static  FSA506_REG_Setting FSA506_A[]	=

{
 {0x0110,0x0000}, 
 {0x00A0,0x0000},	                  
 {0x0301,0x0100},	                  
 {0x0300,0x0000},  
 {0x0003,0x1030},	  
 {0x2B04,0x0000},					  
 {0x5901,0x0000},					  
 {0x6022,0x0000},					  
 {0x5900,0x0000},			 
 //{0x10,0x0C|0x02},			 
 {0x2818,0x0000},					 
 {0x2508,0x0000},	     
 {0x1990,0x0100},   	  
 //***************  Power On  sequence ******************// 
 {0x1C73,0x0000},
 {0x2474,0x0000},  // 
 {0x1E01,0x0000},  // 000D
 {0x18C1,0x0100},
  //delay(200},
  
  {0x18E1,0x0000},  // 
  {0x18F1,0x0600},  // 
  {0x18F5,0x0600}, 
  {0x1B0B,0x0000},  // 
  {0x1F11,0x0006},  //
  //delay(50}, 
  {0x2010,0x0000},
  {0x1E81,0x0400},
  
//***************  Adjust the Gamma Curve ******************//  
  {0x9D04,0x0000},  // 
  {0x0031,0x0000},
  {0x0032,0x0000}, 
  
  {0x0035,0x0000},  // 
  {0x0036,0x0000},
  {0x0037,0x0707},
  {0x0038,0x0707},  // 
  {0x0039,0x0707},
  {0x003C,0x0004},    
  {0x003D,0x0006},  // 
  
//***************  Set GRAM area ******************//  
  {0x0050,0x0000},
  {0x0051,0x00EF},
  {0x0052,0x0000},  // 
  {0x0053,0x013F},
  
  
  {0x0060,0x2700},
  {0x0061,0x0001},  // 
  {0x006A,0x0000},
  
//***************  Partial Display Control  ******************//  
  {0x0080,0x0000}, 
  {0x0081,0x0000},  // 
  {0x0082,0x0000},
  {0x0083,0x0000},
  {0x0084,0x0000},  // 
  {0x0085,0x0000},
  
//***************  Panel Control  ******************//  
  {0x0090,0x0010}, 
  {0x0092,0x0000},  // 
  {0x0093,0x0003},
  {0x0095,0x0110},
  {0x0097,0x0000},  // 
  {0x0098,0x0000},
  
  {0x0007,0x0173},    

};
#endif

#ifdef  Portrait

static  FSA506_REG_Setting FSA506_A[]	=

{
 {0x40,0x12}, 
 {0x41,R41},	                  
 {0x42,R42},	                  
 {0x08,(uint8)(Resolution_X>>8)},  
 {0x09,(uint8)(Resolution_X)},	  
 {0x0a,0x00},					  
 {0x0b,0x00},					  
 {0x0c,0x00},					  
 {0x10,0x0C|R10_B10},			 
 //{0x10,0x0C|0x02},			 
 {0x11,0x05},					 
 {0x12,0x00},	     
 {0x13,0x00},   	  
 {0x14,(uint8)(H_Sync_Pluse_Wide>>8)},    
 {0x15,(uint8)(H_Sync_Pluse_Wide)},  
 {0x16,(uint8)(H_Sync_to_DE>>8)},    
 {0x17,(uint8)(H_Sync_to_DE)},  
 {0x18,(uint8)(Resolution_Y>>8)},  
 {0x19,(uint8)(Resolution_Y)},	
 {0x1a,(uint8)(H_Sync_total>>8)},    
 {0x1b,(uint8)(H_Sync_total)},   
 {0x1c,0x00},	     
 {0x1d,0x00},
 {0x1e,(uint8)(V_Sync_Pluse_Wide>>8)},    
 {0x1f,(uint8)(V_Sync_Pluse_Wide)},  
 {0x20,(uint8)(V_Sync_to_DE>>8)},    
 {0x21,(uint8)(V_Sync_to_DE)}, 
 {0x22,(uint8)(Resolution_X>>8)},  
 {0x23,(uint8)(Resolution_X)},
 {0x24,(uint8)(V_Sync_total>>8)},    
 {0x25,(uint8)(V_Sync_total)},
 {0x26,0x00},	     
 {0x27,0x00},	     
 {0x28,0x00},
 {0x29,0x01},


 {0x2d,LCD_DCLK_Latch|0x08|0x01},
 // [7:4] Reserved
 // [3] Output pin X_DCON level control 
 // [2] Output clock inversion	 0: Normal 1: Inverse
 // [1:0] Image rotate 
//	 00: 0¢X  01: 90¢X  10: 270¢X 11: 180¢X

 {0x30,0x00},
 {0x31,0x00},
 {0x32,0x00},
 {0x33,0x00},
 {0x34,(uint8)(Resolution_X>>8)},  
 {0x35,(uint8)(Resolution_X)},	
 {0x36,(uint8)((2*Resolution_Y)>>8)},  
 {0x37,(uint8)(2*Resolution_Y)}, 

};
#define		NOP()        __asm{NOP}

#endif		
/**************Don't need to change the above macro**************/

/*Hardware IO Setting function*/