public double[] SetColor(string item, TriMesh mesh, CriteriaInfo criteriaInfo)
{
TriMeshUtil.ClearMeshColor(mesh);
double[] value = null;
if (item == "DehidraAngleMin")
{
value = ColorEdgeByDihedralAngle(mesh, criteriaInfo.DehidraAngleMin, criteriaInfo.DehidraAngleMax);
}
if (item == "DehidraAngleMax")
{
value = ColorEdgeByDihedralAngle(mesh, criteriaInfo.DehidraAngleMin, criteriaInfo.DehidraAngleMax);
}
if (item == "GaussinMin")
{
value = ColorVertexByGaussin(mesh, criteriaInfo.GaussinMin, criteriaInfo.GaussinMax);
}
if (item == "GaussinMax")
{
value = ColorVertexByGaussin(mesh, criteriaInfo.GaussinMin, criteriaInfo.GaussinMax);
}
if (item == "MeanCurvatureMax")
{
value = ColorVertexByMeanCurvature(mesh, criteriaInfo.MeanCurvatureMin, criteriaInfo.MeanCurvatureMax);
}
if (item == "MeanCurvatureMin")
{
value = ColorVertexByMeanCurvature(mesh, criteriaInfo.MeanCurvatureMin, criteriaInfo.MeanCurvatureMax);
}
return(value);
}
public double[] SetColor(string item, TriMesh mesh, CriteriaInfo criteriaInfo)
{
TriMeshUtil.ClearMeshColor(mesh);
double[] value = null;
if (item == "DehidraAngleMin")
{
value= ColorEdgeByDihedralAngle(mesh, criteriaInfo.DehidraAngleMin,criteriaInfo.DehidraAngleMax);
}
if (item == "DehidraAngleMax")
{
value = ColorEdgeByDihedralAngle(mesh, criteriaInfo.DehidraAngleMin, criteriaInfo.DehidraAngleMax);
}
if (item == "GaussinMin")
{
value = ColorVertexByGaussin(mesh, criteriaInfo.GaussinMin, criteriaInfo.GaussinMax);
}
if (item == "GaussinMax")
{
value = ColorVertexByGaussin(mesh, criteriaInfo.GaussinMin, criteriaInfo.GaussinMax);
}
if (item == "MeanCurvatureMax")
{
value = ColorVertexByMeanCurvature(mesh, criteriaInfo.MeanCurvatureMin, criteriaInfo.MeanCurvatureMax);
}
if (item == "MeanCurvatureMin")
{
value = ColorVertexByMeanCurvature(mesh, criteriaInfo.MeanCurvatureMin, criteriaInfo.MeanCurvatureMax);
}
return value;
}
