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Код: Выделить всё

void LCDDEV_Reg_Set(unsigned int cmd,unsigned int data)
{

    lcd_Command(cmd);


    lcd_data16(data);
}

Код: Выделить всё

void lcd_init	(void)
{  LCD_LO(LCD_CS);
    _delay_ms(5);

    LCDDEV_Reg_Set(0x28, 0x0006);
    _delay_ms(5);
    LCDDEV_Reg_Set(0x10, 0x1F92);
    LCDDEV_Reg_Set(0x00, 0x0001);
    _delay_ms(10);
    LCDDEV_Reg_Set(0x02, 0x0380);
    //LCDDEV_Reg_Set(0x11, 0x0014);

    LCDDEV_Reg_Set(0x11, 0x0014);
    LCDDEV_Reg_Set(0x12, 0x0509);
    LCDDEV_Reg_Set(0x13, 0x2B00);

    LCDDEV_Reg_Set(0x03, 0x6830);
    LCDDEV_Reg_Set(0x07, 0x0233);
    LCDDEV_Reg_Set(0x28, 0x0006);
    LCDDEV_Reg_Set(0x01, 0x31AF);

    LCDDEV_Reg_Set(0x04, 0x0000);
    LCDDEV_Reg_Set(0x05, 0x0000);

    LCDDEV_Reg_Set(0x16, 0x8300);
    LCDDEV_Reg_Set(0x17, 0x0109);

    LCDDEV_Reg_Set(0x44, 0x8300);
    LCDDEV_Reg_Set(0x45, 0xAF00);


    LCDDEV_Reg_Set(0x30, 0x0000);
    LCDDEV_Reg_Set(0x31, 0x0000);
    LCDDEV_Reg_Set(0x32, 0x0000);
    LCDDEV_Reg_Set(0x33, 0x0000);
    LCDDEV_Reg_Set(0x34, 0x0000);
    LCDDEV_Reg_Set(0x35, 0x0000);
    LCDDEV_Reg_Set(0x36, 0x0000);
    LCDDEV_Reg_Set(0x37, 0x0000);

    LCDDEV_Reg_Set(0x3A, 0x0000);
    LCDDEV_Reg_Set(0x3B, 0x0000);
    LCDDEV_Reg_Set(0x2C, 0x3000);

    LCDDEV_Reg_Set(0x21, 0x0000);
    lcd_Command(0x22);
    for(y=0; y<132; y++){
		for(x=0; x<176; x++){
                lcd_data16(0x0000);

		}
	}
    

Код: Выделить всё

procedure init_m();
begin
RS:=0;
CS:=0;
RESET:=0;
delay_ms(500);
RESET:=1;
delay_ms(500);
write(cmd,0x03); //Booster voltage ON
delay_ms(20);
Write(cmd,0x11); //sleep out
delay_ms(20);
write(cmd,0xb6); //Display control
Write(dat,0x80); //
Write(dat,0x04); //
Write(dat,0x8a); //
write(dat,0x54); //
write(dat,0x45); //
Write(dat,0x52); //
Write(dat,0x43); //
write(cmd,0x25); //Write contrast
Write(dat,0x5d); //
write(cmd,0x29); //Display ON
end;

Код: Выделить всё

void InitLCD()
{
	CLR_RESET;
	_delay_ms(100);
	SET_RESET;
	_delay_ms(1000);

	WriteToLCD(CMD,0x01); //reset sw
	_delay_ms(50);
	WriteToLCD(CMD,0x03); //Booster voltage ON
	_delay_ms(40);
	WriteToLCD(CMD,0x11); //sleep out
	_delay_ms(40);
	WriteToLCD(CMD,0xc6); //initial escape
	_delay_ms(40);
	WriteToLCD(CMD,0xb9); //Refresh set
	WriteToLCD(DAT,0x00);
	WriteToLCD(CMD,0xb6); //Display control
	WriteToLCD(DAT,0x80); //
	WriteToLCD(DAT,0x04); //
	WriteToLCD(DAT,0x8a); //
	WriteToLCD(DAT,0x54); //
	WriteToLCD(DAT,0x45); //
	WriteToLCD(DAT,0x52); //
	WriteToLCD(DAT,0x43); //
	WriteToLCD(CMD,0xb3); //Gray scale position set 0
	WriteToLCD(DAT,0x02); //
	WriteToLCD(DAT,0x0a); //
	WriteToLCD(DAT,0x15); //
	WriteToLCD(DAT,0x1f); //
	WriteToLCD(DAT,0x28); //
	WriteToLCD(DAT,0x30); //
	WriteToLCD(DAT,0x37); //
	WriteToLCD(DAT,0x3f); //
	WriteToLCD(DAT,0x47); //
	WriteToLCD(DAT,0x4c); //
	WriteToLCD(DAT,0x54); //
	WriteToLCD(DAT,0x65); //
	WriteToLCD(DAT,0x75); //
	WriteToLCD(DAT,0x80); //
	WriteToLCD(DAT,0x85); //
	WriteToLCD(CMD,0xb5); //Gamma curve
	WriteToLCD(DAT,0x01); //
	WriteToLCD(CMD,0xb7); //Temperature gradient
	WriteToLCD(DAT,0x00); //
	WriteToLCD(DAT,0x00); //
	WriteToLCD(DAT,0x00); //
	WriteToLCD(DAT,0x00); //
	WriteToLCD(DAT,0x00); //
	WriteToLCD(DAT,0x00); //
	WriteToLCD(DAT,0x00); //
	WriteToLCD(DAT,0x00); //
	WriteToLCD(DAT,0x00); //
	WriteToLCD(DAT,0x00); //
	WriteToLCD(DAT,0x00); //
	WriteToLCD(DAT,0x00); //
	WriteToLCD(DAT,0x00); //
	WriteToLCD(DAT,0x00); //
	WriteToLCD(CMD,0xbd); //Common driver output select
	WriteToLCD(DAT,0x00); //
	WriteToLCD(CMD,0x36); //Memory access control
	WriteToLCD(DAT,0x48); //
	WriteToLCD(CMD,0x2d); //Colour set
	WriteToLCD(DAT,0x00); //
	WriteToLCD(DAT,0x03); //
	WriteToLCD(DAT,0x05); //
	WriteToLCD(DAT,0x07); //
	WriteToLCD(DAT,0x09); //
	WriteToLCD(DAT,0x0b); //
	WriteToLCD(DAT,0x0d); //
	WriteToLCD(DAT,0x0f); //
	WriteToLCD(DAT,0x00); //
	WriteToLCD(DAT,0x03); //
	WriteToLCD(DAT,0x05); //
	WriteToLCD(DAT,0x07); //
	WriteToLCD(DAT,0x09); //
	WriteToLCD(DAT,0x0b); //
	WriteToLCD(DAT,0x0d); //
	WriteToLCD(DAT,0x0f); //
	WriteToLCD(DAT,0x00); //
	WriteToLCD(DAT,0x05); //
	WriteToLCD(DAT,0x0b); //
	WriteToLCD(DAT,0x0f); //
	WriteToLCD(CMD,0xba); //Voltage control
	WriteToLCD(DAT,0x2f); //
	WriteToLCD(DAT,0x03); //
	WriteToLCD(CMD,0x25); //Write contrast
	WriteToLCD(DAT,0x7f); //
	WriteToLCD(CMD,0xbe); //Power control
	WriteToLCD(DAT,0x59); //
	WriteToLCD(CMD,0x3a); //interfase pixel format
	WriteToLCD(DAT,0x03); //

	WriteToLCD(CMD,0x29); //Display ON
}


void WriteToLCD(bool w, U8 datt)
{
	CLR_CLK;
	CLR_DAT;

	if(old && !w){
		SET_CS;
		if( w ){
			SET_RS;
		}else {
			CLR_RS;
		}
		CLR_CS;
	};
	if( !old && w ){
		SET_CS;
		if( w ){
			SET_RS;
		}else {
			CLR_RS;
		}
		CLR_CS;
	}
	if(!old && !w){
		SET_CS;
		if( w ){
			SET_RS;
		}else {
			CLR_RS;
		}
		CLR_CS;
	}

	for(int i=0;i < 8;i++){
		if( datt & 0x80 ){
			SET_DAT;
		}
		else {
			CLR_DAT;
		}

		SET_CLK;
		datt = datt << 1;
		CLR_CLK;
		_delay_us(TIME_TO_SLEEP_LCD);
	}

	old = w;
}

void DrawPixel(U8 XPos, U8 YPos, U16 Color)
{
	WriteToLCD( CMD, 0x2A );
	WriteToLCD( DAT, XPos );
	WriteToLCD( DAT, 100 );

	WriteToLCD( CMD, 0x2B );
	WriteToLCD( DAT, YPos+1 );
	WriteToLCD( DAT, 80 );

	WriteToLCD( CMD, 0x2C );
	WriteToLCD( DAT, (Color >> 8) & 0xFF );
	WriteToLCD( DAT, Color & 0xFF );
}

void DrawManyPixels()
{
	for(int i = 0; i < 50; i++)
	for(int j = 0; j < 50; j++)
		DrawPixel( i, j, i+j );
}