jyvikoandClaude Opus 5.5 0b7dda95f7 mesh: an enclosure's corner bosses are ringed where its walls join them (#402) ...

A boss the body's walls run into had its circle crossed by the walls' planes, so the projection
layout refused it and the plan fell back to swept cells, fanning round the boss and its hole.
Such a boss is now framed by the square round its whole circle, subdivided by the planes that
cross it; every square inside (the hole's, the core) is divided alike, so the ring's blocks meet
the walls node to node. On the walls' side the frame stops at their inner plane and its corner
projects onto the middle of the inner fillet, which the ring takes in (a boss just touching the
fillet included: no sliver). Cylinders a fillet's history names but that are a ring's circle are
the ring's faces. Rings are built per patch of grid cells, the one-cell O-grid being the
simplest patch.

Co-Authored-By: Claude Opus 5.5 <[email protected]>
Claude-Session: https://claude.ai/code/session_01UhhZMBTviDQxZvwnyP89fo

2026-10-16 00:29:24 -04:00

..

samples

engine: crank-arm sample, a bicycle crank swept all-hex and solved

2026-10-14 16:20:35 -04:00

src

mesh: an enclosure's corner bosses are ringed where its walls join them (#402)

2026-10-16 00:29:24 -04:00

tests/designs

geometry: cuts stay on their plane; risky cuts are named (#384)

2026-10-15 13:43:45 -04:00

Cargo.toml

Engine: app.update.check reports whether a newer release is published (#231)

2026-10-15 01:48:30 -04:00