oled.c

2410下面通过MOTO手台录音程序；自己用的

									/* Scan from COM[N-1] to COM0*/
									/* Enable COM Split Odd Even*/
				
	
   	Write_Register(0xAD);			/*/ Disable Embedded DC/DC Converter (0x00/0x01)*/
	Write_Register(0x02);
	
	Write_Register(0x81);			/*/ Set Scale Factor of Segment Output Current Control(0x00~0x7F)*/
	Write_Register(0x7f);
	
	Write_Register(0x86);			/*/ Set Full Current Range(0x84~0x86)*/
	
	Write_Register(0xB8);			/*/ Set Gray Scale Table*/
	Write_Register(0x01);			/*/   Gray Scale Level 1*/
	Write_Register(0x11);			/*/   Gray Scale Level 3 & 2*/
	Write_Register(0x22);			/*/   Gray Scale Level 5 & 4*/
	Write_Register(0x32);			/*/   Gray Scale Level 7 & 6*/
	Write_Register(0x43);			/*/   Gray Scale Level 9 & 8*/
	Write_Register(0x54);			/*/   Gray Scale Level 11 & 10*/
	Write_Register(0x65);			/*/   Gray Scale Level 13 & 12*/
	Write_Register(0x76);			/*/   Gray Scale Level 15 & 14*/
	
	Write_Register(0xB2);			/*/ Set Frame Frequency*/
	Write_Register(0x46);

        Write_Register(0xB1);			/*/ Set Phase 1 as 2 Clocks & Phase 2 as 2 Clocks*/
	Write_Register(0x22);

        Write_Register(0xBC);			/*/ Set Pre-Charge Voltage Level*/
	Write_Register(0x10);
	
	Write_Register(0xB4);			/*/ Set Pre-Charge Compensation*/
	Write_Register(0x07);
        Write_Register(0xB0);
	Write_Register(0x28);

        Write_Register(0xBE);			/*/ Set High Voltage Level of COM Pin*/
	Write_Register(0x02);
	
	Write_Register(0xBF);			/*/ Set Low Voltage Level of SEG Pin*/
	Write_Register(0x0E);
	
	Write_Register(0xA4);			/*/ Normal Display Mode*/

	/*OLED_VCC =1;*/
	Delay(100000);		
	
	Write_Register(0xAF);			/* Display On */
}

/*-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=
//  Fade In (Full Screen)
/-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=*/
void Fade_In(void)
{
	unsigned int i;	
	Write_Register(0xAF);
	for(i=0;i<(64+1);i++)
	{
		Write_Register(0x81);
	    	Write_Register(i);
		Delay(3000);		
	}
}

/*-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=
//  Fade Out (Full Screen)
/-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=*/
void Fade_Out(void)
{
	unsigned int i;	
	for(i=(64+1);i>0;i--)
	{
		Write_Register(0x81);
	    	Write_Register(i-1);
		Delay(300000);
		
	}
	Write_Register(0xAE);
}

void show(void)
{
	unsigned char x,y;
	unsigned int dat=0;
	logMsg("showt\n",0,0,0,0,0,0);
	Write_Register(0x15);/*set column start and end address*/      
	Write_Register(0x00);/*start address  */   
	Write_Register(0x3f);/*end address  */    
	Write_Register(0x75);/*set row address  */    
	Write_Register(0x0b);/*row start address  */ 
	Write_Register(0x35);/*row end address */

      	for(y=0;y<64;y++)
        {  
           	for(x=0;x<43;x++)
             	{
              		Write_Parameter(Logo[dat++]);  
             	}
       }   
}

void blank(void)
{
   	unsigned char x,y;
    	unsigned int dat=0x00;   
    	 
	Write_Register(0x15);/*set column start and end address*/      
	Write_Register(0x00);/*start address */    
	Write_Register(0x3f);/*end address  */    
	Write_Register(0x75);/*set row address */     
	Write_Register(0x00);/*row start address */  
	Write_Register(0x3f);/*row end address */

	for(x=0; x<64; x++)
		{
		for(y=0; y<64; y++)
			{
				Write_Parameter(dat);
			}
		}	
}

void Fill(void)
{
	unsigned char x,y;
	unsigned char dat=0;    
	
	Write_Register(0x15);/*set column start and end address */     
	Write_Register(0x00);/*start address */     
	Write_Register(0x3f);/*end address */         
	Write_Register(0x75);/*set row address */     
	Write_Register(0x00);/*row start address */    
	Write_Register(0x3f);/*roe end address */
    
     	for(y=0;y<64;y++)
        {           
        	dat=0;       
           	for(x=0;x<64;x++)
             	{    
              		Write_Parameter(dat); 
              		if ((x%8==0)&&(x>0)) 
                    	dat+=0x22;
             	}
       }                       
}