MCMatrix.cpp File Reference

#include "Prefix/StdAfx.h"
#include "MCCoordTypes.h"
#include "MCMatrix.h"

Macros
#define	GS_ASSERTDOUBLEALIGNMENT(p)
#define	M1   m1.mat
#define	M2   m2.mat
#define	EpsilonForCoord(x)

Functions
void GS_API	MakeXMatrixOrthogonal (TransformXMatrix &mat)
void GS_API	InverseXPointTransformN (const WorldPt3 &a, const TransformXMatrix &mat, WorldPt3 &b)
void	BasePointTransformN (const WorldPt3 &a, const TransformMatrix &mat, WorldPt3 &b)
bool	GetIntersection (WorldCoord fDst1, WorldCoord fDst2, const WorldPt3 &P1, const WorldPt3 &P2, WorldPt3 &Hit)
bool	InBox (const WorldPt3 &Hit, const WorldPt3 &B1, const WorldPt3 &B2, const int Axis)

Macro Definition Documentation

EpsilonForCoord

#define EpsilonForCoord

(

x

)

Value:

(kNearlyEqualEpsilonForWorldCoords * Fabs(x))

GS_ASSERTDOUBLEALIGNMENT

#define GS_ASSERTDOUBLEALIGNMENT

(

p

)

Value:

DEBUG_DO_NOTHING

M1

#define M1   m1.mat

M2

#define M2   m2.mat

Function Documentation

BasePointTransformN()

void BasePointTransformN ( const WorldPt3 & a, const TransformMatrix & mat, WorldPt3 & b )

inline

GetIntersection()

bool GetIntersection ( WorldCoord fDst1, WorldCoord fDst2, const WorldPt3 & P1, const WorldPt3 & P2, WorldPt3 & Hit )

inline

InBox()

bool InBox ( const WorldPt3 & Hit, const WorldPt3 & B1, const WorldPt3 & B2, const int Axis )

inline

InverseXPointTransformN()

void GS_API InverseXPointTransformN	(	const WorldPt3 &	a,
		const TransformXMatrix &	mat,
		WorldPt3 &	b )

MakeXMatrixOrthogonal()

void GS_API MakeXMatrixOrthogonal

(

TransformXMatrix &

mat

)