| __init__(self) | coat.Volume | |
| __init__(self, tb=Any) | coat.Volume | |
| __init__(self, vo=Any) | coat.Volume | |
| __init__(self, vol=Volume) | coat.Volume | |
| addMesh(self, mesh=Mesh, transform=mat4) | coat.Volume | |
| assignLiveBooleans(self, operation=int) | coat.Volume | |
| assignShader(self, shaderName=str) | coat.Volume | |
| attributes(self, cx=int, cy=int, cz=int, create=bool, backup=bool) | coat.Volume | |
| automaticMolding(self) | coat.Volume | |
| basRelief(self, start_point=vec3) | coat.Volume | |
| calcLocalScaceAABB(self) | coat.Volume | |
| calcWorldSpaceAABB(self) | coat.Volume | |
| cell(self, cx=int, cy=int, cz=int, create=bool, backup=bool) | coat.Volume | |
| checkIfMoldingLicenseAvailable() | coat.Volume | |
| clear(self) | coat.Volume | |
| clearNoUndo(self) | coat.Volume | |
| closeHoles(self, maxSize=int) | coat.Volume | |
| collapseBollTree(self) | coat.Volume | |
| color(CL=int) | coat.Volume | |
| color(r=float, g=float, b=float, a=float) | coat.Volume | |
| color(r=float, g=float, b=float) | coat.Volume | |
| color(colorid=str) | coat.Volume | |
| curveBasedMolding(self) | coat.Volume | |
| dirty(self, cx=int, cy=int, cz=int) | coat.Volume | |
| enableVoxelsColoring(enable=bool) | coat.Volume | |
| findMoldingBottom(self) | coat.Volume | |
| findMoldingTest(self) | coat.Volume | |
| findMoldingTop(self) | coat.Volume | |
| generateMoldingCurves(self) | coat.Volume | |
| generateMoldingTest(self) | coat.Volume | |
| getExactDencity(self, x=int, y=int, z=int, fromBackup=bool, cache_ref=Any) | coat.Volume | |
| getInterpolatedValue(self, pos=vec3, fromBackup=bool) | coat.Volume | |
| getPolycount(self) | coat.Volume | |
| getSquare(self) | coat.Volume | |
| getVolume(self) | coat.Volume | |
| gloss(value=float) | coat.Volume | |
| inScene(self) | coat.Volume | |
| insertMesh(self, mesh=Mesh, transform=mat4) | coat.Volume | |
| intersectWithMesh(self, mesh=Mesh, transform=mat4) | coat.Volume | |
| isSurface(self) | coat.Volume | |
| isVoxelized(self) | coat.Volume | |
| mergeMesh(self, mesh=Mesh, transform=mat4, op=BoolOpType) | coat.Volume | |
| mergeMeshWithTexture(self, mesh=Mesh, transform=mat4, op=BoolOpType) | coat.Volume | |
| metal(value=float) | coat.Volume | |
| relaxGpu(self, center=vec3, Radius=float, degree=float) | coat.Volume | |
| relaxOpenEdges(self, nTimes=int) | coat.Volume | |
| relaxSurface(self, degree=float, tangent=bool, keep_sharp_boolean_edges=bool) | coat.Volume | |
| relaxVoxels(self, count=int) | coat.Volume | |
| removeMoldingShapes(self) | coat.Volume | |
| removeUndercuts(self) | coat.Volume | |
| roughness(value=float) | coat.Volume | |
| setAutomaticMoldingBox() | coat.Volume | |
| setBoolShaderProperty(self, property=str, value=bool) | coat.Volume | |
| setColorShaderProperty(self, property=str, value=int) | coat.Volume | |
| setFloatShaderProperty(self, property=str, value=float) | coat.Volume | |
| setMoldingBorder(width=float) | coat.Volume | |
| setMoldingBox(width=float, length=float, thickness=float) | coat.Volume | |
| setMoldingParams(direction=vec3, tapering_angle=float, undercuts_density=float, decimation_limit_millions=float, perform_subtraction=bool) | coat.Volume | |
| setOpacity(self, Opacity=float) | coat.Volume | |
| subtractMesh(self, mesh=Mesh, transform=mat4) | coat.Volume | |
| subtractWithoutUndecuts(self) | coat.Volume | |
| toSurface(self) | coat.Volume | |
| toVoxels(self) | coat.Volume | |
| tree(self) | coat.Volume | |
| valid(self) | coat.Volume | |
| vo(self) | coat.Volume | |
1.9.7