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Eichler-Shimura material from FLT - #696

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Extracting a chunk of material from the Claude formalization of Fermat's Last Theorem (which is Apache-2.0 licensed), with the intention to use it as the basis for a subsequent formalization of p-adic modular symbols following Mazur-Tate-Teitelbaum.

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greptile-apps Bot commented Oct 20, 2026 •

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Advisory cross-file review against Lean Pool's supervisory rubric. This is not by itself a significance, source-verification, or merge verdict.

RetriggerView in Greptile

[Low impact] No blocking issue was established in the recent edits, but this limited review does not establish whole-project merge readiness.

Findings

  1. P2 Documentation points to deleted material ▶

Summary

The PR imports Eichler–Shimura material and supporting results from the FLT formalization. Since the previous review, six documentation edits clarify textbook comparisons without changing declarations or proofs.

  • Cusp forms connect to modular-curve cohomology with Hecke operators.
  • Modular-curve results describe function fields and the genus of X₁(N).
  • Elliptic-curve results cover Frobenius on Tate modules and endomorphisms.

Reviews (14) · Last reviewed commit: "Correct constant-extension and elliptic-..." · Reviewed by Greptile

Retain applicable upstream attribution; preserve every mathematical source file.

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Scoped source review at 7860bd069f06153b6c96d46f6f6fcbbdb44e7b4f of the four advertised results and their supporting constructions.

The Eichler–Shimura result proves injective holomorphic and antiholomorphic maps with complementary ranges in the actual parabolic cocycle quotient. Its Hecke intertwining clauses quantify over a supplied cohomology operator and require that operator to descend from coeffHeckeFun (the all-primes theorem, lines 204–237). The card now states that condition. The good-prime Tate-module results use the genuine inverse-limit torsion representation; their cardinality hypothesis is already disclosed in the card.

The submitted head named a missing LeanPool.FLTEichlerShimura entry. Commit 7860bd069f06153b6c96d46f6f6fcbbdb44e7b4f adds that entry with the four headline imports and applicable upstream attribution, regenerates the project index, and corrects the card. The actual index/card checks and complete import DAG pass. All 1,192 mathematical files remain byte-identical; no hypothesis, proof, option, or gate changes.

Maintenance advisory: five RationalFunctionField modules contain roughly 2,600 matching helper lines after only solution-namespace normalization. A shared helper module would avoid repeating future repairs. I am retaining that finding as advisory while the independent project review weighs the import.

This audit covers the complete file inventory, the headline statements, selected supporting definitions/proofs, provenance samples, and the complete import graph. It does not claim a line-by-line review of all 1,192 proof modules or a completed build. Whole-import acceptance remains pending the independent configured review and complete current-head protected validation; current-main validation is also pending.

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Vilin97 commented Oct 20, 2026

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/review

Please review exact head 7860bd0 under the current five project rubrics, including prior-art comparison and explicit coverage limits. The scoped source audit is review 5592057176. The card/entry/index repair preserves all 1,192 mathematical files. Current-head CI and current-main qualification remain independent pending requirements.

loefflerd and others added 2 commits October 20, 2026 23:38
Refresh the generated project card and retain all author proof changes and attribution.

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Follow-up source review at 8b9383bc75adcdca8e3bdb81567651dbfd7bbfcb.

The author's da8d283 adds six complete proofs. The transfer formula preserves cocycles and coboundaries; the finite-orbit argument establishes parabolicity. The quotient construction then supplies actual cohomology operators, and exists_eichlerShimura_heckeEquivariant uses them to prove both the away-from-level T and at-level U compatibility. This constructively discharges the earlier descent hypothesis, so the new unconditional card headline is supported.

We reviewed all 1,244 added mathematical lines and the required existing intertwining supplier. The one-file entry update imports the new wrapper and refreshes the generated card. Its public import preserves the old conditional API, all 1,198 mathematical files are unchanged from da8d283, and the 1,200-module import graph and actual index/card checks pass.

The six-proof delta is favorable. The earlier scoped audit and advisory maintenance decision remain recorded; whole-import acceptance still awaits the independent configured review and complete protected validation at this exact head. Earlier-head CI or review results do not supply that acceptance.

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/review

Please review exact current head 8b9383b under the current five project rubrics, with explicit coverage limits. This new-head request follows the author’s six-proof Hecke-descent addition and final entry refresh. Earlier request 6302060076 was ingested for da8d283 and supplies no acceptance for this revision. The follow-up scoped source audit is review 5592216989. Current-head CI and current-main qualification remain independent requirements.

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🤖 LLM review (gpt-6.1-sol, 5 rubrics)

Reviewed head: bd4ffd887db8d78e84a219970c87817396a30b05

Verdict: 🤔 needs_discussion — computed from the rubric verdicts below, not chosen by a model.

Rubric Verdict Bottom line
Faithfulness ✅ pass The six headlines match the inspected Lean contracts; current-head CI remains pending, the reported declaration-scanner defect reproduces, and local Lean validation was blocked by a Mathlib-fetch HTTP 403.
Novelty ✅ pass No duplicate of the six headlines was established in the inspected Mathlib, Tau Ceti, or pool declarations; exhaustive Tau Ceti comparison remains unverifiable, and current-head CI remains pending.
Significance ✅ pass The completed structural results meet the research-level significance bar; current-head CI remains pending, and no local build was run.
Sources ✅ pass Full-text scanning and comparison with the cited repository support the headline citations and attribution; the earlier citation errors are corrected, some textbook and historical provenance checks remain unverifiable, and exact-head CI is pending.
Code quality (advisory) 🤔 discuss Repeated proof libraries and unused public bundles warrant human review; coverage was full-diff scanning with targeted source reading, local Lean validation was blocked by a Mathlib HTTP403, current-head CI is unfinished, and an earlier run failed repository quality checks.
Aspect Value
Proves the claim ✅ proves_it
Assumed, not proved The Frobenius theorem takes the explicitly disclosed p-power torsion cardinalities, a valuation over the good prime, and an arithmetic Frobenius lift; the torsion-count theorem is present separately. The endomorphism headline quantifies over the disclosed IsogenyEndDatum, while its point/place correspondence, Abel theorem, and norm formula are constructed. Hecke descent and Fricke generation are proved rather than supplied as hypotheses.
Matches cited source ✅ matches
Fit ✅ good_fit
Level research
Branch arithmetic geometry
Mode theory_building
Code quality 2 / 5

Statement check: The Lean establishes Hecke-equivariant Eichler–Shimura for positive levels and weights at least two, Frobenius characteristic polynomials for integral models over ℚ, integer multiplication for the specified isogeny data, both function-field models, and the genus formula for levels at least five; coverage comprised complete-diff scanning and detailed inspection of these interfaces and key dependencies.

The Lean develops Hecke-equivariant Eichler–Shimura theory, explicit modular-curve function fields and genus formulas, and Frobenius characteristic polynomials on elliptic-curve Tate modules under the stated torsion-cardinality hypothesis.

Code quality findings (2)

  • duplicate-definition — LeanPool/FLTEichlerShimura/Theorems/Thm_AlgebraicCurve_finiteDimensional_lSpace.lean:257
    Substantial helper proofs are copied across endpoint modules. The 60-line finrank_adeleBdd_quotient proof is byte-identical in this module, both indexOfSpecialty endpoints, functionFieldRiemannRoch_of_residueTheoremK_of_isAlgClosed, and both RationalFunctionField_stichtenothGenusExists endpoints; the 110-line adeleBddQuotSingleEquivResidueField also repeats across these six modules. The same pattern affects hall_all across exists_phiIrreducible, finrank_adjoin_jqN_eq_dedekindPsi, functionFieldGeneration, modularFunctionField_eq_full, and relfinrank_full_eq_dedekindPsi, and finiteDimensional_restrictScalarsQuot_pow across tateAgreement, tateChainRule, tateCommFinite, and tateTraceCompat_of_isSeparable. Extract shared helper modules so fixes and Mathlib migrations require one repair per argument.
    Evidence: def adeleBddQuotSingleEquivResidueField (D : Divisor K F) (P : Place K F) :
    (adeleBdd D ⧸ (adeleBdd (D - Finsupp.single P 1)).comap (adeleBdd D).subtype)
    ≃ₗ[K] P.ResidueField := by
    classical

theorem finrank_adeleBdd_quotient [IsCurveOver K F] {D₁ D₂ : Divisor K F} (hD : D₁ ≤ D₂) :
Module.Finite K (adeleBdd D₂ ⧸ (adeleBdd D₁).comap (adeleBdd D₂).subtype) ∧
(finrank K (adeleBdd D₂ ⧸ (adeleBdd D₁).comap (adeleBdd D₂).subtype) : ℤ)
= Divisor.degree D₂ - Divisor.degree D₁ := by
classical

private theorem hall_all : ∀ N : ℕ, N ≠ 0 → Hall N := by
intro N
induction N using Nat.strong_induction_on with

theorem finiteDimensional_restrictScalarsQuot_pow [u.FiniteResidue]
(hCot : KwF4gRRTateDVRCotangentKFinite K L)
(πh : u.adicCompletionIntegers) (hπh : Irreducible πh) (M : ℕ) :
FiniteDimensional K (u.adicCompletionIntegers ⧸
(Ideal.span {πh ^ M} : Ideal u.adicCompletionIntegers).restrictScalars K) := by
induction M with

  • unused-structure — LeanPool/FLTEichlerShimura/Definitions/Def_HeckeGalois_EichlerShimura.lean:237
    MultiplicityOneData has no construction or consumer in the retained Lean code. The same holds for IsKummerGenerator at LeanPool/FLTEichlerShimura/Definitions/Def_ModularCurve_IgusaFunctionField.lean:112 and W4Conclusions at LeanPool/FLTEichlerShimura/Definitions/Def_ModularCurve_TatePoint.lean:143: their names occur only in declarations and comments. These public interfaces add maintenance obligations without exercising their design. Trim them from the extraction or introduce them alongside their consumers.
    Evidence: structure MultiplicityOneData (𝔪 : Ideal HeckeAlg) : Prop where
    isMaximal : 𝔪.IsMaximal
    resChar : (p : HeckeAlg) ∈ 𝔪
    finrank_two : Module.finrank (HeckeAlg ⧸ 𝔪) (heckeTorsion J 𝔪) = 2

structure IsKummerGenerator (n : ℕ) (K₀ : IntermediateField κ Ω) (a : Ω) : Prop where
pos : 0 < n
ne_zero : a ≠ 0
pow_mem : a ^ n ∈ K₀

structure W4Conclusions (data : ModularPolynomialData p) : Prop where
oddVeluSet : ∀ i, (basePoint K p).IsOddVeluSet (veluSlotSet i)
slotCurve_succ : ∀ b : Fin p,
((tateLaurent K).map (qTwist (ζ ^ (b : ℕ)))).j = PhiGen.conj p ζ b.succ
slotCurve_zero : ((tateLaurent K).map (qExpand K (p * p))).j = PhiGen.conj p ζ 0


Tokens: 9,594,758 in / 64,342 out across 5 model calls · Tier: codex-subscription · Effort: xhigh · Billing: Codex subscription quota (no API credits) · Estimated cost: $39.3442 (Standard API equivalent; uncached input)
Each rubric is an independent review against .github/review-rubrics/ on top of .github/REVIEW_RULES.md. Disagree? Reply on the PR; rules can be updated in a PR of their own.

CI was not green for this commit at review time; this review does not replace CI.

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Reviewed exact head 8b9383bc75adcdca8e3bdb81567651dbfd7bbfcb.

Changes are required under the existing quality rules. I independently checked the complete Git blobs of the 52 affected files and confirmed 82 active set_option linter.unusedVariables false commands: 80 section-scoped commands and two command-local wrappers. These are active code, not comments or strings. Examples include Definitions/Defs_IsogenyEndDatum_sharedLibrary.lean:57 and Theorems/Thm_WeierstrassCurve_exists_velu2FunctionFieldHom_restrictAlong_placeOfPoint_veluPointMap2.lean:703, under LeanPool/FLTEichlerShimura/.

The same 52 files contain 76 additional active option commands, including maxHeartbeats, synthInstance.maxHeartbeats and backward.isDefEq.respectTransparency.types. Current .github/CODE_QUALITY.md:39–40 and python/lean_pool/quality.py forbid active set_option commands; CONTRIBUTING.md also prohibits adding linter waivers. This is an existing deterministic gate, independent of the advisory 2/5 quality assessment.

Please remove forbidden option commands throughout the import and fix the actual unused-binder/elaboration diagnostics under the unchanged checks. Preserve the mathematical statements, assumptions, proof arguments, public named-argument API and source credits. The affected scopes span 82,507 lines, so deleting the 82 suppression lines alone does not establish a warning-free repair. Validate the repaired exact head with the normal build, lint, style and quality checks.

The favorable scoped review of the six new Hecke descent proofs remains valid at this head. Whole-import acceptance remains pending; no waiver or new benchmark is being requested.

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Vilin97 commented Oct 21, 2026

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CI follow-up for 8b9383bc75adcdca8e3bdb81567651dbfd7bbfcb: run 39503433441 reached compilation completion, then failed the required warning guard.

The complete build-step log contains 137 distinct warning sites across 82 files:

  • 44 scoped Classical openings.
  • 30 unscoped maxHeartbeats settings.
  • 20 unscoped synthInstance.maxHeartbeats settings.
  • 37 missing heartbeat-limit justification comments.
  • 6 lines exceeding 100 characters.

Lint, text-style lint and repository quality checks were subsequently skipped, so those gates remain unvalidated. Please include these warning-cleanliness repairs alongside the existing request to remove 82 unused-variable suppressions across 52 files. Preserve mathematical statements, assumptions and the normal limits/checks while repairing the code. The existing changes request remains in force.

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Proof profile (new / modified Lean files)

lake build wall time (changed modules): 2815.56 s (= 46.93 min) — user 10535.40 s, sys 525.29 s.

This build covers the changed modules and their dependency cones on top of the restored cache. The serial per-file sums below are useful for ranking slow files, not as a build budget.

Total heartbeats: 115,427,860 maxHeartbeats units across 1143 valid files (395,718 added LOC).

Sum of lean --profile: 7512187.1 ms (= 7512.19 s) across 1207 valid files. Import-excluded time: 6347455.1 ms (= 6347.46 s).

Count-heartbeats wall-clock total: 17906.20 s. Repeated import cost inside lean --profile: 1164732.0 ms (= 1164.73 s).

Heartbeat values sum disjoint root command traces with trace.profiler.useHeartbeats and synchronous elaboration, converted from raw allocations to maxHeartbeats units by dividing by 1000. They include command elaboration and kernel checking, exclude imports, and include profiler overhead; they are not comparable to the deprecated linter's totals. Per-file wall clocks are measured under parallel load and are noisier than heartbeats.

LOC counts added lines in the profiled Lean files from this PR diff.

File LOC Heartbeats (maxHB) Count wall (s) lean --profile (s) Without import (s) Import (s) Commands Errors
LeanPool/FLTEichlerShimura/Definitions/Def_ModularCurve_CharLFrobeniusGeomLevel.lean 1,403 4,616,900 583.03 95.90 94.92 0.98 573 0
LeanPool/FLTEichlerShimura/Definitions/Defs_WeierstrassCurve_veluSharedLibrary.lean 6,049 2,098,202 267.25 146.00 144.98 1.02 1683 0
LeanPool/FLTEichlerShimura/Theorems/Thm_AlgebraicCurve_tateAgreement.lean 3,258 2,048,181 354.39 107.47 106.44 1.03 731 0
LeanPool/FLTEichlerShimura/Definitions/Defs_IsogenyEndDatum_sharedLibrary.lean 4,138 1,903,470 259.68 92.16 91.20 0.96 1252 0
LeanPool/FLTEichlerShimura/Theorems/Thm_WeierstrassCurve_Affine_IsogenyEndDatum_exists_dualEndData_dual_mem_and_norm_eq_finrankAlong.lean 4,037 1,849,195 224.63 75.77 74.73 1.04 1174 0
LeanPool/FLTEichlerShimura/Theorems/Thm_WeierstrassCurve_Affine_exists_algEquiv_restrictAlong_placeOfPoint_eq_add.lean 2,463 1,702,789 185.88 72.76 71.84 0.92 730 0
LeanPool/FLTEichlerShimura/Definitions/Def_WeierstrassCurve_EDSEngine.lean 1,948 1,156,177 119.29 43.32 42.52 0.80 1050 0
LeanPool/FLTEichlerShimura/Definitions/Def_ModularCurve_DegeneracyTower.lean 220 1,062,662 133.76 17.77 16.84 0.94 109 0
LeanPool/FLTEichlerShimura/Theorems/Thm_AlgebraicCurve_residueTheoremK_of_isAlgClosed.lean 2,645 953,973 143.92 55.46 54.44 1.02 656 0
LeanPool/FLTEichlerShimura/Theorems/Thm_WeierstrassCurve_exists_veluFunctionFieldHom_restrictAlong_placeOfPoint_eq.lean 1,533 898,699 79.59 26.65 25.70 0.95 548 0
LeanPool/FLTEichlerShimura/Theorems/Thm_AlgebraicCurve_functionFieldRiemannRoch_of_residueTheoremK_of_isAlgClosed.lean 2,916 890,711 134.70 49.00 47.96 1.04 774 0
LeanPool/FLTEichlerShimura/Theorems/Thm_ModularCurve_coe_frickeInvolutionFull_eq_of_hasSum_of_gamma0_invariant.lean 1,068 887,398 64.35 18.33 17.13 1.20 398 0
LeanPool/FLTEichlerShimura/Theorems/Thm_ModularCurve_isSeparable_adjoin_coeffEmb_jq_full.lean 172 855,600 53.35 10.51 9.53 0.98 54 0
LeanPool/FLTEichlerShimura/Definitions/Def_ModularCurve_JZeroHeightForm.lean 289 851,764 56.86 13.27 12.09 1.18 91 0
LeanPool/FLTEichlerShimura/Theorems/Thm_WeierstrassCurve_Affine_exists_algHom_functionField_baseChange_finrankAlong_eq.lean 872 813,185 54.04 15.78 14.81 0.97 508 0
LeanPool/FLTEichlerShimura/Theorems/Thm_PeriodPair_exists_differentiable_toPoint_comp_eq_pointMapOfPushforward_toPoint.lean 1,946 806,360 69.44 18.52 17.35 1.17 705 0
LeanPool/FLTEichlerShimura/Theorems/Thm_AlgebraicCurve_Place_ord_restrictAlong_eq_natCard_algHom_of_isGalois.lean 845 776,408 74.79 23.11 22.18 0.93 224 0
LeanPool/FLTEichlerShimura/Theorems/Thm_ModularCurve_sum_ord_jBar_sub_eq_dedekindPsi.lean 376 769,311 81.62 15.23 14.27 0.96 134 0
LeanPool/FLTEichlerShimura/Definitions/Def_ModularCurve_QAdicPlaceMod.lean 423 756,831 81.60 21.34 20.38 0.96 158 0
LeanPool/FLTEichlerShimura/Theorems/Thm_ModularCurve_finrank_adjoin_jqN_pow_succ_of_not_mem.lean 584 715,097 53.81 9.38 8.33 1.05 117 0
LeanPool/FLTEichlerShimura/Theorems/Thm_ModularCurve_JOneES_exists_transcendental_finiteDimensional_laurentBaseChange.lean 397 695,975 130.31 20.10 18.96 1.14 66 0
LeanPool/FLTEichlerShimura/Definitions/Def_ModularCurve_GeometricBaseChange.lean 300 689,424 83.93 24.15 23.16 0.99 45 0
LeanPool/FLTEichlerShimura/Theorems/Thm_ModularCurve_exists_ringHom_place_order_eq_mul_ord_of_qExpansion_slash.lean 1,386 669,077 62.03 22.58 21.43 1.15 389 0
LeanPool/FLTEichlerShimura/Definitions/Def_EllipticCurve_FunctionFieldPullback.lean 1,359 665,184 79.93 29.76 28.84 0.93 459 0
LeanPool/FLTEichlerShimura/Theorems/Thm_WeierstrassCurve_Affine_FunctionField_addX_addY_specialize_at_place.lean 2,708 644,465 92.61 37.07 36.14 0.94 273 0
LeanPool/FLTEichlerShimura/Theorems/Thm_ModularCurve_finiteDimensional_adjoin_coeffEmb_jq_full.lean 146 635,773 31.72 7.22 6.24 0.98 42 0
LeanPool/FLTEichlerShimura/Theorems/Thm_ModularCurve_natCard_normalized_algHom_hahnSeries_jBar_sub_eq_toNat_ord.lean 640 630,344 75.31 15.59 14.59 1.00 52 0
LeanPool/FLTEichlerShimura/Theorems/Thm_WeierstrassCurve_Affine_isAddCyclic_ker_pointMapOfPushforward_of_algEquiv_conj.lean 1,100 621,740 51.76 12.65 11.53 1.12 552 0
LeanPool/FLTEichlerShimura/Theorems/Thm_AlgebraicCurve_tateCommFinite.lean 1,061 605,466 109.21 26.72 25.74 0.97 494 0
LeanPool/FLTEichlerShimura/Theorems/Thm_ModularCurve_mem_modularFunctionField_of_hasSum_of_gamma0_invariant.lean 815 600,834 46.08 12.24 11.08 1.16 389 0
LeanPool/FLTEichlerShimura/Theorems/Thm_HeckeEis_range_eichlerShimuraMap_inf_range_conj_eq_bot.lean 1,553 598,985 76.98 36.96 35.95 1.01 333 0
LeanPool/FLTEichlerShimura/Theorems/Thm_ModularCurve_exists_monoidHom_gamma0_algEquiv_qExpFunctionFieldC_gammaH_of_charZero.lean 1,379 596,202 97.46 25.29 24.11 1.18 479 0
LeanPool/FLTEichlerShimura/Definitions/Def_ModularCurve_ArithmeticGalois.lean 215 581,346 87.45 17.14 16.22 0.91 48 0
LeanPool/FLTEichlerShimura/Theorems/Thm_ModularCurve_natCard_normalized_algHom_jBar_eq_toNat_ord.lean 189 564,002 36.07 8.00 7.07 0.94 39 0
LeanPool/FLTEichlerShimura/Theorems/Thm_ModularCurve_exists_finset_ord_jBar_sub_pos.lean 344 557,170 68.74 13.34 12.35 0.99 112 0
LeanPool/FLTEichlerShimura/Theorems/Thm_ModularCurve_ord_eq_neg_width_of_order_eq_mul_ord_of_qExpansion_slash.lean 967 545,991 73.37 17.33 16.16 1.17 224 0
LeanPool/FLTEichlerShimura/Theorems/Thm_WLight_exists_monicRel_j_K_of_mdifferentiable_frickeQuotient.lean 1,465 536,427 48.72 20.32 19.18 1.14 218 0
LeanPool/FLTEichlerShimura/Theorems/Thm_ModularCurve_exists_elliptic_cycSub_orbitMap_of_props.lean 339 506,187 38.78 9.73 8.75 0.98 37 0
LeanPool/FLTEichlerShimura/Theorems/Thm_AlgebraicCurve_Place_exists_toValuationSubring_eq_comap_ringHom_of_isSeparable.lean 301 503,114 45.57 8.07 7.15 0.92 167 0
LeanPool/FLTEichlerShimura/Theorems/Thm_WeierstrassCurve_Affine_exists_genusOnePlaceGate_isCentred_and_abelTheorem.lean 1,301 502,313 68.78 27.15 26.18 0.97 340 0
LeanPool/FLTEichlerShimura/Theorems/Thm_ModularCurve_emd_of_beta_docks.lean 298 497,365 57.82 11.00 10.05 0.95 33 0
LeanPool/FLTEichlerShimura/Definitions/Def_ModularCurve_HeckeOperator.lean 243 489,572 48.31 11.88 10.94 0.94 92 0
LeanPool/FLTEichlerShimura/Theorems/Thm_WeierstrassCurve_exists_velu2FunctionFieldHom_restrictAlong_placeOfPoint_veluPointMap2.lean 736 473,403 61.53 19.94 19.00 0.94 209 0
LeanPool/FLTEichlerShimura/Definitions/Def_WeierstrassCurve_TorsionIntegral.lean 1,284 471,209 64.00 21.60 20.81 0.79 127 0
LeanPool/FLTEichlerShimura/Theorems/Thm_AlgebraicCurve_Divisor_pushforwardNormFormula.lean 987 466,181 81.67 20.30 19.33 0.96 225 0
LeanPool/FLTEichlerShimura/Definitions/Def_AlgebraicCurve_CanonicalLocalResidueInstanceV2.lean 1,925 463,597 101.28 28.35 27.34 1.01 321 0
LeanPool/FLTEichlerShimura/Theorems/Thm_ModularCurve_B3_specialisationEquivariance_level.lean 1,744 462,061 78.10 22.91 21.95 0.96 254 0
LeanPool/FLTEichlerShimura/Theorems/Thm_ModularCurve_isCurveOver_modularFunctionFieldBar.lean 224 458,904 68.93 11.99 11.01 0.98 43 0
LeanPool/FLTEichlerShimura/Theorems/Thm_ModularCurve_relfinrank_fullC_mul_prime_pow.lean 1,221 452,767 82.82 24.06 23.05 1.01 156 0
LeanPool/FLTEichlerShimura/Theorems/Thm_ModularCurve_exists_cuspForm_qExpansion_eq_coeffMap_mul_thetaL_pow_of_isIntegral.lean 237 450,086 50.94 10.01 8.85 1.16 57 0
LeanPool/FLTEichlerShimura/Theorems/Thm_ModularCurve_relfinrank_laurentBaseChange.lean 417 445,286 103.93 23.02 22.04 0.98 69 0
LeanPool/FLTEichlerShimura/Theorems/Thm_ModularCurve_relfinrank_laurentBaseChange_modularFunctionFieldFull.lean 415 442,436 62.05 23.45 22.54 0.91 69 0
LeanPool/FLTEichlerShimura/Theorems/Thm_ModularCurve_exists_ne_zero_forall_intCast_mul_qExpansion_coeff_of_gamma_invariant.lean 1,464 438,338 62.08 25.60 24.42 1.18 398 0
LeanPool/FLTEichlerShimura/Theorems/Thm_AlgebraicCurve_Place_exists_toValuationSubring_eq_comap_ringHom.lean 290 436,740 29.02 7.76 6.84 0.92 167 0
LeanPool/FLTEichlerShimura/Theorems/Thm_AlgebraicCurve_Place_exists_of_valuationSubring.lean 280 431,436 33.42 7.66 6.71 0.95 157 0
LeanPool/FLTEichlerShimura/Theorems/Thm_ModularCurve_jqN_div_mem_modularFunctionField.lean 413 430,335 41.76 7.23 6.28 0.96 76 0
LeanPool/FLTEichlerShimura/Theorems/Thm_ModularCurve_isIntegral_adjoin_jq_of_hasSum_of_gamma0_invariant.lean 665 424,429 39.56 9.44 8.26 1.18 333 0
LeanPool/FLTEichlerShimura/Theorems/Thm_ModularCurve_JOneES_exists_transcendental_finiteDimensional_qExpFunctionFieldC.lean 1,069 420,114 42.89 21.59 20.42 1.17 292 0
LeanPool/FLTEichlerShimura/Theorems/Thm_ModularCurve_exists_ratCast_qExpansion_comp_smul_of_mem_Gamma0.lean 1,294 411,856 53.47 20.75 19.51 1.24 373 0
LeanPool/FLTEichlerShimura/Theorems/Thm_ModularForm_exists_weight_one_gamma1_three_slash_fricke_eq_smul.lean 858 403,048 49.30 13.28 12.22 1.06 208 0
LeanPool/FLTEichlerShimura/Theorems/Thm_ModularCurve_eq_cuspInftyBar_or_eq_cuspZeroBar.lean 302 401,477 71.52 18.84 17.89 0.95 69 0
LeanPool/FLTEichlerShimura/Theorems/Thm_AlgebraicCurve_Divisor_degree_le_finrank_adjoin_of_eq_max_neg_ord.lean 698 397,020 57.87 24.99 24.00 0.99 24 0
LeanPool/FLTEichlerShimura/Theorems/Thm_ModularCurve_ord_eq_zero_of_not_mem_of_realizeOf_tendsto.lean 328 395,432 34.26 6.19 5.06 1.13 52 0
LeanPool/FLTEichlerShimura/Theorems/Thm_AlgebraicCurve_Place_exists_of_valuationSubring_of_isSeparable.lean 285 390,135 34.68 7.75 6.76 0.98 147 0
LeanPool/FLTEichlerShimura/Definitions/Defs_AlgebraicCurve_residueTheorem_sharedLibrary.lean 1,575 389,027 68.40 23.52 22.54 0.98 324 0
LeanPool/FLTEichlerShimura/Theorems/Thm_ModularCurve_exists_ringHom_laurentBaseChange_qExpFunctionFieldC_levelN_qExpansion.lean 1,041 387,919 51.57 16.16 14.99 1.17 269 0
LeanPool/FLTEichlerShimura/Theorems/Thm_ModularCurve_transcendental_and_finiteDimensional_adjoin_laurentBaseChange_qExpFunctionFieldC_of_coe_eq_jqModC.lean 278 385,519 47.45 9.84 8.66 1.18 52 0
LeanPool/FLTEichlerShimura/Theorems/Thm_ModularCurve_exists_ringHom_laurentBaseChange_qExpFunctionFieldC_levelN.lean 1,020 382,939 65.99 15.90 14.73 1.17 264 0
LeanPool/FLTEichlerShimura/Theorems/Thm_EisensteinSeries_isBoundedAtImInfty_eisensteinG1_and_hasSum_eisensteinG1.lean 629 382,502 36.71 13.31 12.24 1.07 101 0
LeanPool/FLTEichlerShimura/Theorems/Thm_ModularCurve_card_eq_natCard_quot_samePlace_of_forall_mem_iff_pos_ord.lean 371 381,469 56.80 16.02 15.08 0.94 54 0
LeanPool/FLTEichlerShimura/Theorems/Thm_ModularCurve_eventually_norm_slash_le_of_isIntegral_adjoin_coeffEmb_jq_inv_pow.lean 577 374,856 53.98 14.10 12.94 1.16 59 0
LeanPool/FLTEichlerShimura/Theorems/Thm_ModularCurve_ord_jBar_sub_1728_dvd_two.lean 515 374,684 56.98 18.00 17.05 0.95 74 0
LeanPool/FLTEichlerShimura/Theorems/Thm_PeriodPair_exists_scale_lattice_subset_and_sublatticeIndex_eq_and_isAddCyclic_sublatticeQuotient.lean 1,678 367,855 46.78 14.69 13.55 1.14 553 0
LeanPool/FLTEichlerShimura/Theorems/Thm_ModularCurve_ord_jBar_dvd_three_of_pos_of_forall_isRoot_hasRamBound.lean 350 366,322 55.07 10.53 9.62 0.91 41 0
LeanPool/FLTEichlerShimura/Theorems/Thm_ModularCurve_finrank_adjoin_jqNModC_eq_dedekindPsi_of_socket.lean 396 363,876 47.36 10.08 9.09 0.99 94 0
LeanPool/FLTEichlerShimura/Theorems/Thm_AlgebraicCurve_dCoordGenerates_of_isCurveOver.lean 1,155 363,029 69.04 17.34 16.41 0.93 345 0
LeanPool/FLTEichlerShimura/Theorems/Thm_ModularCurve_ComplexPlaceDictionaryOf_ramification_eq_one_gamma1.lean 498 356,226 21.90 8.81 7.61 1.20 110 0
LeanPool/FLTEichlerShimura/Theorems/Thm_ModularCurve_slot_ord_of_algHom_laurentBaseChange.lean 271 355,022 48.99 8.57 7.60 0.97 34 0
LeanPool/FLTEichlerShimura/Theorems/Thm_ModularCurve_even_ord_add_weightFloor_of_mem_toValuationSubring_laurentBaseChange_gamma1.lean 539 351,943 39.28 9.27 8.06 1.21 42 0
LeanPool/FLTEichlerShimura/Theorems/Thm_AlgebraicCurve_hasPrincipalDivisors_of_transcendental.lean 792 348,662 53.91 16.13 15.15 0.98 127 0
LeanPool/FLTEichlerShimura/Theorems/Thm_ModularCurve_slot_place_eq_iff_modEq.lean 342 346,026 46.69 8.78 7.84 0.94 34 0
LeanPool/FLTEichlerShimura/Theorems/Thm_AlgebraicCurve_mem_span_range_algebraMap_of_constantFieldExtension_of_isAlgClosed.lean 953 343,444 66.23 18.29 17.37 0.92 82 0
LeanPool/FLTEichlerShimura/Definitions/Def_ModularCurve_HeckeOperatorTotal.lean 125 343,238 49.11 6.88 5.97 0.91 36 0
LeanPool/FLTEichlerShimura/Theorems/Thm_ModularCurve_jqN_pow_not_mem_adjoin_full.lean 815 338,454 48.16 13.84 12.86 0.98 119 0
LeanPool/FLTEichlerShimura/Theorems/Thm_ModularCurve_finrank_adjoin_jqNModC_eq_of_prime.lean 297 337,995 48.63 17.54 16.61 0.93 69 0
LeanPool/FLTEichlerShimura/Theorems/Thm_ModularCurve_StarBank_closure.lean 390 337,394 21.88 5.69 4.75 0.94 74 0
LeanPool/FLTEichlerShimura/Theorems/Thm_WLight_weierstrassP_qExpansion_package.lean 913 337,226 32.32 14.58 13.47 1.11 175 0
LeanPool/FLTEichlerShimura/Theorems/Thm_ModularCurve_deg_ne_zero_modularFunctionFieldC.lean 180 336,586 36.46 10.56 9.58 0.98 44 0
LeanPool/FLTEichlerShimura/Theorems/Thm_HeckeEis_finrank_coeffH1par_gamma0_le_finrank_coeffH1par_top_induced.lean 608 335,774 55.61 14.42 13.41 1.01 166 0
LeanPool/FLTEichlerShimura/Definitions/Def_ModularCurve_JZeroNaiveHeight.lean 195 334,709 31.99 8.85 7.67 1.18 58 0
LeanPool/FLTEichlerShimura/Theorems/Thm_AlgebraicCurve_hasPrincipalDivisors_of_finiteDimensional_ratFunc.lean 768 334,585 61.51 15.50 14.51 0.99 126 0
LeanPool/FLTEichlerShimura/Theorems/Thm_ModularForm_isIntegral_adjoin_qExpansion_div_discriminant_pow_of_isArithmetic.lean 561 333,446 32.35 10.55 9.33 1.22 80 0
LeanPool/FLTEichlerShimura/Theorems/Thm_Complex_integral_modularFundamentalDomain_eq_boundary_of_hasFDerivAt.lean 731 333,005 31.12 12.46 11.50 0.96 223 0
LeanPool/FLTEichlerShimura/Definitions/Def_DedekindDomain_AdicValuation_InlineSpecific.lean 609 328,461 29.59 10.63 9.66 0.97 166 0
LeanPool/FLTEichlerShimura/Theorems/Thm_AlgebraicCurve_linearIndependent_of_constantFieldExtension.lean 657 324,316 61.84 15.42 14.46 0.95 64 0
LeanPool/FLTEichlerShimura/Theorems/Thm_AlgebraicCurve_linearIndependent_of_constantFieldExtension_of_isAlgClosed.lean 668 321,993 52.11 15.42 14.47 0.95 67 0
LeanPool/FLTEichlerShimura/Theorems/Thm_CuspForm_exists_gamma0_four_apply_eq_eta_pow_mul.lean 676 319,033 36.05 11.60 10.54 1.06 145 0
LeanPool/FLTEichlerShimura/Theorems/Thm_WeierstrassCurve_Affine_IsogenyEndDatum_exists_pointEnd_eq_of_mem_isogenyEndSubring.lean 1,762 318,086 37.94 10.94 10.00 0.94 904 0
LeanPool/FLTEichlerShimura/Theorems/Thm_FrobeniusEndo_frobCharEqOnPoints_of_charEq_on_torsion_of_trace_ne_zero.lean 1,515 317,717 25.07 14.50 13.66 0.84 230 0
LeanPool/FLTEichlerShimura/Theorems/Thm_NumberField_exists_isFrobenius_lift_arithFrobAt.lean 320 314,162 38.47 6.53 5.55 0.98 51 0
LeanPool/FLTEichlerShimura/Theorems/Thm_WeierstrassCurve_Affine_IsogenyHomDatum_exists_pointHom_comp_eq_of_ker_le_of_isCentred.lean 471 311,273 33.39 10.08 9.14 0.94 181 0
LeanPool/FLTEichlerShimura/Theorems/Thm_WeierstrassCurve_Affine_valuation_placeOf_neg_transEquiv_algebraMap.lean 433 310,407 29.98 8.29 7.31 0.98 75 0
LeanPool/FLTEichlerShimura/Definitions/Def_ModularCurve_HeckeModule.lean 203 306,950 34.06 8.25 7.31 0.94 105 0
LeanPool/FLTEichlerShimura/Theorems/Thm_FrobeniusEndo_exists_x_linePencil_frobEnd_mul_collision_sq.lean 880 306,666 44.10 14.08 13.23 0.85 148 0
LeanPool/FLTEichlerShimura/Theorems/Thm_ModularCurve_exists_tendsto_realizeOf_mul_exp_of_not_mem_toValuationSubring.lean 236 301,731 23.89 6.19 5.04 1.15 28 0
LeanPool/FLTEichlerShimura/Theorems/Thm_AlgebraicCurve_RationalFunctionField_stichtenothGenusExists.lean 1,230 297,839 44.43 14.63 13.63 1.00 340 0
LeanPool/FLTEichlerShimura/Theorems/Thm_ModularCurve_exists_algHom_laurentBaseChange_slot.lean 253 297,074 54.89 11.96 11.04 0.92 35 0
LeanPool/FLTEichlerShimura/Theorems/Thm_ModularCurve_explicitFunctionFieldModels.lean 294 292,541 51.14 17.03 15.79 1.24 22 0
LeanPool/FLTEichlerShimura/Theorems/Thm_ModularCurve_neg_width_le_ord_of_order_eq_mul_ord_of_qExpansion_slash.lean 454 289,955 22.20 8.19 7.03 1.16 76 0
LeanPool/FLTEichlerShimura/Theorems/Thm_AlgebraicCurve_RationalFunctionField_stichtenothGenusExists_of_ratFunc_tower.lean 1,174 287,938 41.17 14.07 13.09 0.98 314 0
LeanPool/FLTEichlerShimura/Definitions/Def_AlgebraicCurve_PlaceCompletion.lean 589 285,371 47.30 14.26 13.22 1.04 137 0
LeanPool/FLTEichlerShimura/Theorems/Thm_ModularCurve_exists_cuspForm_coeffMap_diffQExpBar_eq_qExpansion_of_mem_regularDifferentialsBar.lean 268 280,541 20.34 7.88 6.70 1.18 61 0
LeanPool/FLTEichlerShimura/Theorems/Thm_WeierstrassCurve_Affine_natCard_ker_pointMapOfPushforward_eq_finrankAlong.lean 587 276,924 55.37 13.58 12.56 1.02 134 0
LeanPool/FLTEichlerShimura/Definitions/Def_ModularCurve_QAdicPlace.lean 456 276,847 42.25 11.80 10.82 0.98 91 0
LeanPool/FLTEichlerShimura/Theorems/Thm_ModularCurve_PhiGen_evalSymm_of_splits.lean 838 276,189 46.51 14.89 13.90 0.99 189 0
LeanPool/FLTEichlerShimura/Theorems/Thm_WeierstrassCurve_Affine_ker_pointMapOfPushforward_eq_of_j_eq_of_forall_pointEnd_eq_zsmul.lean 586 275,297 23.08 10.37 9.45 0.93 107 0
LeanPool/FLTEichlerShimura/Theorems/Thm_ModularCurve_eventually_norm_slash_le_mul_of_isIntegral_adjoin_jqModC_inv_sq.lean 510 275,213 35.69 9.80 8.59 1.21 64 0
LeanPool/FLTEichlerShimura/Theorems/Thm_ModularCurve_finrank_adjoin_jqN_prime_of_not_mem.lean 317 272,956 26.14 4.75 3.77 0.98 107 0
LeanPool/FLTEichlerShimura/Theorems/Thm_ModularCurve_meromorphicOrderAt_E4_cube_div_discriminant_sub_eq_card_stabilizer_div_two.lean 690 272,178 32.82 9.87 8.79 1.08 159 0
LeanPool/FLTEichlerShimura/Theorems/Thm_ModularCurve_finiteDimensional_adjoin_coeffEmb_jq_of_neZero.lean 230 269,965 30.65 8.25 7.28 0.96 26 0
LeanPool/FLTEichlerShimura/Theorems/Thm_ModularCurve_LevelN_exists_place_ord_neg_forall_smul_eq.lean 975 264,736 48.55 12.08 10.91 1.17 248 0
LeanPool/FLTEichlerShimura/Theorems/Thm_WeierstrassCurve_zmultiples_eq_of_veluQuotient_j_eq_of_forall_isogenyEndDatum_exists_int.lean 603 262,827 32.04 10.73 9.80 0.92 98 0
LeanPool/FLTEichlerShimura/Theorems/Thm_Nat_exists_squarefree_sq_add.lean 365 262,020 31.83 9.01 8.07 0.94 41 0
LeanPool/FLTEichlerShimura/Theorems/Thm_HeckeEis_isParabolicCocycle_cocycle_of_isEichlerIntegral.lean 229 258,487 13.42 4.28 3.28 1.00 45 0
LeanPool/FLTEichlerShimura/Theorems/Thm_WeierstrassCurve_exists_functionFieldHom_fullKernelQuotient_pointMapOfPushforward_ker_eq_zmultiples.lean 993 257,198 45.16 15.40 14.48 0.92 96 0
LeanPool/FLTEichlerShimura/Definitions/Def_Isogeny_ConditionalCurrency.lean 325 256,358 31.65 7.50 6.59 0.91 152 0
LeanPool/FLTEichlerShimura/Theorems/Thm_ModularCurve_finrank_adjoin_jqModC_laurentBaseChange_qExpFunctionFieldC_gamma1_eq_index.lean 384 254,346 49.33 8.63 7.45 1.18 64 0
LeanPool/FLTEichlerShimura/Theorems/Thm_HeckeEis_eichlerShimuraMap_heckeTLin.lean 982 253,550 37.01 13.54 12.49 1.05 201 0
LeanPool/FLTEichlerShimura/Theorems/Thm_ModularCurve_deg_eq_one_modularFunctionFieldBar.lean 207 250,121 26.63 7.70 6.73 0.98 46 0
LeanPool/FLTEichlerShimura/Theorems/Thm_WeierstrassCurve_Affine_FunctionField_eq_valuationSubring_of_X_not_mem.lean 344 249,955 29.02 5.75 4.98 0.78 66 0
LeanPool/FLTEichlerShimura/Theorems/Thm_ModularCurve_LevelN_exists_monoidHom_algEquiv_fixedField_eq_adjoin.lean 573 243,036 38.33 9.77 8.59 1.18 128 0
LeanPool/FLTEichlerShimura/Theorems/Thm_ModularCurve_LevelN_valuation_apply_smul_le_one_of_tendsto_div_smul.lean 901 237,662 22.49 9.50 8.33 1.17 161 0
LeanPool/FLTEichlerShimura/Definitions/Def_EllipticCurve_TateModule.lean 991 236,301 43.48 10.19 9.09 1.10 258 0
LeanPool/FLTEichlerShimura/Theorems/Thm_AlgebraicCurve_Place_exists_comap_algebraMap_eq_of_constantFieldExtension.lean 694 236,015 37.70 9.96 9.05 0.91 79 0
LeanPool/FLTEichlerShimura/Theorems/Thm_AlgebraicCurve_Place_exists_comap_algebraMap_eq_of_constantFieldExtension_of_isAlgClosed.lean 706 235,536 33.35 10.06 9.15 0.91 79 0
LeanPool/FLTEichlerShimura/Theorems/Thm_ModularCurve_exists_complexPlaceDictionaryOf.lean 547 234,283 43.51 10.40 9.22 1.18 156 0
LeanPool/FLTEichlerShimura/Theorems/Thm_EisensteinSeries_hasSum_weierstrassZeta_sub_mul_G2.lean 614 229,463 27.81 10.43 9.32 1.11 117 0
LeanPool/FLTEichlerShimura/Theorems/Thm_ModularCurve_ord_eq_three_of_ord_pos_and_ord_sub_eq_two_laurentBaseChange_gamma1.lean 223 228,256 28.62 5.62 4.44 1.18 43 0
LeanPool/FLTEichlerShimura/Theorems/Thm_AlgebraicCurve_indexOfSpecialty_eq_of_genusReached.lean 823 227,975 38.58 12.66 11.73 0.92 147 0
LeanPool/FLTEichlerShimura/Theorems/Thm_WeierstrassCurve_Affine_IsogenyEndDatum_aeval_j_diag_eq_zero_of_finrankAlong_eq.lean 506 227,814 31.40 9.38 8.23 1.15 123 0
LeanPool/FLTEichlerShimura/Theorems/Thm_ModularCurve_even_ord_add_ord_of_not_mem_toValuationSubring_laurentBaseChange_gamma1.lean 525 225,898 23.03 7.79 6.57 1.22 50 0
LeanPool/FLTEichlerShimura/Theorems/Thm_ModularCurve_dedekindPsi_le_finrank_adjoin_qExpFunctionFieldC_gamma0.lean 153 224,677 39.90 7.09 5.97 1.12 17 0
LeanPool/FLTEichlerShimura/Theorems/Thm_WeierstrassCurve_fiberAdd_asymWeight_cleared_sixteen.lean 191 222,752 27.75 12.62 11.83 0.79 17 0
LeanPool/FLTEichlerShimura/Theorems/Thm_HeckeEis_exists_basis_coeffH1par_int_complex.lean 458 221,295 19.06 7.39 6.41 0.98 84 0
LeanPool/FLTEichlerShimura/Theorems/Thm_ModularCurve_finrank_adjoin_jqModC_qExpFunctionFieldC_le_index_of_isAlgClosed.lean 276 221,154 40.84 6.79 5.65 1.14 43 0
LeanPool/FLTEichlerShimura/Theorems/Thm_ModularCurve_jCoordinate_spec_modularFunctionFieldBar.lean 294 212,987 32.37 7.07 5.90 1.17 26 0
LeanPool/FLTEichlerShimura/Theorems/Thm_WeierstrassCurve_exists_addOrderOf_eq_and_vcInvFun_ne_nsmul_of_sq_eq_neg_one.lean 531 212,318 34.00 7.43 6.51 0.91 57 0
LeanPool/FLTEichlerShimura/Theorems/Thm_AlgebraicCurve_indexOfSpecialty_eq_zero_of_genusReached.lean 786 211,495 39.54 11.68 10.77 0.91 147 0
LeanPool/FLTEichlerShimura/Theorems/Thm_WeierstrassCurve_exists_addOrderOf_eq_and_vcInvFun_ne_nsmul_of_pow_three_eq_one.lean 544 211,287 33.52 8.10 7.17 0.93 56 0
LeanPool/FLTEichlerShimura/Theorems/Thm_ModularCurve_Period_six_mul_finrank_parabolicHoms_add_le_index.lean 767 210,605 39.64 10.61 9.61 1.00 147 0
LeanPool/FLTEichlerShimura/Theorems/Thm_ModularCurve_PhiGen_phiIrreducible_of_splits.lean 701 209,938 43.25 10.75 9.72 1.03 170 0
LeanPool/FLTEichlerShimura/Theorems/Thm_WLight_qExpansion_sigmaTransport_package.lean 760 209,815 16.67 8.03 6.91 1.12 178 0
LeanPool/FLTEichlerShimura/Theorems/Thm_ModularCurve_natCard_ord_jBar_eq_one_eq_nuThree.lean 195 209,713 24.72 4.63 3.72 0.91 24 0
LeanPool/FLTEichlerShimura/Theorems/Thm_ModularCurve_natCard_ord_jBar_sub_1728_eq_one_eq_nuTwo.lean 193 208,787 28.32 4.71 3.70 1.01 24 0
LeanPool/FLTEichlerShimura/Theorems/Thm_WeierstrassCurve_Affine_eval_modularPolynomial_map_j_eq_zero_of_isAddCyclic_ker_pointMapOfPushforward.lean 465 206,771 46.67 9.19 8.10 1.09 63 0
LeanPool/FLTEichlerShimura/Theorems/Thm_ModularCurve_jqNModC_mem_modularFunctionFieldC_mul_prime.lean 436 204,448 31.20 8.00 7.00 1.00 78 0
LeanPool/FLTEichlerShimura/Theorems/Thm_AlgebraicCurve_Divisor_finrank_adjoin_le_degree_of_eq_max_neg_ord.lean 276 204,401 40.14 7.46 6.54 0.93 18 0
LeanPool/FLTEichlerShimura/Theorems/Thm_HeckeEis_exists_induced_binaryFormRepSL_top.lean 635 204,382 30.79 9.34 8.46 0.89 134 0
LeanPool/FLTEichlerShimura/Theorems/Thm_WLight_exists_monicRel_j_of_mdifferentiable_levelFraction.lean 648 202,224 24.75 7.17 6.03 1.14 150 0
LeanPool/FLTEichlerShimura/Theorems/Thm_AlgebraicCurve_Place_exists_regular_derivative.lean 553 201,656 37.13 9.66 8.68 0.98 36 0
LeanPool/FLTEichlerShimura/Theorems/Thm_HeckeEis_exists_coeffH1par_semilinearMap_starRingEnd.lean 431 198,914 24.70 8.88 8.04 0.83 90 0
LeanPool/FLTEichlerShimura/Theorems/Thm_HeckeEis_le_finrank_fixed_induced_binaryFormRepSL.lean 627 198,567 22.71 9.60 8.55 1.05 161 0
LeanPool/FLTEichlerShimura/Theorems/Thm_WeierstrassCurve_galoisRepUnramifiedAt_of_hasGoodReduction.lean 372 197,120 38.66 7.74 6.76 0.98 35 0
LeanPool/FLTEichlerShimura/Theorems/Thm_WLight_frickeFunction_orbit_package.lean 705 196,880 27.39 8.37 7.28 1.09 241 0
LeanPool/FLTEichlerShimura/Theorems/Thm_WeierstrassCurve_card_torsion_of_isAlgClosed.lean 1,334 196,626 29.06 11.82 11.00 0.82 185 0
LeanPool/FLTEichlerShimura/Theorems/Thm_WeierstrassCurve_Affine_valuation_transEquiv_le_self.lean 312 195,370 27.66 6.85 5.92 0.93 84 0
LeanPool/FLTEichlerShimura/Theorems/Thm_ModularCurve_jqN_prime_not_mem_adjoin.lean 506 194,495 44.58 8.18 7.13 1.05 93 0
LeanPool/FLTEichlerShimura/Theorems/Thm_HeckeEis_eichlerShimuraMap_heckeULin.lean 740 193,177 31.36 10.07 9.00 1.07 197 0
LeanPool/FLTEichlerShimura/Theorems/Thm_HeckeEis_finrank_coeffH1par_top_add_le.lean 513 192,797 33.33 8.44 7.49 0.96 126 0
LeanPool/FLTEichlerShimura/Theorems/Thm_ModularCurve_ModularPolynomialData_mem_of_isRoot_map_j_of_transcendental.lean 627 191,333 25.79 8.25 7.26 0.99 91 0
LeanPool/FLTEichlerShimura/Theorems/Thm_WeierstrassCurve_velu_map_equation_of_oddOrderSummingSet.lean 699 191,059 42.12 10.21 9.22 0.99 131 0
LeanPool/FLTEichlerShimura/Theorems/Thm_ModularCurve_three_mul_natCard_moduliPoint_j_eq_zero_eq_dedekindPsi_add_two_mul_nuThree.lean 758 185,496 19.20 7.37 6.38 0.98 231 0
LeanPool/FLTEichlerShimura/Definitions/Def_ModularCurve_XH.lean 256 185,265 15.49 5.88 4.73 1.15 84 0
LeanPool/FLTEichlerShimura/Theorems/Thm_AlgebraicCurve_Place_mem_range_algebraMap_of_forall_ord_eq_zero_of_isAlgClosed.lean 480 183,545 16.94 6.00 5.03 0.97 87 0
LeanPool/FLTEichlerShimura/Theorems/Thm_Monoid_CoprodI_nonempty_freeGroupBasis_fin_kuroshRank.lean 1,331 182,950 33.98 10.12 9.47 0.65 329 0
LeanPool/FLTEichlerShimura/Definitions/Def_ModularCurve_X1.lean 300 179,456 24.62 5.81 4.67 1.14 111 0
LeanPool/FLTEichlerShimura/Theorems/Thm_ModularCurve_exists_isFrickeAut_of_modularPolynomialData.lean 381 177,048 30.56 10.59 9.63 0.96 88 0
LeanPool/FLTEichlerShimura/Theorems/Thm_ModularCurve_samePlace_iff_exists_hahnTwist.lean 579 176,551 28.15 10.25 9.20 1.05 92 0
LeanPool/FLTEichlerShimura/Theorems/Thm_ModularCurve_StarBank_deltaNorm.lean 561 175,313 24.15 7.03 6.03 1.00 115 0
LeanPool/FLTEichlerShimura/Theorems/Thm_ModularCurve_exists_phiIrreducible_of_finrank_eq.lean 238 174,506 18.93 3.77 2.84 0.93 49 0
LeanPool/FLTEichlerShimura/Theorems/Thm_ModularCurve_sum_neg_ord_jBar_eq_dedekindPsi.lean 141 171,675 29.95 5.36 4.42 0.94 18 0
LeanPool/FLTEichlerShimura/Theorems/Thm_WLight_exists_qExpansion_coeff_mem_of_mdifferentiable_levelFraction.lean 1,008 171,081 25.50 8.91 7.77 1.14 174 0
LeanPool/FLTEichlerShimura/Theorems/Thm_WeierstrassCurve_Affine_exists_infinitePlace_deg_eq_one.lean 541 170,365 25.18 9.51 8.55 0.95 99 0
LeanPool/FLTEichlerShimura/Theorems/Thm_ModularCurve_degree_add_one_sub_genusFF_le_finrank_riemannRochSpace.lean 122 169,577 34.67 5.29 4.12 1.17 18 0
LeanPool/FLTEichlerShimura/Theorems/Thm_ModularForm_exists_weightOne_eisenstein_qCoeff_eq_of_isPrimitive_of_odd.lean 787 169,572 19.68 8.75 7.60 1.15 177 0
LeanPool/FLTEichlerShimura/Definitions/Def_ModularCurve_PeriodLattice.lean 395 169,524 27.31 9.58 8.54 1.04 74 0
LeanPool/FLTEichlerShimura/Theorems/Thm_ModularCurve_Period_exists_basis_parabolicHoms_of_isAddTorsionFree.lean 376 169,110 21.58 5.78 4.76 1.02 181 0
LeanPool/FLTEichlerShimura/Theorems/Thm_WeierstrassCurve_Affine_valuation_transEquiv_le.lean 222 168,225 20.18 4.61 3.67 0.94 58 0
LeanPool/FLTEichlerShimura/Definitions/Defs_UpperHalfPlane_niceFunctionSubalgebra.lean 387 167,175 39.26 9.51 8.30 1.21 127 0
LeanPool/FLTEichlerShimura/Theorems/Thm_ModularCurve_TatePoint_fullKernelDiscAt.lean 742 166,717 31.33 11.99 11.00 0.99 75 0
LeanPool/FLTEichlerShimura/Theorems/Thm_WeierstrassCurve_Affine_isAddCyclic_ker_pointMapOfPushforward_of_baseChange_algHom.lean 433 165,402 23.04 4.99 3.96 1.03 128 0
LeanPool/FLTEichlerShimura/Theorems/Thm_WLight_frickeFunction_modularity_package.lean 964 164,413 35.34 9.89 8.82 1.07 124 0
LeanPool/FLTEichlerShimura/Theorems/Thm_AlgebraicCurve_sum_ordDiff_D_le_two_mul_genusFF_of_isSeparable.lean 498 163,730 31.04 6.00 5.08 0.92 97 0
LeanPool/FLTEichlerShimura/Theorems/Thm_HeckeEis_exists_ne_zero_smul_eq_coeffH1par_map_int_rat.lean 820 162,707 21.29 10.19 9.21 0.98 183 0
LeanPool/FLTEichlerShimura/Theorems/Thm_ModularCurve_exists_place_of_emb.lean 259 161,377 19.23 7.23 6.24 0.99 41 0
LeanPool/FLTEichlerShimura/Theorems/Thm_ModularCurve_exists_divisor_two_mul_eq_ord_add_weightFloor_one_laurentBaseChange_gamma1.lean 198 160,378 29.63 5.60 4.49 1.11 23 0
LeanPool/FLTEichlerShimura/Theorems/Thm_ModularCurve_LevelN_twelve_mul_add_mul_index_le_genusFF.lean 670 159,289 30.04 10.94 9.71 1.23 79 0
LeanPool/FLTEichlerShimura/Theorems/Thm_HeckeEis_linearIndependent_coeffH1par_map_rat_complex.lean 384 157,761 23.99 5.84 5.00 0.83 89 0
LeanPool/FLTEichlerShimura/Theorems/Thm_WeierstrassCurve_veluX_oddOrderSummingSet_injOn_psi2Sq_roots.lean 849 155,420 22.59 9.59 8.68 0.91 178 0
LeanPool/FLTEichlerShimura/Theorems/Thm_ModularCurve_two_mul_natCard_moduliPoint_j_eq_1728_eq_dedekindPsi_add_nuTwo.lean 716 155,303 19.14 6.51 5.56 0.95 216 0
LeanPool/FLTEichlerShimura/Theorems/Thm_WeierstrassCurve_Affine_Point_natDegree_parallelogram_law.lean 570 151,038 26.83 8.64 7.82 0.82 59 0
LeanPool/FLTEichlerShimura/Theorems/Thm_HeckeEis_coeffH1par_map_heckeT_comm.lean 253 150,273 9.06 3.25 2.43 0.82 45 0
LeanPool/FLTEichlerShimura/Theorems/Thm_HeckeEis_coeffH1par_binaryFormRepSL_int_eq_zero_of_smul_eq_zero.lean 233 148,752 14.27 3.16 2.33 0.83 53 0
LeanPool/FLTEichlerShimura/Definitions/Def_ModularCurve_HeckeDifferential.lean 269 148,110 33.04 6.21 5.22 0.99 57 0
LeanPool/FLTEichlerShimura/Theorems/Thm_AlgebraicCurve_Place_sum_ramificationIndex_mul_inertiaDeg_le_finrank.lean 464 146,391 32.38 8.10 7.15 0.95 65 0
LeanPool/FLTEichlerShimura/Theorems/Thm_AlgebraicCurve_Place_sum_ramificationIndex_mul_inertiaDeg_fiberOver.lean 462 145,763 36.01 8.22 7.24 0.98 65 0
LeanPool/FLTEichlerShimura/Theorems/Thm_HeckeEis_finrank_coeffH1par_le_two_mul_dimFormula.lean 214 145,482 18.16 6.52 5.53 0.99 23 0
LeanPool/FLTEichlerShimura/Theorems/Thm_PeriodPair_exists_scale_lattice_subset_and_sublatticeIndex_eq_natCard_ker.lean 847 145,172 24.37 6.31 5.19 1.12 324 0
LeanPool/FLTEichlerShimura/Theorems/Thm_AlgebraicCurve_Place_exists_algHom_laurentSeries_order_eq_ord.lean 574 144,852 28.79 7.66 6.67 0.99 79 0
LeanPool/FLTEichlerShimura/Theorems/Thm_PeriodPair_isUniformization_toPoint.lean 1,258 144,779 27.29 12.19 11.17 1.02 160 0
LeanPool/FLTEichlerShimura/Theorems/Thm_ModularCurve_StarBank_hassePolyDescent.lean 436 144,618 12.89 4.43 3.28 1.15 72 0
LeanPool/FLTEichlerShimura/Theorems/Thm_ModularCurve_relfinrank_full_eq_dedekindPsi.lean 478 144,120 16.51 6.04 5.04 1.00 121 0
LeanPool/FLTEichlerShimura/Theorems/Thm_WLight_levelOne_hauptmodul_package.lean 934 143,349 22.40 8.38 7.26 1.12 138 0
LeanPool/FLTEichlerShimura/Theorems/Thm_HeckeEis_mem_span_range_coeffH1par_map_rat_complex.lean 476 143,214 22.47 6.41 5.59 0.83 115 0
LeanPool/FLTEichlerShimura/Theorems/Thm_WeierstrassCurve_nonempty_functionField_algEquiv_of_variableChange.lean 355 142,971 31.00 8.02 7.10 0.92 82 0
LeanPool/FLTEichlerShimura/Theorems/Thm_WeierstrassCurve_Affine_weilPairing0_galois.lean 317 141,853 27.25 5.80 4.87 0.93 103 0
LeanPool/FLTEichlerShimura/Theorems/Thm_WeierstrassCurve_Affine_exists_algHom_baseChange_of_isAddCyclic_ker_pointMapOfPushforward.lean 399 141,739 11.65 4.71 3.62 1.09 142 0
LeanPool/FLTEichlerShimura/Theorems/Thm_ModularCurve_finrank_adjoin_jqN_eq_dedekindPsi.lean 466 141,292 22.16 6.30 5.25 1.05 96 0
LeanPool/FLTEichlerShimura/Theorems/Thm_ZMod_natCard_isAddCyclic_addSubgroup_prod_map_eq_nuTwo.lean 430 141,252 17.00 7.04 6.07 0.97 88 0
LeanPool/FLTEichlerShimura/Theorems/Thm_AlgebraicCurve_natCard_place_ord_sub_pos_le_natCard_doubleCoset.lean 249 140,718 26.12 5.09 4.19 0.91 37 0
LeanPool/FLTEichlerShimura/Theorems/Thm_ModularCurve_card_eq_cuspCount_of_forall_mem_iff_ord_jBar_neg.lean 249 139,782 24.24 5.81 4.81 1.00 63 0
LeanPool/FLTEichlerShimura/Theorems/Thm_WeierstrassCurve_Affine_hasPrincipalDivisors_functionField.lean 264 139,540 30.84 7.71 6.76 0.95 68 0
LeanPool/FLTEichlerShimura/Theorems/Thm_ModularCurve_exists_mvPolynomial_mul_aeval_fricke_eq_of_qExpansion_coeff_mem.lean 644 138,444 26.21 8.26 7.14 1.12 156 0
LeanPool/FLTEichlerShimura/Theorems/Thm_WeierstrassCurve_Affine_exists_genusOnePlaceGate_isCentred_abelTheorem.lean 455 137,657 27.84 6.46 5.50 0.96 121 0
LeanPool/FLTEichlerShimura/Theorems/Thm_AlgebraicCurve_exists_finiteDimensional_isSeparable_adjoin_of_constantFieldExtension_of_isAlgClosed.lean 167 136,409 23.41 5.17 4.26 0.91 11 0
LeanPool/FLTEichlerShimura/Theorems/Thm_ModularCurve_exists_elliptic_cycSub_orbitMap.lean 121 136,258 23.69 3.62 2.68 0.93 18 0
LeanPool/FLTEichlerShimura/Theorems/Thm_ModularCurve_exists_intSeriesC_mul_ne_of_gamma0Units_not_mem.lean 441 135,799 22.75 5.25 4.10 1.15 49 0
LeanPool/FLTEichlerShimura/Theorems/Thm_WeierstrassCurve_hasRamBound_one_of_nsmul_eq_zero_of_isUnit_discriminant_powerSeries.lean 373 135,273 20.72 5.05 4.20 0.85 62 0
LeanPool/FLTEichlerShimura/Theorems/Thm_ModularCurve_exists_apply_eq_of_forall_ord_eq_zero_tendsto_realizeOf.lean 168 135,193 13.67 4.25 3.09 1.16 20 0
LeanPool/FLTEichlerShimura/Theorems/Thm_CuspForm_genusFormula_le_finrank_gamma0_weight_two.lean 260 134,734 17.52 5.33 4.16 1.17 18 0
LeanPool/FLTEichlerShimura/Theorems/Thm_ModularCurve_nonempty_modularPolynomialData.lean 200 134,655 34.78 6.50 5.55 0.95 38 0
LeanPool/FLTEichlerShimura/Theorems/Thm_WeierstrassCurve_reducePoint_some_add_some_of_le_one.lean 723 133,287 19.48 8.08 7.16 0.92 44 0
LeanPool/FLTEichlerShimura/Theorems/Thm_HeckeEis_eichlerShimuraMap_injective.lean 282 133,175 10.26 3.77 2.69 1.08 40 0
LeanPool/FLTEichlerShimura/Theorems/Thm_ModularCurve_exists_irreducible_ramificationIndex_eq_ord_aeval_of_restrict_ne_jLinePlaces.lean 212 132,098 21.81 4.35 3.40 0.95 33 0
LeanPool/FLTEichlerShimura/Theorems/Thm_HeckeEis_exists_coeffH1par_map_ringHom.lean 361 131,877 25.44 6.53 5.70 0.83 77 0
LeanPool/FLTEichlerShimura/Theorems/Thm_ModularCurve_adjoin_jBar_jNBar_eq_top.lean 209 131,051 19.34 3.96 3.01 0.95 56 0
LeanPool/FLTEichlerShimura/Definitions/Def_ModularCurve_MazurStepThreeInputs.lean 228 130,368 22.18 5.59 4.66 0.92 33 0
LeanPool/FLTEichlerShimura/Theorems/Thm_ModularCurve_isIntegral_adjoin_jqModC_qExpansion_div_of_forall_isBoundedUnder.lean 636 130,316 15.60 7.45 6.23 1.22 205 0
LeanPool/FLTEichlerShimura/Theorems/Thm_ModularCurve_exists_modularForm_eventuallyEq_div_of_meromorphic_of_finiteIndex.lean 708 130,143 26.61 9.72 8.64 1.08 119 0
LeanPool/FLTEichlerShimura/Theorems/Thm_ModularCurve_PhiGen_PhiGenDescends_hasSum_cosetPoly_coeff.lean 364 128,339 13.93 4.61 3.46 1.15 120 0
LeanPool/FLTEichlerShimura/Theorems/Thm_ModularCurve_six_mul_level_mul_finrank_parabolicHoms_Gamma_add_eq.lean 634 127,228 27.23 7.86 6.95 0.91 109 0
LeanPool/FLTEichlerShimura/Theorems/Thm_WeierstrassCurve_Affine_hasPrincipalDivisors_of_isAlgClosed.lean 463 126,415 19.97 8.02 7.06 0.96 92 0
LeanPool/FLTEichlerShimura/Theorems/Thm_ModularCurve_exists_ne_zero_forall_mul_qExpansion_coeff_fricke_mem_adjoin.lean 849 124,538 21.00 10.18 9.10 1.08 229 0
LeanPool/FLTEichlerShimura/Theorems/Thm_AlgebraicCurve_isCurveOver_ratFunc.lean 597 124,057 23.48 6.94 6.01 0.93 138 0
LeanPool/FLTEichlerShimura/Definitions/Def_WeierstrassCurve_FunctionFieldQuadratic.lean 218 122,908 25.74 6.17 5.36 0.81 49 0
LeanPool/FLTEichlerShimura/Theorems/Thm_AlgebraicCurve_Place_ordDiff_D_eq_ord_sub_one.lean 234 122,726 13.07 4.04 3.09 0.95 63 0
LeanPool/FLTEichlerShimura/Theorems/Thm_ModularCurve_full_eq_adjoin_full_div_prime.lean 465 122,431 27.07 5.46 4.41 1.05 82 0
LeanPool/FLTEichlerShimura/Theorems/Thm_ModularCurve_exists_ratCast_qExpansion_slash_of_mem_Gamma0.lean 659 121,802 29.41 8.27 7.08 1.19 119 0
LeanPool/FLTEichlerShimura/Theorems/Thm_ModularCurve_analyticOrderAt_le_of_isIntegral_adjoin_jqModC_pow.lean 252 121,456 20.67 5.34 4.18 1.16 47 0
LeanPool/FLTEichlerShimura/Theorems/Thm_ModularCurve_ord_jBar_sub_eq_one_of_ne_zero_of_ne.lean 141 120,632 18.25 4.18 3.19 0.99 18 0
LeanPool/FLTEichlerShimura/Theorems/Thm_Monoid_CoprodI_exists_addMonoidHom_conj_pow_minimalPeriod_eq_of_finsum_eq_zero.lean 637 120,629 16.88 6.56 5.96 0.60 156 0
LeanPool/FLTEichlerShimura/Theorems/Thm_ModularCurve_StarBank_starK.lean 298 120,244 12.98 4.38 3.40 0.98 68 0
LeanPool/FLTEichlerShimura/Theorems/Thm_ModularCurve_exists_phiIrreducible.lean 471 119,240 21.92 5.59 4.61 0.98 106 0
LeanPool/FLTEichlerShimura/Theorems/Thm_ModularCurve_StarBank_starBank.lean 521 119,019 19.34 6.14 4.97 1.17 90 0
LeanPool/FLTEichlerShimura/Theorems/Thm_IntermediateField_finrank_fieldRange_le_of_adjoin_pair_eq_top.lean 227 118,964 15.61 4.34 3.56 0.78 25 0
LeanPool/FLTEichlerShimura/Theorems/Thm_ModularCurve_analyticOrderAt_le_of_isIntegral_adjoin_coeffEmb_jq_pow.lean 241 118,397 26.41 5.14 3.96 1.18 46 0
LeanPool/FLTEichlerShimura/Theorems/Thm_ModularCurve_finrank_parabolicHoms_le_two_mul_finrank_cuspForm_of_le_of_normal.lean 491 118,142 18.17 7.33 6.24 1.09 106 0
LeanPool/FLTEichlerShimura/Theorems/Thm_ModularCurve_analyticOrderAt_le_of_isIntegral_adjoin_coeffEmb_jq.lean 231 117,840 19.63 5.05 3.89 1.16 46 0
LeanPool/FLTEichlerShimura/Definitions/Def_ModularCurve_JLinePlacesBar.lean 148 117,781 30.27 6.03 5.13 0.90 23 0
LeanPool/FLTEichlerShimura/Theorems/Thm_ModularCurve_LevelN_exists_place_analyticOrderAt_eq_mul_ord.lean 477 117,433 21.44 5.83 4.65 1.18 110 0
LeanPool/FLTEichlerShimura/Theorems/Thm_WeierstrassCurve_velu2_line_image_factored.lean 397 116,791 12.16 5.80 5.02 0.78 30 0
LeanPool/FLTEichlerShimura/Theorems/Thm_ValuationSubring_exists_liesOverPrime_mem_inertiaSubgroupIn.lean 373 116,775 9.68 3.97 3.07 0.90 36 0
LeanPool/FLTEichlerShimura/Theorems/Thm_ModularCurve_Period_exists_basis_parabolicHoms_castAddHom_comp.lean 585 116,081 19.91 7.44 6.56 0.89 109 0
LeanPool/FLTEichlerShimura/Theorems/Thm_ModularCurve_LevelN_exists_algHom_laurentBaseChange_apply_eq_qExpand.lean 263 114,618 12.86 4.70 3.47 1.23 39 0
LeanPool/FLTEichlerShimura/Theorems/Thm_ModularCurve_full_eq_adjoin_primes.lean 442 113,753 13.49 5.09 4.05 1.04 81 0
LeanPool/FLTEichlerShimura/Theorems/Thm_ValuationSubring_exists_inertiaSubgroup_restrictNormal_eq.lean 160 112,518 18.69 3.85 3.05 0.80 29 0
LeanPool/FLTEichlerShimura/Definitions/Def_CohCarrier_Level.lean 604 111,659 23.71 7.25 6.38 0.88 106 0
LeanPool/FLTEichlerShimura/Definitions/Def_AlgebraicCurve_BaseChangeGalois.lean 425 111,194 18.81 5.84 4.93 0.91 90 0
LeanPool/FLTEichlerShimura/Definitions/Def_ModularCurve_CuspSpace.lean 449 110,999 15.33 4.23 3.34 0.88 117 0
LeanPool/FLTEichlerShimura/Theorems/Thm_WeierstrassCurve_Affine_CoordinateRing_isDedekindDomain.lean 256 110,165 20.36 6.80 5.95 0.86 66 0
LeanPool/FLTEichlerShimura/Theorems/Thm_ModularCurve_exists_emb_equiv_rootsAt.lean 242 109,474 23.85 5.93 4.93 1.00 34 0
LeanPool/FLTEichlerShimura/Definitions/Def_WeierstrassCurve_ReduceHom.lean 523 107,948 16.93 5.61 4.82 0.79 58 0
LeanPool/FLTEichlerShimura/Theorems/Thm_ModularCurve_twelve_mul_genusFF_laurentBaseChange_gamma1_add_six_mul_natCard_doubleCoset_eq_index_add_twelve.lean 194 107,879 17.26 4.80 3.68 1.12 19 0
LeanPool/FLTEichlerShimura/Theorems/Thm_ValuationSubring_isDiscreteValuationRing_comap_of_liesOverPrime.lean 222 107,243 24.00 4.54 3.59 0.94 29 0
LeanPool/FLTEichlerShimura/Theorems/Thm_AlgebraicCurve_finiteDimensional_lSpace.lean 550 106,920 19.31 6.02 5.10 0.92 121 0
LeanPool/FLTEichlerShimura/Theorems/Thm_UpperHalfPlane_linearIndependent_complex_of_qExpansion_coeff_mem.lean 637 106,236 14.09 5.96 4.90 1.06 178 0
LeanPool/FLTEichlerShimura/Theorems/Thm_ModularCurve_mem_adjoin_jq_of_hasSum_of_slash_invariant.lean 235 104,850 11.47 3.75 2.59 1.16 63 0
LeanPool/FLTEichlerShimura/Theorems/Thm_ModularCurve_place_eq_of_induces.lean 127 103,677 17.88 3.97 3.04 0.93 23 0
LeanPool/FLTEichlerShimura/Theorems/Thm_ModularCurve_ModularPolynomialData_eval_E4_cube_div_discriminant_smul_eq_zero.lean 481 102,705 16.38 5.12 3.94 1.18 77 0
LeanPool/FLTEichlerShimura/Definitions/Def_AlgebraicCurve_RatFuncPlaces.lean 471 102,227 20.82 5.77 4.87 0.91 68 0
LeanPool/FLTEichlerShimura/Theorems/Thm_ModularCurve_jqNModC_prime_not_mem_adjoin_of_charZero.lean 504 102,028 22.77 5.64 4.66 0.98 144 0
LeanPool/FLTEichlerShimura/Theorems/Thm_ModularCurve_twelve_mul_add_mul_index_le_finrank_cuspForm_Gamma.lean 234 101,346 15.11 4.88 3.71 1.17 31 0
LeanPool/FLTEichlerShimura/Definitions/Def_AlgebraicCurve_AdelicIndex.lean 517 101,239 19.93 5.97 5.07 0.91 147 0
LeanPool/FLTEichlerShimura/Theorems/Thm_AlgebraicCurve_hasPrincipalDivisors_adjoin_of_transcendental.lean 157 101,030 22.97 4.73 3.76 0.97 32 0
LeanPool/FLTEichlerShimura/Theorems/Thm_ModularCurve_isIntegral_adjoin_jqModC_qExpansion_div_of_forall_isBoundedUnder_of_finiteIndex.lean 622 98,428 18.10 7.55 6.33 1.22 122 0
LeanPool/FLTEichlerShimura/Theorems/Thm_ModularCurve_gammaFundamentalSet_boundary_sidePairing_of_slash_eq_add.lean 385 98,141 22.94 4.88 3.92 0.97 60 0
LeanPool/FLTEichlerShimura/Theorems/Thm_ModularCurve_functionFieldGeneration.lean 464 96,967 24.03 5.47 4.43 1.04 106 0
LeanPool/FLTEichlerShimura/Theorems/Thm_ModularCurve_modularFunctionField_eq_full.lean 458 96,808 17.65 5.46 4.44 1.02 96 0
LeanPool/FLTEichlerShimura/Theorems/Thm_FrobeniusEndo_kerDeg_frobEnd_line_one_pos_and_eq_of_torsion.lean 626 96,290 15.28 6.75 5.94 0.81 100 0
LeanPool/FLTEichlerShimura/Theorems/Thm_ModularCurve_nonempty_integralWeightOneForm.lean 484 96,179 14.74 5.15 4.02 1.13 109 0
LeanPool/FLTEichlerShimura/Theorems/Thm_HeckeEis_coeffHeckeFun_mem_coeffParabolicCocycles.lean 320 95,875 14.58 4.80 4.00 0.80 62 0
LeanPool/FLTEichlerShimura/Theorems/Thm_ModularCurve_natCard_moduliPoint_j_eq_eq_natCard_quot_addOrderOf_eq.lean 310 95,121 10.43 3.58 2.82 0.76 83 0
LeanPool/FLTEichlerShimura/Theorems/Thm_WeierstrassCurve_Affine_IsogenyEndDatum_exists_sq_lt_four_mul_and_forall_exists_finrankAlong_eq.lean 528 94,570 23.80 7.17 6.20 0.96 57 0
LeanPool/FLTEichlerShimura/Theorems/Thm_ModularCurve_finiteDimensional_riemannRochSpace_laurentBaseChange_qExpFunctionFieldC_gamma1.lean 131 94,452 23.08 3.76 2.61 1.15 21 0
LeanPool/FLTEichlerShimura/Theorems/Thm_ModularCurve_cosetPoly_smul.lean 361 94,390 19.25 6.50 5.64 0.86 61 0
LeanPool/FLTEichlerShimura/Theorems/Thm_EisensteinSeries_weierstrassZeta_add_one_and_add_tau_and_smul.lean 352 93,992 14.32 4.80 3.78 1.02 83 0
LeanPool/FLTEichlerShimura/Definitions/Def_ModularCurve_OmegaOf.lean 155 93,285 11.12 3.58 2.46 1.12 26 0
LeanPool/FLTEichlerShimura/Theorems/Thm_HeckeEis_le_finrank_fixed_S_and_ST_binaryFormRepSL.lean 393 92,053 23.91 6.31 5.48 0.83 43 0
LeanPool/FLTEichlerShimura/Theorems/Thm_ModularCurve_exists_isIntegralQExp_smul_of_ratCast_qExpansion.lean 562 92,002 21.36 6.78 5.61 1.17 101 0
LeanPool/FLTEichlerShimura/Theorems/Thm_ModularCurve_StarBank_onePoint.lean 291 91,955 12.60 3.95 3.02 0.93 56 0
LeanPool/FLTEichlerShimura/Theorems/Thm_HahnSeries_isAlgClosed_rat.lean 614 91,656 18.22 6.10 5.17 0.93 112 0
LeanPool/FLTEichlerShimura/Theorems/Thm_ModularCurve_ord_qInftyPlaceBar.lean 111 91,359 14.34 3.30 2.34 0.97 18 0
LeanPool/FLTEichlerShimura/Theorems/Thm_ModularCurve_PhiGen_splits_prime_at_slot_of_isPrimitiveRoot.lean 427 91,190 16.24 5.32 4.32 0.99 115 0
LeanPool/FLTEichlerShimura/Theorems/Thm_HeckeEis_IsEichlerIntegral_slash.lean 272 90,390 9.23 3.94 2.92 1.02 69 0
LeanPool/FLTEichlerShimura/Theorems/Thm_ModularCurve_relfinrank_full_of_squarefree.lean 276 90,224 18.15 3.10 2.12 0.98 81 0
LeanPool/FLTEichlerShimura/Theorems/Thm_WeierstrassCurve_tateModuleRep_detIsCyclotomic.lean 385 88,618 12.21 4.51 3.41 1.10 52 0
LeanPool/FLTEichlerShimura/Theorems/Thm_ModularCurve_ord_jBar_dvd_three.lean 286 88,591 18.97 4.43 3.50 0.93 54 0
LeanPool/FLTEichlerShimura/Theorems/Thm_CuspForm_eq_zero_of_prime_not_dvd_of_qCoeff_eq_zero.lean 541 88,207 23.74 6.60 5.56 1.04 64 0
LeanPool/FLTEichlerShimura/Theorems/Thm_WeierstrassCurve_exists_addMonoidHom_coe_eq_veluPointMap2.lean 935 87,958 9.97 5.72 4.80 0.92 277 0
LeanPool/FLTEichlerShimura/Theorems/Thm_ModularCurve_isIntegral_jqNModC_all_of_modularPolynomialFamily.lean 161 87,526 21.16 4.01 2.98 1.03 51 0
LeanPool/FLTEichlerShimura/Definitions/Def_AlgebraicCurve_DivisorClassGroup.lean 550 87,525 25.09 5.90 4.94 0.95 123 0
LeanPool/FLTEichlerShimura/Definitions/Def_WeierstrassCurve_VeluPointMap.lean 217 87,285 13.60 3.93 3.18 0.75 36 0
LeanPool/FLTEichlerShimura/Theorems/Thm_AlgebraicCurve_Place_exists_algEquiv_smul_eq_of_restrict_eq.lean 168 87,044 12.95 2.58 1.65 0.93 44 0
LeanPool/FLTEichlerShimura/Theorems/Thm_WeierstrassCurve_Affine_CoordinateRing_natDegree_norm_eq_finsum_count.lean 266 86,898 10.73 3.91 3.00 0.91 66 0
LeanPool/FLTEichlerShimura/Theorems/Thm_HeckeEis_IsEichlerIntegral_hasDerivAt_eval_iterate_pderiv.lean 422 86,180 16.34 6.30 5.35 0.95 46 0
… +892 more files
Total 395,718 115,427,860 17906.20 7512.19 6347.46 1164.73 88359 64

Aggregate phase totals

Phase Time
typeclass inference 2630581.0 ms (= 2630.58 s)
tactic execution 1260562.3 ms (= 1260.56 s)
import 1164732.0 ms (= 1164.73 s)
interpretation 625474.5 ms (= 625.47 s)
type checking 553620.5 ms (= 553.62 s)
elaboration 369605.2 ms (= 369.61 s)
blocked (unaccounted) 295534.4 ms (= 295.53 s)
simp 151717.3 ms (= 151.72 s)
tacticAnalysis 88251.5 ms (= 88.25 s)
linting 66208.7 ms (= 66.21 s)
initialization 46248.5 ms (= 46.25 s)
ring 46018.4 ms (= 46.02 s)

Slowest changed modules (from lake build)

Changed module Lake time
LeanPool.FLTEichlerShimura.Definitions.Defs_WeierstrassCurve_veluSharedLibrary 138.00 s
LeanPool.FLTEichlerShimura.Definitions.Def_ModularCurve_CharLFrobeniusGeomLevel 136.00 s
LeanPool.FLTEichlerShimura.Theorems.Thm_WeierstrassCurve_exists_intermediateField_countable_map_eq_and_finrankAlong_eq 132.00 s
LeanPool.FLTEichlerShimura.Theorems.Thm_WLight_exists_levelFraction_of_stable_family 122.00 s
LeanPool.FLTEichlerShimura.Theorems.Thm_AlgebraicCurve_tateAgreement 115.00 s
LeanPool.FLTEichlerShimura.Theorems.Thm_AlgebraicCurve_tateTraceCompat_of_isSeparable 113.00 s
LeanPool.FLTEichlerShimura.Theorems.Thm_AlgebraicCurve_tateChainRule 103.00 s
LeanPool.FLTEichlerShimura.Definitions.Defs_IsogenyBaseChange_sharedLibrary 100.00 s
LeanPool.FLTEichlerShimura.Theorems.Thm_WeierstrassCurve_Affine_exists_intermediateField_countable_map_eq_of_isAddCyclic_ker_pointMapOfPushforward 99.00 s
LeanPool.FLTEichlerShimura.Theorems.Thm_ModularCurve_exists_transcendental_finiteDimensional_qExpFunctionFieldC_residueField 97.00 s
LeanPool.FLTEichlerShimura.Definitions.Defs_modularFunctionField_sharedLibrary 89.00 s
LeanPool.FLTEichlerShimura.Theorems.Thm_AlgebraicCurve_residueTheoremK_ratFunc_of_isAlgClosed 86.00 s

Comment truncated to fit GitHub's 64 KB limit. This PR profiles 1207 files; the per-file table shows only the 315 hottest by heartbeats. The full table and raw lean --profile output for every file are in the run's step summary and proof-profile artifact.

Advisory only — never blocks merge.

@loefflerd

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I have pushed fixes for the 82 unused-variable warnings; and I removed one of the two elliptic-curve "main results" (unramifiedness of the Tate module), since it overlaps somewhat with existing results in Tau Ceti, + is subsumed by the other, much more important elliptic-curve result here (computing char poly of Frobenius).

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Reviewed exact head 5b7008d795c9c6733aa878083f54038cc4d6de23 and the complete 56-file follow-up.

The 82 linter.unusedVariables false commands and one other option command were removed; no option command was added. The YAML also genuinely withdraws unramifiedness as a separate headline. The remaining Eichler–Shimura, complementarity and Frobenius results remain substantial within the scoped mathematical review.

Changes are still required under the existing deterministic gates:

  • A comment/string-aware scan of all 1,200 current Lean source files finds 1,065 active set_option commands in 949 files. This includes 946 backward.isDefEq.respectTransparency.types, 77 synthInstance.maxHeartbeats and 30 maxHeartbeats commands. For example, Definitions/Defs_IsogenyEndDatum_sharedLibrary.lean:51,55 retains heartbeat and transparency overrides. The original 52-file review scope alone still contains 76 option commands. Remove forbidden overrides throughout the import and repair the underlying elaboration/resource issues under the unchanged settings.
  • The same checker also rejects modifyScope in Definitions/Def_P2M_Util.lean:90 and the remaining @[nolint unusedArguments] in Theorems/Thm_ModularCurve_LevelN_exists_linearMap_regularDifferentials_mdifferentiable.lean:363. Replace the namespace-routing mechanism with permitted source constructs and fix the unused arguments without a waiver.
  • LeanPool/FLTEichlerShimura.lean:20 still advertises the withdrawn unramifiedness headline in its generated project card. Regenerate that card from the updated YAML, preserving the public imports and source attribution.

Paths above are under LeanPool/FLTEichlerShimura/ unless fully qualified. These source requirements are independent of the advisory quality score. The cleanup spans 949 modules, so deleting option lines alone is not a validated repair: preserve the mathematics and pass the normal warning-free build, lint, style and quality checks on the repaired exact head. Current-head configured review and protected queue validation remain separate requirements.

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Vilin97 commented Oct 21, 2026

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CI update for 5b7008d795c9c6733aa878083f54038cc4d6de23: own PR run 39557789882 failed the Build project warning guard after Lean reported “Build completed successfully (36369 jobs).”

The current head has 133 distinct warning locations in 80 files:

  • 40 scoped Classical openings;
  • 30 unscoped maxHeartbeats settings and 20 unscoped synthInstance.maxHeartbeats settings;
  • 37 missing explanations for heartbeat-limit changes;
  • 6 lines over the length limit, including LeanPool/FLTEichlerShimura.lean:20.

Please repair the warnings in the Lean code under the existing contribution rules. Lint, text-style and repository-quality steps were skipped after this failure, so they still need successful execution. The current Source changes-requested review and its remaining cleanup requirements remain in effect.

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Reviewed exact head 6edd1119c65013bb9e25cefef2b23cb5d497594a and authenticated the complete 960-file, 1,778-hunk follow-up against the previous head.

The generated project card now agrees with the three YAML headlines, the old nolint waiver is removed, and most option overrides are gone. Those previous findings are resolved or reduced; the old CI failure and old 1,065-option count are not evidence about this revision.

Two current quality requirements still need repair:

  • A comment/string-aware scan of all 1,200 current Lean files finds 104 active set_option commands across 64 files: 29 maxHeartbeats and 75 synthInstance.maxHeartbeats overrides. The existing policy forbids these, including command-local in forms. Examples include Definitions/Defs_IsogenyEndDatum_sharedLibrary.lean:51 (800000) and Theorems/Thm_AlgebraicCurve_Divisor_degree_le_finrank_adjoin_of_eq_max_neg_ord.lean:61 (8000000). Remove the overrides and repair the affected proofs under the unchanged repository defaults, preserving their statements and assumptions.
  • Definitions/Def_P2M_Util.lean:48 still calls modifyScope. The current quality checker explicitly rejects that token and its compiled constant, even though this helper changes namespace openings. Express the opening/scoped/hiding behavior through permitted commands or syntax expansion; do not rename, wrap or waive the forbidden primitive.

Paths above are under LeanPool/FLTEichlerShimura/. This remains a substantial defaults-preserving repair across 64 files, rather than a validated bulk deletion. The inspected mathematical changes were favorable, but I have not approved every nonmechanical proof change or the whole import. The new seven-shard CI run is separate and was still running at inspection; normal exact-head build, lint, style, quality, configured review and protected integration requirements remain.

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Vilin97 commented Oct 22, 2026

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CI follow-up for 6edd1119c65013bb9e25cefef2b23cb5d497594a: run 39744809962 has finished with its own required Build project check failing.

Shard 00 and the assembly job both report completed compilation, then reject the same 85 distinct warnings: 49 unscoped-option warnings, 35 heartbeat-justification warnings, and one line-length warning. Lint, text-style lint and repository quality checks were subsequently skipped.

The existing source request still applies to all 104 option overrides and the modifyScope construction. Please repair elaboration under the normal options while preserving statements and hypotheses; changing only option scope or justification comments does not resolve that request. Also wrap the 176-character Main declarations metadata line at LeanPool/FLTEichlerShimura.lean:19, preserving the project card’s meaning and consistency.

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{
"reviewed_head": "32e287344f0b7026e12a2a138c207122a7bd129d",
"summary": "The scope-helper repair uses native rooted open/open scoped elaboration, and the update adds five mathematical interface modules. Large code-quality repairs remain before this import is acceptable.",
"verdict": "request_changes",
"findings": [
{
"priority": "P1",
"file": "LeanPool/FLTEichlerShimura/Definitions/Defs_IsogenyEndDatum_sharedLibrary.lean",
"line": 51,
"title": "Remove the remaining content set_option commands",
"body": "This current file still contains set_option maxHeartbeats 800000. The complete new-head tree comparison preserves all 104 previously identified option commands in 64 files; none of those files changed in this update. CODE_QUALITY.md forbids content set_option commands. Refactor the affected proofs to work under ordinary repository settings while preserving their statements and hypotheses. Scoping or documenting the same overrides does not satisfy that rule."
},
{
"priority": "P2",
"file": "LeanPool/FLTEichlerShimura/Theorems/Thm_ModularCurve_exists_modularForm_eventuallyEq_div_of_meromorphic_of_finiteIndex.lean",
"line": 1,
"title": "Add the required standard file header",
"body": "This new module begins with a provenance/license block instead of the required four-line Copyright/License/Authors header. Add the standard header while retaining the existing provenance and attribution below it; check the utility module's existing header form too."
}
],
"resolved_findings": [
"The new P2M scope utility removes modifyScope and activateScoped in favor of native open/open scoped commands; the previous forbidden-scope-API finding is resolved at this head."
],
"mathematics": "The five new mathematical modules (1,481 lines) and their card descriptions were reviewed, including the pole-clearing quotient construction, Fricke-fraction bridge, function-field presentation, Riemann–Roch wrapper and transcendental-j isogeny result. No new mathematical defect or card mismatch was identified in that scope. In particular, the isogeny claim explicitly concerns endomorphisms represented by IsogenyEndDatum. This is a scoped assessment, not approval of every historical module in the import.",
"validation": {
"source": "All nine changed/new full file bodies are authenticated to their Git blobs. Reconstructing the complete 1,206-leaf current import from the previous tree verifies all 1,197 other leaves unchanged.",
"CI": "Current-head CI is still running. The previous head's CI failure is historical and is not used as the current result."
},
"generator_clarification": "The current card generator emits Main declarations on one line. The facade matches that generated contract; preserve generated-card consistency when addressing any actual style diagnostics.",
"marker": "permanent-review-source:895:32e287344f0b7026e12a2a138c207122a7bd129d"
}

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Vilin97 commented Oct 22, 2026 •

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CI follow-up for 32e287344f0b7026e12a2a138c207122a7bd129d: the full PR run has now finished with failure. The assembly job completed compilation (36,424 jobs), then failed the warning guard: 85 distinct warnings at 79 source locations. These comprise the same 49 unscoped-option warnings and 35 missing heartbeat-limit explanations reported from shard 00, plus one additional warning at LeanPool/FLTEichlerShimura.lean:21:100: the generated Main declarations metadata line is 278 characters and exceeds the 100-character limit.

The assembly index check passed. Lint, text style and repository quality checks were skipped after the build stage failed; the required Build project check failed.

The current source change request remains: repair the 104 resource overrides through default-preserving proof changes, together with the requested header cleanup. Also shorten the facade metadata line while preserving its declarations, card metadata and generated-index consistency. Adding scopes or explanation comments alone does not resolve the source request. The repaired macro and generator-produced facade remain acknowledged.

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greptile-apps Bot commented Oct 24, 2026

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Want your agent to iterate on Greptile's feedback? Try greploops.

Comment thread LeanPool/FLTEichlerShimura.lean Resolved
Comment on lines +73 to +75
**Where it is used.** These predicates isolate, as propositions carrying no proof, the inputs from
Mazur's study of the Eisenstein ideal and from Tate uniformisation that are consumed by the
reduction proving [`MazurStepThree p`](../def/ModularCurve_MazurStepThree.html#L8): the finiteness

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P2 Documentation points to deleted material

This paragraph still says the predicates are consumed by a reduction proving MazurStepThree p, but this update deletes the only definition of MazurStepThree. Readers following the link reach removed material.

This is non-blocking. Update the paragraph to describe the retained predicates and clarify that their former consumer is not included.

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Independent Source review at eae921e: approved.

The earlier changes request is resolved: the current source removes the 104 resource overrides and the option-API routing issue, and repairs the file headers and generated Main declarations line. I authenticated the complete current file set and old-to-current diff, with detailed review of changed contracts and model definitions, all four new shared libraries, and the six advertised result closures. A second reviewer checked the six headline interfaces and their stated scope.

The card accurately discloses the Tate torsion-cardinality premise and restricts the transcendental-j result to endomorphisms induced by IsogenyEndDatum. The Eichler–Shimura endpoint constructs the descended Hecke operators; the function-field and genus results use the concrete models and field/level assumptions described by the card. Fresh comparisons with actual Mathlib, Tau Ceti and pool contracts acknowledge the existing local Frobenius/inertia work and identify the additional global characteristic-polynomial, cohomological and function-field results.

One optional documentation cleanup remains: the MazurStepThreeInputs paragraph still refers to the removed MazurStepThree consumer. Describing it as retained vocabulary would avoid that stale reference.

This is a source assessment, not an independent reproof of every imported line or a compilation/performance certificate. Current-head configured review and all applicable CI, current-main and protected native-queue requirements remain separate.

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Vilin97 commented Nov 2, 2026

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/review

Please evaluate exact head eae921e under all five current project rubrics. Independent current-source review is 5733196567: the old resource-option/header findings are resolved, with the six advertised result scopes and actual nearest prior contracts reviewed afresh. The authored run still fails repository quality because audit results are missing; that technical check and all other current-head/current-main/protected native-queue gates remain required. This is a source-review request, with no merge or auto-merge action.

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Vilin97 commented Nov 2, 2026

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CI follow-up for eae921ebf5004e8895014711adca17bc4f0bcbb5: authored run 40416229664 failed its required canonical check. All nine build shards passed, and the assembly job passed index, build, Lean lint and text-style checks.

Repository quality reported 15,027 missing axiom-audit results across 1,053 files. These messages do not establish forbidden axioms. There is a reproducible checker defect: its textual declaration scanner ignores noncomputable section at Def_WeierstrassCurve_EDSEngine.lean:1273, so end at line 1328 incorrectly removes the enclosing WeierstrassCurve namespace. Running that exact pinned Python scanner reproduces the first three logged failures: it requests root map_ψc, map_invar and map_ωe instead of their qualified names. Default-private helper declarations are another relevant class; the cause of every missing result has not been established, and the inner Lean diagnostics were not retained.

The current source approval stands, and the required quality check remains failed. Audit-tooling repair and successful revalidation are still needed. The separately reviewed compiled-declaration auditor in #719 addresses these failure classes structurally; its existing authorization and validation requirements remain in force.

Correct Stichtenoth 3.6.3(d) references and distinguish the current constant-extension hypotheses. Describe the cyclic-kernel argument as a consequence of the stated endomorphism hypothesis, with Silverman III.4.12 cited for quotient/isogeny background. Documentation only; all mathematical statements, proofs, imports and quality gates are unchanged.

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Source continuation: APPROVE at bd4ffd887db8d78e84a219970c87817396a30b05 after fixing the two configured citation findings.

The findings were valid. Stichtenoth, p. 114, Theorem 3.6.3(d), gives the Riemann–Roch dimension/basis statement for algebraic constant extensions; part (a) concerns unramifiedness. Five related comments now cite (d) and explicitly distinguish these declarations’ generation/place-lifting hypotheses and broader constant-extension scope.

Silverman, p. 74, III.4.12, supplies quotient/isogeny background. The sixth comment now describes the cyclic-subgroup injectivity argument as proved here using hEnd, the constructed quotient maps, and their kernel/norm properties. It no longer attributes a rank-one Hom statement to that proposition.

The maintainer-enabled fork received one normal commit containing only those six documentation changes. The complete hosted patch reconstructs all six prepared files exactly; replacing the new paragraphs by the old ones recovers every original byte. Independent verification also reproduces the full commit tree. The current mathematical statements, proofs, hypotheses, imports, card and gates are unchanged, so the detailed source review remains applicable with these citation repairs resolved. The duplicate-helper and unused-interface observations remain advisory maintenance follow-ups.

The failed EAE quality run and scanner diagnosis remain recorded; this commit does not repair that auditor. The new head needs its own configured review and applicable hosted checks. Current-main qualification and normal protected native-queue requirements remain outstanding.

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Vilin97 commented Nov 2, 2026

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/review

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Vilin97 commented Nov 2, 2026

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Current-head CI diagnosis for bd4ffd887db8d78e84a219970c87817396a30b05: the assembly job passed index generation, build, lint and style, then failed repository quality with 15,027 missing axiom-audit results across 1,053 files. This is an audit coverage failure; the failed step does not establish a forbidden-axiom violation. Source review 5734088145 remains approved, and required CI remains failed.

A read-only replay of the checker used by this exact run reproduces a concrete scanner bug in Def_WeierstrassCurve_EDSEngine.lean: it ignores noncomputable section at line 1273, so end at line 1328 pops WeierstrassCurve. It consequently requests root names map_ψc, map_invar and map_ωe at lines 1334/1338/1344. Recognizing that section opening in an in-memory diagnostic restores the qualified names.

That explains these three targets, not all missing results. Module visibility and preservation of actual Lean lookup diagnostics also need checking. No checker, theorem, gate or cache was changed, and no retry was started. The next repair belongs in the audit tooling, with complete coverage and the existing axiom policy preserved.

Exact assembly job and log.

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