nurbsEvaluation.C File Reference

#include "NurbsMapping.h"
#include "display.h"
#include "ArraySimple.h"
#include "ParallelUtility.h"
#include "Inverse.h"

Include dependency graph for nurbsEvaluation.C:

Macros
#define	MAX_ORDER   14
#define	NURBSEVAL   EXTERN_C_NAME(nurbseval)
#define	knot(i)   knotc[(i)]
#define	LEFT(i)   leftp[i]
#define	RIGHT(i)   rightp[i]
#define	knot(i)   knotc[(i)]
#define	NDU(i, j)   ndup[i][j]
#define	A(i, j)   ap[i][j]
#define	DERS(i, j)   dersp[(i)+2*(j)]
#define	R(i0, i1)   rp[i0+rDim0*(i1)]
#define	RR(i0, i1)   rrp[i0+rrDim0*(i1)]
#define	X(i0, i1)   xp[i0+xDim0*(i1)]
#define	XR(i0, i1, i2)   xrp[i0+xrDim0*(i1+xrDim1*(i2))]
#define	UDERS(i, j)   udersp[(i)+2*(j)]
#define	CP(i, j)   cPointp[(i)+ndcp*(j)]
#define	CP(i, j, k)   cPointp[(i)+ndcp*(j)+ndcp2*(k)]
#define	VDERS(i, j)   vdersp[(i)+2*(j)]
#define	UTEMP(i, j)   uTempp[(j)+4*(i)]
#define	CP(i1, i2, i3, i4)   cPointp[(i1)+ndcp*(i2)+ndcp2*(i3)+ndcp3*(i4)]
#define	VDERS(i, j)   vdersp[(i)+2*(j)]
#define	WDERS(i, j)   wdersp[(i)+2*(j)]
#define	UTEMP(i2, i3, j)   uTempp[(j)+4*(i2+p2p*(i3))]
#define	VTEMP(i3, j)   vTempp[(j)+4*(i3)]
#define	ForR(m)   for( m=0; m<rangeDimension; m++ )
#define	ForRw(m)   for( m=0; m<=Rw.getBound(); m++ )
#define	ForI(i)   for( i=I.getBase(); i<=I.getBound(); i++ )

Functions
void	NURBSEVAL (int *nder, int *ddim, int *rdim, int *n, int *p, double *knts, int *kbnds, double *cptsw, int *cpbnds, double *u, int *nu, double *ders)

Variables
real	nurbsEvalTime =0.
real	nurbTimeEvaluate =0.
real	nurbsBasisTime =0.
real	nurbApproximateInverseTime =0.
real	nurbApproximateInverseTimeNew =0.

Macro Definition Documentation

#define A	(		i,
			j
	)		ap[i][j]

Referenced by AdvancingFront::computeSurfaceNormal(), MappingGeometry::computeVolumeIntegrals(), MappingsFromCAD::createSurface(), Oges::generateMatrix(), Interpolate::initializeCoefficients(), Interpolate::interpolateCoarseToFine(), TridiagonalSolver::periodicTridiagonalFactor(), TridiagonalSolver::periodicTridiagonalSolve(), TridiagonalSolver::scalarBlockFactor(), TridiagonalSolver::scalarBlockPeriodicFactor(), TridiagonalSolver::scalarBlockPeriodicSolve(), TridiagonalSolver::scalarBlockSolve(), TridiagonalSolver::tridiagonalFactor(), TridiagonalSolver::tridiagonalSolve(), EllipticGridGenerator::update(), and HyperbolicMapping::updateOld().

#define CP	(		i,
			j
	)		cPointp[(i)+ndcp*(j)]

Referenced by NurbsMapping::mapS().

#define CP	(		i,
			j,
			k
	)		cPointp[(i)+ndcp*(j)+ndcp2*(k)]

#define CP	(		i1,
			i2,
			i3,
			i4
	)		cPointp[(i1)+ndcp*(i2)+ndcp2*(i3)+ndcp3*(i4)]

#define DERS	(		i,
			j
	)		dersp[(i)+2*(j)]

#define ForI

(

i

)

for( i=I.getBase(); i<=I.getBound(); i++ )

Referenced by NurbsMapping::mapVector().

#define ForR

(

m

)

for( m=0; m<rangeDimension; m++ )

Referenced by NurbsMapping::mapVector().

#define ForRw

(

m

)

for( m=0; m<=Rw.getBound(); m++ )

Referenced by NurbsMapping::mapVector().

#define knot

(

i

)

knotc[(i)]

Referenced by NurbsMapping::buildCurveOnSurface(), NurbsMapping::buildSubCurves(), createLineAsNurbs(), NurbsMapping::get(), NurbsMapping::insertKnot(), NurbsMapping::put(), and TrimmedMapping::triangulate().

#define knot

(

i

)

knotc[(i)]

#define LEFT

(

i

)

leftp[i]

#define MAX_ORDER   14

#define NDU	(		i,
			j
	)		ndup[i][j]

#define NURBSEVAL   EXTERN_C_NAME(nurbseval)

Referenced by NurbsMapping::mapS().

#define R	(		i0,
			i1
	)		rp[i0+rDim0*(i1)]

#define RIGHT

(

i

)

rightp[i]

#define RR	(		i0,
			i1
	)		rrp[i0+rrDim0*(i1)]

#define UDERS	(		i,
			j
	)		udersp[(i)+2*(j)]

Referenced by NurbsMapping::mapS().

#define UTEMP	(		i,
			j
	)		uTempp[(j)+4*(i)]

Referenced by NurbsMapping::mapS().

#define UTEMP	(		i2,
			i3,
			j
	)		uTempp[(j)+4*(i2+p2p*(i3))]

#define VDERS	(		i,
			j
	)		vdersp[(i)+2*(j)]

Referenced by NurbsMapping::mapS().

#define VDERS	(		i,
			j
	)		vdersp[(i)+2*(j)]

#define VTEMP	(		i3,
			j
	)		vTempp[(j)+4*(i3)]

Referenced by NurbsMapping::mapS().

#define WDERS	(		i,
			j
	)		wdersp[(i)+2*(j)]

Referenced by NurbsMapping::mapS().

#define X	(		i0,
			i1
	)		xp[i0+xDim0*(i1)]

#define XR	(		i0,
			i1,
			i2
	)		xrp[i0+xrDim0*(i1+xrDim1*(i2))]

Function Documentation

void NURBSEVAL	(	int *	nder,
		int *	ddim,
		int *	rdim,
		int *	n,
		int *	p,
		double *	knts,
		int *	kbnds,
		double *	cptsw,
		int *	cpbnds,
		double *	u,
		int *	nu,
		double *	ders
	)

Variable Documentation

real nurbApproximateInverseTime =0.

real nurbApproximateInverseTimeNew =0.

real nurbsBasisTime =0.

real nurbsEvalTime =0.

Referenced by NurbsMapping::mapS().

real nurbTimeEvaluate =0.