Overture  Version 25
Classes | Macros | Functions
IntersectionMapping.C File Reference
#include "IntersectionMapping.h"
#include "MappingInformation.h"
#include "MappingRC.h"
#include "CircleMapping.h"
#include "TriangleClass.h"
#include "SplineMapping.h"
#include "DataPointMapping.h"
#include "NurbsMapping.h"
#include "CompositeSurface.h"
#include "Inverse.h"
#include "TrimmedMapping.h"
#include <float.h>
#include <list>
#include <vector>
Include dependency graph for IntersectionMapping.C:

Classes

class  Vect
 

Macros

#define DGECO   EXTERN_C_NAME(dgeco)
 
#define SGECO   EXTERN_C_NAME(sgeco)
 
#define DGESL   EXTERN_C_NAME(dgesl)
 
#define SGESL   EXTERN_C_NAME(sgesl)
 
#define GECO   SGECO
 
#define GESL   SGESL
 
#define DOT(i)
 

Functions

 OV_USINGNAMESPACE (std)
 
void SGECO (real &b, const int &nbd, const int &nb, int &ipvt, real &rcond, real &work)
 
void DGECO (real &b, const int &nbd, const int &nb, int &ipvt, real &rcond, real &work)
 
void SGESL (real &a, const int &lda, const int &n, int &ipvt, real &b, int &job)
 
void DGESL (real &a, const int &lda, const int &n, int &ipvt, real &b, int &job)
 
int equidistribute (const realArray &w, realArray &r)
 

Macro Definition Documentation

#define DGECO   EXTERN_C_NAME(dgeco)
#define DGESL   EXTERN_C_NAME(dgesl)
#define DOT (   i)
Value:
(xN((i)+1,0)-xN((i),0))*(xN((i),0)-xN((i)-1,0)) + \
(xN((i)+1,1)-xN((i),1))*(xN((i),1)-xN((i)-1,1)) + \
(xN((i)+1,2)-xN((i),2))*(xN((i),2)-xN((i)-1,2))

Referenced by IntersectionMapping::project().

#define GECO   SGECO
#define GESL   SGESL
#define SGECO   EXTERN_C_NAME(sgeco)
#define SGESL   EXTERN_C_NAME(sgesl)

Function Documentation

void DGECO ( real b,
const int &  nbd,
const int &  nb,
int &  ipvt,
real rcond,
real work 
)
void DGESL ( real a,
const int &  lda,
const int &  n,
int &  ipvt,
real b,
int &  job 
)
int equidistribute ( const realArray w,
realArray r 
)
OV_USINGNAMESPACE ( std  )
void SGECO ( real b,
const int &  nbd,
const int &  nb,
int &  ipvt,
real rcond,
real work 
)
void SGESL ( real a,
const int &  lda,
const int &  n,
int &  ipvt,
real b,
int &  job 
)