add(a: ?, b: ?) → void

sub(a: ?, b: ?) → void

mul(a: ?, s: ?) → void

dot(a: ?, b: ?) → void

cross(a: ?, b: ?) → void

len(a: ?) → void

unit(a: ?) → void

edge(a: ?, b: ?) → void

normal(v: ?, f: ?) → void

basis(n: ?) → void

area2(a: ?, b: ?, c: ?) → void

area(loop: ?, p: ?) → void

same(a: ?, b: ?) → void

crosses(a: ?, b: ?, c: ?, d: ?) → void

inside(p: ?, loop: ?, coords: ?) → void

triangulate(vertices: ?, loops: ?, n: ?) → void

dissolve(g: ?) → void

Weld and dissolve connected coplanar triangles into oriented boundary loops, retaining inner loops as holes rather than filling them.

root(i: ?) → void

simplify(g: ?) → void

Merge coplanar triangles into polygons (with holes) and re-triangulate them, removing the fan/sliver triangles a Boolean leaves behind.

fromPolygons(vertices: ?, faces: ?) → void

bevel(mesh: ?, width: ?, segments: ?, angle: ?) → void

vert(p: ?) → void

triangle(a: ?, b: ?, c: ?, n: ?) → void

near(a: ?, b: ?) → void

Two bevelled edges meeting across unbevelled edges end on the same corner points; Blender gives them one shared profile, so fuse their arc interiors.

quad(a: ?, b: ?, cc: ?, d: ?) → void

at(i: ?) → void

place(q: ?) → void

ia(i: ?) → void

audit(g: ?, tolerance: ?) → void

clean(g: ?, tolerance: ?) → void