libsegl/model/model.h

#ifndef __MODEL_H
#define __MODEL_H

#include <iostream>
#include <SDL_opengl.h>
#include "../punkt3d.h"
#include "../punkt2d.h"
#include "../color.h"
#include "../quader.h"

namespace segl {

class Meshpoint {
	public:
		Meshpoint();
		Meshpoint(Punkt3D v, Punkt2D vt);
		void set(Punkt3D v, Punkt2D vt);
		void use();
		
		Punkt3D vertex;
		Punkt2D texcoord;
};

class Material {
	public:
		Material();
		Material(std::string _name, Color _a, Color _d, Color _s);
		void set(std::string _name, Color _a, Color _d, Color _s);
		void use();
		
		std::string name;
		Color ambient, diffuse, specular;
};

class Polygonpoint {
	public:
		Polygonpoint();
		void use();
		Punkt3D *point;
		Punkt2D *tex;
		Punkt3D *normal;
};

class Meshpolygon {
	public:
		Meshpolygon();
		Meshpolygon(Meshpoint *a, Meshpoint *b, Meshpoint *c);
		void set(Meshpoint *a, Meshpoint *b, Meshpoint *c);
		void render(GLenum mode=GL_TRIANGLES);
		
		Polygonpoint m1, m2, m3;
		Meshpoint *a, *b, *c;
		Material *mat;
};

class Model {
	friend class Modelloader;
	friend class LoadOBJ;
	private:
		bool loaded;
		
		
		unsigned int meshdataanz;
		unsigned int polydataanz;
		unsigned int matdataanz;
		unsigned int texdataanz;
		unsigned int normdataanz;
		
		Punkt3D 	*meshdata;
		Meshpolygon *polydata;
		Material	*matdata;
		
		Punkt2D *texdata;
		Punkt3D *normdata;
		
		Material backupmat;
		
		Quader boundingbox;
		float boundingrad;
	public:
		Model();
		~Model();
		bool isLoaded();
		void unload();
		void render();
		
		Quader getBoundingBox() { return boundingbox; }
		float getBoundingRad() { return boundingrad; }
		
		const Punkt3D* getMeshData(unsigned int *meshanz);
};

} // namespace segl

#endif