NHD-1.8-128160TF

TFT sample code for Newhaven display NHD-1.8-128160TF.

#include <htc.h>
#include <stdio.h>
#include "pic18f4550.h" 

#define bRS RB0
#define bWR RB1
#define bRD RB2
#define bRST RB3
//CS Tied Low - Always active

/***************************************************************/
void delay(unsigned int d)
{
	int i, j;
	for(i=0; i<d; i++)
	{_delay(50);}
}
/***************************************************************/
void fast_data_out(unsigned char i) //sets port and toggles RW bit for quick output
{
	PORTD = i;
	bWR  = 1;
	bWR  = 0;
}
/***************************************************************/
/***************************************************************/
void data_out(unsigned char i) //Data Output 8-bit, 8080 Interface
{
	delay(1);
	bRS  = 1;			//RS = 1:  Data select
	delay(1);	
	PORTD = i;
	delay(1);
	bWR  = 1;
	delay(1);
	bWR  = 0;
	delay(1);
}
/***************************************************************/
/***************************************************************/
void comm_out(unsigned char i) //Command Output 8-bit,8080 Interface
{
	delay(1);
	bRS  = 0;			//Command select
	delay(1);	
	PORTD = i;
	delay(1);
	bWR  = 1;
	delay(1);
	bWR  = 0;
	delay(1);
}
/***************************************************************/
/***************************************************************/
void HX8353D_init()
{
	char a = 0x00;
	bRD = 1;	
	bRST = 1;
	delay(10);
	bRST = 0;
	delay(10);
	bRST = 1;
	delay(10);

	comm_out(0x29);		//Display ON
	
	comm_out(0x36);		//Memory access control
	data_out(0x08);		//Set pixel write order: Red, Green, Blue
	
	comm_out(0xB9);		//Enter Extension Command
	data_out(0xFF);		//Followed by 3 extension parameters
	data_out(0x83);
	data_out(0x53);

	comm_out(0x11);		//Sleep out

	comm_out(0xC6);		//Set UADJ to trimming fequency
	data_out(0x31);
	
	comm_out(0xB5);		//Set Power Control
	data_out(0x0B);
	data_out(0x0B);
	data_out(0x07);
	
	comm_out(0xB1);		//Set Power Control
	data_out(0x00);
	data_out(0x00);
	
	comm_out(0xB2);		//Set Display Control
	data_out(0x00);
	
	comm_out(0xB6);		//Set power control
	data_out(0x84);
	data_out(0x6C);
	data_out(0x74);

	comm_out(0xE0);		//Set Gamma
	data_out(0x70);
	data_out(0x77);
	data_out(0x20);
	data_out(0x0F);
	data_out(0x8F);
	data_out(0x00);
	data_out(0x04);
	data_out(0x0D);
	data_out(0x02);
	data_out(0x01);
	data_out(0x75);
	data_out(0x00);
	data_out(0x70);
	data_out(0x04);
	data_out(0x80);
	data_out(0x0F);
	data_out(0x0F);
	data_out(0x02);
	data_out(0x0D);

	comm_out(0x3A);		//Interface pixel format
	data_out(0x06);		//8-bit 8080 mode, 3bytes per pixel

	comm_out(0x29);		//Display ON
}
/***************************************************************/
/***************************************************************/
void Display_Picture()  
{
	int i;
	comm_out(0x2C);
	for(i=0;i<(128*40);i++)	//Write 40 Lines
	{
		bRS=1;
		fast_data_out(0xFF);		//Red 
		fast_data_out(0x00);		//Green
		fast_data_out(0x00);		//Blue
	}  
	for(i=0;i<(128*40);i++)	//Write 40 Lines
	{
		bRS=1;
		fast_data_out(0x00);		//Red
		fast_data_out(0xFF);		//Green	
		fast_data_out(0x00);		//Blue	
	}  
	for(i=0;i<(128*40);i++)	//Write 40 Lines
	{
		bRS=1;
		fast_data_out(0x00);		//Red
		fast_data_out(0x00);		//Green
		fast_data_out(0xFF);		//Blue	
	}  
	for(i=0;i<(128*40);i++)	//Write 40 Lines
	{
		bRS=1;
		fast_data_out(0xFF);		//Red
		fast_data_out(0xFF);		//Green
		fast_data_out(0xFF);		//Blue
	}  
}	
/***************************************************************/
/***************************************************************/
void main()
{
	char i;
	TRISB = 0x00;				//data bits 
	TRISD = 0x00;				//control bits	
	
	PORTB = 0x00; delay(10);
	PORTB = 0xFF; delay(10);
	PORTD = 0x00; delay(10);
	PORTD = 0xFF; delay(10);

	while(1)
	{	
		HX8353D_init();			//Initialize controller
		Display_Picture();		//Begin writing
		delay(1000);
	}
}