Class DrawOcctShapeOptions (Inputs.Draw)

How opaque the faces are, from 0 for invisible to 1 for opaque, multiplied into each look's own opacity. A faceMaterial replaces it.

How opaque the edge and iso curve lines are, from 0 for invisible to 1 for opaque.

The color of the edges, as a hex string, unless edgeContrast derives it from the faces; the edge colors of an appearance win over both.

Edges take their faces' color moved toward black, or toward white on dark faces, by this amount from 0 to 1, instead of edgeColour. Appearance edge colors still win.

The color of the faces, as a hex string. A faceMaterial or a surfaceAnalysis takes its place, and the colors of an appearance win over it.

The color of the vertex markers, as a hex string; used with drawVertices.

An engine material for the faces, such as draw.createPBRMaterial makes; it replaces faceColour and faceOpacity, and a surfaceAnalysis replaces it in turn.

The width of the edge and iso curve lines, a hundredth of it in model units.

The diameter of the vertex markers, in model units; used with drawVertices.

When false, the edges are not drawn. Drawn edges or iso curves push the faces back slightly in depth so the lines show on top.

When false, the faces and their backs are not drawn and no surfaceAnalysis is computed; the face index labels still are.

When true, each vertex of the shape is drawn as a small sphere in vertexColour, vertexSize across.

The largest distance, in model units, the triangles and edge lines may stray from the curved shape; smaller is finer and heavier.

The largest angle, in radians, a curved face may turn between neighboring triangles; smaller follows curvature more closely with more triangles.

When true, precision is a fraction of each edge's and face's size instead of model units, so small and large parts get triangles in proportion to their size.

When true, each edge's index is written beside the middle of the edge, handy for picking edges to fillet.

The height of the edge index labels, in model units; they are drawn as lines in a plane parallel to XY.

The color of the edge index labels, as a hex string.

When true, each face's index is written near the middle of the face, handy for picking faces.

The height of the face index labels, in model units; they are drawn as lines in a plane parallel to XY.

The color of the face index labels, as a hex string.

When true, the back of each face is drawn in backFaceColour, which shows which way faces point. A design build draws no backs.

The color of the back of the faces, as a hex string; used with drawTwoSided.

How opaque the back of the faces is, from 0 for invisible to 1 for opaque; used with drawTwoSided.

The length of an arrow head at the end of each edge, showing its direction, in model units; 0 draws none.

The angle, in degrees, between each line of an arrow head and its edge; larger spreads the head wider.

When true, the triangulation stays cached on each shape after drawing; when false it is cleared so memory does not grow across draws.

When true, a shape already meshed more finely may be remeshed at the coarser precision asked for.

When true, every face is remeshed at the requested precision even when a triangulation is cached.

When true, each face's iso curves are drawn with the shape, as its edges are: at edgeWidth and edgeOpacity, in isoCurvesColour.

How many iso curves of constant u each face gets with drawIsoCurves, at values spread evenly inside its u range and trimmed to the face.

How many iso curves of constant v each face gets with drawIsoCurves, at values spread evenly inside its v range and trimmed to the face.

The color of the iso curves as a hex string.

The surface analysis coloring the faces instead of faceColour and faceMaterial, from blue at analysisMin through green to red at analysisMax; vertices without a value keep faceColour.

The pull direction the draft angles, in degrees, are measured against; read only when surfaceAnalysis is draftAngle.

The analysis value drawn blue, and anything below it; left out, the lowest finite value found.

The analysis value drawn red, and anything above it; left out, the highest finite value found.