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Public Member Functions | Protected Member Functions | List of all members
RetopoBinOp Class Reference

Perform the binary operations of the polygonal mesh. More...

#include <RetopoBinOp.h>

Public Member Functions

bool PerformBinOp (comms::cMeshContainer *srcMesh, int BinOp=0, bool isRestored=true)
 Make the binary operation. More...
 

Protected Member Functions

bool IsHashTriangle (FloatPointHash &hash, const Vector3D &v1, const Vector3D &v2, const Vector3D &v3)
 Check of the triangle existing in the retopo scene. More...
 
int DoTriangleIds (comms::cMeshContainer *srcMesh, int begObj, int shftObj, TriHashObj &TriHash)
 Make triangulation of the poly mesh. More...
 
int ConvertToPoly (comms::RawArray &dstRaws, comms::RawArray &srcRaws, int iStart, int iEnd, int ID)
 Convert the indecies of triangles to polygons. More...
 
int GetQuardList (comms::cMeshContainer *srcMesh, cList< SQUAD > &quadL)
 Collect the quads list from poly mesh. More...
 
void RestorePolygons (TriHashObj &TriHash, int maxObj, int idObj)
 Restore the polygons. More...
 
void BM2MC2 (BasicMesh &bm, comms::cMeshContainer &mc, bool _swap, float scale, TriHashObj &TriHash)
 Convert Basic Mesh to MeshContainer. More...
 

Detailed Description

Perform the binary operations of the polygonal mesh.

Class RetopoBinOp

Member Function Documentation

void RetopoBinOp::BM2MC2 ( BasicMesh &  bm,
comms::cMeshContainer &  mc,
bool  _swap,
float  scale,
TriHashObj &  TriHash 
)
protected

Convert Basic Mesh to MeshContainer.

:

Parameters
bm- source Basic Mesh, mc - destination mesh
_swap- swap flag, scale - scale factor
TriHash- triangle mesh obj

Referenced by PerformBinOp().

int RetopoBinOp::ConvertToPoly ( comms::RawArray &  dstRaws,
comms::RawArray &  srcRaws,
int  iStart,
int  iEnd,
int  ID 
)
protected

Convert the indecies of triangles to polygons.

Parameters
srcMesh- source Mesh
dstMesh- destination Mesh
iStart- start index in the source triangles
iEnd- end index in the source triangles
ID- identifier of the polygon obj

Referenced by RestorePolygons().

int RetopoBinOp::DoTriangleIds ( comms::cMeshContainer *  srcMesh,
int  begObj,
int  shftObj,
TriHashObj &  TriHash 
)
protected

Make triangulation of the poly mesh.

: set the label for triangle

Parameters
srcMesh- source Mesh
begObj- labed triobj index
shftObj- shift mesh obj in the scene
TriHash- triangle mesh obj
Returns
if had already triangulated then 0, else return the count of new triangles

Referenced by PerformBinOp().

int RetopoBinOp::GetQuardList ( comms::cMeshContainer *  srcMesh,
cList< SQUAD > &  quadL 
)
protected

Collect the quads list from poly mesh.

Parameters
srcMesh- source Mesh
quadL- Quad list
Returns
count quads
bool RetopoBinOp::IsHashTriangle ( FloatPointHash &  hash,
const Vector3D &  v1,
const Vector3D &  v2,
const Vector3D &  v3 
)
protected

Check of the triangle existing in the retopo scene.

Referenced by RestorePolygons().

bool RetopoBinOp::PerformBinOp ( comms::cMeshContainer *  srcMesh,
int  BinOp = 0,
bool  isRestored = true 
)

Make the binary operation.

Parameters
srcMesh- source mesh
BinOp- binary mode
Returns
true if success otherwise false

References BM2MC2(), DoTriangleIds(), comms::cMeshContainer::IsValid(), and RestorePolygons().

void RetopoBinOp::RestorePolygons ( TriHashObj &  TriHash,
int  maxObj,
int  idObj 
)
protected

Restore the polygons.

Parameters
TriHash- triangle mesh obj
maxObj- max object's id ( triangle polygons id < maxObj)
idObj- object id

References ConvertToPoly(), and IsHashTriangle().

Referenced by PerformBinOp().

The documentation for this class was generated from the following files: