internal MxStdSlim(MxStdModel model)
{
heap = new MxHeap(64);
this.model = model;
PlacementPolicy = MxPlacement.Optimal;
WeightingPolicy = MxWeighting.Area;
BoundaryWeight = 1000.0;
CompactnessRatio = 0.0;
MeshingPenalty = 1.0;
LocalValidityThreshold = 0.0;
VertexDegreeLimit = 24;
WillJoinOnly = false;
ValidFaces = 0;
ValidVerts = 0;
IsInitialized = false;
for (var faceId = 0; faceId < model.FaceCount; faceId++)
{
if (!model.FaceIsValid(faceId)) continue;
ValidFaces++;
}
for (var vertId = 0; vertId < model.VertCount; vertId++)
{
if (!model.VertexIsValid(vertId)) continue;
ValidVerts++;
}
}
internal MxStdSlim(MxStdModel model)
{
heap = new MxHeap(64);
this.model = model;
PlacementPolicy = MxPlacement.Optimal;
WeightingPolicy = MxWeighting.Area;
BoundaryWeight = 1000.0;
CompactnessRatio = 0.0;
MeshingPenalty = 1.0;
LocalValidityThreshold = 0.0;
VertexDegreeLimit = 24;
WillJoinOnly = false;
ValidFaces = 0;
ValidVerts = 0;
IsInitialized = false;
for (var faceId = 0; faceId < model.FaceCount; faceId++)
{
if (!model.FaceIsValid(faceId))
{
continue;
}
ValidFaces++;
}
for (var vertId = 0; vertId < model.VertCount; vertId++)
{
if (!model.VertexIsValid(vertId))
{
continue;
}
ValidVerts++;
}
}
public QSlim(List<Vector3> vertices, List<int> indices, bool contractByFaces, bool joinOnly,
MxPlacement placePolicy, MxWeighting weightPolicy, double boundaryWeight, double compactRatio,
double meshPenalty)
{
inputVertices = vertices;
inputIndices = indices;
willUseFaces = contractByFaces;
willJoinOnly = joinOnly;
placementPolicy = placePolicy;
weightingPolicy = weightPolicy;
this.boundaryWeight = boundaryWeight;
compactnessRatio = compactRatio;
meshingPenalty = meshPenalty;
Init();
}
public QSlim(List <Vector3> vertices, List <int> indices, bool contractByFaces, bool joinOnly,
MxPlacement placePolicy, MxWeighting weightPolicy, double boundaryWeight, double compactRatio,
double meshPenalty)
{
inputVertices = vertices;
inputIndices = indices;
willUseFaces = contractByFaces;
willJoinOnly = joinOnly;
placementPolicy = placePolicy;
weightingPolicy = weightPolicy;
this.boundaryWeight = boundaryWeight;
compactnessRatio = compactRatio;
meshingPenalty = meshPenalty;
Init();
}
