main.c

可以对UC1697V的进行连续烧录

//===================================================================
//                             CSTN
//					  LCD:	Varitronix
//					 DUTY:	1/128   BIAS:  1/12  VOP: 15.3 (V)	                          
//                     IC:  Ultrachip UC1697a or Stronix ST7637             
//                Parallel   8080 8bit   128*128             
//===================================================================
//===================================================================
//				   		 Writer:	Jim
//						   Date:	07/25/2008
//					    Version:	V1.0	
//===================================================================
//===================================================================
// History:	             
//===================================================================

#include "Main.H"
#include "Port.H"
#include "Time_Mode.H"
#include "Pattern_Show.H"

extern tByte ael_main;

void main()
{

tByte i;

	Reset_LCD();
	Initial_IO();
	Initial_Main();
	while(1)
	{

	  	Pitcure_Pattern_Main_Show();
		Press();

		RGB_Pattern_Show();
		Press();
	  
	    Lcd_DspAscII8X16(2,0,0x07e0,"MXMY OTP SUCESS!");
		Lcd_DspAscII8X16(8,54,0xf800,"  Ultrachip ");
		Lcd_DspAscII8X16(10,80,0x001f,"  UC1697a  ");
		Press();

		Number_Pattern_Main_Show();
		Press();

	    ColorBAR_Pattern_Main_Show();
		Press();

		Gray_Pattern_Main_Show();
		Press();

		Other_Pattern_Show();
		Press();
	   /*
	  for(i=1;i<16;i++)
	  {
		display_eprom(i);
		Press();
		
		}  */
	}
}

void Window_Main()
{

 #if 1

	WriteCOM_Main(0x00);			// Column Address Set
	WriteCOM_Main(0x10);


	WriteCOM_Main(0x60);			// Row Address Set
	WriteCOM_Main(0x70);

	WriteCOM_Main(0xf4);
    WriteCOM_Main(0);                  //y

    WriteCOM_Main(0xf5);  						//Row start        x
    WriteCOM_Main(0);  					//col start

    WriteCOM_Main(0xf6);
    WriteCOM_Main(0x7f);

    WriteCOM_Main(0xf7);  						//Row End
    WriteCOM_Main(0x7f);

#endif

 #if 0

	WriteCOM_Main(0x2a);			// Column Address Set
	WriteDAT_Main(0x01);
	WriteDAT_Main(0x82);

	WriteCOM_Main(0x2b);			// Row Address Set
	WriteDAT_Main(0x01);
	WriteDAT_Main(0x82);

	WriteCOM_Main(0x2c);
#endif

#if 0

  	WriteCOM_Main(0x2a);			// Column Address Set
	WriteDAT_Main(0x02);
	WriteDAT_Main(0x81);

	WriteCOM_Main(0x2b);			// Row Address Set
	WriteDAT_Main(0x00);
	WriteDAT_Main(0x7f);

	WriteCOM_Main(0x2c);

#endif

}

void Initial_IO()
{
	P0=0xff;
	P1=0xff;
	P2=0xff;
	P3=0xff;
}

void Reset_LCD()
{
	_CS_MAIN=0;
	_RES=1;
	Delay(20);
	_RES=0;
	Delay(20);
	_RES=1;
	Delay(200);
	_CS_MAIN=1;
}

void Delay(tByte count)   /* Delay 1ms */
{
        tByte i,j;
        for(i=0;i<count;i++)
                for(j=0;j<120;j++)
                ;
}

void Press() 
{
	tByte key;
	tByte com,databus;
//	tByte i==0,j==0;

while(STEPB==1)
	{
	
	  key=0;
	  Delay(10);

if(add==0)
		{
		   if(add==0)

		      {
			    while(!add)
			    {}
//				i++;
				ael_main++;
				key=1;
                com=0x81;        //command code //
                databus=ael_main;
				
				  }
			}
else if(sub==0)
			{     
			   if(sub==0)

		      {
			    while(!sub)
			    {}		
//  				j--;
				ael_main--;	
				key=1;
				com=0x81;
				databus=ael_main;
			    	 
			    }
                          
		          }
			if (key==1)
			{
/*			   
    if((i>=32)||(j<=-33))
    {
      i = 0;
      Contrast_Register = Setting;
      Delay(200);
      Gray_scale();
    }
    else
    {
      Contrast_Register = Setting + i;
      write_command(0x2a);                //Contrast Control 1
      write_command(Contrast_Register);   //
    }
		*/
				WriteCOM_Main(com);
				WriteCOM_Main(databus); 
				key=0;
			} 

	 }
	if(STEPB==0)
      {    
          while(STEPB==0)
          {
              Delay(4);
          }
          Delay(5);              
      }
	 
    Delay(5);             
  }