cpt_f.h File Reference

The fortran interface to the cpt library. More...

#include "f77_bindings.h"

Go to the source code of this file.

Functions
void	cptSetParameters3F_ (double *domain, double *maximumDistance)
	Wrapper for cptSetParameters3().
void	cptSetParameters2F_ (double *domain, double *maximumDistance, int *localClipping, int *globalClipping, int *decimationFactor)
	Wrapper for cptSetParameters2().
void	cptSetLattice3F_ (int *extents, double *domain)
	Wrapper for State<3,double>::setLattice().
void	cptSetLattice2F_ (int *extents, double *domain)
	Wrapper for State<2,double>::setLattice().
void	cptInsertGrid3F_ (int *indexLowerBounds, int *indexUpperBounds, double *distance, int *computeGradientDistance, double *gradientDistance, int *computeClosestPoint, double *closestPoint, int *computeClosestFace, int *closestFace)
	Wrapper for cptInsertGrid3().
void	cptInsertGrid2F_ (int *indexLowerBounds, int *indexUpperBounds, double *distance, int *computeGradientDistance, double *gradientDistance, int *computeClosestPoint, double *closestPoint, int *computeClosestFace, int *closestFace)
	Wrapper for cptInsertGrid2().
void	cptClearGrids3F_ ()
	Wrapper for cptClearGrids3().
void	cptClearGrids2F_ ()
	Wrapper for cptClearGrids2().
void	cptSetBRepWithNoClipping3F_ (int *verticesSize, const double *vertices, int *facesSize, const int *faces)
	Wrapper for cptSetBRepWithNoClipping3().
void	cptSetBRepWithNoClipping2F_ (int *verticesSize, const double *vertices, int *facesSize, const int *faces)
	Wrapper for cptSetBRepWithNoClipping2().
void	cptSetBRep3F_ (int *verticesSize, const double *vertices, int *facesSize, const int *faces)
	Wrapper for cptSetBRep3().
void	cptSetBRep2F_ (int *verticesSize, const double *vertices, int *facesSize, const int *faces)
	Wrapper for cptSetBRep2().
void	cptComputeClosestPointTransform3F_ ()
	Wrapper for cptComputeClosestPointTransform3().
void	cptComputeClosestPointTransformUnsigned3F_ ()
	Wrapper for cptComputeClosestPointTransformUnsigned3().
void	cptComputeClosestPointTransformUsingBBox3F_ ()
	Wrapper for cptComputeClosestPointTransformUsingBBox3().
void	cptComputeClosestPointTransformUnsignedUsingBBox3F_ ()
	Wrapper for cptComputeClosestPointTransformUnsignedUsingBBox3().
void	cptComputeClosestPointTransformUsingBruteForce3F_ ()
	Wrapper for cptComputeClosestPointTransformUsingBruteForce3().
void	cptComputeClosestPointTransformUnsignedUsingBruteForce3F_ ()
	Wrapper for cptComputeClosestPointTransformUnsignedUsingBruteForce3().
void	cptComputeClosestPointTransform2F_ ()
	Wrapper for cptComputeClosestPointTransform2().
void	cptComputeClosestPointTransformUnsigned2F_ ()
	Wrapper for cptComputeClosestPointTransformUnsigned2().
void	cptComputeClosestPointTransformUsingBBox2F_ ()
	Wrapper for cptComputeClosestPointTransformUsingBBox2().
void	cptComputeClosestPointTransformUnsignedUsingBBox2F_ ()
	Wrapper for cptComputeClosestPointTransformUnsignedUsingBBox2().
void	cptComputeClosestPointTransformUsingBruteForce2F_ ()
	Wrapper for cptComputeClosestPointTransformUsingBruteForce2().
void	cptComputeClosestPointTransformUnsignedUsingBruteForce2F_ ()
	Wrapper for cptComputeClosestPointTransformUnsignedUsingBruteForce2().
void	cptFloodFillAtBoundary3F_ (double *farAway)
	Wrapper for cptFloodFillAtBoundary3().
void	cptFloodFillDetermineSign3F_ (double *farAway)
	Wrapper for cptFloodFillDetermineSign3().
void	cptFloodFillUnsigned3F_ (double *farAway)
	Wrapper for cptFloodFillUnsigned3().
void	cptFloodFillAtBoundary2F_ (double *farAway)
	Wrapper for cptFloodFillAtBoundary2().
void	cptFloodFillDetermineSign2F_ (double *farAway)
	Wrapper for cptFloodFillDetermineSign2().
void	cptFloodFillUnsigned2F_ (double *farAway)
	Wrapper for cptFloodFillUnsigned2().
int	cptAreGridsValid3F_ ()
	Wrapper for cptAreGridsValid3().
int	cptAreGridsValidUnsigned3F_ ()
	Wrapper for cptAreGridsValidUnsigned3().
int	cptAreGridsValid2F_ ()
	Wrapper for cptAreGridsValid2().
int	cptAreGridsValidUnsigned2F_ ()
	Wrapper for cptAreGridsValidUnsigned2().
void	cptDisplayInformation3F_ ()
	Wrapper for cptDisplayInformation3().
void	cptDisplayInformation2F_ ()
	Wrapper for cptDisplayInformation2().

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Detailed Description

The fortran interface to the cpt library.

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Function Documentation

void cptInsertGrid2F_	(	int *	indexLowerBounds,
		int *	indexUpperBounds,
		double *	distance,
		int *	computeGradientDistance,
		double *	gradientDistance,
		int *	computeClosestPoint,
		double *	closestPoint,
		int *	computeClosestFace,
		int *	closestFace
	)

Wrapper for cptInsertGrid2().

Parameters:

	indexLowerBounds	are the closed lower bounds on the grid indices.
	indexUpperBounds	are the open lower bounds on the grid indices.
	distance	is the distance array.
	computeGradientDistance	If computeGradientDistance is non-zero, the gradient of the distance will be computed. If computeGradientDistance is zero, it will not be computed. Then just pass a double for gradientDistance instead of an array.
	gradientDistance	is the gradient of the distance array.
	computeClosestPoint	If computeClosestPoint is non-zero, the closest point will be computed. If computeClosestPoint is zero, it will not be computed. Then just pass a double for closestPoint instead of an array.
	closestPoint	is the closest point array.
	computeClosestFace,:	If computeClosestFace is non-zero, the closest face will be computed. If computeClosestFace is zero, it will not be computed. Then just pass an integer for closestFace instead of an array.
	closestFace	is the closest face array.

void cptInsertGrid3F_	(	int *	indexLowerBounds,
		int *	indexUpperBounds,
		double *	distance,
		int *	computeGradientDistance,
		double *	gradientDistance,
		int *	computeClosestPoint,
		double *	closestPoint,
		int *	computeClosestFace,
		int *	closestFace
	)

Wrapper for cptInsertGrid3().

Parameters:

	indexLowerBounds	are the closed lower bounds on the grid indices.
	indexUpperBounds	are the open lower bounds on the grid indices.
	distance	is the distance array.
	computeGradientDistance	If computeGradientDistance is non-zero, the gradient of the distance will be computed. If computeGradientDistance is zero, it will not be computed. Then just pass a double for gradientDistance instead of an array.
	gradientDistance	is the gradient of the distance array.
	computeClosestPoint	If computeClosestPoint is non-zero, the closest point will be computed. If computeClosestPoint is zero, it will not be computed. Then just pass a double for closestPoint instead of an array.
	closestPoint	is the closest point array.
	computeClosestFace,:	If computeClosestFace is non-zero, the closest face will be computed. If computeClosestFace is zero, it will not be computed. Then just pass an integer for closestFace instead of an array.
	closestFace	is the closest face array.