vec.h

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#ifndef _3DMANIP_H_
#define _3DMANIP_H_
#include "config.h" //for Solaris
#include "macosx_math.h"
#include <math.h>

#ifdef SOLARIS
extern float __sqrtf( float );
extern float __cosf( float );
extern float __sinf( float );
extern float __tanf( float );
#define sqrtf __sqrtf
#define cosf __cosf
#define sinf __sinf
#define tanf __tanf
#endif

#include "endianness.h"

#define QFLOAT float
#define NetSwap VSSwapHostFloatToLittle
#define XSQRT sqrtf
#define XVector Vector
#define YVector QVector
#include "xvector.h"
#undef NetSwap
#undef QFLOAT
#undef XVector
#undef YVector
#undef XSQRT

#define QFLOAT double
#define NetSwap VSSwapHostDoubleToLittle
#define XSQRT sqrt
#define XVector QVector
#define YVector Vector
#include "xvector.h"
#undef XSQRT
#undef NetSwap
#undef QFLOAT
#undef XVector
#undef YVector

inline Vector QVector::operator=( const Vector &a )
{
    i = a.i;
    j = a.j;
    k = a.k;
    return a;
}

inline QVector::QVector( const Vector &a )
{
    i = a.i;
    j = a.j;
    k = a.k;
}

inline QVector Vector::operator=( const QVector &a )
{
    i = a.i;
    j = a.j;
    k = a.k;
    return a;
}

inline Vector::Vector( const QVector &a )
{
    i = a.i;
    j = a.j;
    k = a.k;
}

inline QVector Vector::Cast() const
{
    return QVector( i, j, k );
}

inline Vector QVector::Cast() const
{
    return Vector( i, j, k );
}

#endif