mrwulf e429447764 THE POINT-LEVEL VERIFICATION EQUATION on the anza fork: ... verify_accepts_iff_point_eq, button-enforced Port of dalek's PointEqSpec (the encoding-injectivity mathematics is fork-independent; compiled first try): for any valid on-curve point Q whose canonical encoding is the signature's R bytes, the verifier accepts IFF Q equals the recomputed point as denoted affine points - the literal point-level EdDSA verification equation, no decompress needed. enc_point_inj carries the standard three axioms; the equation itself carries exactly this fork's enforced apex boundary, and Phase 3b now audits all three tiers (byte apex, half-lift, point equation). Full button green fresh. Co-Authored-By: Claude Fable 5 <noreply@anthropic.com>		2026-07-05 19:25:56 +02:00
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gen/CurveField	Coherence pass 3: post-apex accuracy sweep, hygiene, guard ladder	2026-07-05 11:48:18 +02:00
Proofs	THE POINT-LEVEL VERIFICATION EQUATION on the anza fork:	2026-07-05 19:25:56 +02:00
check-scalar.sh	Coherence pass 3: post-apex accuracy sweep, hygiene, guard ladder	2026-07-05 11:48:18 +02:00
check.sh	THE POINT-LEVEL VERIFICATION EQUATION on the anza fork:	2026-07-05 19:25:56 +02:00
CurveField.llbc	THE SIGNATURE APEX on the anza fork: verify_accepts_iff, button-enforced	2026-07-04 23:48:08 +02:00
extract.sh	THE SIGNATURE APEX on the anza fork: verify_accepts_iff, button-enforced	2026-07-04 23:48:08 +02:00
lean-guard	Coherence pass 3: post-apex accuracy sweep, hygiene, guard ladder	2026-07-05 11:48:18 +02:00