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Zmacro.h File Reference

#include "Zdef.h"
#include <math.h>
#include <stdio.h>

Go to the source code of this file.

Defines
#define	ZM_FLOAT_EQ(x, v)   (((v - ZD_EPSILON) <x) && (x < (v + ZD_EPSILON)))
	float equivalence test
#define	ZM_SQRT(x)   (zfloat) sqrt(x)
	sqrt
#define	ZM_FABS(x)   fabs(x)
	fabs
#define	ZM_CVECTOR3_OUT(x)   printf("x:%1.2f, y:%1.2f, z:%1.2f\n", x.fCoord[0], x.fCoord[1], x.fCoord[2])
	output a CVector3
#define	ZM_CVECTORTEX3_OUT(x)   printf("x:%1.2f, y:%1.2f, z:%1.2f, u:%1.2f, v:%1.2f\n", x.fCoord[0], x.fCoord[1], x.fCoord[2], x.fTexcoord[0], x.fTexcoord[1])
	output a CVectorTex3
#define	ZM_FLOAT_OUT(x)   printf("%1.2f\n", x)
	output a zfloat

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Define Documentation

#define ZM_CVECTOR3_OUT (  x    )     printf("x:%1.2f, y:%1.2f, z:%1.2f\n", x.fCoord[0], x.fCoord[1], x.fCoord[2])

output a CVector3

#define ZM_CVECTORTEX3_OUT (  x    )     printf("x:%1.2f, y:%1.2f, z:%1.2f, u:%1.2f, v:%1.2f\n", x.fCoord[0], x.fCoord[1], x.fCoord[2], x.fTexcoord[0], x.fTexcoord[1])

output a CVectorTex3

#define ZM_FABS (  x    )     fabs(x)

fabs

#define ZM_FLOAT_EQ (  x, v    )     (((v - ZD_EPSILON) <x) && (x < (v + ZD_EPSILON)))

float equivalence test

#define ZM_FLOAT_OUT (  x    )     printf("%1.2f\n", x)

output a zfloat

#define ZM_SQRT (  x    )     (zfloat) sqrt(x)

sqrt

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