9320 16bit initial code.txt

ＩＬＩ９３２０的初始化

//LIL9230 16bit initial code

   comm_out(0x0000);// Start internal OSC.
   data_out(0x0001);
   
   comm_out(0x0001); // set SS and SM bit 
   data_out(0x0000);

   comm_out(0x0002); // set 1 line inversion 
   data_out(0x0700);
   
   comm_out(0x0003); // set GRAM write direction and BGR=1.
   data_out(0x1020);//rgb=0
   
   comm_out(0x0004); // Resize register
   data_out(0x0000);
   
   comm_out(0x0008);// set the back porch and front porch 
   data_out(0x0202);
   
   comm_out(0x0009);// set non-display area refresh cycle ISC[3:0]
   data_out(0x0000);
  
   comm_out(0x000a);// FMARK function 
   data_out(0x0000);
   
   comm_out(0x000c);// RGB interface setting 
   data_out(0x0000);
   
   comm_out(0x000d);// Frame marker Position 
   data_out(0x0000);
   
   comm_out(0x000f);// RGB interface polarity
   data_out(0x0000);
   
   comm_out(0x0010);// SAP, BT[3:0], AP, DSTB, SLP, STB 
   data_out(0x0000);
   
   comm_out(0x0011);// DC1[2:0], DC0[2:0], VC[2:0] 
   data_out(0x0007);
   
   comm_out(0x0012);// VREG1OUT voltage 
   data_out(0x0000);
   
   comm_out(0x0013);// VDV[4:0] for VCOM amplitude 
   data_out(0x0000);
   delay(200);      // Dis-charge capacitor power voltage 
   
   comm_out(0x0010); // SAP, BT[3:0], AP, DSTB, SLP, STB
   data_out(0x17b0);
   
   comm_out(0x0011);// R11h=0x0001 at VCI=3.3V DC1[2:0], DC0[2:0], VC[2:0]
   data_out(0x0007);//0007
   delay(50);
   
   comm_out(0x0012);// R11h=0x0138 at VCI=3.3V VREG1OUT voltage 
   data_out(0x013a);
   delay(50);
   
   comm_out(0x0013);// R11h=0x1800 at VCI=3.3V VDV[4:0] for VCOM amplitude
   data_out(0x1a00);//1a00
   
   comm_out(0x0029);// R11h=0x0008 at VCI=3.3V VCM[4:0] for VCOMH 
   data_out(0x0018);//000c
   delay(50);
   
   comm_out(0x0020);// GRAM horizontal Address
   data_out(0x00ef);
   
   comm_out(0x0021);// GRAM Vertical Address
   data_out(0x0000);
   
   comm_out(0x0030);
   data_out(0x0000);
   
   comm_out(0x0031);
   data_out(0x0505);
   
   comm_out(0x0032);
   data_out(0x0004);
   
   comm_out(0x0035);
   data_out(0x0006);
   
   comm_out(0x0036);
   data_out(0x0707);
   
   comm_out(0x0037);
   data_out(0x0105);
   
   comm_out(0x0038);
   data_out(0x0002);
   
   comm_out(0x0039);
   data_out(0x0707);
   
   comm_out(0x003c);
   data_out(0x0704);
   
   comm_out(0x003d);
   data_out(0x0807);
   
   comm_out(0x0050);// Horizontal GRAM Start Address
   data_out(0x0000);
   
   comm_out(0x0051);// Horizontal GRAM End Address 
   data_out(0x00ef);
   
   comm_out(0x0052);// Vertical GRAM Start Address 
   data_out(0x0000);
   
   comm_out(0x0053);// Vertical GRAM Start Address
   data_out(0x013f);
   
   comm_out(0x0060);// Gate Scan Line
   data_out(0x2700);
   
   comm_out(0x0061);// NDL,VLE, REV 
   data_out(0x0001);
   
   comm_out(0x006a);// set scrolling line
   data_out(0x0000);
   
   comm_out(0x0080);
   data_out(0x0000);
   
   comm_out(0x0081);
   data_out(0x0000);
   
   comm_out(0x0082);
   data_out(0x0000);
   
   comm_out(0x0083);
   data_out(0x0000);
   
   comm_out(0x0084);
   data_out(0x0000);
   
   comm_out(0x0085);
   data_out(0x0000);
   
   comm_out(0x0090);
   data_out(0x0010);
   
   comm_out(0x0092);
   data_out(0x0000);
   
   comm_out(0x0093);
   data_out(0x0003);
   
   comm_out(0x0095);
   data_out(0x0110);
   
   comm_out(0x0097);
   data_out(0x0000);
   
   comm_out(0x0098);
   data_out(0x0000);
   
   comm_out(0x0007);// 262K color and display ON
   data_out(0x0173);