CMaterial.h
00001 00007 #ifndef __CMATERIAL_H__ 00008 #define __CMATERIAL_H__ 00009 00010 #include "utilitylib.h" 00011 00012 class CMaterial 00013 { 00014 private: 00015 char* mName; 00016 CColor mSpecularColor; 00017 CColor mDiffuseColor; 00018 CColor mAmbientColor; 00019 CColor mSelfIllumColor; 00020 float mShininess; 00021 float mShinestrength; 00022 float mTransmittivity; 00023 float mReflectivity; 00024 bool mPermanent; 00025 00026 public: 00027 // constructor and destructor 00028 CMaterial() { mName = "EMPTY MAT"; mSpecularColor = CColor(0.0f, 0.0f, 0.0f); mDiffuseColor = CColor(0.0f, 0.0f, 0.0f); 00029 mAmbientColor = CColor(0.0f, 0.0f, 0.0f); mSelfIllumColor = CColor(0.0f, 0.0f, 0.0f); 00030 mShininess = 0.0f; mShinestrength = 0.0f; mTransmittivity = 0.0f; mReflectivity = 0.0f; mPermanent = true;} 00031 CMaterial(char* name, CColor specular, CColor diffuse, CColor ambient, CColor selfillum, float transmittivity, float reflectivity, float shininess=20.0f, float shinestrength=1.0f, bool permanent=true) 00032 : mName(name), mSpecularColor(specular), mDiffuseColor(diffuse), mAmbientColor(ambient), mSelfIllumColor(selfillum), mShininess(shininess), 00033 mShinestrength(shinestrength), mTransmittivity(transmittivity), mReflectivity(reflectivity), mPermanent(permanent) {}; 00034 virtual ~CMaterial() { } 00035 00036 // get 00037 __forceinline const char* GetName() const { return mName; } 00038 __forceinline const CColor& GetDiffuse() const { return mDiffuseColor; } 00039 __forceinline const CColor& GetSpecular() const { return mSpecularColor; } 00040 __forceinline const CColor& GetAmbient() const { return mAmbientColor; } 00041 __forceinline const CColor& GetSelfIllum() const { return mSelfIllumColor; } 00042 __forceinline const float GetShininess() const { return mShininess; } 00043 __forceinline const float GetShinestStrength() const { return mShinestrength; } 00044 __forceinline const float GetTransmittivity() const { return mTransmittivity; } 00045 __forceinline const float GetReflectivity() const { return mReflectivity; } 00046 __forceinline bool GetPermanency() const { return mPermanent; } 00047 00048 // set 00049 __forceinline void SetName(char* name) { mName = name; } 00050 __forceinline void SetSpecular(const CColor& specular) { mSpecularColor = specular; } 00051 __forceinline void SetDiffuse(const CColor& diffuse) { mDiffuseColor = diffuse; } 00052 __forceinline void SetAmbient(const CColor& ambient) { mAmbientColor = ambient; } 00053 __forceinline void SetSelfIllum(const CColor& selfIllum) { mSelfIllumColor = selfIllum; } 00054 __forceinline void SetShininess(const float shininess) { mShininess = shininess; } 00055 __forceinline void SetShinesStrenght(const float sStrength) { mShinestrength = sStrength; } 00056 __forceinline void SetTransparency(const float transmittivity) { mTransmittivity = transmittivity; } 00057 __forceinline void SetReflectivity(const float reflectivity) { mReflectivity = reflectivity; } 00058 __forceinline void SetPermanency(const bool permanent) { mPermanent = permanent; } 00059 00060 // operators 00061 __forceinline friend CMaterial operator* (const CMaterial& mat, const float multiple) 00062 { return CMaterial( "COMPOSITE MATERIAL", 00063 mat.mSpecularColor*multiple, 00064 mat.mDiffuseColor*multiple, 00065 mat.mAmbientColor*multiple, 00066 mat.mSelfIllumColor*multiple, 00067 mat.mTransmittivity*multiple, 00068 mat.mReflectivity*multiple, 00069 mat.mShininess*multiple, 00070 mat.mShinestrength*multiple ); } 00071 00072 __forceinline friend CMaterial operator+ (const CMaterial& mat1, const CMaterial& mat2) 00073 { return CMaterial( "COMPOSITE MATERIAL", 00074 mat1.mSpecularColor+mat2.mSpecularColor, 00075 mat1.mDiffuseColor+mat2.mDiffuseColor, 00076 mat1.mAmbientColor+mat2.mAmbientColor, 00077 mat1.mSelfIllumColor+mat2.mSelfIllumColor, 00078 mat1.mTransmittivity+mat2.mTransmittivity, 00079 mat1.mReflectivity+mat2.mReflectivity, 00080 mat1.mShininess+mat2.mShininess, 00081 mat1.mShinestrength+mat2.mShinestrength ); } 00082 00083 __forceinline friend void operator+= (CMaterial& mat1, const CMaterial& mat2) 00084 { mat1.mName = "COMPOSITE MATERIAL"; 00085 mat1.mSpecularColor += mat2.mSpecularColor; 00086 mat1.mDiffuseColor += mat2.mDiffuseColor; 00087 mat1.mAmbientColor += mat2.mAmbientColor; 00088 mat1.mSelfIllumColor += mat2.mSelfIllumColor; 00089 mat1.mTransmittivity += mat2.mTransmittivity; 00090 mat1.mReflectivity += mat2.mReflectivity; 00091 mat1.mShininess += mat2.mShininess; 00092 mat1.mShinestrength += mat2.mShinestrength; 00093 } 00094 00095 // misc functions 00096 __forceinline CMaterial InterpolateMaterials(const CMaterial& mat1, const CMaterial& mat2) const 00097 { return CMaterial( "COMPOSITE MATERIAL", 00098 (mat1.mSpecularColor+mat2.mSpecularColor)/2.0f, 00099 (mat1.mDiffuseColor+mat2.mDiffuseColor)/2.0f, 00100 (mat1.mAmbientColor+mat2.mAmbientColor)/2.0f, 00101 (mat1.mSelfIllumColor+mat2.mSelfIllumColor)/2.0f, 00102 (mat1.mTransmittivity+mat2.mTransmittivity)/2.0f, 00103 (mat1.mReflectivity+mat2.mReflectivity)/2.0f, 00104 (mat1.mShininess+mat2.mShininess)/2.0f, 00105 (mat1.mShinestrength+mat2.mShinestrength)/2.0f ); } 00106 }; 00107 00108 #endif /* #ifndef __CMATERIAL_H__ */
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