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#ifndef SPLIT_MESH_H

#define SPLIT_MESH_H

#include <stdlib.h>
#include "foundation/PxSimpleTypes.h"
#include "PsAllocator.h"

namespace SPLIT_MESH
{

class SimpleMesh
{
public:
	SimpleMesh(void)
	{
		mVcount = 0;
		mTcount = 0;
		mVertices = NULL;
		mIndices = NULL;
	}
	SimpleMesh(physx::PxU32 vcount,physx::PxU32 tcount,const physx::PxF32 *vertices,const physx::PxU32 *indices)
	{
		mVcount = 0;
		mTcount = 0;
		mVertices = NULL;
		mIndices = NULL;
		set(vcount,tcount,vertices,indices);
	}

	void set(physx::PxU32 vcount,physx::PxU32 tcount,const physx::PxF32 *vertices,const physx::PxU32 *indices)
	{
		release();
		mVcount = vcount;
		mTcount = tcount;
		mVertices = (physx::PxF32 *)PX_ALLOC(sizeof(physx::PxF32)*3*mVcount, PX_DEBUG_EXP("SimpleMesh"));
		memcpy(mVertices,vertices,sizeof(physx::PxF32)*3*mVcount);
		mIndices = (physx::PxU32 *)PX_ALLOC(sizeof(physx::PxU32)*3*mTcount, PX_DEBUG_EXP("SimpleMesh"));
		memcpy(mIndices,indices,sizeof(physx::PxU32)*3*mTcount);
	}


	~SimpleMesh(void)
	{
		release();
	}

	void release(void)
	{
		PX_FREE(mVertices);
		PX_FREE(mIndices);
		mVertices = NULL;
		mIndices = NULL;
		mVcount = 0;
		mTcount = 0;
	}


	physx::PxU32	mVcount;
	physx::PxU32	mTcount;
	physx::PxF32	*mVertices;
	physx::PxU32	*mIndices;
};


void splitMesh(const physx::PxF32 *planeEquation,const SimpleMesh &input,SimpleMesh &left,SimpleMesh &right,bool closedMesh);


};


#endif