C3D Toolkit  Kernel - 105435, Vision - 121811.105435
+ Collaboration diagram for Triangulation:

Functions

void CalculateBoundsSltFast (const MbFloatGrid &grid, const MbMatrix3D &matrix, bool perspective, RPArray< MbFloatPoint3D > &points)
 Construct silhouette lines by a triangular mesh. More...
 
void CalculateBoundsSlt (const MbGrid &grid, const MbMatrix3D &matrix, bool perspective, SArray< MbFloatPoint3D > &points)
 Construct silhouette lines by a triangular mesh. More...
 
void CalculateSections (const MbGrid &grid, const MbMatrix3D &matrix, SArray< MbFloatPoint3D > &points)
 Construct section lines by a triangular mesh. More...
 
bool PolygonTubeGrid (const MbPolygon3D &poly, double radius, double sag, MbGrid &grid)
 Construct triangulations in the form of a tube of given radius around the polygon. More...
 
bool PolygonToGrid (const MbPolygon &poly, MbGrid &grid)
 Convert two-dimensional polygon to triangulation. More...
 
void CalculateGrid (const MbFace &face, const MbStepData &stepData, MbGrid &grid, bool dualSeams=true, bool quad=false)
 Approximation of face. More...
 
bool StepDataTune (const MbCube &cube, size_t count, MbStepData &stepData)
 Configuring step data for triangulation. More...
 

Detailed Description

Function Documentation

◆ CalculateBoundsSltFast()

void CalculateBoundsSltFast ( const MbFloatGrid grid,
const MbMatrix3D matrix,
bool  perspective,
RPArray< MbFloatPoint3D > &  points 
)

Construct silhouette lines by a triangular mesh.

Get silhouette lines as pairs of pointers to the existed points in the array of triangulation.

Parameters
[in]grid- A triangular mesh.
[in]matrix- A matrix for setting of view vector.
[in]perspective- An attribute of perspective mapping.
[out]points- The result - the set of points.

◆ CalculateBoundsSlt()

void CalculateBoundsSlt ( const MbGrid grid,
const MbMatrix3D matrix,
bool  perspective,
SArray< MbFloatPoint3D > &  points 
)

Construct silhouette lines by a triangular mesh.

Get silhouette lines as pairs of points.

Parameters
[in]grid- A triangular mesh.
[in]matrix- A matrix for setting of view vector.
[in]perspective- An attribute of perspective mapping.
[out]points- The result - the set of points.

◆ CalculateSections()

void CalculateSections ( const MbGrid grid,
const MbMatrix3D matrix,
SArray< MbFloatPoint3D > &  points 
)

Construct section lines by a triangular mesh.

Get section lines as pairs of points.

Parameters
[in]grid- A triangular mesh.
[in]matrix- A matrix for setting of section plane.
[out]points- The result - the set of points.

◆ PolygonTubeGrid()

bool PolygonTubeGrid ( const MbPolygon3D poly,
double  radius,
double  sag,
MbGrid grid 
)

Construct triangulations in the form of a tube of given radius around the polygon.

Construct triangulations in the form of a tube of given radius around the polygon.

Parameters
[in]poly- A polygon.
[in]radius- Radius of a tube.
[in]sag- Maximum deviation of triangulation from a circle (sag).
[out]grid- Triangulation - the result.

◆ PolygonToGrid()

bool PolygonToGrid ( const MbPolygon poly,
MbGrid grid 
)

Convert two-dimensional polygon to triangulation.

Convert two-dimensional polygon to triangulation.

Parameters
[in]poly- A two-dimensional polygon.
[out]grid- Constructed triangulation.

◆ CalculateGrid()

void CalculateGrid ( const MbFace face,
const MbStepData stepData,
MbGrid grid,
bool  dualSeams = true,
bool  quad = false 
)

Approximation of face.

Approximation of face by array of triangular and quadrangular plates.

Parameters
[in]face- A face.
[in]stepData- Data for step calculation during triangulation.
[out]grid- Triangulations as a result: for visualization arrays 'params', 'points' and 'normals' are filled;
for calculation of the mass-inertial properties an array 'params' is filled;
for solids collision detection arrays 'params' and 'points' are filled;
for splitting into finite elements arrays 'points' and 'normals' are filled.

[in]dualSeams- Whether to keep seam edges polygons and their coincident points.
[in]quad- Whether to build quadrangles (true) in triangulations of surfaces (if possible).

◆ StepDataTune()

bool StepDataTune ( const MbCube cube,
size_t  count,
MbStepData stepData 
)

Configuring step data for triangulation.

Checking and Correction step data for triangulation so that the number of points does not exceed a predetermined count on the order of magnitude of.

Parameters
[in]cube- A dimensional cube.
[in]count- Proposed limit on the number of triangulation points for one face.
[in]stepData- Data for step calculation during triangulation.
Returns
True - stepData was change, false - there was no change.