kmaterial.h

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#ifndef KMATERIAL_H
#define KMATERIAL_H
 
#include "kexport.h"
 
#include "kdatatype.h"
#include "kshader.h"
#include "ktexture2d.h"
#include "ktexturecube.h"
 
namespace kemena
{
    class kMaterial
    {
    public:
        kMaterial();

        virtual ~kMaterial();

        void setShader(kShader *newShader);

        kShader *getShader();

        void addTexture(kTexture *texture);

        std::vector<kTexture *> getTextures();

        kTexture *getTexture(int index);

        void setTransparent(kTransparentType type);

        kTransparentType getTransparent();

        void setUvTiling(kVec2 newTiling);

        kVec2 getUvTiling();

        void setAmbientColor(kVec3 color);

        void setDiffuseColor(kVec3 color);

        void setSpecularColor(kVec3 color);

        void setShininess(float value);

        void setMetallic(float value);

        void setRoughness(float value);

        kVec3 getAmbientColor();

        kVec3 getDiffuseColor();

        kVec3 getSpecularColor();

        float getShininess();

        float getMetallic();

        float getRoughness();

        void setSingleSided(bool newSingleSided, bool newCullBack = true);

        bool getSingleSided();

        bool getCullBack();
 
    protected:
    private:
        kShader          *shader      = nullptr;         
        kTransparentType  transparent = TRANSP_TYPE_NONE; 
        std::vector<kTexture *> textures;                
 
        kVec2 uvTiling = kVec2(1, 1); 
 
        kVec3  ambientColor  = kVec3(1.0f, 1.0f, 1.0f); 
        kVec3  diffuseColor  = kVec3(1.0f, 1.0f, 1.0f); 
        kVec3  specularColor = kVec3(1.0f, 1.0f, 1.0f); 
        float shininess  = 32.0f; 
        float metallic   = 0.0f;  
        float roughness  = 0.5f;  
 
        bool isSingleSided = true; 
        bool isCullBack    = true; 
    };
}
 
#endif // KMATERIAL_H