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jyviko
c47c1d26a6
Under the blend-overflow decision (237f0ae74) a convex round running over a face's far
edge (a cliff) is built and cut from the part, so the truck-era fixtures of the reduce
and taper fits (a 2 mm fin, a plate narrowing to 2 mm, a wedge, a 10 mm cube's edge at
R20) no longer refuse their radius and the fits have nothing to react to. Each test now
uses a case SMLib still refuses, and checks the cliff case builds:
- engine fillet_fit_reduce_keeps_the_radius_where_it_fits: a 14 x 6 x 10 post on a
40 x 30 x 20 block, its four verticals at 3.5 (two rounds would cross on its 6 mm ends)
reduced to 3 on 4 of 5 edges, the block's corner kept at 3.5: 24840 - (4 - pi) 90 -
(1 - pi/4) 3.5^2 20. New fillet_fit_reduce_keeps_a_round_over_a_cliff: the fin's R4
builds, nothing reduced, at the kernel's fillet_max_each answer.
- engine fillet_fit_taper_follows_the_room_along_the_edge, spline_fillet_takes_over_a_taper,
kernel taper_follows_the_room_along_the_edge, ui-egui fillet_spline_handle_tests: the
narrowing plate stands against a wall behind its slanted side (z -15 to 30), so its top
and bottom end in concave edges: R3 is refused and tapers 3 -> 1.8 as before. Without
the wall, R3 is cut over the 2 mm top's far edge and kept constant: at x the section
loses (1 - pi/4) 9, or 3 w - (F(3) - F(3 - w)) where the top is w < 3 wide, 6522.7745566.
- The wedge closing to a point: on its own R16 is cut over its cliffs (the section
integral, 4195.578821, SMLib within 4e-8) and kept; its room's taper is checked as a
spline fillet. Against a wall (new fillet_fit_taper_closes_to_a_point) the taper must
close to 0, which SMLib fails today (status 1001).
- kernel taper_mesh_tests: the collapsed taper is built from taper() as a spline fillet.
- ui-egui the_feature_menu_copies_a_warning_message: the 10 mm cube's four verticals at
6 are reduced to 5 (a full round), which the warning says.
Co-Authored-By: Claude Opus 5.5 <noreply@anthropic.com>