PUBLIC

HEMeshVertexC::HEMeshVertexC(void) HEMeshVertexC::IsValid(void) HEMeshVertexC::FindEdge(const HEMeshVertexC &) const HEMeshVertexC::FirstEdge(void) const HEMeshVertexC::operator ==(const HEMeshVertexBodyC &) const HEMeshVertexC::operator !=(const HEMeshVertexBodyC &) const HEMeshVertexC::Vertex(void) HEMeshVertexC::Vertex(void) const HEMeshVertexC::Position(void) HEMeshVertexC::Position(void) const HEMeshVertexC::Normal(void) HEMeshVertexC::Normal(void) const HEMeshVertexC::Hash(void) const HEMeshVertexC::operator ==(const HEMeshVertexC &) const HEMeshVertexC::Valence(void) const

HEMeshVertexC()

Default constructor.

bool IsValid()

Is this a valid Vertex ?

HEMeshEdgeC FindEdge(const HEMeshVertexC & oth) const

Look for a connection from this vertex to oth.
Returns an invalid handle if ones is not found.

HEMeshEdgeC FirstEdge() const

Access edge.

bool operator ==(const HEMeshVertexBodyC & vert) const

Is this a handle to the vertex.

bool operator !=(const HEMeshVertexBodyC & vert) const

Is this a handle to the vertex.

VertexC & Vertex()

Access vertex information.

const VertexC & Vertex() const

Access vertex information.

Vector3dC & Position()

Access position of vertex.

const Vector3dC & Position() const

Access position of vertex.

Vector3dC & Normal()

Access normal at vertex.

const Vector3dC & Normal() const

Access normal at vertex.

UIntT Hash() const

Hash value for handle.

bool operator ==(const HEMeshVertexC & oth) const

Is this a handle to the same object ?

UIntT Valence() const

Get the number of edges/faces linking to this vertexs.
This assumes this is a closed mesh.