PUBLIC

HEMeshFaceC::HEMeshFaceC(void) HEMeshFaceC::IsValid(void) const HEMeshFaceC::HEMeshFaceC(HEMeshFaceBodyC &) HEMeshFaceC::HEMeshFaceC(bool) HEMeshFaceC::HEMeshFaceC(HEMeshEdgeC) HEMeshFaceC::Body(void) HEMeshFaceC::Body(void) const HEMeshFaceC::FirstEdge(void) HEMeshFaceC::SetEdge(HEMeshEdgeC) HEMeshFaceC::Hash(void) const HEMeshFaceC::operator ==(const HEMeshFaceC &) const HEMeshFaceC::Sides(void) const HEMeshFaceC::HasVertex(HEMeshVertexC) const HEMeshFaceC::Edge(void) HEMeshFaceC::FindEdge(HEMeshVertexC) HEMeshFaceC::Remove(void)

HEMeshFaceBodyC * body;

HEMeshFaceC()

Default constructor

bool IsValid() const

Is this a valid handle ?

HEMeshFaceC(HEMeshFaceBodyC & bod)

Body constructor.

HEMeshFaceC(bool)

Construct a new face.

HEMeshFaceC(HEMeshEdgeC edge)

Construct a new face.

HEMeshFaceBodyC & Body()

Access body.

const HEMeshFaceBodyC & Body() const

Access body.

HEMeshEdgeBodyC * FirstEdge()

Access first edge.

void SetEdge(HEMeshEdgeC nedge)

Set first edge.

UIntT Hash() const

Hash value for handle.

bool operator ==(const HEMeshFaceC & oth) const

Is this a handle to the same object ?

UIntT Sides() const

Get number of edges on face.

bool HasVertex(HEMeshVertexC vert) const

Check that the vertex is connected to this face.

HEMeshEdgeC Edge()

Get an edge leading to the face.

HEMeshEdgeC FindEdge(HEMeshVertexC a)

Find the edge linking to vertex a.
If edge is not found an invalid handle is returned.

bool Remove()

Delete face from mesh.
This operation leaves the mesh open.