Groups |
|
| MODELING_COMMIT | |
| MODELING_ERROR | |
| MODELING_GETNGON_FLAG | |
| MODELING_SETNGON_FLAG | |
| MODELING_SETPOINT_FLAG | |
| TRANSMAP_FLAG | |
| TRANSMAP_PLYFLAG | |
| TRANSMAP_PNTFLAG | |
Classes |
|
| struct | PointMove |
| struct | TransIndexMapData |
| struct | TransMapData |
| struct | TransMapNewData |
| struct | TransPointInterData |
| struct | TransPointDeltaData |
| class | TranslationMaps |
| class | 建模 |
Macros |
|
| #define | NOTINDEX |
| #define | LIBRARY_MODELLING |
Typedefs |
|
| typedef Bool (* | TriangulateHook ) ( BaseObject *pObj, Int32 lNgonID, Ngon *ngon, const 向量 *pvPoints, Int32 lPointCount, CPolygon *&pPolys, Int32 &lPolyCount, Bool &bTriang, void *pData) |
| #define NOTINDEX |
Invalid index.
| #define LIBRARY_MODELLING |
建模 library ID.
| typedef Bool (* TriangulateHook) ( BaseObject *pObj, Int32 lNgonID, Ngon *ngon, const 向量 *pvPoints, Int32 lPointCount, CPolygon *&pPolys, Int32 &lPolyCount, Bool &bTriang, void *pData) |
Called to triangulate the N-gon in
ngon
, returning the result in
pPolys
.
Here is part of a trivial example of a triangulation algorithm that preserves quads:
| [in] | pObj | An initialized object. |
| [in] | lNgonID | The N-gon ID of ngon . |
| [in] | ngon | The N-gon to triangulate. |
| [in] | pvPoints | The points of pObj . |
| [in] | lPointCount | The array size of pvPoints . |
| [out] | pPolys |
Always
nullptr
in the call. Assign the resulting triangulated polygon array here.
It should be an array of CPolygon , allocated with NewMemClear() . The caller takes over the ownership of the pointed array. |
| [out] | lPolyCount | Assign the size of pPolys here. |
| [in] | bTriang | 赋值 true if ngon was triangulated, otherwise false . |
| [in] | pData | The private hook data, passed from Modeling::SetTriangulateHook() . |
