public MeshGeometry3D GenerateMold(double resolution, List <MeshGeometry3D> airholes)
{
//generates the outer mold and interior cavity for the bolus
var mold = new BolusMold(_displayMesh, resolution, true);
DMesh3 mesh = MeshGeometryToDMesh(mold.Mesh);
//generate the airholes for boolean subtraction
if (airholes.Count > 0)
{
DMesh3 booleanMesh = new DMesh3();
var holes = new DMesh3();
MeshEditor editor = new MeshEditor(holes);
foreach (MeshGeometry3D m in airholes)
{
editor.AppendMesh(MeshGeometryToDMesh(m));
}
booleanMesh = holes;
//boolean subtract the airholes from the mold
_moldMesh = new List <DMesh3>()
{
BooleanSubtraction(mesh, holes)
};
}
return(DMeshToMeshGeometry(_moldMesh[0]));
}
public List <MeshGeometry3D> GenerateMold(double resolution, List <MeshGeometry3D> airholes, List <double> z_slices)
{
//merges airholes and bolus mesh for subtraction later
var bolus = new DMesh3();
if (airholes.Count > 0)
{
//airholes
var holes = new DMesh3();
MeshEditor editor = new MeshEditor(holes);
foreach (MeshGeometry3D m in airholes)
{
editor.AppendMesh(MeshGeometryToDMesh(m));
}
//boolean union the airholes and the bolus
if (_smoothMesh != null)
{
bolus = BooleanUnion(_smoothMesh, holes);
}
else
{
bolus = BooleanUnion(_mesh, holes);
}
}
else
if (_smoothMesh != null)
{
bolus = _smoothMesh;
}
else
{
bolus = _mesh;
}
//generates the outer mold and interior cavity for the bolus
var _molds = new List <MeshGeometry3D>();
_moldMesh = new List <DMesh3>();
var molds = new BolusMold(_displayMesh, resolution, z_slices).Meshes;
//subtract the bolus from the mold
for (int i = 0; i <= z_slices.Count; i++)
{
_moldMesh.Add(BooleanSubtraction(MeshGeometryToDMesh(molds[i]), bolus));
_molds.Add(DMeshToMeshGeometry(_moldMesh[i]));
}
return(_molds);
}
public MeshGeometry3D PreviewMold(double resolution)
{
var mold = new BolusMold(_displayMesh, resolution);
return(mold.Mesh);
}
public MeshGeometry3D PreviewMoldWhileRotating(double resolution, Vector3D axis, double angle)
{
var mold = new BolusMold(_displayMesh, resolution, axis, angle);
return(mold.Mesh);
}
