vector3.h

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#pragma once
 
#include <adtf_utils.h>
#include <adtfdisplaytoolboxgraphics/vector3_intf.h>
 
namespace adtf
{
 
namespace disptb
{
 
namespace graphicslib
{
 
namespace dengar
{
 
class cVector3 : public IVector3
{
private:
    tFloat64 x;          
    tFloat64 y;          
    tFloat64 z;          
 
    static const tFloat64 nullScalar;    
    static const tFloat64 oneScalar;     
 
public:
    static const cVector3 Null;   
    static const cVector3 One;    
 
public:
    cVector3();
 
    cVector3(const IVector3* pVector3);
 
    cVector3(const tFloat64 f64X, const tFloat64 f64Y, const tFloat64 f64Z);
 
    tVoid Release();
 
    OPT_INLINE void Set(const cVector3& Vector);
 
    OPT_INLINE void Set(const tFloat64 Value);
 
    OPT_INLINE void Set(const tFloat64 f64X, const tFloat64 f64Y, const tFloat64 f64Z);
 
    OPT_INLINE void Zero();
 
    OPT_INLINE void Add(const cVector3& Vector);
 
    OPT_INLINE void Sub(const cVector3& Vector);
 
    OPT_INLINE void Scale(const tFloat64 Value);
 
    OPT_INLINE void Scale(const cVector3& Vector);
 
    //void Rotate(const cVector3& Vector);
 
    OPT_INLINE cVector3 Scalar(const cVector3& Vector) const;
 
    OPT_INLINE cVector3 Multiply(const cVector3& Vector) const;
 
    //OPT_INLINE cVector3 Multiply(const cMatrix& Matrix) const;
 
    tFloat Length() const;
 
    void Normalize();
 
    void Dump();
 
    tFloat64 GetX() const;
 
    tVoid SetX(tFloat64 xValue);
 
    tFloat64 GetY() const;
 
    tVoid SetY(tFloat64 f64YValue);
 
    tFloat64 GetZ() const;
 
    tVoid SetZ(tFloat64 zValue);
 
    cVector3 operator=(const cVector3& v);
 
    cVector3 operator-(void)
    { return cVector3(-x, -y, -z); };
 
    friend cVector3 operator+(const cVector3& v1, const cVector3& v2);
 
    friend cVector3 operator-(const cVector3& v1, const cVector3& v2);
 
    friend cVector3 operator*(const cVector3& v1, const cVector3& v2);
 
    friend cVector3 operator*(const tFloat64 s, const cVector3& v);
 
    friend cVector3 operator*(const cVector3& v, const tFloat64 s);
 
    friend cVector3 operator/(const cVector3& v, const tFloat64 s);
 
    friend void operator+=(cVector3& v1, const cVector3& v2);
 
    friend void operator-=(cVector3& v1, const cVector3& v2);
 
    friend bool operator==(const cVector3& v1, const cVector3& v2);
 
    friend bool operator!=(const cVector3& v1, const cVector3& v2);
 
    explicit operator IVector3*()
    {
        return static_cast<IVector3*>(this);
    }
};
 
}
 
using dengar::cVector3;
}
 
}
 
}