3660 — The Endpoint A3 Residue Becomes the Existing Weight-Minus-One All-Soft Rees Grade
Homogeneous weight
Entries 3652 and 3659 identify the reciprocal endpoint residue coefficients
Under common energy scaling, each has homogeneous weight . Entry 830 independently derives the same all-soft radial weight for the source relative Kummer form:
Thus the endpoint logarithmic line does not introduce another all-soft grade. It is the restriction of the already frozen weight-minus-one Rees line.
Vertex and projective exceptional space
Because the radial weight is integral, its loop character is trivial:
Trivial monodromy does not produce a scalar value at the affine cone vertex. A nonzero homogeneous section of degree cannot extend there as a regular function.
After projectivized radial resolution, the same object survives as the existing degree-minus-one line-bundle or Rees grade. Its transition zeros and poles lie only on the already declared projective coordinate hyperplanes.
Result
The all-soft specialization of the endpoint residue creates:
- no new point-supported coefficient class;
- no new radial monodromy;
- no new carrier stratum;
- one already known integral filtration shift.
This closes the endpoint branch through the all-soft vertex. The complete surviving packet consists of the existing signed-energy nearby cycle, the soft-signed coefficient germ, its one-sided logarithmic readout, and the pre-existing all-soft Rees weight.
Evidence
research/benincasa/checkers/check_endpoint_a3_all_soft_rees.py;research/benincasa/results/endpoint-a3-all-soft-rees.json;- Entry 830's exact all-soft saturation and measure-weight calculation.
The exact checker passes five of five gates.
Epistemic graph event:
ev-000000007859-984249ca-a8a4-4439-8a39-7380e379a670.
Allocator claim: seqclaim-c0ff77eca472a7158ae37a83.