorSample_val: binder ( ω : SmoothSample 2 L ) is neither a sampled numeric type (ℕ ℤ ℚ ℝ) nor a decidable hypothesis +UNSUPPORTED: SourceSmoothConditionalKernel.lean::I4SourceSmoothConditional.posteriorSample_measurable: conclusion is a structural predicate ['Measurable']: trivial on finite discrete models (every set is measurable, every function measurable and integrable), so sampling has no content here +UNSUPPORTED: SourceSmoothConditionalKernel.lean::I4SourceSmoothConditional.scalarSeries_add_finiteShift: binder ( b : Fin n → ι → ℝ ) is neither a sampled numeric type (ℕ ℤ ℚ ℝ) nor a decidable hypothesis +UNSUPPORTED: SourceSmoothConditionalKernel.lean::I4SourceSmoothConditional.sourceConfluentPinsAt_addLift: binder ( ω : SmoothSample 2 L ) is neither a sampled numeric type (ℕ ℤ ℚ ℝ) nor a decidable hypothesis +UNSUPPORTED: SourceSmoothConditionalKernel.lean::I4SourceSmoothConditional.sourceAdjustedEndpoints_addLift: binder ( ω : SmoothSample 2 L ) is neither a sampled numeric type (ℕ ℤ ℚ ℝ) nor a decidable hypothesis +UNSUPPORTED: SourceSmoothConditionalKernel.lean::I4SourceSmoothConditional.sourceConfluentPinsAt_posteriorSample: binder ( hG : IsUnit ( sourcePinCovarianceAt L r ) ) is neither a sampled numeric type (ℕ ℤ ℚ ℝ) nor a decidable hypothesis +UNSUPPORTED: SourceSmoothConditionalKernel.lean::I4SourceSmoothConditional.sourceAdjustedEndpoints_posteriorSample: binder ( ω : SmoothSample 2 L ) is neither a sampled numeric type (ℕ ℤ ℚ ℝ) nor a decidable hypothesis +UNSUPPORTED: SourceSmoothConditionalKernel.lean::I4SourceSmoothConditional.sourceSmoothKernel_measurable: conclusion is a structural predicate ['Measurable']: trivial on finite discrete models (every set is measurable, every function measurable and integrable), so sampling has no content here +UNSUPPORTED: SourceSmoothConditionalKernel.lean::I4SourceSmoothConditional.sourceSmoothKernel_apply: result type Kernel ( Fin 6 → ℝ ) ( SmoothSample 2 L ) +UNSUPPORTED: SourceSmoothConditionalKernel.lean::I4SourceSmoothConditional.sourceSmoothKernel_pin_map: binder ( hG : IsUnit ( sourcePinCovarianceAt L r ) ) is neither a sampled numeric type (ℕ ℤ ℚ ℝ) nor a decidable hypothesis +UNSUPPORTED: SourceSmoothConditionalKernel.lean::I4SourceSmoothConditional.sourceSmoothKernel_pin_fiber: binder ( hG : IsUnit ( sourcePinCovarianceAt L r ) ) is neither a sampled numeric type (ℕ ℤ ℚ ℝ) nor a decidable hypothesis +UNSUPPORTED: SourceSmoothConditionalKernel.lean::I4SourceSmoothConditional.sourceSmoothKernel_endpoint_map: result type Kernel ( Fin 6 → ℝ ) ( Fin 6 → ℝ ) +UNSUPPORTED: SourceSmoothConditionalKernel.lean::I4SourceSmoothConditional.scalarSeries_finite_hasGaussianLaw: binder ( a : τ → ι → ℝ ) is neither a sampled numeric type (ℕ ℤ ℚ ℝ) nor a decidable hypothesis +UNSUPPORTED: SourceSmoothConditionalKernel.lean::I4SourceSmoothConditional.scalarSeries_single: binder ( m : ι ) is neither a sampled numeric type (ℕ ℤ ℚ ℝ) nor a decidable hypothesis +UNSUPPORTED: SourceSmoothConditionalKernel.lean::I4SourceSmoothConditional.scalarSeries_coordinate_covariance: binder ( ha : Summable a ) is neither a sampled numeric type (ℕ ℤ ℚ ℝ) nor a decidable hypothesis +UNSUPPORTED: SourceSmoothConditionalKernel.lean::I4SourceSmoothConditional.pin_coefficient_covariance: binder ( m : SourceMode 2 ) is neither a sampled numeric type (ℕ ℤ ℚ ℝ) nor a decidable hypothesis +UNSUPPORTED: SourceSmoothConditionalKernel.lean::I4SourceSmoothConditional.pin_finite_coefficients_hasGaussianLaw: binder ( I : Finset ( SourceMode 2 ) ) is neither a sampled numeric type (ℕ ℤ ℚ ℝ) nor a decidable hypothesis +UNSUPPORTED: SourceSmoothConditionalKernel.lean::I4SourceSmoothConditional.finiteLift_apply: binder ( I : Finset ( SourceMode 2 ) ) is neither a sampled numeric type (ℕ ℤ ℚ ℝ) nor a decidable hypothesis +UNSUPPORTED: SourceSmoothConditionalKernel.lean::I4SourceSmoothConditional.pin_residual_finite_hasGaussianLaw: binder ( I : Finset ( SourceMode 2 ) ) is neither a sampled numeric type (ℕ ℤ ℚ ℝ) nor a decidable hypothesis +UNSUPPORTED: SourceSmoothConditionalKernel.lean::I4SourceSmoothConditional.coefficient_hasGaussianLaw: binder ( m : SourceMode 2 ) is neither a sampled numeric type (ℕ ℤ ℚ ℝ) nor a decidable hypothesis +UNSUPPORTED: SourceSmoothConditionalKernel.lean::I4SourceSmoothConditional.residualCoefficient_zero_covariance: binder ( hG : IsUnit ( sourcePinCovarianceAt L r ) ) is neither a sampled numeric type (ℕ ℤ ℚ ℝ) nor a decidable hypothesis +UNSUPPORTED: SourceSmoothConditionalKernel.lean::I4SourceSmoothConditional.residualCoefficient_finite_indepFun: binder ( hG : IsUnit ( sourcePinCovarianceAt L r ) ) is neither a sampled numeric type (ℕ ℤ ℚ ℝ) nor a decidable hypothesis +UNSUPPORTED: SourceSmoothConditionalKernel.lean::I4SourceSmoothConditional.residualCoefficient_indepFun: binder ( hG : IsUnit ( sourcePinCovarianceAt L r ) ) is neither a sampled numeric type (ℕ ℤ ℚ ℝ) nor a decidable hypothesis +UNSUPPORTED: SourceSmoothConditionalKernel.lean::I4SourceSmoothConditional.sourceNormalizedEndpoints_measurable: conclusion is a structural predicate ['Measurable']: trivial on finite discrete models (every set is measurable, every function measurable and integrable), so sampling has no content here +UNSUPPORTED: SourceSmoothConditionalKernel.lean::I4SourceSmoothConditional.sourceSmoothKernel_physical_endpoint_map: binder ( hG : IsUnit ( sourcePinCovarianceAt L r ) ) is neither a sampled numeric type (ℕ ℤ ℚ ℝ) nor a decidable hypothesis +UNSUPPORTED: SourceSmoothConditionalKernel.lean::I4SourceSmoothConditional.sourceSmoothKernel_physical_prescribed_map: binder ( hG : IsUnit ( sourcePinCovarianceAt L r ) ) is neither a sampled numeric type (ℕ ℤ ℚ ℝ) nor a decidable hypothesis +UNSUPPORTED: SourceSmoothConditionalKernel.lean::I4SourceSmoothConditional.posteriorSample_self: binder ( ω : SmoothSample 2 L ) is neither a sampled numeric type (ℕ ℤ ℚ ℝ) nor a decidable hypothesis +UNSUPPORTED: SourceSmoothConditionalKernel.lean::I4SourceSmoothConditional.posteriorSample_eq_addLift_residual: binder ( ω : SmoothSample 2 L ) is neither a sampled numeric type (ℕ ℤ ℚ ℝ) nor a decidable hypothesis +UNSUPPORTED: SourceSmoothConditionalKernel.lean::I4SourceSmoothConditional.addLift_observation_residual: binder ( ω : SmoothSample 2 L ) is neither a sampled numeric type (ℕ ℤ ℚ ℝ) nor a decidable hypothesis +UNSUPPORTED: SourceSmoothConditionalKernel.lean::I4SourceSmoothConditional.posteriorSample_zero_inclusion: binder ( ω : SmoothSample 2 L ) is neither a sampled numeric type (ℕ ℤ ℚ ℝ) nor a decidable hypothesis +UNSUPPORTED: SourceSmoothConditionalKernel.lean::I4SourceSmoothConditional.posteriorSample_zero_indepFun: binder ( hG : IsUnit ( sourcePinCovarianceAt L r ) ) is neither a sampled numeric type (ℕ ℤ ℚ ℝ) nor a decidable hypothesis +UNSUPPORTED: SourceSmoothConditionalKernel.lean::I4SourceSmoothConditional.sourceSmoothKernel_hasCondDistrib: binder ( hG : IsUnit ( sourcePinCovarianceAt L r ) ) is neither a sampled numeric type (ℕ ℤ ℚ ℝ) nor a decidable hypothesis +UNSUPPORTED: SourceSmoothConditionalKernel.lean::I4SourceSmoothConditional.sourceSmoothKernel_map_hasCondDistrib: binder ( hG : IsUnit ( sourcePinCovarianceAt L r ) ) is neither a sampled numeric type (ℕ ℤ ℚ ℝ) nor a decidable hypothesis +UNSUPPORTED: SourceSmoothConditionalKernel.lean::I4SourceSmoothConditional.smoothSourceField_measurable: conclusion is a structural predicate ['Measurable']: trivial on finite discrete models (every set is measurable, every function measurable and integrable), so sampling has no content here +UNSUPPORTED: SourceSmoothConditionalKernel.lean::I4SourceSmoothConditional.sourceSmoothKernel_field_hasCondDistrib: binder ( hG : IsUnit ( sourcePinCovarianceAt L r ) ) is neither a sampled numeric type (ℕ ℤ ℚ ℝ) nor a decidable hypothesis +UNSUPPORTED: SourceSmoothConditionalKernel.lean::I4SourceSmoothConditional.sourceSmoothKernel_eventually_hasCondDistrib: unparsed statement: SyntaxError: expected ',', got r +UNSUPPORTED: SourceSmoothConditionalKernel.lean::I4SourceSmoothConditional.sourceSmoothKernel_eventually_map_hasCondDistrib: binder ( F : SmoothSample 2 L → E ) is neither a sampled numeric type (ℕ ℤ ℚ ℝ) nor a decidable hypothesis +UNSUPPORTED: SourceSmoothPalm.lean::I4SourceSmoothPalm.withDensity_map_comp: binder ( F : Ω → E ) is neither a sampled numeric type (ℕ ℤ ℚ ℝ) nor a decidable hypothesis +UNSUPPORTED: SourceSmoothPalm.lean::I4SourceSmoothPalm.prwMeasure_map_comp: binder ( F : Ω → E ) is neither a sampled numeric type (ℕ ℤ ℚ ℝ) nor a decidable hypothesis +UNSUPPORTED: SourceSmoothPalm.lean::I4SourceSmoothPalm.prwMeasure_absolutelyContinuous: result type Measure Ω +UNSUPPORTED: SourceSmoothPalm.lean::I4SourceSmoothPalm.prwMeasure_ae_of_ae: binder { p : Ω → Prop } is neither a sampled numeric type (ℕ ℤ ℚ ℝ) nor a decidable hypothesis +UNSUPPORTED: SourceSmoothPalm.lean::I4SourceSmoothPalm.prwMeasure_ae_weight_pos: unparsed statement: SyntaxError: expected ',', got ω +UNSUPPORTED: SourceSmoothPalm.lean::I4SourceSmoothPalm.rawPins_prescribed_iff: binder ( ω : SmoothSample 2 L ) is neither a sampled numeric type (ℕ ℤ ℚ ℝ) nor a decidable hypothesis +UNSUPPORTED: SourceSmoothPalm.lean::I4SourceSmoothPalm.sourceSmoothLaw_raw_pin_fiber: binder ( hG : IsUnit ( sourcePinCovarianceAt L r ) ) is neither a sampled numeric type (ℕ ℤ ℚ ℝ) nor a decidable hypothesis +UNSUPPORTED: SourceSmoothPalm.lean::I4SourceSmoothPalm.sourceRawPins_measurable: conclusion is a structural predicate ['Measurable']: trivial on finite discrete models (every set is measurable, every function measurable and integrable), so sampling has no content here +UNSUPPORTED: SourceSmoothPalm.lean::I4SourceSmoothPalm.sourceSmoothLaw_raw_pin_fiber_ae: binder ( hG : IsUnit ( sourcePinCovarianceAt L r ) ) is neither a sampled numeric type (ℕ ℤ ℚ ℝ) nor a decidable hypothesis +UNSUPPORTED: SourceSmoothPalm.lean::I4SourceSmoothPalm.raw_pin_fiber_of_absolutelyContinuous: binder ( hG : IsUnit ( sourcePinCovarianceAt L r ) ) is neither a sampled numeric type (ℕ ℤ ℚ ℝ) nor a decidable hypothesis +UNSUPPORTED: SourceSmoothPalm.lean::I4SourceSmoothPalm.prwMeasure_raw_pin_fiber: binder ( hG : IsUnit ( sourcePinCovarianceAt L r ) ) is neither a sampled numeric type (ℕ ℤ ℚ ℝ) nor a decidable hypothesis +UNSUPPORTED: SourceSmoothPalm.lean::I4SourceSmoothPalm.sourceRawHM_eq_normalized: binder ( ω : SmoothSample 2 L ) is neither a sampled numeric type (ℕ ℤ ℚ ℝ) nor a decidable hypothesis +UNSUPPORTED: SourceSmoothPalm.lean::I4SourceSmoothPalm.sourceRawHS_eq_normalized: binder ( ω : SmoothSample 2 L ) is neither a sampled numeric type (ℕ ℤ ℚ ℝ) nor a decidable hypothesis +UNSUPPORTED: SourceSmoothPalm.lean::I4SourceSmoothPalm.sourceSmoothWeight_eq: binder ( ω : SmoothSample 2 L ) is neither a sampled numeric type (ℕ ℤ ℚ ℝ) nor a decidable hypothesis +UNSUPPORTED: SourceSmoothPalm.lean::I4SourceSmoothPalm.sourceSmoothWeight_nonneg: binder ( ω : SmoothSample 2 L ) is neither a sampled numeric type (ℕ ℤ ℚ ℝ) nor a decidable hypothesis +UNSUPPORTED: SourceSmoothPalm.lean::I4SourceSmoothPalm.sourceSmoothWeight_measurable: conclusion is a structural predicate ['Measurable']: trivial on finite discrete models (every set is measurable, every function measurable and integrable), so sampling has no content here +UNSUPPORTED: SourceSmoothPalm.lean::I4SourceSmoothPalm.sourceSmoothWeight_pos_iff: binder ( ω : SmoothSample 2 L ) is neither a sampled numeric type (ℕ ℤ ℚ ℝ) nor a decidable hypothesis +UNSUPPORTED: SourceSmoothPalm.lean::I4SourceSmoothPalm.sourceSmoothTyped_measurableSet: unparsed statement: SyntaxError: trailing tokens from '{' +UNSUPPORTED: SourceSmoothPalm.lean::I4SourceSmoothPalm.sourceSmoothLaw_endpoint_hasLaw: binder ( hG : IsUnit ( sourcePinCovarianceAt L r ) ) is neither a sampled numeric type (ℕ ℤ ℚ ℝ) nor a decidable hypothesis +UNSUPPORTED: SourceSmoothPalm.lean::I4SourceSmoothPalm.sourceSmoothLaw_weight_square_integrable: binder ( hG : IsUnit ( sourcePinCovarianceAt L r ) ) is neither a sampled numeric type (ℕ ℤ ℚ ℝ) nor a decidable hypothesis +UNSUPPORTED: SourceSmoothPalm.lean::I4SourceSmoothPalm.sourceSmoothLaw_weight_integral: binder ( hG : IsUnit ( sourcePinCovarianceAt L r ) ) is neither a sampled numeric type (ℕ ℤ ℚ ℝ) nor a decidable hypothesis +UNSUPPORTED: SourceSmoothPalm.lean::I4SourceSmoothPalm.sourceSmoothLaw_weight_square_integral: binder ( hG : IsUnit ( sourcePinCovarianceAt L r ) ) is neither a sampled numeric type (ℕ ℤ ℚ ℝ) nor a decidable hypothesis +UNSUPPORTED: SourceSmoothPalm.lean::I4SourceSmoothPalm.sourceSmoothWeightedLaw_endpoint_map: binder ( hG : IsUnit ( sourcePinCovarianceAt L r ) ) is neither a sampled numeric type (ℕ ℤ ℚ ℝ) nor a decidable hypothesis +UNSUPPORTED: SourceSmoothPalm.lean::I4SourceSmoothPalm.sourceSmooth_weighted_event_bound_of_estimates: hypothesis ( hsq : Integrable ( fun ω => sourceSmoothWeight L r ω ^ 2 ) ( sourceSmoothLaw hL r b ) ) mentions undeclared names ['hL'] +UNSUPPORTED: SourceSmoothPalm.lean::I4SourceSmoothPalm.sourceSmoothWeightedLaw_typed: instance binder [ IsProbabilityMeasure ( sourceSmoothWeightedLaw hL r b ) ] cannot be sampled +UNSUPPORTED: SourceSmoothPalm.lean::I4SourceSmoothPalm.sourceSmoothWeightedLaw_raw_pins: binder ( hG : IsUnit ( sourcePinCovarianceAt L r ) ) is neither a sampled numeric type (ℕ ℤ ℚ ℝ) nor a decidable hypothesis +UNSUPPORTED: SourceSmoothPalm.lean::I4SourceSmoothPalm.sourceSmoothPalm_estimates: unsupported syntax: existential quantifier +UNSUPPORTED: SourceSmoothParameterSpace.lean::I4SourceSmoothParameterSpace.parameterWeight_nonneg: binder ( m : SourceMode 2 ) is neither a sampled numeric type (ℕ ℤ ℚ ℝ) nor a decidable hypothesis +UNSUPPORTED: SourceSmoothParameterSpace.lean::I4SourceSmoothParameterSpace.parameterWeight_mul_abs_summable: binder ( ω : SmoothSample 2 L ) is neither a sampled numeric type (ℕ ℤ ℚ ℝ) nor a decidable hypothesis +UNSUPPORTED: SourceSmoothParameterSpace.lean::I4SourceSmoothParameterSpace.weightedCarrier_mem: binder 'ℓ' without a type is outside the interpreter +UNSUPPORTED: SourceSmoothParameterSpace.lean::I4SourceSmoothParameterSpace.weightedCarrier_apply: binder ( ω : SmoothSample 2 L ) is neither a sampled numeric type (ℕ ℤ ℚ ℝ) nor a decidable hypothesis +UNSUPPORTED: SourceSmoothParameterSpace.lean::I4SourceSmoothParameterSpace.weightedCarrier_norm: binder ( ω : SmoothSample 2 L ) is neither a sampled numeric type (ℕ ℤ ℚ ℝ) nor a decidable hypothesis +UNSUPPORTED: SourceSmoothParameterSpace.lean::I4SourceSmoothParameterSpace.weightedCarrier_norm_eq_radius_sub_one: binder ( ω : SmoothSample 2 L ) is neither a sampled numeric type (ℕ ℤ ℚ ℝ) nor a decidable hypothesis +UNSUPPORTED: SourceSmoothParameterSpace.lean::I4SourceSmoothParameterSpace.weightedCarrier_stronglyMeasurable: conclusion is a structural predicate ['StronglyMeasurable']: trivial on finite discrete models (every set is measurable, every function measurable and integrable), so sampling has no content here +UNSUPPORTED: SourceSmoothParameterSpace.lean::I4SourceSmoothParameterSpace.weightedCarrier_borel: conclusion is a structural predicate ['Measurable']: trivial on finite discrete models (every set is measurable, every function measurable and integrable), so sampling has no content here +UNSUPPORTED: SourceSmoothParameterSpace.lean::I4SourceSmoothParameterSpace.smoothParameter_complete: proposition of form App +UNSUPPORTED: SourceSmoothParameterSpace.lean::I4SourceSmoothParameterSpace.smoothParameter_separable: proposition of form App +UNSUPPORTED: SourceSmoothParameterSpace.lean::I4SourceSmoothParameterSpace.smoothParameter_polish: proposition of form App +UNSUPPORTED: SourceSmoothParameterSpace.lean::I4SourceSmoothParameterSpace.parameterWeight_pos: binder ( m : SourceMode 2 ) is neither a sampled numeric type (ℕ ℤ ℚ ℝ) nor a decidable hypothesis +UNSUPPORTED: SourceSmoothParameterSpace.lean::I4SourceSmoothParameterSpace.parameterWeight_dominates: binder ( m : SourceMode 2 ) is neither a sampled numeric type (ℕ ℤ ℚ ℝ) nor a decidable hypothesis +UNSUPPORTED: SourceSmoothParameterSpace.lean::I4SourceSmoothParameterSpace.parameter_abs_summable: binder ( a : SmoothParameter ) is neither a sampled numeric type (ℕ ℤ ℚ ℝ) nor a decidable hypothesis +UNSUPPORTED: SourceSmoothParameterSpace.lean::I4SourceSmoothParameterSpace.weighted_mode_derivative_bound: binder ( w : SourceMode 2 → ℝ ) is neither a sampled numeric type (ℕ ℤ ℚ ℝ) nor a decidable hypothesis +UNSUPPORTED: SourceSmoothParameterSpace.lean::I4SourceSmoothParameterSpace.weightedFourierField_contDiff: binder ( w : SourceMode 2 → ℝ ) is neither a sampled numeric type (ℕ ℤ ℚ ℝ) nor a decidable hypothesis +UNSUPPORTED: SourceSmoothParameterSpace.lean::I4SourceSmoothParameterSpace.weightedFourierField_derivative: binder ( w : SourceMode 2 → ℝ ) is neither a sampled numeric type (ℕ ℤ ℚ ℝ) nor a decidable hypothesis +UNSUPPORTED: SourceSmoothParameterSpace.lean::I4SourceSmoothParameterSpace.l1Synthesis_norm_le: instance binder [ NormedAddCommGroup F ] cannot be sampled +UNSUPPORTED: SourceSmoothParameterSpace.lean::I4SourceSmoothParameterSpace.l1Synthesis_apply: instance binder [ NormedAddCommGroup F ] cannot be sampled +UNSUPPORTED: SourceSmoothParameterSpace.lean::I4SourceSmoothParameterSpace.l1Synthesis_summable: instance binder [ NormedAddCommGroup F ] cannot be sampled +UNSUPPORTED: SourceSmoothParameterSpace.lean::I4SourceSmoothParameterSpace.normalizedModeDerivative_norm_le: binder ( m : SourceMode 2 ) is neither a sampled numeric type (ℕ ℤ ℚ ℝ) nor a decidable hypothesis +UNSUPPORTED: SourceSmoothParameterSpace.lean::I4SourceSmoothParameterSpace.parameterDerivativeCLM_norm_le: result type SmoothParameter → L [ ℝ ] DerivativeBCF 2 k +UNSUPPORTED: SourceSmoothParameterSpace.lean::I4SourceSmoothParameterSpace.parameterJetCLM_norm_le: result type SmoothParameter → L [ ℝ ] ( ( k : Fin 4 ) → DerivativeBCF 2 k ) +UNSUPPORTED: SourceSmoothParameterSpace.lean::I4SourceSmoothParameterSpace.parameterJet_continuous: unparsed statement: SyntaxError: trailing tokens from ')' +UNSUPPORTED: SourceSmoothParameterSpace.lean::I4SourceSmoothParameterSpace.parameterDerivativeCLM_apply: binder ( a : SmoothParameter ) is neither a sampled numeric type (ℕ ℤ ℚ ℝ) nor a decidable hypothesis +UNSUPPORTED: SourceSmoothParameterSpace.lean::I4SourceSmoothParameterSpace.actual_parameter_field_eq: binder ( ω : SmoothSample 2 L ) is neither a sampled numeric type (ℕ ℤ ℚ ℝ) nor a decidable hypothesis +UNSUPPORTED: SourceSmoothParameterSpace.lean::I4SourceSmoothParameterSpace.actual_parameter_jet_eq: binder ( ω : SmoothSample 2 L ) is neither a sampled numeric type (ℕ ℤ ℚ ℝ) nor a decidable hypothesis +UNSUPPORTED: SourceSmoothParameterSpace.lean::I4SourceSmoothParameterSpace.weightedFourierField_periodic: binder ( w : SourceMode 2 → ℝ ) is neither a sampled numeric type (ℕ ℤ ℚ ℝ) nor a decidable hypothesis +UNSUPPORTED: SourceSmoothParameterSpace.lean::I4SourceSmoothParameterSpace.parameterField_contDiff: binder ( a : SmoothParameter ) is neither a sampled numeric type (ℕ ℤ ℚ ℝ) nor a decidable hypothesis +UNSUPPORTED: SourceSmoothParameterSpace.lean::I4SourceSmoothParameterSpace.parameterField_derivative: binder ( a : SmoothParameter ) is neither a sampled numeric type (ℕ ℤ ℚ ℝ) nor a decidable hypothesis +UNSUPPORTED: SourceSmoothParameterSpace.lean::I4SourceSmoothParameterSpace.parameterField_actual: binder ( ω : SmoothSample 2 L ) is neither a sampled numeric type (ℕ ℤ ℚ ℝ) nor a decidable hypothesis +UNSUPPORTED: SourceSmoothParameterSpace.lean::I4SourceSmoothParameterSpace.parameterField_periodic: binder ( a : SmoothParameter ) is neither a sampled numeric type (ℕ ℤ ℚ ℝ) nor a decidable hypothesis +UNSUPPORTED: SourceSmoothParameterSpace.lean::I4SourceSmoothParameterSpace.parameterJet_norm_le: binder ( a : SmoothParameter ) is neither a sampled numeric type (ℕ ℤ ℚ ℝ) nor a decidable hypothesis +UNSUPPORTED: SourceSmoothParameterSpace.lean::I4SourceSmoothParameterSpace.parameterField_derivative_norm_le: binder ( a : SmoothParameter ) is neither a sampled numeric type (ℕ ℤ ℚ ℝ) nor a decidable hypothesis +UNSUPPORTED: SourceSmoothParameterSpace.lean::I4SourceSmoothParameterSpace.weightedCarrier_hasCondDistrib: binder ( hG : IsUnit ( sourcePinCovarianceAt L r ) ) is neither a sampled numeric type (ℕ ℤ ℚ ℝ) nor a decidable hypothesis +UNSUPPORTED: SourceSmoothParameterSpace.lean::I4SourceSmoothParameterSpace.weightedCarrier_functional_hasCondDistrib: binder ( hG : IsUnit ( sourcePinCovarianceAt L r ) ) is neither a sampled numeric type (ℕ ℤ ℚ ℝ) nor a decidable hypothesis +UNSUPPORTED: SourceSmoothParameterSpace.lean::I4SourceSmoothParameterSpace.weightedCarrier_eventually_hasCondDistrib: unparsed statement: SyntaxError: expected ',', got r +UNSUPPORTED: SourceSmoothParameterSpace.lean::I4SourceSmoothParameterSpace.weightedCarrier_functional_eventually_hasCondDistrib: binder ( F : SmoothParameter → E ) is neither a sampled numeric type (ℕ ℤ ℚ ℝ) nor a decidable hypothesis +UNSUPPORTED: SourceSmoothParameterSpace.lean::I4SourceSmoothParameterSpace.coordinateGradientCLM_apply: binder ( A : ( Fin 2 → ℝ ) → L [ ℝ ] ℝ ) is neither a sampled numeric type (ℕ ℤ ℚ ℝ) nor a decidable hypothesis +UNSUPPORTED: SourceSmoothParameterSpace.lean::I4SourceSmoothParameterSpace.gradientTensorContraction_apply: binder ( A : DerivativeOperator 2 ( k + 1 ) ) is neither a sampled numeric type (ℕ ℤ ℚ ℝ) nor a decidable hypothesis +UNSUPPORTED: SourceSmoothParameterSpace.lean::I4SourceSmoothParameterSpace.parameterGradientTensorBCF_continuous: proposition of form App +UNSUPPORTED: SourceSmoothParameterSpace.lean::I4SourceSmoothParameterSpace.gradientPi_iteratedFDeriv: binder { f : ( Fin 2 → ℝ ) → ℝ } is neither a sampled numeric type (ℕ ℤ ℚ ℝ) nor a decidable hypothesis +UNSUPPORTED: SourceSmoothParameterSpace.lean::I4SourceSmoothParameterSpace.parameterGradientTensorBCF_apply: binder ( a : SmoothParameter ) is neither a sampled numeric type (ℕ ℤ ℚ ℝ) nor a decidable hypothesis +UNSUPPORTED: SourceSmoothParameterSpace.lean::I4SourceSmoothParameterSpace.parameterGradientBCF_continuous: proposition of form App +UNSUPPORTED: SourceSmoothParameterSpace.lean::I4SourceSmoothParameterSpace.parameterGradientBCF_apply: binder ( a : SmoothParameter ) is neither a sampled numeric type (ℕ ℤ ℚ ℝ) nor a decidable hypothesis +UNSUPPORTED: SourceSmoothParameterSpace.lean::I4SourceSmoothParameterSpace.parameterGradientDerivativeBCF_continuous: proposition of form App +UNSUPPORTED: SourceSmoothParameterSpace.lean::I4SourceSmoothParameterSpace.parameterGradientDerivativeBCF_apply: binder ( a : SmoothParameter ) is neither a sampled numeric type (ℕ ℤ ℚ ℝ) nor a decidable hypothesis +UNSUPPORTED: SourceSmoothParameterSpace.lean::I4SourceSmoothParameterSpace.parameterGradient_spatial_C2: binder ( a : SmoothParameter ) is neither a sampled numeric type (ℕ ℤ ℚ ℝ) nor a decidable hypothesis +UNSUPPORTED: SourceSmoothParameterSpace.lean::I4SourceSmoothParameterSpace.parameterGradientEuclideanBCF_continuous: proposition of form App +UNSUPPORTED: SourceSmoothParameterSpace.lean::I4SourceSmoothParameterSpace.parameterGradientEuclideanBCF_apply: binder ( a : SmoothParameter ) is neither a sampled numeric type (ℕ ℤ ℚ ℝ) nor a decidable hypothesis +UNSUPPORTED: SourceSmoothParameterSpace.lean::I4SourceSmoothParameterSpace.parameterGradientEuclidean_spatial_C2: binder ( a : SmoothParameter ) is neither a sampled numeric type (ℕ ℤ ℚ ℝ) nor a decidable hypothesis +UNSUPPORTED: SourceSmoothParameterSpace.lean::I4SourceSmoothParameterSpace.parameterGradientJet_continuous: proposition of form App +UNSUPPORTED: SourceSmoothParameterSpace.lean::I4SourceSmoothParameterSpace.parameterGradientJet_apply: binder ( a : SmoothParameter ) is neither a sampled numeric type (ℕ ℤ ℚ ℝ) nor a decidable hypothesis +UNSUPPORTED: SourceSmoothParameterSpace.lean::I4SourceSmoothParameterSpace.parameterGradient_actual: binder ( ω : SmoothSample 2 L ) is neither a sampled numeric type (ℕ ℤ ℚ ℝ) nor a decidable hypothesis +UNSUPPORTED: SourceSmoothParameterSpace.lean::I4SourceSmoothParameterSpace.parameterGradientDerivative_actual: binder ( ω : SmoothSample 2 L ) is neither a sampled numeric type (ℕ ℤ ℚ ℝ) nor a decidable hypothesis +UNSUPPORTED: SourceSmoothParameterSpace.lean::I4SourceSmoothParameterSpace.parameterGradientEuclidean_actual: binder ( ω : SmoothSample 2 L ) is neither a sampled numeric type (ℕ ℤ ℚ ℝ) nor a decidable hypothesis +UNSUPPORTED: SourceSmoothParameterSpace.lean::I4SourceSmoothParameterSpace.euclideanDerivativeContraction_apply: binder ( D : ( Fin 2 → ℝ ) → L [ ℝ ] ( Fin 2 → ℝ ) ) is neither a sampled numeric type (ℕ ℤ ℚ ℝ) nor a decidable hypothesis +UNSUPPORTED: SourceSmoothParameterSpace.lean::I4SourceSmoothParameterSpace.parameterGradientEuclideanDerivativeBCF_continuous: proposition of form App +UNSUPPORTED: SourceSmoothParameterSpace.lean::I4SourceSmoothParameterSpace.parameterGradientEuclideanDerivativeBCF_apply: binder ( a : SmoothParameter ) is neither a sampled numeric type (ℕ ℤ ℚ ℝ) nor a decidable hypothesis +UNSUPPORTED: SourceSmoothParameterSpace.lean::I4SourceSmoothParameterSpace.parameterGradientEuclideanDerivative_actual: binder ( ω : SmoothSample 2 L ) is neither a sampled numeric type (ℕ ℤ ℚ ℝ) nor a decidable hypothesis +UNSUPPORTED: SourceSmoothParameterSpace.lean::I4SourceSmoothParameterSpace.parameterEuclideanC1Family_continuous: proposition of form App +UNSUPPORTED: SourceSmoothTopology.lean::I4SourceSmoothTopology.modeCoefficient_contDiff: binder ( m : SourceMode d ) is neither a sampled numeric type (ℕ ℤ ℚ ℝ) nor a decidable hypothesis +UNSUPPORTED: SourceSmoothTopology.lean::I4SourceSmoothTopology.modeDerivativeBCF_norm_le: binder ( m : SourceMode d ) is neither a sampled numeric type (ℕ ℤ ℚ ℝ) nor a decidable hypothesis +UNSUPPORTED: SourceSmoothTopology.lean::I4SourceSmoothTopology.sourceDerivativeBCF_summable: binder ( ω : SmoothSample d L ) is neither a sampled numeric type (ℕ ℤ ℚ ℝ) nor a decidable hypothesis +UNSUPPORTED: SourceSmoothTopology.lean::I4SourceSmoothTopology.sourceDerivativeBCF_apply: binder ( ω : SmoothSample d L ) is neither a sampled numeric type (ℕ ℤ ℚ ℝ) nor a decidable hypothesis +UNSUPPORTED: SourceSmoothTopology.lean::I4SourceSmoothTopology.stronglyMeasurable_of_countable_hasSum: instance binder [ PseudoMetrizableSpace E ] cannot be sampled +UNSUPPORTED: SourceSmoothTopology.lean::I4SourceSmoothTopology.sourceDerivativeBCF_stronglyMeasurable: conclusion is a structural predicate ['StronglyMeasurable']: trivial on finite discrete models (every set is measurable, every function measurable and integrable), so sampling has no content here +UNSUPPORTED: SourceSmoothTopology.lean::I4SourceSmoothTopology.sourceDerivativeBCF_borel: conclusion is a structural predicate ['Measurable']: trivial on finite discrete models (every set is measurable, every function measurable and integrable), so sampling has no content here +UNSUPPORTED: SourceSmoothTopology.lean::I4SourceSmoothTopology.sourceFiniteJet_stronglyMeasurable: conclusion is a structural predicate ['StronglyMeasurable']: trivial on finite discrete models (every set is measurable, every function measurable and integrable), so sampling has no content here +UNSUPPORTED: SourceSmoothTopology.lean::I4SourceSmoothTopology.sourceFiniteJet_borel: unparsed statement: SyntaxError: trailing tokens from ')' +UNSUPPORTED: SourceSmoothTopology.lean::I4SourceSmoothTopology.modeDerivativeBCF_apply: binder ( m : SourceMode d ) is neither a sampled numeric type (ℕ ℤ ℚ ℝ) nor a decidable hypothesis +UNSUPPORTED: SourceSmoothTopology.lean::I4SourceSmoothTopology.sourceDerivativeBCF_tendstoUniformly: binder ( ω : SmoothSample d L ) is neither a sampled numeric type (ℕ ℤ ℚ ℝ) nor a decidable hypothesis +UNSUPPORTED: SourceSmoothTopology.lean::I4SourceSmoothTopology.jetRestriction_continuous: binder ( i : C ( A , Fin d → ℝ ) ) is neither a sampled numeric type (ℕ ℤ ℚ ℝ) nor a decidable hypothesis +UNSUPPORTED: SourceSmoothTopology.lean::I4SourceSmoothTopology.jetRestriction_norm_le: binder ( i : C ( A , Fin d → ℝ ) ) is neither a sampled numeric type (ℕ ℤ ℚ ℝ) nor a decidable hypothesis +UNSUPPORTED: SourceSmoothTopology.lean::I4SourceSmoothTopology.sourceRestrictedJet_apply: binder ( i : C ( A , Fin d → ℝ ) ) is neither a sampled numeric type (ℕ ℤ ℚ ℝ) nor a decidable hypothesis +UNSUPPORTED: SourceSmoothTopology.lean::I4SourceSmoothTopology.sourceRestrictedJet_stronglyMeasurable: binder ( i : C ( A , Fin d → ℝ ) ) is neither a sampled numeric type (ℕ ℤ ℚ ℝ) nor a decidable hypothesis +UNSUPPORTED: SourceSmoothTopology.lean::I4SourceSmoothTopology.sourceRestrictedJet_borel: binder ( i : C ( A , Fin d → ℝ ) ) is neither a sampled numeric type (ℕ ℤ ℚ ℝ) nor a decidable hypothesis +UNSUPPORTED: SourceSmoothTopology.lean::I4SourceSmoothTopology.sourceFiniteJet_dist_le_iff: binder ( ω η : SmoothSample d L ) is neither a sampled numeric type (ℕ ℤ ℚ ℝ) nor a decidable hypothesis +UNSUPPORTED: SourceSmoothTopology.lean::I4SourceSmoothTopology.sourceFiniteJet_eq_iff_field_eq: binder ( ω η : SmoothSample d L ) is neither a sampled numeric type (ℕ ℤ ℚ ℝ) nor a decidable hypothesis +UNSUPPORTED: SourceSmoothTopology.lean::I4SourceSmoothTopology.smoothSourceField_lattice_periodic: binder ( ω : SmoothSample d L ) is neither a sampled numeric type (ℕ ℤ ℚ ℝ) nor a decidable hypothesis +UNSUPPORTED: SourceSmoothTopology.lean::I4SourceSmoothTopology.sourceDerivativeBCF_lattice_periodic: binder ( ω : SmoothSample d L ) is neither a sampled numeric type (ℕ ℤ ℚ ℝ) nor a decidable hypothesis +UNSUPPORTED: SourceSmoothTopology.lean::I4SourceSmoothTopology.sourceFiniteJet_mem_compatible: binder ( ω : SmoothSample d L ) is neither a sampled numeric type (ℕ ℤ ℚ ℝ) nor a decidable hypothesis +UNSUPPORTED: SourceSmoothTopology.lean::I4SourceSmoothTopology.compatiblePeriodicJets_witness_unique: binder ( v : ( j : Fin ( K + 1 ) ) → DerivativeBCF d j ) is neither a sampled numeric type (ℕ ℤ ℚ ℝ) nor a decidable hypothesis +UNSUPPORTED: SourceSmoothTopology.lean::I4SourceSmoothTopology.sourceCompatibleJet_measurable: conclusion is a structural predicate ['Measurable']: trivial on finite discrete models (every set is measurable, every function measurable and integrable), so sampling has no content here +UNSUPPORTED: SourceSmoothTopology.lean::I4SourceSmoothTopology.sourceCompatibleJet_borel: conclusion is a structural predicate ['Measurable']: trivial on finite discrete models (every set is measurable, every function measurable and integrable), so sampling has no content here +UNSUPPORTED: SourceSmoothTopology.lean::I4SourceSmoothTopology.sourceDerivativeBCF_hasCondDistrib: binder ( hG : IsUnit ( sourcePinCovarianceAt L r ) ) is neither a sampled numeric type (ℕ ℤ ℚ ℝ) nor a decidable hypothesis +UNSUPPORTED: SourceSmoothTopology.lean::I4SourceSmoothTopology.sourceFiniteJet_hasCondDistrib: binder ( hG : IsUnit ( sourcePinCovarianceAt L r ) ) is neither a sampled numeric type (ℕ ℤ ℚ ℝ) nor a decidable hypothesis +UNSUPPORTED: SourceSmoothTopology.lean::I4SourceSmoothTopology.sourceCompatibleJet_hasCondDistrib: binder ( hG : IsUnit ( sourcePinCovarianceAt L r ) ) is neither a sampled numeric type (ℕ ℤ ℚ ℝ) nor a decidable hypothesis +UNSUPPORTED: SourceSmoothTopology.lean::I4SourceSmoothTopology.sourceFiniteJet_functional_hasCondDistrib: binder ( hG : IsUnit ( sourcePinCovarianceAt L r ) ) is neither a sampled numeric type (ℕ ℤ ℚ ℝ) nor a decidable hypothesis +UNSUPPORTED: SourceSmoothTopology.lean::I4SourceSmoothTopology.sourceDerivativeBCF_functional_hasCondDistrib: binder ( hG : IsUnit ( sourcePinCovarianceAt L r ) ) is neither a sampled numeric type (ℕ ℤ ℚ ℝ) nor a decidable hypothesis +UNSUPPORTED: SourceSmoothTopology.lean::I4SourceSmoothTopology.sourceCompatibleJet_functional_hasCondDistrib: binder ( hG : IsUnit ( sourcePinCovarianceAt L r ) ) is neither a sampled numeric type (ℕ ℤ ℚ ℝ) nor a decidable hypothesis +UNSUPPORTED: SourceSmoothTopology.lean::I4SourceSmoothTopology.sourceDerivativeBCF_eventually_hasCondDistrib: unparsed statement: SyntaxError: expected ',', got r +UNSUPPORTED: SourceSmoothTopology.lean::I4SourceSmoothTopology.sourceFiniteJet_eventually_hasCondDistrib: unparsed statement: SyntaxError: expected ',', got r +UNSUPPORTED: SourceSmoothTopology.lean::I4SourceSmoothTopology.sourceCompatibleJet_eventually_hasCondDistrib: unparsed statement: SyntaxError: expected ',', got r +UNSUPPORTED: SourceSmoothTopology.lean::I4SourceSmoothTopology.sourceFiniteJet_functional_eventually_hasCondDistrib: binder ( F : ( ( j : Fin ( K + 1 ) ) → DerivativeBCF 2 j ) → E ) is neither a sampled numeric type (ℕ ℤ ℚ ℝ) nor a decidable hypothesis +UNSUPPORTED: SourceSmoothTopology.lean::I4SourceSmoothTopology.sourceDerivativeBCF_functional_eventually_hasCondDistrib: binder ( F : DerivativeBCF 2 k → E ) is neither a sampled numeric type (ℕ ℤ ℚ ℝ) nor a decidable hypothesis +UNSUPPORTED: SourceSmoothTopology.lean::I4SourceSmoothTopology.sourceCompatibleJet_functional_eventually_hasCondDistrib: binder ( F : compatiblePeriodicJets 2 L K → E ) is neither a sampled numeric type (ℕ ℤ ℚ ℝ) nor a decidable hypothesis +UNSUPPORTED: SourceTwoRemoteFirstJetGaussian.lean::I4SourceTwoRemoteFirstJetGaussian.specification_raw: unsupported syntax: notation '⟨' +UNSUPPORTED: SourceTwoRemoteFirstJetGaussian.lean::I4SourceTwoRemoteFirstJetGaussian.specification_remote: unsupported syntax: notation '⟨' +UNSUPPORTED: SourceTwoRemoteFirstJetGaussian.lean::I4SourceTwoRemoteFirstJetGaussian.jointVector_actual: binder ( ω : SmoothSample 2 L ) is neither a sampled numeric type (ℕ ℤ ℚ ℝ) nor a decidable hypothesis +UNSUPPORTED: SourceTwoRemoteFirstJetGaussian.lean::I4SourceTwoRemoteFirstJetGaussian.jointCoefficient_actual: jointCoefficient is a function value the interpreter does not carry +UNSUPPORTED: SourceTwoRemoteFirstJetGaussian.lean::I4SourceTwoRemoteFirstJetGaussian.joint_hasGaussianLaw: proposition of form App +UNSUPPORTED: SourceTwoRemoteFirstJetGaussian.lean::I4SourceTwoRemoteFirstJetGaussian.raw_remote_jointGaussian: proposition of form App +UNSUPPORTED: SourceTwoRemoteFirstJetGaussian.lean::I4SourceTwoRemoteFirstJetGaussian.residualMatrix_apply: unsupported syntax: notation 'ᵥ' +UNSUPPORTED: SourceTwoRemoteFirstJetGaussian.lean::I4SourceTwoRemoteFirstJetGaussian.posterior_actual: binder ( ω : SmoothSample 2 L ) is neither a sampled numeric type (ℕ ℤ ℚ ℝ) nor a decidable hypothesis +UNSUPPORTED: SourceTwoRemoteFirstJetGaussian.lean::I4SourceTwoRemoteFirstJetGaussian.residual_hasGaussianLaw: unsupported syntax: notation 'ᵥ' +UNSUPPORTED: SourceTwoRemoteFirstJetGaussian.lean::I4SourceTwoRemoteFirstJetGaussian.posterior_hasGaussianLaw: proposition of form App +UNSUPPORTED: SourceTwoRemoteFirstJetGaussian.lean::I4SourceTwoRemoteFirstJetGaussian.joint_integral_zero: result type Measure ( SmoothSample d L ) +UNSUPPORTED: SourceTwoRemoteFirstJetGaussian.lean::I4SourceTwoRemoteFirstJetGaussian.posterior_integral: result type Measure ( SmoothSample d L ) +UNSUPPORTED: SourceTwoRemoteFirstJetGaussian.lean::I4SourceTwoRemoteFirstJetGaussian.fixed12_affine_covariance: binder ( Z : Ω → Fin 12 → ℝ ) is neither a sampled numeric type (ℕ ℤ ℚ ℝ) nor a decidable hypothesis +UNSUPPORTED: SourceTwoRemoteFirstJetGaussian.lean::I4SourceTwoRemoteFirstJetGaussian.transformed_coefficient: expression Lambda +UNSUPPORTED: SourceTwoRemoteFirstJetGaussian.lean::I4SourceTwoRemoteFirstJetGaussian.posterior_covariance: unparsed statement: SyntaxError: unexpected token ';' at 314:70 +UNSUPPORTED: SourceTwoRemoteFirstJetGaussian.lean::I4SourceTwoRemoteFirstJetGaussian.derivative_measurable: binder ( u : Fin k → ( Fin 2 → ℝ ) ) is neither a sampled numeric type (ℕ ℤ ℚ ℝ) nor a decidable hypothesis +UNSUPPORTED: SourceTwoRemoteFirstJetGaussian.lean::I4SourceTwoRemoteFirstJetGaussian.observation_measurable: conclusion is a structural predicate ['Measurable']: trivial on finite discrete models (every set is measurable, every function measurable and integrable), so sampling has no content here +UNSUPPORTED: SourceTwoRemoteFirstJetGaussian.lean::I4SourceTwoRemoteFirstJetGaussian.rawPinKernel_twoRemoteFirstJet_eq_multivariateGaussian: result type Kernel ( Fin 6 → ℝ ) ( SmoothSample 2 L ) +UNSUPPORTED: SourceTwoRemoteFirstJetGaussian.lean::I4SourceTwoRemoteFirstJetGaussian.twoRemoteResidualCovariance_posDef: hypothesis ( hxM : I4Torus.torusProjection 2 L x ≠ I4Torus.torusProjection 2 L ( endpointM r ) ) mentions undeclared names ['I4Torus.torusProjection', 'endpointM'] +UNSUPPORTED: SourceTwoRemoteFirstJetWitness.lean::I4SourceTwoRemoteFirstJetWitness.firstJet_mul: binder ( P Q : ( Fin 2 → ℝ ) → ℝ ) is neither a sampled numeric type (ℕ ℤ ℚ ℝ) nor a decidable hypothesis +UNSUPPORTED: SourceTwoRemoteFirstJetWitness.lean::I4SourceTwoRemoteFirstJetWitness.firstJet_scale: binder ( f : ( Fin 2 → ℝ ) → ℝ ) is neither a sampled numeric type (ℕ ℤ ℚ ℝ) nor a decidable hypothesis +UNSUPPORTED: SourceTwoRemoteFirstJetWitness.lean::I4SourceTwoRemoteFirstJetWitness.firstJet_sum: binder ( f : Fin 3 → ( Fin 2 → ℝ ) → ℝ ) is neither a sampled numeric type (ℕ ℤ ℚ ℝ) nor a decidable hypothesis +UNSUPPORTED: SourceTwoRemoteFirstJetWitness.lean::I4SourceTwoRemoteFirstJetWitness.firstJetGerm_contDiff: proposition of form App +UNSUPPORTED: SourceTwoRemoteFirstJetWitness.lean::I4SourceTwoRemoteFirstJetWitness.firstJet_localGerm: localGerm applied to 3 of 4 arguments +UNSUPPORTED: SourceTwoRemoteFirstJetWitness.lean::I4SourceTwoRemoteFirstJetWitness.firstJet_germ_combination: expression Lambda +UNSUPPORTED: SourceTwoRemoteFirstJetWitness.lean::I4SourceTwoRemoteFirstJetWitness.firstJetInterpolant_contDiff: binder ( P : ( Fin 2 → ℝ ) → ℝ ) is neither a sampled numeric type (ℕ ℤ ℚ ℝ) nor a decidable hypothesis +UNSUPPORTED: SourceTwoRemoteFirstJetWitness.lean::I4SourceTwoRemoteFirstJetWitness.firstJetInterpolant_self: binder ( P : ( Fin 2 → ℝ ) → ℝ ) is neither a sampled numeric type (ℕ ℤ ℚ ℝ) nor a decidable hypothesis +UNSUPPORTED: SourceTwoRemoteFirstJetWitness.lean::I4SourceTwoRemoteFirstJetWitness.firstJetInterpolant_zero: binder ( P : ( Fin 2 → ℝ ) → ℝ ) is neither a sampled numeric type (ℕ ℤ ℚ ℝ) nor a decidable hypothesis +CORROBORATED: SourceTwoRemoteFirstJetWitness.lean::I4SourceTwoRemoteFirstJetWitness.sourceC_ne_zero: holds on 64 sampled instances satisfying the hypotheses (1 draws rejected by the hypotheses, 0 infeasible, seed 1): sampling is admitted evidence of the statement, not a proof of it +UNSUPPORTED: SourceTwoRemoteFirstJetWitness.lean::I4SourceTwoRemoteFirstJetWitness.circle_eq_of_cos_one: hypothesis ( hc : Real.cos ( sourceC L * ( u - v ) ) = 1 ) mentions undeclared names ['sourceC'] +UNSUPPORTED: SourceTwoRemoteFirstJetWitness.lean::I4SourceTwoRemoteFirstJetWitness.positive_axis: hypothesis ( hpa : I4Torus.torusProjection 2 L p ≠ I4Torus.torusProjection 2 L a ) mentions undeclared names ['I4Torus.torusProjection'] +UNSUPPORTED: SourceTwoRemoteFirstJetWitness.lean::I4SourceTwoRemoteFirstJetWitness.squaredFactor_C2: proposition of form App +UNSUPPORTED: SourceTwoRemoteFirstJetWitness.lean::I4SourceTwoRemoteFirstJetWitness.squaredFactor_zero: unknown function fderiv +UNSUPPORTED: SourceTwoRemoteFirstJetWitness.lean::I4SourceTwoRemoteFirstJetWitness.tripleMultiplier_C2: binder ( a : Fin 3 → ( Fin 2 → ℝ ) ) is neither a sampled numeric type (ℕ ℤ ℚ ℝ) nor a decidable hypothesis +UNSUPPORTED: SourceTwoRemoteFirstJetWitness.lean::I4SourceTwoRemoteFirstJetWitness.tripleMultiplier_zero: binder ( a : Fin 3 → ( Fin 2 → ℝ ) ) is neither a sampled numeric type (ℕ ℤ ℚ ℝ) nor a decidable hypothesis +UNSUPPORTED: SourceTwoRemoteFirstJetWitness.lean::I4SourceTwoRemoteFirstJetWitness.eval_axisCos: result type TrigPoly +UNSUPPORTED: SourceTwoRemoteFirstJetWitness.lean::I4SourceTwoRemoteFirstJetWitness.eval_axisSin: result type TrigPoly +UNSUPPORTED: SourceTwoRemoteFirstJetWitness.lean::I4SourceTwoRemoteFirstJetWitness.eval_squaredFactorPoly: result type TrigPoly +UNSUPPORTED: SourceTwoRemoteFirstJetWitness.lean::I4SourceTwoRemoteFirstJetWitness.eval_tripleMultiplierPoly: binder ( a : Fin 3 → ( Fin 2 → ℝ ) ) is neither a sampled numeric type (ℕ ℤ ℚ ℝ) nor a decidable hypothesis +UNSUPPORTED: SourceTwoRemoteFirstJetWitness.lean::I4SourceTwoRemoteFirstJetWitness.eval_firstGermPoly: result type TrigPoly +UNSUPPORTED: SourceTwoRemoteFirstJetWitness.lean::I4SourceTwoRemoteFirstJetWitness.eval_interpolationPoly: binder ( a : Fin 3 → ( Fin 2 → ℝ ) ) is neither a sampled numeric type (ℕ ℤ ℚ ℝ) nor a decidable hypothesis +UNSUPPORTED: SourceTwoRemoteFirstJetWitness.lean::I4SourceTwoRemoteFirstJetWitness.raw_pairing: binder ( F : TrigPoly ) is neither a sampled numeric type (ℕ ℤ ℚ ℝ) nor a decidable hypothesis +UNSUPPORTED: SourceTwoRemoteFirstJetWitness.lean::I4SourceTwoRemoteFirstJetWitness.first_pairing: binder ( F : TrigPoly ) is neither a sampled numeric type (ℕ ℤ ℚ ℝ) nor a decidable hypothesis +UNSUPPORTED: SourceTwoRemoteFirstJetWitness.lean::I4SourceTwoRemoteFirstJetWitness.local_finite_witnesses: hypothesis ( hpM : I4Torus.torusProjection 2 L p ≠ I4Torus.torusProjection 2 L ( endpointM r ) ) mentions undeclared names ['I4Torus.torusProjection', 'endpointM'] +UNSUPPORTED: SourceTwoRemoteFirstJetWitness.lean::I4SourceTwoRemoteFirstJetWitness.row_split: twoRemoteFirstJetCoefficient applied to 4 arguments +UNSUPPORTED: SourceTwoRemoteFirstJetWitness.lean::I4SourceTwoRemoteFirstJetWitness.localColumn_eq_iff: unknown name j.val +UNSUPPORTED: SourceTwoRemoteFirstJetWitness.lean::I4SourceTwoRemoteFirstJetWitness.rows_summable: proposition of form App +UNSUPPORTED: SourceTwoRemoteFirstJetWitness.lean::I4SourceTwoRemoteFirstJetWitness.actual_finite_twoRemoteFirstJet_witnesses: hypothesis ( hxM : I4Torus.torusProjection 2 L x ≠ I4Torus.torusProjection 2 L ( endpointM r ) ) mentions undeclared names ['I4Torus.torusProjection', 'endpointM'] +UNSUPPORTED: SourceTwoRemoteFirstJetWitness.lean::I4SourceTwoRemoteFirstJetWitness.actual_twoRemoteFirstJet_residual_coefficientGram_posDef: hypothesis ( hxM : I4Torus.torusProjection 2 L x ≠ I4Torus.torusProjection 2 L ( endpointM r ) ) mentions undeclared names ['I4Torus.torusProjection', 'endpointM'] +UNSUPPORTED: SourceWeightedCurvatureBound.lean::I4SourceWeightedCurvature.sourceRegularityBad_measurable: conclusion is a structural predicate ['MeasurableSet']: trivial on finite discrete models (every set is measurable, every function measurable and integrable), so sampling has no content here +UNSUPPORTED: SourceWeightedCurvatureBound.lean::I4SourceWeightedCurvature.sourceRegularityBad_base_bound: hypothesis ( hR : Integrable ( fun ω => sourceGammaRadius L ω ^ 30 ) ( sourceSmoothLaw hL r b ) ) mentions undeclared names ['hL', 'sourceGammaRadius', 'sourceSmoothLaw'] +UNSUPPORTED: SourceWeightedCurvatureBound.lean::I4SourceWeightedCurvature.sourceRegularityBad_weighted_cubic: unsupported syntax: existential quantifier +UNSUPPORTED: SourceWeightedCurvatureBound.lean::I4SourceWeightedCurvature.sourceQ_measurable_actual: conclusion is a structural predicate ['Measurable']: trivial on finite discrete models (every set is measurable, every function measurable and integrable), so sampling has no content here +UNSUPPORTED: SourceWeightedCurvatureBound.lean::I4SourceWeightedCurvature.sourceCurvatureSlab_measurable: conclusion is a structural predicate ['MeasurableSet']: trivial on finite discrete models (every set is measurable, every function measurable and integrable), so sampling has no content here +UNSUPPORTED: SourceWeightedCurvatureBound.lean::I4SourceWeightedCurvature.sourceRegularCurvatureSlab_measurable: conclusion is a structural predicate ['MeasurableSet']: trivial on finite discrete models (every set is measurable, every function measurable and integrable), so sampling has no content here +UNSUPPORTED: SourceWeightedCurvatureBound.lean::I4SourceWeightedCurvature.sourceCurvatureOneSided_measurable: conclusion is a structural predicate ['MeasurableSet']: trivial on finite discrete models (every set is measurable, every function measurable and integrable), so sampling has no content here +UNSUPPORTED: SourceWeightedCurvatureBound.lean::I4SourceWeightedCurvature.sourceRegularCurvatureSlab_weighted_of_numerator: hypothesis ( hW : Integrable ( sourceSmoothWeight L r ) ( sourceSmoothLaw hL r b ) ) mentions undeclared names ['hL', 'sourceSmoothLaw', 'sourceSmoothWeight'] +UNSUPPORTED: SourceWeightedCurvatureBound.lean::I4SourceWeightedCurvature.sourceCurvatureUnion_reduce: binder ( hG : IsUnit ( sourcePinCovarianceAt L r ) ) is neither a sampled numeric type (ℕ ℤ ℚ ℝ) nor a decidable hypothesis +UNSUPPORTED: SourceWeightedCurvatureBound.lean::I4SourceWeightedCurvature.sourceRegularCurvatureSlab_numerator_of_product: binder ( hG : IsUnit ( sourcePinCovarianceAt L r ) ) is neither a sampled numeric type (ℕ ℤ ℚ ℝ) nor a decidable hypothesis +UNSUPPORTED: SourceWeightedCurvatureBound.lean::I4SourceWeightedCurvature.sourceCurvatureUnion_weighted_cubic_of_numerator: binder ( hregular : ∃ N δ : ℝ , 0 ≤ N ∧ 0 < δ ∧ ∀ r : ℝ , 0 < r → r < δ → ( ∫ ω in sourceRegularCurvatureSlab L r ( max K 1 ) eps , sourceSmoothWeight L r ω ∂ sourceSmoothLaw hL r b ) ≤ N * r ^ 5 ) is +UNSUPPORTED: SourceWeightedCurvatureBound.lean::I4SourceWeightedCurvature.sourceRegularCurvatureSlab_numerator: unsupported syntax: existential quantifier +UNSUPPORTED: SourceWeightedCurvatureBound.lean::I4SourceWeightedCurvature.sourceWeightedCurvature_bound: unsupported syntax: existential quantifier +UNSUPPORTED: SourceWeightedCurvatureBound.lean::I4SourceWeightedCurvature.sourceWeightedCurvature_slab_bound: unsupported syntax: existential quantifier +UNSUPPORTED: cbz/stage67/quarantine/Q-MATH-SDGA-67-ORDINARY/ActualLowerSeparationControls.lean::ActualLowerSeparationControls.normalized_finite_source_field: binder ( p : TrigPoly ) is neither a sampled numeric type (ℕ ℤ ℚ ℝ) nor a decidable hypothesis +UNSUPPORTED: cbz/stage67/quarantine/Q-MATH-SDGA-67-ORDINARY/ActualLowerSeparationControls.lean::ActualLowerSeparationControls.primary_sample_eval: result type SmoothSample d L +UNSUPPORTED: cbz/stage67/quarantine/Q-MATH-SDGA-67-ORDINARY/ActualLowerSeparationControls.lean::ActualLowerSeparationControls.primary_sample_formula: result type SmoothSample d L +UNSUPPORTED: cbz/stage67/quarantine/Q-MATH-SDGA-67-ORDINARY/ActualLowerSeparationControls.lean::ActualLowerSeparationControls.primary_actual_formula: result type SmoothSample d L +UNSUPPORTED: geometric-palm-evidence/application/RawConfluentLift.lean::ActualGeometricPalmJoin.inverse_congruence: binder ( T G : Matrix n n ℝ ) is neither a sampled numeric type (ℕ ℤ ℚ ℝ) nor a decidable hypothesis +UNSUPPORTED: geometric-palm-evidence/application/RawConfluentLift.lean::ActualGeometricPalmJoin.inverse_congruence_mulVec: binder ( T G : Matrix n n ℝ ) is neither a sampled numeric type (ℕ ℤ ℚ ℝ) nor a decidable hypothesis +UNSUPPORTED: geometric-palm-evidence/application/RawConfluentLift.lean::ActualGeometricPalmJoin.coefficient_lift_congr: binder ( T G : Matrix n n ℝ ) is neither a sampled numeric type (ℕ ℤ ℚ ℝ) nor a decidable hypothesis +UNSUPPORTED: geometric-palm-evidence/application/algebra-01.source.lean::ActualGeometricPalmJoin.inverse_congruence: binder ( T G : Matrix n n ℝ ) is neither a sampled numeric type (ℕ ℤ ℚ ℝ) nor a decidable hypothesis +UNSUPPORTED: geometric-palm-evidence/application/algebra-01.source.lean::ActualGeometricPalmJoin.inverse_congruence_mulVec: binder ( T G : Matrix n n ℝ ) is neither a sampled numeric type (ℕ ℤ ℚ ℝ) nor a decidable hypothesis +UNSUPPORTED: geometric-palm-evidence/application/algebra-01.source.lean::ActualGeometricPalmJoin.coefficient_lift_congr: binder ( T G : Matrix n n ℝ ) is neither a sampled numeric type (ℕ ℤ ℚ ℝ) nor a decidable hypothesis +UNSUPPORTED: geometric-palm-evidence/application/algebra-02.source.lean::ActualGeometricPalmJoin.inverse_congruence: binder ( T G : Matrix n n ℝ ) is neither a sampled numeric type (ℕ ℤ ℚ ℝ) nor a decidable hypothesis +UNSUPPORTED: geometric-palm-evidence/application/algebra-02.source.lean::ActualGeometricPalmJoin.inverse_congruence_mulVec: binder ( T G : Matrix n n ℝ ) is neither a sampled numeric type (ℕ ℤ ℚ ℝ) nor a decidable hypothesis +UNSUPPORTED: geometric-palm-evidence/application/algebra-02.source.lean::ActualGeometricPalmJoin.coefficient_lift_congr: binder ( T G : Matrix n n ℝ ) is neither a sampled numeric type (ℕ ℤ ℚ ℝ) nor a decidable hypothesis +UNSUPPORTED: inputs/GaussianSeriesFoundation.lean::I4Foundation.coordinate_measurePreserving: binder ( i : ι ) is neither a sampled numeric type (ℕ ℤ ℚ ℝ) nor a decidable hypothesis +UNSUPPORTED: inputs/GaussianSeriesFoundation.lean::I4Foundation.coordinate_marginal: binder ( i : ι ) is neither a sampled numeric type (ℕ ℤ ℚ ℝ) nor a decidable hypothesis +UNSUPPORTED: inputs/GaussianSeriesFoundation.lean::I4Foundation.coordinates_independent: proposition of form App +UNSUPPORTED: inputs/GaussianSeriesFoundation.lean::I4Foundation.coordinate_memLp: binder ( i : ι ) is neither a sampled numeric type (ℕ ℤ ℚ ℝ) nor a decidable hypothesis +UNSUPPORTED: inputs/GaussianSeriesFoundation.lean::I4Foundation.coordinate_integrable: binder ( i : ι ) is neither a sampled numeric type (ℕ ℤ ℚ ℝ) nor a decidable hypothesis +UNSUPPORTED: inputs/GaussianSeriesFoundation.lean::I4Foundation.coordinate_abs_integrable: binder ( i : ι ) is neither a sampled numeric type (ℕ ℤ ℚ ℝ) nor a decidable hypothesis +UNSUPPORTED: inputs/GaussianSeriesFoundation.lean::I4Foundation.weighted_abs_summable_ae: binder ( hs : Summable a ) is neither a sampled numeric type (ℕ ℤ ℚ ℝ) nor a decidable hypothesis +UNSUPPORTED: inputs/GaussianSeriesFoundation.lean::I4Foundation.scalarSeries_measurable: conclusion is a structural predicate ['Measurable']: trivial on finite discrete models (every set is measurable, every function measurable and integrable), so sampling has no content here +UNSUPPORTED: inputs/GaussianSeriesFoundation.lean::I4Foundation.scalarSeries_hasSum_ae: binder ( hs : Summable a ) is neither a sampled numeric type (ℕ ℤ ℚ ℝ) nor a decidable hypothesis +CORROBORATED: inputs/ResearchFormalCoreR1/DeterminantMoment.lean::ResearchFormalCoreR1.dm2_scale: holds on 64 sampled instances satisfying the hypotheses (5 draws rejected by the hypotheses, 0 infeasible, seed 1): sampling is admitted evidence of the statement, not a proof of it +CORROBORATED: inputs/ResearchFormalCoreR1/DeterminantMoment.lean::ResearchFormalCoreR1.dm2_factors: holds on 64 sampled instances satisfying the hypotheses (11 draws rejected by the hypotheses, 0 infeasible, seed 1): sampling is admitted evidence of the statement, not a proof of it +CORROBORATED: inputs/ResearchFormalCoreR1/DeterminantMoment.lean::ResearchFormalCoreR1.dm2_untyped: holds on 64 sampled instances satisfying the hypotheses (6 draws rejected by the hypotheses, 0 infeasible, seed 1): sampling is admitted evidence of the statement, not a proof of it +UNSUPPORTED: inputs/ResearchFormalCoreR1/DeterminantMoment.lean::ResearchFormalCoreR1.dm2_pointwise: unknown function by +UNSUPPORTED: inputs/ResearchFormalCoreR1/DeterminantMoment.lean::ResearchFormalCoreR1.dm2_negative_iff: quantifier over Fin 2 → ℝ +UNSUPPORTED: inputs/ResearchFormalCoreR1/DeterminantMoment.lean::ResearchFormalCoreR1.dm2_weight_measurable: conclusion is a structural predicate ['Measurable']: trivial on finite discrete models (every set is measurable, every function measurable and integrable), so sampling has no content here +UNSUPPORTED: inputs/ResearchFormalCoreR1/DeterminantMoment.lean::ResearchFormalCoreR1.dm2_moment: binder ( μ : MeasureTheory.Measure Ω ) is neither a sampled numeric type (ℕ ℤ ℚ ℝ) nor a decidable hypothesis +UNSUPPORTED: inputs/ResearchFormalCoreR1/EndpointGaussianMoments.lean::ResearchFormalCoreR1.egm_weight_measurable: conclusion is a structural predicate ['Measurable']: trivial on finite discrete models (every set is measurable, every function measurable and integrable), so sampling has no content here +CORROBORATED: inputs/ResearchFormalCoreR1/EndpointGaussianMoments.lean::ResearchFormalCoreR1.egm_coordinate_bound: holds on 64 sampled instances satisfying the hypotheses (0 draws rejected by the hypotheses, 0 infeasible, seed 1): sampling is admitted evidence of the statement, not a proof of it +CORROBORATED: inputs/ResearchFormalCoreR1/EndpointGaussianMoments.lean::ResearchFormalCoreR1.egm_factor_bound: holds on 64 sampled instances satisfying the hypotheses (11 draws rejected by the hypotheses, 0 infeasible, seed 1): sampling is admitted evidence of the statement, not a proof of it +CORROBORATED: inputs/ResearchFormalCoreR1/EndpointGaussianMoments.lean::ResearchFormalCoreR1.egm_untyped: holds on 64 sampled instances satisfying the hypotheses (6 draws rejected by the hypotheses, 0 infeasible, seed 1): sampling is admitted evidence of the statement, not a proof of it +UNSUPPORTED: inputs/ResearchFormalCoreR1/EndpointGaussianMoments.lean::ResearchFormalCoreR1.egm_pointwise: unknown function by +UNSUPPORTED: inputs/ResearchFormalCoreR1/EndpointGaussianMoments.lean::ResearchFormalCoreR1.egm_gaussian_moment: binder ( J : Ω → Fin 6 → ℝ ) is neither a sampled numeric type (ℕ ℤ ℚ ℝ) nor a decidable hypothesis +UNSUPPORTED: inputs/ResearchFormalCoreR1/EndpointNormalizerBridge.lean::ResearchFormalCoreR1.enb_permutation_continuous: proposition of form App +CORROBORATED: inputs/ResearchFormalCoreR1/EndpointNormalizerBridge.lean::ResearchFormalCoreR1.enb_maximum_factor: holds on 64 sampled instances satisfying the hypotheses (4 draws rejected by the hypotheses, 0 infeasible, seed 1): sampling is admitted evidence of the statement, not a proof of it +UNSUPPORTED: inputs/ResearchFormalCoreR1/EndpointNormalizerBridge.lean::ResearchFormalCoreR1.enb_maximum_iff: quantifier over Fin 2 → ℝ +CORROBORATED: inputs/ResearchFormalCoreR1/EndpointNormalizerBridge.lean::ResearchFormalCoreR1.enb_saddle_iff: holds on 64 sampled instances satisfying the hypotheses (4 draws rejected by the hypotheses, 0 infeasible, seed 1): sampling is admitted evidence of the statement, not a proof of it +UNSUPPORTED: inputs/ResearchFormalCoreR1/EndpointNormalizerBridge.lean::ResearchFormalCoreR1.enb_weight_identity: unknown function by +UNSUPPORTED: inputs/ResearchFormalCoreR1/EndpointNormalizerBridge.lean::ResearchFormalCoreR1.enb_integral_identity: binder ( J : Ω → Fin 6 → ℝ ) is neither a sampled numeric type (ℕ ℤ ℚ ℝ) nor a decidable hypothesis +UNSUPPORTED: inputs/ResearchFormalCoreR1/EndpointNormalizerBridge.lean::ResearchFormalCoreR1.enb_integrable_iff: binder ( J : Ω → Fin 6 → ℝ ) is neither a sampled numeric type (ℕ ℤ ℚ ℝ) nor a decidable hypothesis +UNSUPPORTED: inputs/ResearchFormalCoreR1/EndpointNormalizerBridge.lean::ResearchFormalCoreR1.enb_integrable_of_integrable_sq: binder ( J : Ω → Fin 6 → ℝ ) is neither a sampled numeric type (ℕ ℤ ℚ ℝ) nor a decidable hypothesis +UNSUPPORTED: inputs/ResearchFormalCoreR1/EndpointNormalizerBridge.lean::ResearchFormalCoreR1.enb_normalizer_floor_of_common_coupling: binder ( J : ℝ → Ω → Fin 6 → ℝ ) is neither a sampled numeric type (ℕ ℤ ℚ ℝ) nor a decidable hypothesis +UNSUPPORTED: inputs/ResearchFormalCoreR1/GaussianCoupling.lean::ResearchFormalCoreR1.gc_matrix_eval_tendsto: binder { u : Filter R } is neither a sampled numeric type (ℕ ℤ ℚ ℝ) nor a decidable hypothesis +UNSUPPORTED: inputs/ResearchFormalCoreR1/GaussianCoupling.lean::ResearchFormalCoreR1.gc_coupledVector_hasLaw: binder ( m : EuclideanSpace ℝ ι ) is neither a sampled numeric type (ℕ ℤ ℚ ℝ) nor a decidable hypothesis +UNSUPPORTED: inputs/ResearchFormalCoreR1/GaussianCoupling.lean::ResearchFormalCoreR1.gc_coupledVector_tendsto: binder ( u : Filter κ ) is neither a sampled numeric type (ℕ ℤ ℚ ℝ) nor a decidable hypothesis +UNSUPPORTED: inputs/ResearchFormalCoreR1/GaussianJetMoments.lean::ResearchFormalCoreR1.gm8FiniteM8_nonneg: definition gm8C8 has an unparsed body +UNSUPPORTED: inputs/ResearchFormalCoreR1/GaussianJetMoments.lean::ResearchFormalCoreR1.gm8M8_nonneg: definition gm8C8 has an unparsed body +CORROBORATED: inputs/ResearchFormalCoreR1/GaussianJetMoments.lean::ResearchFormalCoreR1.gm8_finite_radius_power_bound: holds on 64 sampled instances satisfying the hypotheses (0 draws rejected by the hypotheses, 0 infeasible, seed 1): sampling is admitted evidence of the statement, not a proof of it +UNSUPPORTED: inputs/ResearchFormalCoreR1/GaussianJetMoments.lean::ResearchFormalCoreR1.gm8_finite_integrable_bound: binder ( J : Ω → Fin n → ℝ ) is neither a sampled numeric type (ℕ ℤ ℚ ℝ) nor a decidable hypothesis +UNSUPPORTED: inputs/ResearchFormalCoreR1/GaussianJetMoments.lean::ResearchFormalCoreR1.gm8_radius_power_bound: binder ( j : DM2Jet ) is neither a sampled numeric type (ℕ ℤ ℚ ℝ) nor a decidable hypothesis +UNSUPPORTED: inputs/ResearchFormalCoreR1/GaussianJetMoments.lean::ResearchFormalCoreR1.gm8_jet_integrable_bound: binder ( J : Ω → DM2Jet ) is neither a sampled numeric type (ℕ ℤ ℚ ℝ) nor a decidable hypothesis +UNSUPPORTED: inputs/ResearchFormalCoreR1/GaussianJetMoments.lean::ResearchFormalCoreR1.gm8_family_weight_moment: binder ( μ : ℝ → Measure Ω ) is neither a sampled numeric type (ℕ ℤ ℚ ℝ) nor a decidable hypothesis +UNSUPPORTED: inputs/ResearchFormalCoreR1/GaussianNormalizer.lean::ResearchFormalCoreR1.gn_gaussian_reference_integrable_pos: binder ( v : ℝ ≥ 0 ) is neither a sampled numeric type (ℕ ℤ ℚ ℝ) nor a decidable hypothesis +UNSUPPORTED: inputs/ResearchFormalCoreR1/GaussianNormalizer.lean::ResearchFormalCoreR1.gn_open_box_floor: no sample satisfied the hypotheses and evaluated (1032 draws): the hypotheses may be unsatisfiable (vacuous, A5) or outside what the sampler can hit +UNSUPPORTED: inputs/ResearchFormalCoreR1/GaussianNormalizerLimit.lean::ResearchFormalCoreR1.gnl_contact_relations: binder ( hS : S.PosSemidef ) is neither a sampled numeric type (ℕ ℤ ℚ ℝ) nor a decidable hypothesis +UNSUPPORTED: inputs/ResearchFormalCoreR1/GaussianNormalizerLimit.lean::ResearchFormalCoreR1.gnl_positivePart_memLp: binder { p : ℝ ≥ 0 ∞ } is neither a sampled numeric type (ℕ ℤ ℚ ℝ) nor a decidable hypothesis +UNSUPPORTED: inputs/ResearchFormalCoreR1/GaussianNormalizerLimit.lean::ResearchFormalCoreR1.gnl_gaussian_weight_integrable: binder ( hS : S.PosSemidef ) is neither a sampled numeric type (ℕ ℤ ℚ ℝ) nor a decidable hypothesis +UNSUPPORTED: inputs/ResearchFormalCoreR1/GaussianNormalizerLimit.lean::ResearchFormalCoreR1.gnl_normalizer_floor_of_parameter_limits: binder ( m : ℝ → EuclideanSpace ℝ ( Fin 6 ) ) is neither a sampled numeric type (ℕ ℤ ℚ ℝ) nor a decidable hypothesis +UNSUPPORTED: inputs/ResearchFormalCoreR1/GaussianNormalizerLimit.lean::ResearchFormalCoreR1.gnl_physical_normalizer_floor_of_parameter_limits: binder ( m : ℝ → EuclideanSpace ℝ ( Fin 6 ) ) is neither a sampled numeric type (ℕ ℤ ℚ ℝ) nor a decidable hypothesis +UNSUPPORTED: inputs/ResearchFormalCoreR1/GaussianRegressionKernel.lean::ResearchFormalCoreR1.regression_compProd_id_const: instance binder [ SFinite μ ] cannot be sampled +UNSUPPORTED: inputs/ResearchFormalCoreR1/GaussianRegressionKernel.lean::ResearchFormalCoreR1.regression_pair_hasCondDistrib: binder { X : Ω → α } is neither a sampled numeric type (ℕ ℤ ℚ ℝ) nor a decidable hypothesis +UNSUPPORTED: inputs/ResearchFormalCoreR1/GaussianRegressionKernel.lean::ResearchFormalCoreR1.regressionReconstruction_measurable: binder ( B : ( Fin n → ℝ ) → L [ ℝ ] ( Fin k → ℝ ) ) is neither a sampled numeric type (ℕ ℤ ℚ ℝ) nor a decidable hypothesis +UNSUPPORTED: inputs/ResearchFormalCoreR1/GaussianRegressionKernel.lean::ResearchFormalCoreR1.regressionKernel_apply: binder ( ν : Measure ( Fin k → ℝ ) ) is neither a sampled numeric type (ℕ ℤ ℚ ℝ) nor a decidable hypothesis +UNSUPPORTED: inputs/ResearchFormalCoreR1/GaussianRegressionKernel.lean::ResearchFormalCoreR1.independentResidual_hasCondDistrib: binder { X : Ω → Fin n → ℝ } is neither a sampled numeric type (ℕ ℤ ℚ ℝ) nor a decidable hypothesis +UNSUPPORTED: inputs/ResearchFormalCoreR1/GaussianRegressionKernel.lean::ResearchFormalCoreR1.gaussianRegression_hasCondDistrib: binder { X : Ω → Fin n → ℝ } is neither a sampled numeric type (ℕ ℤ ℚ ℝ) nor a decidable hypothesis +UNSUPPORTED: inputs/ResearchFormalCoreR1/GaussianRegressionKernel.lean::ResearchFormalCoreR1.regressionKernel_measurable: binder ( ν : Measure ( Fin k → ℝ ) ) is neither a sampled numeric type (ℕ ℤ ℚ ℝ) nor a decidable hypothesis +UNSUPPORTED: inputs/ResearchFormalCoreR1/GaussianRegressionKernel.lean::ResearchFormalCoreR1.gaussianRegressionKernel_spec: binder { X : Ω → Fin n → ℝ } is neither a sampled numeric type (ℕ ℤ ℚ ℝ) nor a decidable hypothesis +UNSUPPORTED: inputs/ResearchFormalCoreR1/GaussianRegressionKernel.lean::ResearchFormalCoreR1.regression_map_coordinate: binder ( B : ( Fin n → ℝ ) → L [ ℝ ] ( Fin k → ℝ ) ) is neither a sampled numeric type (ℕ ℤ ℚ ℝ) nor a decidable hypothesis +UNSUPPORTED: inputs/ResearchFormalCoreR1/GaussianRegressionKernel.lean::ResearchFormalCoreR1.regression_covariance_map: binder { X : Ω → Fin n → ℝ } is neither a sampled numeric type (ℕ ℤ ℚ ℝ) nor a decidable hypothesis +UNSUPPORTED: inputs/ResearchFormalCoreR1/GaussianRegressionKernel.lean::ResearchFormalCoreR1.regression_residual_zero_covariance: binder { X : Ω → Fin n → ℝ } is neither a sampled numeric type (ℕ ℤ ℚ ℝ) nor a decidable hypothesis +UNSUPPORTED: inputs/ResearchFormalCoreR1/GaussianRegressionKernel.lean::ResearchFormalCoreR1.regression_residual_jointGaussian: binder { X : Ω → Fin n → ℝ } is neither a sampled numeric type (ℕ ℤ ℚ ℝ) nor a decidable hypothesis +UNSUPPORTED: inputs/ResearchFormalCoreR1/GaussianRegressionKernel.lean::ResearchFormalCoreR1.gaussianRegression_observed_hasCondDistrib: binder { X : Ω → Fin n → ℝ } is neither a sampled numeric type (ℕ ℤ ℚ ℝ) nor a decidable hypothesis +UNSUPPORTED: inputs/ResearchFormalCoreR1/GaussianRegressionKernel.lean::ResearchFormalCoreR1.gaussianRegression_observed_spec: binder { X : Ω → Fin n → ℝ } is neither a sampled numeric type (ℕ ℤ ℚ ℝ) nor a decidable hypothesis +UNSUPPORTED: inputs/ResearchFormalCoreR1/GaussianScalarMoments.lean::ResearchFormalCoreR1.gm8_standard_integrable: conclusion is a structural predicate ['Integrable']: trivial on finite discrete models (every set is measurable, every function measurable and integrable), so sampling has no content here +UNSUPPORTED: inputs/ResearchFormalCoreR1/GaussianScalarMoments.lean::ResearchFormalCoreR1.gm8_standard_nonneg: definition gm8C8 has an unparsed body +UNSUPPORTED: inputs/ResearchFormalCoreR1/GaussianScalarMoments.lean::ResearchFormalCoreR1.gm8_integrable: binder ( v : ℝ ≥ 0 ) is neither a sampled numeric type (ℕ ℤ ℚ ℝ) nor a decidable hypothesis +CORROBORATED: inputs/ResearchFormalCoreR1/GaussianScalarMoments.lean::ResearchFormalCoreR1.gm8_sqrt_pow: holds on 64 sampled instances satisfying the hypotheses (3 draws rejected by the hypotheses, 0 infeasible, seed 1): sampling is admitted evidence of the statement, not a proof of it +UNSUPPORTED: inputs/ResearchFormalCoreR1/GaussianScalarMoments.lean::ResearchFormalCoreR1.gm8_affine_map: binder ( v : ℝ ≥ 0 ) is neither a sampled numeric type (ℕ ℤ ℚ ℝ) nor a decidable hypothesis +UNSUPPORTED: inputs/ResearchFormalCoreR1/GaussianScalarMoments.lean::ResearchFormalCoreR1.gm8_affine_bound: binder ( v : ℝ ≥ 0 ) is neither a sampled numeric type (ℕ ℤ ℚ ℝ) nor a decidable hypothesis +UNSUPPORTED: inputs/ResearchFormalCoreR1/GaussianScalarMoments.lean::ResearchFormalCoreR1.gm8_scalar_integrable_bound: binder ( v : ℝ ≥ 0 ) is neither a sampled numeric type (ℕ ℤ ℚ ℝ) nor a decidable hypothesis +UNSUPPORTED: inputs/ResearchFormalCoreR1/NormalizerFloor.lean::ResearchFormalCoreR1.nfloor_eventually_lower_of_fatou: binder ( u : Filter ι ) is neither a sampled numeric type (ℕ ℤ ℚ ℝ) nor a decidable hypothesis +UNSUPPORTED: inputs/ResearchFormalCoreR1/NormalizerFloor.lean::ResearchFormalCoreR1.nfloor_weight_continuous: proposition of form App +CORROBORATED: inputs/ResearchFormalCoreR1/NormalizerFloor.lean::ResearchFormalCoreR1.nfloor_contact_value: holds on 64 sampled instances satisfying the hypotheses (0 draws rejected by the hypotheses, 0 infeasible, seed 1): sampling is admitted evidence of the statement, not a proof of it +UNSUPPORTED: inputs/ResearchFormalCoreR1/NormalizerFloor.lean::ResearchFormalCoreR1.nfloor_weight_limit: binder ( X : ℝ → Fin 6 → ℝ ) is neither a sampled numeric type (ℕ ℤ ℚ ℝ) nor a decidable hypothesis +UNSUPPORTED: inputs/ResearchFormalCoreR1/NormalizerFloor.lean::ResearchFormalCoreR1.nfloor_reference: binder ( v : ℝ ≥ 0 ) is neither a sampled numeric type (ℕ ℤ ℚ ℝ) nor a decidable hypothesis +UNSUPPORTED: inputs/ResearchFormalCoreR1/NormalizerFloor.lean::ResearchFormalCoreR1.gn_normalizer_floor_of_common_coupling: binder ( X : ℝ → Ω → Fin 6 → ℝ ) is neither a sampled numeric type (ℕ ℤ ℚ ℝ) nor a decidable hypothesis +UNSUPPORTED: inputs/ResearchFormalCoreR1/PalmReweighting.lean::ResearchFormalCoreR1.prw_integrable_of_integrable_sq: conclusion is a structural predicate ['Integrable']: trivial on finite discrete models (every set is measurable, every function measurable and integrable), so sampling has no content here +UNSUPPORTED: inputs/ResearchFormalCoreR1/PalmReweighting.lean::ResearchFormalCoreR1.prw_measure_apply: unbounded quantifier over ω +UNSUPPORTED: inputs/ResearchFormalCoreR1/PalmReweighting.lean::ResearchFormalCoreR1.prw_isProbabilityMeasure: unbounded quantifier over ω +UNSUPPORTED: inputs/ResearchFormalCoreR1/PalmReweighting.lean::ResearchFormalCoreR1.prw_measure_real: unbounded quantifier over ω +UNSUPPORTED: inputs/ResearchFormalCoreR1/PalmReweighting.lean::ResearchFormalCoreR1.prw_numerator_bound: unbounded quantifier over ω +UNSUPPORTED: inputs/ResearchFormalCoreR1/PalmReweighting.lean::ResearchFormalCoreR1.prw_square_root_event_bound: unbounded quantifier over ω +UNSUPPORTED: inputs/SourceC4.lean::I4C4.phaseCLM_apply: result type ( Fin d → ℝ ) → L [ ℝ ] ℝ +UNSUPPORTED: inputs/SourceC4.lean::I4C4.phaseCLM_norm_le: result type ( Fin d → ℝ ) → L [ ℝ ] ℝ +UNSUPPORTED: inputs/SourceC4.lean::I4C4.modeCoefficient_iteratedFDeriv_bound: binder ( m : SourceMode d ) is neither a sampled numeric type (ℕ ℤ ℚ ℝ) nor a decidable hypothesis +UNSUPPORTED: inputs/SourceC4.lean::I4C4.sourceField_contDiff_ae: unparsed statement: SyntaxError: expected ',', got ω +UNSUPPORTED: inputs/SourceC4.lean::I4C4.sourceField_contDiff_affine_ae: unparsed statement: SyntaxError: expected ',', got ω +UNSUPPORTED: inputs/SourceCovariance.lean::I4SourceCovariance.scalarSeries_covariance: binder ( ha : Summable a ) is neither a sampled numeric type (ℕ ℤ ℚ ℝ) nor a decidable hypothesis +UNSUPPORTED: inputs/SourceCovariance.lean::I4SourceCovariance.sourceField_integral_zero: result type Measure ( SourceMode d → ℝ ) +UNSUPPORTED: inputs/SourceCovariance.lean::I4SourceCovariance.sourceField_covariance: unparsed statement: SyntaxError: unexpected token ';' at 60:66 +UNSUPPORTED: inputs/SourceCovariance.lean::I4SourceCovariance.sourceField_variance_one: unparsed statement: SyntaxError: unexpected token ';' at 70:36 +UNSUPPORTED: inputs/SourceFourierSeries.lean::I4Source.modeMajorant_nonneg: binder ( m : SourceMode d ) is neither a sampled numeric type (ℕ ℤ ℚ ℝ) nor a decidable hypothesis +UNSUPPORTED: inputs/SourceFourierSeries.lean::I4Source.modeMajorant_summable: proposition of form App +UNSUPPORTED: inputs/SourceFourierSeries.lean::I4Source.modeCoefficient_bound: binder ( m : SourceMode d ) is neither a sampled numeric type (ℕ ℤ ℚ ℝ) nor a decidable hypothesis +UNSUPPORTED: inputs/SourceFourierSeries.lean::I4Source.sourceField_eval_measurable: conclusion is a structural predicate ['Measurable']: trivial on finite discrete models (every set is measurable, every function measurable and integrable), so sampling has no content here +UNSUPPORTED: inputs/SourceFourierSeries.lean::I4Source.sourceMajorant_ae: unparsed statement: SyntaxError: expected ',', got ω +UNSUPPORTED: inputs/SourceFourierSeries.lean::I4Source.sourceAbs_uniform_ae: unparsed statement: SyntaxError: expected ',', got ω +UNSUPPORTED: inputs/SourceFourierSeries.lean::I4Source.sourceField_uniform_ae: unparsed statement: SyntaxError: expected ',', got ω +UNSUPPORTED: inputs/SourceFourierSeries.lean::I4Source.sourceField_continuous_ae: unparsed statement: SyntaxError: expected ',', got ω +UNSUPPORTED: inputs/SourceGaussianLaw.lean::I4SourceGaussian.summable_square: binder ( ha : Summable a ) is neither a sampled numeric type (ℕ ℤ ℚ ℝ) nor a decidable hypothesis +UNSUPPORTED: inputs/SourceGaussianLaw.lean::I4SourceGaussian.partial_charFun: binder ( s : Finset ι ) is neither a sampled numeric type (ℕ ℤ ℚ ℝ) nor a decidable hypothesis +UNSUPPORTED: inputs/SourceGaussianLaw.lean::I4SourceGaussian.charFun_partial_tendsto: binder ( ha : Summable a ) is neither a sampled numeric type (ℕ ℤ ℚ ℝ) nor a decidable hypothesis +UNSUPPORTED: inputs/SourceGaussianLaw.lean::I4SourceGaussian.scalarSeries_map_gaussian: binder ( ha : Summable a ) is neither a sampled numeric type (ℕ ℤ ℚ ℝ) nor a decidable hypothesis +UNSUPPORTED: inputs/SourceGaussianLaw.lean::I4SourceGaussian.scalarSeries_integral_zero: binder ( ha : Summable a ) is neither a sampled numeric type (ℕ ℤ ℚ ℝ) nor a decidable hypothesis +UNSUPPORTED: inputs/SourceGaussianLaw.lean::I4SourceGaussian.scalarSeries_variance: binder ( ha : Summable a ) is neither a sampled numeric type (ℕ ℤ ℚ ℝ) nor a decidable hypothesis +UNSUPPORTED: inputs/SourceGaussianLaw.lean::I4SourceGaussian.source_linearCombination_hasGaussianLaw: binder ( x : Fin n → ( Fin d → ℝ ) ) is neither a sampled numeric type (ℕ ℤ ℚ ℝ) nor a decidable hypothesis +UNSUPPORTED: inputs/SourceGaussianLaw.lean::I4SourceGaussian.source_finiteVector_hasGaussianLaw: binder ( x : Fin n → ( Fin d → ℝ ) ) is neither a sampled numeric type (ℕ ℤ ℚ ℝ) nor a decidable hypothesis +UNSUPPORTED: inputs/SourceGaussianLaw.lean::I4SourceGaussian.sourceField_isGaussianProcess: proposition of form App +UNSUPPORTED: inputs/SourceKernel.lean::I4Kernel.tsum_mode: binder ( f : SourceMode d → ℝ ) is neither a sampled numeric type (ℕ ℤ ℚ ℝ) nor a decidable hypothesis +UNSUPPORTED: inputs/SourceKernel.lean::I4Kernel.modeProduct_summable: proposition of form App +UNSUPPORTED: inputs/SourceKernel.lean::I4Kernel.spectralKernel_summable: proposition of form App +UNSUPPORTED: inputs/SourceKernel.lean::I4Kernel.coefficientKernel_eq_fullLattice: unsupported syntax: infinite sum ∑' (tsum / tprod) is outside the interpreter +UNSUPPORTED: inputs/SourceKernel.lean::I4Kernel.spectralKernel_zero: definition sourceSpectralKernel has an unparsed body +UNSUPPORTED: inputs/SourceLattice.lean::I4Lattice.halfLattice_ne_zero: hypothesis ( hk : k ∈ halfLattice d ) mentions undeclared names ['halfLattice'] +UNSUPPORTED: inputs/SourceLattice.lean::I4Lattice.halfLattice_partition: result type Set ( Fin d → ℤ ) +UNSUPPORTED: inputs/SourceLattice.lean::I4Lattice.sourceWeight_neg: the enclosures to 256 bits did not decide 212 of the sampled instances (64 decided, all held): sampling cannot corroborate the statement +UNSUPPORTED: inputs/SourceLattice.lean::I4Lattice.phase_lattice_shift: the enclosures to 256 bits did not decide 528 of the sampled instances (64 decided, all held): sampling cannot corroborate the statement +UNSUPPORTED: inputs/SourceLattice.lean::I4Lattice.modeCoefficient_lattice_shift: binder ( m : SourceMode d ) is neither a sampled numeric type (ℕ ℤ ℚ ℝ) nor a decidable hypothesis +UNSUPPORTED: inputs/SourceLattice.lean::I4Lattice.sourceField_lattice_shift: binder ( ω : SourceMode d → ℝ ) is neither a sampled numeric type (ℕ ℤ ℚ ℝ) nor a decidable hypothesis +UNSUPPORTED: inputs/SourceLattice.lean::I4Lattice.pairedCoefficient_kernel: binder ( k : ↥ ( halfLattice d ) ) is neither a sampled numeric type (ℕ ℤ ℚ ℝ) nor a decidable hypothesis +UNSUPPORTED: inputs/SourceLattice.lean::I4Lattice.latticeFrequency_bijective: proposition of form App +UNSUPPORTED: inputs/SourceLifetimeGeometry.lean::I4LifetimeField.coordinates_apply: binder ( x : E d ) is neither a sampled numeric type (ℕ ℤ ℚ ℝ) nor a decidable hypothesis +UNSUPPORTED: inputs/SourceLifetimeGeometry.lean::I4LifetimeField.coordinates_latticeVec: result type E d ≃ L [ ℝ ] ( Fin d → ℝ ) +UNSUPPORTED: inputs/SourceLifetimeGeometry.lean::I4LifetimeField.actualField_smooth: binder ( ω : SmoothSample d L ) is neither a sampled numeric type (ℕ ℤ ℚ ℝ) nor a decidable hypothesis +UNSUPPORTED: inputs/SourceLifetimeGeometry.lean::I4LifetimeField.actualField_periodic: binder ( ω : SmoothSample d L ) is neither a sampled numeric type (ℕ ℤ ℚ ℝ) nor a decidable hypothesis +UNSUPPORTED: inputs/SourceLifetimeGeometry.lean::I4LifetimeField.actualField_eval_measurable: binder ( x : E d ) is neither a sampled numeric type (ℕ ℤ ℚ ℝ) nor a decidable hypothesis +UNSUPPORTED: inputs/SourceLifetimeGeometry.lean::I4LifetimeField.actualField_eval_hasGaussianLaw: binder ( x : E d ) is neither a sampled numeric type (ℕ ℤ ℚ ℝ) nor a decidable hypothesis +UNSUPPORTED: inputs/SourceLifetimeGeometry.lean::I4LifetimeField.actualField_linearCombination_measurable: binder ( x : Fin m → E d ) is neither a sampled numeric type (ℕ ℤ ℚ ℝ) nor a decidable hypothesis +UNSUPPORTED: inputs/SourceLifetimeGeometry.lean::I4LifetimeField.actualField_linearCombination_hasGaussianLaw: binder ( x : Fin m → E d ) is neither a sampled numeric type (ℕ ℤ ℚ ℝ) nor a decidable hypothesis +UNSUPPORTED: inputs/SourceLifetimeGeometry.lean::I4LifetimeField.actualField_integral_zero: binder ( x : E d ) is neither a sampled numeric type (ℕ ℤ ℚ ℝ) nor a decidable hypothesis +UNSUPPORTED: inputs/SourceLifetimeGeometry.lean::I4LifetimeField.actualField_linearCombination_integral_zero: binder ( x : Fin m → E d ) is neither a sampled numeric type (ℕ ℤ ℚ ℝ) nor a decidable hypothesis +UNSUPPORTED: inputs/SourceLifetimeGeometry.lean::I4LifetimeField.actualField_covariance_spectral: binder ( x y : E d ) is neither a sampled numeric type (ℕ ℤ ℚ ℝ) nor a decidable hypothesis +UNSUPPORTED: inputs/SourceSmooth.lean::I4Smooth.orderCoordinateBound_summable: proposition of form App +UNSUPPORTED: inputs/SourceSmooth.lean::I4Smooth.orderProductBound_summable: proposition of form App +UNSUPPORTED: inputs/SourceSmooth.lean::I4Smooth.orderPairedBound_summable: proposition of form App +UNSUPPORTED: inputs/SourceSmooth.lean::I4Smooth.orderPairedBound_eq_amplitude: definition sourceZ has an unparsed body +UNSUPPORTED: inputs/SourceSmooth.lean::I4Smooth.orderModeBound_nonneg: binder ( m : SourceMode d ) is neither a sampled numeric type (ℕ ℤ ℚ ℝ) nor a decidable hypothesis +UNSUPPORTED: inputs/SourceSmooth.lean::I4Smooth.orderModeBound_summable: proposition of form App +UNSUPPORTED: inputs/SourceSmooth.lean::I4Smooth.orderModeBound_four: binder ( m : SourceMode d ) is neither a sampled numeric type (ℕ ℤ ℚ ℝ) nor a decidable hypothesis +UNSUPPORTED: inputs/SourceSmooth.lean::I4Smooth.modeCoefficient_iteratedFDeriv_order_bound: binder ( m : SourceMode d ) is neither a sampled numeric type (ℕ ℤ ℚ ℝ) nor a decidable hypothesis +UNSUPPORTED: inputs/SourceSmooth.lean::I4Smooth.goodSample_ae: unparsed statement: SyntaxError: expected ',', got ω +UNSUPPORTED: inputs/SourceSmooth.lean::I4Smooth.sourceField_smooth_of_goodSample: binder ( ω : SourceMode d → ℝ ) is neither a sampled numeric type (ℕ ℤ ℚ ℝ) nor a decidable hypothesis +UNSUPPORTED: inputs/SourceSmooth.lean::I4Smooth.sourceField_smooth_ae: unparsed statement: SyntaxError: expected ',', got ω +UNSUPPORTED: inputs/SourceSmooth.lean::I4Smooth.goodSample_congr_cofinite: binder ( ω η : SourceMode d → ℝ ) is neither a sampled numeric type (ℕ ℤ ℚ ℝ) nor a decidable hypothesis +UNSUPPORTED: inputs/SourceSmooth.lean::I4Smooth.goodSample_finite_change_iff: binder ( ω η : SourceMode d → ℝ ) is neither a sampled numeric type (ℕ ℤ ℚ ℝ) nor a decidable hypothesis +UNSUPPORTED: inputs/SourceSmoothCarrier.lean::I4SmoothCarrier.orderAbsTotal_ne_top_iff: binder ( ω : SourceMode d → ℝ ) is neither a sampled numeric type (ℕ ℤ ℚ ℝ) nor a decidable hypothesis +UNSUPPORTED: inputs/SourceSmoothCarrier.lean::I4SmoothCarrier.orderAbsTotal_measurable: conclusion is a structural predicate ['Measurable']: trivial on finite discrete models (every set is measurable, every function measurable and integrable), so sampling has no content here +UNSUPPORTED: inputs/SourceSmoothCarrier.lean::I4SmoothCarrier.goodSet_measurable: conclusion is a structural predicate ['MeasurableSet']: trivial on finite discrete models (every set is measurable, every function measurable and integrable), so sampling has no content here +UNSUPPORTED: inputs/SourceSmoothCarrier.lean::I4SmoothCarrier.goodSet_ae: unparsed statement: SyntaxError: expected ',', got ω +UNSUPPORTED: inputs/SourceSmoothCarrier.lean::I4SmoothCarrier.goodSet_measure_one: result type Measure ( SourceMode d → ℝ ) +UNSUPPORTED: inputs/SourceSmoothCarrier.lean::I4SmoothCarrier.sampleInclusion_measurable: conclusion is a structural predicate ['Measurable']: trivial on finite discrete models (every set is measurable, every function measurable and integrable), so sampling has no content here +UNSUPPORTED: inputs/SourceSmoothCarrier.lean::I4SmoothCarrier.sampleInclusion_map: result type Measure ( SourceMode d → ℝ ) +UNSUPPORTED: inputs/SourceSmoothCarrier.lean::I4SmoothCarrier.sampleInclusion_measurePreserving: proposition of form App +UNSUPPORTED: inputs/SourceSmoothCarrier.lean::I4SmoothCarrier.smoothLaw_isProbabilityMeasure: result type Measure ( SmoothSample d L ) +UNSUPPORTED: inputs/SourceSmoothCarrier.lean::I4SmoothCarrier.observation_map_eq: binder ( X : ( SourceMode d → ℝ ) → E ) is neither a sampled numeric type (ℕ ℤ ℚ ℝ) nor a decidable hypothesis +UNSUPPORTED: inputs/SourceSmoothCarrier.lean::I4SmoothCarrier.coordinate_marginal: binder ( m : SourceMode d ) is neither a sampled numeric type (ℕ ℤ ℚ ℝ) nor a decidable hypothesis +UNSUPPORTED: inputs/SourceSmoothCarrier.lean::I4SmoothCarrier.finiteCoordinate_map_eq: binder ( m : Fin n → SourceMode d ) is neither a sampled numeric type (ℕ ℤ ℚ ℝ) nor a decidable hypothesis +UNSUPPORTED: inputs/SourceSmoothCarrier.lean::I4SmoothCarrier.smoothSourceField_contDiff: binder ( ω : SmoothSample d L ) is neither a sampled numeric type (ℕ ℤ ℚ ℝ) nor a decidable hypothesis +UNSUPPORTED: inputs/SourceSmoothCarrier.lean::I4SmoothCarrier.smoothSourceField_smooth: binder ( ω : SmoothSample d L ) is neither a sampled numeric type (ℕ ℤ ℚ ℝ) nor a decidable hypothesis +UNSUPPORTED: inputs/SourceSmoothCarrier.lean::I4SmoothCarrier.smoothSourceField_finiteVector_map_eq: binder ( x : Fin n → ( Fin d → ℝ ) ) is neither a sampled numeric type (ℕ ℤ ℚ ℝ) nor a decidable hypothesis +UNSUPPORTED: inputs/SourceSmoothCarrier.lean::I4SmoothCarrier.smoothSourceField_finiteVector_hasGaussianLaw: binder ( x : Fin n → ( Fin d → ℝ ) ) is neither a sampled numeric type (ℕ ℤ ℚ ℝ) nor a decidable hypothesis +UNSUPPORTED: inputs/SourceSmoothCarrier.lean::I4SmoothCarrier.covariance_comp_inclusion: binder ( X Y : ( SourceMode d → ℝ ) → ℝ ) is neither a sampled numeric type (ℕ ℤ ℚ ℝ) nor a decidable hypothesis +UNSUPPORTED: inputs/SourceSmoothCarrier.lean::I4SmoothCarrier.smoothSourceField_covariance: unparsed statement: SyntaxError: unexpected token ';' at 174:78 +UNSUPPORTED: inputs/SourceSmoothCarrier.lean::I4SmoothCarrier.smoothTorusSourceField_smooth: instance binder [ Fact ( 0 < L ) ] cannot be sampled +UNSUPPORTED: inputs/SourceSmoothCarrier.lean::I4SmoothCarrier.smoothTorusSourceField_finiteVector_hasGaussianLaw: instance binder [ Fact ( 0 < L ) ] cannot be sampled +UNSUPPORTED: inputs/SourceSmoothCarrier.lean::I4SmoothCarrier.smoothTorusSourceField_covariance: instance binder [ Fact ( 0 < L ) ] cannot be sampled +UNSUPPORTED: inputs/SourceTorus.lean::I4Torus.torusProjection_measurable: conclusion is a structural predicate ['Measurable']: trivial on finite discrete models (every set is measurable, every function measurable and integrable), so sampling has no content here +UNSUPPORTED: inputs/SourceTorus.lean::I4Torus.torusRepresentative_measurable: instance binder [ Fact ( 0 < L ) ] cannot be sampled +UNSUPPORTED: inputs/SourceTorus.lean::I4Torus.torusProjection_representative: instance binder [ Fact ( 0 < L ) ] cannot be sampled +UNSUPPORTED: inputs/SourceTorus.lean::I4Torus.sourceField_eq_of_torusProjection_eq: binder ( ω : SourceMode d → ℝ ) is neither a sampled numeric type (ℕ ℤ ℚ ℝ) nor a decidable hypothesis +UNSUPPORTED: inputs/SourceTorus.lean::I4Torus.torusSourceField_pullback: instance binder [ Fact ( 0 < L ) ] cannot be sampled +UNSUPPORTED: inputs/SourceTorus.lean::I4Torus.torusSourceField_eval_measurable: instance binder [ Fact ( 0 < L ) ] cannot be sampled +UNSUPPORTED: inputs/SourceTorus.lean::I4Torus.torusSourceField_joint_measurable: instance binder [ Fact ( 0 < L ) ] cannot be sampled +UNSUPPORTED: inputs/SourceTorus.lean::I4Torus.torusSourceField_finiteVector_hasGaussianLaw: instance binder [ Fact ( 0 < L ) ] cannot be sampled +UNSUPPORTED: inputs/SourceTorus.lean::I4Torus.torusSourceField_isGaussianProcess: instance binder [ Fact ( 0 < L ) ] cannot be sampled +UNSUPPORTED: inputs/SourceTorus.lean::I4Torus.torusSourceField_covariance: instance binder [ Fact ( 0 < L ) ] cannot be sampled +UNSUPPORTED: inputs/SourceTorus.lean::I4Torus.torusSourceField_covariance_pullback: instance binder [ Fact ( 0 < L ) ] cannot be sampled +UNSUPPORTED: inputs/SourceTorusC4.lean::I4TorusC4.quotientChart_symm: instance binder [ Fact ( 0 < L ) ] cannot be sampled +UNSUPPORTED: inputs/SourceTorusC4.lean::I4TorusC4.centered_chart_covers: instance binder [ Fact ( 0 < L ) ] cannot be sampled +UNSUPPORTED: inputs/SourceTorusC4.lean::I4TorusC4.chart_transition_contDiff: instance binder [ Fact ( 0 < L ) ] cannot be sampled +UNSUPPORTED: inputs/SourceTorusC4.lean::I4TorusC4.torus_isManifold: instance binder [ Fact ( 0 < L ) ] cannot be sampled +UNSUPPORTED: inputs/SourceTorusC4.lean::I4TorusC4.torusSourceField_contMDiff_ae: instance binder [ Fact ( 0 < L ) ] cannot be sampled +UNSUPPORTED: inputs/SourceTorusC4.lean::I4TorusC4.torusSourceField_weakSuperlevel_closed_ae: instance binder [ Fact ( 0 < L ) ] cannot be sampled +UNSUPPORTED: inputs/SpectralWeights.lean::I4Weights.summable_decay_pow: proposition of form App +UNSUPPORTED: inputs/SpectralWeights.lean::I4Weights.coordinateBound_summable: proposition of form App +UNSUPPORTED: inputs/SpectralWeights.lean::I4Weights.finite_product_summable: binder { f : ℤ → ℝ } is neither a sampled numeric type (ℕ ℤ ℚ ℝ) nor a decidable hypothesis +UNSUPPORTED: inputs/SpectralWeights.lean::I4Weights.productBound_summable: proposition of form App +CORROBORATED: inputs/SpectralWeights.lean::I4Weights.productDecay_eq_exp: holds on 64 sampled instances satisfying the hypotheses (0 draws rejected by the hypotheses, 0 infeasible, seed 1): sampling is admitted evidence of the statement, not a proof of it +CORROBORATED: inputs/SpectralWeights.lean::I4Weights.frequency_l1_le_product: holds on 64 sampled instances satisfying the hypotheses (1 draws rejected by the hypotheses, 0 infeasible, seed 1): sampling is admitted evidence of the statement, not a proof of it +CORROBORATED: inputs/SpectralWeights.lean::I4Weights.sourceA_pos: holds on 64 sampled instances satisfying the hypotheses (1 draws rejected by the hypotheses, 0 infeasible, seed 1): sampling is admitted evidence of the statement, not a proof of it +UNSUPPORTED: inputs/SpectralWeights.lean::I4Weights.sourceWeight_eq_physical: the enclosures to 256 bits did not decide 210 of the sampled instances (64 decided, all held): sampling cannot corroborate the statement +UNSUPPORTED: inputs/SpectralWeights.lean::I4Weights.sourceWeight_summable: proposition of form App +UNSUPPORTED: inputs/SpectralWeights.lean::I4Weights.sourceZ_pos: definition sourceZ has an unparsed body +UNSUPPORTED: inputs/SpectralWeights.lean::I4Weights.pairedBound_eq_amplitude: definition sourceZ has an unparsed body +UNSUPPORTED: inputs/SpectralWeights.lean::I4Weights.pairedBound_summable: proposition of form App +UNSUPPORTED: inputs/SpectralWeights.lean::I4Weights.pairedBound_subtype_summable: binder ( S : Set ( Fin d → ℤ ) ) is neither a sampled numeric type (ℕ ℤ ℚ ℝ) nor a decidable hypothesis +UNSUPPORTED: inputs/elder/ClosedSuperlevel.lean::TorusFiltration.superlevel_control_closed_endpoint: unparsed statement: SyntaxError: unexpected token ')' at 31:5 +UNSUPPORTED: inputs/elder/ClosedSuperlevel.lean::TorusFiltration.superlevel_control_strict_endpoint: unparsed statement: SyntaxError: unexpected token ')' at 36:36 +UNSUPPORTED: inputs/elder/ClosedSuperlevel.lean::TorusFiltration.superlevel_control_parameter_sign: unparsed statement: SyntaxError: unexpected token ')' at 42:5 +UNSUPPORTED: inputs/elder/ClosedSuperlevel.lean::TorusFiltration.superlevel_control_inclusion_direction: a measure, set or function value without a finite model in force +UNSUPPORTED: inputs/elder/ClosedSuperlevel.lean::TorusFiltration.superlevel_control_essential: binder ( M : X ) is neither a sampled numeric type (ℕ ℤ ℚ ℝ) nor a decidable hypothesis +CORROBORATED: inputs/elder/ClosedSuperlevel.lean::TorusFiltration.superlevel_mono: holds on 64 sampled instances satisfying the hypotheses (0 draws rejected by the hypotheses, 0 infeasible, seed 1): sampling is admitted evidence of the statement, not a proof of it +UNSUPPORTED: inputs/elder/ClosedSuperlevel.lean::TorusFiltration.superlevel_isClosed: binder ( hg : Continuous g ) is neither a sampled numeric type (ℕ ℤ ℚ ℝ) nor a decidable hypothesis +UNSUPPORTED: inputs/elder/ClosedSuperlevel.lean::TorusFiltration.superlevel_inclusion_id: result type C ( superlevel_set g s , superlevel_set g t ) +UNSUPPORTED: inputs/elder/ClosedSuperlevel.lean::TorusFiltration.superlevel_inclusion_comp: result type C ( superlevel_set g s , superlevel_set g t ) +UNSUPPORTED: inputs/elder/ClosedSuperlevel.lean::TorusFiltration.superlevel_mem_at_own_height: binder ( x : X ) is neither a sampled numeric type (ℕ ℤ ℚ ℝ) nor a decidable hypothesis +CORROBORATED: inputs/elder/ClosedSuperlevel.lean::TorusFiltration.superlevel_neg_height: holds on 64 sampled instances satisfying the hypotheses (0 draws rejected by the hypotheses, 0 infeasible, seed 1): sampling is admitted evidence of the statement, not a proof of it +UNSUPPORTED: inputs/elder/ClosedSuperlevel.lean::TorusFiltration.superlevel_control_strict_thresholds: unsupported syntax: existential quantifier +UNSUPPORTED: inputs/elder/ClosedSuperlevel.lean::TorusFiltration.superlevel_componentMap_mk: binder ( f : C ( X , Y ) ) is neither a sampled numeric type (ℕ ℤ ℚ ℝ) nor a decidable hypothesis +UNSUPPORTED: inputs/elder/ClosedSuperlevel.lean::TorusFiltration.superlevel_componentMap_id: result type ZerothHomotopy X → ZerothHomotopy Y +UNSUPPORTED: inputs/elder/ClosedSuperlevel.lean::TorusFiltration.superlevel_componentMap_comp: binder ( f : C ( X , Y ) ) is neither a sampled numeric type (ℕ ℤ ℚ ℝ) nor a decidable hypothesis +UNSUPPORTED: inputs/elder/ClosedSuperlevel.lean::TorusFiltration.superlevel_componentInclusion_id: result type ZerothHomotopy ( superlevel_set g s ) → ZerothHomotopy ( superlevel_set g t ) +UNSUPPORTED: inputs/elder/ClosedSuperlevel.lean::TorusFiltration.superlevel_componentInclusion_comp: unsupported syntax: notation '∘' +UNSUPPORTED: inputs/elder/ClosedSuperlevel.lean::TorusFiltration.superlevel_component_eq_iff_joinedIn: binder ( x y : superlevel_set g t ) is neither a sampled numeric type (ℕ ℤ ℚ ℝ) nor a decidable hypothesis +UNSUPPORTED: inputs/elder/ClosedSuperlevel.lean::TorusFiltration.superlevel_h0Filtration_map_id: binder ( R : C ) is neither a sampled numeric type (ℕ ℤ ℚ ℝ) nor a decidable hypothesis +UNSUPPORTED: inputs/elder/ClosedSuperlevel.lean::TorusFiltration.superlevel_h0Filtration_map_comp: binder ( R : C ) is neither a sampled numeric type (ℕ ℤ ℚ ℝ) nor a decidable hypothesis +UNSUPPORTED: inputs/elder/ElderBridge.lean::TorusFiltration.elderTrap_closedTrace_isClopen: binder ( htrace : IsClopen ( elderTrap_strictTrace g D d ) ) is neither a sampled numeric type (ℕ ℤ ℚ ℝ) nor a decidable hypothesis +UNSUPPORTED: inputs/elder/ElderBridge.lean::TorusFiltration.elderTrap_of_boundary: binder ( M P : X ) is neither a sampled numeric type (ℕ ℤ ℚ ℝ) nor a decidable hypothesis +UNSUPPORTED: inputs/elder/ElderBridge.lean::TorusFiltration.elderBoundary_death_eq: binder ( g : superlevelBar_E n → ℝ ) is neither a sampled numeric type (ℕ ℤ ℚ ℝ) nor a decidable hypothesis +UNSUPPORTED: inputs/elder/ElderClearance.lean::TorusFiltration.elderTrap_strictTrace_isClopen: binder ( hD : IsClosed D ) is neither a sampled numeric type (ℕ ℤ ℚ ℝ) nor a decidable hypothesis +UNSUPPORTED: inputs/elder/ElderClearance.lean::TorusFiltration.elderTrap_path_stays: binder ( htrace : IsClopen ( elderTrap_strictTrace g D d ) ) is neither a sampled numeric type (ℕ ℤ ℚ ℝ) nor a decidable hypothesis +UNSUPPORTED: inputs/elder/ElderClearance.lean::TorusFiltration.elderTrap_higher_path_meets_threshold: binder ( htrace : IsClopen ( elderTrap_strictTrace g D d ) ) is neither a sampled numeric type (ℕ ℤ ℚ ℝ) nor a decidable hypothesis +UNSUPPORTED: inputs/elder/ElderClearance.lean::TorusFiltration.elderTrap_clearance_eq_Iio: binder ( g : superlevelBar_E n → ℝ ) is neither a sampled numeric type (ℕ ℤ ℚ ℝ) nor a decidable hypothesis +UNSUPPORTED: inputs/elder/ElderClearance.lean::TorusFiltration.elderTrap_death_eq: binder ( g : superlevelBar_E n → ℝ ) is neither a sampled numeric type (ℕ ℤ ℚ ℝ) nor a decidable hypothesis +UNSUPPORTED: inputs/elder/ElderClearance.lean::TorusFiltration.elderTrap_closed_path_attains: binder ( htrace : IsClopen ( elderTrap_strictTrace g D d ) ) is neither a sampled numeric type (ℕ ℤ ℚ ℝ) nor a decidable hypothesis +UNSUPPORTED: inputs/elder/ElderInterval.lean::TorusFiltration.elderFiber_eq_zero: binder ( ht : ¬ elderActive m d t ) is neither a sampled numeric type (ℕ ℤ ℚ ℝ) nor a decidable hypothesis +UNSUPPORTED: inputs/elder/ElderInterval.lean::TorusFiltration.elderFiberMap_val: binder ( x : elderFiber k m d s ) is neither a sampled numeric type (ℕ ℤ ℚ ℝ) nor a decidable hypothesis +UNSUPPORTED: inputs/elder/ElderInterval.lean::TorusFiltration.elderFiberLift_val: binder ( ht : elderActive m d t ) is neither a sampled numeric type (ℕ ℤ ℚ ℝ) nor a decidable hypothesis +CORROBORATED: inputs/elder/ElderInterval.lean::TorusFiltration.elder_control_birth: holds on 64 sampled instances satisfying the hypotheses (8 draws rejected by the hypotheses, 0 infeasible, seed 1): sampling is admitted evidence of the statement, not a proof of it +CORROBORATED: inputs/elder/ElderInterval.lean::TorusFiltration.elder_control_death: holds on 64 sampled instances satisfying the hypotheses (0 draws rejected by the hypotheses, 0 infeasible, seed 1): sampling is admitted evidence of the statement, not a proof of it +UNSUPPORTED: inputs/elder/ElderInterval.lean::TorusFiltration.ElderTrap.maximum_mem: binder ( T : ElderTrap g M P m d D ) is neither a sampled numeric type (ℕ ℤ ℚ ℝ) nor a decidable hypothesis +UNSUPPORTED: inputs/elder/ElderInterval.lean::TorusFiltration.ElderTrap.older_mem: binder ( T : ElderTrap g M P m d D ) is neither a sampled numeric type (ℕ ℤ ℚ ℝ) nor a decidable hypothesis +UNSUPPORTED: inputs/elder/ElderInterval.lean::TorusFiltration.elder_clopen_path_iff: binder ( hU : IsClopen U ) is neither a sampled numeric type (ℕ ℤ ℚ ℝ) nor a decidable hypothesis +UNSUPPORTED: inputs/elder/ElderInterval.lean::TorusFiltration.ElderTrap.componentInside_mk: binder ( T : ElderTrap g M P m d D ) is neither a sampled numeric type (ℕ ℤ ℚ ℝ) nor a decidable hypothesis +UNSUPPORTED: inputs/elder/ElderInterval.lean::TorusFiltration.elderDifference_map: binder ( T : ElderTrap g M P m d D ) is neither a sampled numeric type (ℕ ℤ ℚ ℝ) nor a decidable hypothesis +UNSUPPORTED: inputs/elder/ElderInterval.lean::TorusFiltration.elderDifference_map_dead: binder ( T : ElderTrap g M P m d D ) is neither a sampled numeric type (ℕ ℤ ℚ ℝ) nor a decidable hypothesis +UNSUPPORTED: inputs/elder/ElderInterval.lean::TorusFiltration.elderProjection_point: binder ( T : ElderTrap g M P m d D ) is neither a sampled numeric type (ℕ ℤ ℚ ℝ) nor a decidable hypothesis +UNSUPPORTED: inputs/elder/ElderInterval.lean::TorusFiltration.elderDifference_projection: binder ( T : ElderTrap g M P m d D ) is neither a sampled numeric type (ℕ ℤ ℚ ℝ) nor a decidable hypothesis +UNSUPPORTED: inputs/elder/ElderInterval.lean::TorusFiltration.elderSectionApp_naturality: binder ( T : ElderTrap g M P m d D ) is neither a sampled numeric type (ℕ ℤ ℚ ℝ) nor a decidable hypothesis +UNSUPPORTED: inputs/elder/ElderInterval.lean::TorusFiltration.elderProjection_naturality_active: binder ( T : ElderTrap g M P m d D ) is neither a sampled numeric type (ℕ ℤ ℚ ℝ) nor a decidable hypothesis +UNSUPPORTED: inputs/elder/ElderInterval.lean::TorusFiltration.elderProjection_prebirth: binder ( T : ElderTrap g M P m d D ) is neither a sampled numeric type (ℕ ℤ ℚ ℝ) nor a decidable hypothesis +UNSUPPORTED: inputs/elder/ElderInterval.lean::TorusFiltration.elderRetractionApp_naturality: binder ( T : ElderTrap g M P m d D ) is neither a sampled numeric type (ℕ ℤ ℚ ℝ) nor a decidable hypothesis +UNSUPPORTED: inputs/elder/ElderInterval.lean::TorusFiltration.elderSection_retraction: binder ( T : ElderTrap g M P m d D ) is neither a sampled numeric type (ℕ ℤ ℚ ℝ) nor a decidable hypothesis +UNSUPPORTED: inputs/elder/ElderInterval.lean::TorusFiltration.elder_control_ordinary_point_survives: binder ( x : superlevel_set g t ) is neither a sampled numeric type (ℕ ℤ ℚ ℝ) nor a decidable hypothesis +UNSUPPORTED: inputs/elder/OrdinaryH0.lean::TorusFiltration.ordinaryH0_componentCoproductMap_iota: binder ( R : C ) is neither a sampled numeric type (ℕ ℤ ℚ ℝ) nor a decidable hypothesis +UNSUPPORTED: inputs/elder/OrdinaryH0.lean::TorusFiltration.ordinaryH0_componentFiltration_map_iota: binder ( R : C ) is neither a sampled numeric type (ℕ ℤ ℚ ℝ) nor a decidable hypothesis +UNSUPPORTED: inputs/elder/OrdinaryH0.lean::TorusFiltration.ordinaryH0_simplicialPointClass_iso: binder ( S : SSet . { w } ) is neither a sampled numeric type (ℕ ℤ ℚ ℝ) nor a decidable hypothesis +UNSUPPORTED: inputs/elder/OrdinaryH0.lean::TorusFiltration.ordinaryH0_simplicialPointClass_map: binder ( R : C ) is neither a sampled numeric type (ℕ ℤ ℚ ℝ) nor a decidable hypothesis +UNSUPPORTED: inputs/elder/OrdinaryH0.lean::TorusFiltration.ordinaryH0_toSSet_pointMap: binder { X Y : TopCat . { w } } is neither a sampled numeric type (ℕ ℤ ℚ ℝ) nor a decidable hypothesis +UNSUPPORTED: inputs/elder/OrdinaryH0.lean::TorusFiltration.ordinaryH0_pointClass_map: binder ( R : C ) is neither a sampled numeric type (ℕ ℤ ℚ ℝ) nor a decidable hypothesis +UNSUPPORTED: inputs/elder/OrdinaryH0.lean::TorusFiltration.ordinaryH0_pointClass_iso: binder ( X : TopCat . { w } ) is neither a sampled numeric type (ℕ ℤ ℚ ℝ) nor a decidable hypothesis +UNSUPPORTED: inputs/elder/OrdinaryH0.lean::TorusFiltration.ordinaryH0_componentIota_isoInv: binder ( X : TopCat . { w } ) is neither a sampled numeric type (ℕ ℤ ℚ ℝ) nor a decidable hypothesis +UNSUPPORTED: inputs/elder/OrdinaryH0.lean::TorusFiltration.ordinaryH0_hom_ext: binder ( X : TopCat . { w } ) is neither a sampled numeric type (ℕ ℤ ℚ ℝ) nor a decidable hypothesis +UNSUPPORTED: inputs/elder/OrdinaryH0.lean::TorusFiltration.ordinaryH0_iso_naturality: binder ( R : C ) is neither a sampled numeric type (ℕ ℤ ℚ ℝ) nor a decidable hypothesis +UNSUPPORTED: inputs/elder/OrdinaryH0.lean::TorusFiltration.ordinaryH0_pointClass_augmentation: binder ( X : TopCat . { w } ) is neither a sampled numeric type (ℕ ℤ ℚ ℝ) nor a decidable hypothesis +UNSUPPORTED: inputs/elder/OrdinaryH0.lean::TorusFiltration.ordinaryH0_pointClass_ne_zero: binder ( X : TopCat . { w } ) is neither a sampled numeric type (ℕ ℤ ℚ ℝ) nor a decidable hypothesis +UNSUPPORTED: inputs/elder/OrdinaryH0.lean::TorusFiltration.ordinaryH0_pointClass_eq_of_component_eq: binder ( X : TopCat . { w } ) is neither a sampled numeric type (ℕ ℤ ℚ ℝ) nor a decidable hypothesis +UNSUPPORTED: inputs/elder/OrdinaryH0.lean::TorusFiltration.ordinaryH0_sameComponent_difference_zero: binder ( X : TopCat . { w } ) is neither a sampled numeric type (ℕ ℤ ℚ ℝ) nor a decidable hypothesis +UNSUPPORTED: inputs/elder/OrdinaryH0.lean::TorusFiltration.ordinaryH0_pointClass_ne_of_component_ne: binder ( X : TopCat . { w } ) is neither a sampled numeric type (ℕ ℤ ℚ ℝ) nor a decidable hypothesis +UNSUPPORTED: inputs/elder/OrdinaryH0.lean::TorusFiltration.ordinaryH0_pointClass_eq_iff: binder ( X : TopCat . { w } ) is neither a sampled numeric type (ℕ ℤ ℚ ℝ) nor a decidable hypothesis +UNSUPPORTED: inputs/elder/OrdinaryH0.lean::TorusFiltration.ordinaryH0_difference_map: binder ( R : C ) is neither a sampled numeric type (ℕ ℤ ℚ ℝ) nor a decidable hypothesis +UNSUPPORTED: inputs/elder/OrdinaryH0.lean::TorusFiltration.ordinaryH0_difference_map_eq_zero_iff: binder ( R : C ) is neither a sampled numeric type (ℕ ℤ ℚ ℝ) nor a decidable hypothesis +UNSUPPORTED: inputs/elder/OrdinaryH0.lean::TorusFiltration.ordinaryH0_filtration_naturality: binder ( R : C ) is neither a sampled numeric type (ℕ ℤ ℚ ℝ) nor a decidable hypothesis +UNSUPPORTED: inputs/elder/OrdinaryH0.lean::TorusFiltration.ordinaryH0_filtration_difference_zero_iff_joinedIn: binder ( R : C ) is neither a sampled numeric type (ℕ ℤ ℚ ℝ) nor a decidable hypothesis +UNSUPPORTED: inputs/elder/ReusedCompactFrontier.lean::CapFirstExit.frontier_image_subset: instance binder [ T2Space X ] cannot be sampled +UNSUPPORTED: inputs/elder/SuperlevelBar.lean::TorusFiltration.superlevelBar_essential_iff: binder ( g : superlevelBar_E d → ℝ ) is neither a sampled numeric type (ℕ ℤ ℚ ℝ) nor a decidable hypothesis +UNSUPPORTED: inputs/elder/SuperlevelBar.lean::TorusFiltration.superlevelBar_mem_lt_start: binder ( g : superlevelBar_E d → ℝ ) is neither a sampled numeric type (ℕ ℤ ℚ ℝ) nor a decidable hypothesis +UNSUPPORTED: inputs/elder/SuperlevelBar.lean::TorusFiltration.superlevelBar_clearance_bddAbove: binder ( g : superlevelBar_E d → ℝ ) is neither a sampled numeric type (ℕ ℤ ℚ ℝ) nor a decidable hypothesis +UNSUPPORTED: inputs/elder/SuperlevelBar.lean::TorusFiltration.superlevelBar_clearance_empty_of_essential: binder ( g : superlevelBar_E d → ℝ ) is neither a sampled numeric type (ℕ ℤ ℚ ℝ) nor a decidable hypothesis +UNSUPPORTED: inputs/elder/SuperlevelBar.lean::TorusFiltration.superlevelBar_death_eq_zero_of_empty: binder ( g : superlevelBar_E d → ℝ ) is neither a sampled numeric type (ℕ ℤ ℚ ℝ) nor a decidable hypothesis +UNSUPPORTED: inputs/elder/SuperlevelBar.lean::TorusFiltration.superlevelBar_death_eq_zero_of_essential: binder ( g : superlevelBar_E d → ℝ ) is neither a sampled numeric type (ℕ ℤ ℚ ℝ) nor a decidable hypothesis +UNSUPPORTED: inputs/elder/SuperlevelBar.lean::TorusFiltration.superlevelBar_death_eq_sSup_of_nonempty: binder ( g : superlevelBar_E d → ℝ ) is neither a sampled numeric type (ℕ ℤ ℚ ℝ) nor a decidable hypothesis +UNSUPPORTED: inputs/elder/SuperlevelBar.lean::TorusFiltration.superlevelBar_path_minimum: binder ( g : superlevelBar_E d → ℝ ) is neither a sampled numeric type (ℕ ℤ ℚ ℝ) nor a decidable hypothesis +UNSUPPORTED: inputs/elder/SuperlevelBar.lean::TorusFiltration.superlevelBar_clearance_nonempty: binder ( g : superlevelBar_E d → ℝ ) is neither a sampled numeric type (ℕ ℤ ℚ ℝ) nor a decidable hypothesis +UNSUPPORTED: inputs/elder/SuperlevelBar.lean::TorusFiltration.superlevelBar_clearance_nonempty_iff: binder ( g : superlevelBar_E d → ℝ ) is neither a sampled numeric type (ℕ ℤ ℚ ℝ) nor a decidable hypothesis +UNSUPPORTED: inputs/elder/SuperlevelBar.lean::TorusFiltration.superlevelBar_clearance_downward: binder ( g : superlevelBar_E d → ℝ ) is neither a sampled numeric type (ℕ ℤ ℚ ℝ) nor a decidable hypothesis +UNSUPPORTED: inputs/elder/SuperlevelBar.lean::TorusFiltration.superlevelBar_clearance_improve: binder ( g : superlevelBar_E d → ℝ ) is neither a sampled numeric type (ℕ ℤ ℚ ℝ) nor a decidable hypothesis +UNSUPPORTED: inputs/elder/SuperlevelBar.lean::TorusFiltration.superlevelBar_strict_cut: binder ( g : superlevelBar_E d → ℝ ) is neither a sampled numeric type (ℕ ℤ ℚ ℝ) nor a decidable hypothesis +UNSUPPORTED: inputs/elder/SuperlevelBar.lean::TorusFiltration.superlevelBar_death_le_start_of_nonempty: binder ( g : superlevelBar_E d → ℝ ) is neither a sampled numeric type (ℕ ℤ ℚ ℝ) nor a decidable hypothesis +UNSUPPORTED: inputs/elder/SuperlevelBar.lean::TorusFiltration.superlevelBar_death_le_start: binder ( g : superlevelBar_E d → ℝ ) is neither a sampled numeric type (ℕ ℤ ℚ ℝ) nor a decidable hypothesis +UNSUPPORTED: inputs/elder/SuperlevelBar.lean::TorusFiltration.superlevelBar_clearance_eq_Iio: binder ( g : superlevelBar_E d → ℝ ) is neither a sampled numeric type (ℕ ℤ ℚ ℝ) nor a decidable hypothesis +UNSUPPORTED: inputs/elder/SuperlevelBar.lean::TorusFiltration.superlevelBar_death_not_mem_clearance: binder ( g : superlevelBar_E d → ℝ ) is neither a sampled numeric type (ℕ ℤ ℚ ℝ) nor a decidable hypothesis +UNSUPPORTED: inputs/elder/SuperlevelBar.lean::TorusFiltration.superlevelBar_cut_unique: binder ( g : superlevelBar_E d → ℝ ) is neither a sampled numeric type (ℕ ℤ ℚ ℝ) nor a decidable hypothesis +UNSUPPORTED: inputs/elder/SuperlevelBar.lean::TorusFiltration.superlevelBar_death_const: binder ( M : superlevelBar_E d ) is neither a sampled numeric type (ℕ ℤ ℚ ℝ) nor a decidable hypothesis +UNSUPPORTED: inputs/elder/SuperlevelBar.lean::TorusFiltration.superlevelBar_control_negative_essential: binder ( M : superlevelBar_E d ) is neither a sampled numeric type (ℕ ℤ ℚ ℝ) nor a decidable hypothesis diff --git a/cbz/evidence/g12-statement-fuzz-01n/census_math_dfa9b30a_20261106_deps/frontiers_source_lifetime_realization_20261017.json b/cbz/evidence/g12-statement-fuzz-01n/census_math_dfa9b30a_20261106_deps/frontiers_source_lifetime_realization_20261017.json new file mode 100644 index 000000000..1654deafb --- /dev/null +++ b/cbz/evidence/g12-statement-fuzz-01n/census_math_dfa9b30a_20261106_deps/frontiers_source_lifetime_realization_20261017.json @@ -0,0 +1,1792 @@ +{ + "lean_dir": "/frontiers/source_lifetime_realization_20261017", + "files": 19, + "files_evaluated": 19, + "copies": {}, + "file_sha256": { + "SourceLifetimeAxiomAudit.lean": "fea8df29106f295238b3a039bb2aae350167a9ada2326d6d00ba6f6663be52c3", + "SourceLifetimeControls.lean": "f50da7cb374c3e75280ae465696b657902f9070cff1256784dc28050017cd171", + "SourceLifetimeField.lean": "daf0949a14d4ed8bd19fbdc564f0f8c3fad72ed243de73e39d65b2951576919a", + "SourceLifetimeGeometry.lean": 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"binder ( f : Fin d \u2192 \u2124 \u2192 \u2102 ) is neither a sampled numeric type (\u2115 \u2124 \u211a \u211d) nor a decidable hypothesis", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "SourceThetaBridge.lean::I4ThetaBridge.poissonScale_eq": { + "module": "SourceThetaBridge.lean", + "name": "I4ThetaBridge.poissonScale_eq", + "status": "UNSUPPORTED", + "detail": "real exponent (Real.rpow) is outside the exact backend", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "SourceThetaBridge.lean::I4ThetaBridge.spectral1Term_norm": { + "module": "SourceThetaBridge.lean", + "name": "I4ThetaBridge.spectral1Term_norm", + "status": "UNSUPPORTED", + "detail": "result type \u2102", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "SourceThetaBridge.lean::I4ThetaBridge.spectral1Term_summable_norm": { + "module": "SourceThetaBridge.lean", + "name": "I4ThetaBridge.spectral1Term_summable_norm", + "status": "UNSUPPORTED", + "detail": "proposition 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"SourceThetaBridge.lean::I4ThetaBridge.thetaSum_complex": { + "module": "SourceThetaBridge.lean", + "name": "I4ThetaBridge.thetaSum_complex", + "status": "UNSUPPORTED", + "detail": "binder ( z : E d ) is neither a sampled numeric type (\u2115 \u2124 \u211a \u211d) nor a decidable hypothesis", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "SourceThetaBridge.lean::I4ThetaBridge.thetaSum_eq_scaled_cos": { + "module": "SourceThetaBridge.lean", + "name": "I4ThetaBridge.thetaSum_eq_scaled_cos", + "status": "UNSUPPORTED", + "detail": "binder ( z : E d ) is neither a sampled numeric type (\u2115 \u2124 \u211a \u211d) nor a decidable hypothesis", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "SourceThetaBridge.lean::I4ThetaBridge.thetaSum_zero_eq": { + "module": "SourceThetaBridge.lean", + "name": "I4ThetaBridge.thetaSum_zero_eq", + "status": "UNSUPPORTED", + "detail": "definition thetaSum has an unparsed body", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "SourceThetaBridge.lean::I4ThetaBridge.sourceSpectralKernel_eq_periodicCovariance": { + "module": "SourceThetaBridge.lean", + "name": "I4ThetaBridge.sourceSpectralKernel_eq_periodicCovariance", + "status": "UNSUPPORTED", + "detail": "binder ( z : E d ) is neither a sampled numeric type (\u2115 \u2124 \u211a \u211d) nor a decidable hypothesis", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "inputs/GaussianSeriesFoundation.lean::I4Foundation.coordinate_measurePreserving": { + "module": "inputs/GaussianSeriesFoundation.lean", + "name": "I4Foundation.coordinate_measurePreserving", + "status": "UNSUPPORTED", + "detail": "binder ( i : \u03b9 ) is neither a sampled numeric type (\u2115 \u2124 \u211a \u211d) nor a decidable hypothesis", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "inputs/GaussianSeriesFoundation.lean::I4Foundation.coordinate_marginal": { + "module": "inputs/GaussianSeriesFoundation.lean", + "name": "I4Foundation.coordinate_marginal", + "status": "UNSUPPORTED", + "detail": "binder ( i : \u03b9 ) is neither a sampled numeric type (\u2115 \u2124 \u211a \u211d) nor a decidable hypothesis", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "inputs/GaussianSeriesFoundation.lean::I4Foundation.coordinates_independent": { + "module": "inputs/GaussianSeriesFoundation.lean", + "name": "I4Foundation.coordinates_independent", + "status": "UNSUPPORTED", + "detail": "proposition of form App", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "inputs/GaussianSeriesFoundation.lean::I4Foundation.coordinate_memLp": { + "module": "inputs/GaussianSeriesFoundation.lean", + "name": "I4Foundation.coordinate_memLp", + "status": "UNSUPPORTED", + "detail": "binder ( i : \u03b9 ) is neither a sampled numeric type (\u2115 \u2124 \u211a \u211d) nor a decidable hypothesis", + "instances": 0, + "vacuous": false, + "float_free": true + }, + 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"status": "UNSUPPORTED", + "detail": "binder ( hs : Summable a ) is neither a sampled numeric type (\u2115 \u2124 \u211a \u211d) nor a decidable hypothesis", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "inputs/GaussianSeriesFoundation.lean::I4Foundation.scalarSeries_measurable": { + "module": "inputs/GaussianSeriesFoundation.lean", + "name": "I4Foundation.scalarSeries_measurable", + "status": "UNSUPPORTED", + "detail": "conclusion is a structural predicate ['Measurable']: trivial on finite discrete models (every set is measurable, every function measurable and integrable), so sampling has no content here", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "inputs/GaussianSeriesFoundation.lean::I4Foundation.scalarSeries_hasSum_ae": { + "module": "inputs/GaussianSeriesFoundation.lean", + "name": "I4Foundation.scalarSeries_hasSum_ae", + "status": "UNSUPPORTED", + "detail": "binder ( hs : Summable a ) is neither a sampled numeric type (\u2115 \u2124 \u211a \u211d) nor a decidable hypothesis", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "inputs/SourceC4.lean::I4C4.phaseCLM_apply": { + "module": "inputs/SourceC4.lean", + "name": "I4C4.phaseCLM_apply", + "status": "UNSUPPORTED", + "detail": "result type ( Fin d \u2192 \u211d ) \u2192 L [ \u211d ] \u211d", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "inputs/SourceC4.lean::I4C4.phaseCLM_norm_le": { + "module": "inputs/SourceC4.lean", + "name": "I4C4.phaseCLM_norm_le", + "status": "UNSUPPORTED", + "detail": "result type ( Fin d \u2192 \u211d ) \u2192 L [ \u211d ] \u211d", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "inputs/SourceC4.lean::I4C4.modeCoefficient_iteratedFDeriv_bound": { + "module": "inputs/SourceC4.lean", + "name": "I4C4.modeCoefficient_iteratedFDeriv_bound", + "status": "UNSUPPORTED", + "detail": "binder ( m : SourceMode d ) is neither a sampled numeric type (\u2115 \u2124 \u211a \u211d) nor a decidable hypothesis", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "inputs/SourceC4.lean::I4C4.sourceField_contDiff_ae": { + "module": "inputs/SourceC4.lean", + "name": "I4C4.sourceField_contDiff_ae", + "status": "UNSUPPORTED", + "detail": "unparsed statement: SyntaxError: expected ',', got \u03c9", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "inputs/SourceC4.lean::I4C4.sourceField_contDiff_affine_ae": { + "module": "inputs/SourceC4.lean", + "name": "I4C4.sourceField_contDiff_affine_ae", + "status": "UNSUPPORTED", + "detail": "unparsed statement: SyntaxError: expected ',', got \u03c9", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "inputs/SourceCovariance.lean::I4SourceCovariance.scalarSeries_covariance": { + "module": "inputs/SourceCovariance.lean", + "name": "I4SourceCovariance.scalarSeries_covariance", + "status": "UNSUPPORTED", + "detail": "binder ( ha : Summable a ) is neither a sampled numeric type (\u2115 \u2124 \u211a \u211d) nor a decidable hypothesis", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "inputs/SourceCovariance.lean::I4SourceCovariance.sourceField_integral_zero": { + "module": "inputs/SourceCovariance.lean", + "name": "I4SourceCovariance.sourceField_integral_zero", + "status": "UNSUPPORTED", + "detail": "result type Measure ( SourceMode d \u2192 \u211d )", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "inputs/SourceCovariance.lean::I4SourceCovariance.sourceField_covariance": { + "module": "inputs/SourceCovariance.lean", + "name": "I4SourceCovariance.sourceField_covariance", + "status": "UNSUPPORTED", + "detail": "unparsed statement: SyntaxError: unexpected token ';' at 60:66", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "inputs/SourceCovariance.lean::I4SourceCovariance.sourceField_variance_one": { + "module": "inputs/SourceCovariance.lean", + "name": "I4SourceCovariance.sourceField_variance_one", + "status": "UNSUPPORTED", + "detail": "unparsed statement: SyntaxError: unexpected token ';' at 70:36", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "inputs/SourceFourierSeries.lean::I4Source.modeMajorant_nonneg": { + "module": "inputs/SourceFourierSeries.lean", + "name": "I4Source.modeMajorant_nonneg", + "status": "UNSUPPORTED", + "detail": "binder ( m : SourceMode d ) is neither a sampled numeric type (\u2115 \u2124 \u211a \u211d) nor a decidable hypothesis", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "inputs/SourceFourierSeries.lean::I4Source.modeMajorant_summable": { + "module": "inputs/SourceFourierSeries.lean", + "name": "I4Source.modeMajorant_summable", + "status": "UNSUPPORTED", + "detail": "proposition of form App", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "inputs/SourceFourierSeries.lean::I4Source.modeCoefficient_bound": { + "module": "inputs/SourceFourierSeries.lean", + "name": "I4Source.modeCoefficient_bound", + "status": "UNSUPPORTED", + "detail": "binder ( m : SourceMode d ) is neither a sampled numeric type (\u2115 \u2124 \u211a \u211d) nor a decidable hypothesis", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "inputs/SourceFourierSeries.lean::I4Source.sourceField_eval_measurable": { + "module": "inputs/SourceFourierSeries.lean", + "name": "I4Source.sourceField_eval_measurable", + "status": "UNSUPPORTED", + "detail": "conclusion is a structural predicate ['Measurable']: trivial on finite discrete models (every set is measurable, every function measurable and integrable), so sampling has no content here", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "inputs/SourceFourierSeries.lean::I4Source.sourceMajorant_ae": { + "module": "inputs/SourceFourierSeries.lean", + "name": "I4Source.sourceMajorant_ae", + "status": "UNSUPPORTED", + "detail": "unparsed statement: SyntaxError: expected ',', got \u03c9", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "inputs/SourceFourierSeries.lean::I4Source.sourceAbs_uniform_ae": { + "module": "inputs/SourceFourierSeries.lean", + "name": "I4Source.sourceAbs_uniform_ae", + "status": "UNSUPPORTED", + "detail": "unparsed statement: SyntaxError: expected ',', got \u03c9", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "inputs/SourceFourierSeries.lean::I4Source.sourceField_uniform_ae": { + "module": "inputs/SourceFourierSeries.lean", + "name": "I4Source.sourceField_uniform_ae", + "status": "UNSUPPORTED", + "detail": "unparsed statement: SyntaxError: expected ',', got \u03c9", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "inputs/SourceFourierSeries.lean::I4Source.sourceField_continuous_ae": { + "module": "inputs/SourceFourierSeries.lean", + "name": "I4Source.sourceField_continuous_ae", + "status": "UNSUPPORTED", + "detail": "unparsed statement: SyntaxError: expected ',', got \u03c9", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "inputs/SourceGaussianLaw.lean::I4SourceGaussian.summable_square": { + "module": "inputs/SourceGaussianLaw.lean", + "name": "I4SourceGaussian.summable_square", + "status": "UNSUPPORTED", + "detail": "binder ( ha : Summable a ) is neither a sampled numeric type (\u2115 \u2124 \u211a \u211d) nor a decidable hypothesis", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "inputs/SourceGaussianLaw.lean::I4SourceGaussian.partial_charFun": { + "module": "inputs/SourceGaussianLaw.lean", + "name": "I4SourceGaussian.partial_charFun", + "status": "UNSUPPORTED", + "detail": "binder ( s : Finset \u03b9 ) is neither a sampled numeric type (\u2115 \u2124 \u211a \u211d) nor a decidable hypothesis", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "inputs/SourceGaussianLaw.lean::I4SourceGaussian.charFun_partial_tendsto": { + "module": "inputs/SourceGaussianLaw.lean", + "name": "I4SourceGaussian.charFun_partial_tendsto", + "status": "UNSUPPORTED", + "detail": "binder ( ha : Summable a ) is neither a sampled numeric type (\u2115 \u2124 \u211a \u211d) nor a decidable hypothesis", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "inputs/SourceGaussianLaw.lean::I4SourceGaussian.scalarSeries_map_gaussian": { + "module": "inputs/SourceGaussianLaw.lean", + "name": "I4SourceGaussian.scalarSeries_map_gaussian", + "status": "UNSUPPORTED", + "detail": "binder ( ha : Summable a ) is neither a sampled numeric type (\u2115 \u2124 \u211a \u211d) nor a decidable hypothesis", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "inputs/SourceGaussianLaw.lean::I4SourceGaussian.scalarSeries_integral_zero": { + "module": "inputs/SourceGaussianLaw.lean", + "name": "I4SourceGaussian.scalarSeries_integral_zero", + "status": "UNSUPPORTED", + "detail": "binder ( ha : Summable a ) is neither a sampled numeric type (\u2115 \u2124 \u211a \u211d) nor a decidable hypothesis", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "inputs/SourceGaussianLaw.lean::I4SourceGaussian.scalarSeries_variance": { + "module": "inputs/SourceGaussianLaw.lean", + "name": "I4SourceGaussian.scalarSeries_variance", + "status": "UNSUPPORTED", + "detail": "binder ( ha : Summable a ) is neither a sampled numeric type (\u2115 \u2124 \u211a \u211d) nor a decidable hypothesis", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "inputs/SourceGaussianLaw.lean::I4SourceGaussian.source_linearCombination_hasGaussianLaw": { + "module": "inputs/SourceGaussianLaw.lean", + "name": "I4SourceGaussian.source_linearCombination_hasGaussianLaw", + "status": "UNSUPPORTED", + "detail": "binder ( x : Fin n \u2192 ( Fin d \u2192 \u211d ) ) is neither a sampled numeric type (\u2115 \u2124 \u211a \u211d) nor a decidable hypothesis", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "inputs/SourceGaussianLaw.lean::I4SourceGaussian.source_finiteVector_hasGaussianLaw": { + "module": "inputs/SourceGaussianLaw.lean", + "name": 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"inputs/SourceKernel.lean", + "name": "I4Kernel.spectralKernel_zero", + "status": "UNSUPPORTED", + "detail": "definition sourceSpectralKernel has an unparsed body", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "inputs/SourceLattice.lean::I4Lattice.halfLattice_ne_zero": { + "module": "inputs/SourceLattice.lean", + "name": "I4Lattice.halfLattice_ne_zero", + "status": "UNSUPPORTED", + "detail": "hypothesis ( hk : k \u2208 halfLattice d ) mentions undeclared names ['halfLattice']", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "inputs/SourceLattice.lean::I4Lattice.halfLattice_partition": { + "module": "inputs/SourceLattice.lean", + "name": "I4Lattice.halfLattice_partition", + "status": "UNSUPPORTED", + "detail": "result type Set ( Fin d \u2192 \u2124 )", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "inputs/SourceLattice.lean::I4Lattice.sourceWeight_neg": { + "module": "inputs/SourceLattice.lean", + "name": 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"inputs/SourceLattice.lean", + "name": "I4Lattice.modeCoefficient_lattice_shift", + "status": "UNSUPPORTED", + "detail": "binder ( m : SourceMode d ) is neither a sampled numeric type (\u2115 \u2124 \u211a \u211d) nor a decidable hypothesis", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "inputs/SourceLattice.lean::I4Lattice.sourceField_lattice_shift": { + "module": "inputs/SourceLattice.lean", + "name": "I4Lattice.sourceField_lattice_shift", + "status": "UNSUPPORTED", + "detail": "binder ( \u03c9 : SourceMode d \u2192 \u211d ) is neither a sampled numeric type (\u2115 \u2124 \u211a \u211d) nor a decidable hypothesis", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "inputs/SourceLattice.lean::I4Lattice.pairedCoefficient_kernel": { + "module": "inputs/SourceLattice.lean", + "name": "I4Lattice.pairedCoefficient_kernel", + "status": "UNSUPPORTED", + "detail": "binder ( k : \u21a5 ( halfLattice d ) ) is neither a sampled numeric type (\u2115 \u2124 \u211a \u211d) nor a decidable hypothesis", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "inputs/SourceLattice.lean::I4Lattice.latticeFrequency_bijective": { + "module": "inputs/SourceLattice.lean", + "name": "I4Lattice.latticeFrequency_bijective", + "status": "UNSUPPORTED", + "detail": "proposition of form App", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "inputs/SourceSmooth.lean::I4Smooth.orderCoordinateBound_summable": { + "module": "inputs/SourceSmooth.lean", + "name": "I4Smooth.orderCoordinateBound_summable", + "status": "UNSUPPORTED", + "detail": "proposition of form App", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "inputs/SourceSmooth.lean::I4Smooth.orderProductBound_summable": { + "module": "inputs/SourceSmooth.lean", + "name": "I4Smooth.orderProductBound_summable", + "status": "UNSUPPORTED", + "detail": "proposition of form App", + "instances": 0, + "vacuous": false, + "float_free": true + }, + 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"module": "inputs/SourceSmoothControls.lean", + "name": "I4SmoothControls.field_variance_one", + "status": "UNSUPPORTED", + "detail": "unparsed statement: SyntaxError: unexpected token ';' at 58:40", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "inputs/SourceSmoothControls.lean::I4SmoothControls.carrier_probability": { + "module": "inputs/SourceSmoothControls.lean", + "name": "I4SmoothControls.carrier_probability", + "status": "UNSUPPORTED", + "detail": "result type Measure ( SmoothSample d L )", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "inputs/SourceTorus.lean::I4Torus.torusProjection_measurable": { + "module": "inputs/SourceTorus.lean", + "name": "I4Torus.torusProjection_measurable", + "status": "UNSUPPORTED", + "detail": "conclusion is a structural predicate ['Measurable']: trivial on finite discrete models (every set is measurable, every function measurable and integrable), so sampling has no content here", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "inputs/SourceTorus.lean::I4Torus.torusRepresentative_measurable": { + "module": "inputs/SourceTorus.lean", + "name": "I4Torus.torusRepresentative_measurable", + "status": "UNSUPPORTED", + "detail": "instance binder [ Fact ( 0 < L ) ] cannot be sampled", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "inputs/SourceTorus.lean::I4Torus.torusProjection_representative": { + "module": "inputs/SourceTorus.lean", + "name": "I4Torus.torusProjection_representative", + "status": "UNSUPPORTED", + "detail": "instance binder [ Fact ( 0 < L ) ] cannot be sampled", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "inputs/SourceTorus.lean::I4Torus.sourceField_eq_of_torusProjection_eq": { + "module": "inputs/SourceTorus.lean", + "name": "I4Torus.sourceField_eq_of_torusProjection_eq", + "status": "UNSUPPORTED", + "detail": "binder ( \u03c9 : SourceMode d \u2192 \u211d ) is neither a sampled numeric type (\u2115 \u2124 \u211a \u211d) nor a decidable hypothesis", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "inputs/SourceTorus.lean::I4Torus.torusSourceField_pullback": { + "module": "inputs/SourceTorus.lean", + "name": "I4Torus.torusSourceField_pullback", + "status": "UNSUPPORTED", + "detail": "instance binder [ Fact ( 0 < L ) ] cannot be sampled", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "inputs/SourceTorus.lean::I4Torus.torusSourceField_eval_measurable": { + "module": "inputs/SourceTorus.lean", + "name": "I4Torus.torusSourceField_eval_measurable", + "status": "UNSUPPORTED", + "detail": "instance binder [ Fact ( 0 < L ) ] cannot be sampled", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "inputs/SourceTorus.lean::I4Torus.torusSourceField_joint_measurable": { + "module": "inputs/SourceTorus.lean", + "name": "I4Torus.torusSourceField_joint_measurable", + "status": "UNSUPPORTED", + "detail": "instance binder [ Fact ( 0 < L ) ] cannot be sampled", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "inputs/SourceTorus.lean::I4Torus.torusSourceField_finiteVector_hasGaussianLaw": { + "module": "inputs/SourceTorus.lean", + "name": "I4Torus.torusSourceField_finiteVector_hasGaussianLaw", + "status": "UNSUPPORTED", + "detail": "instance binder [ Fact ( 0 < L ) ] cannot be sampled", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "inputs/SourceTorus.lean::I4Torus.torusSourceField_isGaussianProcess": { + "module": "inputs/SourceTorus.lean", + "name": "I4Torus.torusSourceField_isGaussianProcess", + "status": "UNSUPPORTED", + "detail": "instance binder [ Fact ( 0 < L ) ] cannot be sampled", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "inputs/SourceTorus.lean::I4Torus.torusSourceField_covariance": { + "module": "inputs/SourceTorus.lean", + "name": "I4Torus.torusSourceField_covariance", + "status": "UNSUPPORTED", + "detail": "instance binder [ Fact ( 0 < L ) ] cannot be sampled", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "inputs/SourceTorus.lean::I4Torus.torusSourceField_covariance_pullback": { + "module": "inputs/SourceTorus.lean", + "name": "I4Torus.torusSourceField_covariance_pullback", + "status": "UNSUPPORTED", + "detail": "instance binder [ Fact ( 0 < L ) ] cannot be sampled", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "inputs/SourceTorusC4.lean::I4TorusC4.quotientChart_symm": { + "module": "inputs/SourceTorusC4.lean", + "name": "I4TorusC4.quotientChart_symm", + "status": "UNSUPPORTED", + "detail": "instance binder [ Fact ( 0 < L ) ] cannot be sampled", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "inputs/SourceTorusC4.lean::I4TorusC4.centered_chart_covers": { + "module": "inputs/SourceTorusC4.lean", + "name": "I4TorusC4.centered_chart_covers", + "status": "UNSUPPORTED", + "detail": "instance binder [ Fact ( 0 < L ) ] cannot be sampled", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "inputs/SourceTorusC4.lean::I4TorusC4.chart_transition_contDiff": { + "module": "inputs/SourceTorusC4.lean", + "name": "I4TorusC4.chart_transition_contDiff", + "status": "UNSUPPORTED", + "detail": "instance binder [ Fact ( 0 < L ) ] cannot be sampled", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "inputs/SourceTorusC4.lean::I4TorusC4.torus_isManifold": { + "module": "inputs/SourceTorusC4.lean", + "name": "I4TorusC4.torus_isManifold", + "status": "UNSUPPORTED", + "detail": "instance binder [ Fact ( 0 < L ) ] cannot be sampled", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "inputs/SourceTorusC4.lean::I4TorusC4.torusSourceField_contMDiff_ae": { + "module": "inputs/SourceTorusC4.lean", + "name": "I4TorusC4.torusSourceField_contMDiff_ae", + "status": "UNSUPPORTED", + "detail": "instance binder [ Fact ( 0 < L ) ] cannot be sampled", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "inputs/SourceTorusC4.lean::I4TorusC4.torusSourceField_weakSuperlevel_closed_ae": { + "module": "inputs/SourceTorusC4.lean", + "name": "I4TorusC4.torusSourceField_weakSuperlevel_closed_ae", + "status": "UNSUPPORTED", + "detail": "instance binder [ Fact ( 0 < L ) ] cannot be sampled", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "inputs/SpectralWeights.lean::I4Weights.summable_decay_pow": { + "module": "inputs/SpectralWeights.lean", + "name": "I4Weights.summable_decay_pow", + "status": "UNSUPPORTED", + "detail": "proposition of form App", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "inputs/SpectralWeights.lean::I4Weights.coordinateBound_summable": { + "module": "inputs/SpectralWeights.lean", + "name": "I4Weights.coordinateBound_summable", + "status": "UNSUPPORTED", + "detail": "proposition of form App", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "inputs/SpectralWeights.lean::I4Weights.finite_product_summable": { + "module": "inputs/SpectralWeights.lean", + "name": "I4Weights.finite_product_summable", + "status": "UNSUPPORTED", + "detail": "binder { f : \u2124 \u2192 \u211d } is neither a sampled numeric type (\u2115 \u2124 \u211a \u211d) nor a decidable hypothesis", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "inputs/SpectralWeights.lean::I4Weights.productBound_summable": { + "module": "inputs/SpectralWeights.lean", + "name": "I4Weights.productBound_summable", + "status": "UNSUPPORTED", + "detail": "proposition of form App", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "inputs/SpectralWeights.lean::I4Weights.productDecay_eq_exp": { + "module": "inputs/SpectralWeights.lean", + "name": "I4Weights.productDecay_eq_exp", + "status": "CORROBORATED", + "detail": "holds on 64 sampled instances satisfying the hypotheses (0 draws rejected by the hypotheses, 0 infeasible, seed 1): sampling is admitted evidence of the statement, not a proof of it", + "instances": 64, + "vacuous": false, + "float_free": true, + "sampling": { + "seed": 1, + "draws": 65, + "accepted": 64, + "rejected": 0, + "infeasible": 0, + "undecided": 0 + } + }, + "inputs/SpectralWeights.lean::I4Weights.frequency_l1_le_product": { + "module": "inputs/SpectralWeights.lean", + "name": "I4Weights.frequency_l1_le_product", + "status": "CORROBORATED", + "detail": "holds on 64 sampled instances satisfying the hypotheses (1 draws rejected by the hypotheses, 0 infeasible, seed 1): sampling is admitted evidence of the statement, not a proof of it", + "instances": 64, + "vacuous": false, + "float_free": true, + "sampling": { + "seed": 1, + "draws": 71, + "accepted": 64, + "rejected": 1, + "infeasible": 0, + "undecided": 0 + } + }, + "inputs/SpectralWeights.lean::I4Weights.sourceA_pos": { + "module": "inputs/SpectralWeights.lean", + "name": "I4Weights.sourceA_pos", + "status": "CORROBORATED", + "detail": "holds on 64 sampled instances satisfying the hypotheses (1 draws rejected by the hypotheses, 0 infeasible, seed 1): sampling is admitted evidence of the statement, not a proof of it", + "instances": 64, + "vacuous": false, + "float_free": true, + "sampling": { + "seed": 1, + "draws": 105, + "accepted": 64, + "rejected": 1, + "infeasible": 0, + "undecided": 0 + } + }, + "inputs/SpectralWeights.lean::I4Weights.sourceWeight_eq_physical": { + "module": "inputs/SpectralWeights.lean", + "name": "I4Weights.sourceWeight_eq_physical", + "status": "UNSUPPORTED", + "detail": "the enclosures to 256 bits did not decide 210 of the sampled instances (64 decided, all held): sampling cannot corroborate the statement", + "instances": 64, + "vacuous": false, + "float_free": true, + "sampling": { + "seed": 1, + "draws": 652, + "accepted": 64, + "rejected": 0, + "infeasible": 338, + "undecided": 210 + } + }, + "inputs/SpectralWeights.lean::I4Weights.sourceWeight_summable": { + "module": "inputs/SpectralWeights.lean", + "name": "I4Weights.sourceWeight_summable", + "status": "UNSUPPORTED", + "detail": "proposition of form App", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "inputs/SpectralWeights.lean::I4Weights.sourceZ_pos": { + "module": "inputs/SpectralWeights.lean", + "name": "I4Weights.sourceZ_pos", + "status": "UNSUPPORTED", + "detail": "definition sourceZ has an unparsed body", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "inputs/SpectralWeights.lean::I4Weights.pairedBound_eq_amplitude": { + "module": "inputs/SpectralWeights.lean", + "name": "I4Weights.pairedBound_eq_amplitude", + "status": "UNSUPPORTED", + "detail": "definition sourceZ has an unparsed body", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "inputs/SpectralWeights.lean::I4Weights.pairedBound_summable": { + "module": "inputs/SpectralWeights.lean", + "name": "I4Weights.pairedBound_summable", + "status": "UNSUPPORTED", + "detail": "proposition of form App", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "inputs/SpectralWeights.lean::I4Weights.pairedBound_subtype_summable": { + "module": "inputs/SpectralWeights.lean", + "name": "I4Weights.pairedBound_subtype_summable", + "status": "UNSUPPORTED", + "detail": "binder ( S : Set ( Fin d \u2192 \u2124 ) ) is neither a sampled numeric type (\u2115 \u2124 \u211a \u211d) nor a decidable hypothesis", + "instances": 0, + "vacuous": false, + "float_free": true + } + }, + "sampling": { + "seed": 1, + "samples": 64 + }, + "exit_code": 1, + "note": "G12 census: coverage of the empirical statement check over every declaration in a directory, with no manifest. PASS/CORROBORATED/FAIL/UNSUPPORTED as in a package check; UNSUPPORTED reasons are classified. Not a gate and not kernel evidence.", + "defs_from": { + "dirs": [ + "/frontiers/source_smooth_realization_20261011" + ], + "files": 14, + "files_pooled": 1, + "file_sha256": { + "/GaussianSeriesFoundation.lean": "feea566d5aeba58459bd4a1f20f070bdcd80ee30712817324cdd594e3e232c95", + "/SourceC4.lean": "b15e53b825c2e2d6af2af18182da227d8794dddcc3e1b29611a913f89a889397", + "/SourceCovariance.lean": "30560009582659a100637b5510c657cf1fa762f68a37bae8fab42c1eeee6aee5", + "/SourceFourierSeries.lean": "5f145e8e8693bfe4d1554092c8258dbda4f17f8e078c503029e4e8ff2c018014", + "/SourceGaussianLaw.lean": "a60ab6099d3cef0eeecaefa9e35d95ec14ec54ffd6c89e42dfcf6170907166e8", + "/SourceKernel.lean": "5fa3abc8fb0db0c14c67b4ee840e659cdf80f7d22c9fd4cb5e6c1c7b204fbd21", + "/SourceLattice.lean": "c644305a426bc876f609c055ce999b8008f028c67a1091639d919f4122981b7b", + "/SourceSmooth.lean": "12ad7263267a970bd5d5c95d7c7aa62d9c971f7beebf28f1aa7ed16d3a112f1b", + "/SourceSmoothAxiomAudit.lean": 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"/SourceSmooth.lean": "inputs/SourceSmooth.lean", + "/SourceSmoothCarrier.lean": "inputs/SourceSmoothCarrier.lean", + "/SourceSmoothControls.lean": "inputs/SourceSmoothControls.lean", + "/SourceTorus.lean": "inputs/SourceTorus.lean", + "/SourceTorusC4.lean": "inputs/SourceTorusC4.lean", + "/SpectralWeights.lean": "inputs/SpectralWeights.lean" + } + }, + "unresolved_imports": { + "Lifetime": [ + "SourceLifetimeGeometry.lean", + "SourceThetaBridge.lean" + ] + } +} diff --git a/cbz/evidence/g12-statement-fuzz-01n/census_math_dfa9b30a_20261106_deps/frontiers_source_lifetime_realization_20261017.stdout.txt b/cbz/evidence/g12-statement-fuzz-01n/census_math_dfa9b30a_20261106_deps/frontiers_source_lifetime_realization_20261017.stdout.txt new file mode 100644 index 000000000..a5e78009c --- /dev/null +++ b/cbz/evidence/g12-statement-fuzz-01n/census_math_dfa9b30a_20261106_deps/frontiers_source_lifetime_realization_20261017.stdout.txt @@ -0,0 +1,240 @@ +{ + "lean_dir": "/frontiers/source_lifetime_realization_20261017", + "files": 19, + "files_evaluated": 19, + "targets": 182, + "status_counts": { + "UNSUPPORTED": 178, + "CORROBORATED": 4 + }, + "unsupported_reasons": { + "binder outside the interpreter": 102, + "proposition outside the interpreter": 20, + "definition result type outside the interpreter": 18, + "unparsed statement": 14, + "definition outside the interpreter": 8, + "structural conclusion": 6, + "enclosures do not decide the statement": 3, + "unknown function": 2, + "other": 2, + "ascription to an unsupported type": 1, + "real exponent (Real.rpow)": 1, + "hypothesis outside the interpreter": 1 + }, + "sampling": { + "seed": 1, + "samples": 64 + }, + "exit_code": 1, + "unresolved_imports": { + "Lifetime": [ + "SourceLifetimeGeometry.lean", + "SourceThetaBridge.lean" + ] + }, + "copies": 0, + "defs_from": { + "dirs": [ + "/frontiers/source_smooth_realization_20261011" + ], + "files": 14, + "files_pooled": 1, + "byte_identical_to_group": { + "/GaussianSeriesFoundation.lean": "inputs/GaussianSeriesFoundation.lean", + "/SourceC4.lean": "inputs/SourceC4.lean", + "/SourceCovariance.lean": "inputs/SourceCovariance.lean", + "/SourceFourierSeries.lean": "inputs/SourceFourierSeries.lean", + "/SourceGaussianLaw.lean": "inputs/SourceGaussianLaw.lean", + "/SourceKernel.lean": "inputs/SourceKernel.lean", + "/SourceLattice.lean": "inputs/SourceLattice.lean", + "/SourceSmooth.lean": "inputs/SourceSmooth.lean", + "/SourceSmoothCarrier.lean": "inputs/SourceSmoothCarrier.lean", + "/SourceSmoothControls.lean": "inputs/SourceSmoothControls.lean", + "/SourceTorus.lean": "inputs/SourceTorus.lean", + "/SourceTorusC4.lean": "inputs/SourceTorusC4.lean", + "/SpectralWeights.lean": "inputs/SpectralWeights.lean" + } + } +} +UNSUPPORTED: SourceLifetimeControls.lean::I4LifetimeControls.literalCarrier: unknown function .Ω +UNSUPPORTED: SourceLifetimeControls.lean::I4LifetimeControls.literalLaw: result type Measure ( SmoothSample d L ) +UNSUPPORTED: SourceLifetimeControls.lean::I4LifetimeControls.literalField: binder ( ω : SmoothSample d L ) is neither a sampled numeric type (ℕ ℤ ℚ ℝ) nor a decidable hypothesis +UNSUPPORTED: SourceLifetimeControls.lean::I4LifetimeControls.sameCarrierOrders: binder ( ω : SmoothSample d L ) is neither a sampled numeric type (ℕ ℤ ℚ ℝ) nor a decidable hypothesis +UNSUPPORTED: SourceLifetimeControls.lean::I4LifetimeControls.wholeCoefficientLaw: result type Measure ( SourceMode d → ℝ ) +UNSUPPORTED: SourceLifetimeControls.lean::I4LifetimeControls.periodicCovariance_zero: result type E d +UNSUPPORTED: SourceLifetimeControls.lean::I4LifetimeControls.rawDiagonalOne: binder ( x : E d ) is neither a sampled numeric type (ℕ ℤ ℚ ℝ) nor a decidable hypothesis +UNSUPPORTED: SourceLifetimeControls.lean::I4LifetimeControls.zeroMean: binder ( x : E d ) is neither a sampled numeric type (ℕ ℤ ℚ ℝ) nor a decidable hypothesis +UNSUPPORTED: SourceLifetimeControls.lean::I4LifetimeControls.dimensionZeroTheta: definition thetaSum has an unparsed body +UNSUPPORTED: SourceLifetimeControls.lean::I4LifetimeControls.dimensionZeroSpectralNormalizer: definition I4Weights.sourceZ has an unparsed body +UNSUPPORTED: SourceLifetimeControls.lean::I4LifetimeControls.dimensionZeroRawVariance: result type Measure ( SmoothSample d L ) +UNSUPPORTED: SourceLifetimeControls.lean::I4LifetimeControls.emptyQuad: binder ( x : Fin 0 → E d ) is neither a sampled numeric type (ℕ ℤ ℚ ℝ) nor a decidable hypothesis +UNSUPPORTED: SourceLifetimeControls.lean::I4LifetimeControls.emptyFamilyLaw: binder ( x : Fin 0 → E d ) is neither a sampled numeric type (ℕ ℤ ℚ ℝ) nor a decidable hypothesis +UNSUPPORTED: SourceLifetimeControls.lean::I4LifetimeControls.cancelledQuad: binder ( x : E d ) is neither a sampled numeric type (ℕ ℤ ℚ ℝ) nor a decidable hypothesis +UNSUPPORTED: SourceLifetimeControls.lean::I4LifetimeControls.cancelledSample: binder ( x : E d ) is neither a sampled numeric type (ℕ ℤ ℚ ℝ) nor a decidable hypothesis +UNSUPPORTED: SourceLifetimeControls.lean::I4LifetimeControls.cancelledLaw: binder ( x : E d ) is neither a sampled numeric type (ℕ ℤ ℚ ℝ) nor a decidable hypothesis +UNSUPPORTED: SourceLifetimeControls.lean::I4LifetimeControls.reinforcedQuad: binder ( x : E d ) is neither a sampled numeric type (ℕ ℤ ℚ ℝ) nor a decidable hypothesis +UNSUPPORTED: SourceLifetimeControls.lean::I4LifetimeControls.reinforcedLaw: binder ( x : E d ) is neither a sampled numeric type (ℕ ℤ ℚ ℝ) nor a decidable hypothesis +UNSUPPORTED: SourceLifetimeControls.lean::I4LifetimeControls.everyLatticeTranslation: binder ( ω : SmoothSample d L ) is neither a sampled numeric type (ℕ ℤ ℚ ℝ) nor a decidable hypothesis +UNSUPPORTED: SourceLifetimeControls.lean::I4LifetimeControls.euclideanNormSquared: ascription to E 2 +UNSUPPORTED: SourceLifetimeControls.lean::I4LifetimeControls.shiftedMeanOne: binder ( x : E d ) is neither a sampled numeric type (ℕ ℤ ℚ ℝ) nor a decidable hypothesis +UNSUPPORTED: SourceLifetimeField.lean::I4LifetimeField.actualField_covariance: binder ( x y : E d ) is neither a sampled numeric type (ℕ ℤ ℚ ℝ) nor a decidable hypothesis +UNSUPPORTED: SourceLifetimeField.lean::I4LifetimeField.actualField_raw_second_moment: binder ( x y : E d ) is neither a sampled numeric type (ℕ ℤ ℚ ℝ) nor a decidable hypothesis +UNSUPPORTED: SourceLifetimeField.lean::I4LifetimeField.actualField_linearCombination_variance: binder ( x : Fin m → E d ) is neither a sampled numeric type (ℕ ℤ ℚ ℝ) nor a decidable hypothesis +UNSUPPORTED: SourceLifetimeField.lean::I4LifetimeField.covQuadForm_nonneg: binder ( x : Fin m → E d ) is neither a sampled numeric type (ℕ ℤ ℚ ℝ) nor a decidable hypothesis +UNSUPPORTED: SourceLifetimeField.lean::I4LifetimeField.actualField_linearCombination_map: binder ( x : Fin m → E d ) is neither a sampled numeric type (ℕ ℤ ℚ ℝ) nor a decidable hypothesis +UNSUPPORTED: SourceLifetimeField.lean::I4LifetimeField.actualGaussianFieldInterface_exists: proposition of form App +UNSUPPORTED: SourceLifetimeField.lean::I4LifetimeField.actualGaussianFieldInterface_carrier: unknown function .Ω +UNSUPPORTED: SourceLifetimeField.lean::I4LifetimeField.actualGaussianFieldInterface_law: result type Measure ( SmoothSample d L ) +UNSUPPORTED: SourceLifetimeField.lean::I4LifetimeField.actualGaussianFieldInterface_field: binder ( ω : SmoothSample d L ) is neither a sampled numeric type (ℕ ℤ ℚ ℝ) nor a decidable hypothesis +UNSUPPORTED: SourceLifetimeGeometry.lean::I4LifetimeField.coordinates_apply: binder ( x : E d ) is neither a sampled numeric type (ℕ ℤ ℚ ℝ) nor a decidable hypothesis +UNSUPPORTED: SourceLifetimeGeometry.lean::I4LifetimeField.coordinates_latticeVec: result type E d ≃ L [ ℝ ] ( Fin d → ℝ ) +UNSUPPORTED: SourceLifetimeGeometry.lean::I4LifetimeField.actualField_smooth: binder ( ω : SmoothSample d L ) is neither a sampled numeric type (ℕ ℤ ℚ ℝ) nor a decidable hypothesis +UNSUPPORTED: SourceLifetimeGeometry.lean::I4LifetimeField.actualField_periodic: binder ( ω : SmoothSample d L ) is neither a sampled numeric type (ℕ ℤ ℚ ℝ) nor a decidable hypothesis +UNSUPPORTED: SourceLifetimeGeometry.lean::I4LifetimeField.actualField_eval_measurable: binder ( x : E d ) is neither a sampled numeric type (ℕ ℤ ℚ ℝ) nor a decidable hypothesis +UNSUPPORTED: SourceLifetimeGeometry.lean::I4LifetimeField.actualField_eval_hasGaussianLaw: binder ( x : E d ) is neither a sampled numeric type (ℕ ℤ ℚ ℝ) nor a decidable hypothesis +UNSUPPORTED: SourceLifetimeGeometry.lean::I4LifetimeField.actualField_linearCombination_measurable: binder ( x : Fin m → E d ) is neither a sampled numeric type (ℕ ℤ ℚ ℝ) nor a decidable hypothesis +UNSUPPORTED: SourceLifetimeGeometry.lean::I4LifetimeField.actualField_linearCombination_hasGaussianLaw: binder ( x : Fin m → E d ) is neither a sampled numeric type (ℕ ℤ ℚ ℝ) nor a decidable hypothesis +UNSUPPORTED: SourceLifetimeGeometry.lean::I4LifetimeField.actualField_integral_zero: binder ( x : E d ) is neither a sampled numeric type (ℕ ℤ ℚ ℝ) nor a decidable hypothesis +UNSUPPORTED: SourceLifetimeGeometry.lean::I4LifetimeField.actualField_linearCombination_integral_zero: binder ( x : Fin m → E d ) is neither a sampled numeric type (ℕ ℤ ℚ ℝ) nor a decidable hypothesis +UNSUPPORTED: SourceLifetimeGeometry.lean::I4LifetimeField.actualField_covariance_spectral: binder ( x y : E d ) is neither a sampled numeric type (ℕ ℤ ℚ ℝ) nor a decidable hypothesis +UNSUPPORTED: SourceThetaBridge.lean::I4ThetaBridge.latticeVec_apply: result type E d +UNSUPPORTED: SourceThetaBridge.lean::I4ThetaBridge.theta_summand_eq_product: binder ( z : E d ) is neither a sampled numeric type (ℕ ℤ ℚ ℝ) nor a decidable hypothesis +CORROBORATED: SourceThetaBridge.lean::I4ThetaBridge.shifted_gaussian_le: holds on 64 sampled instances satisfying the hypotheses (0 draws rejected by the hypotheses, 95 infeasible, seed 1): sampling is admitted evidence of the statement, not a proof of it +UNSUPPORTED: SourceThetaBridge.lean::I4ThetaBridge.shifted_gaussian_summable: proposition of form App +UNSUPPORTED: SourceThetaBridge.lean::I4ThetaBridge.theta_summable: binder ( z : E d ) is neither a sampled numeric type (ℕ ℤ ℚ ℝ) nor a decidable hypothesis +UNSUPPORTED: SourceThetaBridge.lean::I4ThetaBridge.theta_zero_pos: definition thetaSum has an unparsed body +UNSUPPORTED: SourceThetaBridge.lean::I4ThetaBridge.summable_nonneg_fin_product: binder ( f : Fin d → ℤ → ℝ ) is neither a sampled numeric type (ℕ ℤ ℚ ℝ) nor a decidable hypothesis +UNSUPPORTED: SourceThetaBridge.lean::I4ThetaBridge.summable_norm_fin_product: binder ( f : Fin d → ℤ → ℂ ) is neither a sampled numeric type (ℕ ℤ ℚ ℝ) nor a decidable hypothesis +UNSUPPORTED: SourceThetaBridge.lean::I4ThetaBridge.tsum_fin_product: binder ( f : Fin d → ℤ → ℂ ) is neither a sampled numeric type (ℕ ℤ ℚ ℝ) nor a decidable hypothesis +UNSUPPORTED: SourceThetaBridge.lean::I4ThetaBridge.poissonScale_eq: real exponent (Real.rpow) is outside the exact backend +UNSUPPORTED: SourceThetaBridge.lean::I4ThetaBridge.spectral1Term_norm: result type ℂ +UNSUPPORTED: SourceThetaBridge.lean::I4ThetaBridge.spectral1Term_summable_norm: proposition of form App +UNSUPPORTED: SourceThetaBridge.lean::I4ThetaBridge.poisson_one_dimension: unsupported syntax: infinite sum ∑' (tsum / tprod) is outside the interpreter +UNSUPPORTED: SourceThetaBridge.lean::I4ThetaBridge.spectral1Term_prod: result type ℂ +UNSUPPORTED: SourceThetaBridge.lean::I4ThetaBridge.complex_spectral_summable: proposition of form App +UNSUPPORTED: SourceThetaBridge.lean::I4ThetaBridge.thetaSum_complex: binder ( z : E d ) is neither a sampled numeric type (ℕ ℤ ℚ ℝ) nor a decidable hypothesis +UNSUPPORTED: SourceThetaBridge.lean::I4ThetaBridge.thetaSum_eq_scaled_cos: binder ( z : E d ) is neither a sampled numeric type (ℕ ℤ ℚ ℝ) nor a decidable hypothesis +UNSUPPORTED: SourceThetaBridge.lean::I4ThetaBridge.thetaSum_zero_eq: definition thetaSum has an unparsed body +UNSUPPORTED: SourceThetaBridge.lean::I4ThetaBridge.sourceSpectralKernel_eq_periodicCovariance: binder ( z : E d ) is neither a sampled numeric type (ℕ ℤ ℚ ℝ) nor a decidable hypothesis +UNSUPPORTED: inputs/GaussianSeriesFoundation.lean::I4Foundation.coordinate_measurePreserving: binder ( i : ι ) is neither a sampled numeric type (ℕ ℤ ℚ ℝ) nor a decidable hypothesis +UNSUPPORTED: inputs/GaussianSeriesFoundation.lean::I4Foundation.coordinate_marginal: binder ( i : ι ) is neither a sampled numeric type (ℕ ℤ ℚ ℝ) nor a decidable hypothesis +UNSUPPORTED: inputs/GaussianSeriesFoundation.lean::I4Foundation.coordinates_independent: proposition of form App +UNSUPPORTED: inputs/GaussianSeriesFoundation.lean::I4Foundation.coordinate_memLp: binder ( i : ι ) is neither a sampled numeric type (ℕ ℤ ℚ ℝ) nor a decidable hypothesis +UNSUPPORTED: inputs/GaussianSeriesFoundation.lean::I4Foundation.coordinate_integrable: binder ( i : ι ) is neither a sampled numeric type (ℕ ℤ ℚ ℝ) nor a decidable hypothesis +UNSUPPORTED: inputs/GaussianSeriesFoundation.lean::I4Foundation.coordinate_abs_integrable: binder ( i : ι ) is neither a sampled numeric type (ℕ ℤ ℚ ℝ) nor a decidable hypothesis +UNSUPPORTED: inputs/GaussianSeriesFoundation.lean::I4Foundation.weighted_abs_summable_ae: binder ( hs : Summable a ) is neither a sampled numeric type (ℕ ℤ ℚ ℝ) nor a decidable hypothesis +UNSUPPORTED: inputs/GaussianSeriesFoundation.lean::I4Foundation.scalarSeries_measurable: conclusion is a structural predicate ['Measurable']: trivial on finite discrete models (every set is measurable, every function measurable and integrable), so sampling has no content here +UNSUPPORTED: inputs/GaussianSeriesFoundation.lean::I4Foundation.scalarSeries_hasSum_ae: binder ( hs : Summable a ) is neither a sampled numeric type (ℕ ℤ ℚ ℝ) nor a decidable hypothesis +UNSUPPORTED: inputs/SourceC4.lean::I4C4.phaseCLM_apply: result type ( Fin d → ℝ ) → L [ ℝ ] ℝ +UNSUPPORTED: inputs/SourceC4.lean::I4C4.phaseCLM_norm_le: result type ( Fin d → ℝ ) → L [ ℝ ] ℝ +UNSUPPORTED: inputs/SourceC4.lean::I4C4.modeCoefficient_iteratedFDeriv_bound: binder ( m : SourceMode d ) is neither a sampled numeric type (ℕ ℤ ℚ ℝ) nor a decidable hypothesis +UNSUPPORTED: inputs/SourceC4.lean::I4C4.sourceField_contDiff_ae: unparsed statement: SyntaxError: expected ',', got ω +UNSUPPORTED: inputs/SourceC4.lean::I4C4.sourceField_contDiff_affine_ae: unparsed statement: SyntaxError: expected ',', got ω +UNSUPPORTED: inputs/SourceCovariance.lean::I4SourceCovariance.scalarSeries_covariance: binder ( ha : Summable a ) is neither a sampled numeric type (ℕ ℤ ℚ ℝ) nor a decidable hypothesis +UNSUPPORTED: inputs/SourceCovariance.lean::I4SourceCovariance.sourceField_integral_zero: result type Measure ( SourceMode d → ℝ ) +UNSUPPORTED: inputs/SourceCovariance.lean::I4SourceCovariance.sourceField_covariance: unparsed statement: SyntaxError: unexpected token ';' at 60:66 +UNSUPPORTED: inputs/SourceCovariance.lean::I4SourceCovariance.sourceField_variance_one: unparsed statement: SyntaxError: unexpected token ';' at 70:36 +UNSUPPORTED: inputs/SourceFourierSeries.lean::I4Source.modeMajorant_nonneg: binder ( m : SourceMode d ) is neither a sampled numeric type (ℕ ℤ ℚ ℝ) nor a decidable hypothesis +UNSUPPORTED: inputs/SourceFourierSeries.lean::I4Source.modeMajorant_summable: proposition of form App +UNSUPPORTED: inputs/SourceFourierSeries.lean::I4Source.modeCoefficient_bound: binder ( m : SourceMode d ) is neither a sampled numeric type (ℕ ℤ ℚ ℝ) nor a decidable hypothesis +UNSUPPORTED: inputs/SourceFourierSeries.lean::I4Source.sourceField_eval_measurable: conclusion is a structural predicate ['Measurable']: trivial on finite discrete models (every set is measurable, every function measurable and integrable), so sampling has no content here +UNSUPPORTED: inputs/SourceFourierSeries.lean::I4Source.sourceMajorant_ae: unparsed statement: SyntaxError: expected ',', got ω +UNSUPPORTED: inputs/SourceFourierSeries.lean::I4Source.sourceAbs_uniform_ae: unparsed statement: SyntaxError: expected ',', got ω +UNSUPPORTED: inputs/SourceFourierSeries.lean::I4Source.sourceField_uniform_ae: unparsed statement: SyntaxError: expected ',', got ω +UNSUPPORTED: inputs/SourceFourierSeries.lean::I4Source.sourceField_continuous_ae: unparsed statement: SyntaxError: expected ',', got ω +UNSUPPORTED: inputs/SourceGaussianLaw.lean::I4SourceGaussian.summable_square: binder ( ha : Summable a ) is neither a sampled numeric type (ℕ ℤ ℚ ℝ) nor a decidable hypothesis +UNSUPPORTED: inputs/SourceGaussianLaw.lean::I4SourceGaussian.partial_charFun: binder ( s : Finset ι ) is neither a sampled numeric type (ℕ ℤ ℚ ℝ) nor a decidable hypothesis +UNSUPPORTED: inputs/SourceGaussianLaw.lean::I4SourceGaussian.charFun_partial_tendsto: binder ( ha : Summable a ) is neither a sampled numeric type (ℕ ℤ ℚ ℝ) nor a decidable hypothesis +UNSUPPORTED: inputs/SourceGaussianLaw.lean::I4SourceGaussian.scalarSeries_map_gaussian: binder ( ha : Summable a ) is neither a sampled numeric type (ℕ ℤ ℚ ℝ) nor a decidable hypothesis +UNSUPPORTED: inputs/SourceGaussianLaw.lean::I4SourceGaussian.scalarSeries_integral_zero: binder ( ha : Summable a ) is neither a sampled numeric type (ℕ ℤ ℚ ℝ) nor a decidable hypothesis +UNSUPPORTED: inputs/SourceGaussianLaw.lean::I4SourceGaussian.scalarSeries_variance: binder ( ha : Summable a ) is neither a sampled numeric type (ℕ ℤ ℚ ℝ) nor a decidable hypothesis +UNSUPPORTED: inputs/SourceGaussianLaw.lean::I4SourceGaussian.source_linearCombination_hasGaussianLaw: binder ( x : Fin n → ( Fin d → ℝ ) ) is neither a sampled numeric type (ℕ ℤ ℚ ℝ) nor a decidable hypothesis +UNSUPPORTED: inputs/SourceGaussianLaw.lean::I4SourceGaussian.source_finiteVector_hasGaussianLaw: binder ( x : Fin n → ( Fin d → ℝ ) ) is neither a sampled numeric type (ℕ ℤ ℚ ℝ) nor a decidable hypothesis +UNSUPPORTED: inputs/SourceGaussianLaw.lean::I4SourceGaussian.sourceField_isGaussianProcess: proposition of form App +UNSUPPORTED: inputs/SourceKernel.lean::I4Kernel.tsum_mode: binder ( f : SourceMode d → ℝ ) is neither a sampled numeric type (ℕ ℤ ℚ ℝ) nor a decidable hypothesis +UNSUPPORTED: inputs/SourceKernel.lean::I4Kernel.modeProduct_summable: proposition of form App +UNSUPPORTED: inputs/SourceKernel.lean::I4Kernel.spectralKernel_summable: proposition of form App +UNSUPPORTED: inputs/SourceKernel.lean::I4Kernel.coefficientKernel_eq_fullLattice: unsupported syntax: infinite sum ∑' (tsum / tprod) is outside the interpreter +UNSUPPORTED: inputs/SourceKernel.lean::I4Kernel.spectralKernel_zero: definition sourceSpectralKernel has an unparsed body +UNSUPPORTED: inputs/SourceLattice.lean::I4Lattice.halfLattice_ne_zero: hypothesis ( hk : k ∈ halfLattice d ) mentions undeclared names ['halfLattice'] +UNSUPPORTED: inputs/SourceLattice.lean::I4Lattice.halfLattice_partition: result type Set ( Fin d → ℤ ) +UNSUPPORTED: inputs/SourceLattice.lean::I4Lattice.sourceWeight_neg: the enclosures to 256 bits did not decide 212 of the sampled instances (64 decided, all held): sampling cannot corroborate the statement +UNSUPPORTED: inputs/SourceLattice.lean::I4Lattice.phase_lattice_shift: the enclosures to 256 bits did not decide 528 of the sampled instances (64 decided, all held): sampling cannot corroborate the statement +UNSUPPORTED: inputs/SourceLattice.lean::I4Lattice.modeCoefficient_lattice_shift: binder ( m : SourceMode d ) is neither a sampled numeric type (ℕ ℤ ℚ ℝ) nor a decidable hypothesis +UNSUPPORTED: inputs/SourceLattice.lean::I4Lattice.sourceField_lattice_shift: binder ( ω : SourceMode d → ℝ ) is neither a sampled numeric type (ℕ ℤ ℚ ℝ) nor a decidable hypothesis +UNSUPPORTED: inputs/SourceLattice.lean::I4Lattice.pairedCoefficient_kernel: binder ( k : ↥ ( halfLattice d ) ) is neither a sampled numeric type (ℕ ℤ ℚ ℝ) nor a decidable hypothesis +UNSUPPORTED: inputs/SourceLattice.lean::I4Lattice.latticeFrequency_bijective: proposition of form App +UNSUPPORTED: inputs/SourceSmooth.lean::I4Smooth.orderCoordinateBound_summable: proposition of form App +UNSUPPORTED: inputs/SourceSmooth.lean::I4Smooth.orderProductBound_summable: proposition of form App +UNSUPPORTED: inputs/SourceSmooth.lean::I4Smooth.orderPairedBound_summable: proposition of form App +UNSUPPORTED: inputs/SourceSmooth.lean::I4Smooth.orderPairedBound_eq_amplitude: definition sourceZ has an unparsed body +UNSUPPORTED: inputs/SourceSmooth.lean::I4Smooth.orderModeBound_nonneg: binder ( m : SourceMode d ) is neither a sampled numeric type (ℕ ℤ ℚ ℝ) nor a decidable hypothesis +UNSUPPORTED: inputs/SourceSmooth.lean::I4Smooth.orderModeBound_summable: proposition of form App +UNSUPPORTED: inputs/SourceSmooth.lean::I4Smooth.orderModeBound_four: binder ( m : SourceMode d ) is neither a sampled numeric type (ℕ ℤ ℚ ℝ) nor a decidable hypothesis +UNSUPPORTED: inputs/SourceSmooth.lean::I4Smooth.modeCoefficient_iteratedFDeriv_order_bound: binder ( m : SourceMode d ) is neither a sampled numeric type (ℕ ℤ ℚ ℝ) nor a decidable hypothesis +UNSUPPORTED: inputs/SourceSmooth.lean::I4Smooth.goodSample_ae: unparsed statement: SyntaxError: expected ',', got ω +UNSUPPORTED: inputs/SourceSmooth.lean::I4Smooth.sourceField_smooth_of_goodSample: binder ( ω : SourceMode d → ℝ ) is neither a sampled numeric type (ℕ ℤ ℚ ℝ) nor a decidable hypothesis +UNSUPPORTED: inputs/SourceSmooth.lean::I4Smooth.sourceField_smooth_ae: unparsed statement: SyntaxError: expected ',', got ω +UNSUPPORTED: inputs/SourceSmooth.lean::I4Smooth.goodSample_congr_cofinite: binder ( ω η : SourceMode d → ℝ ) is neither a sampled numeric type (ℕ ℤ ℚ ℝ) nor a decidable hypothesis +UNSUPPORTED: inputs/SourceSmooth.lean::I4Smooth.goodSample_finite_change_iff: binder ( ω η : SourceMode d → ℝ ) is neither a sampled numeric type (ℕ ℤ ℚ ℝ) nor a decidable hypothesis +UNSUPPORTED: inputs/SourceSmoothCarrier.lean::I4SmoothCarrier.orderAbsTotal_ne_top_iff: binder ( ω : SourceMode d → ℝ ) is neither a sampled numeric type (ℕ ℤ ℚ ℝ) nor a decidable hypothesis +UNSUPPORTED: inputs/SourceSmoothCarrier.lean::I4SmoothCarrier.orderAbsTotal_measurable: conclusion is a structural predicate ['Measurable']: trivial on finite discrete models (every set is measurable, every function measurable and integrable), so sampling has no content here +UNSUPPORTED: inputs/SourceSmoothCarrier.lean::I4SmoothCarrier.goodSet_measurable: conclusion is a structural predicate ['MeasurableSet']: trivial on finite discrete models (every set is measurable, every function measurable and integrable), so sampling has no content here +UNSUPPORTED: inputs/SourceSmoothCarrier.lean::I4SmoothCarrier.goodSet_ae: unparsed statement: SyntaxError: expected ',', got ω +UNSUPPORTED: inputs/SourceSmoothCarrier.lean::I4SmoothCarrier.goodSet_measure_one: result type Measure ( SourceMode d → ℝ ) +UNSUPPORTED: inputs/SourceSmoothCarrier.lean::I4SmoothCarrier.sampleInclusion_measurable: conclusion is a structural predicate ['Measurable']: trivial on finite discrete models (every set is measurable, every function measurable and integrable), so sampling has no content here +UNSUPPORTED: inputs/SourceSmoothCarrier.lean::I4SmoothCarrier.sampleInclusion_map: result type Measure ( SourceMode d → ℝ ) +UNSUPPORTED: inputs/SourceSmoothCarrier.lean::I4SmoothCarrier.sampleInclusion_measurePreserving: proposition of form App +UNSUPPORTED: inputs/SourceSmoothCarrier.lean::I4SmoothCarrier.smoothLaw_isProbabilityMeasure: result type Measure ( SmoothSample d L ) +UNSUPPORTED: inputs/SourceSmoothCarrier.lean::I4SmoothCarrier.observation_map_eq: binder ( X : ( SourceMode d → ℝ ) → E ) is neither a sampled numeric type (ℕ ℤ ℚ ℝ) nor a decidable hypothesis +UNSUPPORTED: inputs/SourceSmoothCarrier.lean::I4SmoothCarrier.coordinate_marginal: binder ( m : SourceMode d ) is neither a sampled numeric type (ℕ ℤ ℚ ℝ) nor a decidable hypothesis +UNSUPPORTED: inputs/SourceSmoothCarrier.lean::I4SmoothCarrier.finiteCoordinate_map_eq: binder ( m : Fin n → SourceMode d ) is neither a sampled numeric type (ℕ ℤ ℚ ℝ) nor a decidable hypothesis +UNSUPPORTED: inputs/SourceSmoothCarrier.lean::I4SmoothCarrier.smoothSourceField_contDiff: binder ( ω : SmoothSample d L ) is neither a sampled numeric type (ℕ ℤ ℚ ℝ) nor a decidable hypothesis +UNSUPPORTED: inputs/SourceSmoothCarrier.lean::I4SmoothCarrier.smoothSourceField_smooth: binder ( ω : SmoothSample d L ) is neither a sampled numeric type (ℕ ℤ ℚ ℝ) nor a decidable hypothesis +UNSUPPORTED: inputs/SourceSmoothCarrier.lean::I4SmoothCarrier.smoothSourceField_finiteVector_map_eq: binder ( x : Fin n → ( Fin d → ℝ ) ) is neither a sampled numeric type (ℕ ℤ ℚ ℝ) nor a decidable hypothesis +UNSUPPORTED: inputs/SourceSmoothCarrier.lean::I4SmoothCarrier.smoothSourceField_finiteVector_hasGaussianLaw: binder ( x : Fin n → ( Fin d → ℝ ) ) is neither a sampled numeric type (ℕ ℤ ℚ ℝ) nor a decidable hypothesis +UNSUPPORTED: inputs/SourceSmoothCarrier.lean::I4SmoothCarrier.covariance_comp_inclusion: binder ( X Y : ( SourceMode d → ℝ ) → ℝ ) is neither a sampled numeric type (ℕ ℤ ℚ ℝ) nor a decidable hypothesis +UNSUPPORTED: inputs/SourceSmoothCarrier.lean::I4SmoothCarrier.smoothSourceField_covariance: unparsed statement: SyntaxError: unexpected token ';' at 174:78 +UNSUPPORTED: inputs/SourceSmoothCarrier.lean::I4SmoothCarrier.smoothTorusSourceField_smooth: instance binder [ Fact ( 0 < L ) ] cannot be sampled +UNSUPPORTED: inputs/SourceSmoothCarrier.lean::I4SmoothCarrier.smoothTorusSourceField_finiteVector_hasGaussianLaw: instance binder [ Fact ( 0 < L ) ] cannot be sampled +UNSUPPORTED: inputs/SourceSmoothCarrier.lean::I4SmoothCarrier.smoothTorusSourceField_covariance: instance binder [ Fact ( 0 < L ) ] cannot be sampled +UNSUPPORTED: inputs/SourceSmoothControls.lean::I4SmoothControls.old_four_does_not_fill_all_orders: unparsed statement: SyntaxError: expected ',', got ω +UNSUPPORTED: inputs/SourceSmoothControls.lean::I4SmoothControls.represented_sample_order_five: binder ( ω : SmoothSample d L ) is neither a sampled numeric type (ℕ ℤ ℚ ℝ) nor a decidable hypothesis +UNSUPPORTED: inputs/SourceSmoothControls.lean::I4SmoothControls.represented_sample_order_thirtyseven: binder ( ω : SmoothSample d L ) is neither a sampled numeric type (ℕ ℤ ℚ ℝ) nor a decidable hypothesis +UNSUPPORTED: inputs/SourceSmoothControls.lean::I4SmoothControls.one_carrier_for_both_orders: binder ( ω : SmoothSample d L ) is neither a sampled numeric type (ℕ ℤ ℚ ℝ) nor a decidable hypothesis +UNSUPPORTED: inputs/SourceSmoothControls.lean::I4SmoothControls.literal_field_everywhere: binder ( ω : SmoothSample d L ) is neither a sampled numeric type (ℕ ℤ ℚ ℝ) nor a decidable hypothesis +UNSUPPORTED: inputs/SourceSmoothControls.lean::I4SmoothControls.entire_coefficient_law_preserved: result type Measure ( SourceMode d → ℝ ) +UNSUPPORTED: inputs/SourceSmoothControls.lean::I4SmoothControls.arbitrary_observation_law_preserved: binder ( X : ( SourceMode d → ℝ ) → E ) is neither a sampled numeric type (ℕ ℤ ℚ ℝ) nor a decidable hypothesis +UNSUPPORTED: inputs/SourceSmoothControls.lean::I4SmoothControls.finite_block_changes_preserve_carrier: binder ( ω η : SourceMode d → ℝ ) is neither a sampled numeric type (ℕ ℤ ℚ ℝ) nor a decidable hypothesis +UNSUPPORTED: inputs/SourceSmoothControls.lean::I4SmoothControls.field_variance_one: unparsed statement: SyntaxError: unexpected token ';' at 58:40 +UNSUPPORTED: inputs/SourceSmoothControls.lean::I4SmoothControls.carrier_probability: result type Measure ( SmoothSample d L ) +UNSUPPORTED: inputs/SourceTorus.lean::I4Torus.torusProjection_measurable: conclusion is a structural predicate ['Measurable']: trivial on finite discrete models (every set is measurable, every function measurable and integrable), so sampling has no content here +UNSUPPORTED: inputs/SourceTorus.lean::I4Torus.torusRepresentative_measurable: instance binder [ Fact ( 0 < L ) ] cannot be sampled +UNSUPPORTED: inputs/SourceTorus.lean::I4Torus.torusProjection_representative: instance binder [ Fact ( 0 < L ) ] cannot be sampled +UNSUPPORTED: inputs/SourceTorus.lean::I4Torus.sourceField_eq_of_torusProjection_eq: binder ( ω : SourceMode d → ℝ ) is neither a sampled numeric type (ℕ ℤ ℚ ℝ) nor a decidable hypothesis +UNSUPPORTED: inputs/SourceTorus.lean::I4Torus.torusSourceField_pullback: instance binder [ Fact ( 0 < L ) ] cannot be sampled +UNSUPPORTED: inputs/SourceTorus.lean::I4Torus.torusSourceField_eval_measurable: instance binder [ Fact ( 0 < L ) ] cannot be sampled +UNSUPPORTED: inputs/SourceTorus.lean::I4Torus.torusSourceField_joint_measurable: instance binder [ Fact ( 0 < L ) ] cannot be sampled +UNSUPPORTED: inputs/SourceTorus.lean::I4Torus.torusSourceField_finiteVector_hasGaussianLaw: instance binder [ Fact ( 0 < L ) ] cannot be sampled +UNSUPPORTED: inputs/SourceTorus.lean::I4Torus.torusSourceField_isGaussianProcess: instance binder [ Fact ( 0 < L ) ] cannot be sampled +UNSUPPORTED: inputs/SourceTorus.lean::I4Torus.torusSourceField_covariance: instance binder [ Fact ( 0 < L ) ] cannot be sampled +UNSUPPORTED: inputs/SourceTorus.lean::I4Torus.torusSourceField_covariance_pullback: instance binder [ Fact ( 0 < L ) ] cannot be sampled +UNSUPPORTED: inputs/SourceTorusC4.lean::I4TorusC4.quotientChart_symm: instance binder [ Fact ( 0 < L ) ] cannot be sampled +UNSUPPORTED: inputs/SourceTorusC4.lean::I4TorusC4.centered_chart_covers: instance binder [ Fact ( 0 < L ) ] cannot be sampled +UNSUPPORTED: inputs/SourceTorusC4.lean::I4TorusC4.chart_transition_contDiff: instance binder [ Fact ( 0 < L ) ] cannot be sampled +UNSUPPORTED: inputs/SourceTorusC4.lean::I4TorusC4.torus_isManifold: instance binder [ Fact ( 0 < L ) ] cannot be sampled +UNSUPPORTED: inputs/SourceTorusC4.lean::I4TorusC4.torusSourceField_contMDiff_ae: instance binder [ Fact ( 0 < L ) ] cannot be sampled +UNSUPPORTED: inputs/SourceTorusC4.lean::I4TorusC4.torusSourceField_weakSuperlevel_closed_ae: instance binder [ Fact ( 0 < L ) ] cannot be sampled +UNSUPPORTED: inputs/SpectralWeights.lean::I4Weights.summable_decay_pow: proposition of form App +UNSUPPORTED: inputs/SpectralWeights.lean::I4Weights.coordinateBound_summable: proposition of form App +UNSUPPORTED: inputs/SpectralWeights.lean::I4Weights.finite_product_summable: binder { f : ℤ → ℝ } is neither a sampled numeric type (ℕ ℤ ℚ ℝ) nor a decidable hypothesis +UNSUPPORTED: inputs/SpectralWeights.lean::I4Weights.productBound_summable: proposition of form App +CORROBORATED: inputs/SpectralWeights.lean::I4Weights.productDecay_eq_exp: holds on 64 sampled instances satisfying the hypotheses (0 draws rejected by the hypotheses, 0 infeasible, seed 1): sampling is admitted evidence of the statement, not a proof of it +CORROBORATED: inputs/SpectralWeights.lean::I4Weights.frequency_l1_le_product: holds on 64 sampled instances satisfying the hypotheses (1 draws rejected by the hypotheses, 0 infeasible, seed 1): sampling is admitted evidence of the statement, not a proof of it +CORROBORATED: inputs/SpectralWeights.lean::I4Weights.sourceA_pos: holds on 64 sampled instances satisfying the hypotheses (1 draws rejected by the hypotheses, 0 infeasible, seed 1): sampling is admitted evidence of the statement, not a proof of it +UNSUPPORTED: inputs/SpectralWeights.lean::I4Weights.sourceWeight_eq_physical: the enclosures to 256 bits did not decide 210 of the sampled instances (64 decided, all held): sampling cannot corroborate the statement +UNSUPPORTED: inputs/SpectralWeights.lean::I4Weights.sourceWeight_summable: proposition of form App +UNSUPPORTED: inputs/SpectralWeights.lean::I4Weights.sourceZ_pos: definition sourceZ has an unparsed body +UNSUPPORTED: inputs/SpectralWeights.lean::I4Weights.pairedBound_eq_amplitude: definition sourceZ has an unparsed body +UNSUPPORTED: inputs/SpectralWeights.lean::I4Weights.pairedBound_summable: proposition of form App +UNSUPPORTED: inputs/SpectralWeights.lean::I4Weights.pairedBound_subtype_summable: binder ( S : Set ( Fin d → ℤ ) ) is neither a sampled numeric type (ℕ ℤ ℚ ℝ) nor a decidable hypothesis diff --git a/cbz/evidence/g12-statement-fuzz-01n/census_math_dfa9b30a_20261106_deps/frontiers_source_smooth_realization_20261011.json b/cbz/evidence/g12-statement-fuzz-01n/census_math_dfa9b30a_20261106_deps/frontiers_source_smooth_realization_20261011.json new file mode 100644 index 000000000..e4bf39936 --- /dev/null +++ b/cbz/evidence/g12-statement-fuzz-01n/census_math_dfa9b30a_20261106_deps/frontiers_source_smooth_realization_20261011.json @@ -0,0 +1,1193 @@ +{ + "lean_dir": "/frontiers/source_smooth_realization_20261011", + "files": 14, + "files_evaluated": 14, + "copies": {}, + "file_sha256": { + "GaussianSeriesFoundation.lean": "feea566d5aeba58459bd4a1f20f070bdcd80ee30712817324cdd594e3e232c95", + "SourceC4.lean": 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a ) is neither a sampled numeric type (\u2115 \u2124 \u211a \u211d) nor a decidable hypothesis", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "SourceCovariance.lean::I4SourceCovariance.sourceField_integral_zero": { + "module": "SourceCovariance.lean", + "name": "I4SourceCovariance.sourceField_integral_zero", + "status": "UNSUPPORTED", + "detail": "result type Measure ( SourceMode d \u2192 \u211d )", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "SourceCovariance.lean::I4SourceCovariance.sourceField_covariance": { + "module": "SourceCovariance.lean", + "name": "I4SourceCovariance.sourceField_covariance", + "status": "UNSUPPORTED", + "detail": "unparsed statement: SyntaxError: unexpected token ';' at 60:66", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "SourceCovariance.lean::I4SourceCovariance.sourceField_variance_one": { + "module": "SourceCovariance.lean", + "name": "I4SourceCovariance.sourceField_variance_one", + "status": 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hypothesis", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "SourceGaussianLaw.lean::I4SourceGaussian.sourceField_isGaussianProcess": { + "module": "SourceGaussianLaw.lean", + "name": "I4SourceGaussian.sourceField_isGaussianProcess", + "status": "UNSUPPORTED", + "detail": "proposition of form App", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "SourceKernel.lean::I4Kernel.tsum_mode": { + "module": "SourceKernel.lean", + "name": "I4Kernel.tsum_mode", + "status": "UNSUPPORTED", + "detail": "binder ( f : SourceMode d \u2192 \u211d ) is neither a sampled numeric type (\u2115 \u2124 \u211a \u211d) nor a decidable hypothesis", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "SourceKernel.lean::I4Kernel.modeProduct_summable": { + "module": "SourceKernel.lean", + "name": "I4Kernel.modeProduct_summable", + "status": "UNSUPPORTED", + "detail": "proposition of form App", + "instances": 0, + "vacuous": false, + "float_free": true + }, + 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"SourceSmooth.lean::I4Smooth.orderCoordinateBound_summable": { + "module": "SourceSmooth.lean", + "name": "I4Smooth.orderCoordinateBound_summable", + "status": "UNSUPPORTED", + "detail": "proposition of form App", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "SourceSmooth.lean::I4Smooth.orderProductBound_summable": { + "module": "SourceSmooth.lean", + "name": "I4Smooth.orderProductBound_summable", + "status": "UNSUPPORTED", + "detail": "proposition of form App", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "SourceSmooth.lean::I4Smooth.orderPairedBound_summable": { + "module": "SourceSmooth.lean", + "name": "I4Smooth.orderPairedBound_summable", + "status": "UNSUPPORTED", + "detail": "proposition of form App", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "SourceSmooth.lean::I4Smooth.orderPairedBound_eq_amplitude": { + "module": "SourceSmooth.lean", + "name": "I4Smooth.orderPairedBound_eq_amplitude", + "status": "UNSUPPORTED", + "detail": "definition sourceZ has an unparsed body", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "SourceSmooth.lean::I4Smooth.orderModeBound_nonneg": { + "module": "SourceSmooth.lean", + "name": "I4Smooth.orderModeBound_nonneg", + "status": "UNSUPPORTED", + "detail": "binder ( m : SourceMode d ) is neither a sampled numeric type (\u2115 \u2124 \u211a \u211d) nor a decidable hypothesis", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "SourceSmooth.lean::I4Smooth.orderModeBound_summable": { + "module": "SourceSmooth.lean", + "name": "I4Smooth.orderModeBound_summable", + "status": "UNSUPPORTED", + "detail": "proposition of form App", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "SourceSmooth.lean::I4Smooth.orderModeBound_four": { + "module": "SourceSmooth.lean", + "name": "I4Smooth.orderModeBound_four", + "status": "UNSUPPORTED", + "detail": "binder ( m : SourceMode d ) is neither a sampled numeric type (\u2115 \u2124 \u211a \u211d) nor a decidable hypothesis", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "SourceSmooth.lean::I4Smooth.modeCoefficient_iteratedFDeriv_order_bound": { + "module": "SourceSmooth.lean", + "name": "I4Smooth.modeCoefficient_iteratedFDeriv_order_bound", + "status": "UNSUPPORTED", + "detail": "binder ( m : SourceMode d ) is neither a sampled numeric type (\u2115 \u2124 \u211a \u211d) nor a decidable hypothesis", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "SourceSmooth.lean::I4Smooth.goodSample_ae": { + "module": "SourceSmooth.lean", + "name": "I4Smooth.goodSample_ae", + "status": "UNSUPPORTED", + "detail": "unparsed statement: SyntaxError: expected ',', got \u03c9", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "SourceSmooth.lean::I4Smooth.sourceField_smooth_of_goodSample": { + "module": "SourceSmooth.lean", + "name": "I4Smooth.sourceField_smooth_of_goodSample", + "status": "UNSUPPORTED", + "detail": "binder ( \u03c9 : SourceMode d \u2192 \u211d ) is neither a sampled numeric type (\u2115 \u2124 \u211a \u211d) nor a decidable hypothesis", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "SourceSmooth.lean::I4Smooth.sourceField_smooth_ae": { + "module": "SourceSmooth.lean", + "name": "I4Smooth.sourceField_smooth_ae", + "status": "UNSUPPORTED", + "detail": "unparsed statement: SyntaxError: expected ',', got \u03c9", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "SourceSmooth.lean::I4Smooth.goodSample_congr_cofinite": { + "module": "SourceSmooth.lean", + "name": "I4Smooth.goodSample_congr_cofinite", + "status": "UNSUPPORTED", + "detail": "binder ( \u03c9 \u03b7 : SourceMode d \u2192 \u211d ) is neither a sampled numeric type (\u2115 \u2124 \u211a \u211d) nor a decidable hypothesis", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "SourceSmooth.lean::I4Smooth.goodSample_finite_change_iff": { + "module": "SourceSmooth.lean", + "name": "I4Smooth.goodSample_finite_change_iff", + "status": "UNSUPPORTED", + "detail": "binder ( \u03c9 \u03b7 : SourceMode d \u2192 \u211d ) is neither a sampled numeric type (\u2115 \u2124 \u211a \u211d) nor a decidable hypothesis", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "SourceSmoothCarrier.lean::I4SmoothCarrier.orderAbsTotal_ne_top_iff": { + "module": "SourceSmoothCarrier.lean", + "name": "I4SmoothCarrier.orderAbsTotal_ne_top_iff", + "status": "UNSUPPORTED", + "detail": "binder ( \u03c9 : SourceMode d \u2192 \u211d ) is neither a sampled numeric type (\u2115 \u2124 \u211a \u211d) nor a decidable hypothesis", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "SourceSmoothCarrier.lean::I4SmoothCarrier.orderAbsTotal_measurable": { + "module": "SourceSmoothCarrier.lean", + "name": "I4SmoothCarrier.orderAbsTotal_measurable", + "status": "UNSUPPORTED", + "detail": "conclusion is a structural predicate ['Measurable']: trivial on finite discrete models (every set is measurable, every function measurable and integrable), so sampling has no content here", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "SourceSmoothCarrier.lean::I4SmoothCarrier.goodSet_measurable": { + "module": "SourceSmoothCarrier.lean", + "name": "I4SmoothCarrier.goodSet_measurable", + "status": "UNSUPPORTED", + "detail": "conclusion is a structural predicate ['MeasurableSet']: trivial on finite discrete models (every set is measurable, every function measurable and integrable), so sampling has no content here", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "SourceSmoothCarrier.lean::I4SmoothCarrier.goodSet_ae": { + "module": "SourceSmoothCarrier.lean", + "name": "I4SmoothCarrier.goodSet_ae", + "status": "UNSUPPORTED", + "detail": "unparsed statement: SyntaxError: expected ',', got \u03c9", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "SourceSmoothCarrier.lean::I4SmoothCarrier.goodSet_measure_one": { + "module": "SourceSmoothCarrier.lean", + "name": "I4SmoothCarrier.goodSet_measure_one", + "status": "UNSUPPORTED", + "detail": "result type Measure ( SourceMode d \u2192 \u211d )", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "SourceSmoothCarrier.lean::I4SmoothCarrier.sampleInclusion_measurable": { + "module": "SourceSmoothCarrier.lean", + "name": "I4SmoothCarrier.sampleInclusion_measurable", + "status": "UNSUPPORTED", + "detail": "conclusion is a structural predicate ['Measurable']: trivial on finite discrete models (every set is measurable, every function measurable and integrable), so sampling has no content here", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "SourceSmoothCarrier.lean::I4SmoothCarrier.sampleInclusion_map": { + "module": "SourceSmoothCarrier.lean", + "name": "I4SmoothCarrier.sampleInclusion_map", + "status": "UNSUPPORTED", + "detail": "result type Measure ( SourceMode d \u2192 \u211d )", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "SourceSmoothCarrier.lean::I4SmoothCarrier.sampleInclusion_measurePreserving": { + "module": "SourceSmoothCarrier.lean", + "name": "I4SmoothCarrier.sampleInclusion_measurePreserving", + "status": "UNSUPPORTED", + "detail": "proposition of form App", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "SourceSmoothCarrier.lean::I4SmoothCarrier.smoothLaw_isProbabilityMeasure": { + "module": "SourceSmoothCarrier.lean", + "name": "I4SmoothCarrier.smoothLaw_isProbabilityMeasure", + "status": "UNSUPPORTED", + "detail": "result type Measure ( SmoothSample d L )", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "SourceSmoothCarrier.lean::I4SmoothCarrier.observation_map_eq": { + "module": "SourceSmoothCarrier.lean", + "name": "I4SmoothCarrier.observation_map_eq", + "status": "UNSUPPORTED", + "detail": "binder ( X : ( SourceMode d \u2192 \u211d ) \u2192 E ) is neither a sampled numeric type (\u2115 \u2124 \u211a \u211d) nor a decidable hypothesis", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "SourceSmoothCarrier.lean::I4SmoothCarrier.coordinate_marginal": { + "module": "SourceSmoothCarrier.lean", + "name": "I4SmoothCarrier.coordinate_marginal", + "status": "UNSUPPORTED", + "detail": "binder ( m : SourceMode d ) is neither a sampled numeric type (\u2115 \u2124 \u211a \u211d) nor a decidable hypothesis", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "SourceSmoothCarrier.lean::I4SmoothCarrier.finiteCoordinate_map_eq": { + "module": "SourceSmoothCarrier.lean", + "name": "I4SmoothCarrier.finiteCoordinate_map_eq", + "status": "UNSUPPORTED", + "detail": "binder ( m : Fin n \u2192 SourceMode d ) is neither a sampled numeric type (\u2115 \u2124 \u211a \u211d) nor a decidable hypothesis", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "SourceSmoothCarrier.lean::I4SmoothCarrier.smoothSourceField_contDiff": { + "module": "SourceSmoothCarrier.lean", + "name": "I4SmoothCarrier.smoothSourceField_contDiff", + "status": "UNSUPPORTED", + "detail": "binder ( \u03c9 : SmoothSample d L ) is neither a sampled numeric type (\u2115 \u2124 \u211a \u211d) nor a decidable hypothesis", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "SourceSmoothCarrier.lean::I4SmoothCarrier.smoothSourceField_smooth": { + "module": "SourceSmoothCarrier.lean", + "name": "I4SmoothCarrier.smoothSourceField_smooth", + "status": "UNSUPPORTED", + "detail": "binder ( \u03c9 : SmoothSample d L ) is neither a sampled numeric type (\u2115 \u2124 \u211a \u211d) nor a decidable hypothesis", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "SourceSmoothCarrier.lean::I4SmoothCarrier.smoothSourceField_finiteVector_map_eq": { + "module": "SourceSmoothCarrier.lean", + "name": "I4SmoothCarrier.smoothSourceField_finiteVector_map_eq", + "status": "UNSUPPORTED", + "detail": "binder ( x : Fin n \u2192 ( Fin d \u2192 \u211d ) ) is neither a sampled numeric type (\u2115 \u2124 \u211a \u211d) nor a decidable hypothesis", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "SourceSmoothCarrier.lean::I4SmoothCarrier.smoothSourceField_finiteVector_hasGaussianLaw": { + "module": "SourceSmoothCarrier.lean", + "name": "I4SmoothCarrier.smoothSourceField_finiteVector_hasGaussianLaw", + "status": "UNSUPPORTED", + "detail": "binder ( x : Fin n \u2192 ( Fin d \u2192 \u211d ) ) is neither a sampled numeric type (\u2115 \u2124 \u211a \u211d) nor a decidable hypothesis", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "SourceSmoothCarrier.lean::I4SmoothCarrier.covariance_comp_inclusion": { + "module": "SourceSmoothCarrier.lean", + "name": "I4SmoothCarrier.covariance_comp_inclusion", + "status": "UNSUPPORTED", + "detail": "binder ( X Y : ( SourceMode d \u2192 \u211d ) \u2192 \u211d ) is neither a sampled numeric type (\u2115 \u2124 \u211a \u211d) nor a decidable hypothesis", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "SourceSmoothCarrier.lean::I4SmoothCarrier.smoothSourceField_covariance": { + "module": "SourceSmoothCarrier.lean", + "name": "I4SmoothCarrier.smoothSourceField_covariance", + "status": "UNSUPPORTED", + "detail": "unparsed statement: SyntaxError: unexpected token ';' at 174:78", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "SourceSmoothCarrier.lean::I4SmoothCarrier.smoothTorusSourceField_smooth": { + "module": "SourceSmoothCarrier.lean", + "name": "I4SmoothCarrier.smoothTorusSourceField_smooth", + "status": "UNSUPPORTED", + "detail": "instance binder [ Fact ( 0 < L ) ] cannot be sampled", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "SourceSmoothCarrier.lean::I4SmoothCarrier.smoothTorusSourceField_finiteVector_hasGaussianLaw": { + "module": "SourceSmoothCarrier.lean", + "name": "I4SmoothCarrier.smoothTorusSourceField_finiteVector_hasGaussianLaw", + "status": "UNSUPPORTED", + "detail": "instance binder [ Fact ( 0 < L ) ] cannot be sampled", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "SourceSmoothCarrier.lean::I4SmoothCarrier.smoothTorusSourceField_covariance": { + "module": "SourceSmoothCarrier.lean", + "name": "I4SmoothCarrier.smoothTorusSourceField_covariance", + "status": "UNSUPPORTED", + "detail": "instance binder [ Fact ( 0 < L ) ] cannot be sampled", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "SourceSmoothControls.lean::I4SmoothControls.old_four_does_not_fill_all_orders": { + "module": "SourceSmoothControls.lean", + "name": "I4SmoothControls.old_four_does_not_fill_all_orders", + "status": "UNSUPPORTED", + "detail": "unparsed statement: SyntaxError: expected ',', got \u03c9", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "SourceSmoothControls.lean::I4SmoothControls.represented_sample_order_five": { + "module": "SourceSmoothControls.lean", + "name": "I4SmoothControls.represented_sample_order_five", + "status": "UNSUPPORTED", + "detail": "binder ( \u03c9 : SmoothSample d L ) is neither a sampled numeric type (\u2115 \u2124 \u211a \u211d) nor a decidable hypothesis", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "SourceSmoothControls.lean::I4SmoothControls.represented_sample_order_thirtyseven": { + "module": "SourceSmoothControls.lean", + "name": "I4SmoothControls.represented_sample_order_thirtyseven", + "status": "UNSUPPORTED", + "detail": "binder ( \u03c9 : SmoothSample d L ) is neither a sampled numeric type (\u2115 \u2124 \u211a \u211d) nor a decidable hypothesis", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "SourceSmoothControls.lean::I4SmoothControls.one_carrier_for_both_orders": { + "module": "SourceSmoothControls.lean", + "name": "I4SmoothControls.one_carrier_for_both_orders", + "status": "UNSUPPORTED", + "detail": "binder ( \u03c9 : SmoothSample d L ) is neither a sampled numeric type (\u2115 \u2124 \u211a \u211d) nor a decidable hypothesis", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "SourceSmoothControls.lean::I4SmoothControls.literal_field_everywhere": { + "module": "SourceSmoothControls.lean", + "name": "I4SmoothControls.literal_field_everywhere", + "status": "UNSUPPORTED", + "detail": "binder ( \u03c9 : SmoothSample d L ) is neither a sampled numeric type (\u2115 \u2124 \u211a \u211d) nor a decidable hypothesis", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "SourceSmoothControls.lean::I4SmoothControls.entire_coefficient_law_preserved": { + "module": "SourceSmoothControls.lean", + "name": "I4SmoothControls.entire_coefficient_law_preserved", + "status": "UNSUPPORTED", + "detail": "result type Measure ( SourceMode d \u2192 \u211d )", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "SourceSmoothControls.lean::I4SmoothControls.arbitrary_observation_law_preserved": { + "module": "SourceSmoothControls.lean", + "name": "I4SmoothControls.arbitrary_observation_law_preserved", + "status": "UNSUPPORTED", + "detail": "binder ( X : ( SourceMode d \u2192 \u211d ) \u2192 E ) is neither a sampled numeric type (\u2115 \u2124 \u211a \u211d) nor a decidable hypothesis", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "SourceSmoothControls.lean::I4SmoothControls.finite_block_changes_preserve_carrier": { + "module": "SourceSmoothControls.lean", + "name": "I4SmoothControls.finite_block_changes_preserve_carrier", + "status": "UNSUPPORTED", + "detail": "binder ( \u03c9 \u03b7 : SourceMode d \u2192 \u211d ) is neither a sampled numeric type (\u2115 \u2124 \u211a \u211d) nor a decidable hypothesis", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "SourceSmoothControls.lean::I4SmoothControls.field_variance_one": { + "module": "SourceSmoothControls.lean", + "name": "I4SmoothControls.field_variance_one", + "status": "UNSUPPORTED", + "detail": "unparsed statement: SyntaxError: unexpected token ';' at 58:40", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "SourceSmoothControls.lean::I4SmoothControls.carrier_probability": { + "module": "SourceSmoothControls.lean", + "name": "I4SmoothControls.carrier_probability", + "status": "UNSUPPORTED", + "detail": "result type Measure ( SmoothSample d L )", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "SourceTorus.lean::I4Torus.torusProjection_measurable": { + "module": "SourceTorus.lean", + "name": "I4Torus.torusProjection_measurable", + "status": "UNSUPPORTED", + "detail": "conclusion is a structural predicate ['Measurable']: trivial on finite discrete models (every set is measurable, every function measurable and integrable), so sampling has no content here", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "SourceTorus.lean::I4Torus.torusRepresentative_measurable": { + "module": "SourceTorus.lean", + "name": "I4Torus.torusRepresentative_measurable", + "status": "UNSUPPORTED", + "detail": "instance binder [ Fact ( 0 < L ) ] cannot be sampled", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "SourceTorus.lean::I4Torus.torusProjection_representative": { + "module": "SourceTorus.lean", + "name": "I4Torus.torusProjection_representative", + "status": "UNSUPPORTED", + "detail": "instance binder [ Fact ( 0 < L ) ] cannot be sampled", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "SourceTorus.lean::I4Torus.sourceField_eq_of_torusProjection_eq": { + "module": "SourceTorus.lean", + "name": "I4Torus.sourceField_eq_of_torusProjection_eq", + "status": "UNSUPPORTED", + "detail": "binder ( \u03c9 : SourceMode d \u2192 \u211d ) is neither a sampled numeric type (\u2115 \u2124 \u211a \u211d) nor a decidable hypothesis", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "SourceTorus.lean::I4Torus.torusSourceField_pullback": { + "module": "SourceTorus.lean", + "name": "I4Torus.torusSourceField_pullback", + "status": "UNSUPPORTED", + "detail": "instance binder [ Fact ( 0 < L ) ] cannot be sampled", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "SourceTorus.lean::I4Torus.torusSourceField_eval_measurable": { + "module": "SourceTorus.lean", + "name": "I4Torus.torusSourceField_eval_measurable", + "status": "UNSUPPORTED", + "detail": "instance binder [ Fact ( 0 < L ) ] cannot be sampled", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "SourceTorus.lean::I4Torus.torusSourceField_joint_measurable": { + "module": "SourceTorus.lean", + "name": "I4Torus.torusSourceField_joint_measurable", + "status": "UNSUPPORTED", + "detail": "instance binder [ Fact ( 0 < L ) ] cannot be sampled", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "SourceTorus.lean::I4Torus.torusSourceField_finiteVector_hasGaussianLaw": { + "module": "SourceTorus.lean", + "name": "I4Torus.torusSourceField_finiteVector_hasGaussianLaw", + "status": "UNSUPPORTED", + "detail": "instance binder [ Fact ( 0 < L ) ] cannot be sampled", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "SourceTorus.lean::I4Torus.torusSourceField_isGaussianProcess": { + "module": "SourceTorus.lean", + "name": "I4Torus.torusSourceField_isGaussianProcess", + "status": "UNSUPPORTED", + "detail": "instance binder [ Fact ( 0 < L ) ] cannot be sampled", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "SourceTorus.lean::I4Torus.torusSourceField_covariance": { + "module": "SourceTorus.lean", + "name": "I4Torus.torusSourceField_covariance", + "status": "UNSUPPORTED", + "detail": "instance binder [ Fact ( 0 < L ) ] cannot be sampled", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "SourceTorus.lean::I4Torus.torusSourceField_covariance_pullback": { + "module": "SourceTorus.lean", + "name": "I4Torus.torusSourceField_covariance_pullback", + "status": "UNSUPPORTED", + "detail": "instance binder [ Fact ( 0 < L ) ] cannot be sampled", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "SourceTorusC4.lean::I4TorusC4.quotientChart_symm": { + "module": "SourceTorusC4.lean", + "name": "I4TorusC4.quotientChart_symm", + "status": "UNSUPPORTED", + "detail": "instance binder [ Fact ( 0 < L ) ] cannot be sampled", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "SourceTorusC4.lean::I4TorusC4.centered_chart_covers": { + "module": "SourceTorusC4.lean", + "name": "I4TorusC4.centered_chart_covers", + "status": "UNSUPPORTED", + "detail": "instance binder [ Fact ( 0 < L ) ] cannot be sampled", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "SourceTorusC4.lean::I4TorusC4.chart_transition_contDiff": { + "module": "SourceTorusC4.lean", + "name": "I4TorusC4.chart_transition_contDiff", + "status": "UNSUPPORTED", + "detail": "instance binder [ Fact ( 0 < L ) ] cannot be sampled", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "SourceTorusC4.lean::I4TorusC4.torus_isManifold": { + "module": "SourceTorusC4.lean", + "name": "I4TorusC4.torus_isManifold", + "status": "UNSUPPORTED", + "detail": "instance binder [ Fact ( 0 < L ) ] cannot be sampled", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "SourceTorusC4.lean::I4TorusC4.torusSourceField_contMDiff_ae": { + "module": "SourceTorusC4.lean", + "name": "I4TorusC4.torusSourceField_contMDiff_ae", + "status": "UNSUPPORTED", + "detail": "instance binder [ Fact ( 0 < L ) ] cannot be sampled", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "SourceTorusC4.lean::I4TorusC4.torusSourceField_weakSuperlevel_closed_ae": { + "module": "SourceTorusC4.lean", + "name": "I4TorusC4.torusSourceField_weakSuperlevel_closed_ae", + "status": "UNSUPPORTED", + "detail": "instance binder [ Fact ( 0 < L ) ] cannot be sampled", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "SpectralWeights.lean::I4Weights.summable_decay_pow": { + "module": "SpectralWeights.lean", + "name": "I4Weights.summable_decay_pow", + "status": "UNSUPPORTED", + "detail": "proposition of form App", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "SpectralWeights.lean::I4Weights.coordinateBound_summable": { + "module": "SpectralWeights.lean", + "name": "I4Weights.coordinateBound_summable", + "status": "UNSUPPORTED", + "detail": "proposition of form App", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "SpectralWeights.lean::I4Weights.finite_product_summable": { + "module": "SpectralWeights.lean", + "name": "I4Weights.finite_product_summable", + "status": "UNSUPPORTED", + "detail": "binder { f : \u2124 \u2192 \u211d } is neither a sampled numeric type (\u2115 \u2124 \u211a \u211d) nor a decidable hypothesis", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "SpectralWeights.lean::I4Weights.productBound_summable": { + "module": "SpectralWeights.lean", + "name": "I4Weights.productBound_summable", + "status": "UNSUPPORTED", + "detail": "proposition of form App", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "SpectralWeights.lean::I4Weights.productDecay_eq_exp": { + "module": "SpectralWeights.lean", + "name": "I4Weights.productDecay_eq_exp", + "status": "CORROBORATED", + "detail": "holds on 64 sampled instances satisfying the hypotheses (0 draws rejected by the hypotheses, 0 infeasible, seed 1): sampling is admitted evidence of the statement, not a proof of it", + "instances": 64, + "vacuous": false, + "float_free": true, + "sampling": { + "seed": 1, + "draws": 65, + "accepted": 64, + "rejected": 0, + "infeasible": 0, + "undecided": 0 + } + }, + "SpectralWeights.lean::I4Weights.frequency_l1_le_product": { + "module": "SpectralWeights.lean", + "name": "I4Weights.frequency_l1_le_product", + "status": "CORROBORATED", + "detail": "holds on 64 sampled instances satisfying the hypotheses (1 draws rejected by the hypotheses, 0 infeasible, seed 1): sampling is admitted evidence of the statement, not a proof of it", + "instances": 64, + "vacuous": false, + "float_free": true, + "sampling": { + "seed": 1, + "draws": 71, + "accepted": 64, + "rejected": 1, + "infeasible": 0, + "undecided": 0 + } + }, + "SpectralWeights.lean::I4Weights.sourceA_pos": { + "module": "SpectralWeights.lean", + "name": "I4Weights.sourceA_pos", + "status": "CORROBORATED", + "detail": "holds on 64 sampled instances satisfying the hypotheses (1 draws rejected by the hypotheses, 0 infeasible, seed 1): sampling is admitted evidence of the statement, not a proof of it", + "instances": 64, + "vacuous": false, + "float_free": true, + "sampling": { + "seed": 1, + "draws": 105, + "accepted": 64, + "rejected": 1, + "infeasible": 0, + "undecided": 0 + } + }, + "SpectralWeights.lean::I4Weights.sourceWeight_eq_physical": { + "module": "SpectralWeights.lean", + "name": "I4Weights.sourceWeight_eq_physical", + "status": "UNSUPPORTED", + "detail": "the enclosures to 256 bits did not decide 210 of the sampled instances (64 decided, all held): sampling cannot corroborate the statement", + "instances": 64, + "vacuous": false, + "float_free": true, + "sampling": { + "seed": 1, + "draws": 652, + "accepted": 64, + "rejected": 0, + "infeasible": 338, + "undecided": 210 + } + }, + "SpectralWeights.lean::I4Weights.sourceWeight_summable": { + "module": "SpectralWeights.lean", + "name": "I4Weights.sourceWeight_summable", + "status": "UNSUPPORTED", + "detail": "proposition of form App", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "SpectralWeights.lean::I4Weights.sourceZ_pos": { + "module": "SpectralWeights.lean", + "name": "I4Weights.sourceZ_pos", + "status": "UNSUPPORTED", + "detail": "definition sourceZ has an unparsed body", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "SpectralWeights.lean::I4Weights.pairedBound_eq_amplitude": { + "module": "SpectralWeights.lean", + "name": "I4Weights.pairedBound_eq_amplitude", + "status": "UNSUPPORTED", + "detail": "definition sourceZ has an unparsed body", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "SpectralWeights.lean::I4Weights.pairedBound_summable": { + "module": "SpectralWeights.lean", + "name": "I4Weights.pairedBound_summable", + "status": "UNSUPPORTED", + "detail": "proposition of form App", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "SpectralWeights.lean::I4Weights.pairedBound_subtype_summable": { + "module": "SpectralWeights.lean", + "name": "I4Weights.pairedBound_subtype_summable", + "status": "UNSUPPORTED", + "detail": "binder ( S : Set ( Fin d \u2192 \u2124 ) ) is neither a sampled numeric type (\u2115 \u2124 \u211a \u211d) nor a decidable hypothesis", + "instances": 0, + "vacuous": false, + "float_free": true + } + }, + "sampling": { + "seed": 1, + "samples": 64 + }, + "exit_code": 1, + "note": "G12 census: coverage of the empirical statement check over every declaration in a directory, with no manifest. PASS/CORROBORATED/FAIL/UNSUPPORTED as in a package check; UNSUPPORTED reasons are classified. Not a gate and not kernel evidence.", + "unresolved_imports": {} +} diff --git a/cbz/evidence/g12-statement-fuzz-01n/census_math_dfa9b30a_20261106_deps/frontiers_source_smooth_realization_20261011.stdout.txt b/cbz/evidence/g12-statement-fuzz-01n/census_math_dfa9b30a_20261106_deps/frontiers_source_smooth_realization_20261011.stdout.txt new file mode 100644 index 000000000..a03b941d7 --- /dev/null +++ b/cbz/evidence/g12-statement-fuzz-01n/census_math_dfa9b30a_20261106_deps/frontiers_source_smooth_realization_20261011.stdout.txt @@ -0,0 +1,150 @@ +{ + "lean_dir": "/frontiers/source_smooth_realization_20261011", + "files": 14, + "files_evaluated": 14, + "targets": 122, + "status_counts": { + "UNSUPPORTED": 119, + "CORROBORATED": 3 + }, + "unsupported_reasons": { + "binder outside the interpreter": 65, + "proposition outside the interpreter": 16, + "unparsed statement": 14, + "definition result type outside the interpreter": 9, + "structural conclusion": 6, + "definition outside the interpreter": 4, + "enclosures do not decide the statement": 3, + "other": 1, + "hypothesis outside the interpreter": 1 + }, + "sampling": { + "seed": 1, + "samples": 64 + }, + "exit_code": 1, + "unresolved_imports": {}, + "copies": 0 +} +UNSUPPORTED: GaussianSeriesFoundation.lean::I4Foundation.coordinate_measurePreserving: binder ( i : ι ) is neither a sampled numeric type (ℕ ℤ ℚ ℝ) nor a decidable hypothesis +UNSUPPORTED: GaussianSeriesFoundation.lean::I4Foundation.coordinate_marginal: binder ( i : ι ) is neither a sampled numeric type (ℕ ℤ ℚ ℝ) nor a decidable hypothesis +UNSUPPORTED: GaussianSeriesFoundation.lean::I4Foundation.coordinates_independent: proposition of form App +UNSUPPORTED: GaussianSeriesFoundation.lean::I4Foundation.coordinate_memLp: binder ( i : ι ) is neither a sampled numeric type (ℕ ℤ ℚ ℝ) nor a decidable hypothesis +UNSUPPORTED: GaussianSeriesFoundation.lean::I4Foundation.coordinate_integrable: binder ( i : ι ) is neither a sampled numeric type (ℕ ℤ ℚ ℝ) nor a decidable hypothesis +UNSUPPORTED: GaussianSeriesFoundation.lean::I4Foundation.coordinate_abs_integrable: binder ( i : ι ) is neither a sampled numeric type (ℕ ℤ ℚ ℝ) nor a decidable hypothesis +UNSUPPORTED: GaussianSeriesFoundation.lean::I4Foundation.weighted_abs_summable_ae: binder ( hs : Summable a ) is neither a sampled numeric type (ℕ ℤ ℚ ℝ) nor a decidable hypothesis +UNSUPPORTED: GaussianSeriesFoundation.lean::I4Foundation.scalarSeries_measurable: conclusion is a structural predicate ['Measurable']: trivial on finite discrete models (every set is measurable, every function measurable and integrable), so sampling has no content here +UNSUPPORTED: GaussianSeriesFoundation.lean::I4Foundation.scalarSeries_hasSum_ae: binder ( hs : Summable a ) is neither a sampled numeric type (ℕ ℤ ℚ ℝ) nor a decidable hypothesis +UNSUPPORTED: SourceC4.lean::I4C4.phaseCLM_apply: result type ( Fin d → ℝ ) → L [ ℝ ] ℝ +UNSUPPORTED: SourceC4.lean::I4C4.phaseCLM_norm_le: result type ( Fin d → ℝ ) → L [ ℝ ] ℝ +UNSUPPORTED: SourceC4.lean::I4C4.modeCoefficient_iteratedFDeriv_bound: binder ( m : SourceMode d ) is neither a sampled numeric type (ℕ ℤ ℚ ℝ) nor a decidable hypothesis +UNSUPPORTED: SourceC4.lean::I4C4.sourceField_contDiff_ae: unparsed statement: SyntaxError: expected ',', got ω +UNSUPPORTED: SourceC4.lean::I4C4.sourceField_contDiff_affine_ae: unparsed statement: SyntaxError: expected ',', got ω +UNSUPPORTED: SourceCovariance.lean::I4SourceCovariance.scalarSeries_covariance: binder ( ha : Summable a ) is neither a sampled numeric type (ℕ ℤ ℚ ℝ) nor a decidable hypothesis +UNSUPPORTED: SourceCovariance.lean::I4SourceCovariance.sourceField_integral_zero: result type Measure ( SourceMode d → ℝ ) +UNSUPPORTED: SourceCovariance.lean::I4SourceCovariance.sourceField_covariance: unparsed statement: SyntaxError: unexpected token ';' at 60:66 +UNSUPPORTED: SourceCovariance.lean::I4SourceCovariance.sourceField_variance_one: unparsed statement: SyntaxError: unexpected token ';' at 70:36 +UNSUPPORTED: SourceFourierSeries.lean::I4Source.modeMajorant_nonneg: binder ( m : SourceMode d ) is neither a sampled numeric type (ℕ ℤ ℚ ℝ) nor a decidable hypothesis +UNSUPPORTED: SourceFourierSeries.lean::I4Source.modeMajorant_summable: proposition of form App +UNSUPPORTED: SourceFourierSeries.lean::I4Source.modeCoefficient_bound: binder ( m : SourceMode d ) is neither a sampled numeric type (ℕ ℤ ℚ ℝ) nor a decidable hypothesis +UNSUPPORTED: SourceFourierSeries.lean::I4Source.sourceField_eval_measurable: conclusion is a structural predicate ['Measurable']: trivial on finite discrete models (every set is measurable, every function measurable and integrable), so sampling has no content here +UNSUPPORTED: SourceFourierSeries.lean::I4Source.sourceMajorant_ae: unparsed statement: SyntaxError: expected ',', got ω +UNSUPPORTED: SourceFourierSeries.lean::I4Source.sourceAbs_uniform_ae: unparsed statement: SyntaxError: expected ',', got ω +UNSUPPORTED: SourceFourierSeries.lean::I4Source.sourceField_uniform_ae: unparsed statement: SyntaxError: expected ',', got ω +UNSUPPORTED: SourceFourierSeries.lean::I4Source.sourceField_continuous_ae: unparsed statement: SyntaxError: expected ',', got ω +UNSUPPORTED: SourceGaussianLaw.lean::I4SourceGaussian.summable_square: binder ( ha : Summable a ) is neither a sampled numeric type (ℕ ℤ ℚ ℝ) nor a decidable hypothesis +UNSUPPORTED: SourceGaussianLaw.lean::I4SourceGaussian.partial_charFun: binder ( s : Finset ι ) is neither a sampled numeric type (ℕ ℤ ℚ ℝ) nor a decidable hypothesis +UNSUPPORTED: SourceGaussianLaw.lean::I4SourceGaussian.charFun_partial_tendsto: binder ( ha : Summable a ) is neither a sampled numeric type (ℕ ℤ ℚ ℝ) nor a decidable hypothesis +UNSUPPORTED: SourceGaussianLaw.lean::I4SourceGaussian.scalarSeries_map_gaussian: binder ( ha : Summable a ) is neither a sampled numeric type (ℕ ℤ ℚ ℝ) nor a decidable hypothesis +UNSUPPORTED: SourceGaussianLaw.lean::I4SourceGaussian.scalarSeries_integral_zero: binder ( ha : Summable a ) is neither a sampled numeric type (ℕ ℤ ℚ ℝ) nor a decidable hypothesis +UNSUPPORTED: SourceGaussianLaw.lean::I4SourceGaussian.scalarSeries_variance: binder ( ha : Summable a ) is neither a sampled numeric type (ℕ ℤ ℚ ℝ) nor a decidable hypothesis +UNSUPPORTED: SourceGaussianLaw.lean::I4SourceGaussian.source_linearCombination_hasGaussianLaw: binder ( x : Fin n → ( Fin d → ℝ ) ) is neither a sampled numeric type (ℕ ℤ ℚ ℝ) nor a decidable hypothesis +UNSUPPORTED: SourceGaussianLaw.lean::I4SourceGaussian.source_finiteVector_hasGaussianLaw: binder ( x : Fin n → ( Fin d → ℝ ) ) is neither a sampled numeric type (ℕ ℤ ℚ ℝ) nor a decidable hypothesis +UNSUPPORTED: SourceGaussianLaw.lean::I4SourceGaussian.sourceField_isGaussianProcess: proposition of form App +UNSUPPORTED: SourceKernel.lean::I4Kernel.tsum_mode: binder ( f : SourceMode d → ℝ ) is neither a sampled numeric type (ℕ ℤ ℚ ℝ) nor a decidable hypothesis +UNSUPPORTED: SourceKernel.lean::I4Kernel.modeProduct_summable: proposition of form App +UNSUPPORTED: SourceKernel.lean::I4Kernel.spectralKernel_summable: proposition of form App +UNSUPPORTED: SourceKernel.lean::I4Kernel.coefficientKernel_eq_fullLattice: unsupported syntax: infinite sum ∑' (tsum / tprod) is outside the interpreter +UNSUPPORTED: SourceKernel.lean::I4Kernel.spectralKernel_zero: definition sourceSpectralKernel has an unparsed body +UNSUPPORTED: SourceLattice.lean::I4Lattice.halfLattice_ne_zero: hypothesis ( hk : k ∈ halfLattice d ) mentions undeclared names ['halfLattice'] +UNSUPPORTED: SourceLattice.lean::I4Lattice.halfLattice_partition: result type Set ( Fin d → ℤ ) +UNSUPPORTED: SourceLattice.lean::I4Lattice.sourceWeight_neg: the enclosures to 256 bits did not decide 212 of the sampled instances (64 decided, all held): sampling cannot corroborate the statement +UNSUPPORTED: SourceLattice.lean::I4Lattice.phase_lattice_shift: the enclosures to 256 bits did not decide 528 of the sampled instances (64 decided, all held): sampling cannot corroborate the statement +UNSUPPORTED: SourceLattice.lean::I4Lattice.modeCoefficient_lattice_shift: binder ( m : SourceMode d ) is neither a sampled numeric type (ℕ ℤ ℚ ℝ) nor a decidable hypothesis +UNSUPPORTED: SourceLattice.lean::I4Lattice.sourceField_lattice_shift: binder ( ω : SourceMode d → ℝ ) is neither a sampled numeric type (ℕ ℤ ℚ ℝ) nor a decidable hypothesis +UNSUPPORTED: SourceLattice.lean::I4Lattice.pairedCoefficient_kernel: binder ( k : ↥ ( halfLattice d ) ) is neither a sampled numeric type (ℕ ℤ ℚ ℝ) nor a decidable hypothesis +UNSUPPORTED: SourceLattice.lean::I4Lattice.latticeFrequency_bijective: proposition of form App +UNSUPPORTED: SourceSmooth.lean::I4Smooth.orderCoordinateBound_summable: proposition of form App +UNSUPPORTED: SourceSmooth.lean::I4Smooth.orderProductBound_summable: proposition of form App +UNSUPPORTED: SourceSmooth.lean::I4Smooth.orderPairedBound_summable: proposition of form App +UNSUPPORTED: SourceSmooth.lean::I4Smooth.orderPairedBound_eq_amplitude: definition sourceZ has an unparsed body +UNSUPPORTED: SourceSmooth.lean::I4Smooth.orderModeBound_nonneg: binder ( m : SourceMode d ) is neither a sampled numeric type (ℕ ℤ ℚ ℝ) nor a decidable hypothesis +UNSUPPORTED: SourceSmooth.lean::I4Smooth.orderModeBound_summable: proposition of form App +UNSUPPORTED: SourceSmooth.lean::I4Smooth.orderModeBound_four: binder ( m : SourceMode d ) is neither a sampled numeric type (ℕ ℤ ℚ ℝ) nor a decidable hypothesis +UNSUPPORTED: SourceSmooth.lean::I4Smooth.modeCoefficient_iteratedFDeriv_order_bound: binder ( m : SourceMode d ) is neither a sampled numeric type (ℕ ℤ ℚ ℝ) nor a decidable hypothesis +UNSUPPORTED: SourceSmooth.lean::I4Smooth.goodSample_ae: unparsed statement: SyntaxError: expected ',', got ω +UNSUPPORTED: SourceSmooth.lean::I4Smooth.sourceField_smooth_of_goodSample: binder ( ω : SourceMode d → ℝ ) is neither a sampled numeric type (ℕ ℤ ℚ ℝ) nor a decidable hypothesis +UNSUPPORTED: SourceSmooth.lean::I4Smooth.sourceField_smooth_ae: unparsed statement: SyntaxError: expected ',', got ω +UNSUPPORTED: SourceSmooth.lean::I4Smooth.goodSample_congr_cofinite: binder ( ω η : SourceMode d → ℝ ) is neither a sampled numeric type (ℕ ℤ ℚ ℝ) nor a decidable hypothesis +UNSUPPORTED: SourceSmooth.lean::I4Smooth.goodSample_finite_change_iff: binder ( ω η : SourceMode d → ℝ ) is neither a sampled numeric type (ℕ ℤ ℚ ℝ) nor a decidable hypothesis +UNSUPPORTED: SourceSmoothCarrier.lean::I4SmoothCarrier.orderAbsTotal_ne_top_iff: binder ( ω : SourceMode d → ℝ ) is neither a sampled numeric type (ℕ ℤ ℚ ℝ) nor a decidable hypothesis +UNSUPPORTED: SourceSmoothCarrier.lean::I4SmoothCarrier.orderAbsTotal_measurable: conclusion is a structural predicate ['Measurable']: trivial on finite discrete models (every set is measurable, every function measurable and integrable), so sampling has no content here +UNSUPPORTED: SourceSmoothCarrier.lean::I4SmoothCarrier.goodSet_measurable: conclusion is a structural predicate ['MeasurableSet']: trivial on finite discrete models (every set is measurable, every function measurable and integrable), so sampling has no content here +UNSUPPORTED: SourceSmoothCarrier.lean::I4SmoothCarrier.goodSet_ae: unparsed statement: SyntaxError: expected ',', got ω +UNSUPPORTED: SourceSmoothCarrier.lean::I4SmoothCarrier.goodSet_measure_one: result type Measure ( SourceMode d → ℝ ) +UNSUPPORTED: SourceSmoothCarrier.lean::I4SmoothCarrier.sampleInclusion_measurable: conclusion is a structural predicate ['Measurable']: trivial on finite discrete models (every set is measurable, every function measurable and integrable), so sampling has no content here +UNSUPPORTED: SourceSmoothCarrier.lean::I4SmoothCarrier.sampleInclusion_map: result type Measure ( SourceMode d → ℝ ) +UNSUPPORTED: SourceSmoothCarrier.lean::I4SmoothCarrier.sampleInclusion_measurePreserving: proposition of form App +UNSUPPORTED: SourceSmoothCarrier.lean::I4SmoothCarrier.smoothLaw_isProbabilityMeasure: result type Measure ( SmoothSample d L ) +UNSUPPORTED: SourceSmoothCarrier.lean::I4SmoothCarrier.observation_map_eq: binder ( X : ( SourceMode d → ℝ ) → E ) is neither a sampled numeric type (ℕ ℤ ℚ ℝ) nor a decidable hypothesis +UNSUPPORTED: SourceSmoothCarrier.lean::I4SmoothCarrier.coordinate_marginal: binder ( m : SourceMode d ) is neither a sampled numeric type (ℕ ℤ ℚ ℝ) nor a decidable hypothesis +UNSUPPORTED: SourceSmoothCarrier.lean::I4SmoothCarrier.finiteCoordinate_map_eq: binder ( m : Fin n → SourceMode d ) is neither a sampled numeric type (ℕ ℤ ℚ ℝ) nor a decidable hypothesis +UNSUPPORTED: SourceSmoothCarrier.lean::I4SmoothCarrier.smoothSourceField_contDiff: binder ( ω : SmoothSample d L ) is neither a sampled numeric type (ℕ ℤ ℚ ℝ) nor a decidable hypothesis +UNSUPPORTED: SourceSmoothCarrier.lean::I4SmoothCarrier.smoothSourceField_smooth: binder ( ω : SmoothSample d L ) is neither a sampled numeric type (ℕ ℤ ℚ ℝ) nor a decidable hypothesis +UNSUPPORTED: SourceSmoothCarrier.lean::I4SmoothCarrier.smoothSourceField_finiteVector_map_eq: binder ( x : Fin n → ( Fin d → ℝ ) ) is neither a sampled numeric type (ℕ ℤ ℚ ℝ) nor a decidable hypothesis +UNSUPPORTED: SourceSmoothCarrier.lean::I4SmoothCarrier.smoothSourceField_finiteVector_hasGaussianLaw: binder ( x : Fin n → ( Fin d → ℝ ) ) is neither a sampled numeric type (ℕ ℤ ℚ ℝ) nor a decidable hypothesis +UNSUPPORTED: SourceSmoothCarrier.lean::I4SmoothCarrier.covariance_comp_inclusion: binder ( X Y : ( SourceMode d → ℝ ) → ℝ ) is neither a sampled numeric type (ℕ ℤ ℚ ℝ) nor a decidable hypothesis +UNSUPPORTED: SourceSmoothCarrier.lean::I4SmoothCarrier.smoothSourceField_covariance: unparsed statement: SyntaxError: unexpected token ';' at 174:78 +UNSUPPORTED: SourceSmoothCarrier.lean::I4SmoothCarrier.smoothTorusSourceField_smooth: instance binder [ Fact ( 0 < L ) ] cannot be sampled +UNSUPPORTED: SourceSmoothCarrier.lean::I4SmoothCarrier.smoothTorusSourceField_finiteVector_hasGaussianLaw: instance binder [ Fact ( 0 < L ) ] cannot be sampled +UNSUPPORTED: SourceSmoothCarrier.lean::I4SmoothCarrier.smoothTorusSourceField_covariance: instance binder [ Fact ( 0 < L ) ] cannot be sampled +UNSUPPORTED: SourceSmoothControls.lean::I4SmoothControls.old_four_does_not_fill_all_orders: unparsed statement: SyntaxError: expected ',', got ω +UNSUPPORTED: SourceSmoothControls.lean::I4SmoothControls.represented_sample_order_five: binder ( ω : SmoothSample d L ) is neither a sampled numeric type (ℕ ℤ ℚ ℝ) nor a decidable hypothesis +UNSUPPORTED: SourceSmoothControls.lean::I4SmoothControls.represented_sample_order_thirtyseven: binder ( ω : SmoothSample d L ) is neither a sampled numeric type (ℕ ℤ ℚ ℝ) nor a decidable hypothesis +UNSUPPORTED: SourceSmoothControls.lean::I4SmoothControls.one_carrier_for_both_orders: binder ( ω : SmoothSample d L ) is neither a sampled numeric type (ℕ ℤ ℚ ℝ) nor a decidable hypothesis +UNSUPPORTED: SourceSmoothControls.lean::I4SmoothControls.literal_field_everywhere: binder ( ω : SmoothSample d L ) is neither a sampled numeric type (ℕ ℤ ℚ ℝ) nor a decidable hypothesis +UNSUPPORTED: SourceSmoothControls.lean::I4SmoothControls.entire_coefficient_law_preserved: result type Measure ( SourceMode d → ℝ ) +UNSUPPORTED: SourceSmoothControls.lean::I4SmoothControls.arbitrary_observation_law_preserved: binder ( X : ( SourceMode d → ℝ ) → E ) is neither a sampled numeric type (ℕ ℤ ℚ ℝ) nor a decidable hypothesis +UNSUPPORTED: SourceSmoothControls.lean::I4SmoothControls.finite_block_changes_preserve_carrier: binder ( ω η : SourceMode d → ℝ ) is neither a sampled numeric type (ℕ ℤ ℚ ℝ) nor a decidable hypothesis +UNSUPPORTED: SourceSmoothControls.lean::I4SmoothControls.field_variance_one: unparsed statement: SyntaxError: unexpected token ';' at 58:40 +UNSUPPORTED: SourceSmoothControls.lean::I4SmoothControls.carrier_probability: result type Measure ( SmoothSample d L ) +UNSUPPORTED: SourceTorus.lean::I4Torus.torusProjection_measurable: conclusion is a structural predicate ['Measurable']: trivial on finite discrete models (every set is measurable, every function measurable and integrable), so sampling has no content here +UNSUPPORTED: SourceTorus.lean::I4Torus.torusRepresentative_measurable: instance binder [ Fact ( 0 < L ) ] cannot be sampled +UNSUPPORTED: SourceTorus.lean::I4Torus.torusProjection_representative: instance binder [ Fact ( 0 < L ) ] cannot be sampled +UNSUPPORTED: SourceTorus.lean::I4Torus.sourceField_eq_of_torusProjection_eq: binder ( ω : SourceMode d → ℝ ) is neither a sampled numeric type (ℕ ℤ ℚ ℝ) nor a decidable hypothesis +UNSUPPORTED: SourceTorus.lean::I4Torus.torusSourceField_pullback: instance binder [ Fact ( 0 < L ) ] cannot be sampled +UNSUPPORTED: SourceTorus.lean::I4Torus.torusSourceField_eval_measurable: instance binder [ Fact ( 0 < L ) ] cannot be sampled +UNSUPPORTED: SourceTorus.lean::I4Torus.torusSourceField_joint_measurable: instance binder [ Fact ( 0 < L ) ] cannot be sampled +UNSUPPORTED: SourceTorus.lean::I4Torus.torusSourceField_finiteVector_hasGaussianLaw: instance binder [ Fact ( 0 < L ) ] cannot be sampled +UNSUPPORTED: SourceTorus.lean::I4Torus.torusSourceField_isGaussianProcess: instance binder [ Fact ( 0 < L ) ] cannot be sampled +UNSUPPORTED: SourceTorus.lean::I4Torus.torusSourceField_covariance: instance binder [ Fact ( 0 < L ) ] cannot be sampled +UNSUPPORTED: SourceTorus.lean::I4Torus.torusSourceField_covariance_pullback: instance binder [ Fact ( 0 < L ) ] cannot be sampled +UNSUPPORTED: SourceTorusC4.lean::I4TorusC4.quotientChart_symm: instance binder [ Fact ( 0 < L ) ] cannot be sampled +UNSUPPORTED: SourceTorusC4.lean::I4TorusC4.centered_chart_covers: instance binder [ Fact ( 0 < L ) ] cannot be sampled +UNSUPPORTED: SourceTorusC4.lean::I4TorusC4.chart_transition_contDiff: instance binder [ Fact ( 0 < L ) ] cannot be sampled +UNSUPPORTED: SourceTorusC4.lean::I4TorusC4.torus_isManifold: instance binder [ Fact ( 0 < L ) ] cannot be sampled +UNSUPPORTED: SourceTorusC4.lean::I4TorusC4.torusSourceField_contMDiff_ae: instance binder [ Fact ( 0 < L ) ] cannot be sampled +UNSUPPORTED: SourceTorusC4.lean::I4TorusC4.torusSourceField_weakSuperlevel_closed_ae: instance binder [ Fact ( 0 < L ) ] cannot be sampled +UNSUPPORTED: SpectralWeights.lean::I4Weights.summable_decay_pow: proposition of form App +UNSUPPORTED: SpectralWeights.lean::I4Weights.coordinateBound_summable: proposition of form App +UNSUPPORTED: SpectralWeights.lean::I4Weights.finite_product_summable: binder { f : ℤ → ℝ } is neither a sampled numeric type (ℕ ℤ ℚ ℝ) nor a decidable hypothesis +UNSUPPORTED: SpectralWeights.lean::I4Weights.productBound_summable: proposition of form App +CORROBORATED: SpectralWeights.lean::I4Weights.productDecay_eq_exp: holds on 64 sampled instances satisfying the hypotheses (0 draws rejected by the hypotheses, 0 infeasible, seed 1): sampling is admitted evidence of the statement, not a proof of it +CORROBORATED: SpectralWeights.lean::I4Weights.frequency_l1_le_product: holds on 64 sampled instances satisfying the hypotheses (1 draws rejected by the hypotheses, 0 infeasible, seed 1): sampling is admitted evidence of the statement, not a proof of it +CORROBORATED: SpectralWeights.lean::I4Weights.sourceA_pos: holds on 64 sampled instances satisfying the hypotheses (1 draws rejected by the hypotheses, 0 infeasible, seed 1): sampling is admitted evidence of the statement, not a proof of it +UNSUPPORTED: SpectralWeights.lean::I4Weights.sourceWeight_eq_physical: the enclosures to 256 bits did not decide 210 of the sampled instances (64 decided, all held): sampling cannot corroborate the statement +UNSUPPORTED: SpectralWeights.lean::I4Weights.sourceWeight_summable: proposition of form App +UNSUPPORTED: SpectralWeights.lean::I4Weights.sourceZ_pos: definition sourceZ has an unparsed body +UNSUPPORTED: SpectralWeights.lean::I4Weights.pairedBound_eq_amplitude: definition sourceZ has an unparsed body +UNSUPPORTED: SpectralWeights.lean::I4Weights.pairedBound_summable: proposition of form App +UNSUPPORTED: SpectralWeights.lean::I4Weights.pairedBound_subtype_summable: binder ( S : Set ( Fin d → ℤ ) ) is neither a sampled numeric type (ℕ ℤ ℚ ℝ) nor a decidable hypothesis diff --git a/cbz/evidence/g12-statement-fuzz-01n/census_math_dfa9b30a_20261106_deps/g12_annotations_literal_index_82d9e480.json b/cbz/evidence/g12-statement-fuzz-01n/census_math_dfa9b30a_20261106_deps/g12_annotations_literal_index_82d9e480.json new file mode 100644 index 000000000..89fec8b65 --- /dev/null +++ b/cbz/evidence/g12-statement-fuzz-01n/census_math_dfa9b30a_20261106_deps/g12_annotations_literal_index_82d9e480.json @@ -0,0 +1,6995 @@ +{ + "schema": "cbz.g12-annotation-for-literal-kernel-index.v1", + "unit": "CBZ0-G12-DEPS-01N-20261106", + "performer": "Anthropic Claude, Claude Code session session_01NMeKEismAyeqgdB4sy2NJU (Claude01N); credit 0; scientific effect NONE", + "index": { + "file": "cbz/evidence/kernel/all-closed-declarations.json", + "pr": "main#695", + "commit": "82d9e480a51b946b3e74525ccf32139129d37d28", + "records": 367 + }, + "binding": "Each record is bound by (sha256 of the source file the record names, qualified declaration name) to a target of the Math- census at dfa9b30a or of the main formal/ package receipt at ec6962ff; a record whose file bytes or name no receipt carries is \"unbound\".", + "field_rule": "Proposed B-007 field for a CLOSED row: `G12: PASS | CORROBORATED | not applicable ()`. PASS: the closed statement, read independently of Lean, evaluates true in exact arithmetic. CORROBORATED: no sampled instance refuted a statement with binders (admitted evidence, never a proof). not applicable: the interpreter does not model the construct named; the row keeps its kernel status and says so. Neither value is kernel evidence or a CLOSED decision; FAIL would block.", + "counts": { + "CORROBORATED": 75, + "PASS": 34, + "not applicable": 258 + }, + "counts_by_family": { + "Math-:c297 / not applicable": 13, + "Math-:formal / CORROBORATED": 56, + "Math-:formal / PASS": 3, + "Math-:formal / not applicable": 4, + "Math-:frontiers/determinant_moment_20261025 / CORROBORATED": 16, + "Math-:frontiers/determinant_moment_20261025 / not applicable": 50, + "Math-:smooth / CORROBORATED": 3, + "Math-:smooth / not applicable": 113, + "Math-:spec / not applicable": 78, + "main:formal / PASS": 31 + }, + "not_applicable_constructs": { + "binder outside the interpreter": 128, + "definition result type outside the interpreter": 38, + "definition outside the interpreter": 34, + "proposition outside the interpreter": 17, + "unparsed statement": 14, + "structural conclusion": 10, + "unbounded quantifier inside the statement": 5, + "quantifier over an unsupported type": 3, + "enclosures do not decide the statement": 3, + "unknown function": 3, + "hypothesis outside the interpreter": 1, + "other": 1, + "no sample satisfied the hypotheses": 1 + }, + "not_a_closed_decision": true, + "records": [ + { + "id": "K-MATH-001", + "declaration": "ResearchFormalCoreR1.ec005_fold_gap", + "repository": "Math-", + "path": "formal/ResearchFormalCoreR1/AlgebraV2.lean", + "source_sha256": "4480708263c40a2f7f03f12ef7e15f0eb4f8193c2dccbb253921a7ec251863c3", + "family": "Math-:formal", + "receipt": { + "file": "cbz/evidence/g12-statement-fuzz-01n/census_math_dfa9b30a_20261106_deps/formal.json", + "sha256": "f787876e55fdd0b229c6c1872b3c4b270ffe4492521f6e2df94e2a1bf086d5a3", + "group": "formal", + "target": "ResearchFormalCoreR1/AlgebraV2.lean::ResearchFormalCoreR1.ec005_fold_gap" + }, + "source_path_in_receipt": "ResearchFormalCoreR1/AlgebraV2.lean", + "g12": "CORROBORATED", + "instances": 64, + "sampling": { + "seed": 1, + "accepted": 64, + "rejected": 0, + "infeasible": 0 + } + }, + { + "id": "K-MATH-002", + "declaration": "ResearchFormalCoreR1.ec008_factor_expansion", + "repository": "Math-", + "path": "formal/ResearchFormalCoreR1/AlgebraV2.lean", + "source_sha256": "4480708263c40a2f7f03f12ef7e15f0eb4f8193c2dccbb253921a7ec251863c3", + "family": "Math-:formal", + "receipt": { + "file": "cbz/evidence/g12-statement-fuzz-01n/census_math_dfa9b30a_20261106_deps/formal.json", + "sha256": "f787876e55fdd0b229c6c1872b3c4b270ffe4492521f6e2df94e2a1bf086d5a3", + "group": "formal", + "target": "ResearchFormalCoreR1/AlgebraV2.lean::ResearchFormalCoreR1.ec008_factor_expansion" + }, + "source_path_in_receipt": "ResearchFormalCoreR1/AlgebraV2.lean", + "g12": "CORROBORATED", + "instances": 64, + "sampling": { + "seed": 1, + "accepted": 64, + "rejected": 0, + "infeasible": 0 + } + }, + { + "id": "K-MATH-003", + "declaration": "ResearchFormalCoreR1.ec010_generic", + "repository": "Math-", + "path": "formal/ResearchFormalCoreR1/AlgebraV2.lean", + "source_sha256": "4480708263c40a2f7f03f12ef7e15f0eb4f8193c2dccbb253921a7ec251863c3", + "family": "Math-:formal", + "receipt": { + "file": "cbz/evidence/g12-statement-fuzz-01n/census_math_dfa9b30a_20261106_deps/formal.json", + "sha256": "f787876e55fdd0b229c6c1872b3c4b270ffe4492521f6e2df94e2a1bf086d5a3", + "group": "formal", + "target": "ResearchFormalCoreR1/AlgebraV2.lean::ResearchFormalCoreR1.ec010_generic" + }, + "source_path_in_receipt": "ResearchFormalCoreR1/AlgebraV2.lean", + "g12": "CORROBORATED", + "instances": 64, + "sampling": { + "seed": 1, + "accepted": 64, + "rejected": 0, + "infeasible": 0 + } + }, + { + "id": "K-MATH-004", + "declaration": "ResearchFormalCoreR1.ec010_transverse", + "repository": "Math-", + "path": "formal/ResearchFormalCoreR1/AlgebraV2.lean", + "source_sha256": "4480708263c40a2f7f03f12ef7e15f0eb4f8193c2dccbb253921a7ec251863c3", + "family": "Math-:formal", + "receipt": { + "file": "cbz/evidence/g12-statement-fuzz-01n/census_math_dfa9b30a_20261106_deps/formal.json", + "sha256": "f787876e55fdd0b229c6c1872b3c4b270ffe4492521f6e2df94e2a1bf086d5a3", + "group": "formal", + "target": "ResearchFormalCoreR1/AlgebraV2.lean::ResearchFormalCoreR1.ec010_transverse" + }, + "source_path_in_receipt": "ResearchFormalCoreR1/AlgebraV2.lean", + "g12": "CORROBORATED", + "instances": 64, + "sampling": { + "seed": 1, + "accepted": 64, + "rejected": 0, + "infeasible": 0 + } + }, + { + "id": "K-MATH-005", + "declaration": "ResearchFormalCoreR1.ec011_scalar_cancellation", + "repository": "Math-", + "path": "formal/ResearchFormalCoreR1/AlgebraV2.lean", + "source_sha256": "4480708263c40a2f7f03f12ef7e15f0eb4f8193c2dccbb253921a7ec251863c3", + "family": "Math-:formal", + "receipt": { + "file": "cbz/evidence/g12-statement-fuzz-01n/census_math_dfa9b30a_20261106_deps/formal.json", + "sha256": "f787876e55fdd0b229c6c1872b3c4b270ffe4492521f6e2df94e2a1bf086d5a3", + "group": "formal", + "target": "ResearchFormalCoreR1/AlgebraV2.lean::ResearchFormalCoreR1.ec011_scalar_cancellation" + }, + "source_path_in_receipt": "ResearchFormalCoreR1/AlgebraV2.lean", + "g12": "CORROBORATED", + "instances": 64, + "sampling": { + "seed": 1, + "accepted": 64, + "rejected": 0, + "infeasible": 0 + } + }, + { + "id": "K-MATH-006", + "declaration": "ResearchFormalCoreR1.ec014_contact_power", + "repository": "Math-", + "path": "formal/ResearchFormalCoreR1/AlgebraV2.lean", + "source_sha256": "4480708263c40a2f7f03f12ef7e15f0eb4f8193c2dccbb253921a7ec251863c3", + "family": "Math-:formal", + "receipt": { + "file": "cbz/evidence/g12-statement-fuzz-01n/census_math_dfa9b30a_20261106_deps/formal.json", + "sha256": "f787876e55fdd0b229c6c1872b3c4b270ffe4492521f6e2df94e2a1bf086d5a3", + "group": "formal", + "target": "ResearchFormalCoreR1/AlgebraV2.lean::ResearchFormalCoreR1.ec014_contact_power" + }, + "source_path_in_receipt": "ResearchFormalCoreR1/AlgebraV2.lean", + "g12": "CORROBORATED", + "instances": 64, + "sampling": { + "seed": 1, + "accepted": 64, + "rejected": 1, + "infeasible": 0 + } + }, + { + "id": "K-MATH-007", + "declaration": "ResearchFormalCoreR1.p02_lm008_r2_cancel", + "repository": "Math-", + "path": "formal/ResearchFormalCoreR1/ProbabilityCompanionsV2.lean", + "source_sha256": "338452a0c2ba24d016059354d543cc995b8cb29c9d4a41d98bb93499f5f8cb8f", + "family": "Math-:formal", + "receipt": { + "file": "cbz/evidence/g12-statement-fuzz-01n/census_math_dfa9b30a_20261106_deps/formal.json", + "sha256": "f787876e55fdd0b229c6c1872b3c4b270ffe4492521f6e2df94e2a1bf086d5a3", + "group": "formal", + "target": "ResearchFormalCoreR1/ProbabilityCompanionsV2.lean::ResearchFormalCoreR1.p02_lm008_r2_cancel" + }, + "source_path_in_receipt": "ResearchFormalCoreR1/ProbabilityCompanionsV2.lean", + "g12": "CORROBORATED", + "instances": 64, + "sampling": { + "seed": 1, + "accepted": 64, + "rejected": 1, + "infeasible": 0 + } + }, + { + "id": "K-MATH-008", + "declaration": "ResearchFormalCoreR1.p02_lm008_cross_multiplied", + "repository": "Math-", + "path": "formal/ResearchFormalCoreR1/ProbabilityCompanionsV2.lean", + "source_sha256": "338452a0c2ba24d016059354d543cc995b8cb29c9d4a41d98bb93499f5f8cb8f", + "family": "Math-:formal", + "receipt": { + "file": "cbz/evidence/g12-statement-fuzz-01n/census_math_dfa9b30a_20261106_deps/formal.json", + "sha256": "f787876e55fdd0b229c6c1872b3c4b270ffe4492521f6e2df94e2a1bf086d5a3", + "group": "formal", + "target": "ResearchFormalCoreR1/ProbabilityCompanionsV2.lean::ResearchFormalCoreR1.p02_lm008_cross_multiplied" + }, + "source_path_in_receipt": "ResearchFormalCoreR1/ProbabilityCompanionsV2.lean", + "g12": "CORROBORATED", + "instances": 64, + "sampling": { + "seed": 1, + "accepted": 64, + "rejected": 103, + "infeasible": 0 + } + }, + { + "id": "K-MATH-009", + "declaration": "ResearchFormalCoreR1.p02_lm008_quotient_bound", + "repository": "Math-", + "path": "formal/ResearchFormalCoreR1/ProbabilityCompanionsV2.lean", + "source_sha256": "338452a0c2ba24d016059354d543cc995b8cb29c9d4a41d98bb93499f5f8cb8f", + 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1, + "rejected": 0, + "infeasible": 0, + "undecided": 286 + } + }, + "W3Scratch/D2SchurLinks.lean::W3Scratch.srcQTheta_range": { + "module": "W3Scratch/D2SchurLinks.lean", + "name": "W3Scratch.srcQTheta_range", + "status": "UNSUPPORTED", + "detail": "unknown function Set.range", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "W3Scratch/D2SchurLinks.lean::W3Scratch.d2_schur_endpoint_isLeast": { + "module": "W3Scratch/D2SchurLinks.lean", + "name": "W3Scratch.d2_schur_endpoint_isLeast", + "status": "UNSUPPORTED", + "detail": "unsupported syntax: notation \"'\"", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "W3Scratch/D2SchurLinks.lean::W3Scratch.d2_schur_endpoint_sInf": { + "module": "W3Scratch/D2SchurLinks.lean", + "name": "W3Scratch.d2_schur_endpoint_sInf", + "status": "UNSUPPORTED", + "detail": "unsupported syntax: notation \"'\"", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "W3Scratch/D2SchurLinks.lean::W3Scratch.d2_schur_min_over_unit_directions": { + "module": "W3Scratch/D2SchurLinks.lean", + "name": "W3Scratch.d2_schur_min_over_unit_directions", + "status": "UNSUPPORTED", + "detail": "unparsed statement: SyntaxError: trailing tokens from '{'", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "W3Scratch/D2SchurLinks.lean::W3Scratch.d2_schur_min_over_angles": { + "module": "W3Scratch/D2SchurLinks.lean", + "name": "W3Scratch.d2_schur_min_over_angles", + "status": "UNSUPPORTED", + "detail": "unparsed statement: SyntaxError: expected ')', got fun", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "W3Scratch/D2SchurLinks.lean::W3Scratch.moments_of_cumulants": { + "module": "W3Scratch/D2SchurLinks.lean", + "name": "W3Scratch.moments_of_cumulants", + "status": "CORROBORATED", + "detail": "holds on 64 sampled instances satisfying the hypotheses (0 draws rejected by the hypotheses, 0 infeasible, seed 1): sampling is admitted evidence of the statement, not a proof of it", + "instances": 64, + "vacuous": false, + "float_free": true, + "sampling": { + "seed": 1, + "draws": 64, + "accepted": 64, + "rejected": 0, + "infeasible": 0, + "undecided": 0 + } + }, + "W3Scratch/D2SchurLinks.lean::W3Scratch.cumulants_of_moments": { + "module": "W3Scratch/D2SchurLinks.lean", + "name": "W3Scratch.cumulants_of_moments", + "status": "CORROBORATED", + "detail": "holds on 64 sampled instances satisfying the hypotheses (0 draws rejected by the hypotheses, 0 infeasible, seed 1): sampling is admitted evidence of the statement, not a proof of it", + "instances": 64, + "vacuous": false, + "float_free": true, + "sampling": { + "seed": 1, + "draws": 64, + "accepted": 64, + "rejected": 0, + "infeasible": 0, + "undecided": 0 + } + }, + "W3Scratch/D2SchurLinks.lean::W3Scratch.gaussian_cumulants_iff": { + "module": "W3Scratch/D2SchurLinks.lean", + "name": "W3Scratch.gaussian_cumulants_iff", + "status": "CORROBORATED", + "detail": "holds on 64 sampled instances satisfying the hypotheses (0 draws rejected by the hypotheses, 0 infeasible, seed 1): sampling is admitted evidence of the statement, not a proof of it", + "instances": 64, + "vacuous": false, + "float_free": true, + "sampling": { + "seed": 1, + "draws": 64, + "accepted": 64, + "rejected": 0, + "infeasible": 0, + "undecided": 0 + } + }, + "W3Scratch/D2SchurLinks.lean::W3Scratch.k4_sq_div": { + "module": "W3Scratch/D2SchurLinks.lean", + "name": "W3Scratch.k4_sq_div", + "status": "CORROBORATED", + "detail": "holds on 64 sampled instances satisfying the hypotheses (0 draws rejected by the hypotheses, 0 infeasible, seed 1): sampling is admitted evidence of the statement, not a proof of it", + "instances": 64, + "vacuous": false, + "float_free": true, + "sampling": { + "seed": 1, + "draws": 64, + "accepted": 64, + "rejected": 0, + "infeasible": 0, + "undecided": 0 + } + }, + "W3Scratch/D2SchurLinks.lean::W3Scratch.d2Tau_eq_srcTau": { + "module": "W3Scratch/D2SchurLinks.lean", + "name": "W3Scratch.d2Tau_eq_srcTau", + "status": "CORROBORATED", + "detail": "holds on 64 sampled instances satisfying the hypotheses (0 draws rejected by the hypotheses, 0 infeasible, seed 1): sampling is admitted evidence of the statement, not a proof of it", + "instances": 64, + "vacuous": false, + "float_free": true, + "sampling": { + "seed": 1, + "draws": 64, + "accepted": 64, + "rejected": 0, + "infeasible": 0, + "undecided": 0 + } + }, + "W3Scratch/D2SchurLinks.lean::W3Scratch.d2Schur_eq_srcSchur": { + "module": "W3Scratch/D2SchurLinks.lean", + "name": "W3Scratch.d2Schur_eq_srcSchur", + "status": "CORROBORATED", + "detail": "holds on 64 sampled instances satisfying the hypotheses (0 draws rejected by the hypotheses, 0 infeasible, seed 1): sampling is admitted evidence of the statement, not a proof of it", + "instances": 64, + "vacuous": false, + "float_free": true, + "sampling": { + "seed": 1, + "draws": 64, + "accepted": 64, + "rejected": 0, + "infeasible": 0, + "undecided": 0 + } + }, + "W3Scratch/D2SchurLinks.lean::W3Scratch.d2Numerator_eq_comment": { + "module": "W3Scratch/D2SchurLinks.lean", + "name": "W3Scratch.d2Numerator_eq_comment", + "status": "CORROBORATED", + "detail": "holds on 64 sampled instances satisfying the hypotheses (0 draws rejected by the hypotheses, 0 infeasible, seed 1): sampling is admitted evidence of the statement, not a proof of it", + "instances": 64, + "vacuous": false, + "float_free": true, + "sampling": { + "seed": 1, + "draws": 64, + "accepted": 64, + "rejected": 0, + "infeasible": 0, + "undecided": 0 + } + }, + "W3Scratch/D2SchurLinks.lean::W3Scratch.src_delta_cumulant": { + "module": "W3Scratch/D2SchurLinks.lean", + "name": "W3Scratch.src_delta_cumulant", + "status": "CORROBORATED", + "detail": "holds on 64 sampled instances satisfying the hypotheses (0 draws rejected by the hypotheses, 0 infeasible, seed 1): sampling is admitted evidence of the statement, not a proof of it", + "instances": 64, + "vacuous": false, + "float_free": true, + "sampling": { + "seed": 1, + "draws": 64, + "accepted": 64, + "rejected": 0, + "infeasible": 0, + "undecided": 0 + } + }, + "W3Scratch/D2SchurLinks.lean::W3Scratch.restrict_all_q": { + "module": "W3Scratch/D2SchurLinks.lean", + "name": "W3Scratch.restrict_all_q", + "status": "UNSUPPORTED", + "detail": "binder { P : \u211d \u2192 Prop } is neither a sampled numeric type (\u2115 \u2124 \u211a \u211d) nor a decidable hypothesis", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "W3Scratch/D2SchurLinks.lean::W3Scratch.note_section2_every_direction": { + "module": "W3Scratch/D2SchurLinks.lean", + "name": "W3Scratch.note_section2_every_direction", + "status": "CORROBORATED", + "detail": "holds on 28 sampled instances satisfying the hypotheses (1004 draws rejected by the hypotheses, 0 infeasible, seed 1): sampling is admitted evidence of the statement, not a proof of it", + "instances": 28, + "vacuous": false, + "float_free": true, + "sampling": { + "seed": 1, + "draws": 28, + "accepted": 28, + "rejected": 1004, + "infeasible": 0, + "undecided": 0 + } + }, + "W3Scratch/D2SchurLinks.lean::W3Scratch.gaussian_control_on_Icc": { + "module": "W3Scratch/D2SchurLinks.lean", + "name": "W3Scratch.gaussian_control_on_Icc", + "status": "UNSUPPORTED", + "detail": "unknown function Set.Icc", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "W3Scratch/D2SchurLinks.lean::W3Scratch.positivity_every_direction": { + "module": "W3Scratch/D2SchurLinks.lean", + "name": "W3Scratch.positivity_every_direction", + "status": "UNSUPPORTED", + "detail": "hypothesis ( h\u0394 : 0 < d2Delta m2 m4 m6 ) mentions undeclared names ['d2Delta']", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "W3Scratch/D2SchurLinks.lean::W3Scratch.lagrange_weighted": { + "module": "W3Scratch/D2SchurLinks.lean", + "name": "W3Scratch.lagrange_weighted", + "status": "UNSUPPORTED", + "detail": "unbounded big operator over i", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "W3Scratch/D2SchurLinks.lean::W3Scratch.double_sum_pos": { + "module": "W3Scratch/D2SchurLinks.lean", + "name": "W3Scratch.double_sum_pos", + "status": "UNSUPPORTED", + "detail": "binder ( F : \u03b9 \u2192 \u03b9 \u2192 \u211d ) is neither a sampled numeric type (\u2115 \u2124 \u211a \u211d) nor a decidable hypothesis", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "W3Scratch/D2SchurLinks.lean::W3Scratch.finite_law_moment_hyps": { + "module": "W3Scratch/D2SchurLinks.lean", + "name": "W3Scratch.finite_law_moment_hyps", + "status": "UNSUPPORTED", + "detail": "binder ( a b : \u03b9 ) is neither a sampled numeric type (\u2115 \u2124 \u211a \u211d) nor a decidable hypothesis", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "W3Scratch/D2SchurLinks.lean::W3Scratch.finite_law_positivity_every_direction": { + "module": "W3Scratch/D2SchurLinks.lean", + "name": "W3Scratch.finite_law_positivity_every_direction", + "status": "UNSUPPORTED", + "detail": "binder ( a b : \u03b9 ) is neither a sampled numeric type (\u2115 \u2124 \u211a \u211d) nor a decidable hypothesis", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "W3Scratch/Side24Law.lean::W3Scratch.Side24.residual4_tsum": { + "module": "W3Scratch/Side24Law.lean", + "name": "W3Scratch.Side24.residual4_tsum", + "status": "UNSUPPORTED", + "detail": "binder ( hs : \u2200 n : \u2115 , Summable fun i => w i * a i ^ n ) is neither a sampled numeric type (\u2115 \u2124 \u211a \u211d) nor a decidable hypothesis", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "W3Scratch/Side24Law.lean::W3Scratch.Side24.residual6_tsum": { + "module": "W3Scratch/Side24Law.lean", + "name": "W3Scratch.Side24.residual6_tsum", + "status": "UNSUPPORTED", + "detail": "binder ( hs : \u2200 n : \u2115 , Summable fun i => w i * a i ^ n ) is neither a sampled numeric type (\u2115 \u2124 \u211a \u211d) nor a decidable hypothesis", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "W3Scratch/Side24Law.lean::W3Scratch.Side24.sq_pos_of_ne": { + "module": "W3Scratch/Side24Law.lean", + "name": "W3Scratch.Side24.sq_pos_of_ne", + "status": "CORROBORATED", + "detail": "holds on 64 sampled instances satisfying the hypotheses (1 draws rejected by the hypotheses, 0 infeasible, seed 1): sampling is admitted evidence of the statement, not a proof of it", + "instances": 64, + "vacuous": false, + "float_free": true, + "sampling": { + "seed": 1, + "draws": 105, + "accepted": 64, + "rejected": 1, + "infeasible": 0, + "undecided": 0 + } + }, + "W3Scratch/Side24Law.lean::W3Scratch.Side24.countable_law_moment_hyps": { + "module": "W3Scratch/Side24Law.lean", + "name": "W3Scratch.Side24.countable_law_moment_hyps", + "status": "UNSUPPORTED", + "detail": "hypothesis ( hw : \u2200 i , 0 \u2264 w i ) mentions undeclared names ['w']", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "W3Scratch/Side24Law.lean::W3Scratch.Side24.weight_pos": { + "module": "W3Scratch/Side24Law.lean", + "name": "W3Scratch.Side24.weight_pos", + "status": "CORROBORATED", + "detail": "holds on 64 sampled instances satisfying the hypotheses (0 draws rejected by the hypotheses, 57 infeasible, seed 1): sampling is admitted evidence of the statement, not a proof of it", + "instances": 64, + "vacuous": false, + "float_free": true, + "sampling": { + "seed": 1, + "draws": 124, + "accepted": 64, + "rejected": 0, + "infeasible": 57, + "undecided": 0 + } + }, + "W3Scratch/Side24Law.lean::W3Scratch.Side24.summable_weight_mul_atom_pow": { + "module": "W3Scratch/Side24Law.lean", + "name": "W3Scratch.Side24.summable_weight_mul_atom_pow", + "status": "UNSUPPORTED", + "detail": "unparsed statement: SyntaxError: trailing tokens from 'fun'", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "W3Scratch/Side24Law.lean::W3Scratch.Side24.summable_sixth": { + "module": "W3Scratch/Side24Law.lean", + "name": "W3Scratch.Side24.summable_sixth", + "status": "UNSUPPORTED", + "detail": "unparsed statement: SyntaxError: trailing tokens from 'fun'", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "W3Scratch/Side24Law.lean::W3Scratch.Side24.dualZ_pos": { + "module": "W3Scratch/Side24Law.lean", + "name": "W3Scratch.Side24.dualZ_pos", + "status": "UNSUPPORTED", + "detail": "definition rawSum has an unparsed body", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "W3Scratch/Side24Law.lean::W3Scratch.Side24.dual_normalized": { + "module": "W3Scratch/Side24Law.lean", + "name": "W3Scratch.Side24.dual_normalized", + "status": "UNSUPPORTED", + "detail": "unsupported syntax: infinite sum \u2211' (tsum / tprod) is outside the interpreter", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "W3Scratch/Side24Law.lean::W3Scratch.Side24.dual_odd_moment_zero": { + "module": "W3Scratch/Side24Law.lean", + "name": "W3Scratch.Side24.dual_odd_moment_zero", + "status": "UNSUPPORTED", + "detail": "definition rawSum has an unparsed body", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "W3Scratch/Side24Law.lean::W3Scratch.Side24.dual_moment_hyps": { + "module": "W3Scratch/Side24Law.lean", + "name": "W3Scratch.Side24.dual_moment_hyps", + "status": "UNSUPPORTED", + "detail": "lawMoment applied to 3 of 1 arguments", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "W3Scratch/Side24Law.lean::W3Scratch.Side24.dual_positivity_every_direction": { + "module": "W3Scratch/Side24Law.lean", + "name": "W3Scratch.Side24.dual_positivity_every_direction", + "status": "UNSUPPORTED", + "detail": "lawMoment applied to 3 of 1 arguments", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "W3Scratch/Side24Law.lean::W3Scratch.Side24.imageSum_zero": { + "module": "W3Scratch/Side24Law.lean", + "name": "W3Scratch.Side24.imageSum_zero", + "status": "UNSUPPORTED", + "detail": "definition imageSum has an unparsed body", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "W3Scratch/Side24Law.lean::W3Scratch.Side24.theta_zero_eq_dual": { + "module": "W3Scratch/Side24Law.lean", + "name": "W3Scratch.Side24.theta_zero_eq_dual", + "status": "UNSUPPORTED", + "detail": "definition theta has an unparsed body", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "W3Scratch/Side24Law.lean::W3Scratch.Side24.theta_term_iteratedDeriv": { + "module": "W3Scratch/Side24Law.lean", + "name": "W3Scratch.Side24.theta_term_iteratedDeriv", + "status": "UNSUPPORTED", + "detail": "unknown function iteratedDeriv", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "W3Scratch/Side24Law.lean::W3Scratch.Side24.imageSum_even_eq_tsum_termwise": { + "module": "W3Scratch/Side24Law.lean", + "name": "W3Scratch.Side24.imageSum_even_eq_tsum_termwise", + "status": "UNSUPPORTED", + "detail": "unsupported syntax: infinite sum \u2211' (tsum / tprod) is outside the interpreter", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "W3Scratch/Side24Poisson.lean::W3Scratch.Side24.theta_eq_cos_series": { + "module": "W3Scratch/Side24Poisson.lean", + "name": "W3Scratch.Side24.theta_eq_cos_series", + "status": "UNSUPPORTED", + "detail": "unsupported syntax: infinite sum \u2211' (tsum / tprod) is outside the interpreter", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "W3Scratch/Side24Poisson.lean::W3Scratch.Side24.contDiff_gauss": { + "module": "W3Scratch/Side24Poisson.lean", + "name": "W3Scratch.Side24.contDiff_gauss", + "status": "UNSUPPORTED", + "detail": "unsupported syntax: notation '\u221e'", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "W3Scratch/Side24Poisson.lean::W3Scratch.Side24.hasDerivAt_iterate_deriv_gauss": { + "module": "W3Scratch/Side24Poisson.lean", + "name": "W3Scratch.Side24.hasDerivAt_iterate_deriv_gauss", + "status": "UNSUPPORTED", + "detail": "proposition of form App", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "W3Scratch/Side24Poisson.lean::W3Scratch.Side24.poly_exp_bound": { + "module": "W3Scratch/Side24Poisson.lean", + "name": "W3Scratch.Side24.poly_exp_bound", + "status": "UNSUPPORTED", + "detail": "binder ( p : Polynomial \u2124 ) is neither a sampled numeric type (\u2115 \u2124 \u211a \u211d) nor a decidable hypothesis", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "W3Scratch/Side24Poisson.lean::W3Scratch.Side24.abs_sub_sq_le": { + "module": "W3Scratch/Side24Poisson.lean", + "name": "W3Scratch.Side24.abs_sub_sq_le", + "status": "CORROBORATED", + "detail": "holds on 64 sampled instances satisfying the hypotheses (32 draws rejected by the hypotheses, 0 infeasible, seed 1): sampling is admitted evidence of the statement, not a proof of it", + "instances": 64, + "vacuous": false, + "float_free": true, + "sampling": { + "seed": 1, + "draws": 64, + "accepted": 64, + "rejected": 32, + "infeasible": 0, + "undecided": 0 + } + }, + "W3Scratch/Side24Poisson.lean::W3Scratch.Side24.iterate_deriv_gauss_bound": { + "module": "W3Scratch/Side24Poisson.lean", + "name": "W3Scratch.Side24.iterate_deriv_gauss_bound", + "status": "UNSUPPORTED", + "detail": "unsupported syntax: existential quantifier", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "W3Scratch/Side24Poisson.lean::W3Scratch.Side24.summable_majorant": { + "module": "W3Scratch/Side24Poisson.lean", + "name": "W3Scratch.Side24.summable_majorant", + "status": "UNSUPPORTED", + "detail": "unparsed statement: SyntaxError: trailing tokens from 'fun'", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "W3Scratch/Side24Poisson.lean::W3Scratch.Side24.summable_thetaD_terms": { + "module": "W3Scratch/Side24Poisson.lean", + "name": "W3Scratch.Side24.summable_thetaD_terms", + "status": "UNSUPPORTED", + "detail": "unparsed statement: SyntaxError: trailing tokens from 'fun'", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "W3Scratch/Side24Poisson.lean::W3Scratch.Side24.hasDerivAt_thetaD": { + "module": "W3Scratch/Side24Poisson.lean", + "name": "W3Scratch.Side24.hasDerivAt_thetaD", + "status": "UNSUPPORTED", + "detail": "proposition of form App", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "W3Scratch/Side24Poisson.lean::W3Scratch.Side24.summable_abs_weight_mul_atom_pow": { + "module": "W3Scratch/Side24Poisson.lean", + "name": "W3Scratch.Side24.summable_abs_weight_mul_atom_pow", + "status": "UNSUPPORTED", + "detail": "unparsed statement: SyntaxError: trailing tokens from 'fun'", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "W3Scratch/Side24Poisson.lean::W3Scratch.Side24.cosD_term_bound": { + "module": "W3Scratch/Side24Poisson.lean", + "name": "W3Scratch.Side24.cosD_term_bound", + "status": "CORROBORATED", + "detail": "holds on 64 sampled instances satisfying the hypotheses (0 draws rejected by the hypotheses, 103 infeasible, 11 undecided by enclosures and skipped, seed 1): sampling is admitted evidence of the statement, not a proof of it", + "instances": 64, + "vacuous": false, + "float_free": true, + "sampling": { + "seed": 1, + "draws": 178, + "accepted": 64, + "rejected": 0, + "infeasible": 103, + "undecided": 11 + } + }, + "W3Scratch/Side24Poisson.lean::W3Scratch.Side24.hasDerivAt_cosD": { + "module": "W3Scratch/Side24Poisson.lean", + "name": "W3Scratch.Side24.hasDerivAt_cosD", + "status": "UNSUPPORTED", + "detail": "proposition of form App", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "W3Scratch/Side24Poisson.lean::W3Scratch.Side24.thetaD_zero": { + "module": "W3Scratch/Side24Poisson.lean", + "name": "W3Scratch.Side24.thetaD_zero", + "status": "UNSUPPORTED", + "detail": "definition thetaD has an unparsed body", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "W3Scratch/Side24Poisson.lean::W3Scratch.Side24.cosD_zero": { + "module": "W3Scratch/Side24Poisson.lean", + "name": "W3Scratch.Side24.cosD_zero", + "status": "UNSUPPORTED", + "detail": "unsupported syntax: infinite sum \u2211' (tsum / tprod) is outside the interpreter", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "W3Scratch/Side24Poisson.lean::W3Scratch.Side24.iteratedDeriv_theta": { + "module": "W3Scratch/Side24Poisson.lean", + "name": "W3Scratch.Side24.iteratedDeriv_theta", + "status": "UNSUPPORTED", + "detail": "unknown function iteratedDeriv", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "W3Scratch/Side24Poisson.lean::W3Scratch.Side24.iteratedDeriv_theta_termwise": { + "module": "W3Scratch/Side24Poisson.lean", + "name": "W3Scratch.Side24.iteratedDeriv_theta_termwise", + "status": "UNSUPPORTED", + "detail": "unsupported syntax: infinite sum \u2211' (tsum / tprod) is outside the interpreter", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "W3Scratch/Side24Poisson.lean::W3Scratch.Side24.iteratedDeriv_cos_series": { + "module": "W3Scratch/Side24Poisson.lean", + "name": "W3Scratch.Side24.iteratedDeriv_cos_series", + "status": "UNSUPPORTED", + "detail": "unsupported syntax: infinite sum \u2211' (tsum / tprod) is outside the interpreter", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "W3Scratch/Side24Poisson.lean::W3Scratch.Side24.thetaD_eq_cosD": { + "module": "W3Scratch/Side24Poisson.lean", + "name": "W3Scratch.Side24.thetaD_eq_cosD", + "status": "UNSUPPORTED", + "detail": "definition thetaD has an unparsed body", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "W3Scratch/Side24Poisson.lean::W3Scratch.Side24.imageSum_even_eq_thetaD": { + "module": "W3Scratch/Side24Poisson.lean", + "name": "W3Scratch.Side24.imageSum_even_eq_thetaD", + "status": "UNSUPPORTED", + "detail": "definition imageSum has an unparsed body", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "W3Scratch/Side24Poisson.lean::W3Scratch.Side24.iteratedDeriv_theta_zero_even": { + "module": "W3Scratch/Side24Poisson.lean", + "name": "W3Scratch.Side24.iteratedDeriv_theta_zero_even", + "status": "UNSUPPORTED", + "detail": "unknown function iteratedDeriv", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "W3Scratch/Side24Poisson.lean::W3Scratch.Side24.cosD_even_zero": { + "module": "W3Scratch/Side24Poisson.lean", + "name": "W3Scratch.Side24.cosD_even_zero", + "status": "UNSUPPORTED", + "detail": "definition cosD has an unparsed body", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "W3Scratch/Side24Poisson.lean::W3Scratch.Side24.imageSum_even_eq": { + "module": "W3Scratch/Side24Poisson.lean", + "name": "W3Scratch.Side24.imageSum_even_eq", + "status": "UNSUPPORTED", + "detail": "definition imageSum has an unparsed body", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "W3Scratch/Side24Poisson.lean::W3Scratch.Side24.imageMoment_even_eq_dualMoment": { + "module": "W3Scratch/Side24Poisson.lean", + "name": "W3Scratch.Side24.imageMoment_even_eq_dualMoment", + "status": "UNSUPPORTED", + "detail": "definition imageSum has an unparsed body", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "W3Scratch/Side24Poisson.lean::W3Scratch.Side24.imageMoment_eq_dualMoment": { + "module": "W3Scratch/Side24Poisson.lean", + "name": "W3Scratch.Side24.imageMoment_eq_dualMoment", + "status": "UNSUPPORTED", + "detail": "definition imageSum has an unparsed body", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "W3Scratch/Side24Poisson.lean::W3Scratch.Side24.image_moment_hyps": { + "module": "W3Scratch/Side24Poisson.lean", + "name": "W3Scratch.Side24.image_moment_hyps", + "status": "UNSUPPORTED", + "detail": "definition imageSum has an unparsed body", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "W3Scratch/Side24Poisson.lean::W3Scratch.Side24.image_positivity_every_direction": { + "module": "W3Scratch/Side24Poisson.lean", + "name": "W3Scratch.Side24.image_positivity_every_direction", + "status": "UNSUPPORTED", + "detail": "definition imageSum has an unparsed body", + "instances": 0, + "vacuous": false, + "float_free": true + } + }, + "sampling": { + "seed": 1, + "samples": 64 + }, + "exit_code": 1, + "note": "G12 census: coverage of the empirical statement check over every declaration in a directory, with no manifest. PASS/CORROBORATED/FAIL/UNSUPPORTED as in a package check; UNSUPPORTED reasons are classified. Not a gate and not kernel evidence.", + "defs_from": { + "dirs": [ + "/formal" + ], + "files": 9, + "files_pooled": 9, + "file_sha256": { + "/ResearchFormalCoreR1/AlgebraV2.lean": "4480708263c40a2f7f03f12ef7e15f0eb4f8193c2dccbb253921a7ec251863c3", + "/ResearchFormalCoreR1/D2Schur.lean": "d3fb3ed7b4043227f1d5a06e208de9d94eb413c067e9d0f8802388407c9e15b9", + "/ResearchFormalCoreR1/MeasureBridge.lean": "28ac130db490c3c3e2fbfabf3ac5be43c854ab1468bf573bf5a8c0dd2c50955f", + "/ResearchFormalCoreR1/MomentGenerality.lean": "fdec55f1602938cd8fdb5b71535962e76a9671bf230dea53868b14147fb3b509", + "/ResearchFormalCoreR1/MomentTail.lean": "87fe3ee90afc52d8c2652881f1ae195d1b0b15a2ffc18c84d6166d1a4d0de2aa", + "/ResearchFormalCoreR1/ProbabilityCompanionsV2.lean": "338452a0c2ba24d016059354d543cc995b8cb29c9d4a41d98bb93499f5f8cb8f", + "/ResearchFormalCoreR1/WeightPerturbation.lean": "50ce15709a133da12a0b4333cc653d26c5fd8a412976c975a7c2f3b25ed5c00f", + "/ResearchFormalCoreR1/WeightedLaw.lean": "f31dfd2cd048cc0c0446c54c46d89c9cdd5d7bb9d76e9d8d16b7c034f351d736", + "/ResearchFormalCoreR1.lean": "c55cc116ff3ffbffdb692226e215450a5d2e85b60d27b1b04d529b87bdef38f8" + }, + "byte_identical_to_group": {} + }, + "unresolved_imports": {} +} diff --git a/cbz/evidence/g12-statement-fuzz-01n/census_math_dfa9b30a_20261106_deps/reviews_w3_side24_source_proposal_20261008.stdout.txt b/cbz/evidence/g12-statement-fuzz-01n/census_math_dfa9b30a_20261106_deps/reviews_w3_side24_source_proposal_20261008.stdout.txt new file mode 100644 index 000000000..9dfea2fc5 --- /dev/null +++ b/cbz/evidence/g12-statement-fuzz-01n/census_math_dfa9b30a_20261106_deps/reviews_w3_side24_source_proposal_20261008.stdout.txt @@ -0,0 +1,114 @@ +{ + "lean_dir": "/reviews/w3_side24_source_proposal_20261008", + "files": 3, + "files_evaluated": 3, + "targets": 77, + "status_counts": { + "CORROBORATED": 22, + "PASS": 1, + "UNSUPPORTED": 54 + }, + "unsupported_reasons": { + "definition outside the interpreter": 13, + "other": 9, + "unparsed statement": 7, + "binder outside the interpreter": 7, + "unknown function": 5, + "Mathlib notation": 4, + "existential quantifier": 3, + "proposition outside the interpreter": 3, + "hypothesis outside the interpreter": 2, + "enclosures do not decide the statement": 1 + }, + "sampling": { + "seed": 1, + "samples": 64 + }, + "exit_code": 1, + "unresolved_imports": {}, + "copies": 0, + "defs_from": { + "dirs": [ + "/formal" + ], + "files": 9, + "files_pooled": 9, + "byte_identical_to_group": {} + } +} +CORROBORATED: W3Scratch/D2SchurLinks.lean::W3Scratch.d2Alpha_eq_src: holds on 64 sampled instances satisfying the hypotheses (0 draws rejected by the hypotheses, 0 infeasible, seed 1): sampling is admitted evidence of the statement, not a proof of it +CORROBORATED: W3Scratch/D2SchurLinks.lean::W3Scratch.d2Gamma_eq_src: holds on 64 sampled instances satisfying the hypotheses (0 draws rejected by the hypotheses, 0 infeasible, seed 1): sampling is admitted evidence of the statement, not a proof of it +CORROBORATED: W3Scratch/D2SchurLinks.lean::W3Scratch.srcE_sq: holds on 4 sampled instances satisfying the hypotheses (1008 draws rejected by the hypotheses, 0 infeasible, seed 1): sampling is admitted evidence of the statement, not a proof of it — WEAK: only 4 i +CORROBORATED: W3Scratch/D2SchurLinks.lean::W3Scratch.d2DetV_eq_alpha_gamma_q: holds on 64 sampled instances satisfying the hypotheses (0 draws rejected by the hypotheses, 0 infeasible, seed 1): sampling is admitted evidence of the statement, not a proof of it +CORROBORATED: W3Scratch/D2SchurLinks.lean::W3Scratch.d2DetV_eq_srcDet: holds on 64 sampled instances satisfying the hypotheses (0 draws rejected by the hypotheses, 0 infeasible, seed 1): sampling is admitted evidence of the statement, not a proof of it +CORROBORATED: W3Scratch/D2SchurLinks.lean::W3Scratch.d2DetV_eq_alpha_gamma_e: holds on 27 sampled instances satisfying the hypotheses (1005 draws rejected by the hypotheses, 0 infeasible, seed 1): sampling is admitted evidence of the statement, not a proof of it +CORROBORATED: W3Scratch/D2SchurLinks.lean::W3Scratch.d2DetV_eq_det_varV: holds on 27 sampled instances satisfying the hypotheses (1005 draws rejected by the hypotheses, 0 infeasible, seed 1): sampling is admitted evidence of the statement, not a proof of it +CORROBORATED: W3Scratch/D2SchurLinks.lean::W3Scratch.d2DetV_eq_note_linear: holds on 64 sampled instances satisfying the hypotheses (0 draws rejected by the hypotheses, 0 infeasible, seed 1): sampling is admitted evidence of the statement, not a proof of it +CORROBORATED: W3Scratch/D2SchurLinks.lean::W3Scratch.srcQ_mem_Icc: holds on 4 sampled instances satisfying the hypotheses (1008 draws rejected by the hypotheses, 0 infeasible, seed 1): sampling is admitted evidence of the statement, not a proof of it — WEAK: only 4 i +UNSUPPORTED: W3Scratch/D2SchurLinks.lean::W3Scratch.exists_unit_of_mem_Icc: unsupported syntax: existential quantifier +UNSUPPORTED: W3Scratch/D2SchurLinks.lean::W3Scratch.unit_q_range: unsupported syntax: existential quantifier +UNSUPPORTED: W3Scratch/D2SchurLinks.lean::W3Scratch.unit_q_image: unsupported syntax: notation "'" +UNSUPPORTED: W3Scratch/D2SchurLinks.lean::W3Scratch.srcQTheta_eq: the enclosures to 256 bits did not decide 286 of the sampled instances (1 decided, all held): sampling cannot corroborate the statement +UNSUPPORTED: W3Scratch/D2SchurLinks.lean::W3Scratch.srcQTheta_range: unknown function Set.range +UNSUPPORTED: W3Scratch/D2SchurLinks.lean::W3Scratch.d2_schur_endpoint_isLeast: unsupported syntax: notation "'" +UNSUPPORTED: W3Scratch/D2SchurLinks.lean::W3Scratch.d2_schur_endpoint_sInf: unsupported syntax: notation "'" +UNSUPPORTED: W3Scratch/D2SchurLinks.lean::W3Scratch.d2_schur_min_over_unit_directions: unparsed statement: SyntaxError: trailing tokens from '{' +UNSUPPORTED: W3Scratch/D2SchurLinks.lean::W3Scratch.d2_schur_min_over_angles: unparsed statement: SyntaxError: expected ')', got fun +CORROBORATED: W3Scratch/D2SchurLinks.lean::W3Scratch.moments_of_cumulants: holds on 64 sampled instances satisfying the hypotheses (0 draws rejected by the hypotheses, 0 infeasible, seed 1): sampling is admitted evidence of the statement, not a proof of it +CORROBORATED: W3Scratch/D2SchurLinks.lean::W3Scratch.cumulants_of_moments: holds on 64 sampled instances satisfying the hypotheses (0 draws rejected by the hypotheses, 0 infeasible, seed 1): sampling is admitted evidence of the statement, not a proof of it +CORROBORATED: W3Scratch/D2SchurLinks.lean::W3Scratch.gaussian_cumulants_iff: holds on 64 sampled instances satisfying the hypotheses (0 draws rejected by the hypotheses, 0 infeasible, seed 1): sampling is admitted evidence of the statement, not a proof of it +CORROBORATED: W3Scratch/D2SchurLinks.lean::W3Scratch.k4_sq_div: holds on 64 sampled instances satisfying the hypotheses (0 draws rejected by the hypotheses, 0 infeasible, seed 1): sampling is admitted evidence of the statement, not a proof of it +CORROBORATED: W3Scratch/D2SchurLinks.lean::W3Scratch.d2Tau_eq_srcTau: holds on 64 sampled instances satisfying the hypotheses (0 draws rejected by the hypotheses, 0 infeasible, seed 1): sampling is admitted evidence of the statement, not a proof of it +CORROBORATED: W3Scratch/D2SchurLinks.lean::W3Scratch.d2Schur_eq_srcSchur: holds on 64 sampled instances satisfying the hypotheses (0 draws rejected by the hypotheses, 0 infeasible, seed 1): sampling is admitted evidence of the statement, not a proof of it +CORROBORATED: W3Scratch/D2SchurLinks.lean::W3Scratch.d2Numerator_eq_comment: holds on 64 sampled instances satisfying the hypotheses (0 draws rejected by the hypotheses, 0 infeasible, seed 1): sampling is admitted evidence of the statement, not a proof of it +CORROBORATED: W3Scratch/D2SchurLinks.lean::W3Scratch.src_delta_cumulant: holds on 64 sampled instances satisfying the hypotheses (0 draws rejected by the hypotheses, 0 infeasible, seed 1): sampling is admitted evidence of the statement, not a proof of it +UNSUPPORTED: W3Scratch/D2SchurLinks.lean::W3Scratch.restrict_all_q: binder { P : ℝ → Prop } is neither a sampled numeric type (ℕ ℤ ℚ ℝ) nor a decidable hypothesis +CORROBORATED: W3Scratch/D2SchurLinks.lean::W3Scratch.note_section2_every_direction: holds on 28 sampled instances satisfying the hypotheses (1004 draws rejected by the hypotheses, 0 infeasible, seed 1): sampling is admitted evidence of the statement, not a proof of it +UNSUPPORTED: W3Scratch/D2SchurLinks.lean::W3Scratch.gaussian_control_on_Icc: unknown function Set.Icc +UNSUPPORTED: W3Scratch/D2SchurLinks.lean::W3Scratch.positivity_every_direction: hypothesis ( hΔ : 0 < d2Delta m2 m4 m6 ) mentions undeclared names ['d2Delta'] +UNSUPPORTED: W3Scratch/D2SchurLinks.lean::W3Scratch.lagrange_weighted: unbounded big operator over i +UNSUPPORTED: W3Scratch/D2SchurLinks.lean::W3Scratch.double_sum_pos: binder ( F : ι → ι → ℝ ) is neither a sampled numeric type (ℕ ℤ ℚ ℝ) nor a decidable hypothesis +UNSUPPORTED: W3Scratch/D2SchurLinks.lean::W3Scratch.finite_law_moment_hyps: binder ( a b : ι ) is neither a sampled numeric type (ℕ ℤ ℚ ℝ) nor a decidable hypothesis +UNSUPPORTED: W3Scratch/D2SchurLinks.lean::W3Scratch.finite_law_positivity_every_direction: binder ( a b : ι ) is neither a sampled numeric type (ℕ ℤ ℚ ℝ) nor a decidable hypothesis +UNSUPPORTED: W3Scratch/Side24Law.lean::W3Scratch.Side24.residual4_tsum: binder ( hs : ∀ n : ℕ , Summable fun i => w i * a i ^ n ) is neither a sampled numeric type (ℕ ℤ ℚ ℝ) nor a decidable hypothesis +UNSUPPORTED: W3Scratch/Side24Law.lean::W3Scratch.Side24.residual6_tsum: binder ( hs : ∀ n : ℕ , Summable fun i => w i * a i ^ n ) is neither a sampled numeric type (ℕ ℤ ℚ ℝ) nor a decidable hypothesis +CORROBORATED: W3Scratch/Side24Law.lean::W3Scratch.Side24.sq_pos_of_ne: holds on 64 sampled instances satisfying the hypotheses (1 draws rejected by the hypotheses, 0 infeasible, seed 1): sampling is admitted evidence of the statement, not a proof of it +UNSUPPORTED: W3Scratch/Side24Law.lean::W3Scratch.Side24.countable_law_moment_hyps: hypothesis ( hw : ∀ i , 0 ≤ w i ) mentions undeclared names ['w'] +CORROBORATED: W3Scratch/Side24Law.lean::W3Scratch.Side24.weight_pos: holds on 64 sampled instances satisfying the hypotheses (0 draws rejected by the hypotheses, 57 infeasible, seed 1): sampling is admitted evidence of the statement, not a proof of it +UNSUPPORTED: W3Scratch/Side24Law.lean::W3Scratch.Side24.summable_weight_mul_atom_pow: unparsed statement: SyntaxError: trailing tokens from 'fun' +UNSUPPORTED: W3Scratch/Side24Law.lean::W3Scratch.Side24.summable_sixth: unparsed statement: SyntaxError: trailing tokens from 'fun' +UNSUPPORTED: W3Scratch/Side24Law.lean::W3Scratch.Side24.dualZ_pos: definition rawSum has an unparsed body +UNSUPPORTED: W3Scratch/Side24Law.lean::W3Scratch.Side24.dual_normalized: unsupported syntax: infinite sum ∑' (tsum / tprod) is outside the interpreter +UNSUPPORTED: W3Scratch/Side24Law.lean::W3Scratch.Side24.dual_odd_moment_zero: definition rawSum has an unparsed body +UNSUPPORTED: W3Scratch/Side24Law.lean::W3Scratch.Side24.dual_moment_hyps: lawMoment applied to 3 of 1 arguments +UNSUPPORTED: W3Scratch/Side24Law.lean::W3Scratch.Side24.dual_positivity_every_direction: lawMoment applied to 3 of 1 arguments +UNSUPPORTED: W3Scratch/Side24Law.lean::W3Scratch.Side24.imageSum_zero: definition imageSum has an unparsed body +UNSUPPORTED: W3Scratch/Side24Law.lean::W3Scratch.Side24.theta_zero_eq_dual: definition theta has an unparsed body +UNSUPPORTED: W3Scratch/Side24Law.lean::W3Scratch.Side24.theta_term_iteratedDeriv: unknown function iteratedDeriv +UNSUPPORTED: W3Scratch/Side24Law.lean::W3Scratch.Side24.imageSum_even_eq_tsum_termwise: unsupported syntax: infinite sum ∑' (tsum / tprod) is outside the interpreter +UNSUPPORTED: W3Scratch/Side24Poisson.lean::W3Scratch.Side24.theta_eq_cos_series: unsupported syntax: infinite sum ∑' (tsum / tprod) is outside the interpreter +UNSUPPORTED: W3Scratch/Side24Poisson.lean::W3Scratch.Side24.contDiff_gauss: unsupported syntax: notation '∞' +UNSUPPORTED: W3Scratch/Side24Poisson.lean::W3Scratch.Side24.hasDerivAt_iterate_deriv_gauss: proposition of form App +UNSUPPORTED: W3Scratch/Side24Poisson.lean::W3Scratch.Side24.poly_exp_bound: binder ( p : Polynomial ℤ ) is neither a sampled numeric type (ℕ ℤ ℚ ℝ) nor a decidable hypothesis +CORROBORATED: W3Scratch/Side24Poisson.lean::W3Scratch.Side24.abs_sub_sq_le: holds on 64 sampled instances satisfying the hypotheses (32 draws rejected by the hypotheses, 0 infeasible, seed 1): sampling is admitted evidence of the statement, not a proof of it +UNSUPPORTED: W3Scratch/Side24Poisson.lean::W3Scratch.Side24.iterate_deriv_gauss_bound: unsupported syntax: existential quantifier +UNSUPPORTED: W3Scratch/Side24Poisson.lean::W3Scratch.Side24.summable_majorant: unparsed statement: SyntaxError: trailing tokens from 'fun' +UNSUPPORTED: W3Scratch/Side24Poisson.lean::W3Scratch.Side24.summable_thetaD_terms: unparsed statement: SyntaxError: trailing tokens from 'fun' +UNSUPPORTED: W3Scratch/Side24Poisson.lean::W3Scratch.Side24.hasDerivAt_thetaD: proposition of form App +UNSUPPORTED: W3Scratch/Side24Poisson.lean::W3Scratch.Side24.summable_abs_weight_mul_atom_pow: unparsed statement: SyntaxError: trailing tokens from 'fun' +CORROBORATED: W3Scratch/Side24Poisson.lean::W3Scratch.Side24.cosD_term_bound: holds on 64 sampled instances satisfying the hypotheses (0 draws rejected by the hypotheses, 103 infeasible, 11 undecided by enclosures and skipped, seed 1): sampling is admitted evidence of the state +UNSUPPORTED: W3Scratch/Side24Poisson.lean::W3Scratch.Side24.hasDerivAt_cosD: proposition of form App +UNSUPPORTED: W3Scratch/Side24Poisson.lean::W3Scratch.Side24.thetaD_zero: definition thetaD has an unparsed body +UNSUPPORTED: W3Scratch/Side24Poisson.lean::W3Scratch.Side24.cosD_zero: unsupported syntax: infinite sum ∑' (tsum / tprod) is outside the interpreter +UNSUPPORTED: W3Scratch/Side24Poisson.lean::W3Scratch.Side24.iteratedDeriv_theta: unknown function iteratedDeriv +UNSUPPORTED: W3Scratch/Side24Poisson.lean::W3Scratch.Side24.iteratedDeriv_theta_termwise: unsupported syntax: infinite sum ∑' (tsum / tprod) is outside the interpreter +UNSUPPORTED: W3Scratch/Side24Poisson.lean::W3Scratch.Side24.iteratedDeriv_cos_series: unsupported syntax: infinite sum ∑' (tsum / tprod) is outside the interpreter +UNSUPPORTED: W3Scratch/Side24Poisson.lean::W3Scratch.Side24.thetaD_eq_cosD: definition thetaD has an unparsed body +UNSUPPORTED: W3Scratch/Side24Poisson.lean::W3Scratch.Side24.imageSum_even_eq_thetaD: definition imageSum has an unparsed body +UNSUPPORTED: W3Scratch/Side24Poisson.lean::W3Scratch.Side24.iteratedDeriv_theta_zero_even: unknown function iteratedDeriv +UNSUPPORTED: W3Scratch/Side24Poisson.lean::W3Scratch.Side24.cosD_even_zero: definition cosD has an unparsed body +UNSUPPORTED: W3Scratch/Side24Poisson.lean::W3Scratch.Side24.imageSum_even_eq: definition imageSum has an unparsed body +UNSUPPORTED: W3Scratch/Side24Poisson.lean::W3Scratch.Side24.imageMoment_even_eq_dualMoment: definition imageSum has an unparsed body +UNSUPPORTED: W3Scratch/Side24Poisson.lean::W3Scratch.Side24.imageMoment_eq_dualMoment: definition imageSum has an unparsed body +UNSUPPORTED: W3Scratch/Side24Poisson.lean::W3Scratch.Side24.image_moment_hyps: definition imageSum has an unparsed body +UNSUPPORTED: W3Scratch/Side24Poisson.lean::W3Scratch.Side24.image_positivity_every_direction: definition imageSum has an unparsed body diff --git a/cbz/evidence/g12-statement-fuzz-01n/census_math_dfa9b30a_20261106_deps/run_census.sh b/cbz/evidence/g12-statement-fuzz-01n/census_math_dfa9b30a_20261106_deps/run_census.sh new file mode 100755 index 000000000..0a836eb3b --- /dev/null +++ b/cbz/evidence/g12-statement-fuzz-01n/census_math_dfa9b30a_20261106_deps/run_census.sh @@ -0,0 +1,35 @@ +#!/bin/bash +# G12 census over every Lean group in Math- at dfa9b30a with dependency definitions (--defs-from): each group pools +# the definitions of the groups its import lines name, transitively (dependency table in CENSUS.md); raw evidence +# snapshots excluded; copies deduplicated. +S=${CENSUS_SCRATCH:-/tmp/g12-census} +M=$S/math # git -C archive dfa9b30a frontiers companions specifications reviews formal | tar -x -C $M +OUT=$S/out; mkdir -p $OUT +cd "$(git rev-parse --show-toplevel)" +run() { + g=$1; shift; name=$(echo "$g" | tr '/' '_') + python3 -I tools/cbz/statement_fuzz.py --lean-dir "$M/$g" "$@" --exclude /raw --exclude raw- --json "$OUT/$name.json" > "$OUT/$name.stdout.txt" 2>&1 + python3 - "$OUT/$name.json" "$g" <<'EOF' +import json, sys +j = json.load(open(sys.argv[1])); c = j['status_counts'] +print(f"{sys.argv[2]:58} targets {j['targets']:4} PASS {c.get('PASS', 0):4} CORR {c.get('CORROBORATED', 0):4} FAIL {c.get('FAIL', 0):3} " + f"UNSUP {c.get('UNSUPPORTED', 0):4} defs-from {len(j.get('defs_from', {}).get('dirs', []))} unresolved {sorted(j['unresolved_imports'])}") +EOF +} + +run formal +run frontiers/source_derivative_gaussian_20261025 --defs-from "$M/companions/torus_filtration_20261011" --defs-from "$M/frontiers/asymmetric_elder_bridge_20261017" --defs-from "$M/frontiers/determinant_moment_20261025" --defs-from "$M/frontiers/source_lifetime_realization_20261017" --defs-from "$M/frontiers/source_smooth_realization_20261011" --defs-from "$M/specifications/lean_statements_20261010" +run frontiers/source_lifetime_realization_20261017 --defs-from "$M/frontiers/source_smooth_realization_20261011" +run specifications/lean_statement_proofs_20261011 --defs-from "$M/specifications/lean_statements_20261010" +run frontiers/source_smooth_realization_20261011 +run frontiers/determinant_moment_20261025 +run frontiers/compact_morse_elder_adapter_20261018 --defs-from "$M/companions/torus_filtration_20261011" --defs-from "$M/frontiers/asymmetric_elder_bridge_20261017" --defs-from "$M/frontiers/source_lifetime_realization_20261017" --defs-from "$M/frontiers/source_smooth_realization_20261011" --defs-from "$M/specifications/lean_statements_20261010" +run frontiers/regular_superlevel_geometry_20261020 +run frontiers/asymmetric_elder_bridge_20261017 --defs-from "$M/companions/torus_filtration_20261011" --defs-from "$M/specifications/lean_statements_20261010" +run companions/torus_filtration_20261011 --defs-from "$M/specifications/lean_statements_20261010" +run specifications/lean_statements_20261010 +run reviews/w3_side24_source_proposal_20261008 --defs-from "$M/formal" +run companions/d2_square_schur_20261006 --defs-from "$M/formal" +run companions/d2_atom_integral_20261006 --defs-from "$M/companions/d2_moment_bridge_20261006" --defs-from "$M/companions/d2_square_schur_20261006" --defs-from "$M/formal" +run companions/d2_moment_bridge_20261006 --defs-from "$M/formal" +run frontiers/cap_first_exit_lean_20261002 diff --git a/cbz/evidence/g12-statement-fuzz-01n/census_math_dfa9b30a_20261106_deps/specifications_lean_statement_proofs_20261011.json b/cbz/evidence/g12-statement-fuzz-01n/census_math_dfa9b30a_20261106_deps/specifications_lean_statement_proofs_20261011.json new file mode 100644 index 000000000..5a3394286 --- /dev/null +++ b/cbz/evidence/g12-statement-fuzz-01n/census_math_dfa9b30a_20261106_deps/specifications_lean_statement_proofs_20261011.json @@ -0,0 +1,5472 @@ +{ + "lean_dir": "/specifications/lean_statement_proofs_20261011", + "files": 15, + "files_evaluated": 15, + "copies": {}, + "file_sha256": { + "SpecificationProofs/P15Budget.lean": "6b5c5515345b3a8609fd7198f2da07e94a136dcf662445f1e528c63266671c46", + "SpecificationProofs/P15Covers.lean": "5d14d6283c52e90451bce80061dd55b07b9234c92b3d87de38c1975f5b1852ed", + "SpecificationProofs/P15Elementary.lean": "d4d87bba1da9473cd3c5bda9c702ba4dd036de06085d5ad589f17988bf8695b1", + "SpecificationProofs/P15Hazard.lean": "65584aea77eefd1f59aee51554d94b9ea9c390f7a62da40e4210f8487dbdf8f1", + "SpecificationProofs/P15Interpolation.lean": "bdfd836ecc96910824e78249a19a12e74b99ac2f352bda1e9d5daa4f93ff03cb", + "SpecificationProofs/P15Structure.lean": "a3c9f514a4d482a99402a57c0097e1819fedbfd71faffaafade3b2050d797598", + "SpecificationProofs/RNCluster.lean": "829f8ad5677c52d55ae7c4c3ea36d817692c3d122273e29dfe2068b00dde442a", + "SpecificationProofs/RNProbability.lean": "3bdc6055c8fe9419addc3ad7bf77c5a88efe387470d9c7201331343859808636", + "SpecificationProofs/Side24Analysis.lean": "7cf64095450464b5974e381f9c6d1ed238473dd931ff558cad67db1d9a62acbc", + "SpecificationProofs/Side24ConeMoment.lean": "08d53d0a970d5765c32e42253fd78226430627018c276398968cab9fc8e3180e", + "SpecificationProofs/Side24Covariance.lean": "08317c620ae7b85ce2d253f0a106a6cee0099566a09debeb703acbce4744ae30", + "SpecificationProofs/Side24Elementary.lean": "7fb8f8c5045f51ca766f1fa614a25e3b334b1ac6199731c2556c28707193c1bb", + "SpecificationProofs/Side24Images.lean": "ca643c39144400074658c39bbdd0f04ac47d29bd0c59fc2327d5a90d4f5ae392", + "SpecificationProofs/Side24Interfaces.lean": "cac965c9f6095a0812891b609be56e0fed885861f5c95cc0e9518e7908642fce", + "SpecificationProofs.lean": "bf65105b6902ba3ef8262a7cff13e611ce3e56263ad7f57a7183097e67332a8c" + }, + "targets": 559, + "status_counts": { + "UNSUPPORTED": 466, + "CORROBORATED": 44, + "PASS": 49 + }, + "unsupported_reasons": { + "binder outside the interpreter": 292, + "definition result type outside the interpreter": 51, + "definition outside the interpreter": 34, + "unparsed statement": 16, + "unknown function": 15, + "other": 13, + "proposition outside the interpreter": 11, + "Mathlib notation": 10, + "real exponent (Real.rpow)": 7, + "hypothesis outside the interpreter": 4, + "unknown name": 4, + "enclosures do not decide the statement": 3, + "structural conclusion": 3, + "unbounded quantifier inside the statement": 1, + "quantifier over an unsupported type": 1, + "ascription to an unsupported type": 1 + }, + "per_target": { + "SpecificationProofs/P15Budget.lean::UniversalLaw.Proofs.P15Budget.Aux.famPrice_nonneg": { + "module": "SpecificationProofs/P15Budget.lean", + "name": "UniversalLaw.Proofs.P15Budget.Aux.famPrice_nonneg", + "status": "UNSUPPORTED", + "detail": "binder ( G : Finset ( Finset Y ) ) is neither a sampled numeric type (\u2115 \u2124 \u211a \u211d) nor a decidable hypothesis", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "SpecificationProofs/P15Budget.lean::UniversalLaw.Proofs.P15Budget.Aux.coverSet_bddBelow": { + "module": "SpecificationProofs/P15Budget.lean", + "name": "UniversalLaw.Proofs.P15Budget.Aux.coverSet_bddBelow", + "status": "UNSUPPORTED", + "detail": "binder ( F : RealizedData X ) is neither a sampled numeric type (\u2115 \u2124 \u211a \u211d) nor a decidable hypothesis", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "SpecificationProofs/P15Budget.lean::UniversalLaw.Proofs.P15Budget.Aux.coverCost_le_famPrice": { + "module": "SpecificationProofs/P15Budget.lean", + "name": "UniversalLaw.Proofs.P15Budget.Aux.coverCost_le_famPrice", + "status": "UNSUPPORTED", + "detail": "binder ( F : RealizedData X ) is neither a sampled numeric type (\u2115 \u2124 \u211a \u211d) nor a decidable hypothesis", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "SpecificationProofs/P15Budget.lean::UniversalLaw.Proofs.P15Budget.Aux.isGeneratorCover_singleton_empty": { + "module": "SpecificationProofs/P15Budget.lean", + "name": "UniversalLaw.Proofs.P15Budget.Aux.isGeneratorCover_singleton_empty", + "status": "UNSUPPORTED", + "detail": "binder ( F : RealizedData X ) is neither a sampled numeric type (\u2115 \u2124 \u211a \u211d) nor a decidable hypothesis", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "SpecificationProofs/P15Budget.lean::UniversalLaw.Proofs.P15Budget.Aux.famPrice_singleton_empty": { + "module": "SpecificationProofs/P15Budget.lean", + "name": "UniversalLaw.Proofs.P15Budget.Aux.famPrice_singleton_empty", + "status": "UNSUPPORTED", + "detail": "unparsed statement: SyntaxError: trailing tokens from '{'", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "SpecificationProofs/P15Budget.lean::UniversalLaw.Proofs.P15Budget.Aux.coverCost_le_one": { + "module": "SpecificationProofs/P15Budget.lean", + "name": "UniversalLaw.Proofs.P15Budget.Aux.coverCost_le_one", + "status": "UNSUPPORTED", + "detail": "binder ( F : RealizedData X ) is neither a sampled numeric type (\u2115 \u2124 \u211a \u211d) nor a decidable hypothesis", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "SpecificationProofs/P15Budget.lean::UniversalLaw.Proofs.P15Budget.Aux.coverCost_le_sum_block": { + "module": "SpecificationProofs/P15Budget.lean", + "name": "UniversalLaw.Proofs.P15Budget.Aux.coverCost_le_sum_block", + "status": "UNSUPPORTED", + "detail": "binder { F : RealizedData X } is neither a sampled numeric type (\u2115 \u2124 \u211a \u211d) nor a decidable hypothesis", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "SpecificationProofs/P15Budget.lean::UniversalLaw.Proofs.P15Budget.Aux.le_cappedHazard_of": { + "module": "SpecificationProofs/P15Budget.lean", + "name": "UniversalLaw.Proofs.P15Budget.Aux.le_cappedHazard_of", + "status": "CORROBORATED", + "detail": "holds on 64 sampled instances satisfying the hypotheses (5 draws rejected by the hypotheses, 0 infeasible, seed 1): sampling is admitted evidence of the statement, not a proof of it", + "instances": 64, + "vacuous": false, + "float_free": true, + "sampling": { + "seed": 1, + "draws": 64, + "accepted": 64, + "rejected": 5, + "infeasible": 0, + "undecided": 0 + } + }, + "SpecificationProofs/P15Budget.lean::UniversalLaw.Proofs.P15Budget.Aux.sum_localFailure_le_neg_log_mu": { + "module": "SpecificationProofs/P15Budget.lean", + "name": "UniversalLaw.Proofs.P15Budget.Aux.sum_localFailure_le_neg_log_mu", + "status": "UNSUPPORTED", + "detail": "binder { F : RealizedData X } is neither a sampled numeric type (\u2115 \u2124 \u211a \u211d) nor a decidable hypothesis", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "SpecificationProofs/P15Budget.lean::UniversalLaw.Proofs.P15Budget.Aux.phi_le_div": { + "module": "SpecificationProofs/P15Budget.lean", + "name": "UniversalLaw.Proofs.P15Budget.Aux.phi_le_div", + "status": "CORROBORATED", + "detail": "holds on 64 sampled instances satisfying the hypotheses (6 draws rejected by the hypotheses, 0 infeasible, seed 1): sampling is admitted evidence of the statement, not a proof of it", + "instances": 64, + "vacuous": false, + "float_free": true, + "sampling": { + "seed": 1, + "draws": 443, + "accepted": 64, + "rejected": 6, + "infeasible": 0, + "undecided": 0 + } + }, + "SpecificationProofs/P15Budget.lean::UniversalLaw.Proofs.P15Budget.Aux.genPrice_le_ratio": { + "module": "SpecificationProofs/P15Budget.lean", + "name": "UniversalLaw.Proofs.P15Budget.Aux.genPrice_le_ratio", + "status": "UNSUPPORTED", + "detail": "binder ( F : RealizedData X ) is neither a sampled numeric type (\u2115 \u2124 \u211a \u211d) nor a decidable hypothesis", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "SpecificationProofs/P15Budget.lean::UniversalLaw.Proofs.P15Budget.Aux.prod_le_pow_of_le": { + "module": "SpecificationProofs/P15Budget.lean", + "name": "UniversalLaw.Proofs.P15Budget.Aux.prod_le_pow_of_le", + "status": "UNSUPPORTED", + "detail": "binder { s : Finset X } is neither a sampled numeric type (\u2115 \u2124 \u211a \u211d) nor a decidable hypothesis", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "SpecificationProofs/P15Budget.lean::UniversalLaw.Proofs.P15Budget.Aux.prod_inv_le_pow": { + "module": "SpecificationProofs/P15Budget.lean", + "name": "UniversalLaw.Proofs.P15Budget.Aux.prod_inv_le_pow", + "status": "UNSUPPORTED", + "detail": "binder { s : Finset X } is neither a sampled numeric type (\u2115 \u2124 \u211a \u211d) nor a decidable hypothesis", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "SpecificationProofs/P15Budget.lean::UniversalLaw.Proofs.P15Budget.Aux.genPrice_le_prod_mul_ratio": { + "module": "SpecificationProofs/P15Budget.lean", + "name": "UniversalLaw.Proofs.P15Budget.Aux.genPrice_le_prod_mul_ratio", + "status": "UNSUPPORTED", + "detail": "binder ( F : RealizedData X ) is neither a sampled numeric type (\u2115 \u2124 \u211a \u211d) nor a decidable hypothesis", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "SpecificationProofs/P15Budget.lean::UniversalLaw.Proofs.P15Budget.Aux.quarter_pow_identity": { + "module": "SpecificationProofs/P15Budget.lean", + "name": "UniversalLaw.Proofs.P15Budget.Aux.quarter_pow_identity", + "status": "CORROBORATED", + "detail": "holds on 64 sampled instances satisfying the hypotheses (0 draws rejected by the hypotheses, 47 infeasible, seed 1): sampling is admitted evidence of the statement, not a proof of it", + "instances": 64, + "vacuous": false, + "float_free": true, + "sampling": { + "seed": 1, + "draws": 112, + "accepted": 64, + "rejected": 0, + "infeasible": 47, + "undecided": 0 + } + }, + "SpecificationProofs/P15Budget.lean::UniversalLaw.Proofs.P15Budget.Aux.quarter_ratio_le": { + "module": "SpecificationProofs/P15Budget.lean", + "name": "UniversalLaw.Proofs.P15Budget.Aux.quarter_ratio_le", + "status": "CORROBORATED", + "detail": "holds on 64 sampled instances satisfying the hypotheses (8 draws rejected by the hypotheses, 59 infeasible, seed 1): sampling is admitted evidence of the statement, not a proof of it", + "instances": 64, + "vacuous": false, + "float_free": true, + "sampling": { + "seed": 1, + "draws": 138, + "accepted": 64, + "rejected": 8, + "infeasible": 59, + "undecided": 0 + } + }, + "SpecificationProofs/P15Budget.lean::UniversalLaw.Proofs.P15Budget.Aux.localGood_congr": { + "module": "SpecificationProofs/P15Budget.lean", + "name": "UniversalLaw.Proofs.P15Budget.Aux.localGood_congr", + "status": "UNSUPPORTED", + "detail": "binder ( F : RealizedData X ) is neither a sampled numeric type (\u2115 \u2124 \u211a \u211d) nor a decidable hypothesis", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "SpecificationProofs/P15Budget.lean::UniversalLaw.Proofs.P15Budget.Aux.localFailure_congr": { + "module": "SpecificationProofs/P15Budget.lean", + "name": "UniversalLaw.Proofs.P15Budget.Aux.localFailure_congr", + "status": "UNSUPPORTED", + "detail": "binder ( F : RealizedData X ) is neither a sampled numeric type (\u2115 \u2124 \u211a \u211d) nor a decidable hypothesis", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "SpecificationProofs/P15Budget.lean::UniversalLaw.Proofs.P15Budget.Aux.prod_le_localFailure_of_card_local": { + "module": "SpecificationProofs/P15Budget.lean", + "name": "UniversalLaw.Proofs.P15Budget.Aux.prod_le_localFailure_of_card_local", + "status": "UNSUPPORTED", + "detail": "binder ( F : RealizedData X ) is neither a sampled numeric type (\u2115 \u2124 \u211a \u211d) nor a decidable hypothesis", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "SpecificationProofs/P15Budget.lean::UniversalLaw.Proofs.P15Budget.Aux.genPrice_le_budget": { + "module": "SpecificationProofs/P15Budget.lean", + "name": "UniversalLaw.Proofs.P15Budget.Aux.genPrice_le_budget", + "status": "UNSUPPORTED", + "detail": "binder { F : RealizedData X } is neither a sampled numeric type (\u2115 \u2124 \u211a \u211d) nor a decidable hypothesis", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "SpecificationProofs/P15Budget.lean::UniversalLaw.Proofs.P15Budget.Aux.sum_genPrice_le_budget": { + "module": "SpecificationProofs/P15Budget.lean", + "name": "UniversalLaw.Proofs.P15Budget.Aux.sum_genPrice_le_budget", + "status": "UNSUPPORTED", + "detail": "binder { F : RealizedData X } is neither a sampled numeric type (\u2115 \u2124 \u211a \u211d) nor a decidable hypothesis", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "SpecificationProofs/P15Budget.lean::UniversalLaw.Proofs.P15Budget.Aux.weight_nonneg": { + "module": "SpecificationProofs/P15Budget.lean", + "name": "UniversalLaw.Proofs.P15Budget.Aux.weight_nonneg", + "status": "UNSUPPORTED", + "detail": "binder ( U : Finset Y ) is neither a sampled numeric type (\u2115 \u2124 \u211a \u211d) nor a decidable hypothesis", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "SpecificationProofs/P15Budget.lean::UniversalLaw.Proofs.P15Budget.Aux.isGood_empty": { + "module": "SpecificationProofs/P15Budget.lean", + "name": "UniversalLaw.Proofs.P15Budget.Aux.isGood_empty", + "status": "UNSUPPORTED", + "detail": "binder { F : RealizedData X } is neither a sampled numeric type (\u2115 \u2124 \u211a \u211d) nor a decidable hypothesis", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "SpecificationProofs/P15Budget.lean::UniversalLaw.Proofs.P15Budget.Aux.mu_pos": { + "module": "SpecificationProofs/P15Budget.lean", + "name": "UniversalLaw.Proofs.P15Budget.Aux.mu_pos", + "status": "UNSUPPORTED", + "detail": "binder { F : RealizedData X } is neither a sampled numeric type (\u2115 \u2124 \u211a \u211d) nor a decidable hypothesis", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "SpecificationProofs/P15Budget.lean::UniversalLaw.Proofs.P15Budget.Aux.log_benchmark_le": { + "module": "SpecificationProofs/P15Budget.lean", + "name": "UniversalLaw.Proofs.P15Budget.Aux.log_benchmark_le", + "status": "PASS", + "detail": "closed statement evaluated true", + "instances": 1, + "vacuous": false, + "float_free": true + }, + "SpecificationProofs/P15Budget.lean::UniversalLaw.Proofs.P15Budget.Aux.phi_benchmark": { + "module": "SpecificationProofs/P15Budget.lean", + "name": "UniversalLaw.Proofs.P15Budget.Aux.phi_benchmark", + "status": "UNSUPPORTED", + "detail": "enclosures to 1024 bits do not decide the statement: = is not decided at 1024 bits by the enclosures [2.44501766537443634e-5\u2026, 2.44501766537443634e-5\u2026] and [2.44501766537443634e-5\u2026, 2.44501766537443634e-5\u2026] \u2014 an equality between transcendental values is confirmed only in the exponential normal form (Real.exp of rationals under + \u2212 \u00d7 and integer powers); enclosures can refute it, never confirm it", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "SpecificationProofs/P15Budget.lean::UniversalLaw.Proofs.P15Budget.Aux.genPrice_benchmark_le": { + "module": "SpecificationProofs/P15Budget.lean", + "name": "UniversalLaw.Proofs.P15Budget.Aux.genPrice_benchmark_le", + "status": "UNSUPPORTED", + "detail": "binder { c : Fin 6 \u00d7 Fin 409 \u2192 \u211d } is neither a sampled numeric type (\u2115 \u2124 \u211a \u211d) nor a decidable hypothesis", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "SpecificationProofs/P15Budget.lean::UniversalLaw.Proofs.P15Budget.Aux.famPrice_benchmark_le_one": { + "module": "SpecificationProofs/P15Budget.lean", + "name": "UniversalLaw.Proofs.P15Budget.Aux.famPrice_benchmark_le_one", + "status": "UNSUPPORTED", + "detail": "binder { c : Fin 6 \u00d7 Fin 409 \u2192 \u211d } is neither a sampled numeric type (\u2115 \u2124 \u211a \u211d) nor a decidable hypothesis", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "SpecificationProofs/P15Budget.lean::UniversalLaw.Proofs.P15Budget.coverCostHazardBound": { + "module": "SpecificationProofs/P15Budget.lean", + "name": "UniversalLaw.Proofs.P15Budget.coverCostHazardBound", + "status": "UNSUPPORTED", + "detail": "binder ( F : RealizedData X ) is neither a sampled numeric type (\u2115 \u2124 \u211a \u211d) nor a decidable hypothesis", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "SpecificationProofs/P15Budget.lean::UniversalLaw.Proofs.P15Budget.restrictedLocalBudget": { + "module": "SpecificationProofs/P15Budget.lean", + "name": "UniversalLaw.Proofs.P15Budget.restrictedLocalBudget", + "status": "UNSUPPORTED", + "detail": "binder ( F : RealizedData X ) is neither a sampled numeric type (\u2115 \u2124 \u211a \u211d) nor a decidable hypothesis", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "SpecificationProofs/P15Budget.lean::UniversalLaw.Proofs.P15Budget.rhoTestSufficient": { + "module": "SpecificationProofs/P15Budget.lean", + "name": "UniversalLaw.Proofs.P15Budget.rhoTestSufficient", + "status": "UNSUPPORTED", + "detail": "binder ( F : RealizedData X ) is neither a sampled numeric type (\u2115 \u2124 \u211a \u211d) nor a decidable hypothesis", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "SpecificationProofs/P15Budget.lean::UniversalLaw.Proofs.P15Budget.restrictedTransformedPriceBudget": { + "module": "SpecificationProofs/P15Budget.lean", + "name": "UniversalLaw.Proofs.P15Budget.restrictedTransformedPriceBudget", + "status": "UNSUPPORTED", + "detail": "binder ( F : RealizedData X ) is neither a sampled numeric type (\u2115 \u2124 \u211a \u211d) nor a decidable hypothesis", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "SpecificationProofs/P15Budget.lean::UniversalLaw.Proofs.P15Budget.benchmark816TransformedRange": { + "module": "SpecificationProofs/P15Budget.lean", + "name": "UniversalLaw.Proofs.P15Budget.benchmark816TransformedRange", + "status": "UNSUPPORTED", + "detail": "result type Prop", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "SpecificationProofs/P15Covers.lean::UniversalLaw.Proofs.P15Covers.Aux.weight_nonneg": { + "module": "SpecificationProofs/P15Covers.lean", + "name": "UniversalLaw.Proofs.P15Covers.Aux.weight_nonneg", + "status": "UNSUPPORTED", + "detail": "binder ( U : Finset Y ) is neither a sampled numeric type (\u2115 \u2124 \u211a \u211d) nor a decidable hypothesis", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "SpecificationProofs/P15Covers.lean::UniversalLaw.Proofs.P15Covers.Aux.filter_superset_eq_image": { + "module": "SpecificationProofs/P15Covers.lean", + "name": "UniversalLaw.Proofs.P15Covers.Aux.filter_superset_eq_image", + "status": "UNSUPPORTED", + "detail": "binder ( M : Finset Y ) is neither a sampled numeric type (\u2115 \u2124 \u211a \u211d) nor a decidable hypothesis", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "SpecificationProofs/P15Covers.lean::UniversalLaw.Proofs.P15Covers.Aux.weight_union_of_disjoint": { + "module": "SpecificationProofs/P15Covers.lean", + "name": "UniversalLaw.Proofs.P15Covers.Aux.weight_union_of_disjoint", + "status": "UNSUPPORTED", + "detail": "binder { M T : Finset Y } is neither a sampled numeric type (\u2115 \u2124 \u211a \u211d) nor a decidable hypothesis", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "SpecificationProofs/P15Covers.lean::UniversalLaw.Proofs.P15Covers.Aux.sum_weight_filter_superset": { + "module": "SpecificationProofs/P15Covers.lean", + "name": "UniversalLaw.Proofs.P15Covers.Aux.sum_weight_filter_superset", + "status": "UNSUPPORTED", + "detail": "binder ( M : Finset Y ) is neither a sampled numeric type (\u2115 \u2124 \u211a \u211d) nor a decidable hypothesis", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "SpecificationProofs/P15Covers.lean::UniversalLaw.Proofs.P15Covers.Aux.sum_weight_ite_superset": { + "module": "SpecificationProofs/P15Covers.lean", + "name": "UniversalLaw.Proofs.P15Covers.Aux.sum_weight_ite_superset", + "status": "UNSUPPORTED", + "detail": "binder ( M : Finset Y ) is neither a sampled numeric type (\u2115 \u2124 \u211a \u211d) nor a decidable hypothesis", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "SpecificationProofs/P15Covers.lean::UniversalLaw.Proofs.P15Covers.Aux.one_sub_mu_eq": { + "module": "SpecificationProofs/P15Covers.lean", + "name": "UniversalLaw.Proofs.P15Covers.Aux.one_sub_mu_eq", + "status": "UNSUPPORTED", + "detail": "binder ( F : RealizedData X ) is neither a sampled numeric type (\u2115 \u2124 \u211a \u211d) nor a decidable hypothesis", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "SpecificationProofs/P15Covers.lean::UniversalLaw.Proofs.P15Covers.Aux.one_sub_mu_le_sum_prod": { + "module": "SpecificationProofs/P15Covers.lean", + "name": "UniversalLaw.Proofs.P15Covers.Aux.one_sub_mu_le_sum_prod", + "status": "UNSUPPORTED", + "detail": "binder ( F : RealizedData X ) is neither a sampled numeric type (\u2115 \u2124 \u211a \u211d) nor a decidable hypothesis", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "SpecificationProofs/P15Covers.lean::UniversalLaw.Proofs.P15Covers.Aux.exists_minimalForbidden_subset": { + "module": "SpecificationProofs/P15Covers.lean", + "name": "UniversalLaw.Proofs.P15Covers.Aux.exists_minimalForbidden_subset", + "status": "UNSUPPORTED", + "detail": "binder ( F : RealizedData X ) is neither a sampled numeric type (\u2115 \u2124 \u211a \u211d) nor a decidable hypothesis", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "SpecificationProofs/P15Covers.lean::UniversalLaw.Proofs.P15Covers.Aux.card_of_isTransversal": { + "module": "SpecificationProofs/P15Covers.lean", + "name": "UniversalLaw.Proofs.P15Covers.Aux.card_of_isTransversal", + "status": "UNSUPPORTED", + "detail": "binder { F : RealizedData X } is neither a sampled numeric type (\u2115 \u2124 \u211a \u211d) nor a decidable hypothesis", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "SpecificationProofs/P15Covers.lean::UniversalLaw.Proofs.P15Covers.Aux.benchmark816_bad_covered": { + "module": "SpecificationProofs/P15Covers.lean", + "name": "UniversalLaw.Proofs.P15Covers.Aux.benchmark816_bad_covered", + "status": "UNSUPPORTED", + "detail": "binder ( U : Finset ( Fin 6 \u00d7 Fin 409 ) ) is neither a sampled numeric type (\u2115 \u2124 \u211a \u211d) nor a decidable hypothesis", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "SpecificationProofs/P15Covers.lean::UniversalLaw.Proofs.P15Covers.Aux.benchmark816_one_sub_mu_le": { + "module": "SpecificationProofs/P15Covers.lean", + "name": "UniversalLaw.Proofs.P15Covers.Aux.benchmark816_one_sub_mu_le", + "status": "UNSUPPORTED", + "detail": "result type RealizedData X", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "SpecificationProofs/P15Covers.lean::UniversalLaw.Proofs.P15Covers.benchmark816Cover": { + "module": "SpecificationProofs/P15Covers.lean", + "name": "UniversalLaw.Proofs.P15Covers.benchmark816Cover", + "status": "UNSUPPORTED", + "detail": "result type Prop", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "SpecificationProofs/P15Covers.lean::UniversalLaw.Proofs.P15Covers.localRestriction": { + "module": "SpecificationProofs/P15Covers.lean", + "name": "UniversalLaw.Proofs.P15Covers.localRestriction", + "status": "UNSUPPORTED", + "detail": "binder ( F : RealizedData X ) is neither a sampled numeric type (\u2115 \u2124 \u211a \u211d) nor a decidable hypothesis", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "SpecificationProofs/P15Covers.lean::UniversalLaw.Proofs.P15Covers.paletteNumberAttained": { + "module": "SpecificationProofs/P15Covers.lean", + "name": "UniversalLaw.Proofs.P15Covers.paletteNumberAttained", + "status": "UNSUPPORTED", + "detail": "binder ( F : RealizedData X ) is neither a sampled numeric type (\u2115 \u2124 \u211a \u211d) nor a decidable hypothesis", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "SpecificationProofs/P15Covers.lean::UniversalLaw.Proofs.P15Covers.benchmark816UnionBound": { + "module": "SpecificationProofs/P15Covers.lean", + "name": "UniversalLaw.Proofs.P15Covers.benchmark816UnionBound", + "status": "UNSUPPORTED", + "detail": "result type Prop", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "SpecificationProofs/P15Elementary.lean::UniversalLaw.Proofs.P15Elementary.Aux.two_lt_exp_one": { + "module": "SpecificationProofs/P15Elementary.lean", + "name": "UniversalLaw.Proofs.P15Elementary.Aux.two_lt_exp_one", + "status": "PASS", + "detail": "closed statement evaluated true", + "instances": 1, + "vacuous": false, + "float_free": true + }, + "SpecificationProofs/P15Elementary.lean::UniversalLaw.Proofs.P15Elementary.Aux.three_exp_sub_two_pos": { + "module": "SpecificationProofs/P15Elementary.lean", + "name": "UniversalLaw.Proofs.P15Elementary.Aux.three_exp_sub_two_pos", + "status": "PASS", + "detail": "closed statement evaluated true", + "instances": 1, + "vacuous": false, + "float_free": true + }, + "SpecificationProofs/P15Elementary.lean::UniversalLaw.Proofs.P15Elementary.Aux.exp_two_eq": { + "module": "SpecificationProofs/P15Elementary.lean", + "name": "UniversalLaw.Proofs.P15Elementary.Aux.exp_two_eq", + "status": "PASS", + "detail": "closed statement evaluated true", + "instances": 1, + "vacuous": false, + "float_free": true + }, + "SpecificationProofs/P15Elementary.lean::UniversalLaw.Proofs.P15Elementary.Aux.exp_neg_two_eq": { + "module": "SpecificationProofs/P15Elementary.lean", + "name": "UniversalLaw.Proofs.P15Elementary.Aux.exp_neg_two_eq", + "status": "PASS", + "detail": "closed statement evaluated true", + "instances": 1, + "vacuous": false, + "float_free": true + }, + "SpecificationProofs/P15Elementary.lean::UniversalLaw.Proofs.P15Elementary.Aux.exp_neg_three_eq": { + "module": "SpecificationProofs/P15Elementary.lean", + "name": "UniversalLaw.Proofs.P15Elementary.Aux.exp_neg_three_eq", + "status": "PASS", + "detail": "closed statement evaluated true", + "instances": 1, + "vacuous": false, + "float_free": true + }, + "SpecificationProofs/P15Elementary.lean::UniversalLaw.Proofs.P15Elementary.Aux.log_three_exp_sub_two_lt_two": { + "module": "SpecificationProofs/P15Elementary.lean", + "name": "UniversalLaw.Proofs.P15Elementary.Aux.log_three_exp_sub_two_lt_two", + "status": "PASS", + "detail": "closed statement evaluated true", + "instances": 1, + "vacuous": false, + "float_free": true + }, + "SpecificationProofs/P15Elementary.lean::UniversalLaw.Proofs.P15Elementary.Aux.one_lt_hStar": { + "module": "SpecificationProofs/P15Elementary.lean", + "name": "UniversalLaw.Proofs.P15Elementary.Aux.one_lt_hStar", + "status": "PASS", + "detail": "closed statement evaluated true", + "instances": 1, + "vacuous": false, + "float_free": true + }, + "SpecificationProofs/P15Elementary.lean::UniversalLaw.Proofs.P15Elementary.Aux.taylor_sum_eq": { + "module": "SpecificationProofs/P15Elementary.lean", + "name": "UniversalLaw.Proofs.P15Elementary.Aux.taylor_sum_eq", + "status": "PASS", + "detail": "closed statement evaluated true", + "instances": 1, + "vacuous": false, + "float_free": true + }, + "SpecificationProofs/P15Elementary.lean::UniversalLaw.Proofs.P15Elementary.Aux.exp_eleven_sixths_gt": { + "module": "SpecificationProofs/P15Elementary.lean", + "name": "UniversalLaw.Proofs.P15Elementary.Aux.exp_eleven_sixths_gt", + "status": "PASS", + "detail": "closed statement evaluated true", + "instances": 1, + "vacuous": false, + "float_free": true + }, + "SpecificationProofs/P15Elementary.lean::UniversalLaw.Proofs.P15Elementary.Aux.three_exp_sub_two_lt": { + "module": "SpecificationProofs/P15Elementary.lean", + "name": "UniversalLaw.Proofs.P15Elementary.Aux.three_exp_sub_two_lt", + "status": "PASS", + "detail": "closed statement evaluated true", + "instances": 1, + "vacuous": false, + "float_free": true + }, + "SpecificationProofs/P15Elementary.lean::UniversalLaw.Proofs.P15Elementary.Aux.log_three_exp_sub_two_lt": { + "module": "SpecificationProofs/P15Elementary.lean", + "name": "UniversalLaw.Proofs.P15Elementary.Aux.log_three_exp_sub_two_lt", + "status": "PASS", + "detail": "closed statement evaluated true", + "instances": 1, + "vacuous": false, + "float_free": true + }, + "SpecificationProofs/P15Elementary.lean::UniversalLaw.Proofs.P15Elementary.Aux.seven_sixths_lt_hStar": { + "module": "SpecificationProofs/P15Elementary.lean", + "name": "UniversalLaw.Proofs.P15Elementary.Aux.seven_sixths_lt_hStar", + "status": "PASS", + "detail": "closed statement evaluated true", + "instances": 1, + "vacuous": false, + "float_free": true + }, + "SpecificationProofs/P15Elementary.lean::UniversalLaw.Proofs.P15Elementary.Aux.rhoStar_lt_six_sevenths": { + "module": "SpecificationProofs/P15Elementary.lean", + "name": "UniversalLaw.Proofs.P15Elementary.Aux.rhoStar_lt_six_sevenths", + "status": "PASS", + "detail": "closed statement evaluated true", + "instances": 1, + "vacuous": false, + "float_free": true + }, + "SpecificationProofs/P15Elementary.lean::UniversalLaw.Proofs.P15Elementary.Aux.pStar_pos": { + "module": "SpecificationProofs/P15Elementary.lean", + "name": "UniversalLaw.Proofs.P15Elementary.Aux.pStar_pos", + "status": "PASS", + "detail": "closed statement evaluated true", + "instances": 1, + "vacuous": false, + "float_free": true + }, + "SpecificationProofs/P15Elementary.lean::UniversalLaw.Proofs.P15Elementary.Aux.pStar_gt_half": { + "module": "SpecificationProofs/P15Elementary.lean", + "name": "UniversalLaw.Proofs.P15Elementary.Aux.pStar_gt_half", + "status": "PASS", + "detail": "closed statement evaluated true", + "instances": 1, + "vacuous": false, + "float_free": true + }, + "SpecificationProofs/P15Elementary.lean::UniversalLaw.Proofs.P15Elementary.Aux.pStar_lt_one": { + "module": "SpecificationProofs/P15Elementary.lean", + "name": "UniversalLaw.Proofs.P15Elementary.Aux.pStar_lt_one", + "status": "PASS", + "detail": "closed statement evaluated true", + "instances": 1, + "vacuous": false, + "float_free": true + }, + "SpecificationProofs/P15Elementary.lean::UniversalLaw.Proofs.P15Elementary.Aux.sum_weight_eq_one": { + "module": "SpecificationProofs/P15Elementary.lean", + "name": "UniversalLaw.Proofs.P15Elementary.Aux.sum_weight_eq_one", + "status": "UNSUPPORTED", + "detail": "unknown function .powerset", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "SpecificationProofs/P15Elementary.lean::UniversalLaw.Proofs.P15Elementary.Aux.binomTail_succ_left": { + "module": "SpecificationProofs/P15Elementary.lean", + "name": "UniversalLaw.Proofs.P15Elementary.Aux.binomTail_succ_left", + "status": "CORROBORATED", + "detail": "holds on 64 sampled instances satisfying the hypotheses (0 draws rejected by the hypotheses, 31 infeasible, seed 1): sampling is admitted evidence of the statement, not a proof of it", + "instances": 64, + "vacuous": false, + "float_free": true, + "sampling": { + "seed": 1, + "draws": 95, + "accepted": 64, + "rejected": 0, + "infeasible": 31, + "undecided": 0 + } + }, + "SpecificationProofs/P15Elementary.lean::UniversalLaw.Proofs.P15Elementary.Aux.muOf_capacityFamily": { + "module": "SpecificationProofs/P15Elementary.lean", + "name": "UniversalLaw.Proofs.P15Elementary.Aux.muOf_capacityFamily", + "status": "UNSUPPORTED", + "detail": "result type Finset ( Finset Y )", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "SpecificationProofs/P15Elementary.lean::UniversalLaw.Proofs.P15Elementary.Aux.binomTail_antitone_step": { + "module": "SpecificationProofs/P15Elementary.lean", + "name": "UniversalLaw.Proofs.P15Elementary.Aux.binomTail_antitone_step", + "status": "CORROBORATED", + "detail": "holds on 64 sampled instances satisfying the hypotheses (5 draws rejected by the hypotheses, 25 infeasible, seed 1): sampling is admitted evidence of the statement, not a proof of it", + "instances": 64, + "vacuous": false, + "float_free": true, + "sampling": { + "seed": 1, + "draws": 90, + "accepted": 64, + "rejected": 5, + "infeasible": 25, + "undecided": 0 + } + }, + "SpecificationProofs/P15Elementary.lean::UniversalLaw.Proofs.P15Elementary.Aux.binomTail_le_of_le": { + "module": "SpecificationProofs/P15Elementary.lean", + "name": "UniversalLaw.Proofs.P15Elementary.Aux.binomTail_le_of_le", + "status": "CORROBORATED", + "detail": "holds on 64 sampled instances satisfying the hypotheses (5 draws rejected by the hypotheses, 113 infeasible, seed 1): sampling is admitted evidence of the statement, not a proof of it", + "instances": 64, + "vacuous": false, + "float_free": true, + "sampling": { + "seed": 1, + "draws": 177, + "accepted": 64, + "rejected": 5, + "infeasible": 113, + "undecided": 0 + } + }, + "SpecificationProofs/P15Elementary.lean::UniversalLaw.Proofs.P15Elementary.Aux.binomTail_pos": { + "module": "SpecificationProofs/P15Elementary.lean", + "name": "UniversalLaw.Proofs.P15Elementary.Aux.binomTail_pos", + "status": "CORROBORATED", + "detail": "holds on 64 sampled instances satisfying the hypotheses (6 draws rejected by the hypotheses, 73 infeasible, seed 1): sampling is admitted evidence of the statement, not a proof of it", + "instances": 64, + "vacuous": false, + "float_free": true, + "sampling": { + "seed": 1, + "draws": 137, + "accepted": 64, + "rejected": 6, + "infeasible": 73, + "undecided": 0 + } + }, + "SpecificationProofs/P15Elementary.lean::UniversalLaw.Proofs.P15Elementary.Aux.binomTail_three_one": { + "module": "SpecificationProofs/P15Elementary.lean", + "name": "UniversalLaw.Proofs.P15Elementary.Aux.binomTail_three_one", + "status": "PASS", + "detail": "closed statement evaluated true", + "instances": 1, + "vacuous": false, + "float_free": true + }, + "SpecificationProofs/P15Elementary.lean::UniversalLaw.Proofs.P15Elementary.Aux.oneBlock_block": { + "module": "SpecificationProofs/P15Elementary.lean", + "name": "UniversalLaw.Proofs.P15Elementary.Aux.oneBlock_block", + "status": "UNSUPPORTED", + "detail": "result type Finset X", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "SpecificationProofs/P15Elementary.lean::UniversalLaw.Proofs.P15Elementary.Aux.card_le_of_ne_univ": { + "module": "SpecificationProofs/P15Elementary.lean", + "name": "UniversalLaw.Proofs.P15Elementary.Aux.card_le_of_ne_univ", + "status": "UNSUPPORTED", + "detail": "binder ( U : Finset ( Fin ( cap + 1 ) ) ) is neither a sampled numeric type (\u2115 \u2124 \u211a \u211d) nor a decidable hypothesis", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "SpecificationProofs/P15Elementary.lean::UniversalLaw.Proofs.P15Elementary.Aux.oneBlock_isGood": { + "module": "SpecificationProofs/P15Elementary.lean", + "name": "UniversalLaw.Proofs.P15Elementary.Aux.oneBlock_isGood", + "status": "UNSUPPORTED", + "detail": "binder ( U : Finset ( Fin ( cap + 1 ) ) ) is neither a sampled numeric type (\u2115 \u2124 \u211a \u211d) nor a decidable hypothesis", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "SpecificationProofs/P15Elementary.lean::UniversalLaw.Proofs.P15Elementary.Aux.decomp_one": { + "module": "SpecificationProofs/P15Elementary.lean", + "name": "UniversalLaw.Proofs.P15Elementary.Aux.decomp_one", + "status": "UNSUPPORTED", + "detail": "binder ( F : RealizedData X ) is neither a sampled numeric type (\u2115 \u2124 \u211a \u211d) nor a decidable hypothesis", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "SpecificationProofs/P15Elementary.lean::UniversalLaw.Proofs.P15Elementary.Aux.oneBlock_obstruction": { + "module": "SpecificationProofs/P15Elementary.lean", + "name": "UniversalLaw.Proofs.P15Elementary.Aux.oneBlock_obstruction", + "status": "UNSUPPORTED", + "detail": "binder ( U : Finset ( Fin ( cap + 1 ) ) ) is neither a sampled numeric type (\u2115 \u2124 \u211a \u211d) nor a decidable hypothesis", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "SpecificationProofs/P15Elementary.lean::UniversalLaw.Proofs.P15Elementary.Aux.oneBlock_isRealized": { + "module": "SpecificationProofs/P15Elementary.lean", + "name": "UniversalLaw.Proofs.P15Elementary.Aux.oneBlock_isRealized", + "status": "UNSUPPORTED", + "detail": "hypothesis ( hcap : 1 \u2264 cap ) mentions undeclared names ['cap']", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "SpecificationProofs/P15Elementary.lean::UniversalLaw.Proofs.P15Elementary.Aux.oneBlock_mu": { + "module": "SpecificationProofs/P15Elementary.lean", + "name": "UniversalLaw.Proofs.P15Elementary.Aux.oneBlock_mu", + "status": "UNSUPPORTED", + "detail": "binder ( p : Fin ( cap + 1 ) \u2192 \u211d ) is neither a sampled numeric type (\u2115 \u2124 \u211a \u211d) nor a decidable hypothesis", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "SpecificationProofs/P15Elementary.lean::UniversalLaw.Proofs.P15Elementary.Aux.oneBlock_coverCost_ge_one": { + "module": "SpecificationProofs/P15Elementary.lean", + "name": "UniversalLaw.Proofs.P15Elementary.Aux.oneBlock_coverCost_ge_one", + "status": "UNSUPPORTED", + "detail": "result type RealizedData X", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "SpecificationProofs/P15Elementary.lean::UniversalLaw.Proofs.P15Elementary.Aux.twoCoord_eq": { + "module": "SpecificationProofs/P15Elementary.lean", + "name": "UniversalLaw.Proofs.P15Elementary.Aux.twoCoord_eq", + "status": "UNSUPPORTED", + "detail": "result type RealizedData ( Fin 2 ) where b", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "SpecificationProofs/P15Elementary.lean::UniversalLaw.Proofs.P15Elementary.Aux.triangle_feasible3": { + "module": "SpecificationProofs/P15Elementary.lean", + "name": "UniversalLaw.Proofs.P15Elementary.Aux.triangle_feasible3", + "status": "UNSUPPORTED", + "detail": "definition IsPaletteFeasible has an unparsed body", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "SpecificationProofs/P15Elementary.lean::UniversalLaw.Proofs.P15Elementary.Aux.triangle_not_feasible0": { + "module": "SpecificationProofs/P15Elementary.lean", + "name": "UniversalLaw.Proofs.P15Elementary.Aux.triangle_not_feasible0", + "status": "UNSUPPORTED", + "detail": "definition IsPaletteFeasible has an unparsed body", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "SpecificationProofs/P15Elementary.lean::UniversalLaw.Proofs.P15Elementary.Aux.triangle_not_feasible1": { + "module": "SpecificationProofs/P15Elementary.lean", + "name": "UniversalLaw.Proofs.P15Elementary.Aux.triangle_not_feasible1", + "status": "UNSUPPORTED", + "detail": "definition IsPaletteFeasible has an unparsed body", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "SpecificationProofs/P15Elementary.lean::UniversalLaw.Proofs.P15Elementary.Aux.triangle_not_feasible2": { + "module": "SpecificationProofs/P15Elementary.lean", + "name": "UniversalLaw.Proofs.P15Elementary.Aux.triangle_not_feasible2", + "status": "UNSUPPORTED", + "detail": "definition IsPaletteFeasible has an unparsed body", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "SpecificationProofs/P15Elementary.lean::UniversalLaw.Proofs.P15Elementary.twoCoordGeneratorPrices": { + "module": "SpecificationProofs/P15Elementary.lean", + "name": "UniversalLaw.Proofs.P15Elementary.twoCoordGeneratorPrices", + "status": "UNSUPPORTED", + "detail": "result type Prop", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "SpecificationProofs/P15Elementary.lean::UniversalLaw.Proofs.P15Elementary.logOnePlusBelowIdentity": { + "module": "SpecificationProofs/P15Elementary.lean", + "name": "UniversalLaw.Proofs.P15Elementary.logOnePlusBelowIdentity", + "status": "UNSUPPORTED", + "detail": "result type Prop", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "SpecificationProofs/P15Elementary.lean::UniversalLaw.Proofs.P15Elementary.demandOneRefutation": { + "module": "SpecificationProofs/P15Elementary.lean", + "name": "UniversalLaw.Proofs.P15Elementary.demandOneRefutation", + "status": "UNSUPPORTED", + "detail": "result type Prop", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "SpecificationProofs/P15Elementary.lean::UniversalLaw.Proofs.P15Elementary.logRatioBound": { + "module": "SpecificationProofs/P15Elementary.lean", + "name": "UniversalLaw.Proofs.P15Elementary.logRatioBound", + "status": "UNSUPPORTED", + "detail": "result type Prop", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "SpecificationProofs/P15Elementary.lean::UniversalLaw.Proofs.P15Elementary.capTestAtTwoThirds": { + "module": "SpecificationProofs/P15Elementary.lean", + "name": "UniversalLaw.Proofs.P15Elementary.capTestAtTwoThirds", + "status": "UNSUPPORTED", + "detail": "result type Prop", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "SpecificationProofs/P15Elementary.lean::UniversalLaw.Proofs.P15Elementary.ratioExponentBound": { + "module": "SpecificationProofs/P15Elementary.lean", + "name": "UniversalLaw.Proofs.P15Elementary.ratioExponentBound", + "status": "UNSUPPORTED", + "detail": "definition UniversalLaw.Spec.P15.RatioExponentBound has an unparsed body", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "SpecificationProofs/P15Elementary.lean::UniversalLaw.Proofs.P15Elementary.rhoStarBelowSixSevenths": { + "module": "SpecificationProofs/P15Elementary.lean", + "name": "UniversalLaw.Proofs.P15Elementary.rhoStarBelowSixSevenths", + "status": "UNSUPPORTED", + "detail": "result type Prop", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "SpecificationProofs/P15Elementary.lean::UniversalLaw.Proofs.P15Elementary.sixSeventhsCertificate": { + "module": "SpecificationProofs/P15Elementary.lean", + "name": "UniversalLaw.Proofs.P15Elementary.sixSeventhsCertificate", + "status": "UNSUPPORTED", + "detail": "result type Prop", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "SpecificationProofs/P15Elementary.lean::UniversalLaw.Proofs.P15Elementary.hStarExceedsOne": { + "module": "SpecificationProofs/P15Elementary.lean", + "name": "UniversalLaw.Proofs.P15Elementary.hStarExceedsOne", + "status": "UNSUPPORTED", + "detail": "result type Prop", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "SpecificationProofs/P15Elementary.lean::UniversalLaw.Proofs.P15Elementary.phiAtPStar": { + "module": "SpecificationProofs/P15Elementary.lean", + "name": "UniversalLaw.Proofs.P15Elementary.phiAtPStar", + "status": "UNSUPPORTED", + "detail": "result type Prop", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "SpecificationProofs/P15Elementary.lean::UniversalLaw.Proofs.P15Elementary.hazardStarPositive": { + "module": "SpecificationProofs/P15Elementary.lean", + "name": "UniversalLaw.Proofs.P15Elementary.hazardStarPositive", + "status": "UNSUPPORTED", + "detail": "definition UniversalLaw.Spec.P15.HazardStarPositive has an unparsed body", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "SpecificationProofs/P15Elementary.lean::UniversalLaw.Proofs.P15Elementary.oddMajorityIdentity": { + "module": "SpecificationProofs/P15Elementary.lean", + "name": "UniversalLaw.Proofs.P15Elementary.oddMajorityIdentity", + "status": "UNSUPPORTED", + "detail": "definition UniversalLaw.Spec.P15.OddMajorityIdentity has an unparsed body", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "SpecificationProofs/P15Elementary.lean::UniversalLaw.Proofs.P15Elementary.Aux.binomTail_odd_chain": { + "module": "SpecificationProofs/P15Elementary.lean", + "name": "UniversalLaw.Proofs.P15Elementary.Aux.binomTail_odd_chain", + "status": "CORROBORATED", + "detail": "holds on 64 sampled instances satisfying the hypotheses (21 draws rejected by the hypotheses, 54 infeasible, seed 1): sampling is admitted evidence of the statement, not a proof of it", + "instances": 64, + "vacuous": false, + "float_free": true, + "sampling": { + "seed": 1, + "draws": 216, + "accepted": 64, + "rejected": 21, + "infeasible": 54, + "undecided": 0 + } + }, + "SpecificationProofs/P15Elementary.lean::UniversalLaw.Proofs.P15Elementary.capacityWorstCase": { + "module": "SpecificationProofs/P15Elementary.lean", + "name": "UniversalLaw.Proofs.P15Elementary.capacityWorstCase", + "status": "UNSUPPORTED", + "detail": "definition UniversalLaw.Spec.P15.CapacityWorstCase has an unparsed body", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "SpecificationProofs/P15Elementary.lean::UniversalLaw.Proofs.P15Elementary.demandOneBoundary": { + "module": "SpecificationProofs/P15Elementary.lean", + "name": "UniversalLaw.Proofs.P15Elementary.demandOneBoundary", + "status": "UNSUPPORTED", + "detail": "result type Prop", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "SpecificationProofs/P15Elementary.lean::UniversalLaw.Proofs.P15Elementary.triangleNeedsThree": { + "module": "SpecificationProofs/P15Elementary.lean", + "name": "UniversalLaw.Proofs.P15Elementary.triangleNeedsThree", + "status": "UNSUPPORTED", + "detail": "result type Prop", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "SpecificationProofs/P15Elementary.lean::UniversalLaw.Proofs.P15Elementary.Aux.muOf_capacityFamily_all": { + "module": "SpecificationProofs/P15Elementary.lean", + "name": "UniversalLaw.Proofs.P15Elementary.Aux.muOf_capacityFamily_all", + "status": "UNSUPPORTED", + "detail": "result type Finset ( Finset Y )", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "SpecificationProofs/P15Elementary.lean::UniversalLaw.Proofs.P15Elementary.Aux.tripleBlock_block": { + "module": "SpecificationProofs/P15Elementary.lean", + "name": "UniversalLaw.Proofs.P15Elementary.Aux.tripleBlock_block", + "status": "UNSUPPORTED", + "detail": "result type Finset X", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "SpecificationProofs/P15Elementary.lean::UniversalLaw.Proofs.P15Elementary.Aux.tripleBlock_isGood": { + "module": "SpecificationProofs/P15Elementary.lean", + "name": "UniversalLaw.Proofs.P15Elementary.Aux.tripleBlock_isGood", + "status": "UNSUPPORTED", + "detail": "binder ( U : Finset ( Fin 3 ) ) is neither a sampled numeric type (\u2115 \u2124 \u211a \u211d) nor a decidable hypothesis", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "SpecificationProofs/P15Elementary.lean::UniversalLaw.Proofs.P15Elementary.Aux.tripleBlock_decomp": { + "module": "SpecificationProofs/P15Elementary.lean", + "name": "UniversalLaw.Proofs.P15Elementary.Aux.tripleBlock_decomp", + "status": "UNSUPPORTED", + "detail": "binder ( U : Finset ( Fin 3 ) ) is neither a sampled numeric type (\u2115 \u2124 \u211a \u211d) nor a decidable hypothesis", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "SpecificationProofs/P15Elementary.lean::UniversalLaw.Proofs.P15Elementary.Aux.tripleBlock_obstruction": { + "module": "SpecificationProofs/P15Elementary.lean", + "name": "UniversalLaw.Proofs.P15Elementary.Aux.tripleBlock_obstruction", + "status": "UNSUPPORTED", + "detail": "binder ( U : Finset ( Fin 3 ) ) is neither a sampled numeric type (\u2115 \u2124 \u211a \u211d) nor a decidable hypothesis", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "SpecificationProofs/P15Elementary.lean::UniversalLaw.Proofs.P15Elementary.Aux.tripleBlock_isRealized": { + "module": "SpecificationProofs/P15Elementary.lean", + "name": "UniversalLaw.Proofs.P15Elementary.Aux.tripleBlock_isRealized", + "status": "UNSUPPORTED", + "detail": "result type RealizedData X", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "SpecificationProofs/P15Elementary.lean::UniversalLaw.Proofs.P15Elementary.Aux.tripleBlock_fullBlockFamily": { + "module": "SpecificationProofs/P15Elementary.lean", + "name": "UniversalLaw.Proofs.P15Elementary.Aux.tripleBlock_fullBlockFamily", + "status": "UNSUPPORTED", + "detail": "unsupported syntax: brace term that is not a set-builder", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "SpecificationProofs/P15Elementary.lean::UniversalLaw.Proofs.P15Elementary.Aux.tripleBlock_palette": { + "module": "SpecificationProofs/P15Elementary.lean", + "name": "UniversalLaw.Proofs.P15Elementary.Aux.tripleBlock_palette", + "status": "UNSUPPORTED", + "detail": "unparsed statement: SyntaxError: trailing tokens from '\u2205'", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "SpecificationProofs/P15Elementary.lean::UniversalLaw.Proofs.P15Elementary.Aux.tripleBlock_mu": { + "module": "SpecificationProofs/P15Elementary.lean", + "name": "UniversalLaw.Proofs.P15Elementary.Aux.tripleBlock_mu", + "status": "UNSUPPORTED", + "detail": "result type RealizedData X", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "SpecificationProofs/P15Elementary.lean::UniversalLaw.Proofs.P15Elementary.Aux.genPrice_one": { + "module": "SpecificationProofs/P15Elementary.lean", + "name": "UniversalLaw.Proofs.P15Elementary.Aux.genPrice_one", + "status": "UNSUPPORTED", + "detail": "binder ( g : Finset ( Fin 3 ) ) is neither a sampled numeric type (\u2115 \u2124 \u211a \u211d) nor a decidable hypothesis", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "SpecificationProofs/P15Elementary.lean::UniversalLaw.Proofs.P15Elementary.Aux.tripleBlock_cover_ge_one": { + "module": "SpecificationProofs/P15Elementary.lean", + "name": "UniversalLaw.Proofs.P15Elementary.Aux.tripleBlock_cover_ge_one", + "status": "UNSUPPORTED", + "detail": "binder ( G : Finset ( Finset ( Fin 3 ) ) ) is neither a sampled numeric type (\u2115 \u2124 \u211a \u211d) nor a decidable hypothesis", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "SpecificationProofs/P15Elementary.lean::UniversalLaw.Proofs.P15Elementary.Aux.tripleBlock_fullBlock_cover": { + "module": "SpecificationProofs/P15Elementary.lean", + "name": "UniversalLaw.Proofs.P15Elementary.Aux.tripleBlock_fullBlock_cover", + "status": "UNSUPPORTED", + "detail": "definition IsGeneratorCover has an unparsed body", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "SpecificationProofs/P15Elementary.lean::UniversalLaw.Proofs.P15Elementary.Aux.tripleBlock_fullBlock_price": { + "module": "SpecificationProofs/P15Elementary.lean", + "name": "UniversalLaw.Proofs.P15Elementary.Aux.tripleBlock_fullBlock_price", + "status": "UNSUPPORTED", + "detail": "expression Lambda", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "SpecificationProofs/P15Elementary.lean::UniversalLaw.Proofs.P15Elementary.Aux.tripleBlock_coverCost": { + "module": "SpecificationProofs/P15Elementary.lean", + "name": "UniversalLaw.Proofs.P15Elementary.Aux.tripleBlock_coverCost", + "status": "UNSUPPORTED", + "detail": "result type RealizedData X", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "SpecificationProofs/P15Elementary.lean::UniversalLaw.Proofs.P15Elementary.Aux.tripleBlock_mu_pStar": { + "module": "SpecificationProofs/P15Elementary.lean", + "name": "UniversalLaw.Proofs.P15Elementary.Aux.tripleBlock_mu_pStar", + "status": "UNSUPPORTED", + "detail": "result type RealizedData X", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "SpecificationProofs/P15Elementary.lean::UniversalLaw.Proofs.P15Elementary.Aux.tripleBlock_hazard": { + "module": "SpecificationProofs/P15Elementary.lean", + "name": "UniversalLaw.Proofs.P15Elementary.Aux.tripleBlock_hazard", + "status": "UNSUPPORTED", + "detail": "result type RealizedData X", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "SpecificationProofs/P15Elementary.lean::UniversalLaw.Proofs.P15Elementary.Aux.tripleBlock_sharp": { + "module": "SpecificationProofs/P15Elementary.lean", + "name": "UniversalLaw.Proofs.P15Elementary.Aux.tripleBlock_sharp", + "status": "UNSUPPORTED", + "detail": "hypothesis ( h\u03c1 : \u03c1 < rhoStar ) mentions undeclared names ['rhoStar']", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "SpecificationProofs/P15Elementary.lean::UniversalLaw.Proofs.P15Elementary.capacityHazardIsBinomial": { + "module": "SpecificationProofs/P15Elementary.lean", + "name": "UniversalLaw.Proofs.P15Elementary.capacityHazardIsBinomial", + "status": "UNSUPPORTED", + "detail": "definition UniversalLaw.Spec.P15.CapacityHazardIsBinomial has an unparsed body", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "SpecificationProofs/P15Elementary.lean::UniversalLaw.Proofs.P15Elementary.sharpnessOfRhoStar": { + "module": "SpecificationProofs/P15Elementary.lean", + "name": "UniversalLaw.Proofs.P15Elementary.sharpnessOfRhoStar", + "status": "UNSUPPORTED", + "detail": "result type Prop", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "SpecificationProofs/P15Hazard.lean::UniversalLaw.Proofs.P15Hazard.Aux.localGood_eq": { + "module": "SpecificationProofs/P15Hazard.lean", + "name": "UniversalLaw.Proofs.P15Hazard.Aux.localGood_eq", + "status": "UNSUPPORTED", + "detail": "binder ( F : RealizedData X ) is neither a sampled numeric type (\u2115 \u2124 \u211a \u211d) nor a decidable hypothesis", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "SpecificationProofs/P15Hazard.lean::UniversalLaw.Proofs.P15Hazard.Aux.blockWeight_nonneg": { + "module": "SpecificationProofs/P15Hazard.lean", + "name": "UniversalLaw.Proofs.P15Hazard.Aux.blockWeight_nonneg", + "status": "UNSUPPORTED", + "detail": "binder ( F : RealizedData X ) is neither a sampled numeric type (\u2115 \u2124 \u211a \u211d) nor a decidable hypothesis", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "SpecificationProofs/P15Hazard.lean::UniversalLaw.Proofs.P15Hazard.Aux.sum_blockWeight_eq_one": { + "module": "SpecificationProofs/P15Hazard.lean", + "name": "UniversalLaw.Proofs.P15Hazard.Aux.sum_blockWeight_eq_one", + "status": "UNSUPPORTED", + "detail": "binder ( F : RealizedData X ) is neither a sampled numeric type (\u2115 \u2124 \u211a \u211d) nor a decidable hypothesis", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "SpecificationProofs/P15Hazard.lean::UniversalLaw.Proofs.P15Hazard.Aux.sum_blockWeight_filter_supset": { + "module": "SpecificationProofs/P15Hazard.lean", + "name": "UniversalLaw.Proofs.P15Hazard.Aux.sum_blockWeight_filter_supset", + "status": "UNSUPPORTED", + "detail": "binder ( F : RealizedData X ) is neither a sampled numeric type (\u2115 \u2124 \u211a \u211d) nor a decidable hypothesis", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "SpecificationProofs/P15Hazard.lean::UniversalLaw.Proofs.P15Hazard.Aux.localGood_nonneg": { + "module": "SpecificationProofs/P15Hazard.lean", + "name": "UniversalLaw.Proofs.P15Hazard.Aux.localGood_nonneg", + "status": "UNSUPPORTED", + "detail": "binder ( F : RealizedData X ) is neither a sampled numeric type (\u2115 \u2124 \u211a \u211d) nor a decidable hypothesis", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "SpecificationProofs/P15Hazard.lean::UniversalLaw.Proofs.P15Hazard.Aux.localGood_le_one": { + "module": "SpecificationProofs/P15Hazard.lean", + "name": "UniversalLaw.Proofs.P15Hazard.Aux.localGood_le_one", + "status": "UNSUPPORTED", + "detail": "binder ( F : RealizedData X ) is neither a sampled numeric type (\u2115 \u2124 \u211a \u211d) nor a decidable hypothesis", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "SpecificationProofs/P15Hazard.lean::UniversalLaw.Proofs.P15Hazard.Aux.localFailure_nonneg": { + "module": "SpecificationProofs/P15Hazard.lean", + "name": "UniversalLaw.Proofs.P15Hazard.Aux.localFailure_nonneg", + "status": "UNSUPPORTED", + "detail": "binder ( F : RealizedData X ) is neither a sampled numeric type (\u2115 \u2124 \u211a \u211d) nor a decidable hypothesis", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "SpecificationProofs/P15Hazard.lean::UniversalLaw.Proofs.P15Hazard.Aux.localFailure_le_one": { + "module": "SpecificationProofs/P15Hazard.lean", + "name": "UniversalLaw.Proofs.P15Hazard.Aux.localFailure_le_one", + "status": "UNSUPPORTED", + "detail": "binder ( F : RealizedData X ) is neither a sampled numeric type (\u2115 \u2124 \u211a \u211d) nor a decidable hypothesis", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "SpecificationProofs/P15Hazard.lean::UniversalLaw.Proofs.P15Hazard.Aux.one_sub_localFailure": { + "module": "SpecificationProofs/P15Hazard.lean", + "name": "UniversalLaw.Proofs.P15Hazard.Aux.one_sub_localFailure", + "status": "UNSUPPORTED", + "detail": "binder ( F : RealizedData X ) is neither a sampled numeric type (\u2115 \u2124 \u211a \u211d) nor a decidable hypothesis", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "SpecificationProofs/P15Hazard.lean::UniversalLaw.Proofs.P15Hazard.Aux.localGood_le_one_sub_prod": { + "module": "SpecificationProofs/P15Hazard.lean", + "name": "UniversalLaw.Proofs.P15Hazard.Aux.localGood_le_one_sub_prod", + "status": "UNSUPPORTED", + "detail": "binder ( F : RealizedData X ) is neither a sampled numeric type (\u2115 \u2124 \u211a \u211d) nor a decidable hypothesis", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "SpecificationProofs/P15Hazard.lean::UniversalLaw.Proofs.P15Hazard.Aux.prod_le_localFailure_of_card": { 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"UniversalLaw.Proofs.P15Hazard.Aux.neg_log_one_sub_ge", + "status": "CORROBORATED", + "detail": "holds on 64 sampled instances satisfying the hypotheses (3 draws rejected by the hypotheses, 0 infeasible, seed 1): sampling is admitted evidence of the statement, not a proof of it", + "instances": 64, + "vacuous": false, + "float_free": true, + "sampling": { + "seed": 1, + "draws": 112, + "accepted": 64, + "rejected": 3, + "infeasible": 0, + "undecided": 0 + } + }, + "SpecificationProofs/P15Hazard.lean::UniversalLaw.Proofs.P15Hazard.Aux.le_phi_self": { + "module": "SpecificationProofs/P15Hazard.lean", + "name": "UniversalLaw.Proofs.P15Hazard.Aux.le_phi_self", + "status": "CORROBORATED", + "detail": "holds on 64 sampled instances satisfying the hypotheses (2 draws rejected by the hypotheses, 0 infeasible, seed 1): sampling is admitted evidence of the statement, not a proof of it", + "instances": 64, + "vacuous": false, + "float_free": true, + "sampling": { + "seed": 1, + "draws": 129, + "accepted": 64, + "rejected": 2, + "infeasible": 0, + "undecided": 0 + } + }, + "SpecificationProofs/P15Hazard.lean::UniversalLaw.Proofs.P15Hazard.Aux.pairwiseDisjoint_inter_block": { + "module": "SpecificationProofs/P15Hazard.lean", + "name": "UniversalLaw.Proofs.P15Hazard.Aux.pairwiseDisjoint_inter_block", + "status": "UNSUPPORTED", + "detail": "binder ( F : RealizedData X ) is neither a sampled numeric type (\u2115 \u2124 \u211a \u211d) nor a decidable hypothesis", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "SpecificationProofs/P15Hazard.lean::UniversalLaw.Proofs.P15Hazard.Aux.biUnion_inter_block": { + "module": "SpecificationProofs/P15Hazard.lean", + "name": "UniversalLaw.Proofs.P15Hazard.Aux.biUnion_inter_block", + "status": "UNSUPPORTED", + "detail": "binder ( F : RealizedData X ) is neither a sampled numeric type (\u2115 \u2124 \u211a \u211d) nor a decidable hypothesis", + "instances": 0, + "vacuous": false, + "float_free": true + }, + 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"SpecificationProofs/P15Hazard.lean", + "name": "UniversalLaw.Proofs.P15Hazard.Aux.weight_eq_prod_blockWeight", + "status": "UNSUPPORTED", + "detail": "binder ( F : RealizedData X ) is neither a sampled numeric type (\u2115 \u2124 \u211a \u211d) nor a decidable hypothesis", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "SpecificationProofs/P15Hazard.lean::UniversalLaw.Proofs.P15Hazard.Aux.isGood_inter_block": { + "module": "SpecificationProofs/P15Hazard.lean", + "name": "UniversalLaw.Proofs.P15Hazard.Aux.isGood_inter_block", + "status": "UNSUPPORTED", + "detail": "binder { F : RealizedData X } is neither a sampled numeric type (\u2115 \u2124 \u211a \u211d) nor a decidable hypothesis", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "SpecificationProofs/P15Hazard.lean::UniversalLaw.Proofs.P15Hazard.Aux.indicator_weight_le": { + "module": "SpecificationProofs/P15Hazard.lean", + "name": "UniversalLaw.Proofs.P15Hazard.Aux.indicator_weight_le", + "status": "UNSUPPORTED", + "detail": "binder ( F : RealizedData X ) is neither a sampled numeric type (\u2115 \u2124 \u211a \u211d) nor a decidable hypothesis", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "SpecificationProofs/P15Hazard.lean::UniversalLaw.Proofs.P15Hazard.Aux.sum_prod_blocks": { + "module": "SpecificationProofs/P15Hazard.lean", + "name": "UniversalLaw.Proofs.P15Hazard.Aux.sum_prod_blocks", + "status": "UNSUPPORTED", + "detail": "binder ( F : RealizedData X ) is neither a sampled numeric type (\u2115 \u2124 \u211a \u211d) nor a decidable hypothesis", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "SpecificationProofs/P15Hazard.lean::UniversalLaw.Proofs.P15Hazard.Aux.mu_le_prod_localGood": { + "module": "SpecificationProofs/P15Hazard.lean", + "name": "UniversalLaw.Proofs.P15Hazard.Aux.mu_le_prod_localGood", + "status": "UNSUPPORTED", + "detail": "binder ( F : RealizedData X ) is neither a sampled numeric type (\u2115 \u2124 \u211a \u211d) nor a decidable hypothesis", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "SpecificationProofs/P15Hazard.lean::UniversalLaw.Proofs.P15Hazard.Aux.localGood_pos_of_mu_pos": { + "module": "SpecificationProofs/P15Hazard.lean", + "name": "UniversalLaw.Proofs.P15Hazard.Aux.localGood_pos_of_mu_pos", + "status": "UNSUPPORTED", + "detail": "binder ( F : RealizedData X ) is neither a sampled numeric type (\u2115 \u2124 \u211a \u211d) nor a decidable hypothesis", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "SpecificationProofs/P15Hazard.lean::UniversalLaw.Proofs.P15Hazard.Aux.neg_log_prod_localGood": { + "module": "SpecificationProofs/P15Hazard.lean", + "name": "UniversalLaw.Proofs.P15Hazard.Aux.neg_log_prod_localGood", + "status": "UNSUPPORTED", + "detail": "binder ( F : RealizedData X ) is neither a sampled numeric type (\u2115 \u2124 \u211a \u211d) nor a decidable hypothesis", + "instances": 0, + "vacuous": false, + "float_free": true + }, + 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"status": "PASS", + "detail": "closed statement evaluated true (transcendental enclosures at 128 bits)", + "instances": 1, + "vacuous": false, + "float_free": true + }, + "SpecificationProofs/P15Interpolation.lean::UniversalLaw.Proofs.P15Interpolation.Aux.f3_exp_one_lt": { + "module": "SpecificationProofs/P15Interpolation.lean", + "name": "UniversalLaw.Proofs.P15Interpolation.Aux.f3_exp_one_lt", + "status": "PASS", + "detail": "closed statement evaluated true (transcendental enclosures at 128 bits)", + "instances": 1, + "vacuous": false, + "float_free": true + }, + "SpecificationProofs/P15Interpolation.lean::UniversalLaw.Proofs.P15Interpolation.Aux.f3_exp_xU_ge": { + "module": "SpecificationProofs/P15Interpolation.lean", + "name": "UniversalLaw.Proofs.P15Interpolation.Aux.f3_exp_xU_ge", + "status": "PASS", + "detail": "closed statement evaluated true (transcendental enclosures at 128 bits)", + "instances": 1, + "vacuous": false, + "float_free": true + }, + 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"detail": "closed statement evaluated true", + "instances": 1, + "vacuous": false, + "float_free": true + }, + "SpecificationProofs/P15Interpolation.lean::UniversalLaw.Proofs.P15Interpolation.Aux.f3_hStar_pos": { + "module": "SpecificationProofs/P15Interpolation.lean", + "name": "UniversalLaw.Proofs.P15Interpolation.Aux.f3_hStar_pos", + "status": "PASS", + "detail": "closed statement evaluated true", + "instances": 1, + "vacuous": false, + "float_free": true + }, + "SpecificationProofs/P15Interpolation.lean::UniversalLaw.Proofs.P15Interpolation.Aux.f3_rhoStar_lt_upper": { + "module": "SpecificationProofs/P15Interpolation.lean", + "name": "UniversalLaw.Proofs.P15Interpolation.Aux.f3_rhoStar_lt_upper", + "status": "PASS", + "detail": "closed statement evaluated true", + "instances": 1, + "vacuous": false, + "float_free": true + }, + "SpecificationProofs/P15Interpolation.lean::UniversalLaw.Proofs.P15Interpolation.Aux.f3_lower_lt_rhoStar": { + "module": 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decidable hypothesis", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "SpecificationProofs/P15Interpolation.lean::UniversalLaw.Proofs.P15Interpolation.Aux.cc_wOther_empty_pos": { + "module": "SpecificationProofs/P15Interpolation.lean", + "name": "UniversalLaw.Proofs.P15Interpolation.Aux.cc_wOther_empty_pos", + "status": "UNSUPPORTED", + "detail": "binder ( i : Y ) is neither a sampled numeric type (\u2115 \u2124 \u211a \u211d) nor a decidable hypothesis", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "SpecificationProofs/P15Interpolation.lean::UniversalLaw.Proofs.P15Interpolation.Aux.cc_wOther_erase": { + "module": "SpecificationProofs/P15Interpolation.lean", + "name": "UniversalLaw.Proofs.P15Interpolation.Aux.cc_wOther_erase", + "status": "UNSUPPORTED", + "detail": "binder ( i : Y ) is neither a sampled numeric type (\u2115 \u2124 \u211a \u211d) nor a decidable hypothesis", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "SpecificationProofs/P15Interpolation.lean::UniversalLaw.Proofs.P15Interpolation.Aux.cc_prod_split_at": { + "module": "SpecificationProofs/P15Interpolation.lean", + "name": "UniversalLaw.Proofs.P15Interpolation.Aux.cc_prod_split_at", + "status": "UNSUPPORTED", + "detail": "binder ( s : Finset Y ) is neither a sampled numeric type (\u2115 \u2124 \u211a \u211d) nor a decidable hypothesis", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "SpecificationProofs/P15Interpolation.lean::UniversalLaw.Proofs.P15Interpolation.Aux.cc_weight_update": { + "module": "SpecificationProofs/P15Interpolation.lean", + "name": "UniversalLaw.Proofs.P15Interpolation.Aux.cc_weight_update", + "status": "UNSUPPORTED", + "detail": "binder ( i : Y ) is neither a sampled numeric type (\u2115 \u2124 \u211a \u211d) nor a decidable hypothesis", + "instances": 0, + "vacuous": false, + "float_free": true + }, + 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"SpecificationProofs/P15Interpolation.lean::UniversalLaw.Proofs.P15Interpolation.Aux.cc_affineExp_pos": { + "module": "SpecificationProofs/P15Interpolation.lean", + "name": "UniversalLaw.Proofs.P15Interpolation.Aux.cc_affineExp_pos", + "status": "CORROBORATED", + "detail": "holds on 64 sampled instances satisfying the hypotheses (4 draws rejected by the hypotheses, 4 infeasible, seed 1): sampling is admitted evidence of the statement, not a proof of it", + "instances": 64, + "vacuous": false, + "float_free": true, + "sampling": { + "seed": 1, + "draws": 68, + "accepted": 64, + "rejected": 4, + "infeasible": 4, + "undecided": 0 + } + }, + "SpecificationProofs/P15Interpolation.lean::UniversalLaw.Proofs.P15Interpolation.Aux.cc_hasDerivAt_negLog": { + "module": "SpecificationProofs/P15Interpolation.lean", + "name": "UniversalLaw.Proofs.P15Interpolation.Aux.cc_hasDerivAt_negLog", + "status": "UNSUPPORTED", + "detail": "proposition of form App", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "SpecificationProofs/P15Interpolation.lean::UniversalLaw.Proofs.P15Interpolation.Aux.cc_hasDerivAt_ratio": { + "module": "SpecificationProofs/P15Interpolation.lean", + "name": "UniversalLaw.Proofs.P15Interpolation.Aux.cc_hasDerivAt_ratio", + "status": "UNSUPPORTED", + "detail": "proposition of form App", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "SpecificationProofs/P15Interpolation.lean::UniversalLaw.Proofs.P15Interpolation.Aux.cc_concaveOn_negLog": { + "module": "SpecificationProofs/P15Interpolation.lean", + "name": "UniversalLaw.Proofs.P15Interpolation.Aux.cc_concaveOn_negLog", + "status": "UNSUPPORTED", + "detail": "proposition of form App", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "SpecificationProofs/P15Interpolation.lean::UniversalLaw.Proofs.P15Interpolation.Aux.cc_hazardCoord_update_eq": { + "module": "SpecificationProofs/P15Interpolation.lean", + "name": "UniversalLaw.Proofs.P15Interpolation.Aux.cc_hazardCoord_update_eq", + "status": "UNSUPPORTED", + "detail": "binder ( A : Finset ( Finset Y ) ) is neither a sampled numeric type (\u2115 \u2124 \u211a \u211d) nor a decidable hypothesis", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "SpecificationProofs/P15Interpolation.lean::UniversalLaw.Proofs.P15Interpolation.Aux.cc_concaveOn_hazardCoord_update": { + "module": "SpecificationProofs/P15Interpolation.lean", + "name": "UniversalLaw.Proofs.P15Interpolation.Aux.cc_concaveOn_hazardCoord_update", + "status": "UNSUPPORTED", + "detail": "binder { A : Finset ( Finset Y ) } is neither a sampled numeric type (\u2115 \u2124 \u211a \u211d) nor a decidable hypothesis", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "SpecificationProofs/P15Interpolation.lean::UniversalLaw.Proofs.P15Interpolation.Aux.f6_muOf_le_one": { + "module": "SpecificationProofs/P15Interpolation.lean", + "name": "UniversalLaw.Proofs.P15Interpolation.Aux.f6_muOf_le_one", + "status": "UNSUPPORTED", + "detail": "binder ( A : Finset ( Finset Y ) ) is neither a sampled numeric type (\u2115 \u2124 \u211a \u211d) nor a decidable hypothesis", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "SpecificationProofs/P15Interpolation.lean::UniversalLaw.Proofs.P15Interpolation.Aux.f6_muOf_nonneg": { + "module": "SpecificationProofs/P15Interpolation.lean", + "name": "UniversalLaw.Proofs.P15Interpolation.Aux.f6_muOf_nonneg", + "status": "UNSUPPORTED", + "detail": "binder ( A : Finset ( Finset Y ) ) is neither a sampled numeric type (\u2115 \u2124 \u211a \u211d) nor a decidable hypothesis", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "SpecificationProofs/P15Interpolation.lean::UniversalLaw.Proofs.P15Interpolation.Aux.f6_one_sub_exp_neg_mem": { + "module": "SpecificationProofs/P15Interpolation.lean", + "name": "UniversalLaw.Proofs.P15Interpolation.Aux.f6_one_sub_exp_neg_mem", + "status": "CORROBORATED", + "detail": "holds on 64 sampled instances satisfying the hypotheses (5 draws rejected by the hypotheses, 0 infeasible, seed 1): sampling is admitted evidence of the statement, not a proof of it", + "instances": 64, + "vacuous": false, + "float_free": true, + "sampling": { + "seed": 1, + "draws": 522, + "accepted": 64, + "rejected": 5, + "infeasible": 0, + "undecided": 0 + } + }, + "SpecificationProofs/P15Interpolation.lean::UniversalLaw.Proofs.P15Interpolation.Aux.f6_coords_mem": { + "module": "SpecificationProofs/P15Interpolation.lean", + "name": "UniversalLaw.Proofs.P15Interpolation.Aux.f6_coords_mem", + "status": "UNSUPPORTED", + "detail": "unbounded quantifier over j", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "SpecificationProofs/P15Interpolation.lean::UniversalLaw.Proofs.P15Interpolation.Aux.f6_hazardCoord_nonneg": { + "module": "SpecificationProofs/P15Interpolation.lean", + "name": "UniversalLaw.Proofs.P15Interpolation.Aux.f6_hazardCoord_nonneg", + "status": "UNSUPPORTED", + "detail": "binder ( A : Finset ( Finset Y ) ) is neither a sampled numeric type (\u2115 \u2124 \u211a \u211d) nor a decidable hypothesis", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "SpecificationProofs/P15Interpolation.lean::UniversalLaw.Proofs.P15Interpolation.Aux.f6_hazardCoord_one": { + "module": "SpecificationProofs/P15Interpolation.lean", + "name": "UniversalLaw.Proofs.P15Interpolation.Aux.f6_hazardCoord_one", + "status": "UNSUPPORTED", + "detail": "binder ( A : Finset ( Finset Y ) ) is neither a sampled numeric type (\u2115 \u2124 \u211a \u211d) nor a decidable hypothesis", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "SpecificationProofs/P15Interpolation.lean::UniversalLaw.Proofs.P15Interpolation.Aux.f6_chord": { + "module": "SpecificationProofs/P15Interpolation.lean", + "name": "UniversalLaw.Proofs.P15Interpolation.Aux.f6_chord", + "status": "UNSUPPORTED", + "detail": "binder ( A : Finset ( Finset Y ) ) is neither a sampled numeric type (\u2115 \u2124 \u211a \u211d) nor a decidable hypothesis", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "SpecificationProofs/P15Interpolation.lean::UniversalLaw.Proofs.P15Interpolation.Aux.f6_raised_mem": { + "module": "SpecificationProofs/P15Interpolation.lean", + "name": "UniversalLaw.Proofs.P15Interpolation.Aux.f6_raised_mem", + "status": "UNSUPPORTED", + "detail": "binder ( s : Finset Y ) is neither a sampled numeric type (\u2115 \u2124 \u211a \u211d) nor a decidable hypothesis", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "SpecificationProofs/P15Interpolation.lean::UniversalLaw.Proofs.P15Interpolation.Aux.f6_raised_insert": { + "module": "SpecificationProofs/P15Interpolation.lean", + "name": "UniversalLaw.Proofs.P15Interpolation.Aux.f6_raised_insert", + "status": "UNSUPPORTED", + "detail": "binder ( a : Y ) is neither a sampled numeric type (\u2115 \u2124 \u211a \u211d) nor a decidable hypothesis", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "SpecificationProofs/P15Interpolation.lean::UniversalLaw.Proofs.P15Interpolation.Aux.f6_prod_hazardCoord_le": { + "module": "SpecificationProofs/P15Interpolation.lean", + "name": "UniversalLaw.Proofs.P15Interpolation.Aux.f6_prod_hazardCoord_le", + "status": "UNSUPPORTED", + "detail": "binder ( A : Finset ( Finset Y ) ) is neither a sampled numeric type (\u2115 \u2124 \u211a \u211d) nor a decidable hypothesis", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "SpecificationProofs/P15Interpolation.lean::UniversalLaw.Proofs.P15Interpolation.Aux.f6_hazardProductBound_of_concavity": { + "module": "SpecificationProofs/P15Interpolation.lean", + "name": "UniversalLaw.Proofs.P15Interpolation.Aux.f6_hazardProductBound_of_concavity", + "status": "UNSUPPORTED", + "detail": "binder ( h5 : UniversalLaw.Spec.P15.CoordinatewiseConcavity ) is neither a sampled numeric type (\u2115 \u2124 \u211a \u211d) nor a decidable hypothesis", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "SpecificationProofs/P15Interpolation.lean::UniversalLaw.Proofs.P15Interpolation.Aux.f7_phi_nonneg": { + "module": "SpecificationProofs/P15Interpolation.lean", + "name": "UniversalLaw.Proofs.P15Interpolation.Aux.f7_phi_nonneg", + "status": "CORROBORATED", + "detail": "holds on 64 sampled instances satisfying the hypotheses (3 draws rejected by the hypotheses, 0 infeasible, seed 1): sampling is admitted evidence of the statement, not a proof of it", + "instances": 64, + "vacuous": false, + "float_free": true, + "sampling": { + "seed": 1, + "draws": 201, + "accepted": 64, + "rejected": 3, + "infeasible": 0, + "undecided": 0 + } + }, + "SpecificationProofs/P15Interpolation.lean::UniversalLaw.Proofs.P15Interpolation.Aux.f7_phi_le_one": { + "module": "SpecificationProofs/P15Interpolation.lean", + "name": "UniversalLaw.Proofs.P15Interpolation.Aux.f7_phi_le_one", + "status": "CORROBORATED", + "detail": "holds on 64 sampled instances satisfying the hypotheses (0 draws rejected by the hypotheses, 0 infeasible, seed 1): sampling is admitted evidence of the statement, not a proof of it", + "instances": 64, + "vacuous": false, + "float_free": true, + "sampling": { + "seed": 1, + "draws": 107, + "accepted": 64, + "rejected": 0, + "infeasible": 0, + "undecided": 0 + } + }, + "SpecificationProofs/P15Interpolation.lean::UniversalLaw.Proofs.P15Interpolation.Aux.f7_phi_mem": { + "module": "SpecificationProofs/P15Interpolation.lean", + "name": "UniversalLaw.Proofs.P15Interpolation.Aux.f7_phi_mem", + "status": "CORROBORATED", + "detail": "holds on 64 sampled instances satisfying the hypotheses (5 draws rejected by the hypotheses, 0 infeasible, seed 1): sampling is admitted evidence of the statement, not a proof of it", + "instances": 64, + "vacuous": false, + "float_free": true, + "sampling": { + "seed": 1, + "draws": 522, + "accepted": 64, + "rejected": 5, + "infeasible": 0, + "undecided": 0 + } + }, + "SpecificationProofs/P15Interpolation.lean::UniversalLaw.Proofs.P15Interpolation.Aux.f7_one_sub_exp_neg_phi_nonneg": { + "module": "SpecificationProofs/P15Interpolation.lean", + "name": "UniversalLaw.Proofs.P15Interpolation.Aux.f7_one_sub_exp_neg_phi_nonneg", + "status": "CORROBORATED", + "detail": "holds on 64 sampled instances satisfying the hypotheses (3 draws rejected by the hypotheses, 0 infeasible, seed 1): sampling is admitted evidence of the statement, not a proof of it", + "instances": 64, + "vacuous": false, + "float_free": true, + "sampling": { + "seed": 1, + "draws": 201, + "accepted": 64, + "rejected": 3, + "infeasible": 0, + "undecided": 0 + } + }, + "SpecificationProofs/P15Interpolation.lean::UniversalLaw.Proofs.P15Interpolation.Aux.f7_one_sub_exp_neg_phi_le": { + "module": "SpecificationProofs/P15Interpolation.lean", + "name": "UniversalLaw.Proofs.P15Interpolation.Aux.f7_one_sub_exp_neg_phi_le", + "status": "UNSUPPORTED", + "detail": "the enclosures to 256 bits did not decide 107 of the sampled instances (11 decided, all held): sampling cannot corroborate the statement", + "instances": 11, + "vacuous": false, + "float_free": true, + "sampling": { + "seed": 1, + "draws": 1027, + "accepted": 11, + "rejected": 5, + "infeasible": 0, + "undecided": 107 + } + }, + "SpecificationProofs/P15Interpolation.lean::UniversalLaw.Proofs.P15Interpolation.Aux.f7_mix_mem": { + "module": "SpecificationProofs/P15Interpolation.lean", + "name": "UniversalLaw.Proofs.P15Interpolation.Aux.f7_mix_mem", + "status": "UNSUPPORTED", + "detail": "binder ( s : Finset Y ) is neither a sampled numeric type (\u2115 \u2124 \u211a \u211d) nor a decidable hypothesis", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "SpecificationProofs/P15Interpolation.lean::UniversalLaw.Proofs.P15Interpolation.Aux.f7_mix_insert": { + "module": "SpecificationProofs/P15Interpolation.lean", + "name": "UniversalLaw.Proofs.P15Interpolation.Aux.f7_mix_insert", + "status": "UNSUPPORTED", + "detail": "binder ( a : Y ) is neither a sampled numeric type (\u2115 \u2124 \u211a \u211d) nor a decidable hypothesis", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "SpecificationProofs/P15Interpolation.lean::UniversalLaw.Proofs.P15Interpolation.Aux.f7_mix_eq_update_self": { + "module": "SpecificationProofs/P15Interpolation.lean", + "name": "UniversalLaw.Proofs.P15Interpolation.Aux.f7_mix_eq_update_self", + "status": "UNSUPPORTED", + "detail": "binder ( a : Y ) is neither a sampled numeric type (\u2115 \u2124 \u211a \u211d) nor a decidable hypothesis", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "SpecificationProofs/P15Interpolation.lean::UniversalLaw.Proofs.P15Interpolation.Aux.f7_muOf_le_mix": { + "module": "SpecificationProofs/P15Interpolation.lean", + "name": "UniversalLaw.Proofs.P15Interpolation.Aux.f7_muOf_le_mix", + "status": "UNSUPPORTED", + "detail": "binder { A : Finset ( Finset Y ) } is neither a sampled numeric type (\u2115 \u2124 \u211a \u211d) nor a decidable hypothesis", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "SpecificationProofs/P15Interpolation.lean::UniversalLaw.Proofs.P15Interpolation.Aux.f7_muOf_antitone": { + "module": "SpecificationProofs/P15Interpolation.lean", + "name": "UniversalLaw.Proofs.P15Interpolation.Aux.f7_muOf_antitone", + "status": "UNSUPPORTED", + "detail": "binder { A : Finset ( Finset Y ) } is neither a sampled numeric type (\u2115 \u2124 \u211a \u211d) nor a decidable hypothesis", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "SpecificationProofs/P15Interpolation.lean::UniversalLaw.Proofs.P15Interpolation.Aux.f7_hazardPhiBound_of_productBound": { + "module": "SpecificationProofs/P15Interpolation.lean", + "name": "UniversalLaw.Proofs.P15Interpolation.Aux.f7_hazardPhiBound_of_productBound", + "status": "UNSUPPORTED", + "detail": "binder ( h6 : UniversalLaw.Spec.P15.HazardProductBound ) is neither a sampled numeric type (\u2115 \u2124 \u211a \u211d) nor a decidable hypothesis", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "SpecificationProofs/P15Interpolation.lean::UniversalLaw.Proofs.P15Interpolation.Aux.f8_prod_phi_le_one": { + "module": "SpecificationProofs/P15Interpolation.lean", + "name": "UniversalLaw.Proofs.P15Interpolation.Aux.f8_prod_phi_le_one", + "status": "CORROBORATED", + "detail": "holds on 64 sampled instances satisfying the hypotheses (13 draws rejected by the hypotheses, 0 infeasible, seed 1): sampling is admitted evidence of the statement, not a proof of it", + "instances": 64, + "vacuous": false, + "float_free": true, + "sampling": { + "seed": 1, + "draws": 108, + "accepted": 64, + "rejected": 13, + "infeasible": 0, + "undecided": 0 + } + }, + "SpecificationProofs/P15Interpolation.lean::UniversalLaw.Proofs.P15Interpolation.Aux.f8_prod_le_prod_phi": { + "module": "SpecificationProofs/P15Interpolation.lean", + "name": "UniversalLaw.Proofs.P15Interpolation.Aux.f8_prod_le_prod_phi", + "status": "UNSUPPORTED", + "detail": "hypothesis ( hc : \u2200 j , 0 \u2264 c j \u2227 c j \u2264 phi ( p j ) ) mentions undeclared names ['phi']", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "SpecificationProofs/P15Interpolation.lean::UniversalLaw.Proofs.P15Interpolation.Aux.f8_fullGroundPriceBound_of_phiBound": { + "module": "SpecificationProofs/P15Interpolation.lean", + "name": "UniversalLaw.Proofs.P15Interpolation.Aux.f8_fullGroundPriceBound_of_phiBound", + "status": "UNSUPPORTED", + "detail": "binder ( h7 : UniversalLaw.Spec.P15.HazardPhiBound ) is neither a sampled numeric type (\u2115 \u2124 \u211a \u211d) nor a decidable hypothesis", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "SpecificationProofs/P15Interpolation.lean::UniversalLaw.Proofs.P15Interpolation.Aux.bi_prod_phi_nonneg": { + "module": "SpecificationProofs/P15Interpolation.lean", + "name": "UniversalLaw.Proofs.P15Interpolation.Aux.bi_prod_phi_nonneg", + "status": "CORROBORATED", + "detail": "holds on 64 sampled instances satisfying the hypotheses (13 draws rejected by the hypotheses, 0 infeasible, seed 1): sampling is admitted evidence of the statement, not a proof of it", + "instances": 64, + "vacuous": false, + "float_free": true, + "sampling": { + "seed": 1, + "draws": 108, + "accepted": 64, + "rejected": 13, + "infeasible": 0, + "undecided": 0 + } + }, + "SpecificationProofs/P15Interpolation.lean::UniversalLaw.Proofs.P15Interpolation.Aux.bi_budget_of_one_le_hazardStar": { + "module": "SpecificationProofs/P15Interpolation.lean", + "name": "UniversalLaw.Proofs.P15Interpolation.Aux.bi_budget_of_one_le_hazardStar", + "status": "UNSUPPORTED", + "detail": "binder ( h7 : UniversalLaw.Spec.P15.HazardPhiBound ) is neither a sampled numeric type (\u2115 \u2124 \u211a \u211d) nor a decidable hypothesis", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "SpecificationProofs/P15Interpolation.lean::UniversalLaw.Proofs.P15Interpolation.Aux.bi_muOf_pStar_pos": { + "module": "SpecificationProofs/P15Interpolation.lean", + "name": "UniversalLaw.Proofs.P15Interpolation.Aux.bi_muOf_pStar_pos", + "status": "UNSUPPORTED", + "detail": "binder { A : Finset ( Finset ( Fin n ) ) } is neither a sampled numeric type (\u2115 \u2124 \u211a \u211d) nor a decidable hypothesis", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "SpecificationProofs/P15Interpolation.lean::UniversalLaw.Proofs.P15Interpolation.Aux.bi_one_le_hazardStar_of_budget": { + "module": "SpecificationProofs/P15Interpolation.lean", + "name": "UniversalLaw.Proofs.P15Interpolation.Aux.bi_one_le_hazardStar_of_budget", + "status": "UNSUPPORTED", + "detail": "binder { A : Finset ( Finset ( Fin n ) ) } is neither a sampled numeric type (\u2115 \u2124 \u211a \u211d) nor a decidable hypothesis", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "SpecificationProofs/P15Interpolation.lean::UniversalLaw.Proofs.P15Interpolation.Aux.bi_fullGroundBudgetIff_of_phiBound": { + "module": "SpecificationProofs/P15Interpolation.lean", + "name": "UniversalLaw.Proofs.P15Interpolation.Aux.bi_fullGroundBudgetIff_of_phiBound", + "status": "UNSUPPORTED", + "detail": "binder ( h7 : UniversalLaw.Spec.P15.HazardPhiBound ) is neither a sampled numeric type (\u2115 \u2124 \u211a \u211d) nor a decidable hypothesis", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "SpecificationProofs/P15Interpolation.lean::UniversalLaw.Proofs.P15Interpolation.Aux.lp_capacityFamily_properDownset": { + "module": "SpecificationProofs/P15Interpolation.lean", + "name": "UniversalLaw.Proofs.P15Interpolation.Aux.lp_capacityFamily_properDownset", + "status": "UNSUPPORTED", + "detail": "result type Finset ( Finset Y )", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "SpecificationProofs/P15Interpolation.lean::UniversalLaw.Proofs.P15Interpolation.Aux.lp_exists_enum": { + "module": "SpecificationProofs/P15Interpolation.lean", + "name": "UniversalLaw.Proofs.P15Interpolation.Aux.lp_exists_enum", + "status": "UNSUPPORTED", + "detail": "binder ( B : Finset X ) is neither a sampled numeric type (\u2115 \u2124 \u211a \u211d) nor a decidable hypothesis", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "SpecificationProofs/P15Interpolation.lean::UniversalLaw.Proofs.P15Interpolation.Aux.lp_map_univ_eq": { + "module": "SpecificationProofs/P15Interpolation.lean", + "name": "UniversalLaw.Proofs.P15Interpolation.Aux.lp_map_univ_eq", + "status": "UNSUPPORTED", + "detail": "binder { B : Finset X } is neither a sampled numeric type (\u2115 \u2124 \u211a \u211d) nor a decidable hypothesis", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "SpecificationProofs/P15Interpolation.lean::UniversalLaw.Proofs.P15Interpolation.Aux.lp_prod_univ_eq": { + "module": "SpecificationProofs/P15Interpolation.lean", + "name": "UniversalLaw.Proofs.P15Interpolation.Aux.lp_prod_univ_eq", + "status": "UNSUPPORTED", + "detail": "binder { B : Finset X } is neither a sampled numeric type (\u2115 \u2124 \u211a \u211d) nor a decidable hypothesis", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "SpecificationProofs/P15Interpolation.lean::UniversalLaw.Proofs.P15Interpolation.Aux.lp_map_filter_eq": { + "module": "SpecificationProofs/P15Interpolation.lean", + "name": "UniversalLaw.Proofs.P15Interpolation.Aux.lp_map_filter_eq", + "status": "UNSUPPORTED", + "detail": "binder { B : Finset X } is neither a sampled numeric type (\u2115 \u2124 \u211a \u211d) nor a decidable hypothesis", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "SpecificationProofs/P15Interpolation.lean::UniversalLaw.Proofs.P15Interpolation.Aux.lp_filter_map_eq": { + "module": "SpecificationProofs/P15Interpolation.lean", + "name": "UniversalLaw.Proofs.P15Interpolation.Aux.lp_filter_map_eq", + "status": "UNSUPPORTED", + "detail": "binder ( e : Fin n \u2192 X ) is neither a sampled numeric type (\u2115 \u2124 \u211a \u211d) nor a decidable hypothesis", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "SpecificationProofs/P15Interpolation.lean::UniversalLaw.Proofs.P15Interpolation.Aux.lp_localGood_eq_muOf": { + "module": "SpecificationProofs/P15Interpolation.lean", + "name": "UniversalLaw.Proofs.P15Interpolation.Aux.lp_localGood_eq_muOf", + "status": "UNSUPPORTED", + "detail": "binder { F : RealizedData X } is neither a sampled numeric type (\u2115 \u2124 \u211a \u211d) nor a decidable hypothesis", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "SpecificationProofs/P15Interpolation.lean::UniversalLaw.Proofs.P15Interpolation.Aux.lp_localPriceBoundFull_of_phiBound": { + "module": "SpecificationProofs/P15Interpolation.lean", + "name": "UniversalLaw.Proofs.P15Interpolation.Aux.lp_localPriceBoundFull_of_phiBound", + "status": "UNSUPPORTED", + "detail": "binder ( h7 : UniversalLaw.Spec.P15.HazardPhiBound ) is neither a sampled numeric type (\u2115 \u2124 \u211a \u211d) nor a decidable hypothesis", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "SpecificationProofs/P15Interpolation.lean::UniversalLaw.Proofs.P15Interpolation.Aux.f2_rhoStar_nonneg": { + "module": "SpecificationProofs/P15Interpolation.lean", + "name": "UniversalLaw.Proofs.P15Interpolation.Aux.f2_rhoStar_nonneg", + "status": "PASS", + "detail": "closed statement evaluated true", + "instances": 1, + "vacuous": false, + "float_free": true + }, + "SpecificationProofs/P15Interpolation.lean::UniversalLaw.Proofs.P15Interpolation.Aux.f2_fullTransformedPriceBudget_of_local": { + "module": "SpecificationProofs/P15Interpolation.lean", + "name": "UniversalLaw.Proofs.P15Interpolation.Aux.f2_fullTransformedPriceBudget_of_local", + "status": "UNSUPPORTED", + "detail": "binder ( h12 : \u2200 { X : Type } [ Fintype X ] [ DecidableEq X ] ( F : RealizedData X ) , UniversalLaw.Spec.P15.LocalPriceBoundFull F ) is neither a sampled numeric type (\u2115 \u2124 \u211a \u211d) nor a decidable hypothesis", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "SpecificationProofs/P15Interpolation.lean::UniversalLaw.Proofs.P15Interpolation.rhoStarEnclosure": { + "module": "SpecificationProofs/P15Interpolation.lean", + "name": "UniversalLaw.Proofs.P15Interpolation.rhoStarEnclosure", + "status": "UNSUPPORTED", + "detail": "result type Prop", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "SpecificationProofs/P15Interpolation.lean::UniversalLaw.Proofs.P15Interpolation.coordinatewiseConcavity": { + "module": "SpecificationProofs/P15Interpolation.lean", + "name": "UniversalLaw.Proofs.P15Interpolation.coordinatewiseConcavity", + "status": "UNSUPPORTED", + "detail": "definition UniversalLaw.Spec.P15.CoordinatewiseConcavity has an unparsed body", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "SpecificationProofs/P15Interpolation.lean::UniversalLaw.Proofs.P15Interpolation.hazardProductBound": { + "module": "SpecificationProofs/P15Interpolation.lean", + "name": "UniversalLaw.Proofs.P15Interpolation.hazardProductBound", + "status": "UNSUPPORTED", + "detail": "definition UniversalLaw.Spec.P15.HazardProductBound has an unparsed body", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "SpecificationProofs/P15Interpolation.lean::UniversalLaw.Proofs.P15Interpolation.hazardPhiBound": { + "module": "SpecificationProofs/P15Interpolation.lean", + "name": "UniversalLaw.Proofs.P15Interpolation.hazardPhiBound", + "status": "UNSUPPORTED", + "detail": "definition UniversalLaw.Spec.P15.HazardPhiBound has an unparsed body", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "SpecificationProofs/P15Interpolation.lean::UniversalLaw.Proofs.P15Interpolation.fullGroundPriceBound": { + "module": "SpecificationProofs/P15Interpolation.lean", + "name": "UniversalLaw.Proofs.P15Interpolation.fullGroundPriceBound", + "status": "UNSUPPORTED", + "detail": "definition UniversalLaw.Spec.P15.FullGroundPriceBound has an unparsed body", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "SpecificationProofs/P15Interpolation.lean::UniversalLaw.Proofs.P15Interpolation.fullGroundBudgetIff": { + "module": "SpecificationProofs/P15Interpolation.lean", + "name": "UniversalLaw.Proofs.P15Interpolation.fullGroundBudgetIff", + "status": "UNSUPPORTED", + "detail": "definition UniversalLaw.Spec.P15.FullGroundBudgetIff has an unparsed body", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "SpecificationProofs/P15Interpolation.lean::UniversalLaw.Proofs.P15Interpolation.localPriceBoundFull": { + "module": "SpecificationProofs/P15Interpolation.lean", + "name": "UniversalLaw.Proofs.P15Interpolation.localPriceBoundFull", + "status": "UNSUPPORTED", + "detail": "binder ( F : RealizedData X ) is neither a sampled numeric type (\u2115 \u2124 \u211a \u211d) nor a decidable hypothesis", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "SpecificationProofs/P15Interpolation.lean::UniversalLaw.Proofs.P15Interpolation.fullTransformedPriceBudget": { + "module": "SpecificationProofs/P15Interpolation.lean", + "name": "UniversalLaw.Proofs.P15Interpolation.fullTransformedPriceBudget", + "status": "UNSUPPORTED", + "detail": "binder ( F : RealizedData X ) is neither a sampled numeric type (\u2115 \u2124 \u211a \u211d) nor a decidable hypothesis", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "SpecificationProofs/P15Structure.lean::UniversalLaw.Proofs.P15Structure.Aux.block_nonempty": { + "module": "SpecificationProofs/P15Structure.lean", + "name": "UniversalLaw.Proofs.P15Structure.Aux.block_nonempty", + "status": "UNSUPPORTED", + "detail": "binder { F : RealizedData X } is neither a sampled numeric type (\u2115 \u2124 \u211a \u211d) nor a decidable hypothesis", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "SpecificationProofs/P15Structure.lean::UniversalLaw.Proofs.P15Structure.Aux.blk_eq_of_mem_block": { + "module": "SpecificationProofs/P15Structure.lean", + "name": "UniversalLaw.Proofs.P15Structure.Aux.blk_eq_of_mem_block", + "status": "UNSUPPORTED", + "detail": "binder { F : RealizedData X } is neither a sampled numeric type (\u2115 \u2124 \u211a \u211d) nor a decidable hypothesis", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "SpecificationProofs/P15Structure.lean::UniversalLaw.Proofs.P15Structure.Aux.mem_block_iff": { + "module": "SpecificationProofs/P15Structure.lean", + "name": "UniversalLaw.Proofs.P15Structure.Aux.mem_block_iff", + "status": "UNSUPPORTED", + "detail": "binder { F : RealizedData X } is neither a sampled numeric type (\u2115 \u2124 \u211a \u211d) nor a decidable hypothesis", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "SpecificationProofs/P15Structure.lean::UniversalLaw.Proofs.P15Structure.Aux.block_injective": { + "module": "SpecificationProofs/P15Structure.lean", + "name": "UniversalLaw.Proofs.P15Structure.Aux.block_injective", + "status": "UNSUPPORTED", + "detail": "binder { F : RealizedData X } is neither a sampled numeric type (\u2115 \u2124 \u211a \u211d) nor a decidable hypothesis", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "SpecificationProofs/P15Structure.lean::UniversalLaw.Proofs.P15Structure.Aux.famPrice_fullBlockFamily": { + "module": "SpecificationProofs/P15Structure.lean", + "name": "UniversalLaw.Proofs.P15Structure.Aux.famPrice_fullBlockFamily", + "status": "UNSUPPORTED", + "detail": "binder { F : RealizedData X } is neither a sampled numeric type (\u2115 \u2124 \u211a \u211d) nor a decidable hypothesis", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "SpecificationProofs/P15Structure.lean::UniversalLaw.Proofs.P15Structure.Aux.block_benchmark816": { + "module": "SpecificationProofs/P15Structure.lean", + "name": "UniversalLaw.Proofs.P15Structure.Aux.block_benchmark816", + "status": "UNSUPPORTED", + "detail": "unsupported syntax: brace term that is not a set-builder", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "SpecificationProofs/P15Structure.lean::UniversalLaw.Proofs.P15Structure.Aux.card_block_benchmark816'": { + "module": "SpecificationProofs/P15Structure.lean", + "name": "UniversalLaw.Proofs.P15Structure.Aux.card_block_benchmark816'", + "status": "UNSUPPORTED", + "detail": "unknown function .card", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "SpecificationProofs/P15Structure.lean::UniversalLaw.Proofs.P15Structure.Aux.card_block_benchmark816": { + "module": "SpecificationProofs/P15Structure.lean", + "name": "UniversalLaw.Proofs.P15Structure.Aux.card_block_benchmark816", + "status": "UNSUPPORTED", + "detail": "binder ( i : Fin benchmark816.b ) is neither a sampled numeric type (\u2115 \u2124 \u211a \u211d) nor a decidable hypothesis", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "SpecificationProofs/P15Structure.lean::UniversalLaw.Proofs.P15Structure.Aux.mem_H_benchmark816'": { + "module": "SpecificationProofs/P15Structure.lean", + "name": "UniversalLaw.Proofs.P15Structure.Aux.mem_H_benchmark816'", + "status": "UNSUPPORTED", + "detail": "binder { e : Finset ( Fin 6 ) } is neither a sampled numeric type (\u2115 \u2124 \u211a \u211d) nor a decidable hypothesis", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "SpecificationProofs/P15Structure.lean::UniversalLaw.Proofs.P15Structure.Aux.mem_H_benchmark816": { + "module": "SpecificationProofs/P15Structure.lean", + "name": "UniversalLaw.Proofs.P15Structure.Aux.mem_H_benchmark816", + "status": "UNSUPPORTED", + "detail": "binder { e : Finset ( Fin benchmark816.b ) } is neither a sampled numeric type (\u2115 \u2124 \u211a \u211d) nor a decidable hypothesis", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "SpecificationProofs/P15Structure.lean::UniversalLaw.Proofs.P15Structure.Aux.benchmark816_isRealized": { + "module": "SpecificationProofs/P15Structure.lean", + "name": "UniversalLaw.Proofs.P15Structure.Aux.benchmark816_isRealized", + "status": "UNSUPPORTED", + "detail": "result type RealizedData X", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "SpecificationProofs/P15Structure.lean::UniversalLaw.Proofs.P15Structure.Aux.famPrice_const_benchmark816": { + "module": "SpecificationProofs/P15Structure.lean", + "name": "UniversalLaw.Proofs.P15Structure.Aux.famPrice_const_benchmark816", + "status": "UNSUPPORTED", + "detail": "expression Lambda", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "SpecificationProofs/P15Structure.lean::UniversalLaw.Proofs.P15Structure.Aux.neg_log_one_sub_gt": { + "module": "SpecificationProofs/P15Structure.lean", + "name": "UniversalLaw.Proofs.P15Structure.Aux.neg_log_one_sub_gt", + "status": "CORROBORATED", + "detail": "holds on 64 sampled instances satisfying the hypotheses (13 draws rejected by the hypotheses, 0 infeasible, seed 1): sampling is admitted evidence of the statement, not a proof of it", + "instances": 64, + "vacuous": false, + "float_free": true, + "sampling": { + "seed": 1, + "draws": 343, + "accepted": 64, + "rejected": 13, + "infeasible": 0, + "undecided": 0 + } + }, + "SpecificationProofs/P15Structure.lean::UniversalLaw.Proofs.P15Structure.Aux.completeClutter_edge_iff": { + "module": "SpecificationProofs/P15Structure.lean", + "name": "UniversalLaw.Proofs.P15Structure.Aux.completeClutter_edge_iff", + "status": "UNSUPPORTED", + "detail": "binder ( P : Fin b \u2192 Finset ( Fin K ) ) is neither a sampled numeric type (\u2115 \u2124 \u211a \u211d) nor a decidable hypothesis", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "SpecificationProofs/P15Structure.lean::UniversalLaw.Proofs.P15Structure.Aux.sum_card_eq_sum_fiber": { + "module": "SpecificationProofs/P15Structure.lean", + "name": "UniversalLaw.Proofs.P15Structure.Aux.sum_card_eq_sum_fiber", + "status": "UNSUPPORTED", + "detail": "binder ( P : Fin b \u2192 Finset ( Fin K ) ) is neither a sampled numeric type (\u2115 \u2124 \u211a \u211d) nor a decidable hypothesis", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "SpecificationProofs/P15Structure.lean::UniversalLaw.Proofs.P15Structure.Aux.palette_lower_bounds": { + "module": "SpecificationProofs/P15Structure.lean", + "name": "UniversalLaw.Proofs.P15Structure.Aux.palette_lower_bounds", + "status": "UNSUPPORTED", + "detail": "binder ( hK : IsPaletteFeasible b ( completeClutter b s ) d K ) is neither a sampled numeric type (\u2115 \u2124 \u211a \u211d) nor a decidable hypothesis", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "SpecificationProofs/P15Structure.lean::UniversalLaw.Proofs.P15Structure.Aux.prefixSum_add_le_of_lt": { + "module": "SpecificationProofs/P15Structure.lean", + "name": "UniversalLaw.Proofs.P15Structure.Aux.prefixSum_add_le_of_lt", + "status": "UNSUPPORTED", + "detail": "unknown function univ.filter", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "SpecificationProofs/P15Structure.lean::UniversalLaw.Proofs.P15Structure.Aux.prefixSum_add_le": { + "module": "SpecificationProofs/P15Structure.lean", + "name": "UniversalLaw.Proofs.P15Structure.Aux.prefixSum_add_le", + "status": "UNSUPPORTED", + "detail": "unknown function univ.filter", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "SpecificationProofs/P15Structure.lean::UniversalLaw.Proofs.P15Structure.Aux.mem_cycPalette": { + "module": "SpecificationProofs/P15Structure.lean", + "name": "UniversalLaw.Proofs.P15Structure.Aux.mem_cycPalette", + "status": "UNSUPPORTED", + "detail": "binder pattern ( \u2113 : Fin K ) is outside the interpreter", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "SpecificationProofs/P15Structure.lean::UniversalLaw.Proofs.P15Structure.Aux.card_cycPalette": { + "module": "SpecificationProofs/P15Structure.lean", + "name": "UniversalLaw.Proofs.P15Structure.Aux.card_cycPalette", + "status": "UNSUPPORTED", + "detail": "unknown function .card", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "SpecificationProofs/P15Structure.lean::UniversalLaw.Proofs.P15Structure.Aux.firstPos_spec": { + "module": "SpecificationProofs/P15Structure.lean", + "name": "UniversalLaw.Proofs.P15Structure.Aux.firstPos_spec", + "status": "UNSUPPORTED", + "detail": "binder pattern ( K \u2113 : \u2115 ) is outside the interpreter", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "SpecificationProofs/P15Structure.lean::UniversalLaw.Proofs.P15Structure.Aux.card_residue_le": { + "module": "SpecificationProofs/P15Structure.lean", + "name": "UniversalLaw.Proofs.P15Structure.Aux.card_residue_le", + "status": "UNSUPPORTED", + "detail": "binder pattern ( \u2113 : \u2115 ) is outside the interpreter", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "SpecificationProofs/P15Structure.lean::UniversalLaw.Proofs.P15Structure.Aux.palette_witness": { + "module": "SpecificationProofs/P15Structure.lean", + "name": "UniversalLaw.Proofs.P15Structure.Aux.palette_witness", + "status": "UNSUPPORTED", + "detail": "definition IsPaletteFeasible has an unparsed body", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "SpecificationProofs/P15Structure.lean::UniversalLaw.Proofs.P15Structure.Aux.paletteNumber_completeClutter": { + "module": "SpecificationProofs/P15Structure.lean", + "name": "UniversalLaw.Proofs.P15Structure.Aux.paletteNumber_completeClutter", + "status": "UNSUPPORTED", + "detail": "unsupported syntax: notation '\u2308'", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "SpecificationProofs/P15Structure.lean::UniversalLaw.Proofs.P15Structure.Aux.isPaletteFeasible_sum": { + "module": "SpecificationProofs/P15Structure.lean", + "name": "UniversalLaw.Proofs.P15Structure.Aux.isPaletteFeasible_sum", + "status": "UNSUPPORTED", + "detail": "binder ( H : Finset ( Finset ( Fin b ) ) ) is neither a sampled numeric type (\u2115 \u2124 \u211a \u211d) nor a decidable hypothesis", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "SpecificationProofs/P15Structure.lean::UniversalLaw.Proofs.P15Structure.Aux.isPaletteFeasible_mono": { + "module": "SpecificationProofs/P15Structure.lean", + "name": "UniversalLaw.Proofs.P15Structure.Aux.isPaletteFeasible_mono", + "status": "UNSUPPORTED", + "detail": "binder ( H : Finset ( Finset ( Fin b ) ) ) is neither a sampled numeric type (\u2115 \u2124 \u211a \u211d) nor a decidable hypothesis", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "SpecificationProofs/P15Structure.lean::UniversalLaw.Proofs.P15Structure.Aux.isPaletteFeasible_paletteNumber": { + "module": "SpecificationProofs/P15Structure.lean", + "name": "UniversalLaw.Proofs.P15Structure.Aux.isPaletteFeasible_paletteNumber", + "status": "UNSUPPORTED", + "detail": "binder ( H : Finset ( Finset ( Fin b ) ) ) is neither a sampled numeric type (\u2115 \u2124 \u211a \u211d) nor a decidable hypothesis", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "SpecificationProofs/P15Structure.lean::UniversalLaw.Proofs.P15Structure.Aux.isPaletteFeasible_of_paletteNumber_le": { + "module": "SpecificationProofs/P15Structure.lean", + "name": "UniversalLaw.Proofs.P15Structure.Aux.isPaletteFeasible_of_paletteNumber_le", + "status": "UNSUPPORTED", + "detail": "binder ( H : Finset ( Finset ( Fin b ) ) ) is neither a sampled numeric type (\u2115 \u2124 \u211a \u211d) nor a decidable hypothesis", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "SpecificationProofs/P15Structure.lean::UniversalLaw.Proofs.P15Structure.Aux.paletteNumber_le_of_feasible": { + "module": "SpecificationProofs/P15Structure.lean", + "name": "UniversalLaw.Proofs.P15Structure.Aux.paletteNumber_le_of_feasible", + "status": "UNSUPPORTED", + "detail": "binder ( H : Finset ( Finset ( Fin b ) ) ) is neither a sampled numeric type (\u2115 \u2124 \u211a \u211d) nor a decidable hypothesis", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "SpecificationProofs/P15Structure.lean::UniversalLaw.Proofs.P15Structure.Aux.palette_of_decomposable": { + "module": "SpecificationProofs/P15Structure.lean", + "name": "UniversalLaw.Proofs.P15Structure.Aux.palette_of_decomposable", + "status": "UNSUPPORTED", + "detail": "binder { U : Finset X } is neither a sampled numeric type (\u2115 \u2124 \u211a \u211d) nor a decidable hypothesis", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "SpecificationProofs/P15Structure.lean::UniversalLaw.Proofs.P15Structure.Aux.idxIn_lt": { + "module": "SpecificationProofs/P15Structure.lean", + "name": "UniversalLaw.Proofs.P15Structure.Aux.idxIn_lt", + "status": "UNSUPPORTED", + "detail": "binder ( F : RealizedData X ) is neither a sampled numeric type (\u2115 \u2124 \u211a \u211d) nor a decidable hypothesis", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "SpecificationProofs/P15Structure.lean::UniversalLaw.Proofs.P15Structure.Aux.idxIn_inj": { + "module": "SpecificationProofs/P15Structure.lean", + "name": "UniversalLaw.Proofs.P15Structure.Aux.idxIn_inj", + "status": "UNSUPPORTED", + "detail": "binder ( F : RealizedData X ) is neither a sampled numeric type (\u2115 \u2124 \u211a \u211d) nor a decidable hypothesis", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "SpecificationProofs/P15Structure.lean::UniversalLaw.Proofs.P15Structure.Aux.labOf_mem": { + "module": "SpecificationProofs/P15Structure.lean", + "name": "UniversalLaw.Proofs.P15Structure.Aux.labOf_mem", + "status": "UNSUPPORTED", + "detail": "binder ( P : Fin b \u2192 Finset ( Fin K ) ) is neither a sampled numeric type (\u2115 \u2124 \u211a \u211d) nor a decidable hypothesis", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "SpecificationProofs/P15Structure.lean::UniversalLaw.Proofs.P15Structure.Aux.labOf_inj": { + "module": "SpecificationProofs/P15Structure.lean", + "name": "UniversalLaw.Proofs.P15Structure.Aux.labOf_inj", + "status": "UNSUPPORTED", + "detail": "binder ( P : Fin b \u2192 Finset ( Fin K ) ) is neither a sampled numeric type (\u2115 \u2124 \u211a \u211d) nor a decidable hypothesis", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "SpecificationProofs/P15Structure.lean::UniversalLaw.Proofs.P15Structure.Aux.labOf_isSome": { + "module": "SpecificationProofs/P15Structure.lean", + "name": "UniversalLaw.Proofs.P15Structure.Aux.labOf_isSome", + "status": "UNSUPPORTED", + "detail": "binder ( P : Fin b \u2192 Finset ( Fin K ) ) is neither a sampled numeric type (\u2115 \u2124 \u211a \u211d) nor a decidable hypothesis", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "SpecificationProofs/P15Structure.lean::UniversalLaw.Proofs.P15Structure.Aux.colOf_isSome": { + "module": "SpecificationProofs/P15Structure.lean", + "name": "UniversalLaw.Proofs.P15Structure.Aux.colOf_isSome", + "status": "UNSUPPORTED", + "detail": "binder ( hF : IsRealizedFamily F ) is neither a sampled numeric type (\u2115 \u2124 \u211a \u211d) nor a decidable hypothesis", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "SpecificationProofs/P15Structure.lean::UniversalLaw.Proofs.P15Structure.Aux.partOf_good": { + "module": "SpecificationProofs/P15Structure.lean", + "name": "UniversalLaw.Proofs.P15Structure.Aux.partOf_good", + "status": "UNSUPPORTED", + "detail": "binder ( hF : IsRealizedFamily F ) is neither a sampled numeric type (\u2115 \u2124 \u211a \u211d) nor a decidable hypothesis", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "SpecificationProofs/P15Structure.lean::UniversalLaw.Proofs.P15Structure.Aux.partOf_disjoint": { + "module": "SpecificationProofs/P15Structure.lean", + "name": "UniversalLaw.Proofs.P15Structure.Aux.partOf_disjoint", + "status": "UNSUPPORTED", + "detail": "binder ( F : RealizedData X ) is neither a sampled numeric type (\u2115 \u2124 \u211a \u211d) nor a decidable hypothesis", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "SpecificationProofs/P15Structure.lean::UniversalLaw.Proofs.P15Structure.Aux.biUnion_partOf": { + "module": "SpecificationProofs/P15Structure.lean", + "name": "UniversalLaw.Proofs.P15Structure.Aux.biUnion_partOf", + "status": "UNSUPPORTED", + "detail": "binder ( hF : IsRealizedFamily F ) is neither a sampled numeric type (\u2115 \u2124 \u211a \u211d) nor a decidable hypothesis", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "SpecificationProofs/P15Structure.lean::UniversalLaw.Proofs.P15Structure.Aux.decomposable_of_palette": { + "module": "SpecificationProofs/P15Structure.lean", + "name": "UniversalLaw.Proofs.P15Structure.Aux.decomposable_of_palette", + "status": "UNSUPPORTED", + "detail": "binder ( hF : IsRealizedFamily F ) is neither a sampled numeric type (\u2115 \u2124 \u211a \u211d) nor a decidable hypothesis", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "SpecificationProofs/P15Structure.lean::UniversalLaw.Proofs.P15Structure.Aux.block_disjoint": { + "module": "SpecificationProofs/P15Structure.lean", + "name": "UniversalLaw.Proofs.P15Structure.Aux.block_disjoint", + "status": "UNSUPPORTED", + "detail": "binder ( F : RealizedData X ) is neither a sampled numeric type (\u2115 \u2124 \u211a \u211d) nor a decidable hypothesis", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "SpecificationProofs/P15Structure.lean::UniversalLaw.Proofs.P15Structure.Aux.localDecomposability_expanded": { + "module": "SpecificationProofs/P15Structure.lean", + "name": "UniversalLaw.Proofs.P15Structure.Aux.localDecomposability_expanded", + "status": "UNSUPPORTED", + "detail": "binder ( hF : IsRealizedFamily F ) is neither a sampled numeric type (\u2115 \u2124 \u211a \u211d) nor a decidable hypothesis", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "SpecificationProofs/P15Structure.lean::UniversalLaw.Proofs.P15Structure.Aux.mem_supp_iff": { + "module": "SpecificationProofs/P15Structure.lean", + "name": "UniversalLaw.Proofs.P15Structure.Aux.mem_supp_iff", + "status": "UNSUPPORTED", + "detail": "binder { U : Finset X } is neither a sampled numeric type (\u2115 \u2124 \u211a \u211d) nor a decidable hypothesis", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "SpecificationProofs/P15Structure.lean::UniversalLaw.Proofs.P15Structure.Aux.good_of_subset_block": { + "module": "SpecificationProofs/P15Structure.lean", + "name": "UniversalLaw.Proofs.P15Structure.Aux.good_of_subset_block", + "status": "UNSUPPORTED", + "detail": "binder ( hF : IsRealizedFamily F ) is neither a sampled numeric type (\u2115 \u2124 \u211a \u211d) nor a decidable hypothesis", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "SpecificationProofs/P15Structure.lean::UniversalLaw.Proofs.P15Structure.Aux.erase_inter_block_of_blk_ne": { + "module": "SpecificationProofs/P15Structure.lean", + "name": "UniversalLaw.Proofs.P15Structure.Aux.erase_inter_block_of_blk_ne", + "status": "UNSUPPORTED", + "detail": "binder { U : Finset X } is neither a sampled numeric type (\u2115 \u2124 \u211a \u211d) nor a decidable hypothesis", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "SpecificationProofs/P15Structure.lean::UniversalLaw.Proofs.P15Structure.Aux.minimalForbidden_iff": { + "module": "SpecificationProofs/P15Structure.lean", + "name": "UniversalLaw.Proofs.P15Structure.Aux.minimalForbidden_iff", + "status": "UNSUPPORTED", + "detail": "binder ( hF : IsRealizedFamily F ) is neither a sampled numeric type (\u2115 \u2124 \u211a \u211d) nor a decidable hypothesis", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "SpecificationProofs/P15Structure.lean::UniversalLaw.Proofs.P15Structure.Aux.minForb816_iff": { + "module": "SpecificationProofs/P15Structure.lean", + "name": "UniversalLaw.Proofs.P15Structure.Aux.minForb816_iff", + "status": "UNSUPPORTED", + "detail": "binder ( U : Finset ( Fin 6 \u00d7 Fin 409 ) ) is neither a sampled numeric type (\u2115 \u2124 \u211a \u211d) nor a decidable hypothesis", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "SpecificationProofs/P15Structure.lean::UniversalLaw.Proofs.P15Structure.Aux.supp_eq_singleton_of_pair": { + "module": "SpecificationProofs/P15Structure.lean", + "name": "UniversalLaw.Proofs.P15Structure.Aux.supp_eq_singleton_of_pair", + "status": "UNSUPPORTED", + "detail": "binder { U : Finset ( Fin 6 \u00d7 Fin 409 ) } is neither a sampled numeric type (\u2115 \u2124 \u211a \u211d) nor a decidable hypothesis", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "SpecificationProofs/P15Structure.lean::UniversalLaw.Proofs.P15Structure.Aux.mem_pairs816": { + "module": "SpecificationProofs/P15Structure.lean", + "name": "UniversalLaw.Proofs.P15Structure.Aux.mem_pairs816", + "status": "UNSUPPORTED", + "detail": "binder { U : Finset ( Fin 6 \u00d7 Fin 409 ) } is neither a sampled numeric type (\u2115 \u2124 \u211a \u211d) nor a decidable hypothesis", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "SpecificationProofs/P15Structure.lean::UniversalLaw.Proofs.P15Structure.Aux.card_pairs816": { + "module": "SpecificationProofs/P15Structure.lean", + "name": "UniversalLaw.Proofs.P15Structure.Aux.card_pairs816", + "status": "UNSUPPORTED", + "detail": "unknown name pairs816.card", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "SpecificationProofs/P15Structure.lean::UniversalLaw.Proofs.P15Structure.Aux.sigma_injective": { + "module": "SpecificationProofs/P15Structure.lean", + "name": "UniversalLaw.Proofs.P15Structure.Aux.sigma_injective", + "status": "UNSUPPORTED", + "detail": "binder { F : RealizedData ( \u03b9 \u00d7 \u03b2 ) } is neither a sampled numeric type (\u2115 \u2124 \u211a \u211d) nor a decidable hypothesis", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "SpecificationProofs/P15Structure.lean::UniversalLaw.Proofs.P15Structure.Aux.mem_transOf": { + "module": "SpecificationProofs/P15Structure.lean", + "name": "UniversalLaw.Proofs.P15Structure.Aux.mem_transOf", + "status": "UNSUPPORTED", + "detail": "binder { F : RealizedData ( \u03b9 \u00d7 \u03b2 ) } is neither a sampled numeric type (\u2115 \u2124 \u211a \u211d) nor a decidable hypothesis", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "SpecificationProofs/P15Structure.lean::UniversalLaw.Proofs.P15Structure.Aux.card_transOf": { + "module": "SpecificationProofs/P15Structure.lean", + "name": "UniversalLaw.Proofs.P15Structure.Aux.card_transOf", + "status": "UNSUPPORTED", + "detail": "binder { F : RealizedData ( \u03b9 \u00d7 \u03b2 ) } is neither a sampled numeric type (\u2115 \u2124 \u211a \u211d) nor a decidable hypothesis", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "SpecificationProofs/P15Structure.lean::UniversalLaw.Proofs.P15Structure.Aux.h\u03c3816": { + "module": "SpecificationProofs/P15Structure.lean", + "name": "UniversalLaw.Proofs.P15Structure.Aux.h\u03c3816", + "status": "UNSUPPORTED", + "detail": "unparsed statement: SyntaxError: expected ',', got v", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "SpecificationProofs/P15Structure.lean::UniversalLaw.Proofs.P15Structure.Aux.mem_transAll816": { + "module": "SpecificationProofs/P15Structure.lean", + "name": "UniversalLaw.Proofs.P15Structure.Aux.mem_transAll816", + "status": "UNSUPPORTED", + "detail": "binder { U : Finset ( Fin 6 \u00d7 Fin 409 ) } is neither a sampled numeric type (\u2115 \u2124 \u211a \u211d) nor a decidable hypothesis", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "SpecificationProofs/P15Structure.lean::UniversalLaw.Proofs.P15Structure.Aux.card_H816": { + "module": "SpecificationProofs/P15Structure.lean", + "name": "UniversalLaw.Proofs.P15Structure.Aux.card_H816", + "status": "UNSUPPORTED", + "detail": "unknown name benchmark816.H.card", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "SpecificationProofs/P15Structure.lean::UniversalLaw.Proofs.P15Structure.Aux.card_transAll816": { + "module": "SpecificationProofs/P15Structure.lean", + "name": "UniversalLaw.Proofs.P15Structure.Aux.card_transAll816", + "status": "UNSUPPORTED", + "detail": "unknown name transAll816.card", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "SpecificationProofs/P15Structure.lean::UniversalLaw.Proofs.P15Structure.Aux.disjoint_pairs816_transAll816": { + "module": "SpecificationProofs/P15Structure.lean", + "name": "UniversalLaw.Proofs.P15Structure.Aux.disjoint_pairs816_transAll816", + "status": "UNSUPPORTED", + "detail": "proposition of form App", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "SpecificationProofs/P15Structure.lean::UniversalLaw.Proofs.P15Structure.Aux.minForbSet_eq": { + "module": "SpecificationProofs/P15Structure.lean", + "name": "UniversalLaw.Proofs.P15Structure.Aux.minForbSet_eq", + "status": "UNSUPPORTED", + "detail": "a measure, set or function value without a finite model in force", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "SpecificationProofs/P15Structure.lean::UniversalLaw.Proofs.P15Structure.Aux.minForbSet1_eq": { + "module": "SpecificationProofs/P15Structure.lean", + "name": "UniversalLaw.Proofs.P15Structure.Aux.minForbSet1_eq", + "status": "UNSUPPORTED", + "detail": "a measure, set or function value without a finite model in force", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "SpecificationProofs/P15Structure.lean::UniversalLaw.Proofs.P15Structure.Aux.minForbSet4_eq": { + "module": "SpecificationProofs/P15Structure.lean", + "name": "UniversalLaw.Proofs.P15Structure.Aux.minForbSet4_eq", + "status": "UNSUPPORTED", + "detail": "a measure, set or function value without a finite model in force", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "SpecificationProofs/P15Structure.lean::UniversalLaw.Proofs.P15Structure.benchmark816IsRealized": { + "module": "SpecificationProofs/P15Structure.lean", + "name": "UniversalLaw.Proofs.P15Structure.benchmark816IsRealized", + "status": "UNSUPPORTED", + "detail": "result type Prop", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "SpecificationProofs/P15Structure.lean::UniversalLaw.Proofs.P15Structure.benchmark816Price": { + "module": "SpecificationProofs/P15Structure.lean", + "name": "UniversalLaw.Proofs.P15Structure.benchmark816Price", + "status": "UNSUPPORTED", + "detail": "result type Prop", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "SpecificationProofs/P15Structure.lean::UniversalLaw.Proofs.P15Structure.benchmark816RationalPrice": { + "module": "SpecificationProofs/P15Structure.lean", + "name": "UniversalLaw.Proofs.P15Structure.benchmark816RationalPrice", + "status": "UNSUPPORTED", + "detail": "result type Prop", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "SpecificationProofs/P15Structure.lean::UniversalLaw.Proofs.P15Structure.elementaryPaletteFormula": { + "module": "SpecificationProofs/P15Structure.lean", + "name": "UniversalLaw.Proofs.P15Structure.elementaryPaletteFormula", + "status": "UNSUPPORTED", + "detail": "definition UniversalLaw.Spec.P15.ElementaryPaletteFormula has an unparsed body", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "SpecificationProofs/P15Structure.lean::UniversalLaw.Proofs.P15Structure.triangleNeedsThree": { + "module": "SpecificationProofs/P15Structure.lean", + "name": "UniversalLaw.Proofs.P15Structure.triangleNeedsThree", + "status": "UNSUPPORTED", + "detail": "result type Prop", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "SpecificationProofs/P15Structure.lean::UniversalLaw.Proofs.P15Structure.benchmark816Palette": { + "module": "SpecificationProofs/P15Structure.lean", + "name": "UniversalLaw.Proofs.P15Structure.benchmark816Palette", + "status": "UNSUPPORTED", + "detail": "result type Prop", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "SpecificationProofs/P15Structure.lean::UniversalLaw.Proofs.P15Structure.localDecomposability": { + "module": "SpecificationProofs/P15Structure.lean", + "name": "UniversalLaw.Proofs.P15Structure.localDecomposability", + "status": "UNSUPPORTED", + "detail": "binder ( F : RealizedData X ) is neither a sampled numeric type (\u2115 \u2124 \u211a \u211d) nor a decidable hypothesis", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "SpecificationProofs/P15Structure.lean::UniversalLaw.Proofs.P15Structure.localObstructionIsFullBlock": { + "module": "SpecificationProofs/P15Structure.lean", + "name": "UniversalLaw.Proofs.P15Structure.localObstructionIsFullBlock", + "status": "UNSUPPORTED", + "detail": "binder ( F : RealizedData X ) is neither a sampled numeric type (\u2115 \u2124 \u211a \u211d) nor a decidable hypothesis", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "SpecificationProofs/P15Structure.lean::UniversalLaw.Proofs.P15Structure.fullBlockCoverIff": { + "module": "SpecificationProofs/P15Structure.lean", + "name": "UniversalLaw.Proofs.P15Structure.fullBlockCoverIff", + "status": "UNSUPPORTED", + "detail": "binder ( F : RealizedData X ) is neither a sampled numeric type (\u2115 \u2124 \u211a \u211d) nor a decidable hypothesis", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "SpecificationProofs/P15Structure.lean::UniversalLaw.Proofs.P15Structure.wholeGroundChromaticNumber": { + "module": "SpecificationProofs/P15Structure.lean", + "name": "UniversalLaw.Proofs.P15Structure.wholeGroundChromaticNumber", + "status": "UNSUPPORTED", + "detail": "binder ( F : RealizedData X ) is neither a sampled numeric type (\u2115 \u2124 \u211a \u211d) nor a decidable hypothesis", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "SpecificationProofs/P15Structure.lean::UniversalLaw.Proofs.P15Structure.benchmark816WholeGround": { + "module": "SpecificationProofs/P15Structure.lean", + "name": "UniversalLaw.Proofs.P15Structure.benchmark816WholeGround", + "status": "UNSUPPORTED", + "detail": "result type Prop", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "SpecificationProofs/P15Structure.lean::UniversalLaw.Proofs.P15Structure.minimalForbiddenCharacterisation": { + "module": "SpecificationProofs/P15Structure.lean", + "name": "UniversalLaw.Proofs.P15Structure.minimalForbiddenCharacterisation", + "status": "UNSUPPORTED", + "detail": "binder ( F : RealizedData X ) is neither a sampled numeric type (\u2115 \u2124 \u211a \u211d) nor a decidable hypothesis", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "SpecificationProofs/P15Structure.lean::UniversalLaw.Proofs.P15Structure.benchmark816MinimalForbiddenCounts": { + "module": "SpecificationProofs/P15Structure.lean", + "name": "UniversalLaw.Proofs.P15Structure.benchmark816MinimalForbiddenCounts", + "status": "UNSUPPORTED", + "detail": "result type Prop", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "SpecificationProofs/RNCluster.lean::UniversalLaw.Proofs.RNCluster.Aux.rc_tail_one_eq": { + "module": "SpecificationProofs/RNCluster.lean", + "name": "UniversalLaw.Proofs.RNCluster.Aux.rc_tail_one_eq", + "status": "UNSUPPORTED", + "detail": "binder ( \u03bc : \u2115 \u2192 \u211d ) is neither a sampled numeric type (\u2115 \u2124 \u211a \u211d) nor a decidable hypothesis", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "SpecificationProofs/RNCluster.lean::UniversalLaw.Proofs.RNCluster.Aux.rc_tail_two_eq": { + "module": "SpecificationProofs/RNCluster.lean", + "name": "UniversalLaw.Proofs.RNCluster.Aux.rc_tail_two_eq", + "status": "UNSUPPORTED", + "detail": "binder ( \u03bc : \u2115 \u2192 \u211d ) is neither a sampled numeric type (\u2115 \u2124 \u211a \u211d) nor a decidable hypothesis", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "SpecificationProofs/RNCluster.lean::UniversalLaw.Proofs.RNCluster.Aux.rc_tail_one_le_mean": { + "module": "SpecificationProofs/RNCluster.lean", + "name": "UniversalLaw.Proofs.RNCluster.Aux.rc_tail_one_le_mean", + "status": "UNSUPPORTED", + "detail": "binder ( \u03bc : \u2115 \u2192 \u211d ) is neither a sampled numeric type (\u2115 \u2124 \u211a \u211d) nor a decidable hypothesis", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "SpecificationProofs/RNCluster.lean::UniversalLaw.Proofs.RNCluster.Aux.rc_one_sub_head_le_mean": { + "module": "SpecificationProofs/RNCluster.lean", + "name": "UniversalLaw.Proofs.RNCluster.Aux.rc_one_sub_head_le_mean", + "status": "UNSUPPORTED", + "detail": "binder ( \u03bc : \u2115 \u2192 \u211d ) is neither a sampled numeric type (\u2115 \u2124 \u211a \u211d) nor a decidable hypothesis", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "SpecificationProofs/RNCluster.lean::UniversalLaw.Proofs.RNCluster.Aux.rc_two_mul_tail_two_le_mean": { + "module": "SpecificationProofs/RNCluster.lean", + "name": "UniversalLaw.Proofs.RNCluster.Aux.rc_two_mul_tail_two_le_mean", + "status": "UNSUPPORTED", + "detail": "binder ( \u03bc : \u2115 \u2192 \u211d ) is neither a sampled numeric type (\u2115 \u2124 \u211a \u211d) nor a decidable hypothesis", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "SpecificationProofs/RNCluster.lean::UniversalLaw.Proofs.RNCluster.Aux.rc_hasSum_poissonPMF": { + "module": "SpecificationProofs/RNCluster.lean", + "name": "UniversalLaw.Proofs.RNCluster.Aux.rc_hasSum_poissonPMF", + "status": "UNSUPPORTED", + "detail": "proposition of form App", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "SpecificationProofs/RNCluster.lean::UniversalLaw.Proofs.RNCluster.Aux.rc_poissonPMF_zero": { + "module": "SpecificationProofs/RNCluster.lean", + "name": "UniversalLaw.Proofs.RNCluster.Aux.rc_poissonPMF_zero", + "status": "CORROBORATED", + "detail": "holds on 64 sampled instances satisfying the hypotheses (0 draws rejected by the hypotheses, 0 infeasible, seed 1): sampling is admitted evidence of the statement, not a proof of it", + "instances": 64, + "vacuous": false, + "float_free": true, + "sampling": { + "seed": 1, + "draws": 107, + "accepted": 64, + "rejected": 0, + "infeasible": 0, + "undecided": 0 + } + }, + "SpecificationProofs/RNCluster.lean::UniversalLaw.Proofs.RNCluster.Aux.rc_poissonPMF_one": { + "module": "SpecificationProofs/RNCluster.lean", + "name": "UniversalLaw.Proofs.RNCluster.Aux.rc_poissonPMF_one", + "status": "CORROBORATED", + "detail": "holds on 64 sampled instances satisfying the hypotheses (0 draws rejected by the hypotheses, 0 infeasible, seed 1): sampling is admitted evidence of the statement, not a proof of it", + "instances": 64, + "vacuous": false, + "float_free": true, + "sampling": { + "seed": 1, + "draws": 107, + "accepted": 64, + "rejected": 0, + "infeasible": 0, + "undecided": 0 + } + }, + "SpecificationProofs/RNCluster.lean::UniversalLaw.Proofs.RNCluster.Aux.rc_poisson_tail_one": { + "module": "SpecificationProofs/RNCluster.lean", + "name": "UniversalLaw.Proofs.RNCluster.Aux.rc_poisson_tail_one", + "status": "UNSUPPORTED", + "detail": "unsupported syntax: infinite sum \u2211' (tsum / tprod) is outside the interpreter", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "SpecificationProofs/RNCluster.lean::UniversalLaw.Proofs.RNCluster.Aux.rc_poisson_tail_two": { + "module": "SpecificationProofs/RNCluster.lean", + "name": "UniversalLaw.Proofs.RNCluster.Aux.rc_poisson_tail_two", + "status": "UNSUPPORTED", + "detail": "unsupported syntax: infinite sum \u2211' (tsum / tprod) is outside the interpreter", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "SpecificationProofs/RNCluster.lean::UniversalLaw.Proofs.RNCluster.Aux.rc_half_le_one_sub_exp": { + "module": "SpecificationProofs/RNCluster.lean", + "name": "UniversalLaw.Proofs.RNCluster.Aux.rc_half_le_one_sub_exp", + "status": "CORROBORATED", + "detail": "holds on 64 sampled instances satisfying the hypotheses (6 draws rejected by the hypotheses, 0 infeasible, seed 1): sampling is admitted evidence of the statement, not a proof of it", + "instances": 64, + "vacuous": false, + "float_free": true, + "sampling": { + "seed": 1, + "draws": 557, + "accepted": 64, + "rejected": 6, + "infeasible": 0, + "undecided": 0 + } + }, + "SpecificationProofs/RNCluster.lean::UniversalLaw.Proofs.RNCluster.Aux.rc_poisson_tail_two_le_sq": { + "module": "SpecificationProofs/RNCluster.lean", + "name": "UniversalLaw.Proofs.RNCluster.Aux.rc_poisson_tail_two_le_sq", + "status": "CORROBORATED", + "detail": "holds on 64 sampled instances satisfying the hypotheses (3 draws rejected by the hypotheses, 7 infeasible, seed 1): sampling is admitted evidence of the statement, not a proof of it", + "instances": 64, + "vacuous": false, + "float_free": true, + "sampling": { + "seed": 1, + "draws": 232, + "accepted": 64, + "rejected": 3, + "infeasible": 7, + "undecided": 0 + } + }, + "SpecificationProofs/RNCluster.lean::UniversalLaw.Proofs.RNCluster.Aux.rc_pmfTV_poissonPMF_zero": { + "module": "SpecificationProofs/RNCluster.lean", + "name": "UniversalLaw.Proofs.RNCluster.Aux.rc_pmfTV_poissonPMF_zero", + "status": "UNSUPPORTED", + "detail": "binder ( \u03bc : \u2115 \u2192 \u211d ) is neither a sampled numeric type (\u2115 \u2124 \u211a \u211d) nor a decidable hypothesis", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "SpecificationProofs/RNCluster.lean::UniversalLaw.Proofs.RNCluster.Aux.rc_abs_tail_sub_le_pmfTV": { + "module": "SpecificationProofs/RNCluster.lean", + "name": "UniversalLaw.Proofs.RNCluster.Aux.rc_abs_tail_sub_le_pmfTV", + "status": "UNSUPPORTED", + "detail": "binder ( \u03bc \u03bd : \u2115 \u2192 \u211d ) is neither a sampled numeric type (\u2115 \u2124 \u211a \u211d) nor a decidable hypothesis", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "SpecificationProofs/RNCluster.lean::UniversalLaw.Proofs.RNCluster.Aux.rc_tail_two_bound": { + "module": "SpecificationProofs/RNCluster.lean", + "name": "UniversalLaw.Proofs.RNCluster.Aux.rc_tail_two_bound", + "status": "UNSUPPORTED", + "detail": "binder ( \u03bc : \u2115 \u2192 \u211d ) is neither a sampled numeric type (\u2115 \u2124 \u211a \u211d) nor a decidable hypothesis", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "SpecificationProofs/RNCluster.lean::UniversalLaw.Proofs.RNCluster.Aux.rc_tail_one_bound": { + "module": "SpecificationProofs/RNCluster.lean", + "name": "UniversalLaw.Proofs.RNCluster.Aux.rc_tail_one_bound", + "status": "UNSUPPORTED", + "detail": "binder ( \u03bc : \u2115 \u2192 \u211d ) is neither a sampled numeric type (\u2115 \u2124 \u211a \u211d) nor a decidable hypothesis", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "SpecificationProofs/RNCluster.lean::UniversalLaw.Proofs.RNCluster.Aux.rc_lower_half": { + "module": "SpecificationProofs/RNCluster.lean", + "name": "UniversalLaw.Proofs.RNCluster.Aux.rc_lower_half", + "status": "UNSUPPORTED", + "detail": "binder ( \u03bc : \u2115 \u2192 \u211d ) is neither a sampled numeric type (\u2115 \u2124 \u211a \u211d) nor a decidable hypothesis", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "SpecificationProofs/RNCluster.lean::UniversalLaw.Proofs.RNCluster.Aux.rc_upper_half": { + "module": "SpecificationProofs/RNCluster.lean", + "name": "UniversalLaw.Proofs.RNCluster.Aux.rc_upper_half", + "status": "UNSUPPORTED", + "detail": "binder ( \u03bc : \u2115 \u2192 \u211d ) is neither a sampled numeric type (\u2115 \u2124 \u211a \u211d) nor a decidable hypothesis", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "SpecificationProofs/RNCluster.lean::UniversalLaw.Proofs.RNCluster.rareClusterPoissonObstructionO": { + "module": "SpecificationProofs/RNCluster.lean", + "name": "UniversalLaw.Proofs.RNCluster.rareClusterPoissonObstructionO", + "status": "UNSUPPORTED", + "detail": "binder ( \u03bc : \u211d \u2192 \u2115 \u2192 \u211d ) is neither a sampled numeric type (\u2115 \u2124 \u211a \u211d) nor a decidable hypothesis", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "SpecificationProofs/RNProbability.lean::UniversalLaw.Proofs.RNProbability.Aux.mul_indicator_one_eq": { + "module": "SpecificationProofs/RNProbability.lean", + "name": "UniversalLaw.Proofs.RNProbability.Aux.mul_indicator_one_eq", + "status": "UNSUPPORTED", + "detail": "binder ( \u03c9 : \u03a9 ) is neither a sampled numeric type (\u2115 \u2124 \u211a \u211d) nor a decidable hypothesis", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "SpecificationProofs/RNProbability.lean::UniversalLaw.Proofs.RNProbability.conditionalMeanIdentityN3": { + "module": "SpecificationProofs/RNProbability.lean", + "name": "UniversalLaw.Proofs.RNProbability.conditionalMeanIdentityN3", + "status": "UNSUPPORTED", + "detail": "definition ConditionalMeanIdentityN3 has an unparsed body", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "SpecificationProofs/RNProbability.lean::UniversalLaw.Proofs.RNProbability.holderCountBoundN1": { + "module": "SpecificationProofs/RNProbability.lean", + "name": "UniversalLaw.Proofs.RNProbability.holderCountBoundN1", + "status": "UNSUPPORTED", + "detail": "definition HolderCountBoundN1 has an unparsed body", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "SpecificationProofs/RNProbability.lean::UniversalLaw.Proofs.RNProbability.holderConsequenceN2": { + "module": "SpecificationProofs/RNProbability.lean", + "name": "UniversalLaw.Proofs.RNProbability.holderConsequenceN2", + "status": "UNSUPPORTED", + "detail": "definition HolderConsequenceN2 has an unparsed body", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "SpecificationProofs/RNProbability.lean::UniversalLaw.Proofs.RNProbability.Aux.uniformLaw_Iic": { + "module": "SpecificationProofs/RNProbability.lean", + "name": "UniversalLaw.Proofs.RNProbability.Aux.uniformLaw_Iic", + "status": "UNSUPPORTED", + "detail": "result type Measure \u211d", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "SpecificationProofs/RNProbability.lean::UniversalLaw.Proofs.RNProbability.Aux.integral_counterCount": { + "module": "SpecificationProofs/RNProbability.lean", + "name": "UniversalLaw.Proofs.RNProbability.Aux.integral_counterCount", + "status": "UNSUPPORTED", + "detail": "unsupported syntax: notation '\u2308'", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "SpecificationProofs/RNProbability.lean::UniversalLaw.Proofs.RNProbability.Aux.integral_counterCount_rpow": { + "module": "SpecificationProofs/RNProbability.lean", + "name": "UniversalLaw.Proofs.RNProbability.Aux.integral_counterCount_rpow", + "status": "UNSUPPORTED", + "detail": "unsupported syntax: notation '\u2308'", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "SpecificationProofs/RNProbability.lean::UniversalLaw.Proofs.RNProbability.Aux.n4_fixed": { + "module": "SpecificationProofs/RNProbability.lean", + "name": "UniversalLaw.Proofs.RNProbability.Aux.n4_fixed", + "status": "UNSUPPORTED", + "detail": "unsupported syntax: notation '\u2308'", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "SpecificationProofs/RNProbability.lean::UniversalLaw.Proofs.RNProbability.Aux.one_le_log_one_div": { + "module": "SpecificationProofs/RNProbability.lean", + "name": "UniversalLaw.Proofs.RNProbability.Aux.one_le_log_one_div", + "status": "CORROBORATED", + "detail": "holds on 64 sampled instances satisfying the hypotheses (8 draws rejected by the hypotheses, 0 infeasible, seed 1): sampling is admitted evidence of the statement, not a proof of it", + "instances": 64, + "vacuous": false, + "float_free": true, + "sampling": { + "seed": 1, + "draws": 324, + "accepted": 64, + "rejected": 8, + "infeasible": 0, + "undecided": 0 + } + }, + "SpecificationProofs/RNProbability.lean::UniversalLaw.Proofs.RNProbability.Aux.pow_three_eq_exp": { + "module": "SpecificationProofs/RNProbability.lean", + "name": "UniversalLaw.Proofs.RNProbability.Aux.pow_three_eq_exp", + "status": "UNSUPPORTED", + "detail": "the enclosures to 256 bits did not decide 252 of the sampled instances (1 decided, all held): sampling cannot corroborate the statement", + "instances": 1, + "vacuous": false, + "float_free": true, + "sampling": { + "seed": 1, + "draws": 1028, + "accepted": 1, + "rejected": 4, + "infeasible": 0, + "undecided": 252 + } + }, + "SpecificationProofs/RNProbability.lean::UniversalLaw.Proofs.RNProbability.Aux.integral_exp_neg_div_Ioi_zero": { + "module": "SpecificationProofs/RNProbability.lean", + "name": "UniversalLaw.Proofs.RNProbability.Aux.integral_exp_neg_div_Ioi_zero", + "status": "UNSUPPORTED", + "detail": "unparsed statement: SyntaxError: expected '\u2202', got end", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "SpecificationProofs/RNProbability.lean::UniversalLaw.Proofs.RNProbability.uniformCounterexampleN4": { + "module": "SpecificationProofs/RNProbability.lean", + "name": "UniversalLaw.Proofs.RNProbability.uniformCounterexampleN4", + "status": "UNSUPPORTED", + "detail": "definition UniformCounterexampleN4 has an unparsed body", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "SpecificationProofs/RNProbability.lean::UniversalLaw.Proofs.RNProbability.exponentialTailLayerCakeN5": { + "module": "SpecificationProofs/RNProbability.lean", + "name": "UniversalLaw.Proofs.RNProbability.exponentialTailLayerCakeN5", + "status": "UNSUPPORTED", + "detail": "definition ExponentialTailLayerCakeN5 has an unparsed body", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "SpecificationProofs/Side24Analysis.lean::UniversalLaw.Proofs.Side24Analysis.Aux.th_latticeVec_apply": { + "module": "SpecificationProofs/Side24Analysis.lean", + "name": "UniversalLaw.Proofs.Side24Analysis.Aux.th_latticeVec_apply", + "status": "UNSUPPORTED", + "detail": "result type E d", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "SpecificationProofs/Side24Analysis.lean::UniversalLaw.Proofs.Side24Analysis.Aux.th_norm_latticeVec_sq": { + "module": "SpecificationProofs/Side24Analysis.lean", + "name": "UniversalLaw.Proofs.Side24Analysis.Aux.th_norm_latticeVec_sq", + "status": "UNSUPPORTED", + "detail": "result type E d", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "SpecificationProofs/Side24Analysis.lean::UniversalLaw.Proofs.Side24Analysis.Aux.th_exp_neg_norm_latticeVec_sq": { + "module": "SpecificationProofs/Side24Analysis.lean", + "name": "UniversalLaw.Proofs.Side24Analysis.Aux.th_exp_neg_norm_latticeVec_sq", + "status": "UNSUPPORTED", + "detail": "result type E d", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "SpecificationProofs/Side24Analysis.lean::UniversalLaw.Proofs.Side24Analysis.Aux.th_summable_gauss_int": { + "module": "SpecificationProofs/Side24Analysis.lean", + "name": "UniversalLaw.Proofs.Side24Analysis.Aux.th_summable_gauss_int", + "status": "UNSUPPORTED", + "detail": "proposition of form App", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "SpecificationProofs/Side24Analysis.lean::UniversalLaw.Proofs.Side24Analysis.Aux.th_summable_pi_prod": { + "module": "SpecificationProofs/Side24Analysis.lean", + "name": "UniversalLaw.Proofs.Side24Analysis.Aux.th_summable_pi_prod", + "status": "UNSUPPORTED", + "detail": "binder ( g : \u2124 \u2192 \u211d ) is neither a sampled numeric type (\u2115 \u2124 \u211a \u211d) nor a decidable hypothesis", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "SpecificationProofs/Side24Analysis.lean::UniversalLaw.Proofs.Side24Analysis.Aux.th_exp_shift_le": { + "module": "SpecificationProofs/Side24Analysis.lean", + "name": "UniversalLaw.Proofs.Side24Analysis.Aux.th_exp_shift_le", + "status": "UNSUPPORTED", + "detail": "binder ( z v : E d ) is neither a sampled numeric type (\u2115 \u2124 \u211a \u211d) nor a decidable hypothesis", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "SpecificationProofs/Side24Analysis.lean::UniversalLaw.Proofs.Side24Analysis.Aux.th_summable_dominant": { + "module": "SpecificationProofs/Side24Analysis.lean", + "name": "UniversalLaw.Proofs.Side24Analysis.Aux.th_summable_dominant", + "status": "UNSUPPORTED", + "detail": "binder ( z : E d ) is neither a sampled numeric type (\u2115 \u2124 \u211a \u211d) nor a decidable hypothesis", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "SpecificationProofs/Side24Analysis.lean::UniversalLaw.Proofs.Side24Analysis.Aux.th_term_le_dominant": { + "module": "SpecificationProofs/Side24Analysis.lean", + "name": "UniversalLaw.Proofs.Side24Analysis.Aux.th_term_le_dominant", + "status": "UNSUPPORTED", + "detail": "binder ( z : E d ) is neither a sampled numeric type (\u2115 \u2124 \u211a \u211d) nor a decidable hypothesis", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "SpecificationProofs/Side24Analysis.lean::UniversalLaw.Proofs.Side24Analysis.Aux.dp_contDiff_Kinf": { + "module": "SpecificationProofs/Side24Analysis.lean", + "name": "UniversalLaw.Proofs.Side24Analysis.Aux.dp_contDiff_Kinf", + "status": "UNSUPPORTED", + "detail": "unsupported syntax: notation '\u221e'", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "SpecificationProofs/Side24Analysis.lean::UniversalLaw.Proofs.Side24Analysis.Aux.dp_hasFDerivAt_Kinf": { + "module": "SpecificationProofs/Side24Analysis.lean", + "name": "UniversalLaw.Proofs.Side24Analysis.Aux.dp_hasFDerivAt_Kinf", + "status": "UNSUPPORTED", + "detail": "binder ( x : E d ) is neither a sampled numeric type (\u2115 \u2124 \u211a \u211d) nor a decidable hypothesis", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "SpecificationProofs/Side24Analysis.lean::UniversalLaw.Proofs.Side24Analysis.Aux.dp_fderiv_Kinf": { + "module": "SpecificationProofs/Side24Analysis.lean", + "name": "UniversalLaw.Proofs.Side24Analysis.Aux.dp_fderiv_Kinf", + "status": "UNSUPPORTED", + "detail": "unknown function fderiv", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "SpecificationProofs/Side24Analysis.lean::UniversalLaw.Proofs.Side24Analysis.Aux.dp_contDiff_g": { + "module": "SpecificationProofs/Side24Analysis.lean", + "name": "UniversalLaw.Proofs.Side24Analysis.Aux.dp_contDiff_g", + "status": "UNSUPPORTED", + "detail": "unsupported syntax: notation '\u221e'", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "SpecificationProofs/Side24Analysis.lean::UniversalLaw.Proofs.Side24Analysis.Aux.dp_g_eq": { + "module": "SpecificationProofs/Side24Analysis.lean", + "name": "UniversalLaw.Proofs.Side24Analysis.Aux.dp_g_eq", + "status": "UNSUPPORTED", + "detail": "unsupported syntax: notation '\u21d1'", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "SpecificationProofs/Side24Analysis.lean::UniversalLaw.Proofs.Side24Analysis.Aux.dp_norm_g_zero": { + "module": "SpecificationProofs/Side24Analysis.lean", + "name": "UniversalLaw.Proofs.Side24Analysis.Aux.dp_norm_g_zero", + "status": "UNSUPPORTED", + "detail": "binder ( x : E d ) is neither a sampled numeric type (\u2115 \u2124 \u211a \u211d) nor a decidable hypothesis", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "SpecificationProofs/Side24Analysis.lean::UniversalLaw.Proofs.Side24Analysis.Aux.dp_norm_g_one": { + "module": "SpecificationProofs/Side24Analysis.lean", + "name": "UniversalLaw.Proofs.Side24Analysis.Aux.dp_norm_g_one", + "status": "UNSUPPORTED", + "detail": "binder ( x : E d ) is neither a sampled numeric type (\u2115 \u2124 \u211a \u211d) nor a decidable hypothesis", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "SpecificationProofs/Side24Analysis.lean::UniversalLaw.Proofs.Side24Analysis.Aux.dp_g_higher": { + "module": "SpecificationProofs/Side24Analysis.lean", + "name": "UniversalLaw.Proofs.Side24Analysis.Aux.dp_g_higher", + "status": "UNSUPPORTED", + "detail": "binder ( x : E d ) is neither a sampled numeric type (\u2115 \u2124 \u211a \u211d) nor a decidable hypothesis", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "SpecificationProofs/Side24Analysis.lean::UniversalLaw.Proofs.Side24Analysis.Aux.dp_recursion": { + "module": "SpecificationProofs/Side24Analysis.lean", + "name": "UniversalLaw.Proofs.Side24Analysis.Aux.dp_recursion", + "status": "UNSUPPORTED", + "detail": "binder ( x : E d ) is neither a sampled numeric type (\u2115 \u2124 \u211a \u211d) nor a decidable hypothesis", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "SpecificationProofs/Side24Analysis.lean::UniversalLaw.Proofs.Side24Analysis.Aux.dp_Kinf_pos": { + "module": "SpecificationProofs/Side24Analysis.lean", + "name": "UniversalLaw.Proofs.Side24Analysis.Aux.dp_Kinf_pos", + "status": "UNSUPPORTED", + "detail": "binder ( x : E d ) is neither a sampled numeric type (\u2115 \u2124 \u211a \u211d) nor a decidable hypothesis", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "SpecificationProofs/Side24Analysis.lean::UniversalLaw.Proofs.Side24Analysis.Aux.dp_b0": { + "module": "SpecificationProofs/Side24Analysis.lean", + "name": "UniversalLaw.Proofs.Side24Analysis.Aux.dp_b0", + "status": "UNSUPPORTED", + "detail": "binder ( x : E d ) is neither a sampled numeric type (\u2115 \u2124 \u211a \u211d) nor a decidable hypothesis", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "SpecificationProofs/Side24Analysis.lean::UniversalLaw.Proofs.Side24Analysis.Aux.dp_b1": { + "module": "SpecificationProofs/Side24Analysis.lean", + "name": "UniversalLaw.Proofs.Side24Analysis.Aux.dp_b1", + "status": "UNSUPPORTED", + "detail": "binder ( x : E d ) is neither a sampled numeric type (\u2115 \u2124 \u211a \u211d) nor a decidable hypothesis", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "SpecificationProofs/Side24Analysis.lean::UniversalLaw.Proofs.Side24Analysis.Aux.dp_b2": { + "module": "SpecificationProofs/Side24Analysis.lean", + "name": "UniversalLaw.Proofs.Side24Analysis.Aux.dp_b2", + "status": "UNSUPPORTED", + "detail": "binder ( x : E d ) is neither a sampled numeric type (\u2115 \u2124 \u211a \u211d) nor a decidable hypothesis", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "SpecificationProofs/Side24Analysis.lean::UniversalLaw.Proofs.Side24Analysis.Aux.dp_b3": { + "module": "SpecificationProofs/Side24Analysis.lean", + "name": "UniversalLaw.Proofs.Side24Analysis.Aux.dp_b3", + "status": "UNSUPPORTED", + "detail": "binder ( x : E d ) is neither a sampled numeric type (\u2115 \u2124 \u211a \u211d) nor a decidable hypothesis", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "SpecificationProofs/Side24Analysis.lean::UniversalLaw.Proofs.Side24Analysis.Aux.dp_b4": { + "module": "SpecificationProofs/Side24Analysis.lean", + "name": "UniversalLaw.Proofs.Side24Analysis.Aux.dp_b4", + "status": "UNSUPPORTED", + "detail": "binder ( x : E d ) is neither a sampled numeric type (\u2115 \u2124 \u211a \u211d) nor a decidable hypothesis", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "SpecificationProofs/Side24Analysis.lean::UniversalLaw.Proofs.Side24Analysis.Aux.dp_b5": { + "module": "SpecificationProofs/Side24Analysis.lean", + "name": "UniversalLaw.Proofs.Side24Analysis.Aux.dp_b5", + "status": "UNSUPPORTED", + "detail": "binder ( x : E d ) is neither a sampled numeric type (\u2115 \u2124 \u211a \u211d) nor a decidable hypothesis", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "SpecificationProofs/Side24Analysis.lean::UniversalLaw.Proofs.Side24Analysis.Aux.dp_b6": { + "module": "SpecificationProofs/Side24Analysis.lean", + "name": "UniversalLaw.Proofs.Side24Analysis.Aux.dp_b6", + "status": "UNSUPPORTED", + "detail": "binder ( x : E d ) is neither a sampled numeric type (\u2115 \u2124 \u211a \u211d) nor a decidable hypothesis", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "SpecificationProofs/Side24Analysis.lean::UniversalLaw.Proofs.Side24Analysis.Aux.dp_pairing_all": { + "module": "SpecificationProofs/Side24Analysis.lean", + "name": "UniversalLaw.Proofs.Side24Analysis.Aux.dp_pairing_all", + "status": "UNSUPPORTED", + "detail": "binder ( x : E d ) is neither a sampled numeric type (\u2115 \u2124 \u211a \u211d) nor a decidable hypothesis", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "SpecificationProofs/Side24Analysis.lean::UniversalLaw.Proofs.Side24Analysis.Aux.dp_abs_le_opNorm": { + "module": "SpecificationProofs/Side24Analysis.lean", + "name": "UniversalLaw.Proofs.Side24Analysis.Aux.dp_abs_le_opNorm", + "status": "UNSUPPORTED", + "detail": "binder ( x : E d ) is neither a sampled numeric type (\u2115 \u2124 \u211a \u211d) nor a decidable hypothesis", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "SpecificationProofs/Side24Analysis.lean::UniversalLaw.Proofs.Side24Analysis.Aux.d1_pairingSum_le_of_one_le": { + "module": "SpecificationProofs/Side24Analysis.lean", + "name": "UniversalLaw.Proofs.Side24Analysis.Aux.d1_pairingSum_le_of_one_le", + "status": "CORROBORATED", + "detail": "holds on 64 sampled instances satisfying the hypotheses (5 draws rejected by the hypotheses, 0 infeasible, seed 1): sampling is admitted evidence of the statement, not a proof of it", + "instances": 64, + "vacuous": false, + "float_free": true, + "sampling": { + "seed": 1, + "draws": 122, + "accepted": 64, + "rejected": 5, + "infeasible": 0, + "undecided": 0 + } + }, + "SpecificationProofs/Side24Analysis.lean::UniversalLaw.Proofs.Side24Analysis.Aux.d1_derivativeBoundAtLeastOne_of_derivativePairingBound": { + "module": "SpecificationProofs/Side24Analysis.lean", + "name": "UniversalLaw.Proofs.Side24Analysis.Aux.d1_derivativeBoundAtLeastOne_of_derivativePairingBound", + "status": "UNSUPPORTED", + "detail": "binder ( h : UniversalLaw.Spec.Side24.DerivativePairingBound ) is neither a sampled numeric type (\u2115 \u2124 \u211a \u211d) nor a decidable hypothesis", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "SpecificationProofs/Side24Analysis.lean::UniversalLaw.Proofs.Side24Analysis.Aux.d0_pairingSum_zero_le": { + "module": "SpecificationProofs/Side24Analysis.lean", + "name": "UniversalLaw.Proofs.Side24Analysis.Aux.d0_pairingSum_zero_le", + "status": "CORROBORATED", + "detail": "holds on 7 sampled instances satisfying the hypotheses (1 draws rejected by the hypotheses, 0 infeasible, seed 1): sampling is admitted evidence of the statement, not a proof of it \u2014 WEAK: only 7 instances, the hypotheses are hard to hit by sampling", + "instances": 7, + "vacuous": false, + "float_free": true, + "sampling": { + "seed": 1, + "draws": 1031, + "accepted": 7, + "rejected": 1, + "infeasible": 0, + "undecided": 0, + "weak": true + } + }, + "SpecificationProofs/Side24Analysis.lean::UniversalLaw.Proofs.Side24Analysis.Aux.d0_derivativeBoundAtZero_of_derivativePairingBound": { + "module": "SpecificationProofs/Side24Analysis.lean", + "name": "UniversalLaw.Proofs.Side24Analysis.Aux.d0_derivativeBoundAtZero_of_derivativePairingBound", + "status": "UNSUPPORTED", + "detail": "binder ( h : UniversalLaw.Spec.Side24.DerivativePairingBound ) is neither a sampled numeric type (\u2115 \u2124 \u211a \u211d) nor a decidable hypothesis", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "SpecificationProofs/Side24Analysis.lean::UniversalLaw.Proofs.Side24Analysis.Aux.rb_kinf_contDiff": { + "module": "SpecificationProofs/Side24Analysis.lean", + "name": "UniversalLaw.Proofs.Side24Analysis.Aux.rb_kinf_contDiff", + "status": "UNSUPPORTED", + "detail": "unsupported syntax: notation '\u22a4'", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "SpecificationProofs/Side24Analysis.lean::UniversalLaw.Proofs.Side24Analysis.Aux.rb_hasFDerivAt_kinf": { + "module": "SpecificationProofs/Side24Analysis.lean", + "name": "UniversalLaw.Proofs.Side24Analysis.Aux.rb_hasFDerivAt_kinf", + "status": "UNSUPPORTED", + "detail": "binder ( y : E d ) is neither a sampled numeric type (\u2115 \u2124 \u211a \u211d) nor a decidable hypothesis", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "SpecificationProofs/Side24Analysis.lean::UniversalLaw.Proofs.Side24Analysis.Aux.rb_fderiv_kinf": { + "module": "SpecificationProofs/Side24Analysis.lean", + "name": "UniversalLaw.Proofs.Side24Analysis.Aux.rb_fderiv_kinf", + "status": "UNSUPPORTED", + "detail": "binder ( y v : E d ) is neither a sampled numeric type (\u2115 \u2124 \u211a \u211d) nor a decidable hypothesis", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "SpecificationProofs/Side24Analysis.lean::UniversalLaw.Proofs.Side24Analysis.Aux.rb_peel": { + "module": "SpecificationProofs/Side24Analysis.lean", + "name": "UniversalLaw.Proofs.Side24Analysis.Aux.rb_peel", + "status": "UNSUPPORTED", + "detail": "binder ( f : E d \u2192 \u211d ) is neither a sampled numeric type (\u2115 \u2124 \u211a \u211d) nor a decidable hypothesis", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "SpecificationProofs/Side24Analysis.lean::UniversalLaw.Proofs.Side24Analysis.Aux.rb_inner_contDiff": { + "module": "SpecificationProofs/Side24Analysis.lean", + "name": "UniversalLaw.Proofs.Side24Analysis.Aux.rb_inner_contDiff", + "status": "UNSUPPORTED", + "detail": "binder ( v : E d ) is neither a sampled numeric type (\u2115 \u2124 \u211a \u211d) nor a decidable hypothesis", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "SpecificationProofs/Side24Analysis.lean::UniversalLaw.Proofs.Side24Analysis.Aux.rb_g1_contDiff": { + "module": "SpecificationProofs/Side24Analysis.lean", + "name": "UniversalLaw.Proofs.Side24Analysis.Aux.rb_g1_contDiff", + "status": "UNSUPPORTED", + "detail": "binder ( v : E d ) is neither a sampled numeric type (\u2115 \u2124 \u211a \u211d) nor a decidable hypothesis", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "SpecificationProofs/Side24Analysis.lean::UniversalLaw.Proofs.Side24Analysis.Aux.rb_fderiv_g1": { + "module": "SpecificationProofs/Side24Analysis.lean", + "name": "UniversalLaw.Proofs.Side24Analysis.Aux.rb_fderiv_g1", + "status": "UNSUPPORTED", + "detail": "binder ( v y w : E d ) is neither a sampled numeric type (\u2115 \u2124 \u211a \u211d) nor a decidable hypothesis", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "SpecificationProofs/Side24Analysis.lean::UniversalLaw.Proofs.Side24Analysis.Aux.rb_g2_contDiff": { + "module": "SpecificationProofs/Side24Analysis.lean", + "name": "UniversalLaw.Proofs.Side24Analysis.Aux.rb_g2_contDiff", + "status": "UNSUPPORTED", + "detail": "binder ( v w : E d ) is neither a sampled numeric type (\u2115 \u2124 \u211a \u211d) nor a decidable hypothesis", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "SpecificationProofs/Side24Analysis.lean::UniversalLaw.Proofs.Side24Analysis.Aux.rb_fderiv_g2": { + "module": "SpecificationProofs/Side24Analysis.lean", + "name": "UniversalLaw.Proofs.Side24Analysis.Aux.rb_fderiv_g2", + 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nor a decidable hypothesis", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "SpecificationProofs/Side24Analysis.lean::UniversalLaw.Proofs.Side24Analysis.Aux.rb_thirdGradCov": { + "module": "SpecificationProofs/Side24Analysis.lean", + "name": "UniversalLaw.Proofs.Side24Analysis.Aux.rb_thirdGradCov", + "status": "UNSUPPORTED", + "detail": "binder ( R : Fin d \u2192 E d ) is neither a sampled numeric type (\u2115 \u2124 \u211a \u211d) nor a decidable hypothesis", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "SpecificationProofs/Side24Analysis.lean::UniversalLaw.Proofs.Side24Analysis.Aux.rb_thirdVar": { + "module": "SpecificationProofs/Side24Analysis.lean", + "name": "UniversalLaw.Proofs.Side24Analysis.Aux.rb_thirdVar", + "status": "UNSUPPORTED", + "detail": "binder ( R : Fin d \u2192 E d ) is neither a sampled numeric type (\u2115 \u2124 \u211a \u211d) nor a decidable hypothesis", + "instances": 0, + "vacuous": false, + "float_free": true + }, + 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"SpecificationProofs/Side24Analysis.lean", + "name": "UniversalLaw.Proofs.Side24Analysis.Aux.rp_density_algebra", + "status": "UNSUPPORTED", + "detail": "unparsed statement: SyntaxError: expected ')', got fun", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "SpecificationProofs/Side24Analysis.lean::UniversalLaw.Proofs.Side24Analysis.Aux.rp_referencePinDensityProduct_of_blockIdentities": { + "module": "SpecificationProofs/Side24Analysis.lean", + "name": "UniversalLaw.Proofs.Side24Analysis.Aux.rp_referencePinDensityProduct_of_blockIdentities", + "status": "UNSUPPORTED", + "detail": "binder ( hblk : \u2200 d : \u2115 , d = 2 \u2228 d = 3 \u2192 \u2200 ( hd : 0 < d ) ( R : Fin d \u2192 E d ) , Orthonormal \u211d R \u2192 gradCov d ( Kinf d ) R = 1 \u2227 pinCov d ( Kinf d ) ( R \u27e8 0 , hd \u27e9 ) R = Matrix.diagonal ( fun i => if i = \u27e8 0 , hd \u27e9 then 3 else 1 ) ) is neither a sampled numeric type (\u2115 \u2124 \u211a \u211d) nor a decidable hypothesis", + 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"closed statement evaluated true", + "instances": 1, + "vacuous": false, + "float_free": true + }, + "SpecificationProofs/Side24Analysis.lean::UniversalLaw.Proofs.Side24Analysis.Aux.ir_rpow_le_pow_five": { + "module": "SpecificationProofs/Side24Analysis.lean", + "name": "UniversalLaw.Proofs.Side24Analysis.Aux.ir_rpow_le_pow_five", + "status": "UNSUPPORTED", + "detail": "real exponent (Real.rpow) is outside the exact backend", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "SpecificationProofs/Side24Analysis.lean::UniversalLaw.Proofs.Side24Analysis.Aux.ir_bernoulli": { + "module": "SpecificationProofs/Side24Analysis.lean", + "name": "UniversalLaw.Proofs.Side24Analysis.Aux.ir_bernoulli", + "status": "UNSUPPORTED", + "detail": "real exponent (Real.rpow) is outside the exact backend", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "SpecificationProofs/Side24Analysis.lean::UniversalLaw.Proofs.Side24Analysis.Aux.ir_lower_rational": { + "module": "SpecificationProofs/Side24Analysis.lean", + "name": "UniversalLaw.Proofs.Side24Analysis.Aux.ir_lower_rational", + "status": "PASS", + "detail": "closed statement evaluated true", + "instances": 1, + "vacuous": false, + "float_free": true + }, + "SpecificationProofs/Side24Analysis.lean::UniversalLaw.Proofs.Side24Analysis.Aux.ir_upper_rational": { + "module": "SpecificationProofs/Side24Analysis.lean", + "name": "UniversalLaw.Proofs.Side24Analysis.Aux.ir_upper_rational", + "status": "PASS", + "detail": "closed statement evaluated true", + "instances": 1, + "vacuous": false, + "float_free": true + }, + "SpecificationProofs/Side24Analysis.lean::UniversalLaw.Proofs.Side24Analysis.Aux.ir_lower_bound": { + "module": "SpecificationProofs/Side24Analysis.lean", + "name": "UniversalLaw.Proofs.Side24Analysis.Aux.ir_lower_bound", + "status": "UNSUPPORTED", + "detail": "real exponent (Real.rpow) is outside the exact backend", + "instances": 0, + "vacuous": false, + "float_free": true + }, + 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"status": "PASS", + "detail": "closed statement evaluated true", + "instances": 1, + "vacuous": false, + "float_free": true + }, + "SpecificationProofs/Side24Analysis.lean::UniversalLaw.Proofs.Side24Analysis.Aux.ir_exponentB_two": { + "module": "SpecificationProofs/Side24Analysis.lean", + "name": "UniversalLaw.Proofs.Side24Analysis.Aux.ir_exponentB_two", + "status": "PASS", + "detail": "closed statement evaluated true", + "instances": 1, + "vacuous": false, + "float_free": true + }, + "SpecificationProofs/Side24Analysis.lean::UniversalLaw.Proofs.Side24Analysis.Aux.ir_exponentA_three": { + "module": "SpecificationProofs/Side24Analysis.lean", + "name": "UniversalLaw.Proofs.Side24Analysis.Aux.ir_exponentA_three", + "status": "PASS", + "detail": "closed statement evaluated true", + "instances": 1, + "vacuous": false, + "float_free": true + }, + "SpecificationProofs/Side24Analysis.lean::UniversalLaw.Proofs.Side24Analysis.Aux.ir_exponentB_three": { + "module": "SpecificationProofs/Side24Analysis.lean", + "name": "UniversalLaw.Proofs.Side24Analysis.Aux.ir_exponentB_three", + "status": "PASS", + "detail": "closed statement evaluated true", + "instances": 1, + "vacuous": false, + "float_free": true + }, + "SpecificationProofs/Side24Analysis.lean::UniversalLaw.Proofs.Side24Analysis.Aux.li_geom_tail": { + "module": "SpecificationProofs/Side24Analysis.lean", + "name": "UniversalLaw.Proofs.Side24Analysis.Aux.li_geom_tail", + "status": "CORROBORATED", + "detail": "holds on 28 sampled instances satisfying the hypotheses (0 draws rejected by the hypotheses, 235 infeasible, seed 1): sampling is admitted evidence of the statement, not a proof of it", + "instances": 28, + "vacuous": false, + "float_free": true, + "sampling": { + "seed": 1, + "draws": 1032, + "accepted": 28, + "rejected": 0, + "infeasible": 235, + "undecided": 0 + } + }, + "SpecificationProofs/Side24Analysis.lean::UniversalLaw.Proofs.Side24Analysis.Aux.li_pow6_succ_le": { + "module": 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"vacuous": false, + "float_free": true, + "sampling": { + "seed": 1, + "draws": 1032, + "accepted": 28, + "rejected": 0, + "infeasible": 235, + "undecided": 0 + } + }, + "SpecificationProofs/Side24Analysis.lean::UniversalLaw.Proofs.Side24Analysis.Aux.li_summable_int_tsum_le": { + "module": "SpecificationProofs/Side24Analysis.lean", + "name": "UniversalLaw.Proofs.Side24Analysis.Aux.li_summable_int_tsum_le", + "status": "UNSUPPORTED", + "detail": "binder ( \u03c6 : \u2124 \u2192 \u211d ) is neither a sampled numeric type (\u2115 \u2124 \u211a \u211d) nor a decidable hypothesis", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "SpecificationProofs/Side24Analysis.lean::UniversalLaw.Proofs.Side24Analysis.Aux.li_gauss_int": { + "module": "SpecificationProofs/Side24Analysis.lean", + "name": "UniversalLaw.Proofs.Side24Analysis.Aux.li_gauss_int", + "status": "UNSUPPORTED", + "detail": "unsupported syntax: infinite sum \u2211' (tsum / tprod) is outside the interpreter", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "SpecificationProofs/Side24Analysis.lean::UniversalLaw.Proofs.Side24Analysis.Aux.li_pow_gauss_int": { + "module": "SpecificationProofs/Side24Analysis.lean", + "name": "UniversalLaw.Proofs.Side24Analysis.Aux.li_pow_gauss_int", + "status": "UNSUPPORTED", + "detail": "unsupported syntax: infinite sum \u2211' (tsum / tprod) is outside the interpreter", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "SpecificationProofs/Side24Analysis.lean::UniversalLaw.Proofs.Side24Analysis.Aux.li_sum_prod_le": { + "module": "SpecificationProofs/Side24Analysis.lean", + "name": "UniversalLaw.Proofs.Side24Analysis.Aux.li_sum_prod_le", + "status": "UNSUPPORTED", + "detail": "binder ( h : Fin d \u2192 \u2124 \u2192 \u211d ) is neither a sampled numeric type (\u2115 \u2124 \u211a \u211d) nor a decidable hypothesis", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "SpecificationProofs/Side24Analysis.lean::UniversalLaw.Proofs.Side24Analysis.Aux.li_prod_ite_eq": { + "module": "SpecificationProofs/Side24Analysis.lean", + "name": "UniversalLaw.Proofs.Side24Analysis.Aux.li_prod_ite_eq", + "status": "UNSUPPORTED", + "detail": "unknown function Finset.univ.erase", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "SpecificationProofs/Side24Analysis.lean::UniversalLaw.Proofs.Side24Analysis.Aux.li_prod_exp": { + "module": "SpecificationProofs/Side24Analysis.lean", + "name": "UniversalLaw.Proofs.Side24Analysis.Aux.li_prod_exp", + "status": "CORROBORATED", + "detail": "holds on 64 sampled instances satisfying the hypotheses (0 draws rejected by the hypotheses, 0 infeasible, seed 1): sampling is admitted evidence of the statement, not a proof of it", + "instances": 64, + "vacuous": false, + "float_free": true, + "sampling": { + "seed": 1, + "draws": 76, + "accepted": 64, + "rejected": 0, + "infeasible": 0, + "undecided": 0 + } + }, + 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237 infeasible, seed 1): sampling is admitted evidence of the statement, not a proof of it", + "instances": 64, + "vacuous": false, + "float_free": true, + "sampling": { + "seed": 1, + "draws": 437, + "accepted": 64, + "rejected": 0, + "infeasible": 237, + "undecided": 0 + } + }, + "SpecificationProofs/Side24Analysis.lean::UniversalLaw.Proofs.Side24Analysis.Aux.li_imageTerm_le": { + "module": "SpecificationProofs/Side24Analysis.lean", + "name": "UniversalLaw.Proofs.Side24Analysis.Aux.li_imageTerm_le", + "status": "CORROBORATED", + "detail": "holds on 64 sampled instances satisfying the hypotheses (1 draws rejected by the hypotheses, 181 infeasible, seed 1): sampling is admitted evidence of the statement, not a proof of it", + "instances": 64, + "vacuous": false, + "float_free": true, + "sampling": { + "seed": 1, + "draws": 363, + "accepted": 64, + "rejected": 1, + "infeasible": 181, + "undecided": 0 + } + }, + "SpecificationProofs/Side24Analysis.lean::UniversalLaw.Proofs.Side24Analysis.Aux.li_partial_sum_le": { + "module": "SpecificationProofs/Side24Analysis.lean", + "name": "UniversalLaw.Proofs.Side24Analysis.Aux.li_partial_sum_le", + "status": "UNSUPPORTED", + "detail": "binder ( s : Finset ( Fin d \u2192 \u2124 ) ) is neither a sampled numeric type (\u2115 \u2124 \u211a \u211d) nor a decidable hypothesis", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "SpecificationProofs/Side24Analysis.lean::UniversalLaw.Proofs.Side24Analysis.Aux.dc_one_add_epsilon_pos": { + "module": "SpecificationProofs/Side24Analysis.lean", + "name": "UniversalLaw.Proofs.Side24Analysis.Aux.dc_one_add_epsilon_pos", + "status": "PASS", + "detail": "closed statement evaluated true", + "instances": 1, + "vacuous": false, + "float_free": true + }, + "SpecificationProofs/Side24Analysis.lean::UniversalLaw.Proofs.Side24Analysis.Aux.dc_expand_identity": { + "module": "SpecificationProofs/Side24Analysis.lean", + "name": "UniversalLaw.Proofs.Side24Analysis.Aux.dc_expand_identity", + "status": "UNSUPPORTED", + "detail": "binder ( hA : IsUnit A.det ) is neither a sampled numeric type (\u2115 \u2124 \u211a \u211d) nor a decidable hypothesis", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "SpecificationProofs/Side24Analysis.lean::UniversalLaw.Proofs.Side24Analysis.Aux.dc_conj_identity": { + "module": "SpecificationProofs/Side24Analysis.lean", + "name": "UniversalLaw.Proofs.Side24Analysis.Aux.dc_conj_identity", + "status": "UNSUPPORTED", + "detail": "binder ( hC : IsUnit C.det ) is neither a sampled numeric type (\u2115 \u2124 \u211a \u211d) nor a decidable hypothesis", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "SpecificationProofs/Side24Analysis.lean::UniversalLaw.Proofs.Side24Analysis.Aux.dc_inv_sub_inv_posSemidef": { + "module": "SpecificationProofs/Side24Analysis.lean", + "name": "UniversalLaw.Proofs.Side24Analysis.Aux.dc_inv_sub_inv_posSemidef", + "status": "UNSUPPORTED", + "detail": "binder ( hA : A.PosDef ) is neither a sampled numeric type (\u2115 \u2124 \u211a \u211d) nor a decidable hypothesis", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "SpecificationProofs/Side24Analysis.lean::UniversalLaw.Proofs.Side24Analysis.Aux.dc_quad_le": { + "module": "SpecificationProofs/Side24Analysis.lean", + "name": "UniversalLaw.Proofs.Side24Analysis.Aux.dc_quad_le", + "status": "UNSUPPORTED", + "detail": "binder ( hA : A.PosDef ) is neither a sampled numeric type (\u2115 \u2124 \u211a \u211d) nor a decidable hypothesis", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "SpecificationProofs/Side24Analysis.lean::UniversalLaw.Proofs.Side24Analysis.Aux.dc_one_le_det": { + "module": "SpecificationProofs/Side24Analysis.lean", + "name": "UniversalLaw.Proofs.Side24Analysis.Aux.dc_one_le_det", + "status": "UNSUPPORTED", + "detail": "binder ( hM : ( M - 1 ) . PosSemidef ) is neither a sampled numeric type (\u2115 \u2124 \u211a \u211d) nor a decidable hypothesis", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "SpecificationProofs/Side24Analysis.lean::UniversalLaw.Proofs.Side24Analysis.Aux.dc_det_le_det": { + "module": "SpecificationProofs/Side24Analysis.lean", + "name": "UniversalLaw.Proofs.Side24Analysis.Aux.dc_det_le_det", + "status": "UNSUPPORTED", + "detail": "binder ( hA : A.PosDef ) is neither a sampled numeric type (\u2115 \u2124 \u211a \u211d) nor a decidable hypothesis", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "SpecificationProofs/Side24Analysis.lean::UniversalLaw.Proofs.Side24Analysis.Aux.dc_det_smul": { + "module": "SpecificationProofs/Side24Analysis.lean", + "name": "UniversalLaw.Proofs.Side24Analysis.Aux.dc_det_smul", + "status": "UNSUPPORTED", + "detail": "unknown name C.det", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "SpecificationProofs/Side24Analysis.lean::UniversalLaw.Proofs.Side24Analysis.Aux.dc_scale_identity": { + "module": "SpecificationProofs/Side24Analysis.lean", + "name": "UniversalLaw.Proofs.Side24Analysis.Aux.dc_scale_identity", + "status": "UNSUPPORTED", + "detail": "real exponent (Real.rpow) is outside the exact backend", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "SpecificationProofs/Side24Analysis.lean::UniversalLaw.Proofs.Side24Analysis.Aux.dc_assemble_lower": { + "module": "SpecificationProofs/Side24Analysis.lean", + "name": "UniversalLaw.Proofs.Side24Analysis.Aux.dc_assemble_lower", + "status": "CORROBORATED", + "detail": "holds on 64 sampled instances satisfying the hypotheses (18 draws rejected by the hypotheses, 0 infeasible, seed 1): sampling is admitted evidence of the statement, not a proof of it", + "instances": 64, + "vacuous": false, + "float_free": true, + "sampling": { + "seed": 1, + "draws": 64, + "accepted": 64, + "rejected": 18, + "infeasible": 0, + "undecided": 0 + } + }, + "SpecificationProofs/Side24Analysis.lean::UniversalLaw.Proofs.Side24Analysis.Aux.dc_assemble_upper": { + "module": "SpecificationProofs/Side24Analysis.lean", + "name": "UniversalLaw.Proofs.Side24Analysis.Aux.dc_assemble_upper", + "status": "CORROBORATED", + "detail": "holds on 59 sampled instances satisfying the hypotheses (973 draws rejected by the hypotheses, 0 infeasible, seed 1): sampling is admitted evidence of the statement, not a proof of it", + "instances": 59, + "vacuous": false, + "float_free": true, + "sampling": { + "seed": 1, + "draws": 59, + "accepted": 59, + "rejected": 973, + "infeasible": 0, + "undecided": 0 + } + }, + "SpecificationProofs/Side24Analysis.lean::UniversalLaw.Proofs.Side24Analysis.thetaSummable": { + "module": "SpecificationProofs/Side24Analysis.lean", + "name": "UniversalLaw.Proofs.Side24Analysis.thetaSummable", + "status": "UNSUPPORTED", + "detail": "quantifier over E d", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "SpecificationProofs/Side24Analysis.lean::UniversalLaw.Proofs.Side24Analysis.derivativePairingBound": { + "module": "SpecificationProofs/Side24Analysis.lean", + "name": "UniversalLaw.Proofs.Side24Analysis.derivativePairingBound", + "status": "UNSUPPORTED", + "detail": "definition UniversalLaw.Spec.Side24.DerivativePairingBound has an unparsed body", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "SpecificationProofs/Side24Analysis.lean::UniversalLaw.Proofs.Side24Analysis.derivativeBoundAtLeastOne": { + "module": "SpecificationProofs/Side24Analysis.lean", + "name": "UniversalLaw.Proofs.Side24Analysis.derivativeBoundAtLeastOne", + "status": "UNSUPPORTED", + "detail": "definition UniversalLaw.Spec.Side24.DerivativeBoundAtLeastOne has an unparsed body", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "SpecificationProofs/Side24Analysis.lean::UniversalLaw.Proofs.Side24Analysis.derivativeBoundAtZero": { + "module": "SpecificationProofs/Side24Analysis.lean", + "name": "UniversalLaw.Proofs.Side24Analysis.derivativeBoundAtZero", + "status": "UNSUPPORTED", + "detail": "definition UniversalLaw.Spec.Side24.DerivativeBoundAtZero has an unparsed body", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "SpecificationProofs/Side24Analysis.lean::UniversalLaw.Proofs.Side24Analysis.referenceOddAndPinBlocks": { + "module": "SpecificationProofs/Side24Analysis.lean", + "name": "UniversalLaw.Proofs.Side24Analysis.referenceOddAndPinBlocks", + "status": "UNSUPPORTED", + "detail": "definition UniversalLaw.Spec.Side24.ReferenceOddAndPinBlocks has an unparsed body", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "SpecificationProofs/Side24Analysis.lean::UniversalLaw.Proofs.Side24Analysis.referencePinDensityProduct": { + "module": "SpecificationProofs/Side24Analysis.lean", + "name": "UniversalLaw.Proofs.Side24Analysis.referencePinDensityProduct", + "status": "UNSUPPORTED", + "detail": "definition UniversalLaw.Spec.Side24.ReferencePinDensityProduct has an unparsed body", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "SpecificationProofs/Side24Analysis.lean::UniversalLaw.Proofs.Side24Analysis.integrandRatioBounds": { + "module": "SpecificationProofs/Side24Analysis.lean", + "name": "UniversalLaw.Proofs.Side24Analysis.integrandRatioBounds", + "status": "UNSUPPORTED", + "detail": "result type Prop", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "SpecificationProofs/Side24Analysis.lean::UniversalLaw.Proofs.Side24Analysis.latticeImageSumBound": { + "module": "SpecificationProofs/Side24Analysis.lean", + "name": "UniversalLaw.Proofs.Side24Analysis.latticeImageSumBound", + "status": "UNSUPPORTED", + "detail": "definition UniversalLaw.Spec.Side24.LatticeImageSumBound has an unparsed body", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "SpecificationProofs/Side24Analysis.lean::UniversalLaw.Proofs.Side24Analysis.densityComparison": { + "module": "SpecificationProofs/Side24Analysis.lean", + "name": "UniversalLaw.Proofs.Side24Analysis.densityComparison", + "status": "UNSUPPORTED", + "detail": "definition UniversalLaw.Spec.Side24.DensityComparison has an unparsed body", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "SpecificationProofs/Side24ConeMoment.lean::UniversalLaw.Proofs.Side24ConeMoment.Aux.cm_det_transverse": { + "module": "SpecificationProofs/Side24ConeMoment.lean", + "name": "UniversalLaw.Proofs.Side24ConeMoment.Aux.cm_det_transverse", + "status": "UNSUPPORTED", + "detail": "unknown function Matrix.of", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "SpecificationProofs/Side24ConeMoment.lean::UniversalLaw.Proofs.Side24ConeMoment.Aux.cm_cone_forward": { + "module": "SpecificationProofs/Side24ConeMoment.lean", + "name": "UniversalLaw.Proofs.Side24ConeMoment.Aux.cm_cone_forward", + "status": "UNSUPPORTED", + "detail": "binder ( h : NegDefCone ( s , x , y ) ) is neither a sampled numeric type (\u2115 \u2124 \u211a \u211d) nor a decidable hypothesis", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "SpecificationProofs/Side24ConeMoment.lean::UniversalLaw.Proofs.Side24ConeMoment.Aux.cm_sq_add_sq_pos": { + "module": "SpecificationProofs/Side24ConeMoment.lean", + "name": "UniversalLaw.Proofs.Side24ConeMoment.Aux.cm_sq_add_sq_pos", + "status": "CORROBORATED", + "detail": "holds on 64 sampled instances satisfying the hypotheses (1 draws rejected by the hypotheses, 0 infeasible, seed 1): sampling is admitted evidence of the statement, not a proof of it", + "instances": 64, + "vacuous": false, + "float_free": true, + "sampling": { + "seed": 1, + "draws": 67, + "accepted": 64, + "rejected": 1, + "infeasible": 0, + "undecided": 0 + } + }, + "SpecificationProofs/Side24ConeMoment.lean::UniversalLaw.Proofs.Side24ConeMoment.Aux.cm_quad_pos": { + "module": "SpecificationProofs/Side24ConeMoment.lean", + "name": "UniversalLaw.Proofs.Side24ConeMoment.Aux.cm_quad_pos", + "status": "CORROBORATED", + "detail": "holds on 64 sampled instances satisfying the hypotheses (90 draws rejected by the hypotheses, 0 infeasible, seed 1): sampling is admitted evidence of the statement, not a proof of it", + "instances": 64, + "vacuous": false, + "float_free": true, + "sampling": { + "seed": 1, + "draws": 64, + "accepted": 64, + "rejected": 90, + "infeasible": 0, + "undecided": 0 + } + }, + "SpecificationProofs/Side24ConeMoment.lean::UniversalLaw.Proofs.Side24ConeMoment.Aux.cm_cone_backward": { + "module": "SpecificationProofs/Side24ConeMoment.lean", + "name": "UniversalLaw.Proofs.Side24ConeMoment.Aux.cm_cone_backward", + "status": "UNSUPPORTED", + "detail": "proposition of form App", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "SpecificationProofs/Side24ConeMoment.lean::UniversalLaw.Proofs.Side24ConeMoment.Aux.cm_cone_iff": { + "module": "SpecificationProofs/Side24ConeMoment.lean", + "name": "UniversalLaw.Proofs.Side24ConeMoment.Aux.cm_cone_iff", + "status": "UNSUPPORTED", + "detail": "binder ( q : \u211d \u00d7 \u211d \u00d7 \u211d ) is neither a sampled numeric type (\u2115 \u2124 \u211a \u211d) nor a decidable hypothesis", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "SpecificationProofs/Side24ConeMoment.lean::UniversalLaw.Proofs.Side24ConeMoment.Aux.cm_radial_integral": { + "module": "SpecificationProofs/Side24ConeMoment.lean", + "name": "UniversalLaw.Proofs.Side24ConeMoment.Aux.cm_radial_integral", + "status": "UNSUPPORTED", + "detail": "unparsed statement: SyntaxError: expected ',', got ..", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "SpecificationProofs/Side24ConeMoment.lean::UniversalLaw.Proofs.Side24ConeMoment.Aux.cm_polar_integrand": { + "module": "SpecificationProofs/Side24ConeMoment.lean", + "name": "UniversalLaw.Proofs.Side24ConeMoment.Aux.cm_polar_integrand", + "status": "UNSUPPORTED", + "detail": "binder ( p : \u211d \u00d7 \u211d ) is neither a sampled numeric type (\u2115 \u2124 \u211a \u211d) nor a decidable hypothesis", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "SpecificationProofs/Side24ConeMoment.lean::UniversalLaw.Proofs.Side24ConeMoment.Aux.cm_disk_integral": { + "module": "SpecificationProofs/Side24ConeMoment.lean", + "name": "UniversalLaw.Proofs.Side24ConeMoment.Aux.cm_disk_integral", + "status": "UNSUPPORTED", + "detail": "unparsed statement: SyntaxError: expected '\u2202', got {", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "SpecificationProofs/Side24ConeMoment.lean::UniversalLaw.Proofs.Side24ConeMoment.Aux.cm_gauss2_integral": { + "module": "SpecificationProofs/Side24ConeMoment.lean", + "name": "UniversalLaw.Proofs.Side24ConeMoment.Aux.cm_gauss2_integral", + "status": "UNSUPPORTED", + "detail": "unparsed statement: SyntaxError: expected '\u2202', got {", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "SpecificationProofs/Side24ConeMoment.lean::UniversalLaw.Proofs.Side24ConeMoment.Aux.cm_integrable_pow_four": { + "module": "SpecificationProofs/Side24ConeMoment.lean", + "name": "UniversalLaw.Proofs.Side24ConeMoment.Aux.cm_integrable_pow_four", + "status": "UNSUPPORTED", + "detail": "binder ( v : NNReal ) is neither a sampled numeric type (\u2115 \u2124 \u211a \u211d) nor a decidable hypothesis", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "SpecificationProofs/Side24ConeMoment.lean::UniversalLaw.Proofs.Side24ConeMoment.Aux.cm_integrable_exp": { + "module": "SpecificationProofs/Side24ConeMoment.lean", + "name": "UniversalLaw.Proofs.Side24ConeMoment.Aux.cm_integrable_exp", + "status": "UNSUPPORTED", + "detail": "binder ( v : NNReal ) is neither a sampled numeric type (\u2115 \u2124 \u211a \u211d) nor a decidable hypothesis", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "SpecificationProofs/Side24ConeMoment.lean::UniversalLaw.Proofs.Side24ConeMoment.Aux.cm_integrable_bracket": { + "module": "SpecificationProofs/Side24ConeMoment.lean", + "name": "UniversalLaw.Proofs.Side24ConeMoment.Aux.cm_integrable_bracket", + "status": "UNSUPPORTED", + "detail": "binder ( v : NNReal ) is neither a sampled numeric type (\u2115 \u2124 \u211a \u211d) nor a decidable hypothesis", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "SpecificationProofs/Side24ConeMoment.lean::UniversalLaw.Proofs.Side24ConeMoment.Aux.cm_integral_bracket": { + "module": "SpecificationProofs/Side24ConeMoment.lean", + "name": "UniversalLaw.Proofs.Side24ConeMoment.Aux.cm_integral_bracket", + "status": "UNSUPPORTED", + "detail": "unknown function gaussianReal", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "SpecificationProofs/Side24ConeMoment.lean::UniversalLaw.Proofs.Side24ConeMoment.Aux.cm_setIntegral_Iio_even": { + "module": "SpecificationProofs/Side24ConeMoment.lean", + "name": "UniversalLaw.Proofs.Side24ConeMoment.Aux.cm_setIntegral_Iio_even", + "status": "UNSUPPORTED", + "detail": "binder ( v : NNReal ) is neither a sampled numeric type (\u2115 \u2124 \u211a \u211d) nor a decidable hypothesis", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "SpecificationProofs/Side24ConeMoment.lean::UniversalLaw.Proofs.Side24ConeMoment.Aux.cm_coneIntegrand_eq": { + "module": "SpecificationProofs/Side24ConeMoment.lean", + "name": "UniversalLaw.Proofs.Side24ConeMoment.Aux.cm_coneIntegrand_eq", + "status": "UNSUPPORTED", + "detail": "binder ( q : \u211d \u00d7 \u211d \u00d7 \u211d ) is neither a sampled numeric type (\u2115 \u2124 \u211a \u211d) nor a decidable hypothesis", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "SpecificationProofs/Side24ConeMoment.lean::UniversalLaw.Proofs.Side24ConeMoment.Aux.cm_measurable_coneIntegrand": { + "module": "SpecificationProofs/Side24ConeMoment.lean", + "name": "UniversalLaw.Proofs.Side24ConeMoment.Aux.cm_measurable_coneIntegrand", + "status": "UNSUPPORTED", + "detail": "conclusion is a structural predicate ['Measurable']: trivial on finite discrete models (every set is measurable, every function measurable and integrable), so sampling has no content here", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "SpecificationProofs/Side24ConeMoment.lean::UniversalLaw.Proofs.Side24ConeMoment.Aux.cm_coneIntegrand_bound": { + "module": "SpecificationProofs/Side24ConeMoment.lean", + "name": "UniversalLaw.Proofs.Side24ConeMoment.Aux.cm_coneIntegrand_bound", + "status": "UNSUPPORTED", + "detail": "binder ( q : \u211d \u00d7 \u211d \u00d7 \u211d ) is neither a sampled numeric type (\u2115 \u2124 \u211a \u211d) nor a decidable hypothesis", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "SpecificationProofs/Side24ConeMoment.lean::UniversalLaw.Proofs.Side24ConeMoment.Aux.cm_integrable_coneIntegrand": { + "module": "SpecificationProofs/Side24ConeMoment.lean", + "name": "UniversalLaw.Proofs.Side24ConeMoment.Aux.cm_integrable_coneIntegrand", + "status": "UNSUPPORTED", + "detail": "conclusion is a structural predicate ['Integrable']: trivial on finite discrete models (every set is measurable, every function measurable and integrable), so sampling has no content here", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "SpecificationProofs/Side24ConeMoment.lean::UniversalLaw.Proofs.Side24ConeMoment.Aux.cm_coneIntegrand_neg": { + "module": "SpecificationProofs/Side24ConeMoment.lean", + "name": "UniversalLaw.Proofs.Side24ConeMoment.Aux.cm_coneIntegrand_neg", + "status": "UNSUPPORTED", + "detail": "binder ( p : \u211d \u00d7 \u211d ) is neither a sampled numeric type (\u2115 \u2124 \u211a \u211d) nor a decidable hypothesis", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "SpecificationProofs/Side24ConeMoment.lean::UniversalLaw.Proofs.Side24ConeMoment.Aux.cm_coneIntegrand_nonneg": { + "module": "SpecificationProofs/Side24ConeMoment.lean", + "name": "UniversalLaw.Proofs.Side24ConeMoment.Aux.cm_coneIntegrand_nonneg", + "status": "UNSUPPORTED", + "detail": "binder ( p : \u211d \u00d7 \u211d ) is neither a sampled numeric type (\u2115 \u2124 \u211a \u211d) nor a decidable hypothesis", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "SpecificationProofs/Side24ConeMoment.lean::UniversalLaw.Proofs.Side24ConeMoment.Aux.cm_inner": { + "module": "SpecificationProofs/Side24ConeMoment.lean", + "name": "UniversalLaw.Proofs.Side24ConeMoment.Aux.cm_inner", + "status": "UNSUPPORTED", + "detail": "unknown function .prod", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "SpecificationProofs/Side24ConeMoment.lean::UniversalLaw.Proofs.Side24ConeMoment.coneMomentD2Identity": { + "module": "SpecificationProofs/Side24ConeMoment.lean", + "name": "UniversalLaw.Proofs.Side24ConeMoment.coneMomentD2Identity", + "status": "UNSUPPORTED", + "detail": "binder ( I : ConeMomentInterface ) is neither a sampled numeric type (\u2115 \u2124 \u211a \u211d) nor a decidable hypothesis", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "SpecificationProofs/Side24Covariance.lean::UniversalLaw.Proofs.Side24Covariance.Aux.cv_kinf_comp_neg": { + "module": "SpecificationProofs/Side24Covariance.lean", + "name": "UniversalLaw.Proofs.Side24Covariance.Aux.cv_kinf_comp_neg", + "status": "UNSUPPORTED", + "detail": "unsupported syntax: notation '\u2218'", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "SpecificationProofs/Side24Covariance.lean::UniversalLaw.Proofs.Side24Covariance.Aux.cv_iteratedFDeriv_odd": { + "module": "SpecificationProofs/Side24Covariance.lean", + "name": "UniversalLaw.Proofs.Side24Covariance.Aux.cv_iteratedFDeriv_odd", + "status": "UNSUPPORTED", + "detail": "binder ( hn : Odd n ) is neither a sampled numeric type (\u2115 \u2124 \u211a \u211d) nor a decidable hypothesis", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "SpecificationProofs/Side24Covariance.lean::UniversalLaw.Proofs.Side24Covariance.Aux.cv_odd_zero": { + "module": "SpecificationProofs/Side24Covariance.lean", + "name": "UniversalLaw.Proofs.Side24Covariance.Aux.cv_odd_zero", + "status": "UNSUPPORTED", + "detail": "binder ( l : List ( E d ) ) is neither a sampled numeric type (\u2115 \u2124 \u211a \u211d) nor a decidable hypothesis", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "SpecificationProofs/Side24Covariance.lean::UniversalLaw.Proofs.Side24Covariance.Aux.cv_GG": { + "module": "SpecificationProofs/Side24Covariance.lean", + "name": "UniversalLaw.Proofs.Side24Covariance.Aux.cv_GG", + "status": "UNSUPPORTED", + "detail": "binder ( u : E d ) is neither a sampled numeric type (\u2115 \u2124 \u211a \u211d) nor a decidable hypothesis", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "SpecificationProofs/Side24Covariance.lean::UniversalLaw.Proofs.Side24Covariance.Aux.cv_Gt": { + "module": "SpecificationProofs/Side24Covariance.lean", + "name": "UniversalLaw.Proofs.Side24Covariance.Aux.cv_Gt", + "status": "UNSUPPORTED", + "detail": "binder ( u : E d ) is neither a sampled numeric type (\u2115 \u2124 \u211a \u211d) nor a decidable hypothesis", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "SpecificationProofs/Side24Covariance.lean::UniversalLaw.Proofs.Side24Covariance.Aux.cv_tG": { + "module": "SpecificationProofs/Side24Covariance.lean", + "name": "UniversalLaw.Proofs.Side24Covariance.Aux.cv_tG", + "status": "UNSUPPORTED", + "detail": "binder ( u : E d ) is neither a sampled numeric type (\u2115 \u2124 \u211a \u211d) nor a decidable hypothesis", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "SpecificationProofs/Side24Covariance.lean::UniversalLaw.Proofs.Side24Covariance.Aux.cv_tt": { + "module": "SpecificationProofs/Side24Covariance.lean", + "name": "UniversalLaw.Proofs.Side24Covariance.Aux.cv_tt", + "status": "UNSUPPORTED", + "detail": "binder ( u : E d ) is neither a sampled numeric type (\u2115 \u2124 \u211a \u211d) nor a decidable hypothesis", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "SpecificationProofs/Side24Covariance.lean::UniversalLaw.Proofs.Side24Covariance.Aux.cv_GH": { + "module": "SpecificationProofs/Side24Covariance.lean", + "name": "UniversalLaw.Proofs.Side24Covariance.Aux.cv_GH", + "status": "UNSUPPORTED", + "detail": "binder ( u : E d ) is neither a sampled numeric type (\u2115 \u2124 \u211a \u211d) nor a decidable hypothesis", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "SpecificationProofs/Side24Covariance.lean::UniversalLaw.Proofs.Side24Covariance.Aux.cv_HG": { + "module": "SpecificationProofs/Side24Covariance.lean", + "name": "UniversalLaw.Proofs.Side24Covariance.Aux.cv_HG", + "status": "UNSUPPORTED", + "detail": "binder ( u : E d ) is neither a sampled numeric type (\u2115 \u2124 \u211a \u211d) nor a decidable hypothesis", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "SpecificationProofs/Side24Covariance.lean::UniversalLaw.Proofs.Side24Covariance.Aux.cv_tH": { + "module": "SpecificationProofs/Side24Covariance.lean", + "name": "UniversalLaw.Proofs.Side24Covariance.Aux.cv_tH", + "status": "UNSUPPORTED", + "detail": "binder ( u : E d ) is neither a sampled numeric type (\u2115 \u2124 \u211a \u211d) nor a decidable hypothesis", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "SpecificationProofs/Side24Covariance.lean::UniversalLaw.Proofs.Side24Covariance.Aux.cv_Ht": { + "module": "SpecificationProofs/Side24Covariance.lean", + "name": "UniversalLaw.Proofs.Side24Covariance.Aux.cv_Ht", + "status": "UNSUPPORTED", + "detail": "binder ( u : E d ) is neither a sampled numeric type (\u2115 \u2124 \u211a \u211d) nor a decidable hypothesis", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "SpecificationProofs/Side24Covariance.lean::UniversalLaw.Proofs.Side24Covariance.Aux.cv_HH": { + "module": "SpecificationProofs/Side24Covariance.lean", + "name": "UniversalLaw.Proofs.Side24Covariance.Aux.cv_HH", + "status": "UNSUPPORTED", + "detail": "binder ( u : E d ) is neither a sampled numeric type (\u2115 \u2124 \u211a \u211d) nor a decidable hypothesis", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "SpecificationProofs/Side24Covariance.lean::UniversalLaw.Proofs.Side24Covariance.Aux.cv_decomp": { + "module": "SpecificationProofs/Side24Covariance.lean", + "name": "UniversalLaw.Proofs.Side24Covariance.Aux.cv_decomp", + "status": "UNSUPPORTED", + "detail": "binder ( R : Fin d \u2192 E d ) is neither a sampled numeric type (\u2115 \u2124 \u211a \u211d) nor a decidable hypothesis", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "SpecificationProofs/Side24Covariance.lean::UniversalLaw.Proofs.Side24Covariance.Aux.cv_psd": { + "module": "SpecificationProofs/Side24Covariance.lean", + "name": "UniversalLaw.Proofs.Side24Covariance.Aux.cv_psd", + "status": "UNSUPPORTED", + "detail": "binder ( R : Fin d \u2192 E d ) is neither a sampled numeric type (\u2115 \u2124 \u211a \u211d) nor a decidable hypothesis", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "SpecificationProofs/Side24Covariance.lean::UniversalLaw.Proofs.Side24Covariance.referenceCovarianceLowerBound": { + "module": "SpecificationProofs/Side24Covariance.lean", + "name": "UniversalLaw.Proofs.Side24Covariance.referenceCovarianceLowerBound", + "status": "UNSUPPORTED", + "detail": "definition UniversalLaw.Spec.Side24.ReferenceCovarianceLowerBound has an unparsed body", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "SpecificationProofs/Side24Elementary.lean::UniversalLaw.Proofs.Side24Elementary.Aux.ten_lt_taylor_sum": { + "module": "SpecificationProofs/Side24Elementary.lean", + "name": "UniversalLaw.Proofs.Side24Elementary.Aux.ten_lt_taylor_sum", + "status": "PASS", + "detail": "closed statement evaluated true", + "instances": 1, + "vacuous": false, + "float_free": true + }, + "SpecificationProofs/Side24Elementary.lean::UniversalLaw.Proofs.Side24Elementary.Aux.ten_lt_exp": { + "module": "SpecificationProofs/Side24Elementary.lean", + "name": "UniversalLaw.Proofs.Side24Elementary.Aux.ten_lt_exp", + "status": "PASS", + "detail": "closed statement evaluated true", + "instances": 1, + "vacuous": false, + "float_free": true + }, + "SpecificationProofs/Side24Elementary.lean::UniversalLaw.Proofs.Side24Elementary.Aux.pow_ten_lt_exp": { + "module": "SpecificationProofs/Side24Elementary.lean", + "name": "UniversalLaw.Proofs.Side24Elementary.Aux.pow_ten_lt_exp", + "status": "PASS", + "detail": "closed statement evaluated true", + "instances": 1, + "vacuous": false, + "float_free": true + }, + "SpecificationProofs/Side24Elementary.lean::UniversalLaw.Proofs.Side24Elementary.Aux.exp_neg_lt": { + "module": "SpecificationProofs/Side24Elementary.lean", + "name": "UniversalLaw.Proofs.Side24Elementary.Aux.exp_neg_lt", + "status": "PASS", + "detail": "closed statement evaluated true", + "instances": 1, + "vacuous": false, + "float_free": true + }, + "SpecificationProofs/Side24Elementary.lean::UniversalLaw.Proofs.Side24Elementary.Aux.big_lt_exp": { + "module": "SpecificationProofs/Side24Elementary.lean", + "name": "UniversalLaw.Proofs.Side24Elementary.Aux.big_lt_exp", + "status": "PASS", + "detail": "closed statement evaluated true", + "instances": 1, + "vacuous": false, + "float_free": true + }, + "SpecificationProofs/Side24Elementary.lean::UniversalLaw.Proofs.Side24Elementary.Aux.ratio_const_lt_half": { + "module": "SpecificationProofs/Side24Elementary.lean", + "name": "UniversalLaw.Proofs.Side24Elementary.Aux.ratio_const_lt_half", + "status": "PASS", + "detail": "closed statement evaluated true", + "instances": 1, + "vacuous": false, + "float_free": true + }, + "SpecificationProofs/Side24Elementary.lean::UniversalLaw.Proofs.Side24Elementary.Aux.pow_succ_le": { + "module": "SpecificationProofs/Side24Elementary.lean", + "name": "UniversalLaw.Proofs.Side24Elementary.Aux.pow_succ_le", + "status": "CORROBORATED", + "detail": "holds on 64 sampled instances satisfying the hypotheses (1 draws rejected by the hypotheses, 0 infeasible, seed 1): sampling is admitted evidence of the statement, not a proof of it", + "instances": 64, + "vacuous": false, + "float_free": true, + "sampling": { + "seed": 1, + "draws": 134, + "accepted": 64, + "rejected": 1, + "infeasible": 0, + "undecided": 0 + } + }, + "SpecificationProofs/Side24Elementary.lean::UniversalLaw.Proofs.Side24Elementary.Aux.exp_succ_le": { + "module": "SpecificationProofs/Side24Elementary.lean", + "name": "UniversalLaw.Proofs.Side24Elementary.Aux.exp_succ_le", + "status": "CORROBORATED", + "detail": "holds on 28 sampled instances satisfying the hypotheses (1 draws rejected by the hypotheses, 247 infeasible, seed 1): sampling is admitted evidence of the statement, not a proof of it", + "instances": 28, + "vacuous": false, + "float_free": true, + "sampling": { + "seed": 1, + "draws": 1031, + "accepted": 28, + "rejected": 1, + "infeasible": 247, + "undecided": 0 + } + }, + "SpecificationProofs/Side24Elementary.lean::UniversalLaw.Proofs.Side24Elementary.Aux.sqrt_three_eighths": { + "module": "SpecificationProofs/Side24Elementary.lean", + "name": "UniversalLaw.Proofs.Side24Elementary.Aux.sqrt_three_eighths", + "status": "PASS", + "detail": "closed statement evaluated true", + "instances": 1, + "vacuous": false, + "float_free": true + }, + "SpecificationProofs/Side24Elementary.lean::UniversalLaw.Proofs.Side24Elementary.Aux.sqrt_six_rpow": { + "module": "SpecificationProofs/Side24Elementary.lean", + "name": "UniversalLaw.Proofs.Side24Elementary.Aux.sqrt_six_rpow", + "status": "UNSUPPORTED", + "detail": "real exponent (Real.rpow) is outside the exact backend", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "SpecificationProofs/Side24Elementary.lean::UniversalLaw.Proofs.Side24Elementary.Aux.hasDerivAt_antideriv": { + "module": "SpecificationProofs/Side24Elementary.lean", + "name": "UniversalLaw.Proofs.Side24Elementary.Aux.hasDerivAt_antideriv", + "status": "UNSUPPORTED", + "detail": "proposition of form App", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "SpecificationProofs/Side24Elementary.lean::UniversalLaw.Proofs.Side24Elementary.exponentialBounds": { + "module": "SpecificationProofs/Side24Elementary.lean", + "name": "UniversalLaw.Proofs.Side24Elementary.exponentialBounds", + "status": "UNSUPPORTED", + "detail": "result type Prop", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "SpecificationProofs/Side24Elementary.lean::UniversalLaw.Proofs.Side24Elementary.successiveTermRatio": { + "module": "SpecificationProofs/Side24Elementary.lean", + "name": "UniversalLaw.Proofs.Side24Elementary.successiveTermRatio", + "status": "UNSUPPORTED", + "detail": "result type Prop", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "SpecificationProofs/Side24Elementary.lean::UniversalLaw.Proofs.Side24Elementary.coneMomentD2Algebra": { + "module": "SpecificationProofs/Side24Elementary.lean", + "name": "UniversalLaw.Proofs.Side24Elementary.coneMomentD2Algebra", + "status": "UNSUPPORTED", + "detail": "result type Prop", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "SpecificationProofs/Side24Elementary.lean::UniversalLaw.Proofs.Side24Elementary.referenceCoefficientIdentity": { + "module": "SpecificationProofs/Side24Elementary.lean", + "name": "UniversalLaw.Proofs.Side24Elementary.referenceCoefficientIdentity", + "status": "UNSUPPORTED", + "detail": "result type Prop", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "SpecificationProofs/Side24Elementary.lean::UniversalLaw.Proofs.Side24Elementary.elementaryConeIntegral": { + "module": "SpecificationProofs/Side24Elementary.lean", + "name": "UniversalLaw.Proofs.Side24Elementary.elementaryConeIntegral", + "status": "UNSUPPORTED", + "detail": "definition UniversalLaw.Spec.Side24.ElementaryConeIntegral has an unparsed body", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "SpecificationProofs/Side24Images.lean::UniversalLaw.Proofs.Side24Images.Aux.ib_iteratedFDeriv_tsum_of_isOpen": { + "module": "SpecificationProofs/Side24Images.lean", + "name": "UniversalLaw.Proofs.Side24Images.Aux.ib_iteratedFDeriv_tsum_of_isOpen", + "status": "UNSUPPORTED", + "detail": "instance binder [ NormedAddCommGroup E ] cannot be sampled", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "SpecificationProofs/Side24Images.lean::UniversalLaw.Proofs.Side24Images.Aux.ib_pairingSum_mono": { + "module": "SpecificationProofs/Side24Images.lean", + "name": "UniversalLaw.Proofs.Side24Images.Aux.ib_pairingSum_mono", + "status": "CORROBORATED", + "detail": "holds on 64 sampled instances satisfying the hypotheses (3 draws rejected by the hypotheses, 47 infeasible, seed 1): sampling is admitted evidence of the statement, not a proof of it", + "instances": 64, + "vacuous": false, + "float_free": true, + "sampling": { + "seed": 1, + "draws": 113, + "accepted": 64, + "rejected": 3, + "infeasible": 47, + "undecided": 0 + } + }, + "SpecificationProofs/Side24Images.lean::UniversalLaw.Proofs.Side24Images.Aux.ib_pairingSum_le": { + "module": "SpecificationProofs/Side24Images.lean", + "name": "UniversalLaw.Proofs.Side24Images.Aux.ib_pairingSum_le", + "status": "CORROBORATED", + "detail": "holds on 64 sampled instances satisfying the hypotheses (3 draws rejected by the hypotheses, 0 infeasible, seed 1): sampling is admitted evidence of the statement, not a proof of it", + "instances": 64, + "vacuous": false, + "float_free": true, + "sampling": { + "seed": 1, + "draws": 103, + "accepted": 64, + "rejected": 3, + "infeasible": 0, + "undecided": 0 + } + }, + "SpecificationProofs/Side24Images.lean::UniversalLaw.Proofs.Side24Images.Aux.ib_poly_gauss_le": { + "module": "SpecificationProofs/Side24Images.lean", + "name": "UniversalLaw.Proofs.Side24Images.Aux.ib_poly_gauss_le", + "status": "CORROBORATED", + "detail": "holds on 64 sampled instances satisfying the hypotheses (3 draws rejected by the hypotheses, 39 infeasible, seed 1): sampling is admitted evidence of the statement, not a proof of it", + "instances": 64, + "vacuous": false, + "float_free": true, + "sampling": { + "seed": 1, + "draws": 380, + "accepted": 64, + "rejected": 3, + "infeasible": 39, + "undecided": 0 + } + }, + "SpecificationProofs/Side24Images.lean::UniversalLaw.Proofs.Side24Images.Aux.ib_exp_shift_le": { + "module": "SpecificationProofs/Side24Images.lean", + "name": "UniversalLaw.Proofs.Side24Images.Aux.ib_exp_shift_le", + "status": "UNSUPPORTED", + "detail": "binder ( z v : E d ) is neither a sampled numeric type (\u2115 \u2124 \u211a \u211d) nor a decidable hypothesis", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "SpecificationProofs/Side24Images.lean::UniversalLaw.Proofs.Side24Images.Aux.ib_exp_lattice_eighth": { + "module": "SpecificationProofs/Side24Images.lean", + "name": "UniversalLaw.Proofs.Side24Images.Aux.ib_exp_lattice_eighth", + "status": "UNSUPPORTED", + "detail": "result type E d", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "SpecificationProofs/Side24Images.lean::UniversalLaw.Proofs.Side24Images.Aux.ib_translate_bound": { + "module": "SpecificationProofs/Side24Images.lean", + "name": "UniversalLaw.Proofs.Side24Images.Aux.ib_translate_bound", + "status": "UNSUPPORTED", + "detail": "binder { z : E d } is neither a sampled numeric type (\u2115 \u2124 \u211a \u211d) nor a decidable hypothesis", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "SpecificationProofs/Side24Images.lean::UniversalLaw.Proofs.Side24Images.Aux.ib_latticeVec_zero": { + "module": "SpecificationProofs/Side24Images.lean", + "name": "UniversalLaw.Proofs.Side24Images.Aux.ib_latticeVec_zero", + "status": "UNSUPPORTED", + "detail": "result type E d", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "SpecificationProofs/Side24Images.lean::UniversalLaw.Proofs.Side24Images.Aux.ib_theta0_ge_one": { + "module": "SpecificationProofs/Side24Images.lean", + "name": "UniversalLaw.Proofs.Side24Images.Aux.ib_theta0_ge_one", + "status": "UNSUPPORTED", + "detail": "definition thetaSum24 has an unparsed body", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "SpecificationProofs/Side24Images.lean::UniversalLaw.Proofs.Side24Images.Aux.ib_K24_eq": { + "module": "SpecificationProofs/Side24Images.lean", + "name": "UniversalLaw.Proofs.Side24Images.Aux.ib_K24_eq", + "status": "UNSUPPORTED", + "detail": "unsupported syntax: infinite sum \u2211' (tsum / tprod) is outside the interpreter", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "SpecificationProofs/Side24Images.lean::UniversalLaw.Proofs.Side24Images.Aux.ib_contDiff_term": { + "module": "SpecificationProofs/Side24Images.lean", + "name": "UniversalLaw.Proofs.Side24Images.Aux.ib_contDiff_term", + "status": "UNSUPPORTED", + "detail": "unsupported syntax: notation '\u221e'", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "SpecificationProofs/Side24Images.lean::UniversalLaw.Proofs.Side24Images.Aux.ib_iteratedFDeriv_term": { + "module": "SpecificationProofs/Side24Images.lean", + "name": "UniversalLaw.Proofs.Side24Images.Aux.ib_iteratedFDeriv_term", + "status": "UNSUPPORTED", + "detail": "binder ( z : E d ) is neither a sampled numeric type (\u2115 \u2124 \u211a \u211d) nor a decidable hypothesis", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "SpecificationProofs/Side24Images.lean::UniversalLaw.Proofs.Side24Images.Aux.ib_summable_bound": { + "module": "SpecificationProofs/Side24Images.lean", + "name": "UniversalLaw.Proofs.Side24Images.Aux.ib_summable_bound", + "status": "UNSUPPORTED", + "detail": "proposition of form App", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "SpecificationProofs/Side24Images.lean::UniversalLaw.Proofs.Side24Images.Aux.ib_term_bound": { + "module": "SpecificationProofs/Side24Images.lean", + "name": "UniversalLaw.Proofs.Side24Images.Aux.ib_term_bound", + "status": "UNSUPPORTED", + "detail": "binder { z : E d } is neither a sampled numeric type (\u2115 \u2124 \u211a \u211d) nor a decidable hypothesis", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "SpecificationProofs/Side24Images.lean::UniversalLaw.Proofs.Side24Images.Aux.ib_K24_deriv": { + "module": "SpecificationProofs/Side24Images.lean", + "name": "UniversalLaw.Proofs.Side24Images.Aux.ib_K24_deriv", + "status": "UNSUPPORTED", + "detail": "unsupported syntax: infinite sum \u2211' (tsum / tprod) is outside the interpreter", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "SpecificationProofs/Side24Images.lean::UniversalLaw.Proofs.Side24Images.Aux.ib_intNormSq_ge_one": { + "module": "SpecificationProofs/Side24Images.lean", + "name": "UniversalLaw.Proofs.Side24Images.Aux.ib_intNormSq_ge_one", + "status": "CORROBORATED", + "detail": "holds on 64 sampled instances satisfying the hypotheses (9 draws rejected by the hypotheses, 0 infeasible, seed 1): sampling is admitted evidence of the statement, not a proof of it", + "instances": 64, + "vacuous": false, + "float_free": true, + "sampling": { + "seed": 1, + "draws": 68, + "accepted": 64, + "rejected": 9, + "infeasible": 0, + "undecided": 0 + } + }, + "SpecificationProofs/Side24Images.lean::UniversalLaw.Proofs.Side24Images.Aux.ib_lattice_term": { + "module": "SpecificationProofs/Side24Images.lean", + "name": "UniversalLaw.Proofs.Side24Images.Aux.ib_lattice_term", + "status": "UNSUPPORTED", + "detail": "result type E d", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "SpecificationProofs/Side24Images.lean::UniversalLaw.Proofs.Side24Images.Aux.ib_gauss_le_image": { + "module": "SpecificationProofs/Side24Images.lean", + "name": "UniversalLaw.Proofs.Side24Images.Aux.ib_gauss_le_image", + "status": "UNSUPPORTED", + "detail": "ascription to E d", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "SpecificationProofs/Side24Images.lean::UniversalLaw.Proofs.Side24Images.Aux.ib_final_constant": { + "module": "SpecificationProofs/Side24Images.lean", + "name": "UniversalLaw.Proofs.Side24Images.Aux.ib_final_constant", + "status": "PASS", + "detail": "closed statement evaluated true", + "instances": 1, + "vacuous": false, + "float_free": true + }, + "SpecificationProofs/Side24Images.lean::UniversalLaw.Proofs.Side24Images.Aux.ec_mem_jetDirs": { + "module": "SpecificationProofs/Side24Images.lean", + "name": "UniversalLaw.Proofs.Side24Images.Aux.ec_mem_jetDirs", + "status": "UNSUPPORTED", + "detail": "binder { u : E d } is neither a sampled numeric type (\u2115 \u2124 \u211a \u211d) nor a decidable hypothesis", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "SpecificationProofs/Side24Images.lean::UniversalLaw.Proofs.Side24Images.Aux.ec_length_jetDirs_le": { + "module": "SpecificationProofs/Side24Images.lean", + "name": "UniversalLaw.Proofs.Side24Images.Aux.ec_length_jetDirs_le", + "status": "UNSUPPORTED", + "detail": "binder ( u : E d ) is neither a sampled numeric type (\u2115 \u2124 \u211a \u211d) nor a decidable hypothesis", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "SpecificationProofs/Side24Images.lean::UniversalLaw.Proofs.Side24Images.Aux.ec_svecScale_bounds": { + "module": "SpecificationProofs/Side24Images.lean", + "name": "UniversalLaw.Proofs.Side24Images.Aux.ec_svecScale_bounds", + "status": "UNSUPPORTED", + "detail": "binder ( x : JointIndex d ) is neither a sampled numeric type (\u2115 \u2124 \u211a \u211d) nor a decidable hypothesis", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "SpecificationProofs/Side24Images.lean::UniversalLaw.Proofs.Side24Images.Aux.ec_scale_le": { + "module": "SpecificationProofs/Side24Images.lean", + "name": "UniversalLaw.Proofs.Side24Images.Aux.ec_scale_le", + "status": "UNSUPPORTED", + "detail": "binder ( a b : JointIndex d ) is neither a sampled numeric type (\u2115 \u2124 \u211a \u211d) nor a decidable hypothesis", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "SpecificationProofs/Side24Images.lean::UniversalLaw.Proofs.Side24Images.Aux.co_kinf_analytic": { + "module": "SpecificationProofs/Side24Images.lean", + "name": "UniversalLaw.Proofs.Side24Images.Aux.co_kinf_analytic", + "status": "UNSUPPORTED", + "detail": "proposition of form App", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "SpecificationProofs/Side24Images.lean::UniversalLaw.Proofs.Side24Images.Aux.co_kinf_perm": { + "module": "SpecificationProofs/Side24Images.lean", + "name": "UniversalLaw.Proofs.Side24Images.Aux.co_kinf_perm", + "status": "UNSUPPORTED", + "detail": "binder ( y : E d ) is neither a sampled numeric type (\u2115 \u2124 \u211a \u211d) nor a decidable hypothesis", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "SpecificationProofs/Side24Images.lean::UniversalLaw.Proofs.Side24Images.Aux.co_kinf_neg_apply": { + "module": "SpecificationProofs/Side24Images.lean", + "name": "UniversalLaw.Proofs.Side24Images.Aux.co_kinf_neg_apply", + "status": "UNSUPPORTED", + "detail": "binder ( y : E d ) is neither a sampled numeric type (\u2115 \u2124 \u211a \u211d) nor a decidable hypothesis", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "SpecificationProofs/Side24Images.lean::UniversalLaw.Proofs.Side24Images.Aux.co_latticeVec_neg": { + "module": "SpecificationProofs/Side24Images.lean", + "name": "UniversalLaw.Proofs.Side24Images.Aux.co_latticeVec_neg", + "status": "UNSUPPORTED", + "detail": "result type E d", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "SpecificationProofs/Side24Images.lean::UniversalLaw.Proofs.Side24Images.Aux.co_K24_apply": { + "module": "SpecificationProofs/Side24Images.lean", + "name": "UniversalLaw.Proofs.Side24Images.Aux.co_K24_apply", + "status": "UNSUPPORTED", + "detail": "binder ( v : Fin q \u2192 E d ) is neither a sampled numeric type (\u2115 \u2124 \u211a \u211d) nor a decidable hypothesis", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "SpecificationProofs/Side24Images.lean::UniversalLaw.Proofs.Side24Images.Aux.co_K24_odd": { + "module": "SpecificationProofs/Side24Images.lean", + "name": "UniversalLaw.Proofs.Side24Images.Aux.co_K24_odd", + "status": "UNSUPPORTED", + "detail": "binder ( hodd : Odd q ) is neither a sampled numeric type (\u2115 \u2124 \u211a \u211d) nor a decidable hypothesis", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "SpecificationProofs/Side24Images.lean::UniversalLaw.Proofs.Side24Images.Aux.co_derivContraction_cast": { + "module": "SpecificationProofs/Side24Images.lean", + "name": "UniversalLaw.Proofs.Side24Images.Aux.co_derivContraction_cast", + "status": "UNSUPPORTED", + "detail": "binder ( K : E d \u2192 \u211d ) is neither a sampled numeric type (\u2115 \u2124 \u211a \u211d) nor a decidable hypothesis", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "SpecificationProofs/Side24Images.lean::UniversalLaw.Proofs.Side24Images.Aux.co_kinf_swap": { + "module": "SpecificationProofs/Side24Images.lean", + "name": "UniversalLaw.Proofs.Side24Images.Aux.co_kinf_swap", + "status": "UNSUPPORTED", + "detail": "binder ( x : E d ) is neither a sampled numeric type (\u2115 \u2124 \u211a \u211d) nor a decidable hypothesis", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "SpecificationProofs/Side24Images.lean::UniversalLaw.Proofs.Side24Images.Aux.co_K24_swap": { + "module": "SpecificationProofs/Side24Images.lean", + "name": "UniversalLaw.Proofs.Side24Images.Aux.co_K24_swap", + "status": "UNSUPPORTED", + "detail": "binder ( l\u2081 l\u2082 : List ( E d ) ) is neither a sampled numeric type (\u2115 \u2124 \u211a \u211d) nor a decidable hypothesis", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "SpecificationProofs/Side24Images.lean::UniversalLaw.Proofs.Side24Images.Aux.co_K24_odd_list": { + "module": "SpecificationProofs/Side24Images.lean", + "name": "UniversalLaw.Proofs.Side24Images.Aux.co_K24_odd_list", + "status": "UNSUPPORTED", + "detail": "binder ( l : List ( E d ) ) is neither a sampled numeric type (\u2115 \u2124 \u211a \u211d) nor a decidable hypothesis", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "SpecificationProofs/Side24Images.lean::UniversalLaw.Proofs.Side24Images.Aux.co_C24_symm": { + "module": "SpecificationProofs/Side24Images.lean", + "name": "UniversalLaw.Proofs.Side24Images.Aux.co_C24_symm", + "status": "UNSUPPORTED", + "detail": "binder ( u : E d ) is neither a sampled numeric type (\u2115 \u2124 \u211a \u211d) nor a decidable hypothesis", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "SpecificationProofs/Side24Images.lean::UniversalLaw.Proofs.Side24Images.Aux.co_C24_hermitian": { + "module": "SpecificationProofs/Side24Images.lean", + "name": "UniversalLaw.Proofs.Side24Images.Aux.co_C24_hermitian", + "status": "UNSUPPORTED", + "detail": "binder ( u : E d ) is neither a sampled numeric type (\u2115 \u2124 \u211a \u211d) nor a decidable hypothesis", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "SpecificationProofs/Side24Images.lean::UniversalLaw.Proofs.Side24Images.Aux.co_quad_le": { + "module": "SpecificationProofs/Side24Images.lean", + "name": "UniversalLaw.Proofs.Side24Images.Aux.co_quad_le", + "status": "UNSUPPORTED", + "detail": "binder ( A : Matrix \u03b9 \u03b9 \u211d ) is neither a sampled numeric type (\u2115 \u2124 \u211a \u211d) nor a decidable hypothesis", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "SpecificationProofs/Side24Images.lean::UniversalLaw.Proofs.Side24Images.Aux.co_card_le": { + "module": "SpecificationProofs/Side24Images.lean", + "name": "UniversalLaw.Proofs.Side24Images.Aux.co_card_le", + "status": "UNSUPPORTED", + "detail": "unknown function Fintype.card", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "SpecificationProofs/Side24Images.lean::UniversalLaw.Proofs.Side24Images.Aux.co_margin": { + "module": "SpecificationProofs/Side24Images.lean", + "name": "UniversalLaw.Proofs.Side24Images.Aux.co_margin", + "status": "PASS", + "detail": "closed statement evaluated true", + "instances": 1, + "vacuous": false, + "float_free": true + }, + "SpecificationProofs/Side24Images.lean::UniversalLaw.Proofs.Side24Images.imageBound": { + "module": "SpecificationProofs/Side24Images.lean", + "name": "UniversalLaw.Proofs.Side24Images.imageBound", + "status": "UNSUPPORTED", + "detail": "result type Prop", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "SpecificationProofs/Side24Images.lean::UniversalLaw.Proofs.Side24Images.entrywiseCovarianceBound": { + "module": "SpecificationProofs/Side24Images.lean", + "name": "UniversalLaw.Proofs.Side24Images.entrywiseCovarianceBound", + "status": "UNSUPPORTED", + "detail": "definition UniversalLaw.Spec.Side24.EntrywiseCovarianceBound has an unparsed body", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "SpecificationProofs/Side24Images.lean::UniversalLaw.Proofs.Side24Images.covarianceOrdering": { + "module": "SpecificationProofs/Side24Images.lean", + "name": "UniversalLaw.Proofs.Side24Images.covarianceOrdering", + "status": "UNSUPPORTED", + "detail": "definition UniversalLaw.Spec.Side24.CovarianceOrdering has an unparsed body", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "SpecificationProofs/Side24Interfaces.lean::UniversalLaw.Proofs.Side24Interfaces.Aux.c1_aemeasurable_of_map_eq_gaussian": { + "module": "SpecificationProofs/Side24Interfaces.lean", + "name": "UniversalLaw.Proofs.Side24Interfaces.Aux.c1_aemeasurable_of_map_eq_gaussian", + "status": "UNSUPPORTED", + "detail": "binder { v : NNReal } is neither a sampled numeric type (\u2115 \u2124 \u211a \u211d) nor a decidable hypothesis", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "SpecificationProofs/Side24Interfaces.lean::UniversalLaw.Proofs.Side24Interfaces.Aux.c1_measurable_indicator_sq": { + "module": "SpecificationProofs/Side24Interfaces.lean", + "name": "UniversalLaw.Proofs.Side24Interfaces.Aux.c1_measurable_indicator_sq", + "status": "UNSUPPORTED", + "detail": "conclusion is a structural predicate ['Measurable']: trivial on finite discrete models (every set is measurable, every function measurable and integrable), so sampling has no content here", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "SpecificationProofs/Side24Interfaces.lean::UniversalLaw.Proofs.Side24Interfaces.Aux.c1_second_moment_gaussianReal": { + "module": "SpecificationProofs/Side24Interfaces.lean", + "name": "UniversalLaw.Proofs.Side24Interfaces.Aux.c1_second_moment_gaussianReal", + "status": "UNSUPPORTED", + "detail": "binder ( v : NNReal ) is neither a sampled numeric type (\u2115 \u2124 \u211a \u211d) nor a decidable hypothesis", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "SpecificationProofs/Side24Interfaces.lean::UniversalLaw.Proofs.Side24Interfaces.Aux.c1_integrable_sq_gaussianReal": { + "module": "SpecificationProofs/Side24Interfaces.lean", + "name": "UniversalLaw.Proofs.Side24Interfaces.Aux.c1_integrable_sq_gaussianReal", + "status": "UNSUPPORTED", + "detail": "binder ( v : NNReal ) is neither a sampled numeric type (\u2115 \u2124 \u211a \u211d) nor a decidable hypothesis", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "SpecificationProofs/Side24Interfaces.lean::UniversalLaw.Proofs.Side24Interfaces.Aux.c1_setIntegral_sq_Iio_eq_Ioi": { + "module": "SpecificationProofs/Side24Interfaces.lean", + "name": "UniversalLaw.Proofs.Side24Interfaces.Aux.c1_setIntegral_sq_Iio_eq_Ioi", + "status": "UNSUPPORTED", + "detail": "binder ( v : NNReal ) is neither a sampled numeric type (\u2115 \u2124 \u211a \u211d) nor a decidable hypothesis", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "SpecificationProofs/Side24Interfaces.lean::UniversalLaw.Proofs.Side24Interfaces.Aux.c1_setIntegral_sq_Iio": { + "module": "SpecificationProofs/Side24Interfaces.lean", + "name": "UniversalLaw.Proofs.Side24Interfaces.Aux.c1_setIntegral_sq_Iio", + "status": "UNSUPPORTED", + "detail": "binder ( v : NNReal ) is neither a sampled numeric type (\u2115 \u2124 \u211a \u211d) nor a decidable hypothesis", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "SpecificationProofs/Side24Interfaces.lean::UniversalLaw.Proofs.Side24Interfaces.Aux.c1_integral_indicator_eq": { + "module": "SpecificationProofs/Side24Interfaces.lean", + "name": "UniversalLaw.Proofs.Side24Interfaces.Aux.c1_integral_indicator_eq", + "status": "UNSUPPORTED", + "detail": "hypothesis ( hlaw : Measure.map A P = gaussianReal 0 ( 8 / 3 : NNReal ) ) mentions undeclared names ['Measure.map', 'gaussianReal']", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "SpecificationProofs/Side24Interfaces.lean::UniversalLaw.Proofs.Side24Interfaces.Aux.tm_hasDerivAt_exp_sq": { + "module": "SpecificationProofs/Side24Interfaces.lean", + "name": "UniversalLaw.Proofs.Side24Interfaces.Aux.tm_hasDerivAt_exp_sq", + "status": "UNSUPPORTED", + "detail": "proposition of form App", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "SpecificationProofs/Side24Interfaces.lean::UniversalLaw.Proofs.Side24Interfaces.Aux.tm_iteratedDeriv_four": { + "module": "SpecificationProofs/Side24Interfaces.lean", + "name": "UniversalLaw.Proofs.Side24Interfaces.Aux.tm_iteratedDeriv_four", + "status": "UNSUPPORTED", + "detail": "unknown function iteratedDeriv", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "SpecificationProofs/Side24Interfaces.lean::UniversalLaw.Proofs.Side24Interfaces.Aux.tm_fourth_moment": { + "module": "SpecificationProofs/Side24Interfaces.lean", + "name": "UniversalLaw.Proofs.Side24Interfaces.Aux.tm_fourth_moment", + "status": "UNSUPPORTED", + "detail": "binder ( v : NNReal ) is neither a sampled numeric type (\u2115 \u2124 \u211a \u211d) nor a decidable hypothesis", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "SpecificationProofs/Side24Interfaces.lean::UniversalLaw.Proofs.Side24Interfaces.Aux.tm_exp_moment": { + "module": "SpecificationProofs/Side24Interfaces.lean", + "name": "UniversalLaw.Proofs.Side24Interfaces.Aux.tm_exp_moment", + "status": "UNSUPPORTED", + "detail": "unknown function gaussianReal", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "SpecificationProofs/Side24Interfaces.lean::UniversalLaw.Proofs.Side24Interfaces.Aux.tm_aemeasurable_triple": { + "module": "SpecificationProofs/Side24Interfaces.lean", + "name": "UniversalLaw.Proofs.Side24Interfaces.Aux.tm_aemeasurable_triple", + "status": "UNSUPPORTED", + "detail": "binder ( I : ConeMomentInterface ) is neither a sampled numeric type (\u2115 \u2124 \u211a \u211d) nor a decidable hypothesis", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "SpecificationProofs/Side24Interfaces.lean::UniversalLaw.Proofs.Side24Interfaces.Aux.tm_aemeasurable_s": { + "module": "SpecificationProofs/Side24Interfaces.lean", + "name": "UniversalLaw.Proofs.Side24Interfaces.Aux.tm_aemeasurable_s", + "status": "UNSUPPORTED", + "detail": "binder ( I : ConeMomentInterface ) is neither a sampled numeric type (\u2115 \u2124 \u211a \u211d) nor a decidable hypothesis", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "SpecificationProofs/Side24Interfaces.lean::UniversalLaw.Proofs.Side24Interfaces.Aux.tm_law_s": { + "module": "SpecificationProofs/Side24Interfaces.lean", + "name": "UniversalLaw.Proofs.Side24Interfaces.Aux.tm_law_s", + "status": "UNSUPPORTED", + "detail": "binder ( I : ConeMomentInterface ) is neither a sampled numeric type (\u2115 \u2124 \u211a \u211d) nor a decidable hypothesis", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "SpecificationProofs/Side24Interfaces.lean::UniversalLaw.Proofs.Side24Interfaces.Aux.tm_integral_comp_s": { + "module": "SpecificationProofs/Side24Interfaces.lean", + "name": "UniversalLaw.Proofs.Side24Interfaces.Aux.tm_integral_comp_s", + "status": "UNSUPPORTED", + "detail": "binder ( I : ConeMomentInterface ) is neither a sampled numeric type (\u2115 \u2124 \u211a \u211d) nor a decidable hypothesis", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "SpecificationProofs/Side24Interfaces.lean::UniversalLaw.Proofs.Side24Interfaces.Aux.rl_rhs_integral": { + "module": "SpecificationProofs/Side24Interfaces.lean", + "name": "UniversalLaw.Proofs.Side24Interfaces.Aux.rl_rhs_integral", + "status": "UNSUPPORTED", + "detail": "unparsed statement: SyntaxError: expected ',', got ..", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "SpecificationProofs/Side24Interfaces.lean::UniversalLaw.Proofs.Side24Interfaces.Aux.rl_radial_integral": { + "module": "SpecificationProofs/Side24Interfaces.lean", + "name": "UniversalLaw.Proofs.Side24Interfaces.Aux.rl_radial_integral", + "status": "UNSUPPORTED", + "detail": "unparsed statement: SyntaxError: expected ',', got ..", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "SpecificationProofs/Side24Interfaces.lean::UniversalLaw.Proofs.Side24Interfaces.Aux.rl_angular_integral": { + "module": "SpecificationProofs/Side24Interfaces.lean", + "name": "UniversalLaw.Proofs.Side24Interfaces.Aux.rl_angular_integral", + "status": "UNSUPPORTED", + "detail": "unparsed statement: SyntaxError: expected '\u2202', got end", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "SpecificationProofs/Side24Interfaces.lean::UniversalLaw.Proofs.Side24Interfaces.Aux.rl_pdf_mul": { + "module": "SpecificationProofs/Side24Interfaces.lean", + "name": "UniversalLaw.Proofs.Side24Interfaces.Aux.rl_pdf_mul", + "status": "UNSUPPORTED", + "detail": "unknown function gaussianPDFReal", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "SpecificationProofs/Side24Interfaces.lean::UniversalLaw.Proofs.Side24Interfaces.Aux.rl_measurableSet_disk": { + "module": "SpecificationProofs/Side24Interfaces.lean", + "name": "UniversalLaw.Proofs.Side24Interfaces.Aux.rl_measurableSet_disk", + "status": "UNSUPPORTED", + "detail": "unparsed statement: SyntaxError: trailing tokens from '{'", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "SpecificationProofs/Side24Interfaces.lean::UniversalLaw.Proofs.Side24Interfaces.Aux.rl_measurableSet_radial": { + "module": "SpecificationProofs/Side24Interfaces.lean", + "name": "UniversalLaw.Proofs.Side24Interfaces.Aux.rl_measurableSet_radial", + "status": "UNSUPPORTED", + "detail": "unparsed statement: SyntaxError: trailing tokens from '{'", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "SpecificationProofs/Side24Interfaces.lean::UniversalLaw.Proofs.Side24Interfaces.Aux.rl_polar_integrand": { + "module": "SpecificationProofs/Side24Interfaces.lean", + "name": "UniversalLaw.Proofs.Side24Interfaces.Aux.rl_polar_integrand", + "status": "UNSUPPORTED", + "detail": "binder ( p : \u211d \u00d7 \u211d ) is neither a sampled numeric type (\u2115 \u2124 \u211a \u211d) nor a decidable hypothesis", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "SpecificationProofs/Side24Interfaces.lean::UniversalLaw.Proofs.Side24Interfaces.Aux.rl_Ioi_inter_eq": { + "module": "SpecificationProofs/Side24Interfaces.lean", + "name": "UniversalLaw.Proofs.Side24Interfaces.Aux.rl_Ioi_inter_eq", + "status": "UNSUPPORTED", + "detail": "unknown function Set.Ioi", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "SpecificationProofs/Side24Interfaces.lean::UniversalLaw.Proofs.Side24Interfaces.Aux.rl_disk_integral": { + "module": "SpecificationProofs/Side24Interfaces.lean", + "name": "UniversalLaw.Proofs.Side24Interfaces.Aux.rl_disk_integral", + "status": "UNSUPPORTED", + "detail": "unparsed statement: SyntaxError: expected '\u2202', got end", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "SpecificationProofs/Side24Interfaces.lean::UniversalLaw.Proofs.Side24Interfaces.Aux.rl_disk_measure": { + "module": "SpecificationProofs/Side24Interfaces.lean", + "name": "UniversalLaw.Proofs.Side24Interfaces.Aux.rl_disk_measure", + "status": "UNSUPPORTED", + "detail": "unparsed statement: SyntaxError: trailing tokens from '{'", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "SpecificationProofs/Side24Interfaces.lean::UniversalLaw.Proofs.Side24Interfaces.Aux.rl_aemeasurable_xy": { + "module": "SpecificationProofs/Side24Interfaces.lean", + "name": "UniversalLaw.Proofs.Side24Interfaces.Aux.rl_aemeasurable_xy", + "status": "UNSUPPORTED", + "detail": "binder ( I : ConeMomentInterface ) is neither a sampled numeric type (\u2115 \u2124 \u211a \u211d) nor a decidable hypothesis", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "SpecificationProofs/Side24Interfaces.lean::UniversalLaw.Proofs.Side24Interfaces.Aux.rl_law_xy": { + "module": "SpecificationProofs/Side24Interfaces.lean", + "name": "UniversalLaw.Proofs.Side24Interfaces.Aux.rl_law_xy", + "status": "UNSUPPORTED", + "detail": "binder ( I : ConeMomentInterface ) is neither a sampled numeric type (\u2115 \u2124 \u211a \u211d) nor a decidable hypothesis", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "SpecificationProofs/Side24Interfaces.lean::UniversalLaw.Proofs.Side24Interfaces.Aux.rl_prob_eq_disk_measure": { + "module": "SpecificationProofs/Side24Interfaces.lean", + "name": "UniversalLaw.Proofs.Side24Interfaces.Aux.rl_prob_eq_disk_measure", + "status": "UNSUPPORTED", + "detail": "binder ( I : ConeMomentInterface ) is neither a sampled numeric type (\u2115 \u2124 \u211a \u211d) nor a decidable hypothesis", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "SpecificationProofs/Side24Interfaces.lean::UniversalLaw.Proofs.Side24Interfaces.coneMomentD1Identity": { + "module": "SpecificationProofs/Side24Interfaces.lean", + "name": "UniversalLaw.Proofs.Side24Interfaces.coneMomentD1Identity", + "status": "UNSUPPORTED", + "detail": "binder ( I : ConeMomentInterface ) is neither a sampled numeric type (\u2115 \u2124 \u211a \u211d) nor a decidable hypothesis", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "SpecificationProofs/Side24Interfaces.lean::UniversalLaw.Proofs.Side24Interfaces.traceMoments": { + "module": "SpecificationProofs/Side24Interfaces.lean", + "name": "UniversalLaw.Proofs.Side24Interfaces.traceMoments", + "status": "UNSUPPORTED", + "detail": "binder ( I : ConeMomentInterface ) is neither a sampled numeric type (\u2115 \u2124 \u211a \u211d) nor a decidable hypothesis", + "instances": 0, + "vacuous": false, + "float_free": true + }, + "SpecificationProofs/Side24Interfaces.lean::UniversalLaw.Proofs.Side24Interfaces.rayleighSquareLaw": { + "module": "SpecificationProofs/Side24Interfaces.lean", + "name": "UniversalLaw.Proofs.Side24Interfaces.rayleighSquareLaw", + "status": "UNSUPPORTED", + "detail": "binder ( I : ConeMomentInterface ) is neither a sampled numeric type (\u2115 \u2124 \u211a \u211d) nor a decidable hypothesis", + "instances": 0, + "vacuous": false, + "float_free": true + } + }, + "sampling": { + "seed": 1, + "samples": 64 + }, + "exit_code": 1, + "note": "G12 census: coverage of the empirical statement check over every declaration in a directory, with no manifest. PASS/CORROBORATED/FAIL/UNSUPPORTED as in a package check; UNSUPPORTED reasons are classified. Not a gate and not kernel evidence.", + "defs_from": { + "dirs": [ + "/specifications/lean_statements_20261010" + ], + "files": 6, + "files_pooled": 6, + "file_sha256": { + "/Specifications/Field.lean": "f22c91e082cd7e738ba47c9c3534e47ac687d066f0b78586d15103cf1132535e", + "/Specifications/Lifetime.lean": "90f4892608e953ecc696bb32ea159d1c178ceb8a1c6edfd11acfceb14af462c6", + "/Specifications/P15.lean": "a30d9e6938b64d4e2728c5380d41b3a627cde42448df254069293e3839a41ca6", + "/Specifications/RN.lean": "cad83a9d18029e66f2563f16a0850e846eb01dad0c3f08da6959ce0c186ae59c", + "/Specifications/Side24.lean": "3164ccfd527d5d443c3830ae871e5592abc6658dc3678006da368fdace3818e3", + "/Specifications.lean": "9a05b58eb94b0f24c9b8118b625ff003ca99ff2257734fe3d1f1d57ce3c9b976" + }, + "byte_identical_to_group": {} + }, + "unresolved_imports": {} +} diff --git a/cbz/evidence/g12-statement-fuzz-01n/census_math_dfa9b30a_20261106_deps/specifications_lean_statement_proofs_20261011.stdout.txt b/cbz/evidence/g12-statement-fuzz-01n/census_math_dfa9b30a_20261106_deps/specifications_lean_statement_proofs_20261011.stdout.txt new file mode 100644 index 000000000..02ffd98b7 --- /dev/null +++ b/cbz/evidence/g12-statement-fuzz-01n/census_math_dfa9b30a_20261106_deps/specifications_lean_statement_proofs_20261011.stdout.txt @@ -0,0 +1,554 @@ +{ + "lean_dir": "/specifications/lean_statement_proofs_20261011", + "files": 15, + "files_evaluated": 15, + "targets": 559, + "status_counts": { + "UNSUPPORTED": 466, + "CORROBORATED": 44, + "PASS": 49 + }, + "unsupported_reasons": { + "binder outside the interpreter": 292, + "definition result type outside the interpreter": 51, + "definition outside the interpreter": 34, + "unparsed statement": 16, + "unknown function": 15, + "other": 13, + "proposition outside the interpreter": 11, + "Mathlib notation": 10, + "real exponent (Real.rpow)": 7, + "hypothesis outside the interpreter": 4, + "unknown name": 4, + "enclosures do not decide the statement": 3, + "structural conclusion": 3, + "unbounded quantifier inside the statement": 1, + "quantifier over an unsupported type": 1, + "ascription to an unsupported type": 1 + }, + "sampling": { + "seed": 1, + "samples": 64 + }, + "exit_code": 1, + "unresolved_imports": {}, + "copies": 0, + "defs_from": { + "dirs": [ + "/specifications/lean_statements_20261010" + ], + "files": 6, + "files_pooled": 6, + "byte_identical_to_group": {} + } +} +UNSUPPORTED: SpecificationProofs/P15Budget.lean::UniversalLaw.Proofs.P15Budget.Aux.famPrice_nonneg: binder ( G : Finset ( Finset Y ) ) is neither a sampled numeric type (ℕ ℤ ℚ ℝ) nor a decidable hypothesis +UNSUPPORTED: SpecificationProofs/P15Budget.lean::UniversalLaw.Proofs.P15Budget.Aux.coverSet_bddBelow: binder ( F : RealizedData X ) is neither a sampled numeric type (ℕ ℤ ℚ ℝ) nor a decidable hypothesis +UNSUPPORTED: SpecificationProofs/P15Budget.lean::UniversalLaw.Proofs.P15Budget.Aux.coverCost_le_famPrice: binder ( F : RealizedData X ) is neither a sampled numeric type (ℕ ℤ ℚ ℝ) nor a decidable hypothesis +UNSUPPORTED: SpecificationProofs/P15Budget.lean::UniversalLaw.Proofs.P15Budget.Aux.isGeneratorCover_singleton_empty: binder ( F : RealizedData X ) is neither a sampled numeric type (ℕ ℤ ℚ ℝ) nor a decidable hypothesis +UNSUPPORTED: SpecificationProofs/P15Budget.lean::UniversalLaw.Proofs.P15Budget.Aux.famPrice_singleton_empty: unparsed statement: SyntaxError: trailing tokens from '{' +UNSUPPORTED: SpecificationProofs/P15Budget.lean::UniversalLaw.Proofs.P15Budget.Aux.coverCost_le_one: binder ( F : RealizedData X ) is neither a sampled numeric type (ℕ ℤ ℚ ℝ) nor a decidable hypothesis +UNSUPPORTED: SpecificationProofs/P15Budget.lean::UniversalLaw.Proofs.P15Budget.Aux.coverCost_le_sum_block: binder { F : RealizedData X } is neither a sampled numeric type (ℕ ℤ ℚ ℝ) nor a decidable hypothesis +CORROBORATED: SpecificationProofs/P15Budget.lean::UniversalLaw.Proofs.P15Budget.Aux.le_cappedHazard_of: holds on 64 sampled instances satisfying the hypotheses (5 draws rejected by the hypotheses, 0 infeasible, seed 1): sampling is admitted evidence of the statement, not a proof of it +UNSUPPORTED: SpecificationProofs/P15Budget.lean::UniversalLaw.Proofs.P15Budget.Aux.sum_localFailure_le_neg_log_mu: binder { F : RealizedData X } is neither a sampled numeric type (ℕ ℤ ℚ ℝ) nor a decidable hypothesis +CORROBORATED: SpecificationProofs/P15Budget.lean::UniversalLaw.Proofs.P15Budget.Aux.phi_le_div: holds on 64 sampled instances satisfying the hypotheses (6 draws rejected by the hypotheses, 0 infeasible, seed 1): sampling is admitted evidence of the statement, not a proof of it +UNSUPPORTED: SpecificationProofs/P15Budget.lean::UniversalLaw.Proofs.P15Budget.Aux.genPrice_le_ratio: binder ( F : RealizedData X ) is neither a sampled numeric type (ℕ ℤ ℚ ℝ) nor a decidable hypothesis +UNSUPPORTED: SpecificationProofs/P15Budget.lean::UniversalLaw.Proofs.P15Budget.Aux.prod_le_pow_of_le: binder { s : Finset X } is neither a sampled numeric type (ℕ ℤ ℚ ℝ) nor a decidable hypothesis +UNSUPPORTED: SpecificationProofs/P15Budget.lean::UniversalLaw.Proofs.P15Budget.Aux.prod_inv_le_pow: binder { s : Finset X } is neither a sampled numeric type (ℕ ℤ ℚ ℝ) nor a decidable hypothesis +UNSUPPORTED: SpecificationProofs/P15Budget.lean::UniversalLaw.Proofs.P15Budget.Aux.genPrice_le_prod_mul_ratio: binder ( F : RealizedData X ) is neither a sampled numeric type (ℕ ℤ ℚ ℝ) nor a decidable hypothesis +CORROBORATED: SpecificationProofs/P15Budget.lean::UniversalLaw.Proofs.P15Budget.Aux.quarter_pow_identity: holds on 64 sampled instances satisfying the hypotheses (0 draws rejected by the hypotheses, 47 infeasible, seed 1): sampling is admitted evidence of the statement, not a proof of it +CORROBORATED: SpecificationProofs/P15Budget.lean::UniversalLaw.Proofs.P15Budget.Aux.quarter_ratio_le: holds on 64 sampled instances satisfying the hypotheses (8 draws rejected by the hypotheses, 59 infeasible, seed 1): sampling is admitted evidence of the statement, not a proof of it +UNSUPPORTED: SpecificationProofs/P15Budget.lean::UniversalLaw.Proofs.P15Budget.Aux.localGood_congr: binder ( F : RealizedData X ) is neither a sampled numeric type (ℕ ℤ ℚ ℝ) nor a decidable hypothesis +UNSUPPORTED: SpecificationProofs/P15Budget.lean::UniversalLaw.Proofs.P15Budget.Aux.localFailure_congr: binder ( F : RealizedData X ) is neither a sampled numeric type (ℕ ℤ ℚ ℝ) nor a decidable hypothesis +UNSUPPORTED: SpecificationProofs/P15Budget.lean::UniversalLaw.Proofs.P15Budget.Aux.prod_le_localFailure_of_card_local: binder ( F : RealizedData X ) is neither a sampled numeric type (ℕ ℤ ℚ ℝ) nor a decidable hypothesis +UNSUPPORTED: SpecificationProofs/P15Budget.lean::UniversalLaw.Proofs.P15Budget.Aux.genPrice_le_budget: binder { F : RealizedData X } is neither a sampled numeric type (ℕ ℤ ℚ ℝ) nor a decidable hypothesis +UNSUPPORTED: SpecificationProofs/P15Budget.lean::UniversalLaw.Proofs.P15Budget.Aux.sum_genPrice_le_budget: binder { F : RealizedData X } is neither a sampled numeric type (ℕ ℤ ℚ ℝ) nor a decidable hypothesis +UNSUPPORTED: SpecificationProofs/P15Budget.lean::UniversalLaw.Proofs.P15Budget.Aux.weight_nonneg: binder ( U : Finset Y ) is neither a sampled numeric type (ℕ ℤ ℚ ℝ) nor a decidable hypothesis +UNSUPPORTED: SpecificationProofs/P15Budget.lean::UniversalLaw.Proofs.P15Budget.Aux.isGood_empty: binder { F : RealizedData X } is neither a sampled numeric type (ℕ ℤ ℚ ℝ) nor a decidable hypothesis +UNSUPPORTED: SpecificationProofs/P15Budget.lean::UniversalLaw.Proofs.P15Budget.Aux.mu_pos: binder { F : RealizedData X } is neither a sampled numeric type (ℕ ℤ ℚ ℝ) nor a decidable hypothesis +UNSUPPORTED: SpecificationProofs/P15Budget.lean::UniversalLaw.Proofs.P15Budget.Aux.phi_benchmark: enclosures to 1024 bits do not decide the statement: = is not decided at 1024 bits by the enclosures [2.44501766537443634e-5…, 2.44501766537443634e-5…] and [2.44501766537443634e-5…, 2.4450176653744363 +UNSUPPORTED: SpecificationProofs/P15Budget.lean::UniversalLaw.Proofs.P15Budget.Aux.genPrice_benchmark_le: binder { c : Fin 6 × Fin 409 → ℝ } is neither a sampled numeric type (ℕ ℤ ℚ ℝ) nor a decidable hypothesis +UNSUPPORTED: SpecificationProofs/P15Budget.lean::UniversalLaw.Proofs.P15Budget.Aux.famPrice_benchmark_le_one: binder { c : Fin 6 × Fin 409 → ℝ } is neither a sampled numeric type (ℕ ℤ ℚ ℝ) nor a decidable hypothesis +UNSUPPORTED: SpecificationProofs/P15Budget.lean::UniversalLaw.Proofs.P15Budget.coverCostHazardBound: binder ( F : RealizedData X ) is neither a sampled numeric type (ℕ ℤ ℚ ℝ) nor a decidable hypothesis +UNSUPPORTED: SpecificationProofs/P15Budget.lean::UniversalLaw.Proofs.P15Budget.restrictedLocalBudget: binder ( F : RealizedData X ) is neither a sampled numeric type (ℕ ℤ ℚ ℝ) nor a decidable hypothesis +UNSUPPORTED: SpecificationProofs/P15Budget.lean::UniversalLaw.Proofs.P15Budget.rhoTestSufficient: binder ( F : RealizedData X ) is neither a sampled numeric type (ℕ ℤ ℚ ℝ) nor a decidable hypothesis +UNSUPPORTED: SpecificationProofs/P15Budget.lean::UniversalLaw.Proofs.P15Budget.restrictedTransformedPriceBudget: binder ( F : RealizedData X ) is neither a sampled numeric type (ℕ ℤ ℚ ℝ) nor a decidable hypothesis +UNSUPPORTED: SpecificationProofs/P15Budget.lean::UniversalLaw.Proofs.P15Budget.benchmark816TransformedRange: result type Prop +UNSUPPORTED: SpecificationProofs/P15Covers.lean::UniversalLaw.Proofs.P15Covers.Aux.weight_nonneg: binder ( U : Finset Y ) is neither a sampled numeric type (ℕ ℤ ℚ ℝ) nor a decidable hypothesis +UNSUPPORTED: SpecificationProofs/P15Covers.lean::UniversalLaw.Proofs.P15Covers.Aux.filter_superset_eq_image: binder ( M : Finset Y ) is neither a sampled numeric type (ℕ ℤ ℚ ℝ) nor a decidable hypothesis +UNSUPPORTED: SpecificationProofs/P15Covers.lean::UniversalLaw.Proofs.P15Covers.Aux.weight_union_of_disjoint: binder { M T : Finset Y } is neither a sampled numeric type (ℕ ℤ ℚ ℝ) nor a decidable hypothesis +UNSUPPORTED: SpecificationProofs/P15Covers.lean::UniversalLaw.Proofs.P15Covers.Aux.sum_weight_filter_superset: binder ( M : Finset Y ) is neither a sampled numeric type (ℕ ℤ ℚ ℝ) nor a decidable hypothesis +UNSUPPORTED: SpecificationProofs/P15Covers.lean::UniversalLaw.Proofs.P15Covers.Aux.sum_weight_ite_superset: binder ( M : Finset Y ) is neither a sampled numeric type (ℕ ℤ ℚ ℝ) nor a decidable hypothesis +UNSUPPORTED: SpecificationProofs/P15Covers.lean::UniversalLaw.Proofs.P15Covers.Aux.one_sub_mu_eq: binder ( F : RealizedData X ) is neither a sampled numeric type (ℕ ℤ ℚ ℝ) nor a decidable hypothesis +UNSUPPORTED: SpecificationProofs/P15Covers.lean::UniversalLaw.Proofs.P15Covers.Aux.one_sub_mu_le_sum_prod: binder ( F : RealizedData X ) is neither a sampled numeric type (ℕ ℤ ℚ ℝ) nor a decidable hypothesis +UNSUPPORTED: SpecificationProofs/P15Covers.lean::UniversalLaw.Proofs.P15Covers.Aux.exists_minimalForbidden_subset: binder ( F : RealizedData X ) is neither a sampled numeric type (ℕ ℤ ℚ ℝ) nor a decidable hypothesis +UNSUPPORTED: SpecificationProofs/P15Covers.lean::UniversalLaw.Proofs.P15Covers.Aux.card_of_isTransversal: binder { F : RealizedData X } is neither a sampled numeric type (ℕ ℤ ℚ ℝ) nor a decidable hypothesis +UNSUPPORTED: SpecificationProofs/P15Covers.lean::UniversalLaw.Proofs.P15Covers.Aux.benchmark816_bad_covered: binder ( U : Finset ( Fin 6 × Fin 409 ) ) is neither a sampled numeric type (ℕ ℤ ℚ ℝ) nor a decidable hypothesis +UNSUPPORTED: SpecificationProofs/P15Covers.lean::UniversalLaw.Proofs.P15Covers.Aux.benchmark816_one_sub_mu_le: result type RealizedData X +UNSUPPORTED: SpecificationProofs/P15Covers.lean::UniversalLaw.Proofs.P15Covers.benchmark816Cover: result type Prop +UNSUPPORTED: SpecificationProofs/P15Covers.lean::UniversalLaw.Proofs.P15Covers.localRestriction: binder ( F : RealizedData X ) is neither a sampled numeric type (ℕ ℤ ℚ ℝ) nor a decidable hypothesis +UNSUPPORTED: SpecificationProofs/P15Covers.lean::UniversalLaw.Proofs.P15Covers.paletteNumberAttained: binder ( F : RealizedData X ) is neither a sampled numeric type (ℕ ℤ ℚ ℝ) nor a decidable hypothesis +UNSUPPORTED: SpecificationProofs/P15Covers.lean::UniversalLaw.Proofs.P15Covers.benchmark816UnionBound: result type Prop +UNSUPPORTED: SpecificationProofs/P15Elementary.lean::UniversalLaw.Proofs.P15Elementary.Aux.sum_weight_eq_one: unknown function .powerset +CORROBORATED: SpecificationProofs/P15Elementary.lean::UniversalLaw.Proofs.P15Elementary.Aux.binomTail_succ_left: holds on 64 sampled instances satisfying the hypotheses (0 draws rejected by the hypotheses, 31 infeasible, seed 1): sampling is admitted evidence of the statement, not a proof of it +UNSUPPORTED: SpecificationProofs/P15Elementary.lean::UniversalLaw.Proofs.P15Elementary.Aux.muOf_capacityFamily: result type Finset ( Finset Y ) +CORROBORATED: SpecificationProofs/P15Elementary.lean::UniversalLaw.Proofs.P15Elementary.Aux.binomTail_antitone_step: holds on 64 sampled instances satisfying the hypotheses (5 draws rejected by the hypotheses, 25 infeasible, seed 1): sampling is admitted evidence of the statement, not a proof of it +CORROBORATED: SpecificationProofs/P15Elementary.lean::UniversalLaw.Proofs.P15Elementary.Aux.binomTail_le_of_le: holds on 64 sampled instances satisfying the hypotheses (5 draws rejected by the hypotheses, 113 infeasible, seed 1): sampling is admitted evidence of the statement, not a proof of it +CORROBORATED: SpecificationProofs/P15Elementary.lean::UniversalLaw.Proofs.P15Elementary.Aux.binomTail_pos: holds on 64 sampled instances satisfying the hypotheses (6 draws rejected by the hypotheses, 73 infeasible, seed 1): sampling is admitted evidence of the statement, not a proof of it +UNSUPPORTED: SpecificationProofs/P15Elementary.lean::UniversalLaw.Proofs.P15Elementary.Aux.oneBlock_block: result type Finset X +UNSUPPORTED: SpecificationProofs/P15Elementary.lean::UniversalLaw.Proofs.P15Elementary.Aux.card_le_of_ne_univ: binder ( U : Finset ( Fin ( cap + 1 ) ) ) is neither a sampled numeric type (ℕ ℤ ℚ ℝ) nor a decidable hypothesis +UNSUPPORTED: SpecificationProofs/P15Elementary.lean::UniversalLaw.Proofs.P15Elementary.Aux.oneBlock_isGood: binder ( U : Finset ( Fin ( cap + 1 ) ) ) is neither a sampled numeric type (ℕ ℤ ℚ ℝ) nor a decidable hypothesis +UNSUPPORTED: SpecificationProofs/P15Elementary.lean::UniversalLaw.Proofs.P15Elementary.Aux.decomp_one: binder ( F : RealizedData X ) is neither a sampled numeric type (ℕ ℤ ℚ ℝ) nor a decidable hypothesis +UNSUPPORTED: SpecificationProofs/P15Elementary.lean::UniversalLaw.Proofs.P15Elementary.Aux.oneBlock_obstruction: binder ( U : Finset ( Fin ( cap + 1 ) ) ) is neither a sampled numeric type (ℕ ℤ ℚ ℝ) nor a decidable hypothesis +UNSUPPORTED: SpecificationProofs/P15Elementary.lean::UniversalLaw.Proofs.P15Elementary.Aux.oneBlock_isRealized: hypothesis ( hcap : 1 ≤ cap ) mentions undeclared names ['cap'] +UNSUPPORTED: SpecificationProofs/P15Elementary.lean::UniversalLaw.Proofs.P15Elementary.Aux.oneBlock_mu: binder ( p : Fin ( cap + 1 ) → ℝ ) is neither a sampled numeric type (ℕ ℤ ℚ ℝ) nor a decidable hypothesis +UNSUPPORTED: SpecificationProofs/P15Elementary.lean::UniversalLaw.Proofs.P15Elementary.Aux.oneBlock_coverCost_ge_one: result type RealizedData X +UNSUPPORTED: SpecificationProofs/P15Elementary.lean::UniversalLaw.Proofs.P15Elementary.Aux.twoCoord_eq: result type RealizedData ( Fin 2 ) where b +UNSUPPORTED: SpecificationProofs/P15Elementary.lean::UniversalLaw.Proofs.P15Elementary.Aux.triangle_feasible3: definition IsPaletteFeasible has an unparsed body +UNSUPPORTED: SpecificationProofs/P15Elementary.lean::UniversalLaw.Proofs.P15Elementary.Aux.triangle_not_feasible0: definition IsPaletteFeasible has an unparsed body +UNSUPPORTED: SpecificationProofs/P15Elementary.lean::UniversalLaw.Proofs.P15Elementary.Aux.triangle_not_feasible1: definition IsPaletteFeasible has an unparsed body +UNSUPPORTED: SpecificationProofs/P15Elementary.lean::UniversalLaw.Proofs.P15Elementary.Aux.triangle_not_feasible2: definition IsPaletteFeasible has an unparsed body +UNSUPPORTED: SpecificationProofs/P15Elementary.lean::UniversalLaw.Proofs.P15Elementary.twoCoordGeneratorPrices: result type Prop +UNSUPPORTED: SpecificationProofs/P15Elementary.lean::UniversalLaw.Proofs.P15Elementary.logOnePlusBelowIdentity: result type Prop +UNSUPPORTED: SpecificationProofs/P15Elementary.lean::UniversalLaw.Proofs.P15Elementary.demandOneRefutation: result type Prop +UNSUPPORTED: SpecificationProofs/P15Elementary.lean::UniversalLaw.Proofs.P15Elementary.logRatioBound: result type Prop +UNSUPPORTED: SpecificationProofs/P15Elementary.lean::UniversalLaw.Proofs.P15Elementary.capTestAtTwoThirds: result type Prop +UNSUPPORTED: SpecificationProofs/P15Elementary.lean::UniversalLaw.Proofs.P15Elementary.ratioExponentBound: definition UniversalLaw.Spec.P15.RatioExponentBound has an unparsed body +UNSUPPORTED: SpecificationProofs/P15Elementary.lean::UniversalLaw.Proofs.P15Elementary.rhoStarBelowSixSevenths: result type Prop +UNSUPPORTED: SpecificationProofs/P15Elementary.lean::UniversalLaw.Proofs.P15Elementary.sixSeventhsCertificate: result type Prop +UNSUPPORTED: SpecificationProofs/P15Elementary.lean::UniversalLaw.Proofs.P15Elementary.hStarExceedsOne: result type Prop +UNSUPPORTED: SpecificationProofs/P15Elementary.lean::UniversalLaw.Proofs.P15Elementary.phiAtPStar: result type Prop +UNSUPPORTED: SpecificationProofs/P15Elementary.lean::UniversalLaw.Proofs.P15Elementary.hazardStarPositive: definition UniversalLaw.Spec.P15.HazardStarPositive has an unparsed body +UNSUPPORTED: SpecificationProofs/P15Elementary.lean::UniversalLaw.Proofs.P15Elementary.oddMajorityIdentity: definition UniversalLaw.Spec.P15.OddMajorityIdentity has an unparsed body +CORROBORATED: SpecificationProofs/P15Elementary.lean::UniversalLaw.Proofs.P15Elementary.Aux.binomTail_odd_chain: holds on 64 sampled instances satisfying the hypotheses (21 draws rejected by the hypotheses, 54 infeasible, seed 1): sampling is admitted evidence of the statement, not a proof of it +UNSUPPORTED: SpecificationProofs/P15Elementary.lean::UniversalLaw.Proofs.P15Elementary.capacityWorstCase: definition UniversalLaw.Spec.P15.CapacityWorstCase has an unparsed body +UNSUPPORTED: SpecificationProofs/P15Elementary.lean::UniversalLaw.Proofs.P15Elementary.demandOneBoundary: result type Prop +UNSUPPORTED: SpecificationProofs/P15Elementary.lean::UniversalLaw.Proofs.P15Elementary.triangleNeedsThree: result type Prop +UNSUPPORTED: SpecificationProofs/P15Elementary.lean::UniversalLaw.Proofs.P15Elementary.Aux.muOf_capacityFamily_all: result type Finset ( Finset Y ) +UNSUPPORTED: SpecificationProofs/P15Elementary.lean::UniversalLaw.Proofs.P15Elementary.Aux.tripleBlock_block: result type Finset X +UNSUPPORTED: SpecificationProofs/P15Elementary.lean::UniversalLaw.Proofs.P15Elementary.Aux.tripleBlock_isGood: binder ( U : Finset ( Fin 3 ) ) is neither a sampled numeric type (ℕ ℤ ℚ ℝ) nor a decidable hypothesis +UNSUPPORTED: SpecificationProofs/P15Elementary.lean::UniversalLaw.Proofs.P15Elementary.Aux.tripleBlock_decomp: binder ( U : Finset ( Fin 3 ) ) is neither a sampled numeric type (ℕ ℤ ℚ ℝ) nor a decidable hypothesis +UNSUPPORTED: SpecificationProofs/P15Elementary.lean::UniversalLaw.Proofs.P15Elementary.Aux.tripleBlock_obstruction: binder ( U : Finset ( Fin 3 ) ) is neither a sampled numeric type (ℕ ℤ ℚ ℝ) nor a decidable hypothesis +UNSUPPORTED: SpecificationProofs/P15Elementary.lean::UniversalLaw.Proofs.P15Elementary.Aux.tripleBlock_isRealized: result type RealizedData X +UNSUPPORTED: SpecificationProofs/P15Elementary.lean::UniversalLaw.Proofs.P15Elementary.Aux.tripleBlock_fullBlockFamily: unsupported syntax: brace term that is not a set-builder +UNSUPPORTED: SpecificationProofs/P15Elementary.lean::UniversalLaw.Proofs.P15Elementary.Aux.tripleBlock_palette: unparsed statement: SyntaxError: trailing tokens from '∅' +UNSUPPORTED: SpecificationProofs/P15Elementary.lean::UniversalLaw.Proofs.P15Elementary.Aux.tripleBlock_mu: result type RealizedData X +UNSUPPORTED: SpecificationProofs/P15Elementary.lean::UniversalLaw.Proofs.P15Elementary.Aux.genPrice_one: binder ( g : Finset ( Fin 3 ) ) is neither a sampled numeric type (ℕ ℤ ℚ ℝ) nor a decidable hypothesis +UNSUPPORTED: SpecificationProofs/P15Elementary.lean::UniversalLaw.Proofs.P15Elementary.Aux.tripleBlock_cover_ge_one: binder ( G : Finset ( Finset ( Fin 3 ) ) ) is neither a sampled numeric type (ℕ ℤ ℚ ℝ) nor a decidable hypothesis +UNSUPPORTED: SpecificationProofs/P15Elementary.lean::UniversalLaw.Proofs.P15Elementary.Aux.tripleBlock_fullBlock_cover: definition IsGeneratorCover has an unparsed body +UNSUPPORTED: SpecificationProofs/P15Elementary.lean::UniversalLaw.Proofs.P15Elementary.Aux.tripleBlock_fullBlock_price: expression Lambda +UNSUPPORTED: SpecificationProofs/P15Elementary.lean::UniversalLaw.Proofs.P15Elementary.Aux.tripleBlock_coverCost: result type RealizedData X +UNSUPPORTED: SpecificationProofs/P15Elementary.lean::UniversalLaw.Proofs.P15Elementary.Aux.tripleBlock_mu_pStar: result type RealizedData X +UNSUPPORTED: SpecificationProofs/P15Elementary.lean::UniversalLaw.Proofs.P15Elementary.Aux.tripleBlock_hazard: result type RealizedData X +UNSUPPORTED: SpecificationProofs/P15Elementary.lean::UniversalLaw.Proofs.P15Elementary.Aux.tripleBlock_sharp: hypothesis ( hρ : ρ < rhoStar ) mentions undeclared names ['rhoStar'] +UNSUPPORTED: SpecificationProofs/P15Elementary.lean::UniversalLaw.Proofs.P15Elementary.capacityHazardIsBinomial: definition UniversalLaw.Spec.P15.CapacityHazardIsBinomial has an unparsed body +UNSUPPORTED: SpecificationProofs/P15Elementary.lean::UniversalLaw.Proofs.P15Elementary.sharpnessOfRhoStar: result type Prop +UNSUPPORTED: SpecificationProofs/P15Hazard.lean::UniversalLaw.Proofs.P15Hazard.Aux.localGood_eq: binder ( F : RealizedData X ) is neither a sampled numeric type (ℕ ℤ ℚ ℝ) nor a decidable hypothesis +UNSUPPORTED: SpecificationProofs/P15Hazard.lean::UniversalLaw.Proofs.P15Hazard.Aux.blockWeight_nonneg: binder ( F : RealizedData X ) is neither a sampled numeric type (ℕ ℤ ℚ ℝ) nor a decidable hypothesis +UNSUPPORTED: SpecificationProofs/P15Hazard.lean::UniversalLaw.Proofs.P15Hazard.Aux.sum_blockWeight_eq_one: binder ( F : RealizedData X ) is neither a sampled numeric type (ℕ ℤ ℚ ℝ) nor a decidable hypothesis +UNSUPPORTED: SpecificationProofs/P15Hazard.lean::UniversalLaw.Proofs.P15Hazard.Aux.sum_blockWeight_filter_supset: binder ( F : RealizedData X ) is neither a sampled numeric type (ℕ ℤ ℚ ℝ) nor a decidable hypothesis +UNSUPPORTED: SpecificationProofs/P15Hazard.lean::UniversalLaw.Proofs.P15Hazard.Aux.localGood_nonneg: binder ( F : RealizedData X ) is neither a sampled numeric type (ℕ ℤ ℚ ℝ) nor a decidable hypothesis +UNSUPPORTED: SpecificationProofs/P15Hazard.lean::UniversalLaw.Proofs.P15Hazard.Aux.localGood_le_one: binder ( F : RealizedData X ) is neither a sampled numeric type (ℕ ℤ ℚ ℝ) nor a decidable hypothesis +UNSUPPORTED: SpecificationProofs/P15Hazard.lean::UniversalLaw.Proofs.P15Hazard.Aux.localFailure_nonneg: binder ( F : RealizedData X ) is neither a sampled numeric type (ℕ ℤ ℚ ℝ) nor a decidable hypothesis +UNSUPPORTED: SpecificationProofs/P15Hazard.lean::UniversalLaw.Proofs.P15Hazard.Aux.localFailure_le_one: binder ( F : RealizedData X ) is neither a sampled numeric type (ℕ ℤ ℚ ℝ) nor a decidable hypothesis +UNSUPPORTED: SpecificationProofs/P15Hazard.lean::UniversalLaw.Proofs.P15Hazard.Aux.one_sub_localFailure: binder ( F : RealizedData X ) is neither a sampled numeric type (ℕ ℤ ℚ ℝ) nor a decidable hypothesis +UNSUPPORTED: SpecificationProofs/P15Hazard.lean::UniversalLaw.Proofs.P15Hazard.Aux.localGood_le_one_sub_prod: binder ( F : RealizedData X ) is neither a sampled numeric type (ℕ ℤ ℚ ℝ) nor a decidable hypothesis +UNSUPPORTED: SpecificationProofs/P15Hazard.lean::UniversalLaw.Proofs.P15Hazard.Aux.prod_le_localFailure_of_card: binder ( F : RealizedData X ) is neither a sampled numeric type (ℕ ℤ ℚ ℝ) nor a decidable hypothesis +UNSUPPORTED: SpecificationProofs/P15Hazard.lean::UniversalLaw.Proofs.P15Hazard.Aux.prod_block_le_localFailure: binder { F : RealizedData X } is neither a sampled numeric type (ℕ ℤ ℚ ℝ) nor a decidable hypothesis +CORROBORATED: SpecificationProofs/P15Hazard.lean::UniversalLaw.Proofs.P15Hazard.Aux.neg_log_one_sub_ge: holds on 64 sampled instances satisfying the hypotheses (3 draws rejected by the hypotheses, 0 infeasible, seed 1): sampling is admitted evidence of the statement, not a proof of it +CORROBORATED: SpecificationProofs/P15Hazard.lean::UniversalLaw.Proofs.P15Hazard.Aux.le_phi_self: holds on 64 sampled instances satisfying the hypotheses (2 draws rejected by the hypotheses, 0 infeasible, seed 1): sampling is admitted evidence of the statement, not a proof of it +UNSUPPORTED: SpecificationProofs/P15Hazard.lean::UniversalLaw.Proofs.P15Hazard.Aux.pairwiseDisjoint_inter_block: binder ( F : RealizedData X ) is neither a sampled numeric type (ℕ ℤ ℚ ℝ) nor a decidable hypothesis +UNSUPPORTED: SpecificationProofs/P15Hazard.lean::UniversalLaw.Proofs.P15Hazard.Aux.biUnion_inter_block: binder ( F : RealizedData X ) is neither a sampled numeric type (ℕ ℤ ℚ ℝ) nor a decidable hypothesis +UNSUPPORTED: SpecificationProofs/P15Hazard.lean::UniversalLaw.Proofs.P15Hazard.Aux.prod_eq_prod_blocks: binder ( F : RealizedData X ) is neither a sampled numeric type (ℕ ℤ ℚ ℝ) nor a decidable hypothesis +UNSUPPORTED: SpecificationProofs/P15Hazard.lean::UniversalLaw.Proofs.P15Hazard.Aux.compl_inter_block: binder ( F : RealizedData X ) is neither a sampled numeric type (ℕ ℤ ℚ ℝ) nor a decidable hypothesis +UNSUPPORTED: SpecificationProofs/P15Hazard.lean::UniversalLaw.Proofs.P15Hazard.Aux.weight_eq_prod_blockWeight: binder ( F : RealizedData X ) is neither a sampled numeric type (ℕ ℤ ℚ ℝ) nor a decidable hypothesis +UNSUPPORTED: SpecificationProofs/P15Hazard.lean::UniversalLaw.Proofs.P15Hazard.Aux.isGood_inter_block: binder { F : RealizedData X } is neither a sampled numeric type (ℕ ℤ ℚ ℝ) nor a decidable hypothesis +UNSUPPORTED: SpecificationProofs/P15Hazard.lean::UniversalLaw.Proofs.P15Hazard.Aux.indicator_weight_le: binder ( F : RealizedData X ) is neither a sampled numeric type (ℕ ℤ ℚ ℝ) nor a decidable hypothesis +UNSUPPORTED: SpecificationProofs/P15Hazard.lean::UniversalLaw.Proofs.P15Hazard.Aux.sum_prod_blocks: binder ( F : RealizedData X ) is neither a sampled numeric type (ℕ ℤ ℚ ℝ) nor a decidable hypothesis +UNSUPPORTED: SpecificationProofs/P15Hazard.lean::UniversalLaw.Proofs.P15Hazard.Aux.mu_le_prod_localGood: binder ( F : RealizedData X ) is neither a sampled numeric type (ℕ ℤ ℚ ℝ) nor a decidable hypothesis +UNSUPPORTED: SpecificationProofs/P15Hazard.lean::UniversalLaw.Proofs.P15Hazard.Aux.localGood_pos_of_mu_pos: binder ( F : RealizedData X ) is neither a sampled numeric type (ℕ ℤ ℚ ℝ) nor a decidable hypothesis +UNSUPPORTED: SpecificationProofs/P15Hazard.lean::UniversalLaw.Proofs.P15Hazard.Aux.neg_log_prod_localGood: binder ( F : RealizedData X ) is neither a sampled numeric type (ℕ ℤ ℚ ℝ) nor a decidable hypothesis +UNSUPPORTED: SpecificationProofs/P15Hazard.lean::UniversalLaw.Proofs.P15Hazard.Aux.neg_log_prod_localGood_le: binder ( F : RealizedData X ) is neither a sampled numeric type (ℕ ℤ ℚ ℝ) nor a decidable hypothesis +UNSUPPORTED: SpecificationProofs/P15Hazard.lean::UniversalLaw.Proofs.P15Hazard.localPriceChain: binder ( F : RealizedData X ) is neither a sampled numeric type (ℕ ℤ ℚ ℝ) nor a decidable hypothesis +UNSUPPORTED: SpecificationProofs/P15Hazard.lean::UniversalLaw.Proofs.P15Hazard.independentBlockHazard: binder ( F : RealizedData X ) is neither a sampled numeric type (ℕ ℤ ℚ ℝ) nor a decidable hypothesis +UNSUPPORTED: SpecificationProofs/P15Hazard.lean::UniversalLaw.Proofs.P15Hazard.globalAssemblyHazard: binder ( F : RealizedData X ) is neither a sampled numeric type (ℕ ℤ ℚ ℝ) nor a decidable hypothesis +UNSUPPORTED: SpecificationProofs/P15Interpolation.lean::UniversalLaw.Proofs.P15Interpolation.Aux.cc_wOther_nonneg: binder ( i : Y ) is neither a sampled numeric type (ℕ ℤ ℚ ℝ) nor a decidable hypothesis +UNSUPPORTED: SpecificationProofs/P15Interpolation.lean::UniversalLaw.Proofs.P15Interpolation.Aux.cc_wOther_empty_pos: binder ( i : Y ) is neither a sampled numeric type (ℕ ℤ ℚ ℝ) nor a decidable hypothesis +UNSUPPORTED: SpecificationProofs/P15Interpolation.lean::UniversalLaw.Proofs.P15Interpolation.Aux.cc_wOther_erase: binder ( i : Y ) is neither a sampled numeric type (ℕ ℤ ℚ ℝ) nor a decidable hypothesis +UNSUPPORTED: SpecificationProofs/P15Interpolation.lean::UniversalLaw.Proofs.P15Interpolation.Aux.cc_prod_split_at: binder ( s : Finset Y ) is neither a sampled numeric type (ℕ ℤ ℚ ℝ) nor a decidable hypothesis +UNSUPPORTED: SpecificationProofs/P15Interpolation.lean::UniversalLaw.Proofs.P15Interpolation.Aux.cc_weight_update: binder ( i : Y ) is neither a sampled numeric type (ℕ ℤ ℚ ℝ) nor a decidable hypothesis +UNSUPPORTED: SpecificationProofs/P15Interpolation.lean::UniversalLaw.Proofs.P15Interpolation.Aux.cc_muOf_update: binder ( A : Finset ( Finset Y ) ) is neither a sampled numeric type (ℕ ℤ ℚ ℝ) nor a decidable hypothesis +UNSUPPORTED: SpecificationProofs/P15Interpolation.lean::UniversalLaw.Proofs.P15Interpolation.Aux.cc_sum_in_le_sum_out: binder { A : Finset ( Finset Y ) } is neither a sampled numeric type (ℕ ℤ ℚ ℝ) nor a decidable hypothesis +UNSUPPORTED: SpecificationProofs/P15Interpolation.lean::UniversalLaw.Proofs.P15Interpolation.Aux.cc_sum_out_pos: binder { A : Finset ( Finset Y ) } is neither a sampled numeric type (ℕ ℤ ℚ ℝ) nor a decidable hypothesis +UNSUPPORTED: SpecificationProofs/P15Interpolation.lean::UniversalLaw.Proofs.P15Interpolation.Aux.cc_muOf_update_antitone: binder { A : Finset ( Finset Y ) } is neither a sampled numeric type (ℕ ℤ ℚ ℝ) nor a decidable hypothesis +CORROBORATED: SpecificationProofs/P15Interpolation.lean::UniversalLaw.Proofs.P15Interpolation.Aux.cc_affineExp_pos: holds on 64 sampled instances satisfying the hypotheses (4 draws rejected by the hypotheses, 4 infeasible, seed 1): sampling is admitted evidence of the statement, not a proof of it +UNSUPPORTED: SpecificationProofs/P15Interpolation.lean::UniversalLaw.Proofs.P15Interpolation.Aux.cc_hasDerivAt_negLog: proposition of form App +UNSUPPORTED: SpecificationProofs/P15Interpolation.lean::UniversalLaw.Proofs.P15Interpolation.Aux.cc_hasDerivAt_ratio: proposition of form App +UNSUPPORTED: SpecificationProofs/P15Interpolation.lean::UniversalLaw.Proofs.P15Interpolation.Aux.cc_concaveOn_negLog: proposition of form App +UNSUPPORTED: SpecificationProofs/P15Interpolation.lean::UniversalLaw.Proofs.P15Interpolation.Aux.cc_hazardCoord_update_eq: binder ( A : Finset ( Finset Y ) ) is neither a sampled numeric type (ℕ ℤ ℚ ℝ) nor a decidable hypothesis +UNSUPPORTED: SpecificationProofs/P15Interpolation.lean::UniversalLaw.Proofs.P15Interpolation.Aux.cc_concaveOn_hazardCoord_update: binder { A : Finset ( Finset Y ) } is neither a sampled numeric type (ℕ ℤ ℚ ℝ) nor a decidable hypothesis +UNSUPPORTED: SpecificationProofs/P15Interpolation.lean::UniversalLaw.Proofs.P15Interpolation.Aux.f6_muOf_le_one: binder ( A : Finset ( Finset Y ) ) is neither a sampled numeric type (ℕ ℤ ℚ ℝ) nor a decidable hypothesis +UNSUPPORTED: SpecificationProofs/P15Interpolation.lean::UniversalLaw.Proofs.P15Interpolation.Aux.f6_muOf_nonneg: binder ( A : Finset ( Finset Y ) ) is neither a sampled numeric type (ℕ ℤ ℚ ℝ) nor a decidable hypothesis +CORROBORATED: SpecificationProofs/P15Interpolation.lean::UniversalLaw.Proofs.P15Interpolation.Aux.f6_one_sub_exp_neg_mem: holds on 64 sampled instances satisfying the hypotheses (5 draws rejected by the hypotheses, 0 infeasible, seed 1): sampling is admitted evidence of the statement, not a proof of it +UNSUPPORTED: SpecificationProofs/P15Interpolation.lean::UniversalLaw.Proofs.P15Interpolation.Aux.f6_coords_mem: unbounded quantifier over j +UNSUPPORTED: SpecificationProofs/P15Interpolation.lean::UniversalLaw.Proofs.P15Interpolation.Aux.f6_hazardCoord_nonneg: binder ( A : Finset ( Finset Y ) ) is neither a sampled numeric type (ℕ ℤ ℚ ℝ) nor a decidable hypothesis +UNSUPPORTED: SpecificationProofs/P15Interpolation.lean::UniversalLaw.Proofs.P15Interpolation.Aux.f6_hazardCoord_one: binder ( A : Finset ( Finset Y ) ) is neither a sampled numeric type (ℕ ℤ ℚ ℝ) nor a decidable hypothesis +UNSUPPORTED: SpecificationProofs/P15Interpolation.lean::UniversalLaw.Proofs.P15Interpolation.Aux.f6_chord: binder ( A : Finset ( Finset Y ) ) is neither a sampled numeric type (ℕ ℤ ℚ ℝ) nor a decidable hypothesis +UNSUPPORTED: SpecificationProofs/P15Interpolation.lean::UniversalLaw.Proofs.P15Interpolation.Aux.f6_raised_mem: binder ( s : Finset Y ) is neither a sampled numeric type (ℕ ℤ ℚ ℝ) nor a decidable hypothesis +UNSUPPORTED: SpecificationProofs/P15Interpolation.lean::UniversalLaw.Proofs.P15Interpolation.Aux.f6_raised_insert: binder ( a : Y ) is neither a sampled numeric type (ℕ ℤ ℚ ℝ) nor a decidable hypothesis +UNSUPPORTED: SpecificationProofs/P15Interpolation.lean::UniversalLaw.Proofs.P15Interpolation.Aux.f6_prod_hazardCoord_le: binder ( A : Finset ( Finset Y ) ) is neither a sampled numeric type (ℕ ℤ ℚ ℝ) nor a decidable hypothesis +UNSUPPORTED: SpecificationProofs/P15Interpolation.lean::UniversalLaw.Proofs.P15Interpolation.Aux.f6_hazardProductBound_of_concavity: binder ( h5 : UniversalLaw.Spec.P15.CoordinatewiseConcavity ) is neither a sampled numeric type (ℕ ℤ ℚ ℝ) nor a decidable hypothesis +CORROBORATED: SpecificationProofs/P15Interpolation.lean::UniversalLaw.Proofs.P15Interpolation.Aux.f7_phi_nonneg: holds on 64 sampled instances satisfying the hypotheses (3 draws rejected by the hypotheses, 0 infeasible, seed 1): sampling is admitted evidence of the statement, not a proof of it +CORROBORATED: SpecificationProofs/P15Interpolation.lean::UniversalLaw.Proofs.P15Interpolation.Aux.f7_phi_le_one: holds on 64 sampled instances satisfying the hypotheses (0 draws rejected by the hypotheses, 0 infeasible, seed 1): sampling is admitted evidence of the statement, not a proof of it +CORROBORATED: SpecificationProofs/P15Interpolation.lean::UniversalLaw.Proofs.P15Interpolation.Aux.f7_phi_mem: holds on 64 sampled instances satisfying the hypotheses (5 draws rejected by the hypotheses, 0 infeasible, seed 1): sampling is admitted evidence of the statement, not a proof of it +CORROBORATED: SpecificationProofs/P15Interpolation.lean::UniversalLaw.Proofs.P15Interpolation.Aux.f7_one_sub_exp_neg_phi_nonneg: holds on 64 sampled instances satisfying the hypotheses (3 draws rejected by the hypotheses, 0 infeasible, seed 1): sampling is admitted evidence of the statement, not a proof of it +UNSUPPORTED: SpecificationProofs/P15Interpolation.lean::UniversalLaw.Proofs.P15Interpolation.Aux.f7_one_sub_exp_neg_phi_le: the enclosures to 256 bits did not decide 107 of the sampled instances (11 decided, all held): sampling cannot corroborate the statement +UNSUPPORTED: SpecificationProofs/P15Interpolation.lean::UniversalLaw.Proofs.P15Interpolation.Aux.f7_mix_mem: binder ( s : Finset Y ) is neither a sampled numeric type (ℕ ℤ ℚ ℝ) nor a decidable hypothesis +UNSUPPORTED: SpecificationProofs/P15Interpolation.lean::UniversalLaw.Proofs.P15Interpolation.Aux.f7_mix_insert: binder ( a : Y ) is neither a sampled numeric type (ℕ ℤ ℚ ℝ) nor a decidable hypothesis +UNSUPPORTED: SpecificationProofs/P15Interpolation.lean::UniversalLaw.Proofs.P15Interpolation.Aux.f7_mix_eq_update_self: binder ( a : Y ) is neither a sampled numeric type (ℕ ℤ ℚ ℝ) nor a decidable hypothesis +UNSUPPORTED: SpecificationProofs/P15Interpolation.lean::UniversalLaw.Proofs.P15Interpolation.Aux.f7_muOf_le_mix: binder { A : Finset ( Finset Y ) } is neither a sampled numeric type (ℕ ℤ ℚ ℝ) nor a decidable hypothesis +UNSUPPORTED: SpecificationProofs/P15Interpolation.lean::UniversalLaw.Proofs.P15Interpolation.Aux.f7_muOf_antitone: binder { A : Finset ( Finset Y ) } is neither a sampled numeric type (ℕ ℤ ℚ ℝ) nor a decidable hypothesis +UNSUPPORTED: SpecificationProofs/P15Interpolation.lean::UniversalLaw.Proofs.P15Interpolation.Aux.f7_hazardPhiBound_of_productBound: binder ( h6 : UniversalLaw.Spec.P15.HazardProductBound ) is neither a sampled numeric type (ℕ ℤ ℚ ℝ) nor a decidable hypothesis +CORROBORATED: SpecificationProofs/P15Interpolation.lean::UniversalLaw.Proofs.P15Interpolation.Aux.f8_prod_phi_le_one: holds on 64 sampled instances satisfying the hypotheses (13 draws rejected by the hypotheses, 0 infeasible, seed 1): sampling is admitted evidence of the statement, not a proof of it +UNSUPPORTED: SpecificationProofs/P15Interpolation.lean::UniversalLaw.Proofs.P15Interpolation.Aux.f8_prod_le_prod_phi: hypothesis ( hc : ∀ j , 0 ≤ c j ∧ c j ≤ phi ( p j ) ) mentions undeclared names ['phi'] +UNSUPPORTED: SpecificationProofs/P15Interpolation.lean::UniversalLaw.Proofs.P15Interpolation.Aux.f8_fullGroundPriceBound_of_phiBound: binder ( h7 : UniversalLaw.Spec.P15.HazardPhiBound ) is neither a sampled numeric type (ℕ ℤ ℚ ℝ) nor a decidable hypothesis +CORROBORATED: SpecificationProofs/P15Interpolation.lean::UniversalLaw.Proofs.P15Interpolation.Aux.bi_prod_phi_nonneg: holds on 64 sampled instances satisfying the hypotheses (13 draws rejected by the hypotheses, 0 infeasible, seed 1): sampling is admitted evidence of the statement, not a proof of it +UNSUPPORTED: SpecificationProofs/P15Interpolation.lean::UniversalLaw.Proofs.P15Interpolation.Aux.bi_budget_of_one_le_hazardStar: binder ( h7 : UniversalLaw.Spec.P15.HazardPhiBound ) is neither a sampled numeric type (ℕ ℤ ℚ ℝ) nor a decidable hypothesis +UNSUPPORTED: SpecificationProofs/P15Interpolation.lean::UniversalLaw.Proofs.P15Interpolation.Aux.bi_muOf_pStar_pos: binder { A : Finset ( Finset ( Fin n ) ) } is neither a sampled numeric type (ℕ ℤ ℚ ℝ) nor a decidable hypothesis +UNSUPPORTED: SpecificationProofs/P15Interpolation.lean::UniversalLaw.Proofs.P15Interpolation.Aux.bi_one_le_hazardStar_of_budget: binder { A : Finset ( Finset ( Fin n ) ) } is neither a sampled numeric type (ℕ ℤ ℚ ℝ) nor a decidable hypothesis +UNSUPPORTED: SpecificationProofs/P15Interpolation.lean::UniversalLaw.Proofs.P15Interpolation.Aux.bi_fullGroundBudgetIff_of_phiBound: binder ( h7 : UniversalLaw.Spec.P15.HazardPhiBound ) is neither a sampled numeric type (ℕ ℤ ℚ ℝ) nor a decidable hypothesis +UNSUPPORTED: SpecificationProofs/P15Interpolation.lean::UniversalLaw.Proofs.P15Interpolation.Aux.lp_capacityFamily_properDownset: result type Finset ( Finset Y ) +UNSUPPORTED: SpecificationProofs/P15Interpolation.lean::UniversalLaw.Proofs.P15Interpolation.Aux.lp_exists_enum: binder ( B : Finset X ) is neither a sampled numeric type (ℕ ℤ ℚ ℝ) nor a decidable hypothesis +UNSUPPORTED: SpecificationProofs/P15Interpolation.lean::UniversalLaw.Proofs.P15Interpolation.Aux.lp_map_univ_eq: binder { B : Finset X } is neither a sampled numeric type (ℕ ℤ ℚ ℝ) nor a decidable hypothesis +UNSUPPORTED: SpecificationProofs/P15Interpolation.lean::UniversalLaw.Proofs.P15Interpolation.Aux.lp_prod_univ_eq: binder { B : Finset X } is neither a sampled numeric type (ℕ ℤ ℚ ℝ) nor a decidable hypothesis +UNSUPPORTED: SpecificationProofs/P15Interpolation.lean::UniversalLaw.Proofs.P15Interpolation.Aux.lp_map_filter_eq: binder { B : Finset X } is neither a sampled numeric type (ℕ ℤ ℚ ℝ) nor a decidable hypothesis +UNSUPPORTED: SpecificationProofs/P15Interpolation.lean::UniversalLaw.Proofs.P15Interpolation.Aux.lp_filter_map_eq: binder ( e : Fin n → X ) is neither a sampled numeric type (ℕ ℤ ℚ ℝ) nor a decidable hypothesis +UNSUPPORTED: SpecificationProofs/P15Interpolation.lean::UniversalLaw.Proofs.P15Interpolation.Aux.lp_localGood_eq_muOf: binder { F : RealizedData X } is neither a sampled numeric type (ℕ ℤ ℚ ℝ) nor a decidable hypothesis +UNSUPPORTED: SpecificationProofs/P15Interpolation.lean::UniversalLaw.Proofs.P15Interpolation.Aux.lp_localPriceBoundFull_of_phiBound: binder ( h7 : UniversalLaw.Spec.P15.HazardPhiBound ) is neither a sampled numeric type (ℕ ℤ ℚ ℝ) nor a decidable hypothesis +UNSUPPORTED: SpecificationProofs/P15Interpolation.lean::UniversalLaw.Proofs.P15Interpolation.Aux.f2_fullTransformedPriceBudget_of_local: binder ( h12 : ∀ { X : Type } [ Fintype X ] [ DecidableEq X ] ( F : RealizedData X ) , UniversalLaw.Spec.P15.LocalPriceBoundFull F ) is neither a sampled numeric type (ℕ ℤ ℚ ℝ) nor a decidable hypothe +UNSUPPORTED: SpecificationProofs/P15Interpolation.lean::UniversalLaw.Proofs.P15Interpolation.rhoStarEnclosure: result type Prop +UNSUPPORTED: SpecificationProofs/P15Interpolation.lean::UniversalLaw.Proofs.P15Interpolation.coordinatewiseConcavity: definition UniversalLaw.Spec.P15.CoordinatewiseConcavity has an unparsed body +UNSUPPORTED: SpecificationProofs/P15Interpolation.lean::UniversalLaw.Proofs.P15Interpolation.hazardProductBound: definition UniversalLaw.Spec.P15.HazardProductBound has an unparsed body +UNSUPPORTED: SpecificationProofs/P15Interpolation.lean::UniversalLaw.Proofs.P15Interpolation.hazardPhiBound: definition UniversalLaw.Spec.P15.HazardPhiBound has an unparsed body +UNSUPPORTED: SpecificationProofs/P15Interpolation.lean::UniversalLaw.Proofs.P15Interpolation.fullGroundPriceBound: definition UniversalLaw.Spec.P15.FullGroundPriceBound has an unparsed body +UNSUPPORTED: SpecificationProofs/P15Interpolation.lean::UniversalLaw.Proofs.P15Interpolation.fullGroundBudgetIff: definition UniversalLaw.Spec.P15.FullGroundBudgetIff has an unparsed body +UNSUPPORTED: SpecificationProofs/P15Interpolation.lean::UniversalLaw.Proofs.P15Interpolation.localPriceBoundFull: binder ( F : RealizedData X ) is neither a sampled numeric type (ℕ ℤ ℚ ℝ) nor a decidable hypothesis +UNSUPPORTED: SpecificationProofs/P15Interpolation.lean::UniversalLaw.Proofs.P15Interpolation.fullTransformedPriceBudget: binder ( F : RealizedData X ) is neither a sampled numeric type (ℕ ℤ ℚ ℝ) nor a decidable hypothesis +UNSUPPORTED: SpecificationProofs/P15Structure.lean::UniversalLaw.Proofs.P15Structure.Aux.block_nonempty: binder { F : RealizedData X } is neither a sampled numeric type (ℕ ℤ ℚ ℝ) nor a decidable hypothesis +UNSUPPORTED: SpecificationProofs/P15Structure.lean::UniversalLaw.Proofs.P15Structure.Aux.blk_eq_of_mem_block: binder { F : RealizedData X } is neither a sampled numeric type (ℕ ℤ ℚ ℝ) nor a decidable hypothesis +UNSUPPORTED: SpecificationProofs/P15Structure.lean::UniversalLaw.Proofs.P15Structure.Aux.mem_block_iff: binder { F : RealizedData X } is neither a sampled numeric type (ℕ ℤ ℚ ℝ) nor a decidable hypothesis +UNSUPPORTED: SpecificationProofs/P15Structure.lean::UniversalLaw.Proofs.P15Structure.Aux.block_injective: binder { F : RealizedData X } is neither a sampled numeric type (ℕ ℤ ℚ ℝ) nor a decidable hypothesis +UNSUPPORTED: SpecificationProofs/P15Structure.lean::UniversalLaw.Proofs.P15Structure.Aux.famPrice_fullBlockFamily: binder { F : RealizedData X } is neither a sampled numeric type (ℕ ℤ ℚ ℝ) nor a decidable hypothesis +UNSUPPORTED: SpecificationProofs/P15Structure.lean::UniversalLaw.Proofs.P15Structure.Aux.block_benchmark816: unsupported syntax: brace term that is not a set-builder +UNSUPPORTED: SpecificationProofs/P15Structure.lean::UniversalLaw.Proofs.P15Structure.Aux.card_block_benchmark816': unknown function .card +UNSUPPORTED: SpecificationProofs/P15Structure.lean::UniversalLaw.Proofs.P15Structure.Aux.card_block_benchmark816: binder ( i : Fin benchmark816.b ) is neither a sampled numeric type (ℕ ℤ ℚ ℝ) nor a decidable hypothesis +UNSUPPORTED: SpecificationProofs/P15Structure.lean::UniversalLaw.Proofs.P15Structure.Aux.mem_H_benchmark816': binder { e : Finset ( Fin 6 ) } is neither a sampled numeric type (ℕ ℤ ℚ ℝ) nor a decidable hypothesis +UNSUPPORTED: SpecificationProofs/P15Structure.lean::UniversalLaw.Proofs.P15Structure.Aux.mem_H_benchmark816: binder { e : Finset ( Fin benchmark816.b ) } is neither a sampled numeric type (ℕ ℤ ℚ ℝ) nor a decidable hypothesis +UNSUPPORTED: SpecificationProofs/P15Structure.lean::UniversalLaw.Proofs.P15Structure.Aux.benchmark816_isRealized: result type RealizedData X +UNSUPPORTED: SpecificationProofs/P15Structure.lean::UniversalLaw.Proofs.P15Structure.Aux.famPrice_const_benchmark816: expression Lambda +CORROBORATED: SpecificationProofs/P15Structure.lean::UniversalLaw.Proofs.P15Structure.Aux.neg_log_one_sub_gt: holds on 64 sampled instances satisfying the hypotheses (13 draws rejected by the hypotheses, 0 infeasible, seed 1): sampling is admitted evidence of the statement, not a proof of it +UNSUPPORTED: SpecificationProofs/P15Structure.lean::UniversalLaw.Proofs.P15Structure.Aux.completeClutter_edge_iff: binder ( P : Fin b → Finset ( Fin K ) ) is neither a sampled numeric type (ℕ ℤ ℚ ℝ) nor a decidable hypothesis +UNSUPPORTED: SpecificationProofs/P15Structure.lean::UniversalLaw.Proofs.P15Structure.Aux.sum_card_eq_sum_fiber: binder ( P : Fin b → Finset ( Fin K ) ) is neither a sampled numeric type (ℕ ℤ ℚ ℝ) nor a decidable hypothesis +UNSUPPORTED: SpecificationProofs/P15Structure.lean::UniversalLaw.Proofs.P15Structure.Aux.palette_lower_bounds: binder ( hK : IsPaletteFeasible b ( completeClutter b s ) d K ) is neither a sampled numeric type (ℕ ℤ ℚ ℝ) nor a decidable hypothesis +UNSUPPORTED: SpecificationProofs/P15Structure.lean::UniversalLaw.Proofs.P15Structure.Aux.prefixSum_add_le_of_lt: unknown function univ.filter +UNSUPPORTED: SpecificationProofs/P15Structure.lean::UniversalLaw.Proofs.P15Structure.Aux.prefixSum_add_le: unknown function univ.filter +UNSUPPORTED: SpecificationProofs/P15Structure.lean::UniversalLaw.Proofs.P15Structure.Aux.mem_cycPalette: binder pattern ( ℓ : Fin K ) is outside the interpreter +UNSUPPORTED: SpecificationProofs/P15Structure.lean::UniversalLaw.Proofs.P15Structure.Aux.card_cycPalette: unknown function .card +UNSUPPORTED: SpecificationProofs/P15Structure.lean::UniversalLaw.Proofs.P15Structure.Aux.firstPos_spec: binder pattern ( K ℓ : ℕ ) is outside the interpreter +UNSUPPORTED: SpecificationProofs/P15Structure.lean::UniversalLaw.Proofs.P15Structure.Aux.card_residue_le: binder pattern ( ℓ : ℕ ) is outside the interpreter +UNSUPPORTED: SpecificationProofs/P15Structure.lean::UniversalLaw.Proofs.P15Structure.Aux.palette_witness: definition IsPaletteFeasible has an unparsed body +UNSUPPORTED: SpecificationProofs/P15Structure.lean::UniversalLaw.Proofs.P15Structure.Aux.paletteNumber_completeClutter: unsupported syntax: notation '⌈' +UNSUPPORTED: SpecificationProofs/P15Structure.lean::UniversalLaw.Proofs.P15Structure.Aux.isPaletteFeasible_sum: binder ( H : Finset ( Finset ( Fin b ) ) ) is neither a sampled numeric type (ℕ ℤ ℚ ℝ) nor a decidable hypothesis +UNSUPPORTED: SpecificationProofs/P15Structure.lean::UniversalLaw.Proofs.P15Structure.Aux.isPaletteFeasible_mono: binder ( H : Finset ( Finset ( Fin b ) ) ) is neither a sampled numeric type (ℕ ℤ ℚ ℝ) nor a decidable hypothesis +UNSUPPORTED: SpecificationProofs/P15Structure.lean::UniversalLaw.Proofs.P15Structure.Aux.isPaletteFeasible_paletteNumber: binder ( H : Finset ( Finset ( Fin b ) ) ) is neither a sampled numeric type (ℕ ℤ ℚ ℝ) nor a decidable hypothesis +UNSUPPORTED: SpecificationProofs/P15Structure.lean::UniversalLaw.Proofs.P15Structure.Aux.isPaletteFeasible_of_paletteNumber_le: binder ( H : Finset ( Finset ( Fin b ) ) ) is neither a sampled numeric type (ℕ ℤ ℚ ℝ) nor a decidable hypothesis +UNSUPPORTED: SpecificationProofs/P15Structure.lean::UniversalLaw.Proofs.P15Structure.Aux.paletteNumber_le_of_feasible: binder ( H : Finset ( Finset ( Fin b ) ) ) is neither a sampled numeric type (ℕ ℤ ℚ ℝ) nor a decidable hypothesis +UNSUPPORTED: SpecificationProofs/P15Structure.lean::UniversalLaw.Proofs.P15Structure.Aux.palette_of_decomposable: binder { U : Finset X } is neither a sampled numeric type (ℕ ℤ ℚ ℝ) nor a decidable hypothesis +UNSUPPORTED: SpecificationProofs/P15Structure.lean::UniversalLaw.Proofs.P15Structure.Aux.idxIn_lt: binder ( F : RealizedData X ) is neither a sampled numeric type (ℕ ℤ ℚ ℝ) nor a decidable hypothesis +UNSUPPORTED: SpecificationProofs/P15Structure.lean::UniversalLaw.Proofs.P15Structure.Aux.idxIn_inj: binder ( F : RealizedData X ) is neither a sampled numeric type (ℕ ℤ ℚ ℝ) nor a decidable hypothesis +UNSUPPORTED: SpecificationProofs/P15Structure.lean::UniversalLaw.Proofs.P15Structure.Aux.labOf_mem: binder ( P : Fin b → Finset ( Fin K ) ) is neither a sampled numeric type (ℕ ℤ ℚ ℝ) nor a decidable hypothesis +UNSUPPORTED: SpecificationProofs/P15Structure.lean::UniversalLaw.Proofs.P15Structure.Aux.labOf_inj: binder ( P : Fin b → Finset ( Fin K ) ) is neither a sampled numeric type (ℕ ℤ ℚ ℝ) nor a decidable hypothesis +UNSUPPORTED: SpecificationProofs/P15Structure.lean::UniversalLaw.Proofs.P15Structure.Aux.labOf_isSome: binder ( P : Fin b → Finset ( Fin K ) ) is neither a sampled numeric type (ℕ ℤ ℚ ℝ) nor a decidable hypothesis +UNSUPPORTED: SpecificationProofs/P15Structure.lean::UniversalLaw.Proofs.P15Structure.Aux.colOf_isSome: binder ( hF : IsRealizedFamily F ) is neither a sampled numeric type (ℕ ℤ ℚ ℝ) nor a decidable hypothesis +UNSUPPORTED: SpecificationProofs/P15Structure.lean::UniversalLaw.Proofs.P15Structure.Aux.partOf_good: binder ( hF : IsRealizedFamily F ) is neither a sampled numeric type (ℕ ℤ ℚ ℝ) nor a decidable hypothesis +UNSUPPORTED: SpecificationProofs/P15Structure.lean::UniversalLaw.Proofs.P15Structure.Aux.partOf_disjoint: binder ( F : RealizedData X ) is neither a sampled numeric type (ℕ ℤ ℚ ℝ) nor a decidable hypothesis +UNSUPPORTED: SpecificationProofs/P15Structure.lean::UniversalLaw.Proofs.P15Structure.Aux.biUnion_partOf: binder ( hF : IsRealizedFamily F ) is neither a sampled numeric type (ℕ ℤ ℚ ℝ) nor a decidable hypothesis +UNSUPPORTED: SpecificationProofs/P15Structure.lean::UniversalLaw.Proofs.P15Structure.Aux.decomposable_of_palette: binder ( hF : IsRealizedFamily F ) is neither a sampled numeric type (ℕ ℤ ℚ ℝ) nor a decidable hypothesis +UNSUPPORTED: SpecificationProofs/P15Structure.lean::UniversalLaw.Proofs.P15Structure.Aux.block_disjoint: binder ( F : RealizedData X ) is neither a sampled numeric type (ℕ ℤ ℚ ℝ) nor a decidable hypothesis +UNSUPPORTED: SpecificationProofs/P15Structure.lean::UniversalLaw.Proofs.P15Structure.Aux.localDecomposability_expanded: binder ( hF : IsRealizedFamily F ) is neither a sampled numeric type (ℕ ℤ ℚ ℝ) nor a decidable hypothesis +UNSUPPORTED: SpecificationProofs/P15Structure.lean::UniversalLaw.Proofs.P15Structure.Aux.mem_supp_iff: binder { U : Finset X } is neither a sampled numeric type (ℕ ℤ ℚ ℝ) nor a decidable hypothesis +UNSUPPORTED: SpecificationProofs/P15Structure.lean::UniversalLaw.Proofs.P15Structure.Aux.good_of_subset_block: binder ( hF : IsRealizedFamily F ) is neither a sampled numeric type (ℕ ℤ ℚ ℝ) nor a decidable hypothesis +UNSUPPORTED: SpecificationProofs/P15Structure.lean::UniversalLaw.Proofs.P15Structure.Aux.erase_inter_block_of_blk_ne: binder { U : Finset X } is neither a sampled numeric type (ℕ ℤ ℚ ℝ) nor a decidable hypothesis +UNSUPPORTED: SpecificationProofs/P15Structure.lean::UniversalLaw.Proofs.P15Structure.Aux.minimalForbidden_iff: binder ( hF : IsRealizedFamily F ) is neither a sampled numeric type (ℕ ℤ ℚ ℝ) nor a decidable hypothesis +UNSUPPORTED: SpecificationProofs/P15Structure.lean::UniversalLaw.Proofs.P15Structure.Aux.minForb816_iff: binder ( U : Finset ( Fin 6 × Fin 409 ) ) is neither a sampled numeric type (ℕ ℤ ℚ ℝ) nor a decidable hypothesis +UNSUPPORTED: SpecificationProofs/P15Structure.lean::UniversalLaw.Proofs.P15Structure.Aux.supp_eq_singleton_of_pair: binder { U : Finset ( Fin 6 × Fin 409 ) } is neither a sampled numeric type (ℕ ℤ ℚ ℝ) nor a decidable hypothesis +UNSUPPORTED: SpecificationProofs/P15Structure.lean::UniversalLaw.Proofs.P15Structure.Aux.mem_pairs816: binder { U : Finset ( Fin 6 × Fin 409 ) } is neither a sampled numeric type (ℕ ℤ ℚ ℝ) nor a decidable hypothesis +UNSUPPORTED: SpecificationProofs/P15Structure.lean::UniversalLaw.Proofs.P15Structure.Aux.card_pairs816: unknown name pairs816.card +UNSUPPORTED: SpecificationProofs/P15Structure.lean::UniversalLaw.Proofs.P15Structure.Aux.sigma_injective: binder { F : RealizedData ( ι × β ) } is neither a sampled numeric type (ℕ ℤ ℚ ℝ) nor a decidable hypothesis +UNSUPPORTED: SpecificationProofs/P15Structure.lean::UniversalLaw.Proofs.P15Structure.Aux.mem_transOf: binder { F : RealizedData ( ι × β ) } is neither a sampled numeric type (ℕ ℤ ℚ ℝ) nor a decidable hypothesis +UNSUPPORTED: SpecificationProofs/P15Structure.lean::UniversalLaw.Proofs.P15Structure.Aux.card_transOf: binder { F : RealizedData ( ι × β ) } is neither a sampled numeric type (ℕ ℤ ℚ ℝ) nor a decidable hypothesis +UNSUPPORTED: SpecificationProofs/P15Structure.lean::UniversalLaw.Proofs.P15Structure.Aux.hσ816: unparsed statement: SyntaxError: expected ',', got v +UNSUPPORTED: SpecificationProofs/P15Structure.lean::UniversalLaw.Proofs.P15Structure.Aux.mem_transAll816: binder { U : Finset ( Fin 6 × Fin 409 ) } is neither a sampled numeric type (ℕ ℤ ℚ ℝ) nor a decidable hypothesis +UNSUPPORTED: SpecificationProofs/P15Structure.lean::UniversalLaw.Proofs.P15Structure.Aux.card_H816: unknown name benchmark816.H.card +UNSUPPORTED: SpecificationProofs/P15Structure.lean::UniversalLaw.Proofs.P15Structure.Aux.card_transAll816: unknown name transAll816.card +UNSUPPORTED: SpecificationProofs/P15Structure.lean::UniversalLaw.Proofs.P15Structure.Aux.disjoint_pairs816_transAll816: proposition of form App +UNSUPPORTED: SpecificationProofs/P15Structure.lean::UniversalLaw.Proofs.P15Structure.Aux.minForbSet_eq: a measure, set or function value without a finite model in force +UNSUPPORTED: SpecificationProofs/P15Structure.lean::UniversalLaw.Proofs.P15Structure.Aux.minForbSet1_eq: a measure, set or function value without a finite model in force +UNSUPPORTED: SpecificationProofs/P15Structure.lean::UniversalLaw.Proofs.P15Structure.Aux.minForbSet4_eq: a measure, set or function value without a finite model in force +UNSUPPORTED: SpecificationProofs/P15Structure.lean::UniversalLaw.Proofs.P15Structure.benchmark816IsRealized: result type Prop +UNSUPPORTED: SpecificationProofs/P15Structure.lean::UniversalLaw.Proofs.P15Structure.benchmark816Price: result type Prop +UNSUPPORTED: SpecificationProofs/P15Structure.lean::UniversalLaw.Proofs.P15Structure.benchmark816RationalPrice: result type Prop +UNSUPPORTED: SpecificationProofs/P15Structure.lean::UniversalLaw.Proofs.P15Structure.elementaryPaletteFormula: definition UniversalLaw.Spec.P15.ElementaryPaletteFormula has an unparsed body +UNSUPPORTED: SpecificationProofs/P15Structure.lean::UniversalLaw.Proofs.P15Structure.triangleNeedsThree: result type Prop +UNSUPPORTED: SpecificationProofs/P15Structure.lean::UniversalLaw.Proofs.P15Structure.benchmark816Palette: result type Prop +UNSUPPORTED: SpecificationProofs/P15Structure.lean::UniversalLaw.Proofs.P15Structure.localDecomposability: binder ( F : RealizedData X ) is neither a sampled numeric type (ℕ ℤ ℚ ℝ) nor a decidable hypothesis +UNSUPPORTED: SpecificationProofs/P15Structure.lean::UniversalLaw.Proofs.P15Structure.localObstructionIsFullBlock: binder ( F : RealizedData X ) is neither a sampled numeric type (ℕ ℤ ℚ ℝ) nor a decidable hypothesis +UNSUPPORTED: SpecificationProofs/P15Structure.lean::UniversalLaw.Proofs.P15Structure.fullBlockCoverIff: binder ( F : RealizedData X ) is neither a sampled numeric type (ℕ ℤ ℚ ℝ) nor a decidable hypothesis +UNSUPPORTED: SpecificationProofs/P15Structure.lean::UniversalLaw.Proofs.P15Structure.wholeGroundChromaticNumber: binder ( F : RealizedData X ) is neither a sampled numeric type (ℕ ℤ ℚ ℝ) nor a decidable hypothesis +UNSUPPORTED: SpecificationProofs/P15Structure.lean::UniversalLaw.Proofs.P15Structure.benchmark816WholeGround: result type Prop +UNSUPPORTED: SpecificationProofs/P15Structure.lean::UniversalLaw.Proofs.P15Structure.minimalForbiddenCharacterisation: binder ( F : RealizedData X ) is neither a sampled numeric type (ℕ ℤ ℚ ℝ) nor a decidable hypothesis +UNSUPPORTED: SpecificationProofs/P15Structure.lean::UniversalLaw.Proofs.P15Structure.benchmark816MinimalForbiddenCounts: result type Prop +UNSUPPORTED: SpecificationProofs/RNCluster.lean::UniversalLaw.Proofs.RNCluster.Aux.rc_tail_one_eq: binder ( μ : ℕ → ℝ ) is neither a sampled numeric type (ℕ ℤ ℚ ℝ) nor a decidable hypothesis +UNSUPPORTED: SpecificationProofs/RNCluster.lean::UniversalLaw.Proofs.RNCluster.Aux.rc_tail_two_eq: binder ( μ : ℕ → ℝ ) is neither a sampled numeric type (ℕ ℤ ℚ ℝ) nor a decidable hypothesis +UNSUPPORTED: SpecificationProofs/RNCluster.lean::UniversalLaw.Proofs.RNCluster.Aux.rc_tail_one_le_mean: binder ( μ : ℕ → ℝ ) is neither a sampled numeric type (ℕ ℤ ℚ ℝ) nor a decidable hypothesis +UNSUPPORTED: SpecificationProofs/RNCluster.lean::UniversalLaw.Proofs.RNCluster.Aux.rc_one_sub_head_le_mean: binder ( μ : ℕ → ℝ ) is neither a sampled numeric type (ℕ ℤ ℚ ℝ) nor a decidable hypothesis +UNSUPPORTED: SpecificationProofs/RNCluster.lean::UniversalLaw.Proofs.RNCluster.Aux.rc_two_mul_tail_two_le_mean: binder ( μ : ℕ → ℝ ) is neither a sampled numeric type (ℕ ℤ ℚ ℝ) nor a decidable hypothesis +UNSUPPORTED: SpecificationProofs/RNCluster.lean::UniversalLaw.Proofs.RNCluster.Aux.rc_hasSum_poissonPMF: proposition of form App +CORROBORATED: SpecificationProofs/RNCluster.lean::UniversalLaw.Proofs.RNCluster.Aux.rc_poissonPMF_zero: holds on 64 sampled instances satisfying the hypotheses (0 draws rejected by the hypotheses, 0 infeasible, seed 1): sampling is admitted evidence of the statement, not a proof of it +CORROBORATED: SpecificationProofs/RNCluster.lean::UniversalLaw.Proofs.RNCluster.Aux.rc_poissonPMF_one: holds on 64 sampled instances satisfying the hypotheses (0 draws rejected by the hypotheses, 0 infeasible, seed 1): sampling is admitted evidence of the statement, not a proof of it +UNSUPPORTED: SpecificationProofs/RNCluster.lean::UniversalLaw.Proofs.RNCluster.Aux.rc_poisson_tail_one: unsupported syntax: infinite sum ∑' (tsum / tprod) is outside the interpreter +UNSUPPORTED: SpecificationProofs/RNCluster.lean::UniversalLaw.Proofs.RNCluster.Aux.rc_poisson_tail_two: unsupported syntax: infinite sum ∑' (tsum / tprod) is outside the interpreter +CORROBORATED: SpecificationProofs/RNCluster.lean::UniversalLaw.Proofs.RNCluster.Aux.rc_half_le_one_sub_exp: holds on 64 sampled instances satisfying the hypotheses (6 draws rejected by the hypotheses, 0 infeasible, seed 1): sampling is admitted evidence of the statement, not a proof of it +CORROBORATED: SpecificationProofs/RNCluster.lean::UniversalLaw.Proofs.RNCluster.Aux.rc_poisson_tail_two_le_sq: holds on 64 sampled instances satisfying the hypotheses (3 draws rejected by the hypotheses, 7 infeasible, seed 1): sampling is admitted evidence of the statement, not a proof of it +UNSUPPORTED: SpecificationProofs/RNCluster.lean::UniversalLaw.Proofs.RNCluster.Aux.rc_pmfTV_poissonPMF_zero: binder ( μ : ℕ → ℝ ) is neither a sampled numeric type (ℕ ℤ ℚ ℝ) nor a decidable hypothesis +UNSUPPORTED: SpecificationProofs/RNCluster.lean::UniversalLaw.Proofs.RNCluster.Aux.rc_abs_tail_sub_le_pmfTV: binder ( μ ν : ℕ → ℝ ) is neither a sampled numeric type (ℕ ℤ ℚ ℝ) nor a decidable hypothesis +UNSUPPORTED: SpecificationProofs/RNCluster.lean::UniversalLaw.Proofs.RNCluster.Aux.rc_tail_two_bound: binder ( μ : ℕ → ℝ ) is neither a sampled numeric type (ℕ ℤ ℚ ℝ) nor a decidable hypothesis +UNSUPPORTED: SpecificationProofs/RNCluster.lean::UniversalLaw.Proofs.RNCluster.Aux.rc_tail_one_bound: binder ( μ : ℕ → ℝ ) is neither a sampled numeric type (ℕ ℤ ℚ ℝ) nor a decidable hypothesis +UNSUPPORTED: SpecificationProofs/RNCluster.lean::UniversalLaw.Proofs.RNCluster.Aux.rc_lower_half: binder ( μ : ℕ → ℝ ) is neither a sampled numeric type (ℕ ℤ ℚ ℝ) nor a decidable hypothesis +UNSUPPORTED: SpecificationProofs/RNCluster.lean::UniversalLaw.Proofs.RNCluster.Aux.rc_upper_half: binder ( μ : ℕ → ℝ ) is neither a sampled numeric type (ℕ ℤ ℚ ℝ) nor a decidable hypothesis +UNSUPPORTED: SpecificationProofs/RNCluster.lean::UniversalLaw.Proofs.RNCluster.rareClusterPoissonObstructionO: binder ( μ : ℝ → ℕ → ℝ ) is neither a sampled numeric type (ℕ ℤ ℚ ℝ) nor a decidable hypothesis +UNSUPPORTED: SpecificationProofs/RNProbability.lean::UniversalLaw.Proofs.RNProbability.Aux.mul_indicator_one_eq: binder ( ω : Ω ) is neither a sampled numeric type (ℕ ℤ ℚ ℝ) nor a decidable hypothesis +UNSUPPORTED: SpecificationProofs/RNProbability.lean::UniversalLaw.Proofs.RNProbability.conditionalMeanIdentityN3: definition ConditionalMeanIdentityN3 has an unparsed body +UNSUPPORTED: SpecificationProofs/RNProbability.lean::UniversalLaw.Proofs.RNProbability.holderCountBoundN1: definition HolderCountBoundN1 has an unparsed body +UNSUPPORTED: SpecificationProofs/RNProbability.lean::UniversalLaw.Proofs.RNProbability.holderConsequenceN2: definition HolderConsequenceN2 has an unparsed body +UNSUPPORTED: SpecificationProofs/RNProbability.lean::UniversalLaw.Proofs.RNProbability.Aux.uniformLaw_Iic: result type Measure ℝ +UNSUPPORTED: SpecificationProofs/RNProbability.lean::UniversalLaw.Proofs.RNProbability.Aux.integral_counterCount: unsupported syntax: notation '⌈' +UNSUPPORTED: SpecificationProofs/RNProbability.lean::UniversalLaw.Proofs.RNProbability.Aux.integral_counterCount_rpow: unsupported syntax: notation '⌈' +UNSUPPORTED: SpecificationProofs/RNProbability.lean::UniversalLaw.Proofs.RNProbability.Aux.n4_fixed: unsupported syntax: notation '⌈' +CORROBORATED: SpecificationProofs/RNProbability.lean::UniversalLaw.Proofs.RNProbability.Aux.one_le_log_one_div: holds on 64 sampled instances satisfying the hypotheses (8 draws rejected by the hypotheses, 0 infeasible, seed 1): sampling is admitted evidence of the statement, not a proof of it +UNSUPPORTED: SpecificationProofs/RNProbability.lean::UniversalLaw.Proofs.RNProbability.Aux.pow_three_eq_exp: the enclosures to 256 bits did not decide 252 of the sampled instances (1 decided, all held): sampling cannot corroborate the statement +UNSUPPORTED: SpecificationProofs/RNProbability.lean::UniversalLaw.Proofs.RNProbability.Aux.integral_exp_neg_div_Ioi_zero: unparsed statement: SyntaxError: expected '∂', got end +UNSUPPORTED: SpecificationProofs/RNProbability.lean::UniversalLaw.Proofs.RNProbability.uniformCounterexampleN4: definition UniformCounterexampleN4 has an unparsed body +UNSUPPORTED: SpecificationProofs/RNProbability.lean::UniversalLaw.Proofs.RNProbability.exponentialTailLayerCakeN5: definition ExponentialTailLayerCakeN5 has an unparsed body +UNSUPPORTED: SpecificationProofs/Side24Analysis.lean::UniversalLaw.Proofs.Side24Analysis.Aux.th_latticeVec_apply: result type E d +UNSUPPORTED: SpecificationProofs/Side24Analysis.lean::UniversalLaw.Proofs.Side24Analysis.Aux.th_norm_latticeVec_sq: result type E d +UNSUPPORTED: SpecificationProofs/Side24Analysis.lean::UniversalLaw.Proofs.Side24Analysis.Aux.th_exp_neg_norm_latticeVec_sq: result type E d +UNSUPPORTED: SpecificationProofs/Side24Analysis.lean::UniversalLaw.Proofs.Side24Analysis.Aux.th_summable_gauss_int: proposition of form App +UNSUPPORTED: SpecificationProofs/Side24Analysis.lean::UniversalLaw.Proofs.Side24Analysis.Aux.th_summable_pi_prod: binder ( g : ℤ → ℝ ) is neither a sampled numeric type (ℕ ℤ ℚ ℝ) nor a decidable hypothesis +UNSUPPORTED: SpecificationProofs/Side24Analysis.lean::UniversalLaw.Proofs.Side24Analysis.Aux.th_exp_shift_le: binder ( z v : E d ) is neither a sampled numeric type (ℕ ℤ ℚ ℝ) nor a decidable hypothesis +UNSUPPORTED: SpecificationProofs/Side24Analysis.lean::UniversalLaw.Proofs.Side24Analysis.Aux.th_summable_dominant: binder ( z : E d ) is neither a sampled numeric type (ℕ ℤ ℚ ℝ) nor a decidable hypothesis +UNSUPPORTED: SpecificationProofs/Side24Analysis.lean::UniversalLaw.Proofs.Side24Analysis.Aux.th_term_le_dominant: binder ( z : E d ) is neither a sampled numeric type (ℕ ℤ ℚ ℝ) nor a decidable hypothesis +UNSUPPORTED: SpecificationProofs/Side24Analysis.lean::UniversalLaw.Proofs.Side24Analysis.Aux.dp_contDiff_Kinf: unsupported syntax: notation '∞' +UNSUPPORTED: SpecificationProofs/Side24Analysis.lean::UniversalLaw.Proofs.Side24Analysis.Aux.dp_hasFDerivAt_Kinf: binder ( x : E d ) is neither a sampled numeric type (ℕ ℤ ℚ ℝ) nor a decidable hypothesis +UNSUPPORTED: SpecificationProofs/Side24Analysis.lean::UniversalLaw.Proofs.Side24Analysis.Aux.dp_fderiv_Kinf: unknown function fderiv +UNSUPPORTED: SpecificationProofs/Side24Analysis.lean::UniversalLaw.Proofs.Side24Analysis.Aux.dp_contDiff_g: unsupported syntax: notation '∞' +UNSUPPORTED: SpecificationProofs/Side24Analysis.lean::UniversalLaw.Proofs.Side24Analysis.Aux.dp_g_eq: unsupported syntax: notation '⇑' +UNSUPPORTED: SpecificationProofs/Side24Analysis.lean::UniversalLaw.Proofs.Side24Analysis.Aux.dp_norm_g_zero: binder ( x : E d ) is neither a sampled numeric type (ℕ ℤ ℚ ℝ) nor a decidable hypothesis +UNSUPPORTED: SpecificationProofs/Side24Analysis.lean::UniversalLaw.Proofs.Side24Analysis.Aux.dp_norm_g_one: binder ( x : E d ) is neither a sampled numeric type (ℕ ℤ ℚ ℝ) nor a decidable hypothesis +UNSUPPORTED: SpecificationProofs/Side24Analysis.lean::UniversalLaw.Proofs.Side24Analysis.Aux.dp_g_higher: binder ( x : E d ) is neither a sampled numeric type (ℕ ℤ ℚ ℝ) nor a decidable hypothesis +UNSUPPORTED: SpecificationProofs/Side24Analysis.lean::UniversalLaw.Proofs.Side24Analysis.Aux.dp_recursion: binder ( x : E d ) is neither a sampled numeric type (ℕ ℤ ℚ ℝ) nor a decidable hypothesis +UNSUPPORTED: SpecificationProofs/Side24Analysis.lean::UniversalLaw.Proofs.Side24Analysis.Aux.dp_Kinf_pos: binder ( x : E d ) is neither a sampled numeric type (ℕ ℤ ℚ ℝ) nor a decidable hypothesis +UNSUPPORTED: SpecificationProofs/Side24Analysis.lean::UniversalLaw.Proofs.Side24Analysis.Aux.dp_b0: binder ( x : E d ) is neither a sampled numeric type (ℕ ℤ ℚ ℝ) nor a decidable hypothesis +UNSUPPORTED: SpecificationProofs/Side24Analysis.lean::UniversalLaw.Proofs.Side24Analysis.Aux.dp_b1: binder ( x : E d ) is neither a sampled numeric type (ℕ ℤ ℚ ℝ) nor a decidable hypothesis +UNSUPPORTED: SpecificationProofs/Side24Analysis.lean::UniversalLaw.Proofs.Side24Analysis.Aux.dp_b2: binder ( x : E d ) is neither a sampled numeric type (ℕ ℤ ℚ ℝ) nor a decidable hypothesis +UNSUPPORTED: SpecificationProofs/Side24Analysis.lean::UniversalLaw.Proofs.Side24Analysis.Aux.dp_b3: binder ( x : E d ) is neither a sampled numeric type (ℕ ℤ ℚ ℝ) nor a decidable hypothesis +UNSUPPORTED: SpecificationProofs/Side24Analysis.lean::UniversalLaw.Proofs.Side24Analysis.Aux.dp_b4: binder ( x : E d ) is neither a sampled numeric type (ℕ ℤ ℚ ℝ) nor a decidable hypothesis +UNSUPPORTED: SpecificationProofs/Side24Analysis.lean::UniversalLaw.Proofs.Side24Analysis.Aux.dp_b5: binder ( x : E d ) is neither a sampled numeric type (ℕ ℤ ℚ ℝ) nor a decidable hypothesis +UNSUPPORTED: SpecificationProofs/Side24Analysis.lean::UniversalLaw.Proofs.Side24Analysis.Aux.dp_b6: binder ( x : E d ) is neither a sampled numeric type (ℕ ℤ ℚ ℝ) nor a decidable hypothesis +UNSUPPORTED: SpecificationProofs/Side24Analysis.lean::UniversalLaw.Proofs.Side24Analysis.Aux.dp_pairing_all: binder ( x : E d ) is neither a sampled numeric type (ℕ ℤ ℚ ℝ) nor a decidable hypothesis +UNSUPPORTED: SpecificationProofs/Side24Analysis.lean::UniversalLaw.Proofs.Side24Analysis.Aux.dp_abs_le_opNorm: binder ( x : E d ) is neither a sampled numeric type (ℕ ℤ ℚ ℝ) nor a decidable hypothesis +CORROBORATED: SpecificationProofs/Side24Analysis.lean::UniversalLaw.Proofs.Side24Analysis.Aux.d1_pairingSum_le_of_one_le: holds on 64 sampled instances satisfying the hypotheses (5 draws rejected by the hypotheses, 0 infeasible, seed 1): sampling is admitted evidence of the statement, not a proof of it +UNSUPPORTED: SpecificationProofs/Side24Analysis.lean::UniversalLaw.Proofs.Side24Analysis.Aux.d1_derivativeBoundAtLeastOne_of_derivativePairingBound: binder ( h : UniversalLaw.Spec.Side24.DerivativePairingBound ) is neither a sampled numeric type (ℕ ℤ ℚ ℝ) nor a decidable hypothesis +CORROBORATED: SpecificationProofs/Side24Analysis.lean::UniversalLaw.Proofs.Side24Analysis.Aux.d0_pairingSum_zero_le: holds on 7 sampled instances satisfying the hypotheses (1 draws rejected by the hypotheses, 0 infeasible, seed 1): sampling is admitted evidence of the statement, not a proof of it — WEAK: only 7 inst +UNSUPPORTED: SpecificationProofs/Side24Analysis.lean::UniversalLaw.Proofs.Side24Analysis.Aux.d0_derivativeBoundAtZero_of_derivativePairingBound: binder ( h : UniversalLaw.Spec.Side24.DerivativePairingBound ) is neither a sampled numeric type (ℕ ℤ ℚ ℝ) nor a decidable hypothesis +UNSUPPORTED: SpecificationProofs/Side24Analysis.lean::UniversalLaw.Proofs.Side24Analysis.Aux.rb_kinf_contDiff: unsupported syntax: notation '⊤' +UNSUPPORTED: SpecificationProofs/Side24Analysis.lean::UniversalLaw.Proofs.Side24Analysis.Aux.rb_hasFDerivAt_kinf: binder ( y : E d ) is neither a sampled numeric type (ℕ ℤ ℚ ℝ) nor a decidable hypothesis +UNSUPPORTED: SpecificationProofs/Side24Analysis.lean::UniversalLaw.Proofs.Side24Analysis.Aux.rb_fderiv_kinf: binder ( y v : E d ) is neither a sampled numeric type (ℕ ℤ ℚ ℝ) nor a decidable hypothesis +UNSUPPORTED: SpecificationProofs/Side24Analysis.lean::UniversalLaw.Proofs.Side24Analysis.Aux.rb_peel: binder ( f : E d → ℝ ) is neither a sampled numeric type (ℕ ℤ ℚ ℝ) nor a decidable hypothesis +UNSUPPORTED: SpecificationProofs/Side24Analysis.lean::UniversalLaw.Proofs.Side24Analysis.Aux.rb_inner_contDiff: binder ( v : E d ) is neither a sampled numeric type (ℕ ℤ ℚ ℝ) nor a decidable hypothesis +UNSUPPORTED: SpecificationProofs/Side24Analysis.lean::UniversalLaw.Proofs.Side24Analysis.Aux.rb_g1_contDiff: binder ( v : E d ) is neither a sampled numeric type (ℕ ℤ ℚ ℝ) nor a decidable hypothesis +UNSUPPORTED: SpecificationProofs/Side24Analysis.lean::UniversalLaw.Proofs.Side24Analysis.Aux.rb_fderiv_g1: binder ( v y w : E d ) is neither a sampled numeric type (ℕ ℤ ℚ ℝ) nor a decidable hypothesis +UNSUPPORTED: SpecificationProofs/Side24Analysis.lean::UniversalLaw.Proofs.Side24Analysis.Aux.rb_g2_contDiff: binder ( v w : E d ) is neither a sampled numeric type (ℕ ℤ ℚ ℝ) nor a decidable hypothesis +UNSUPPORTED: SpecificationProofs/Side24Analysis.lean::UniversalLaw.Proofs.Side24Analysis.Aux.rb_fderiv_g2: binder ( v w y a : E d ) is neither a sampled numeric type (ℕ ℤ ℚ ℝ) nor a decidable hypothesis +UNSUPPORTED: SpecificationProofs/Side24Analysis.lean::UniversalLaw.Proofs.Side24Analysis.Aux.rb_fderiv_g3_zero: binder ( v w a c : E d ) is neither a sampled numeric type (ℕ ℤ ℚ ℝ) nor a decidable hypothesis +UNSUPPORTED: SpecificationProofs/Side24Analysis.lean::UniversalLaw.Proofs.Side24Analysis.Aux.rb_order_four: binder ( c a w v : E d ) is neither a sampled numeric type (ℕ ℤ ℚ ℝ) nor a decidable hypothesis +UNSUPPORTED: SpecificationProofs/Side24Analysis.lean::UniversalLaw.Proofs.Side24Analysis.Aux.rb_P3_contDiff: binder ( u : E d ) is neither a sampled numeric type (ℕ ℤ ℚ ℝ) nor a decidable hypothesis +UNSUPPORTED: SpecificationProofs/Side24Analysis.lean::UniversalLaw.Proofs.Side24Analysis.Aux.rb_fderiv_P3: binder ( u y : E d ) is neither a sampled numeric type (ℕ ℤ ℚ ℝ) nor a decidable hypothesis +UNSUPPORTED: SpecificationProofs/Side24Analysis.lean::UniversalLaw.Proofs.Side24Analysis.Aux.rb_P4_contDiff: binder ( u : E d ) is neither a sampled numeric type (ℕ ℤ ℚ ℝ) nor a decidable hypothesis +UNSUPPORTED: SpecificationProofs/Side24Analysis.lean::UniversalLaw.Proofs.Side24Analysis.Aux.rb_fderiv_P4: binder ( u y : E d ) is neither a sampled numeric type (ℕ ℤ ℚ ℝ) nor a decidable hypothesis +UNSUPPORTED: SpecificationProofs/Side24Analysis.lean::UniversalLaw.Proofs.Side24Analysis.Aux.rb_fderiv_P5_zero: binder ( u : E d ) is neither a sampled numeric type (ℕ ℤ ℚ ℝ) nor a decidable hypothesis +UNSUPPORTED: SpecificationProofs/Side24Analysis.lean::UniversalLaw.Proofs.Side24Analysis.Aux.rb_order_six: binder ( u : E d ) is neither a sampled numeric type (ℕ ℤ ℚ ℝ) nor a decidable hypothesis +UNSUPPORTED: SpecificationProofs/Side24Analysis.lean::UniversalLaw.Proofs.Side24Analysis.Aux.rb_order_two: binder ( a b : E d ) is neither a sampled numeric type (ℕ ℤ ℚ ℝ) nor a decidable hypothesis +UNSUPPORTED: SpecificationProofs/Side24Analysis.lean::UniversalLaw.Proofs.Side24Analysis.Aux.rb_gradCov: binder ( R : Fin d → E d ) is neither a sampled numeric type (ℕ ℤ ℚ ℝ) nor a decidable hypothesis +UNSUPPORTED: SpecificationProofs/Side24Analysis.lean::UniversalLaw.Proofs.Side24Analysis.Aux.rb_pinCov: binder ( R : Fin d → E d ) is neither a sampled numeric type (ℕ ℤ ℚ ℝ) nor a decidable hypothesis +UNSUPPORTED: SpecificationProofs/Side24Analysis.lean::UniversalLaw.Proofs.Side24Analysis.Aux.rb_thirdGradCov: binder ( R : Fin d → E d ) is neither a sampled numeric type (ℕ ℤ ℚ ℝ) nor a decidable hypothesis +UNSUPPORTED: SpecificationProofs/Side24Analysis.lean::UniversalLaw.Proofs.Side24Analysis.Aux.rb_thirdVar: binder ( R : Fin d → E d ) is neither a sampled numeric type (ℕ ℤ ℚ ℝ) nor a decidable hypothesis +UNSUPPORTED: SpecificationProofs/Side24Analysis.lean::UniversalLaw.Proofs.Side24Analysis.Aux.rb_condThirdVariance: binder ( R : Fin d → E d ) is neither a sampled numeric type (ℕ ℤ ℚ ℝ) nor a decidable hypothesis +UNSUPPORTED: SpecificationProofs/Side24Analysis.lean::UniversalLaw.Proofs.Side24Analysis.Aux.rp_det_pinDiagonal: unparsed statement: SyntaxError: expected ')', got fun +UNSUPPORTED: SpecificationProofs/Side24Analysis.lean::UniversalLaw.Proofs.Side24Analysis.Aux.rp_density_algebra: unparsed statement: SyntaxError: expected ')', got fun +UNSUPPORTED: SpecificationProofs/Side24Analysis.lean::UniversalLaw.Proofs.Side24Analysis.Aux.rp_referencePinDensityProduct_of_blockIdentities: binder ( hblk : ∀ d : ℕ , d = 2 ∨ d = 3 → ∀ ( hd : 0 < d ) ( R : Fin d → E d ) , Orthonormal ℝ R → gradCov d ( Kinf d ) R = 1 ∧ pinCov d ( Kinf d ) ( R ⟨ 0 , hd ⟩ ) R = Matrix.diagonal ( fun i => if i +UNSUPPORTED: SpecificationProofs/Side24Analysis.lean::UniversalLaw.Proofs.Side24Analysis.Aux.rp_referencePinDensityProduct_of_referenceOddAndPinBlocks: binder ( h : UniversalLaw.Spec.Side24.ReferenceOddAndPinBlocks ) is neither a sampled numeric type (ℕ ℤ ℚ ℝ) nor a decidable hypothesis +UNSUPPORTED: SpecificationProofs/Side24Analysis.lean::UniversalLaw.Proofs.Side24Analysis.Aux.ir_rpow_le_pow_five: real exponent (Real.rpow) is outside the exact backend +UNSUPPORTED: SpecificationProofs/Side24Analysis.lean::UniversalLaw.Proofs.Side24Analysis.Aux.ir_bernoulli: real exponent (Real.rpow) is outside the exact backend +UNSUPPORTED: SpecificationProofs/Side24Analysis.lean::UniversalLaw.Proofs.Side24Analysis.Aux.ir_lower_bound: real exponent (Real.rpow) is outside the exact backend +UNSUPPORTED: SpecificationProofs/Side24Analysis.lean::UniversalLaw.Proofs.Side24Analysis.Aux.ir_upper_bound: real exponent (Real.rpow) is outside the exact backend +UNSUPPORTED: SpecificationProofs/Side24Analysis.lean::UniversalLaw.Proofs.Side24Analysis.Aux.ir_ratio_bounds: real exponent (Real.rpow) is outside the exact backend +CORROBORATED: SpecificationProofs/Side24Analysis.lean::UniversalLaw.Proofs.Side24Analysis.Aux.li_geom_tail: holds on 28 sampled instances satisfying the hypotheses (0 draws rejected by the hypotheses, 235 infeasible, seed 1): sampling is admitted evidence of the statement, not a proof of it +CORROBORATED: SpecificationProofs/Side24Analysis.lean::UniversalLaw.Proofs.Side24Analysis.Aux.li_pow6_succ_le: holds on 28 sampled instances satisfying the hypotheses (0 draws rejected by the hypotheses, 235 infeasible, seed 1): sampling is admitted evidence of the statement, not a proof of it +CORROBORATED: SpecificationProofs/Side24Analysis.lean::UniversalLaw.Proofs.Side24Analysis.Aux.li_exp_succ_le: holds on 28 sampled instances satisfying the hypotheses (0 draws rejected by the hypotheses, 235 infeasible, seed 1): sampling is admitted evidence of the statement, not a proof of it +UNSUPPORTED: SpecificationProofs/Side24Analysis.lean::UniversalLaw.Proofs.Side24Analysis.Aux.li_summable_int_tsum_le: binder ( φ : ℤ → ℝ ) is neither a sampled numeric type (ℕ ℤ ℚ ℝ) nor a decidable hypothesis +UNSUPPORTED: SpecificationProofs/Side24Analysis.lean::UniversalLaw.Proofs.Side24Analysis.Aux.li_gauss_int: unsupported syntax: infinite sum ∑' (tsum / tprod) is outside the interpreter +UNSUPPORTED: SpecificationProofs/Side24Analysis.lean::UniversalLaw.Proofs.Side24Analysis.Aux.li_pow_gauss_int: unsupported syntax: infinite sum ∑' (tsum / tprod) is outside the interpreter +UNSUPPORTED: SpecificationProofs/Side24Analysis.lean::UniversalLaw.Proofs.Side24Analysis.Aux.li_sum_prod_le: binder ( h : Fin d → ℤ → ℝ ) is neither a sampled numeric type (ℕ ℤ ℚ ℝ) nor a decidable hypothesis +UNSUPPORTED: SpecificationProofs/Side24Analysis.lean::UniversalLaw.Proofs.Side24Analysis.Aux.li_prod_ite_eq: unknown function Finset.univ.erase +CORROBORATED: SpecificationProofs/Side24Analysis.lean::UniversalLaw.Proofs.Side24Analysis.Aux.li_prod_exp: holds on 64 sampled instances satisfying the hypotheses (0 draws rejected by the hypotheses, 0 infeasible, seed 1): sampling is admitted evidence of the statement, not a proof of it +CORROBORATED: SpecificationProofs/Side24Analysis.lean::UniversalLaw.Proofs.Side24Analysis.Aux.li_sum_cube_le: holds on 64 sampled instances satisfying the hypotheses (2 draws rejected by the hypotheses, 0 infeasible, seed 1): sampling is admitted evidence of the statement, not a proof of it +CORROBORATED: SpecificationProofs/Side24Analysis.lean::UniversalLaw.Proofs.Side24Analysis.Aux.li_imageTerm_nonneg: holds on 64 sampled instances satisfying the hypotheses (0 draws rejected by the hypotheses, 237 infeasible, seed 1): sampling is admitted evidence of the statement, not a proof of it +CORROBORATED: SpecificationProofs/Side24Analysis.lean::UniversalLaw.Proofs.Side24Analysis.Aux.li_imageTerm_le: holds on 64 sampled instances satisfying the hypotheses (1 draws rejected by the hypotheses, 181 infeasible, seed 1): sampling is admitted evidence of the statement, not a proof of it +UNSUPPORTED: SpecificationProofs/Side24Analysis.lean::UniversalLaw.Proofs.Side24Analysis.Aux.li_partial_sum_le: binder ( s : Finset ( Fin d → ℤ ) ) is neither a sampled numeric type (ℕ ℤ ℚ ℝ) nor a decidable hypothesis +UNSUPPORTED: SpecificationProofs/Side24Analysis.lean::UniversalLaw.Proofs.Side24Analysis.Aux.dc_expand_identity: binder ( hA : IsUnit A.det ) is neither a sampled numeric type (ℕ ℤ ℚ ℝ) nor a decidable hypothesis +UNSUPPORTED: SpecificationProofs/Side24Analysis.lean::UniversalLaw.Proofs.Side24Analysis.Aux.dc_conj_identity: binder ( hC : IsUnit C.det ) is neither a sampled numeric type (ℕ ℤ ℚ ℝ) nor a decidable hypothesis +UNSUPPORTED: SpecificationProofs/Side24Analysis.lean::UniversalLaw.Proofs.Side24Analysis.Aux.dc_inv_sub_inv_posSemidef: binder ( hA : A.PosDef ) is neither a sampled numeric type (ℕ ℤ ℚ ℝ) nor a decidable hypothesis +UNSUPPORTED: SpecificationProofs/Side24Analysis.lean::UniversalLaw.Proofs.Side24Analysis.Aux.dc_quad_le: binder ( hA : A.PosDef ) is neither a sampled numeric type (ℕ ℤ ℚ ℝ) nor a decidable hypothesis +UNSUPPORTED: SpecificationProofs/Side24Analysis.lean::UniversalLaw.Proofs.Side24Analysis.Aux.dc_one_le_det: binder ( hM : ( M - 1 ) . PosSemidef ) is neither a sampled numeric type (ℕ ℤ ℚ ℝ) nor a decidable hypothesis +UNSUPPORTED: SpecificationProofs/Side24Analysis.lean::UniversalLaw.Proofs.Side24Analysis.Aux.dc_det_le_det: binder ( hA : A.PosDef ) is neither a sampled numeric type (ℕ ℤ ℚ ℝ) nor a decidable hypothesis +UNSUPPORTED: SpecificationProofs/Side24Analysis.lean::UniversalLaw.Proofs.Side24Analysis.Aux.dc_det_smul: unknown name C.det +UNSUPPORTED: SpecificationProofs/Side24Analysis.lean::UniversalLaw.Proofs.Side24Analysis.Aux.dc_scale_identity: real exponent (Real.rpow) is outside the exact backend +CORROBORATED: SpecificationProofs/Side24Analysis.lean::UniversalLaw.Proofs.Side24Analysis.Aux.dc_assemble_lower: holds on 64 sampled instances satisfying the hypotheses (18 draws rejected by the hypotheses, 0 infeasible, seed 1): sampling is admitted evidence of the statement, not a proof of it +CORROBORATED: SpecificationProofs/Side24Analysis.lean::UniversalLaw.Proofs.Side24Analysis.Aux.dc_assemble_upper: holds on 59 sampled instances satisfying the hypotheses (973 draws rejected by the hypotheses, 0 infeasible, seed 1): sampling is admitted evidence of the statement, not a proof of it +UNSUPPORTED: SpecificationProofs/Side24Analysis.lean::UniversalLaw.Proofs.Side24Analysis.thetaSummable: quantifier over E d +UNSUPPORTED: SpecificationProofs/Side24Analysis.lean::UniversalLaw.Proofs.Side24Analysis.derivativePairingBound: definition UniversalLaw.Spec.Side24.DerivativePairingBound has an unparsed body +UNSUPPORTED: SpecificationProofs/Side24Analysis.lean::UniversalLaw.Proofs.Side24Analysis.derivativeBoundAtLeastOne: definition UniversalLaw.Spec.Side24.DerivativeBoundAtLeastOne has an unparsed body +UNSUPPORTED: SpecificationProofs/Side24Analysis.lean::UniversalLaw.Proofs.Side24Analysis.derivativeBoundAtZero: definition UniversalLaw.Spec.Side24.DerivativeBoundAtZero has an unparsed body +UNSUPPORTED: SpecificationProofs/Side24Analysis.lean::UniversalLaw.Proofs.Side24Analysis.referenceOddAndPinBlocks: definition UniversalLaw.Spec.Side24.ReferenceOddAndPinBlocks has an unparsed body +UNSUPPORTED: SpecificationProofs/Side24Analysis.lean::UniversalLaw.Proofs.Side24Analysis.referencePinDensityProduct: definition UniversalLaw.Spec.Side24.ReferencePinDensityProduct has an unparsed body +UNSUPPORTED: SpecificationProofs/Side24Analysis.lean::UniversalLaw.Proofs.Side24Analysis.integrandRatioBounds: result type Prop +UNSUPPORTED: SpecificationProofs/Side24Analysis.lean::UniversalLaw.Proofs.Side24Analysis.latticeImageSumBound: definition UniversalLaw.Spec.Side24.LatticeImageSumBound has an unparsed body +UNSUPPORTED: SpecificationProofs/Side24Analysis.lean::UniversalLaw.Proofs.Side24Analysis.densityComparison: definition UniversalLaw.Spec.Side24.DensityComparison has an unparsed body +UNSUPPORTED: SpecificationProofs/Side24ConeMoment.lean::UniversalLaw.Proofs.Side24ConeMoment.Aux.cm_det_transverse: unknown function Matrix.of +UNSUPPORTED: SpecificationProofs/Side24ConeMoment.lean::UniversalLaw.Proofs.Side24ConeMoment.Aux.cm_cone_forward: binder ( h : NegDefCone ( s , x , y ) ) is neither a sampled numeric type (ℕ ℤ ℚ ℝ) nor a decidable hypothesis +CORROBORATED: SpecificationProofs/Side24ConeMoment.lean::UniversalLaw.Proofs.Side24ConeMoment.Aux.cm_sq_add_sq_pos: holds on 64 sampled instances satisfying the hypotheses (1 draws rejected by the hypotheses, 0 infeasible, seed 1): sampling is admitted evidence of the statement, not a proof of it +CORROBORATED: SpecificationProofs/Side24ConeMoment.lean::UniversalLaw.Proofs.Side24ConeMoment.Aux.cm_quad_pos: holds on 64 sampled instances satisfying the hypotheses (90 draws rejected by the hypotheses, 0 infeasible, seed 1): sampling is admitted evidence of the statement, not a proof of it +UNSUPPORTED: SpecificationProofs/Side24ConeMoment.lean::UniversalLaw.Proofs.Side24ConeMoment.Aux.cm_cone_backward: proposition of form App +UNSUPPORTED: SpecificationProofs/Side24ConeMoment.lean::UniversalLaw.Proofs.Side24ConeMoment.Aux.cm_cone_iff: binder ( q : ℝ × ℝ × ℝ ) is neither a sampled numeric type (ℕ ℤ ℚ ℝ) nor a decidable hypothesis +UNSUPPORTED: SpecificationProofs/Side24ConeMoment.lean::UniversalLaw.Proofs.Side24ConeMoment.Aux.cm_radial_integral: unparsed statement: SyntaxError: expected ',', got .. +UNSUPPORTED: SpecificationProofs/Side24ConeMoment.lean::UniversalLaw.Proofs.Side24ConeMoment.Aux.cm_polar_integrand: binder ( p : ℝ × ℝ ) is neither a sampled numeric type (ℕ ℤ ℚ ℝ) nor a decidable hypothesis +UNSUPPORTED: SpecificationProofs/Side24ConeMoment.lean::UniversalLaw.Proofs.Side24ConeMoment.Aux.cm_disk_integral: unparsed statement: SyntaxError: expected '∂', got { +UNSUPPORTED: SpecificationProofs/Side24ConeMoment.lean::UniversalLaw.Proofs.Side24ConeMoment.Aux.cm_gauss2_integral: unparsed statement: SyntaxError: expected '∂', got { +UNSUPPORTED: SpecificationProofs/Side24ConeMoment.lean::UniversalLaw.Proofs.Side24ConeMoment.Aux.cm_integrable_pow_four: binder ( v : NNReal ) is neither a sampled numeric type (ℕ ℤ ℚ ℝ) nor a decidable hypothesis +UNSUPPORTED: SpecificationProofs/Side24ConeMoment.lean::UniversalLaw.Proofs.Side24ConeMoment.Aux.cm_integrable_exp: binder ( v : NNReal ) is neither a sampled numeric type (ℕ ℤ ℚ ℝ) nor a decidable hypothesis +UNSUPPORTED: SpecificationProofs/Side24ConeMoment.lean::UniversalLaw.Proofs.Side24ConeMoment.Aux.cm_integrable_bracket: binder ( v : NNReal ) is neither a sampled numeric type (ℕ ℤ ℚ ℝ) nor a decidable hypothesis +UNSUPPORTED: SpecificationProofs/Side24ConeMoment.lean::UniversalLaw.Proofs.Side24ConeMoment.Aux.cm_integral_bracket: unknown function gaussianReal +UNSUPPORTED: SpecificationProofs/Side24ConeMoment.lean::UniversalLaw.Proofs.Side24ConeMoment.Aux.cm_setIntegral_Iio_even: binder ( v : NNReal ) is neither a sampled numeric type (ℕ ℤ ℚ ℝ) nor a decidable hypothesis +UNSUPPORTED: SpecificationProofs/Side24ConeMoment.lean::UniversalLaw.Proofs.Side24ConeMoment.Aux.cm_coneIntegrand_eq: binder ( q : ℝ × ℝ × ℝ ) is neither a sampled numeric type (ℕ ℤ ℚ ℝ) nor a decidable hypothesis +UNSUPPORTED: SpecificationProofs/Side24ConeMoment.lean::UniversalLaw.Proofs.Side24ConeMoment.Aux.cm_measurable_coneIntegrand: conclusion is a structural predicate ['Measurable']: trivial on finite discrete models (every set is measurable, every function measurable and integrable), so sampling has no content here +UNSUPPORTED: SpecificationProofs/Side24ConeMoment.lean::UniversalLaw.Proofs.Side24ConeMoment.Aux.cm_coneIntegrand_bound: binder ( q : ℝ × ℝ × ℝ ) is neither a sampled numeric type (ℕ ℤ ℚ ℝ) nor a decidable hypothesis +UNSUPPORTED: SpecificationProofs/Side24ConeMoment.lean::UniversalLaw.Proofs.Side24ConeMoment.Aux.cm_integrable_coneIntegrand: conclusion is a structural predicate ['Integrable']: trivial on finite discrete models (every set is measurable, every function measurable and integrable), so sampling has no content here +UNSUPPORTED: SpecificationProofs/Side24ConeMoment.lean::UniversalLaw.Proofs.Side24ConeMoment.Aux.cm_coneIntegrand_neg: binder ( p : ℝ × ℝ ) is neither a sampled numeric type (ℕ ℤ ℚ ℝ) nor a decidable hypothesis +UNSUPPORTED: SpecificationProofs/Side24ConeMoment.lean::UniversalLaw.Proofs.Side24ConeMoment.Aux.cm_coneIntegrand_nonneg: binder ( p : ℝ × ℝ ) is neither a sampled numeric type (ℕ ℤ ℚ ℝ) nor a decidable hypothesis +UNSUPPORTED: SpecificationProofs/Side24ConeMoment.lean::UniversalLaw.Proofs.Side24ConeMoment.Aux.cm_inner: unknown function .prod +UNSUPPORTED: SpecificationProofs/Side24ConeMoment.lean::UniversalLaw.Proofs.Side24ConeMoment.coneMomentD2Identity: binder ( I : ConeMomentInterface ) is neither a sampled numeric type (ℕ ℤ ℚ ℝ) nor a decidable hypothesis +UNSUPPORTED: SpecificationProofs/Side24Covariance.lean::UniversalLaw.Proofs.Side24Covariance.Aux.cv_kinf_comp_neg: unsupported syntax: notation '∘' +UNSUPPORTED: SpecificationProofs/Side24Covariance.lean::UniversalLaw.Proofs.Side24Covariance.Aux.cv_iteratedFDeriv_odd: binder ( hn : Odd n ) is neither a sampled numeric type (ℕ ℤ ℚ ℝ) nor a decidable hypothesis +UNSUPPORTED: SpecificationProofs/Side24Covariance.lean::UniversalLaw.Proofs.Side24Covariance.Aux.cv_odd_zero: binder ( l : List ( E d ) ) is neither a sampled numeric type (ℕ ℤ ℚ ℝ) nor a decidable hypothesis +UNSUPPORTED: SpecificationProofs/Side24Covariance.lean::UniversalLaw.Proofs.Side24Covariance.Aux.cv_GG: binder ( u : E d ) is neither a sampled numeric type (ℕ ℤ ℚ ℝ) nor a decidable hypothesis +UNSUPPORTED: SpecificationProofs/Side24Covariance.lean::UniversalLaw.Proofs.Side24Covariance.Aux.cv_Gt: binder ( u : E d ) is neither a sampled numeric type (ℕ ℤ ℚ ℝ) nor a decidable hypothesis +UNSUPPORTED: SpecificationProofs/Side24Covariance.lean::UniversalLaw.Proofs.Side24Covariance.Aux.cv_tG: binder ( u : E d ) is neither a sampled numeric type (ℕ ℤ ℚ ℝ) nor a decidable hypothesis +UNSUPPORTED: SpecificationProofs/Side24Covariance.lean::UniversalLaw.Proofs.Side24Covariance.Aux.cv_tt: binder ( u : E d ) is neither a sampled numeric type (ℕ ℤ ℚ ℝ) nor a decidable hypothesis +UNSUPPORTED: SpecificationProofs/Side24Covariance.lean::UniversalLaw.Proofs.Side24Covariance.Aux.cv_GH: binder ( u : E d ) is neither a sampled numeric type (ℕ ℤ ℚ ℝ) nor a decidable hypothesis +UNSUPPORTED: SpecificationProofs/Side24Covariance.lean::UniversalLaw.Proofs.Side24Covariance.Aux.cv_HG: binder ( u : E d ) is neither a sampled numeric type (ℕ ℤ ℚ ℝ) nor a decidable hypothesis +UNSUPPORTED: SpecificationProofs/Side24Covariance.lean::UniversalLaw.Proofs.Side24Covariance.Aux.cv_tH: binder ( u : E d ) is neither a sampled numeric type (ℕ ℤ ℚ ℝ) nor a decidable hypothesis +UNSUPPORTED: SpecificationProofs/Side24Covariance.lean::UniversalLaw.Proofs.Side24Covariance.Aux.cv_Ht: binder ( u : E d ) is neither a sampled numeric type (ℕ ℤ ℚ ℝ) nor a decidable hypothesis +UNSUPPORTED: SpecificationProofs/Side24Covariance.lean::UniversalLaw.Proofs.Side24Covariance.Aux.cv_HH: binder ( u : E d ) is neither a sampled numeric type (ℕ ℤ ℚ ℝ) nor a decidable hypothesis +UNSUPPORTED: SpecificationProofs/Side24Covariance.lean::UniversalLaw.Proofs.Side24Covariance.Aux.cv_decomp: binder ( R : Fin d → E d ) is neither a sampled numeric type (ℕ ℤ ℚ ℝ) nor a decidable hypothesis +UNSUPPORTED: SpecificationProofs/Side24Covariance.lean::UniversalLaw.Proofs.Side24Covariance.Aux.cv_psd: binder ( R : Fin d → E d ) is neither a sampled numeric type (ℕ ℤ ℚ ℝ) nor a decidable hypothesis +UNSUPPORTED: SpecificationProofs/Side24Covariance.lean::UniversalLaw.Proofs.Side24Covariance.referenceCovarianceLowerBound: definition UniversalLaw.Spec.Side24.ReferenceCovarianceLowerBound has an unparsed body +CORROBORATED: SpecificationProofs/Side24Elementary.lean::UniversalLaw.Proofs.Side24Elementary.Aux.pow_succ_le: holds on 64 sampled instances satisfying the hypotheses (1 draws rejected by the hypotheses, 0 infeasible, seed 1): sampling is admitted evidence of the statement, not a proof of it +CORROBORATED: SpecificationProofs/Side24Elementary.lean::UniversalLaw.Proofs.Side24Elementary.Aux.exp_succ_le: holds on 28 sampled instances satisfying the hypotheses (1 draws rejected by the hypotheses, 247 infeasible, seed 1): sampling is admitted evidence of the statement, not a proof of it +UNSUPPORTED: SpecificationProofs/Side24Elementary.lean::UniversalLaw.Proofs.Side24Elementary.Aux.sqrt_six_rpow: real exponent (Real.rpow) is outside the exact backend +UNSUPPORTED: SpecificationProofs/Side24Elementary.lean::UniversalLaw.Proofs.Side24Elementary.Aux.hasDerivAt_antideriv: proposition of form App +UNSUPPORTED: SpecificationProofs/Side24Elementary.lean::UniversalLaw.Proofs.Side24Elementary.exponentialBounds: result type Prop +UNSUPPORTED: SpecificationProofs/Side24Elementary.lean::UniversalLaw.Proofs.Side24Elementary.successiveTermRatio: result type Prop +UNSUPPORTED: SpecificationProofs/Side24Elementary.lean::UniversalLaw.Proofs.Side24Elementary.coneMomentD2Algebra: result type Prop +UNSUPPORTED: SpecificationProofs/Side24Elementary.lean::UniversalLaw.Proofs.Side24Elementary.referenceCoefficientIdentity: result type Prop +UNSUPPORTED: SpecificationProofs/Side24Elementary.lean::UniversalLaw.Proofs.Side24Elementary.elementaryConeIntegral: definition UniversalLaw.Spec.Side24.ElementaryConeIntegral has an unparsed body +UNSUPPORTED: SpecificationProofs/Side24Images.lean::UniversalLaw.Proofs.Side24Images.Aux.ib_iteratedFDeriv_tsum_of_isOpen: instance binder [ NormedAddCommGroup E ] cannot be sampled +CORROBORATED: SpecificationProofs/Side24Images.lean::UniversalLaw.Proofs.Side24Images.Aux.ib_pairingSum_mono: holds on 64 sampled instances satisfying the hypotheses (3 draws rejected by the hypotheses, 47 infeasible, seed 1): sampling is admitted evidence of the statement, not a proof of it +CORROBORATED: SpecificationProofs/Side24Images.lean::UniversalLaw.Proofs.Side24Images.Aux.ib_pairingSum_le: holds on 64 sampled instances satisfying the hypotheses (3 draws rejected by the hypotheses, 0 infeasible, seed 1): sampling is admitted evidence of the statement, not a proof of it +CORROBORATED: SpecificationProofs/Side24Images.lean::UniversalLaw.Proofs.Side24Images.Aux.ib_poly_gauss_le: holds on 64 sampled instances satisfying the hypotheses (3 draws rejected by the hypotheses, 39 infeasible, seed 1): sampling is admitted evidence of the statement, not a proof of it +UNSUPPORTED: SpecificationProofs/Side24Images.lean::UniversalLaw.Proofs.Side24Images.Aux.ib_exp_shift_le: binder ( z v : E d ) is neither a sampled numeric type (ℕ ℤ ℚ ℝ) nor a decidable hypothesis +UNSUPPORTED: SpecificationProofs/Side24Images.lean::UniversalLaw.Proofs.Side24Images.Aux.ib_exp_lattice_eighth: result type E d +UNSUPPORTED: SpecificationProofs/Side24Images.lean::UniversalLaw.Proofs.Side24Images.Aux.ib_translate_bound: binder { z : E d } is neither a sampled numeric type (ℕ ℤ ℚ ℝ) nor a decidable hypothesis +UNSUPPORTED: SpecificationProofs/Side24Images.lean::UniversalLaw.Proofs.Side24Images.Aux.ib_latticeVec_zero: result type E d +UNSUPPORTED: SpecificationProofs/Side24Images.lean::UniversalLaw.Proofs.Side24Images.Aux.ib_theta0_ge_one: definition thetaSum24 has an unparsed body +UNSUPPORTED: SpecificationProofs/Side24Images.lean::UniversalLaw.Proofs.Side24Images.Aux.ib_K24_eq: unsupported syntax: infinite sum ∑' (tsum / tprod) is outside the interpreter +UNSUPPORTED: SpecificationProofs/Side24Images.lean::UniversalLaw.Proofs.Side24Images.Aux.ib_contDiff_term: unsupported syntax: notation '∞' +UNSUPPORTED: SpecificationProofs/Side24Images.lean::UniversalLaw.Proofs.Side24Images.Aux.ib_iteratedFDeriv_term: binder ( z : E d ) is neither a sampled numeric type (ℕ ℤ ℚ ℝ) nor a decidable hypothesis +UNSUPPORTED: SpecificationProofs/Side24Images.lean::UniversalLaw.Proofs.Side24Images.Aux.ib_summable_bound: proposition of form App +UNSUPPORTED: SpecificationProofs/Side24Images.lean::UniversalLaw.Proofs.Side24Images.Aux.ib_term_bound: binder { z : E d } is neither a sampled numeric type (ℕ ℤ ℚ ℝ) nor a decidable hypothesis +UNSUPPORTED: SpecificationProofs/Side24Images.lean::UniversalLaw.Proofs.Side24Images.Aux.ib_K24_deriv: unsupported syntax: infinite sum ∑' (tsum / tprod) is outside the interpreter +CORROBORATED: SpecificationProofs/Side24Images.lean::UniversalLaw.Proofs.Side24Images.Aux.ib_intNormSq_ge_one: holds on 64 sampled instances satisfying the hypotheses (9 draws rejected by the hypotheses, 0 infeasible, seed 1): sampling is admitted evidence of the statement, not a proof of it +UNSUPPORTED: SpecificationProofs/Side24Images.lean::UniversalLaw.Proofs.Side24Images.Aux.ib_lattice_term: result type E d +UNSUPPORTED: SpecificationProofs/Side24Images.lean::UniversalLaw.Proofs.Side24Images.Aux.ib_gauss_le_image: ascription to E d +UNSUPPORTED: SpecificationProofs/Side24Images.lean::UniversalLaw.Proofs.Side24Images.Aux.ec_mem_jetDirs: binder { u : E d } is neither a sampled numeric type (ℕ ℤ ℚ ℝ) nor a decidable hypothesis +UNSUPPORTED: SpecificationProofs/Side24Images.lean::UniversalLaw.Proofs.Side24Images.Aux.ec_length_jetDirs_le: binder ( u : E d ) is neither a sampled numeric type (ℕ ℤ ℚ ℝ) nor a decidable hypothesis +UNSUPPORTED: SpecificationProofs/Side24Images.lean::UniversalLaw.Proofs.Side24Images.Aux.ec_svecScale_bounds: binder ( x : JointIndex d ) is neither a sampled numeric type (ℕ ℤ ℚ ℝ) nor a decidable hypothesis +UNSUPPORTED: SpecificationProofs/Side24Images.lean::UniversalLaw.Proofs.Side24Images.Aux.ec_scale_le: binder ( a b : JointIndex d ) is neither a sampled numeric type (ℕ ℤ ℚ ℝ) nor a decidable hypothesis +UNSUPPORTED: SpecificationProofs/Side24Images.lean::UniversalLaw.Proofs.Side24Images.Aux.co_kinf_analytic: proposition of form App +UNSUPPORTED: SpecificationProofs/Side24Images.lean::UniversalLaw.Proofs.Side24Images.Aux.co_kinf_perm: binder ( y : E d ) is neither a sampled numeric type (ℕ ℤ ℚ ℝ) nor a decidable hypothesis +UNSUPPORTED: SpecificationProofs/Side24Images.lean::UniversalLaw.Proofs.Side24Images.Aux.co_kinf_neg_apply: binder ( y : E d ) is neither a sampled numeric type (ℕ ℤ ℚ ℝ) nor a decidable hypothesis +UNSUPPORTED: SpecificationProofs/Side24Images.lean::UniversalLaw.Proofs.Side24Images.Aux.co_latticeVec_neg: result type E d +UNSUPPORTED: SpecificationProofs/Side24Images.lean::UniversalLaw.Proofs.Side24Images.Aux.co_K24_apply: binder ( v : Fin q → E d ) is neither a sampled numeric type (ℕ ℤ ℚ ℝ) nor a decidable hypothesis +UNSUPPORTED: SpecificationProofs/Side24Images.lean::UniversalLaw.Proofs.Side24Images.Aux.co_K24_odd: binder ( hodd : Odd q ) is neither a sampled numeric type (ℕ ℤ ℚ ℝ) nor a decidable hypothesis +UNSUPPORTED: SpecificationProofs/Side24Images.lean::UniversalLaw.Proofs.Side24Images.Aux.co_derivContraction_cast: binder ( K : E d → ℝ ) is neither a sampled numeric type (ℕ ℤ ℚ ℝ) nor a decidable hypothesis +UNSUPPORTED: SpecificationProofs/Side24Images.lean::UniversalLaw.Proofs.Side24Images.Aux.co_kinf_swap: binder ( x : E d ) is neither a sampled numeric type (ℕ ℤ ℚ ℝ) nor a decidable hypothesis +UNSUPPORTED: SpecificationProofs/Side24Images.lean::UniversalLaw.Proofs.Side24Images.Aux.co_K24_swap: binder ( l₁ l₂ : List ( E d ) ) is neither a sampled numeric type (ℕ ℤ ℚ ℝ) nor a decidable hypothesis +UNSUPPORTED: SpecificationProofs/Side24Images.lean::UniversalLaw.Proofs.Side24Images.Aux.co_K24_odd_list: binder ( l : List ( E d ) ) is neither a sampled numeric type (ℕ ℤ ℚ ℝ) nor a decidable hypothesis +UNSUPPORTED: SpecificationProofs/Side24Images.lean::UniversalLaw.Proofs.Side24Images.Aux.co_C24_symm: binder ( u : E d ) is neither a sampled numeric type (ℕ ℤ ℚ ℝ) nor a decidable hypothesis +UNSUPPORTED: SpecificationProofs/Side24Images.lean::UniversalLaw.Proofs.Side24Images.Aux.co_C24_hermitian: binder ( u : E d ) is neither a sampled numeric type (ℕ ℤ ℚ ℝ) nor a decidable hypothesis +UNSUPPORTED: SpecificationProofs/Side24Images.lean::UniversalLaw.Proofs.Side24Images.Aux.co_quad_le: binder ( A : Matrix ι ι ℝ ) is neither a sampled numeric type (ℕ ℤ ℚ ℝ) nor a decidable hypothesis +UNSUPPORTED: SpecificationProofs/Side24Images.lean::UniversalLaw.Proofs.Side24Images.Aux.co_card_le: unknown function Fintype.card +UNSUPPORTED: SpecificationProofs/Side24Images.lean::UniversalLaw.Proofs.Side24Images.imageBound: result type Prop +UNSUPPORTED: SpecificationProofs/Side24Images.lean::UniversalLaw.Proofs.Side24Images.entrywiseCovarianceBound: definition UniversalLaw.Spec.Side24.EntrywiseCovarianceBound has an unparsed body +UNSUPPORTED: SpecificationProofs/Side24Images.lean::UniversalLaw.Proofs.Side24Images.covarianceOrdering: definition UniversalLaw.Spec.Side24.CovarianceOrdering has an unparsed body +UNSUPPORTED: SpecificationProofs/Side24Interfaces.lean::UniversalLaw.Proofs.Side24Interfaces.Aux.c1_aemeasurable_of_map_eq_gaussian: binder { v : NNReal } is neither a sampled numeric type (ℕ ℤ ℚ ℝ) nor a decidable hypothesis +UNSUPPORTED: SpecificationProofs/Side24Interfaces.lean::UniversalLaw.Proofs.Side24Interfaces.Aux.c1_measurable_indicator_sq: conclusion is a structural predicate ['Measurable']: trivial on finite discrete models (every set is measurable, every function measurable and integrable), so sampling has no content here +UNSUPPORTED: SpecificationProofs/Side24Interfaces.lean::UniversalLaw.Proofs.Side24Interfaces.Aux.c1_second_moment_gaussianReal: binder ( v : NNReal ) is neither a sampled numeric type (ℕ ℤ ℚ ℝ) nor a decidable hypothesis +UNSUPPORTED: SpecificationProofs/Side24Interfaces.lean::UniversalLaw.Proofs.Side24Interfaces.Aux.c1_integrable_sq_gaussianReal: binder ( v : NNReal ) is neither a sampled numeric type (ℕ ℤ ℚ ℝ) nor a decidable hypothesis +UNSUPPORTED: SpecificationProofs/Side24Interfaces.lean::UniversalLaw.Proofs.Side24Interfaces.Aux.c1_setIntegral_sq_Iio_eq_Ioi: binder ( v : NNReal ) is neither a sampled numeric type (ℕ ℤ ℚ ℝ) nor a decidable hypothesis +UNSUPPORTED: SpecificationProofs/Side24Interfaces.lean::UniversalLaw.Proofs.Side24Interfaces.Aux.c1_setIntegral_sq_Iio: binder ( v : NNReal ) is neither a sampled numeric type (ℕ ℤ ℚ ℝ) nor a decidable hypothesis +UNSUPPORTED: SpecificationProofs/Side24Interfaces.lean::UniversalLaw.Proofs.Side24Interfaces.Aux.c1_integral_indicator_eq: hypothesis ( hlaw : Measure.map A P = gaussianReal 0 ( 8 / 3 : NNReal ) ) mentions undeclared names ['Measure.map', 'gaussianReal'] +UNSUPPORTED: SpecificationProofs/Side24Interfaces.lean::UniversalLaw.Proofs.Side24Interfaces.Aux.tm_hasDerivAt_exp_sq: proposition of form App +UNSUPPORTED: SpecificationProofs/Side24Interfaces.lean::UniversalLaw.Proofs.Side24Interfaces.Aux.tm_iteratedDeriv_four: unknown function iteratedDeriv +UNSUPPORTED: SpecificationProofs/Side24Interfaces.lean::UniversalLaw.Proofs.Side24Interfaces.Aux.tm_fourth_moment: binder ( v : NNReal ) is neither a sampled numeric type (ℕ ℤ ℚ ℝ) nor a decidable hypothesis +UNSUPPORTED: SpecificationProofs/Side24Interfaces.lean::UniversalLaw.Proofs.Side24Interfaces.Aux.tm_exp_moment: unknown function gaussianReal +UNSUPPORTED: SpecificationProofs/Side24Interfaces.lean::UniversalLaw.Proofs.Side24Interfaces.Aux.tm_aemeasurable_triple: binder ( I : ConeMomentInterface ) is neither a sampled numeric type (ℕ ℤ ℚ ℝ) nor a decidable hypothesis +UNSUPPORTED: SpecificationProofs/Side24Interfaces.lean::UniversalLaw.Proofs.Side24Interfaces.Aux.tm_aemeasurable_s: binder ( I : ConeMomentInterface ) is neither a sampled numeric type (ℕ ℤ ℚ ℝ) nor a decidable hypothesis +UNSUPPORTED: SpecificationProofs/Side24Interfaces.lean::UniversalLaw.Proofs.Side24Interfaces.Aux.tm_law_s: binder ( I : ConeMomentInterface ) is neither a sampled numeric type (ℕ ℤ ℚ ℝ) nor a decidable hypothesis +UNSUPPORTED: SpecificationProofs/Side24Interfaces.lean::UniversalLaw.Proofs.Side24Interfaces.Aux.tm_integral_comp_s: binder ( I : ConeMomentInterface ) is neither a sampled numeric type (ℕ ℤ ℚ ℝ) nor a decidable hypothesis +UNSUPPORTED: SpecificationProofs/Side24Interfaces.lean::UniversalLaw.Proofs.Side24Interfaces.Aux.rl_rhs_integral: unparsed statement: SyntaxError: expected ',', got .. +UNSUPPORTED: SpecificationProofs/Side24Interfaces.lean::UniversalLaw.Proofs.Side24Interfaces.Aux.rl_radial_integral: unparsed statement: SyntaxError: expected ',', got .. +UNSUPPORTED: SpecificationProofs/Side24Interfaces.lean::UniversalLaw.Proofs.Side24Interfaces.Aux.rl_angular_integral: unparsed statement: SyntaxError: expected '∂', got end +UNSUPPORTED: SpecificationProofs/Side24Interfaces.lean::UniversalLaw.Proofs.Side24Interfaces.Aux.rl_pdf_mul: unknown function gaussianPDFReal +UNSUPPORTED: SpecificationProofs/Side24Interfaces.lean::UniversalLaw.Proofs.Side24Interfaces.Aux.rl_measurableSet_disk: unparsed statement: SyntaxError: trailing tokens from '{' +UNSUPPORTED: SpecificationProofs/Side24Interfaces.lean::UniversalLaw.Proofs.Side24Interfaces.Aux.rl_measurableSet_radial: unparsed statement: SyntaxError: trailing tokens from '{' +UNSUPPORTED: SpecificationProofs/Side24Interfaces.lean::UniversalLaw.Proofs.Side24Interfaces.Aux.rl_polar_integrand: binder ( p : ℝ × ℝ ) is neither a sampled numeric type (ℕ ℤ ℚ ℝ) nor a decidable hypothesis +UNSUPPORTED: SpecificationProofs/Side24Interfaces.lean::UniversalLaw.Proofs.Side24Interfaces.Aux.rl_Ioi_inter_eq: unknown function Set.Ioi +UNSUPPORTED: SpecificationProofs/Side24Interfaces.lean::UniversalLaw.Proofs.Side24Interfaces.Aux.rl_disk_integral: unparsed statement: SyntaxError: expected '∂', got end +UNSUPPORTED: SpecificationProofs/Side24Interfaces.lean::UniversalLaw.Proofs.Side24Interfaces.Aux.rl_disk_measure: unparsed statement: SyntaxError: trailing tokens from '{' +UNSUPPORTED: SpecificationProofs/Side24Interfaces.lean::UniversalLaw.Proofs.Side24Interfaces.Aux.rl_aemeasurable_xy: binder ( I : ConeMomentInterface ) is neither a sampled numeric type (ℕ ℤ ℚ ℝ) nor a decidable hypothesis +UNSUPPORTED: SpecificationProofs/Side24Interfaces.lean::UniversalLaw.Proofs.Side24Interfaces.Aux.rl_law_xy: binder ( I : ConeMomentInterface ) is neither a sampled numeric type (ℕ ℤ ℚ ℝ) nor a decidable hypothesis +UNSUPPORTED: SpecificationProofs/Side24Interfaces.lean::UniversalLaw.Proofs.Side24Interfaces.Aux.rl_prob_eq_disk_measure: binder ( I : ConeMomentInterface ) is neither a sampled numeric type (ℕ ℤ ℚ ℝ) nor a decidable hypothesis +UNSUPPORTED: SpecificationProofs/Side24Interfaces.lean::UniversalLaw.Proofs.Side24Interfaces.coneMomentD1Identity: binder ( I : ConeMomentInterface ) is neither a sampled numeric type (ℕ ℤ ℚ ℝ) nor a decidable hypothesis +UNSUPPORTED: SpecificationProofs/Side24Interfaces.lean::UniversalLaw.Proofs.Side24Interfaces.traceMoments: binder ( I : ConeMomentInterface ) is neither a sampled numeric type (ℕ ℤ ℚ ℝ) nor a decidable hypothesis +UNSUPPORTED: SpecificationProofs/Side24Interfaces.lean::UniversalLaw.Proofs.Side24Interfaces.rayleighSquareLaw: binder ( I : ConeMomentInterface ) is neither a sampled numeric type (ℕ ℤ ℚ ℝ) nor a decidable hypothesis diff --git a/cbz/evidence/g12-statement-fuzz-01n/census_math_dfa9b30a_20261106_deps/specifications_lean_statements_20261010.json b/cbz/evidence/g12-statement-fuzz-01n/census_math_dfa9b30a_20261106_deps/specifications_lean_statements_20261010.json new file mode 100644 index 000000000..ef6c11662 --- /dev/null +++ b/cbz/evidence/g12-statement-fuzz-01n/census_math_dfa9b30a_20261106_deps/specifications_lean_statements_20261010.json @@ -0,0 +1,25 @@ +{ + "lean_dir": "/specifications/lean_statements_20261010", + "files": 6, + "files_evaluated": 6, + "copies": {}, + "file_sha256": { + "Specifications/Field.lean": "f22c91e082cd7e738ba47c9c3534e47ac687d066f0b78586d15103cf1132535e", + "Specifications/Lifetime.lean": "90f4892608e953ecc696bb32ea159d1c178ceb8a1c6edfd11acfceb14af462c6", + "Specifications/P15.lean": "a30d9e6938b64d4e2728c5380d41b3a627cde42448df254069293e3839a41ca6", + "Specifications/RN.lean": "cad83a9d18029e66f2563f16a0850e846eb01dad0c3f08da6959ce0c186ae59c", + "Specifications/Side24.lean": "3164ccfd527d5d443c3830ae871e5592abc6658dc3678006da368fdace3818e3", + "Specifications.lean": "9a05b58eb94b0f24c9b8118b625ff003ca99ff2257734fe3d1f1d57ce3c9b976" + }, + "targets": 0, + "status_counts": {}, + "unsupported_reasons": {}, + "per_target": {}, + "sampling": { + "seed": 1, + "samples": 64 + }, + "exit_code": 1, + "note": "G12 census: coverage of the empirical statement check over every declaration in a directory, with no manifest. PASS/CORROBORATED/FAIL/UNSUPPORTED as in a package check; UNSUPPORTED reasons are classified. Not a gate and not kernel evidence.", + "unresolved_imports": {} +} diff --git a/cbz/evidence/g12-statement-fuzz-01n/census_math_dfa9b30a_20261106_deps/specifications_lean_statements_20261010.stdout.txt b/cbz/evidence/g12-statement-fuzz-01n/census_math_dfa9b30a_20261106_deps/specifications_lean_statements_20261010.stdout.txt new file mode 100644 index 000000000..02c34abb0 --- /dev/null +++ b/cbz/evidence/g12-statement-fuzz-01n/census_math_dfa9b30a_20261106_deps/specifications_lean_statements_20261010.stdout.txt @@ -0,0 +1,15 @@ +{ + "lean_dir": "/specifications/lean_statements_20261010", + "files": 6, + "files_evaluated": 6, + "targets": 0, + "status_counts": {}, + "unsupported_reasons": {}, + "sampling": { + "seed": 1, + "samples": 64 + }, + "exit_code": 1, + "unresolved_imports": {}, + "copies": 0 +} diff --git a/cbz/evidence/g12-statement-fuzz-01n/census_math_dfa9b30a_20261106_deps/verdict_changes_20261106_trans_to_deps.json b/cbz/evidence/g12-statement-fuzz-01n/census_math_dfa9b30a_20261106_deps/verdict_changes_20261106_trans_to_deps.json new file mode 100644 index 000000000..5f48af240 --- /dev/null +++ b/cbz/evidence/g12-statement-fuzz-01n/census_math_dfa9b30a_20261106_deps/verdict_changes_20261106_trans_to_deps.json @@ -0,0 +1,924 @@ +{ + "schema": "cbz.g12-census-verdict-changes.v1", + "source_commit": "dfa9b30a27ea8f8ee647bb067549fa53c7d06ef6", + "before": "census_math_dfa9b30a_20261106_trans (transcendental backend, main#757)", + "after": "census_math_dfa9b30a_20261106_deps (dependency definitions, --defs-from)", + "counts_before": { + "CORROBORATED": 233, + "PASS": 40, + "UNSUPPORTED": 3509 + }, + "counts_after": { + "CORROBORATED": 273, + "PASS": 66, + "UNSUPPORTED": 3443 + }, + "changes_by_transition": { + "UNSUPPORTED → CORROBORATED": 39, + "UNSUPPORTED → PASS": 26, + "UNSUPPORTED → CORROBORATED (WEAK)": 1 + }, + "changes": [ + { + "group": "specifications/lean_statement_proofs_20261011", + 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hypotheses, 0 infeasible, seed 1): sampling is admitted evidence of the statement, not a proof of it", + "sampling": { + "seed": 1, + "accepted": 64, + "rejected": 6, + "infeasible": 0, + "undecided": 0 + } + }, + { + "group": "specifications/lean_statement_proofs_20261011", + "target": "SpecificationProofs/P15Elementary.lean::UniversalLaw.Proofs.P15Elementary.Aux.one_lt_hStar", + "name": "UniversalLaw.Proofs.P15Elementary.Aux.one_lt_hStar", + "before": "UNSUPPORTED", + "before_detail": "unknown name hStar", + "after": "PASS", + "after_detail": "closed statement evaluated true", + "sampling": {} + }, + { + "group": "specifications/lean_statement_proofs_20261011", + "target": "SpecificationProofs/P15Elementary.lean::UniversalLaw.Proofs.P15Elementary.Aux.seven_sixths_lt_hStar", + "name": "UniversalLaw.Proofs.P15Elementary.Aux.seven_sixths_lt_hStar", + "before": "UNSUPPORTED", + "before_detail": "unknown name hStar", + "after": "PASS", + "after_detail": "closed statement evaluated true", 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statement, not a proof of it", + "sampling": { + "seed": 1, + "accepted": 64, + "rejected": 9, + "infeasible": 0, + "undecided": 0 + } + }, + { + "group": "specifications/lean_statement_proofs_20261011", + "target": "SpecificationProofs/Side24Images.lean::UniversalLaw.Proofs.Side24Images.Aux.ib_final_constant", + "name": "UniversalLaw.Proofs.Side24Images.Aux.ib_final_constant", + "before": "UNSUPPORTED", + "before_detail": "unknown name imageConstE", + "after": "PASS", + "after_detail": "closed statement evaluated true", + "sampling": {} + }, + { + "group": "specifications/lean_statement_proofs_20261011", + "target": "SpecificationProofs/Side24Images.lean::UniversalLaw.Proofs.Side24Images.Aux.co_margin", + "name": "UniversalLaw.Proofs.Side24Images.Aux.co_margin", + "before": "UNSUPPORTED", + "before_detail": "unknown name imageConstE", + "after": "PASS", + "after_detail": "closed statement evaluated true", + "sampling": {} + }, + { + "group": "reviews/w3_side24_source_proposal_20261008", + "target": "W3Scratch/D2SchurLinks.lean::W3Scratch.d2Alpha_eq_src", + "name": "W3Scratch.d2Alpha_eq_src", + "before": "UNSUPPORTED", + "before_detail": "unknown function d2Alpha", + "after": "CORROBORATED", + "after_detail": "holds on 64 sampled instances satisfying the hypotheses (0 draws rejected by the hypotheses, 0 infeasible, seed 1): sampling is admitted evidence of the statement, not a proof of it", + "sampling": { + "seed": 1, + "accepted": 64, + "rejected": 0, + "infeasible": 0, + "undecided": 0 + } + }, + { + "group": "reviews/w3_side24_source_proposal_20261008", + "target": "W3Scratch/D2SchurLinks.lean::W3Scratch.d2Gamma_eq_src", + "name": "W3Scratch.d2Gamma_eq_src", + "before": "UNSUPPORTED", + "before_detail": "unknown function d2Gamma", + "after": "CORROBORATED", + "after_detail": "holds on 64 sampled instances satisfying the hypotheses (0 draws rejected by the hypotheses, 0 infeasible, seed 1): sampling is admitted evidence of the statement, not a proof of it", + "sampling": { + "seed": 1, + "accepted": 64, + "rejected": 0, + "infeasible": 0, + "undecided": 0 + } + }, + { + "group": "reviews/w3_side24_source_proposal_20261008", + "target": "W3Scratch/D2SchurLinks.lean::W3Scratch.d2DetV_eq_alpha_gamma_q", + "name": "W3Scratch.d2DetV_eq_alpha_gamma_q", + "before": "UNSUPPORTED", + "before_detail": "unknown function d2DetV", + "after": "CORROBORATED", + "after_detail": "holds on 64 sampled instances satisfying the hypotheses (0 draws rejected by the hypotheses, 0 infeasible, seed 1): sampling is admitted evidence of the statement, not a proof of it", + "sampling": { + "seed": 1, + "accepted": 64, + "rejected": 0, + "infeasible": 0, + "undecided": 0 + } + }, + { + "group": "reviews/w3_side24_source_proposal_20261008", + "target": "W3Scratch/D2SchurLinks.lean::W3Scratch.d2DetV_eq_srcDet", + "name": "W3Scratch.d2DetV_eq_srcDet", + "before": "UNSUPPORTED", + "before_detail": "unknown function d2DetV", + "after": "CORROBORATED", + "after_detail": "holds on 64 sampled instances satisfying the hypotheses (0 draws rejected by the hypotheses, 0 infeasible, seed 1): sampling is admitted evidence of the statement, not a proof of it", + "sampling": { + "seed": 1, + "accepted": 64, + "rejected": 0, + "infeasible": 0, + "undecided": 0 + } + }, + { + "group": "reviews/w3_side24_source_proposal_20261008", + "target": "W3Scratch/D2SchurLinks.lean::W3Scratch.d2DetV_eq_alpha_gamma_e", + "name": "W3Scratch.d2DetV_eq_alpha_gamma_e", + "before": "UNSUPPORTED", + "before_detail": "unknown function d2DetV", + "after": "CORROBORATED", + "after_detail": "holds on 27 sampled instances satisfying the hypotheses (1005 draws rejected by the hypotheses, 0 infeasible, seed 1): sampling is admitted evidence of the statement, not a proof of it", + "sampling": { + "seed": 1, + "accepted": 27, + "rejected": 1005, + "infeasible": 0, + "undecided": 0 + } + }, + { + "group": "reviews/w3_side24_source_proposal_20261008", + "target": "W3Scratch/D2SchurLinks.lean::W3Scratch.d2DetV_eq_det_varV", + "name": "W3Scratch.d2DetV_eq_det_varV", + "before": "UNSUPPORTED", + "before_detail": "unknown function d2DetV", + "after": "CORROBORATED", + "after_detail": "holds on 27 sampled instances satisfying the hypotheses (1005 draws rejected by the hypotheses, 0 infeasible, seed 1): sampling is admitted evidence of the statement, not a proof of it", + "sampling": { + "seed": 1, + "accepted": 27, + "rejected": 1005, + "infeasible": 0, + "undecided": 0 + } + }, + { + "group": "reviews/w3_side24_source_proposal_20261008", + "target": "W3Scratch/D2SchurLinks.lean::W3Scratch.d2DetV_eq_note_linear", + "name": "W3Scratch.d2DetV_eq_note_linear", + "before": "UNSUPPORTED", + "before_detail": "unknown function d2DetV", + "after": "CORROBORATED", + "after_detail": "holds on 64 sampled instances satisfying the hypotheses (0 draws rejected by the hypotheses, 0 infeasible, seed 1): sampling is admitted evidence of the statement, not a proof of it", + "sampling": { + "seed": 1, + "accepted": 64, + "rejected": 0, + "infeasible": 0, + "undecided": 0 + } + }, + { + "group": "reviews/w3_side24_source_proposal_20261008", + "target": "W3Scratch/D2SchurLinks.lean::W3Scratch.d2DetV_eq_alpha_gamma_e_needs_unit", + "name": "W3Scratch.d2DetV_eq_alpha_gamma_e_needs_unit", + "before": "UNSUPPORTED", + "before_detail": "unknown function d2DetV", + "after": "PASS", + "after_detail": "closed statement evaluated true", + "sampling": {} + }, + { + "group": "reviews/w3_side24_source_proposal_20261008", + "target": "W3Scratch/D2SchurLinks.lean::W3Scratch.d2Tau_eq_srcTau", + "name": "W3Scratch.d2Tau_eq_srcTau", + "before": "UNSUPPORTED", + "before_detail": "unknown function d2Tau", + "after": "CORROBORATED", + "after_detail": "holds on 64 sampled instances satisfying the hypotheses (0 draws rejected by the hypotheses, 0 infeasible, seed 1): sampling is admitted evidence of the statement, not a proof of it", + "sampling": { + "seed": 1, + "accepted": 64, + "rejected": 0, + "infeasible": 0, + "undecided": 0 + } + }, + { + "group": "reviews/w3_side24_source_proposal_20261008", + "target": "W3Scratch/D2SchurLinks.lean::W3Scratch.d2Schur_eq_srcSchur", + "name": "W3Scratch.d2Schur_eq_srcSchur", + "before": "UNSUPPORTED", + "before_detail": "unknown function d2Schur", + "after": "CORROBORATED", + "after_detail": "holds on 64 sampled instances satisfying the hypotheses (0 draws rejected by the hypotheses, 0 infeasible, seed 1): sampling is admitted evidence of the statement, not a proof of it", + "sampling": { + "seed": 1, + "accepted": 64, + "rejected": 0, + "infeasible": 0, + "undecided": 0 + } + }, + { + "group": "reviews/w3_side24_source_proposal_20261008", + "target": "W3Scratch/D2SchurLinks.lean::W3Scratch.d2Numerator_eq_comment", + "name": "W3Scratch.d2Numerator_eq_comment", + "before": "UNSUPPORTED", + "before_detail": "unknown function d2Numerator", + "after": "CORROBORATED", + "after_detail": "holds on 64 sampled instances satisfying the hypotheses (0 draws rejected by the hypotheses, 0 infeasible, seed 1): sampling is admitted evidence of the statement, not a proof of it", + "sampling": { + "seed": 1, + "accepted": 64, + "rejected": 0, + "infeasible": 0, + "undecided": 0 + } + }, + { + "group": "reviews/w3_side24_source_proposal_20261008", + "target": "W3Scratch/D2SchurLinks.lean::W3Scratch.src_delta_cumulant", + "name": "W3Scratch.src_delta_cumulant", + "before": "UNSUPPORTED", + "before_detail": "unknown function d2Delta", + "after": "CORROBORATED", + "after_detail": "holds on 64 sampled instances satisfying the hypotheses (0 draws rejected by the hypotheses, 0 infeasible, seed 1): sampling is admitted evidence of the statement, not a proof of it", + "sampling": { + "seed": 1, + "accepted": 64, + "rejected": 0, + "infeasible": 0, + "undecided": 0 + } + }, + { + "group": "reviews/w3_side24_source_proposal_20261008", + "target": "W3Scratch/D2SchurLinks.lean::W3Scratch.note_section2_every_direction", + "name": "W3Scratch.note_section2_every_direction", + "before": "UNSUPPORTED", + "before_detail": "unknown function d2DetV", + "after": "CORROBORATED", + "after_detail": "holds on 28 sampled instances satisfying the hypotheses (1004 draws rejected by the hypotheses, 0 infeasible, seed 1): sampling is admitted evidence of the statement, not a proof of it", + "sampling": { + "seed": 1, + "accepted": 28, + "rejected": 1004, + "infeasible": 0, + "undecided": 0 + } + }, + { + "group": "companions/d2_square_schur_20261006", + "target": "D2SquareSchur.lean::D2SquareSchur.schur_no_upper", + "name": "D2SquareSchur.schur_no_upper", + "before": "UNSUPPORTED", + "before_detail": "unknown function d2Schur", + "after": "CORROBORATED", + "after_detail": "holds on 64 sampled instances satisfying the hypotheses (8 draws rejected by the hypotheses, 0 infeasible, seed 1): sampling is admitted evidence of the statement, not a proof of it", + "sampling": { + "seed": 1, + "accepted": 64, + "rejected": 8, + "infeasible": 0, + "undecided": 0 + } + }, + { + "group": "companions/d2_square_schur_20261006", + "target": "D2SquareSchur.lean::D2SquareSchur.schur_from_lower_inputs", + "name": "D2SquareSchur.schur_from_lower_inputs", + "before": "UNSUPPORTED", + "before_detail": "unknown function d2Schur", + "after": "CORROBORATED", + "after_detail": "holds on 64 sampled instances satisfying the hypotheses (408 draws rejected by the hypotheses, 0 infeasible, seed 1): sampling is admitted evidence of the statement, not a proof of it", + "sampling": { + "seed": 1, + "accepted": 64, + "rejected": 408, + "infeasible": 0, + "undecided": 0 + } + }, + { + "group": "companions/d2_moment_bridge_20261006", + "target": "D2MomentBridge.lean::D2MomentBridge.residual_integral_eq_delta", + "name": "D2MomentBridge.residual_integral_eq_delta", + "before": "UNSUPPORTED", + "before_detail": "unknown function d2Delta", + "after": "CORROBORATED", + "after_detail": "holds on 64 sampled instances satisfying the hypotheses (2 draws rejected by the hypotheses, 0 infeasible, seed 1): sampling is admitted evidence of the statement, not a proof of it", + "sampling": { + "seed": 1, + "accepted": 64, + "rejected": 2, + "infeasible": 0, + "undecided": 0 + } + }, + { + "group": "companions/d2_moment_bridge_20261006", + "target": "D2MomentBridge.lean::D2MomentBridge.delta_nonneg", + "name": "D2MomentBridge.delta_nonneg", + "before": "UNSUPPORTED", + "before_detail": "unknown function d2Delta", + "after": "CORROBORATED", + "after_detail": "holds on 64 sampled instances satisfying the hypotheses (2 draws rejected by the hypotheses, 0 infeasible, seed 1): sampling is admitted evidence of the statement, not a proof of it", + "sampling": { + "seed": 1, + "accepted": 64, + "rejected": 2, + "infeasible": 0, + "undecided": 0 + } + }, + { + "group": "companions/d2_moment_bridge_20261006", + "target": "D2MomentBridge.lean::D2MomentBridge.zero_atom_counterexample", + "name": "D2MomentBridge.zero_atom_counterexample", + "before": "UNSUPPORTED", + "before_detail": "unknown function d2Delta", + "after": "PASS", + "after_detail": "closed statement evaluated true", + "sampling": {} + } + ] +} diff --git a/tests/test_cbz_statement_fuzz.py b/tests/test_cbz_statement_fuzz.py index f5977ae4d..924b12ae2 100644 --- a/tests/test_cbz_statement_fuzz.py +++ b/tests/test_cbz_statement_fuzz.py @@ -812,6 +812,93 @@ def test_census_counts_dedups_and_classifies(self): self.assertEqual(report['exit_code'], 1) self.assertEqual(sf.main(['--lean-dir', str(root), '--exclude', 'raw']), 1) + def test_definitions_from_a_dependency_directory(self): + # `--defs-from`: a Lake path dependency (or the package a companion is built against) contributes definitions, + # never targets; imports are accounted for; the ambiguity rule still applies + with tempfile.TemporaryDirectory() as d: + root = pathlib.Path(d) + (root / 'proofs' / 'Proofs').mkdir(parents=True) + (root / 'spec' / 'Spec').mkdir(parents=True) + (root / 'spec' / 'Spec' / 'P15.lean').write_text( + 'import Mathlib\nnamespace Spec.P15\nnoncomputable def pStar : ℝ := 1 - Real.exp (-1)\n' + 'def phi (p : ℝ) : ℝ := p * p\ntheorem not_a_target : phi 2 = 4 := by norm_num\nend Spec.P15\n') + (root / 'spec' / 'Spec' / 'Other.lean').write_text( + 'import Mathlib\nnamespace Spec.Other\ndef twice (n : ℕ) : ℕ := 2 * n\nend Spec.Other\n') + (root / 'proofs' / 'Proofs' / 'P15Elementary.lean').write_text( + 'import Mathlib\nimport Spec.P15\nimport Spec.Missing\nopen Spec.P15\nnamespace Proofs\n' + 'theorem phi_two : phi 2 = 4 := by norm_num [phi]\n' + 'theorem pStar_lt : pStar < 1 := by simp [pStar, Real.exp_pos]\n' + 'theorem phi_le (p : ℝ) (h0 : 0 ≤ p) (h1 : p ≤ 1) : phi p ≤ p := by nlinarith [phi]\n' + 'def twice (n : ℕ) : ℕ := n + n\ntheorem twice_three : twice 3 = 6 := rfl\nend Proofs\n') + (root / 'proofs' / 'Proofs' / 'Copy.lean').write_text((root / 'spec' / 'Spec' / 'Other.lean').read_text()) + without = sf.check_lean_dir(root / 'proofs') + self.assertEqual(without['per_target']['Proofs/P15Elementary.lean::Proofs.phi_two']['status'], 'UNSUPPORTED') + self.assertIn('unknown', without['per_target']['Proofs/P15Elementary.lean::Proofs.phi_two']['detail']) + self.assertEqual(without['unresolved_imports'], {'Spec.P15': ['Proofs/P15Elementary.lean'], + 'Spec.Missing': ['Proofs/P15Elementary.lean']}) + report = sf.check_lean_dir(root / 'proofs', defs_from=(root / 'spec',)) + t = report['per_target'] + self.assertEqual(t['Proofs/P15Elementary.lean::Proofs.phi_two']['status'], 'PASS') + self.assertEqual(t['Proofs/P15Elementary.lean::Proofs.pStar_lt']['status'], 'PASS') # exponential normal form + self.assertEqual(t['Proofs/P15Elementary.lean::Proofs.phi_le']['status'], 'CORROBORATED') + self.assertEqual(t['Proofs/P15Elementary.lean::Proofs.twice_three']['status'], 'PASS') # the module's own def wins + self.assertNotIn('Spec/P15.lean::Spec.P15.not_a_target', t) # dependencies are not targets + self.assertEqual(report['targets'], 4) + self.assertEqual(report['defs_from']['dirs'], [str(root / 'spec')]) + self.assertEqual(report['defs_from']['files'], 2) + self.assertEqual(report['defs_from']['files_pooled'], 1) # Other.lean is byte-identical to Copy.lean + self.assertEqual(report['defs_from']['byte_identical_to_group'], {'/Spec/Other.lean': 'Proofs/Copy.lean'}) + self.assertEqual(set(report['defs_from']['file_sha256']), {'/Spec/P15.lean', '/Spec/Other.lean'}) + # P3 (01SHCrxv, 759/6680798254): a group subdirectory named like the dependency root, with the same relative + # path, must not overwrite the pooled dependency file — the pool keys carry a prefix no group path can produce + (root / 'proofs' / 'spec' / 'Spec').mkdir(parents=True) + (root / 'proofs' / 'spec' / 'Spec' / 'P15.lean').write_text( + 'import Mathlib\nnamespace Spec.P15\ndef phi (p : ℝ) : ℝ := p + p\nend Spec.P15\n') + collided = sf.check_lean_dir(root / 'proofs', defs_from=(root / 'spec',)) + self.assertEqual(collided['defs_from']['files_pooled'], 1) # P15 (Other is the byte-identical copy) + self.assertEqual(collided['files_evaluated'], 3) # the group's own spec/Spec/P15.lean is a module + self.assertEqual(collided['per_target']['Proofs/P15Elementary.lean::Proofs.phi_two']['status'], 'UNSUPPORTED') # ambiguous now + self.assertIn('ambiguous', collided['per_target']['Proofs/P15Elementary.lean::Proofs.phi_two']['detail']) + # two dependency roots with the same basename are kept apart too + (root / 'other' / 'spec' / 'Spec').mkdir(parents=True) + (root / 'other' / 'spec' / 'Spec' / 'P15.lean').write_text( + 'import Mathlib\nnamespace Spec.P15\ndef phi (p : ℝ) : ℝ := p * 3\nend Spec.P15\n') + (root / 'proofs' / 'spec' / 'Spec' / 'P15.lean').unlink() + two = sf.check_lean_dir(root / 'proofs', defs_from=(root / 'spec', root / 'other' / 'spec')) + self.assertEqual(two['defs_from']['files_pooled'], 2) + self.assertEqual(sorted(two['defs_from']['file_sha256']), ['/Spec/Other.lean', '/Spec/P15.lean', + '/Spec/P15.lean']) + self.assertIn('ambiguous', two['per_target']['Proofs/P15Elementary.lean::Proofs.phi_two']['detail']) + self.assertEqual(report['unresolved_imports'], {'Spec.Missing': ['Proofs/P15Elementary.lean']}) + # a name defined differently in the dependency and in another group module is ambiguous, fail-closed + (root / 'proofs' / 'Proofs' / 'Shadow.lean').write_text( + 'import Mathlib\nnamespace Spec.P15\ndef phi (p : ℝ) : ℝ := p + p\nend Spec.P15\n') + (root / 'proofs' / 'Proofs' / 'Amb.lean').write_text( + 'import Mathlib\nopen Spec.P15 in\ntheorem amb : phi 2 = 4 := by norm_num [phi]\n') + report = sf.check_lean_dir(root / 'proofs', defs_from=(root / 'spec',)) + self.assertEqual(report['per_target']['Proofs/Amb.lean::amb']['status'], 'UNSUPPORTED') + self.assertIn('ambiguous', report['per_target']['Proofs/Amb.lean::amb']['detail']) + self.assertEqual(report['per_target']['Proofs/P15Elementary.lean::Proofs.phi_two']['status'], 'UNSUPPORTED') # now ambiguous too + self.assertEqual(sf.main(['--lean-dir', str(root / 'proofs'), '--defs-from', str(root / 'spec')]), 1) + + def test_big_operators_and_exact_work_are_capped_not_approximated(self): + # a sampled `Finset.range 65536` or a sum of huge exact rationals is Infeasible for that instance: counted, + # never a verdict and never a float + def ev(binders, text, defs=''): + module = sf.parse_module(defs + f'theorem t {binders} : {text} := by sorry\n') + return sf.evaluate_theorem(module, module.theorems[-1]) + r = ev('(n : ℕ)', '∑ j ∈ Finset.range n, (j : ℝ) = n * (n - 1) / 2') + self.assertEqual(r.status, 'CORROBORATED') + self.assertGreater(r.sampling['infeasible'], 0) # the pool's 65536, 10^6 … are refused + r = ev('(n : ℕ)', '∑ j ∈ Finset.range n, (j : ℝ) = n * (n - 1) / 2 + 1') + self.assertEqual(r.status, 'FAIL') + big = ('noncomputable def pairingSum (q : ℕ) (r : ℝ) : ℝ :=\n ∑ j ∈ Finset.range (q / 2 + 1),\n' + ' (Nat.factorial q : ℝ) * r ^ (q - 2 * j) / ((2 : ℝ) ^ j * (Nat.factorial j : ℝ) * (Nat.factorial (q - 2 * j) : ℝ))\n') + r = ev('(q : ℕ) {r s : ℝ} (hr : 0 ≤ r) (hrs : r ≤ s)', 'pairingSum q r ≤ pairingSum q s', big) + self.assertEqual(r.status, 'CORROBORATED') + self.assertGreater(r.sampling['infeasible'], 0) # q = 5000 with r = 10^6 exceeds the work cap + self.assertEqual(ev('(q : ℕ) {r s : ℝ} (hr : 0 ≤ r) (hrs : r < s)', 'pairingSum q r < pairingSum q s', big).status, 'FAIL') # q = 0 + def test_a_parser_exception_fails_one_declaration_not_the_module(self): m = sf.parse_module('theorem a : 1 = 1 := rfl\ntheorem b : [1 2 := rfl\ntheorem c : 2 = 2 := rfl\n') self.assertEqual([t.name for t in m.theorems], ['a', 'b', 'c']) diff --git a/tools/cbz/statement_fuzz.py b/tools/cbz/statement_fuzz.py index fc70e2983..6c84f8f29 100644 --- a/tools/cbz/statement_fuzz.py +++ b/tools/cbz/statement_fuzz.py @@ -1508,6 +1508,9 @@ def _desugar(node): _MAX_RESULT_BITS = 2_000_000 _MAX_LOOP = 200_000 # List.range _MAX_PRODUCT_LOOP = 5_000 # Nat.factorial, Nat.choose (products of thousands of big integers) +_MAX_BIGOP_TERMS = 4_096 # ∑ / ∏ over a finite index set: every term is an exact value (often a power or a + # binomial), so a sampled `Finset.range 65536` is Infeasible, never approximated +_MAX_WORK_BITS = 20_000_000 # result bits summed over the exact values of one instance (see Evaluator._rec) class Infeasible(Unsupported): @@ -1715,6 +1718,7 @@ def __init__(self, module: Module, namespace: str = '', opens=()): self.probes = [] self.model_n = None # the carrier size of the current finite model, when one is in force self.bits = _ENCLOSURE_BITS[0] # precision of transcendental enclosures (refined on Undecided) + self.work = 0 # exact-arithmetic work spent on the current instance (operand bits) def defn(self, name): """The definition a name written in the statement denotes (None if none; Unsupported if ambiguous).""" @@ -2230,8 +2234,8 @@ def bigop(self, node: BigOp, env, typ): """`∑ i, e` / `∏ i, e` over a finite index set, exactly, at the context's type (a vector-valued sum adds vectors). The empty sum is 0 and the empty product 1 (the constant vector at a vector type).""" idx, index_type = self.finite_index_domain(node.var, node.type, node.domain, node.body, env) - if len(idx) > _MAX_LOOP: - raise Infeasible(f'big operator over {len(idx)} indices exceeds the loop cap') + if len(idx) > _MAX_BIGOP_TERMS: + raise Infeasible(f'big operator over {len(idx)} indices exceeds the term cap') if _base(typ) == 'Fin': typ = 'Nat' acc = self.num(Num(0 if node.op == '∑' else 1), env, typ) @@ -2346,6 +2350,12 @@ def _rec(self, v): raise AssertionError('floating point value produced') # pragma: no cover - A3 guard if isinstance(v, (int, Fraction, Alg)) and not isinstance(v, bool): self.values_seen.append(v) + # a deterministic work budget per instance: the sizes of every exact result are summed, and an instance + # that would need more than _MAX_WORK_BITS (a 2,500-term sum of 100,000-bit rationals, say) is Infeasible — + # reported and counted, never approximated and never a verdict + self.work += _bits(v) + 1 + if self.work > _MAX_WORK_BITS: + raise Infeasible(f'exact evaluation of this instance exceeds the work cap ({_MAX_WORK_BITS} result bits)') if isinstance(v, Iv): if v.magnitude_bits() > _MAX_RESULT_BITS or _bits(v.lo) > 2 * _MAX_RESULT_BITS or _bits(v.hi) > 2 * _MAX_RESULT_BITS: raise Infeasible('an enclosure exceeds the result-size cap') @@ -4398,7 +4408,7 @@ def evaluate_theorem(module: Module, thm: Theorem, seed: int = 1, samples: int = for bits in _ENCLOSURE_BITS: # transcendental enclosures are refined until they decide every comparison or the cap is reached ev.bits = bits - ev.instances, ev.vacuous, ev.failures, ev.probes = 0, False, [], [] + ev.instances, ev.vacuous, ev.failures, ev.probes, ev.work = 0, False, [], [], 0 try: ok = ev.prop(thm.statement, {}) break @@ -4795,7 +4805,7 @@ def hyps_hold(hs, env): nonlocal hyp_undecided try: try: - ev.bits = _ENCLOSURE_BITS[0] + ev.bits, ev.work = _ENCLOSURE_BITS[0], 0 return all(ev.prop(h, env) for h in hs) except Undecided: if hyp_undecided >= 4 * samples: # undecided in bulk (an identity as a hypothesis): no more retries @@ -4874,10 +4884,10 @@ def check(env): seen.add(key) try: try: - ev.bits = _ENCLOSURE_BITS[0] + ev.bits, ev.work = _ENCLOSURE_BITS[0], 0 ok = ev.prop(thm.statement, env) except Undecided: - ev.bits = _ENCLOSURE_BITS[2] + ev.bits, ev.work = _ENCLOSURE_BITS[2], 0 try: ok = ev.prop(thm.statement, env) except Undecided: @@ -5233,15 +5243,28 @@ def check_package(root, selftest=False, seed=1, samples=64, admit_corroborated=F 'exact witness. UNSUPPORTED is fail-closed.')} -def check_lean_dir(root, exclude=(), seed=1, samples=64): +_LIBRARY_IMPORT_PREFIXES = ('Mathlib', 'Init', 'Lean', 'Std', 'Batteries', 'Aesop', 'Qq', 'ProofWidgets', 'ImportGraph', + 'LeanSearchClient', 'Plausible', 'Cli', 'Lake') + + +def _imports(source: str): + """The `import A.B.C` lines of a Lean file (module names).""" + return [m.group(1) for m in re.finditer(r'^import\s+([\w.«»]+)', source, re.M)] + + +def check_lean_dir(root, exclude=(), seed=1, samples=64, defs_from=()): """Census mode: every `theorem`/`lemma` in every `.lean` file under ``root`` (recursively, sorted; paths containing any ``exclude`` substring skipped; byte-identical files evaluated once and recorded as copies) is - a target, with definitions and carrier types shared across the group as in a package. The report has the - shape of ``check_package`` plus a histogram of UNSUPPORTED reasons; the exit code is 0 only when every target - PASSes (there is no manifest to register against, so this mode is coverage evidence, never a gate).""" + a target, with definitions and carrier types shared across the group as in a package. ``defs_from`` names + directories the group depends on (a Lake path dependency, or the package a companion is built against): their + `.lean` files contribute definitions, carrier types and type abbreviations to the pool — never targets — under + the same ambiguity rule, and every `import` of a target module is accounted for: resolved inside the group, in a + ``defs_from`` root, or a library (Mathlib, Lean core …); unresolved imports are listed in the report. The report + has the shape of ``check_package`` plus a histogram of UNSUPPORTED reasons; the exit code is 0 only when every + target PASSes (there is no manifest to register against, so this mode is coverage evidence, never a gate).""" root = pathlib.Path(root) files = sorted(p for p in root.rglob('*.lean') if not any(x in str(p.relative_to(root)) for x in exclude)) - modules, hashes, copies, seen_hash = {}, {}, {}, {} + modules, hashes, copies, seen_hash, sources = {}, {}, {}, {}, {} for p in files: rel = str(p.relative_to(root)) h = _sha256(p) @@ -5250,8 +5273,37 @@ def check_lean_dir(root, exclude=(), seed=1, samples=64): copies[rel] = seen_hash[h] continue seen_hash[h] = rel - modules[rel] = parse_module(p.read_text(encoding='utf-8', errors='replace')) - share_definitions(modules) + sources[rel] = p.read_text(encoding='utf-8', errors='replace') + modules[rel] = parse_module(sources[rel]) + # definitions imported from dependency directories: pooled, never targets. Pool keys carry a prefix no group path + # can produce (`/…`), so a group subdirectory named like a dependency root, or two dependency + # roots with the same basename, cannot collide and silently overwrite a pooled file (01SHCrxv, 759/6680798254 P3) + imported, imported_hashes, imported_skipped = {}, {}, {} + for i, d in enumerate(defs_from, 1): + droot = pathlib.Path(d) + for p in sorted(q for q in droot.rglob('*.lean') if not any(x in str(q.relative_to(droot)) for x in exclude)): + rel = f'/{p.relative_to(droot)}' + if rel in imported_hashes or rel in hashes: + raise AssertionError(f'pool key collision: {rel}') # pragma: no cover - the prefix makes this impossible + h = _sha256(p) + imported_hashes[rel] = h + if h in seen_hash: + imported_skipped[rel] = seen_hash[h] # byte-identical to a module already in the pool + continue + seen_hash[h] = rel + imported[rel] = parse_module(p.read_text(encoding='utf-8', errors='replace')) + pool = {**imported, **modules} + assert len(pool) == len(imported) + len(modules) + share_definitions(pool) + # import accounting: every `import` of a target module names a group file, a dependency file or a library + module_names = {rel[:-5].replace('/', '.') for rel in list(hashes)} | \ + {rel.split('>/', 1)[1][:-5].replace('/', '.') for rel in list(imported_hashes)} + unresolved = {} + for rel, src in sources.items(): + for name in _imports(src): + if name in module_names or name.split('.')[0] in _LIBRARY_IMPORT_PREFIXES: + continue + unresolved.setdefault(name, []).append(rel) per_target, counts, reasons = {}, {}, {} for rel, module in modules.items(): for thm in module.theorems: @@ -5266,14 +5318,20 @@ def check_lean_dir(root, exclude=(), seed=1, samples=64): if res.status == 'UNSUPPORTED': reason = _reason_class(res.detail) reasons[reason] = reasons.get(reason, 0) + 1 - return {'lean_dir': str(root), 'files': len(files), 'files_evaluated': len(modules), 'copies': copies, - 'file_sha256': hashes, 'targets': len(per_target), 'status_counts': counts, + report = {'lean_dir': str(root), 'files': len(files), 'files_evaluated': len(modules), 'copies': copies, + 'file_sha256': hashes, 'targets': len(per_target), 'status_counts': counts, 'unsupported_reasons': dict(sorted(reasons.items(), key=lambda kv: -kv[1])), 'per_target': per_target, 'sampling': {'seed': seed, 'samples': samples}, 'exit_code': 0 if counts and set(counts) == {'PASS'} else 1, - 'note': ('G12 census: coverage of the empirical statement check over every declaration in a directory, ' - 'with no manifest. PASS/CORROBORATED/FAIL/UNSUPPORTED as in a package check; UNSUPPORTED reasons ' - 'are classified. Not a gate and not kernel evidence.')} + 'note': ('G12 census: coverage of the empirical statement check over every declaration in a directory, ' + 'with no manifest. PASS/CORROBORATED/FAIL/UNSUPPORTED as in a package check; UNSUPPORTED reasons ' + 'are classified. Not a gate and not kernel evidence.')} + if defs_from: + report['defs_from'] = {'dirs': [str(d) for d in defs_from], 'files': len(imported_hashes), + 'files_pooled': len(imported), 'file_sha256': imported_hashes, + 'byte_identical_to_group': imported_skipped} + report['unresolved_imports'] = unresolved + return report def _reason_class(detail: str) -> str: @@ -5309,6 +5367,9 @@ def main(argv=None): group.add_argument('--lean-dir', help='census mode: every theorem in every .lean file under this directory') ap.add_argument('--exclude', action='append', default=[], help='census mode: skip files whose relative path contains this substring (repeatable)') + ap.add_argument('--defs-from', action='append', default=[], + help='census mode: a directory the group depends on (a Lake path dependency, the package a companion ' + 'is built against); its .lean files contribute definitions, never targets (repeatable)') ap.add_argument('--json', help='write the full report here') ap.add_argument('--selftest', action='store_true', help='also run the mutation self-test per module') ap.add_argument('--seed', type=int, default=1, help='seed of the deterministic sampler for binders before the colon') @@ -5317,12 +5378,14 @@ def main(argv=None): help='exit 0 when every target is PASS or CORROBORATED (default: PASS only, the registered contract)') a = ap.parse_args(argv) if a.lean_dir: - report = check_lean_dir(a.lean_dir, exclude=a.exclude, seed=a.seed, samples=a.samples) + report = check_lean_dir(a.lean_dir, exclude=a.exclude, seed=a.seed, samples=a.samples, defs_from=a.defs_from) if a.json: pathlib.Path(a.json).write_text(json.dumps(report, indent=1, default=str) + '\n') summary = {k: report[k] for k in ('lean_dir', 'files', 'files_evaluated', 'targets', 'status_counts', - 'unsupported_reasons', 'sampling', 'exit_code')} + 'unsupported_reasons', 'sampling', 'exit_code', 'unresolved_imports')} summary['copies'] = len(report['copies']) + if 'defs_from' in report: + summary['defs_from'] = {k: v for k, v in report['defs_from'].items() if k != 'file_sha256'} print(json.dumps(summary, indent=1)) for name, r in report['per_target'].items(): if r['status'] != 'PASS':