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//ICC-AVR application builder : 13/03/2003 5:28:00 PM
// Target : M128
// Crystal: 8.0000Mhz

#include <iom128v.h>
#include <macros.h>

//LCD control bits

#define LCD_CE_on PORTD |= 0x10 //turn CE on (PD4)
#define LCD_CE_off PORTD &= ~0x10 //turn CE off (PD4)
#define LCD_CD_on PORTD |= 0x20 //turn CD on (PD5)
#define LCD_CD_off PORTD &= ~0x20 //turn CD off (PD5)
#define LCD_WR_on PORTD |= 0x40 //turn WR on (PD6)
#define LCD_WR_off PORTD &= ~0x40 //turn WR off (PD6)
#define LCD_RD_on PORTD |= 0x80 //turn RD on (PD7)
#define LCD_RD_off PORTD &= ~0x80 //turn RD off (PD7)
#define LCD_reset_on PORTD |= 0x02 //turn reset on (PD1)
#define LCD_reset_off PORTD &= ~0x02 //turn reset off (PD1)

void port_init(void)
{
PORTA = 0xFF;
DDRA = 0xFF; //output
PORTB = 0x00;
DDRB = 0xFF;
PORTC = 0x00; //m103 output only
DDRC = 0xFF;
PORTD = 0x02;
DDRD = 0xFF;
PORTE = 0xFF;
DDRE = 0xFF;
PORTF = 0xFF;
DDRF = 0xFF;
PORTG = 0x10;
DDRG = 0xFF;
}

//Comparator initialisation
// trigger on: Output toggle
void comparator_init(void)
{
ACSR = ACSR & 0xF7; //ensure interrupt is off before changing
ACSR = 0x00;
}

//ADC initialisation
// Conversion time: 3uS
void adc_init(void)
{
ADCSRA = 0x00; //disable adc
ADMUX = 0x00; //select adc input 0
ACSR = 0x00;
ADCSRA = 0x01;
}

//call this routine to initialise all peripherals
void init_devices(void)
{
//stop errant interrupts until set up
CLI(); //disable all interrupts
XDIV = 0x00; //xtal divider
XMCRA = 0x00; //external memory
port_init();
comparator_init();
adc_init();

MCUCR = 0x00;
EICRA = 0x00; //extended ext ints
EICRB = 0x00; //extended ext ints
EIMSK = 0x00;
TIMSK = 0x00; //timer interrupt sources
ETIMSK = 0x00; //extended timer interrupt sources
SEI(); //re-enable interrupts
//all peripherals are now initialised
}

void Delay()
{
unsigned char a, b;

for (a = 1; a; a++)
for (b = 1; b; b++)
;
}

int getstatus(void)
{
int status;
int statusok;
int statuschk;

//set up port d
LCD_CD_on;
LCD_RD_off;
LCD_WR_on;
LCD_CE_off;
_NOP(); //>150ns?? delay before read
_NOP();
_NOP();

DDRC = 0x00; //input
PORTC = 0xFF; //pull up

status = PINC; //get status
// statusok = 0x03; //what status is supposed to look like

LCD_CE_on; //take CE high again
LCD_RD_on; //disable read mode
DDRC = 0xFF; //output
PORTC = 0x00; //zeros

// statuschk = status & statusok; //filter out higher bits

// debug - show status
PORTB = status;
Delay();
Delay();
PORTB = 0x00;
Delay();
Delay();
//

return (status);
}

void main()
{
int i;
int j;
int k;
init_devices();
/*
//reset
LCD_reset_off;
_NOP(); //length of time ??
_NOP();
LCD_reset_on;
_NOP();
_NOP();
LCD_reset_off;
_NOP();
_NOP();
LCD_reset_on;
_NOP();
_NOP();
*/

//initialise

//mode set
do {}
while((0x03 & getstatus()) !=0x03);
PORTC = 0x80;
LCD_CD_on;
LCD_WR_off;
LCD_RD_on;
LCD_CE_off;
_NOP();
LCD_CE_on;
LCD_WR_on;

//control word set
//1
do {}
while((0x03 & getstatus()) !=0x03);
PORTC = 0x00;
LCD_CD_off;
LCD_WR_off;
LCD_RD_on;
LCD_CE_off;
_NOP();
LCD_CE_on;
LCD_WR_on;

//2
do {}
while((0x03 & getstatus()) !=0x03);
PORTC = 0x00;
LCD_CD_off;
LCD_WR_off;
LCD_RD_on;
LCD_CE_off;
_NOP();
LCD_CE_on;
LCD_WR_on;

//3
do {}
while((0x03 & getstatus()) !=0x03);
PORTC = 0x42;
LCD_CD_on;
LCD_WR_off;
LCD_RD_on;
LCD_CE_off;
_NOP();
LCD_CE_on;
LCD_WR_on;

//number of graphic area set
//1
do {}
while((0x03 & getstatus()) !=0x03);
PORTC = 0x1E;
LCD_CD_off;
LCD_WR_off;
LCD_RD_on;
LCD_CE_off;
_NOP();
LCD_CE_on;
LCD_WR_on;

//2
do {}
while((0x03 & getstatus()) !=0x03);
PORTC = 0x00;
LCD_CD_off;
LCD_WR_off;
LCD_RD_on;
LCD_CE_off;
_NOP();
LCD_CE_on;
LCD_WR_on;

//3
do {}
while((0x03 & getstatus()) !=0x03);
PORTC = 0x43;
LCD_CD_on;
LCD_WR_off;
LCD_RD_on;
LCD_CE_off;
_NOP();
LCD_CE_on;
LCD_WR_on;

//text home position set
//1
do {}
while((0x03 & getstatus()) !=0x03);
PORTC = 0x00;
LCD_CD_off;
LCD_WR_off;
LCD_RD_on;
LCD_CE_off;
_NOP();
LCD_CE_on;
LCD_WR_on;

//2
do {}
while((0x03 & getstatus()) !=0x03);
PORTC = 0x00;
LCD_CD_off;
LCD_WR_off;
LCD_RD_on;
LCD_CE_off;
_NOP();
LCD_CE_on;
LCD_WR_on;

//3
do {}
while((0x03 & getstatus()) !=0x03);
PORTC = 0x40;
LCD_CD_on;
LCD_WR_off;
LCD_RD_on;
LCD_CE_off;
_NOP();
LCD_CE_on;
LCD_WR_on;

//number of text area set
//1
do {}
while((0x03 & getstatus()) !=0x03);
PORTC = 0x1E;
LCD_CD_off;
LCD_WR_off;
LCD_RD_on;
LCD_CE_off;
_NOP();
LCD_CE_on;
LCD_WR_on;

//2
do {}
while((0x03 & getstatus()) !=0x03);
PORTC = 0x00;
LCD_CD_off;
LCD_WR_off;
LCD_RD_on;
LCD_CE_off;
_NOP();
LCD_CE_on;
LCD_WR_on;

//3
do {}
while((0x03 & getstatus()) !=0x03);
PORTC = 0x41;
LCD_CD_on;
LCD_WR_off;
LCD_RD_on;
LCD_CE_off;
_NOP();
LCD_CE_on;
LCD_WR_on;

//address pointer set
//1
do {}
while((0x03 & getstatus()) !=0x03);
PORTC = 0x23;
LCD_CD_off;
LCD_WR_off;
LCD_RD_on;
LCD_CE_off;
_NOP();
LCD_CE_on;
LCD_WR_on;

//2
do {}
while((0x03 & getstatus()) !=0x03);
PORTC = 0x01;
LCD_CD_off;
LCD_WR_off;
LCD_RD_on;
LCD_CE_off;
_NOP();
LCD_CE_on;
LCD_WR_on;

//3
do {}
while((0x03 & getstatus()) !=0x03);
PORTC = 0x24;
LCD_CD_on;
LCD_WR_off;
LCD_RD_on;
LCD_CE_off;
_NOP();
LCD_CE_on;
LCD_WR_on;

//test
//data
do {}
while((0x03 & getstatus()) !=0x03);
PORTC = 0x21;
LCD_CD_off;
LCD_WR_off;
LCD_RD_on;
LCD_CE_off;
_NOP();
LCD_CE_on;
LCD_WR_on;

//command
do {}
while((0x03 & getstatus()) !=0x03);
PORTC = 0xC0;
LCD_CD_on;
LCD_WR_off;
LCD_RD_on;
LCD_CE_off;
_NOP();
LCD_CE_on;
LCD_WR_on;

//data
do {}
while((0x03 & getstatus()) !=0x03);
PORTC = 0x21;
LCD_CD_off;
LCD_WR_off;
LCD_RD_on;
LCD_CE_off;
_NOP();
LCD_CE_on;
LCD_WR_on;

//command
do {}
while((0x03 & getstatus()) !=0x03);
PORTC = 0xC0;
LCD_CD_on;
LCD_WR_off;
LCD_RD_on;
LCD_CE_off;
_NOP();
LCD_CE_on;
LCD_WR_on;
//data
do {}
while((0x03 & getstatus()) !=0x03);
PORTC = 0x21;
LCD_CD_off;
LCD_WR_off;
LCD_RD_on;
LCD_CE_off;
_NOP();
LCD_CE_on;
LCD_WR_on;

//command
do {}
while((0x03 & getstatus()) !=0x03);
PORTC = 0xC0;
LCD_CD_on;
LCD_WR_off;
LCD_RD_on;
LCD_CE_off;
_NOP();
LCD_CE_on;
LCD_WR_on;
//data
do {}
while((0x03 & getstatus()) !=0x03);
PORTC = 0x21;
LCD_CD_off;
LCD_WR_off;
LCD_RD_on;
LCD_CE_off;
_NOP();
LCD_CE_on;
LCD_WR_on;

//command
do {}
while((0x03 & getstatus()) !=0x03);
PORTC = 0xC0;
LCD_CD_on;
LCD_WR_off;
LCD_RD_on;
LCD_CE_off;
_NOP();
LCD_CE_on;
LCD_WR_on;
//data
do {}
while((0x03 & getstatus()) !=0x03);
PORTC = 0x21;
LCD_CD_off;
LCD_WR_off;
LCD_RD_on;
LCD_CE_off;
_NOP();
LCD_CE_on;
LCD_WR_on;

//command
do {}
while((0x03 & getstatus()) !=0x03);
PORTC = 0xC0;
LCD_CD_on;
LCD_WR_off;
LCD_RD_on;
LCD_CE_off;
_NOP();
LCD_CE_on;
LCD_WR_on;
//data
do {}
while((0x03 & getstatus()) !=0x03);
PORTC = 0x21;
LCD_CD_off;
LCD_WR_off;
LCD_RD_on;
LCD_CE_off;
_NOP();
LCD_CE_on;
LCD_WR_on;

//command
do {}
while((0x03 & getstatus()) !=0x03);
PORTC = 0xC0;
LCD_CD_on;
LCD_WR_off;
LCD_RD_on;
LCD_CE_off;
_NOP();
LCD_CE_on;
LCD_WR_on;

// debug
for(;;)
{
PORTB = 0x0F;
Delay();
Delay();
Delay();
PORTB = 0x00;
Delay();
Delay();
Delay();
}

}

Author:	Simon Turner [ Wed Mar 26, 2003 9:53 ]
Post subject:	dmf 5005 ny/ly/ake
hey guys i have a dmf-5005 ny/ly/ake lcd (uses the t6963 controller). i have got it hooked up to an atmel mega128 processor (data on port c and control on port d - wr=bit6, rd=bit7, ce=bit4, cd=bit5, reset=bit1) i am using c to program the microcontroller. i have attempted the initialisation routine, suggested in the datasheets, but to no avail. the screen still stays blank. can someone help me please? my c code is as follows... sorry its so long..... thanx simon Code: //ICC-AVR application builder : 13/03/2003 5:28:00 PM // Target : M128 // Crystal: 8.0000Mhz #include <iom128v.h> #include <macros.h> //LCD control bits #define LCD_CE_on PORTD \|= 0x10 //turn CE on (PD4) #define LCD_CE_off PORTD &= ~0x10 //turn CE off (PD4) #define LCD_CD_on PORTD \|= 0x20 //turn CD on (PD5) #define LCD_CD_off PORTD &= ~0x20 //turn CD off (PD5) #define LCD_WR_on PORTD \|= 0x40 //turn WR on (PD6) #define LCD_WR_off PORTD &= ~0x40 //turn WR off (PD6) #define LCD_RD_on PORTD \|= 0x80 //turn RD on (PD7) #define LCD_RD_off PORTD &= ~0x80 //turn RD off (PD7) #define LCD_reset_on PORTD \|= 0x02 //turn reset on (PD1) #define LCD_reset_off PORTD &= ~0x02 //turn reset off (PD1) void port_init(void) { PORTA = 0xFF; DDRA = 0xFF; //output PORTB = 0x00; DDRB = 0xFF; PORTC = 0x00; //m103 output only DDRC = 0xFF; PORTD = 0x02; DDRD = 0xFF; PORTE = 0xFF; DDRE = 0xFF; PORTF = 0xFF; DDRF = 0xFF; PORTG = 0x10; DDRG = 0xFF; } //Comparator initialisation // trigger on: Output toggle void comparator_init(void) { ACSR = ACSR & 0xF7; //ensure interrupt is off before changing ACSR = 0x00; } //ADC initialisation // Conversion time: 3uS void adc_init(void) { ADCSRA = 0x00; //disable adc ADMUX = 0x00; //select adc input 0 ACSR = 0x00; ADCSRA = 0x01; } //call this routine to initialise all peripherals void init_devices(void) { //stop errant interrupts until set up CLI(); //disable all interrupts XDIV = 0x00; //xtal divider XMCRA = 0x00; //external memory port_init(); comparator_init(); adc_init(); MCUCR = 0x00; EICRA = 0x00; //extended ext ints EICRB = 0x00; //extended ext ints EIMSK = 0x00; TIMSK = 0x00; //timer interrupt sources ETIMSK = 0x00; //extended timer interrupt sources SEI(); //re-enable interrupts //all peripherals are now initialised } void Delay() { unsigned char a, b; for (a = 1; a; a++) for (b = 1; b; b++) ; } int getstatus(void) { int status; int statusok; int statuschk; //set up port d LCD_CD_on; LCD_RD_off; LCD_WR_on; LCD_CE_off; _NOP(); //>150ns?? delay before read _NOP(); _NOP(); DDRC = 0x00; //input PORTC = 0xFF; //pull up status = PINC; //get status // statusok = 0x03; //what status is supposed to look like LCD_CE_on; //take CE high again LCD_RD_on; //disable read mode DDRC = 0xFF; //output PORTC = 0x00; //zeros // statuschk = status & statusok; //filter out higher bits // debug - show status PORTB = status; Delay(); Delay(); PORTB = 0x00; Delay(); Delay(); // return (status); } void main() { int i; int j; int k; init_devices(); /* //reset LCD_reset_off; _NOP(); //length of time ?? _NOP(); LCD_reset_on; _NOP(); _NOP(); LCD_reset_off; _NOP(); _NOP(); LCD_reset_on; _NOP(); _NOP(); */ //initialise //mode set do {} while((0x03 & getstatus()) !=0x03); PORTC = 0x80; LCD_CD_on; LCD_WR_off; LCD_RD_on; LCD_CE_off; _NOP(); LCD_CE_on; LCD_WR_on; //control word set //1 do {} while((0x03 & getstatus()) !=0x03); PORTC = 0x00; LCD_CD_off; LCD_WR_off; LCD_RD_on; LCD_CE_off; _NOP(); LCD_CE_on; LCD_WR_on; //2 do {} while((0x03 & getstatus()) !=0x03); PORTC = 0x00; LCD_CD_off; LCD_WR_off; LCD_RD_on; LCD_CE_off; _NOP(); LCD_CE_on; LCD_WR_on; //3 do {} while((0x03 & getstatus()) !=0x03); PORTC = 0x42; LCD_CD_on; LCD_WR_off; LCD_RD_on; LCD_CE_off; _NOP(); LCD_CE_on; LCD_WR_on; //number of graphic area set //1 do {} while((0x03 & getstatus()) !=0x03); PORTC = 0x1E; LCD_CD_off; LCD_WR_off; LCD_RD_on; LCD_CE_off; _NOP(); LCD_CE_on; LCD_WR_on; //2 do {} while((0x03 & getstatus()) !=0x03); PORTC = 0x00; LCD_CD_off; LCD_WR_off; LCD_RD_on; LCD_CE_off; _NOP(); LCD_CE_on; LCD_WR_on; //3 do {} while((0x03 & getstatus()) !=0x03); PORTC = 0x43; LCD_CD_on; LCD_WR_off; LCD_RD_on; LCD_CE_off; _NOP(); LCD_CE_on; LCD_WR_on; //text home position set //1 do {} while((0x03 & getstatus()) !=0x03); PORTC = 0x00; LCD_CD_off; LCD_WR_off; LCD_RD_on; LCD_CE_off; _NOP(); LCD_CE_on; LCD_WR_on; //2 do {} while((0x03 & getstatus()) !=0x03); PORTC = 0x00; LCD_CD_off; LCD_WR_off; LCD_RD_on; LCD_CE_off; _NOP(); LCD_CE_on; LCD_WR_on; //3 do {} while((0x03 & getstatus()) !=0x03); PORTC = 0x40; LCD_CD_on; LCD_WR_off; LCD_RD_on; LCD_CE_off; _NOP(); LCD_CE_on; LCD_WR_on; //number of text area set //1 do {} while((0x03 & getstatus()) !=0x03); PORTC = 0x1E; LCD_CD_off; LCD_WR_off; LCD_RD_on; LCD_CE_off; _NOP(); LCD_CE_on; LCD_WR_on; //2 do {} while((0x03 & getstatus()) !=0x03); PORTC = 0x00; LCD_CD_off; LCD_WR_off; LCD_RD_on; LCD_CE_off; _NOP(); LCD_CE_on; LCD_WR_on; //3 do {} while((0x03 & getstatus()) !=0x03); PORTC = 0x41; LCD_CD_on; LCD_WR_off; LCD_RD_on; LCD_CE_off; _NOP(); LCD_CE_on; LCD_WR_on; //address pointer set //1 do {} while((0x03 & getstatus()) !=0x03); PORTC = 0x23; LCD_CD_off; LCD_WR_off; LCD_RD_on; LCD_CE_off; _NOP(); LCD_CE_on; LCD_WR_on; //2 do {} while((0x03 & getstatus()) !=0x03); PORTC = 0x01; LCD_CD_off; LCD_WR_off; LCD_RD_on; LCD_CE_off; _NOP(); LCD_CE_on; LCD_WR_on; //3 do {} while((0x03 & getstatus()) !=0x03); PORTC = 0x24; LCD_CD_on; LCD_WR_off; LCD_RD_on; LCD_CE_off; _NOP(); LCD_CE_on; LCD_WR_on; //test //data do {} while((0x03 & getstatus()) !=0x03); PORTC = 0x21; LCD_CD_off; LCD_WR_off; LCD_RD_on; LCD_CE_off; _NOP(); LCD_CE_on; LCD_WR_on; //command do {} while((0x03 & getstatus()) !=0x03); PORTC = 0xC0; LCD_CD_on; LCD_WR_off; LCD_RD_on; LCD_CE_off; _NOP(); LCD_CE_on; LCD_WR_on; //data do {} while((0x03 & getstatus()) !=0x03); PORTC = 0x21; LCD_CD_off; LCD_WR_off; LCD_RD_on; LCD_CE_off; _NOP(); LCD_CE_on; LCD_WR_on; //command do {} while((0x03 & getstatus()) !=0x03); PORTC = 0xC0; LCD_CD_on; LCD_WR_off; LCD_RD_on; LCD_CE_off; _NOP(); LCD_CE_on; LCD_WR_on; //data do {} while((0x03 & getstatus()) !=0x03); PORTC = 0x21; LCD_CD_off; LCD_WR_off; LCD_RD_on; LCD_CE_off; _NOP(); LCD_CE_on; LCD_WR_on; //command do {} while((0x03 & getstatus()) !=0x03); PORTC = 0xC0; LCD_CD_on; LCD_WR_off; LCD_RD_on; LCD_CE_off; _NOP(); LCD_CE_on; LCD_WR_on; //data do {} while((0x03 & getstatus()) !=0x03); PORTC = 0x21; LCD_CD_off; LCD_WR_off; LCD_RD_on; LCD_CE_off; _NOP(); LCD_CE_on; LCD_WR_on; //command do {} while((0x03 & getstatus()) !=0x03); PORTC = 0xC0; LCD_CD_on; LCD_WR_off; LCD_RD_on; LCD_CE_off; _NOP(); LCD_CE_on; LCD_WR_on; //data do {} while((0x03 & getstatus()) !=0x03); PORTC = 0x21; LCD_CD_off; LCD_WR_off; LCD_RD_on; LCD_CE_off; _NOP(); LCD_CE_on; LCD_WR_on; //command do {} while((0x03 & getstatus()) !=0x03); PORTC = 0xC0; LCD_CD_on; LCD_WR_off; LCD_RD_on; LCD_CE_off; _NOP(); LCD_CE_on; LCD_WR_on; //data do {} while((0x03 & getstatus()) !=0x03); PORTC = 0x21; LCD_CD_off; LCD_WR_off; LCD_RD_on; LCD_CE_off; _NOP(); LCD_CE_on; LCD_WR_on; //command do {} while((0x03 & getstatus()) !=0x03); PORTC = 0xC0; LCD_CD_on; LCD_WR_off; LCD_RD_on; LCD_CE_off; _NOP(); LCD_CE_on; LCD_WR_on; // debug for(;;) { PORTB = 0x0F; Delay(); Delay(); Delay(); PORTB = 0x00; Delay(); Delay(); Delay(); } }

Author:	Henri [ Wed Mar 26, 2003 13:35 ]
Post subject:
I'll lock this topic as it's also posted here: http://www.skippari.net/phpBB2/viewtopic.php?t=185

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