didericis af60c3b241 Draw source-dual cut on a valid straight-line embedding ...

Store the combinatorial planar embedding in the result and lay out the
source graph with nx.planar_layout so no primal edges cross and each dual
node sits inside its own triangle, replacing the concentric layout that
produced crossings. Add a committed generate_full_walk.py that reproduces
the walk .md/.pdf/.png outputs, and regenerate the walk 1 and walk 2 dual
figures and PDFs (reports unchanged).

Co-Authored-By: Claude Opus 4.8 <noreply@anthropic.com>

2026-06-16 03:59:22 -04:00

..

full_walk

Draw source-dual cut on a valid straight-line embedding

2026-06-16 03:59:22 -04:00

deepcap_seed7_cap.png

Treat each disjoint annular cycle as its own full medial tire graph

2026-06-15 12:01:36 -04:00

deepcap_seed7_dual.png

Treat each disjoint annular cycle as its own full medial tire graph

2026-06-15 12:01:36 -04:00

deepcap_seed7_tires.png

Treat each disjoint annular cycle as its own full medial tire graph

2026-06-15 12:01:36 -04:00

draw_medial_tire_cut.py

Update medial tire cut labelling

2026-06-15 20:54:25 -04:00

funcD_seed7_tread0.png

Draw tread 0 (the source cap) in the dual-cut experiment

2026-06-15 11:06:49 -04:00

medial_tire_cut_labelling.py

Update medial tire cut labelling

2026-06-15 20:54:25 -04:00

medial_tire_dual_cut_experiment.py

Draw source-dual cut on a valid straight-line embedding

2026-06-16 03:59:22 -04:00

run_medial_tire_cut_experiment.py

Handle compound medial tires in cut labelling

2026-06-15 21:46:56 -04:00