nuclear@1: #ifndef TILE_H_
nuclear@1: #define TILE_H_
nuclear@1: 
nuclear@2: #include <vector>
nuclear@7: #include <map>
nuclear@7: #include <assimp/scene.h>
nuclear@38: #include <psys/psys.h>
nuclear@2: #include "mesh.h"
nuclear@4: #include "light.h"
nuclear@2: 
nuclear@3: enum {
nuclear@3: 	TILE_NORTH	= 1,
nuclear@3: 	TILE_SOUTH	= 2,
nuclear@3: 	TILE_EAST	= 4,
nuclear@3: 	TILE_WEST	= 8,
nuclear@7: 	TILE_ALL	= 0xffff
nuclear@3: };
nuclear@3: 
nuclear@11: class TileSet;
nuclear@11: 
nuclear@1: class Tile {
nuclear@2: private:
nuclear@11: 	TileSet *tset;
nuclear@11: 
nuclear@2: 	std::vector<Mesh*> meshes;
nuclear@21: 	std::vector<unsigned int> mesh_side, light_side;
nuclear@3: 	std::vector<Light*> lights;
nuclear@38: 	std::vector<struct psys_attributes*> psattr;
nuclear@2: 
nuclear@4: 	int load_lights(const aiScene *scn);
nuclear@7: 	int load_meshes(const aiScene *scn, const std::map<aiMesh*, aiNode*> &nmap);
nuclear@4: 
nuclear@1: public:
nuclear@11: 	Tile(TileSet *tileset = 0);
nuclear@38: 	~Tile();
nuclear@11: 
nuclear@1: 	bool load(const char *fname);
nuclear@1: 
nuclear@38: 	void update(unsigned long msec, float dt);
nuclear@38: 
nuclear@3: 	void draw(unsigned int drawmask) const;
nuclear@23: 	void draw_lights(unsigned int drawmask) const;
nuclear@1: };
nuclear@1: 
nuclear@5: 
nuclear@1: #endif	// TILE_H_