Powertek.OpenGl.PtCoreMesh Class Reference
PtCoreMesh, index based mesh. More...
Collaboration diagram for Powertek.OpenGl.PtCoreMesh:
Public Member Functions | |
| PtCoreMesh () | |
| void | Clear () |
| void | GenerateNormals (bool enableNormalSmoothing) |
| void | ScaleData (float scaleFactor) |
Public Attributes | |
| PtMeshVertex[] | VertexList = null |
| PtMeshFace[] | FaceList = null |
| PtMeshUVVertex[] | UvList = null |
| PtMeshUVFace[] | UvFaceList = null |
| Vertex3f[] | FaceNormals = null |
| Vertex3f[] | Normals = null |
| Vertex3f | MinVertex |
| Vertex3f | MaxVertex |
| String | Name = "" |
| int | MatId = 0 |
Detailed Description
Constructor & Destructor Documentation
| Powertek.OpenGl.PtCoreMesh.PtCoreMesh | ( | ) |
Member Function Documentation
| void Powertek.OpenGl.PtCoreMesh.Clear | ( | ) |
Clear Mesh.
| void Powertek.OpenGl.PtCoreMesh.GenerateNormals | ( | bool | enableNormalSmoothing | ) |
GenerateNormals.
- Parameters:
-
enableNormalSmoothing
Here is the call graph for this function:
| void Powertek.OpenGl.PtCoreMesh.ScaleData | ( | float | scaleFactor | ) |
Scale the mesh, this works on the vertex/face index Array (uses Min/MaxVertex !) so do this before calling genDrawData.
- Parameters:
-
scaleFactor
Member Data Documentation
FaceList.
FaceNormals.
| int Powertek.OpenGl.PtCoreMesh.MatId = 0 |
Mat ID.
MaxVertex.
MinVertex.
| String Powertek.OpenGl.PtCoreMesh.Name = "" |
Mesh Name.
| Vertex3f [] Powertek.OpenGl.PtCoreMesh.Normals = null |
Normals.
UvFaceList.
UvList.
VertexList.
The documentation for this class was generated from the following file:
