If true, face normal tics are drawn from the center of all faces.
Flags : Cached, Parameter (Note this is uncached)
Expression : false
If true, the shrinkFactor is applied to the faces.
Flags : Cached, Parameter (Note this is uncached)
Expression : false
If true, vertex normal tics are drawing from each face-vertex. Note that these will start at the true vertices, not the shrunken vertices.
Flags : Cached, Parameter (Note this is uncached)
Expression : false
The tics for face normals
Design: LineSegments
The new faces produced by shrinking
Flags : Cached (Note this is uncached)
Expression : this.enableShrink ? this.shrunkData.faces : this.target.meshData.faces.map(f => [f.a, f.b, f.c])
Just an echo of the target originals.
Flags : Cached (Note this is uncached)
Expression : []//this.target.faceVertexUvs
Override because this has children.
Flags : Cached (Note this is uncached)
Expression : true
The shrink factor used for the shrink analysis. This shrinks each face toward its center.
Flags : Cached, Parameter (Note this is uncached)
Expression : 0.95
The shrunken faces and vertices.
Flags : Cached (Note this is uncached)
Expression : const sf = this.shrinkFactor; const m = this.target.meshData; const newVs = []; let i=0; const verts = m.vertices; const newFs = m.faces.map(f => { const va = verts[f.a], vb = verts[f.b], vc = verts[f.c]; const midab = va.clone().lerp(vb, 0.5); const cen = midab.clone().lerp(vc, 1/3); const ap = cen.clone().lerp(va, sf); const bp = cen.clone().lerp(vb, sf); const cp = cen.clone().lerp(vc, sf); newVs.push(ap); newVs.push(bp); newVs.push(cp); const newFace = [i, i+1, i+2]; i += 3; return newFace; }); return {vertices: newVs, faces: newFs};
Model that supports meshData protocol.
Flags : Cached, Required, Parameter (Note this is uncached)
Expression : ``
The length of each tic in world units.
Flags : Cached, Parameter (Note this is uncached)
Expression : 1
The tics for vertex normals
Design: LineSegments
The new vertices produced by shrinking.
Flags : Cached (Note this is uncached)
Expression : this.enableShrink ? this.shrunkData.vertices : this.target.meshData.vertices
FaceDoctor (d.1.0)
Mixins: PolyFaceMesh
FaceDoctor is a utility Design for inspection and detection of face mesh problems.