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Where a bias cut's waste actually is

Where a bias cut's waste actually is
Where a bias cut's waste actually isA bolt of cloth with panels placed at a stated angle, the ones that fit drawn and the rest of the cloth left shaded. Identical panels at a single angle tile the plane exactly, so the interior of the bolt loses nothing at all and the whole of the waste is at the two selvedges. The inset is the single-panel bounding box, which is the picture the usual account of bias cutting draws.400 × 900 mm panels at 45° on a 1400 mm bolt5 panels from 3.6 m — 35.7% of the cloth used, against 85.7% on the straightthe bolt — selvedge above and belowwaste 64.3%one panel in its own boxthe box is 2.35× the panel — 57% of it thrown awaythe bolt throws away 64%, and the difference is the pointpanels placed on the tiling lattice, best offset of those searched5 panels

A bolt of cloth with panels placed at a stated angle, the ones that fit drawn and the rest of the cloth left shaded. Identical panels at a single angle tile the plane exactly, so the interior of the bolt loses nothing at all and the whole of the waste is at the two selvedges. The inset is the single-panel bounding box, which is the picture the usual account of bias cutting draws.

1 essay calls layout. The drawing above is what it returns with no arguments at all; every call below passes it something, because a placement that passes nothing draws whichever member of the family the generator happens to default to rather than the weave its essay argues about.

Where it is called

Changing this generator changes every one of these figures.

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