RenderTypes.cpp File Reference

#include "RenderTypes.h"

Include dependency graph for RenderTypes.cpp:

Namespaces
	RenderTypes

Functions
void	initSharedDir (const std::string &path)
std::string	getSharedDir ()
void	addShared (const std::string &name)
void	unlinkShared (const std::string &name)
void	readBinaryFileToBuff (const char *filename, size_t offset, void *dest, size_t len) throw (MemException)
	Using mmap, copy the contents from file `filename' into `dest' starting `offset' bytes from the beginning. More...
void	storeBufftoBinaryFile (const char *filename, void *src, size_t len, int *header, size_t headerlen) throw (MemException)
	Using mmap, copy the contents of `header' and then `src' into file `filename'. More...
void	convertUByteStreamToRealMatrix (const char *stream, RealMatrix *mat)
void	convertUShortStreamToRealMatrix (const char *stream, RealMatrix *mat)
void	convertByteStreamToRealMatrix (const char *stream, RealMatrix *mat)
void	convertShortStreamToRealMatrix (const char *stream, RealMatrix *mat)
void	convertUIntStreamToRealMatrix (const char *stream, RealMatrix *mat)
void	convertIntStreamToRealMatrix (const char *stream, RealMatrix *mat)
void	convertFloatStreamToRealMatrix (const char *stream, RealMatrix *mat)
void	convertRealStreamToRealMatrix (const char *stream, RealMatrix *mat)
std::pair< vec3, vec3 >	calculateBoundBox (const Vec3Matrix *mat)
void	basis_Tet1NL (real xi0, real xi1, real xi2, real *coeffs)
	Linear Nodal Lagrange tetrahedron basis function, fills in `coeffs' for the given xi value, `coeffs' must be 4 long. More...
void	basis_Hex1NL (real xi0, real xi1, real xi2, real *coeffs)
	Linear Nodal Lagrange hexahedron basis function, fills in `coeffs' for the given xi value, `coeffs' must be 8 long. More...
real	basis_n_NURBS (sval ctrlpt, sval degree, real xi, const RealMatrix *knots)
RealMatrix *	getDefaultKnotMat (sval length, sval degree)
real	scaleXiMat (real xi, sval degree, RealMatrix *knots)
void	basis_NURBS_default (real u, real v, real w, sval ul, sval vl, sval wl, sval udegree, sval vdegree, sval wdegree, real *coeffs)
void	catmullRomSpline (real t, real *coeffs)
	Produces the 4 coefficients for a Catmull-Rom spline in [value 1, value 2, derivative 1, derivative 2] orderings in `coeffs'. More...
real	mat4Det (real a, real b, real c, real d, real e, real f, real g, real h, real i, real j, real k, real l, real m, real n, real o, real p)
bool	pointInTet (vec3 pt, vec3 n1, vec3 n2, vec3 n3, vec3 n4)
	Returns true if `pt' is in the tet (n1,n2,n3,n4). More...
bool	pointInHex (vec3 pt, vec3 n1, vec3 n2, vec3 n3, vec3 n4, vec3 n5, vec3 n6, vec3 n7, vec3 n8)
	Returns true if `pt' is in the hex defined by (n1-n8) More...
vec3	pointSearchLinTet (vec3 pt, vec3 n1, vec3 n2, vec3 n3, vec3 n4)
vec3	pointSearchLinHex (vec3 pt, vec3 n1, vec3 n2, vec3 n3, vec3 n4, vec3 n5, vec3 n6, vec3 n7, vec3 n8)
realtriple	calculateTriPlaneSlice (const vec3 &planept, const vec3 &planenorm, const vec3 &a, const vec3 &b, const vec3 &c)
real	calculateLinePlaneSlice (const vec3 &planept, const vec3 &planenorm, const vec3 &a, const vec3 &b)
real	calculateTetEdgeIntersect (real val, real a, real b)
void	calculateTetValueIntersects (real val, real a, real b, real c, real d, real *results)
sval	calculateHexValueIntersects (real val, const real *vals, intersect *results)
void	interpolateImageStack (const std::vector< RealMatrix *> &stack, const transform &stacktransinv, RealMatrix *out, const transform &outtrans)
real	getImageStackValue (const std::vector< RealMatrix *> &stack, const vec3 &pos)
void	calculateImageHistogram (const RealMatrix *img, RealMatrix *hist, i32 minv)
vec3 *	calculateTriNorms (vec3 *nodes, sval numnodes, indexval *inds, sval numinds)

Variables
std::string	shmdir =""
std::map< std::pair< sval, sval >, RealMatrix * >	defaultKnots
vec3	divtets [5][4]