CColor.h
00001 00007 #ifndef __CCOLOR_H__ 00008 #define __CCOLOR_H__ 00009 00010 class CColor 00011 { 00012 public: 00013 float mR, mG, mB; // Les trois composantes de la couleur 00014 00015 // constructeurs et destructeur 00016 CColor() : mR(0), mG(0), mB(0) {}; 00017 CColor(float r, float g, float b) : mR(r), mG(g), mB(b) {}; 00018 virtual ~CColor() {}; 00019 00020 // operateurs 00021 __forceinline friend CColor operator* (const CColor& c1, const CColor& c2) 00022 { return CColor(c1.mR*c2.mR, c1.mG*c2.mG, c1.mB*c2.mB); }; 00023 00024 __forceinline friend CColor operator* (const CColor& c1, const float multiple) 00025 { return CColor(c1.mR*multiple, c1.mG*multiple, c1.mB*multiple); }; 00026 00027 __forceinline friend CColor operator+ (const CColor& c1, const CColor& c2) 00028 { return CColor(c1.mR+c2.mR, c1.mG+c2.mG, c1.mB+c2.mB); }; 00029 00030 __forceinline friend void operator+= (CColor& c1, const CColor& c2) 00031 { c1.mR += c2.mR; c1.mG += c2.mG; c1.mB += c2.mB; }; 00032 00033 __forceinline friend CColor operator/ (const CColor& c1, float multiple) 00034 { return CColor(c1.mR/multiple, c1.mG/multiple, c1.mB/multiple); } 00035 00036 __forceinline friend void operator/= (CColor& c1, float multiple) 00037 { c1.mR /= multiple; c1.mG /= multiple; c1.mB /= multiple; } 00038 00039 // main methods 00040 __forceinline void NormalizeColor() { if (mR>1.0f) mR = 1.0f; if (mG>1.0f) mG = 1.0f; if (mB>1.0f) mB = 1.0f; } 00041 }; 00042 00043 #endif /* #ifndef __CCOLOR_H__ */
Generated on Fri Apr 19 16:19:33 2002 by
1.2.15