#ifndef _AS_PS_GRAPHICS
#define _AS_PS_GRAPHICS

#ifndef _AS_LIBPS
#include <libps.h>
#define _AS_LIBPS
#endif
#ifndef _AS_PS_ORDER
#include "ps_order.hpp"
#endif

#define ORDERING_TABLE_LENGTH (12)
#define MAX_NO_PACKETS  (248000)
#define MAX_OBJECTS						(400) 

#define SCREEN_WIDTH  (320)
#define SCREEN_HEIGHT (256)

struct WorldStructType0;
class CView;
class CDrawableObject;

class AsPSGraphics
{
	u_long	m_lIndex ;
GsOT othWorld[2];
//COrderTableHeader othWorld[2];
// And we need Two Ordering Tables, one for each buffer
GsOT_TAG        otWorld[2][1<<ORDERING_TABLE_LENGTH];
//We also allocate memory used for depth sorting, a block for each buffer
PACKET          out_packet[2][MAX_NO_PACKETS];
GsF_LIGHT       flLights[2];
long objectTable[ MAX_OBJECTS ] ;
//u_long objectTable[ MAX_OBJECTS ] ;
int currentBuffer;
public:
  AsPSGraphics();
	//CWorld& operator+=( LPDRAWABLEOBJECT ) ;
	void operator+=( CDrawableObject* ) ;
	CDrawableObject* operator[]( u_long n ) const ;
	void draw( GsOT& h) ;
	void init( ) ;
	GsOT *GetOT();
    int GetCurrentBuffer();
	u_long objectCount( ) const ;
  void InitialiseGraphics();
void InitialiseLight(GsF_LIGHT *flLight, int nLight, int nX, int nY, int nZ,
		int nRed, int nGreen, int nBlue);
  void DrawWorld(WorldStructType0 *theWorld, GsOT *othWorld);
//  void Render(WorldStructType0 *theWorld,CView *viewer);
  void Render(CView *viewer);
  void Render1(CView *viewer);
  void Render2();
  void DrawList();
};


#endif