← Moser's Worm Problem / Rounds / Round 7
Compares piecewise-curvature wings (2/3/4/6/8 segments per side) against continuous constant-curvature circular-arc wings, testing whether the near-parallel two-sided wings of Rounds 3–6 are really a discrete-kink skeleton, or just a coarse discrete approximation of a smooth low-curvature wing. Final ranking: discrete-event five-link > constant-curvature arc wing > this round's best multi-segment candidate — spreading finite turning out continuously does release a small amount of congruent-containment pressure.
Relationship to other packages, stated as far as possible in the document's own words, not my interpretation.
“The discrete-event skeleton concentrates the total turning angle at the kink between the two segments; the constant-curvature wing, by contrast, spreads that same turning angle across the entire side wing … the effective factor may not be ‘whether or not curvature is present,’ but rather: where the curvature is concentrated along the curve's parameter.” — from Section 7, “The Curvature-Concentration Working Proposition,” of this package's main document.
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sha256 61b02f8d8864a5b8cfb183e1c14203e57e360816d602cfb3b3ebbaba321f41ec