void IsotropicRemeshing::remesh(TriangleMesh * _mesh,unsigned int _iterations,
int types)
{
TriangleMesh mesh = *_mesh;
removeNANVertices(&mesh);
mesh.add_property(update);
mesh.update_normals();
meshBackup = mesh;
for( unsigned int i = 0; i<_iterations; ++i )
{
if (types & ISOTROPIC_REMESHING_TYPES::SPLIT_LONG_EDGES) {
printf("Splitting long edges...\n");
splitLongEdges(&mesh);
}
if (types & ISOTROPIC_REMESHING_TYPES::COLLAPSE_SHORT_EDGES) {
printf("Collapsing short edges...\n");
collapseShortEdges(&mesh);
}
if (types & ISOTROPIC_REMESHING_TYPES::EQUALIZE_VALENCES) {
printf("equalizing valences...\n");
equalizeValences(&mesh);
}
if (types & ISOTROPIC_REMESHING_TYPES::TANGENTIAL_RELAXATION) {
tangentialRelaxation(&mesh);
printf("tangential relaxation...\n");
}
if (types & ISOTROPIC_REMESHING_TYPES::PROJECT_TO_SURFACE) {
printf("project to surface...\n");
projectToSurface(&mesh);
}
}
if (types & ISOTROPIC_REMESHING_TYPES::AREA_EQUALIZATION) {
printf("Area equalization...\n");
areaEqualization(&mesh);
}
removeNANVertices(&mesh);
mesh.remove_property(update);
*_mesh = mesh;
}