Geometric Mechanics & Workflow Optimization

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Abstractions about line breaking, vehicle roll geometry, screw motion, structural buckling, and wave-based batching in warehouse workflows.

5 abstractions in this family — domain-specific abstractions that sit near one another in structural-signature space (k-means over structural-signature embeddings). Each is shown with its short description.

• Knuth–Plass Line-Breaking Algorithm — Choose a paragraph's line breaks globally by scoring feasible paths through boxes, flexible glue, and penalties instead of committing one line at a time.
• Roll Center — Represent an axle suspension’s lateral-force-to-sprung-mass coupling by a state- and definition-qualified point in its transverse plane, using either kinematic motion or force-resultant construction while keeping migration, jacking, load transfer, and the distinction from a literal pivot explicit.
• Screw theory — A dual-vector formalism pairing angular with linear velocity, or force with moment, to represent rigid-body motion and action along spatial screw axes.
• Self-buckling — An elastic instability in which a slender structural member buckles under its own distributed weight without an additional direct axial load.
• Wave Picking — Release warehouse orders not on arrival but in timed, compatibility-grouped cohorts, deliberately accepting a bounded latency wait so that picking, packing, and loading run synchronously against the same wave and downstream stations stay neither starved nor overwhelmed.