#ifndef __GEO_BASE__
#define __GEO_BASE__

#include <string>

/// This namespace contains all classes related to geometry operations.
/** Geometry namespace includes classes for the following modules:
- Serialization: for file loading and saving.
- Simplification: for mesh simplification algorithms.
- Stripification: methods for finding triangle strips from a mesh.
- Construction: builds a LODStrip file from the output of simplification and stripification modules.
.
*/
namespace Geometry {

	//Basic types
	typedef float 					Real;
	typedef unsigned int		Index;
	typedef	int							int32;
	typedef unsigned int		uint32;
	typedef unsigned short	uint16;
	typedef std::string			String;

	//Vertex Info
	static const unsigned short VERTEX_EMPTY     = 0x00;
	static const unsigned short VERTEX_POSITION  = 0x01;
	static const unsigned short VERTEX_NORMAL    = 0x02;
	static const unsigned short VERTEX_TEXCOORDS = 0x04;
	static const unsigned short VERTEX_ALL = VERTEX_POSITION | VERTEX_NORMAL | VERTEX_TEXCOORDS;

	//Mmesh primitives
	typedef enum 
	{
		GEO_TRIANGLE_LIST,
		GEO_TRIANGLE_STRIPS
	} MeshType;

		//OSCAR
	struct VertexBoneAssignment
	{
		unsigned int vertexIndex;
		unsigned short boneIndex;
		Real weight;

	};

	struct	MeshBounds
	{
		float	maxX;
		float	maxY;
		float	maxZ;
		float	minX;
		float	minY;
		float	minZ;
		float	radius;
		float	scaleFactor;
	};
	
	//	2006-02-14
	//	Gustavo Puche.
	//	Needed to update the progress bar.
	typedef float updateProgressBar(float);
	typedef updateProgressBar *TIPOFUNC;
	//-----------------------------------//

} // end of Geometry namespace


#define GEO_ENDIAN_LITTLE 1
#define GEO_ENDIAN_BIG 2

// Default = Little endian (define CONFIG_BIG_ENDIAN to change it)
#ifdef CONFIG_BIG_ENDIAN
#	define GEO_ENDIAN GEO_ENDIAN_BIG
#else
#	define GEO_ENDIAN GEO_ENDIAN_LITTLE
#endif

#endif