CFAG128128A can't initialize

T

thecncguy

New member
I have a CFAG128128A connected to a RCM4400w rabbit core module and can't seem to get anything happening. I have the data bus, WR, RD, CD, and CE pins connected to a logic analyzer to check for proper signal flow and all seems ok. Everthing is flowing to and from the display as it should be. I have tried Vo pin voltage from .8 to 3.5 volts.

The status checks seem to work but I am unable to get anything on the screen.

Is there any sample code or suggestions for this display. I tried sifting through the wintest code but found it too confusing.

Thanks in advance,
thecncguy
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CF Tech

CF Tech

Administrator
The controller is a Toshiba T6963:
http://www.crystalfontz.com/products/128128a/Toshiba_t6963CFG.pdf

You may be able to find some T6963 code for the rabbit that is already ported:

http://www.google.com/search?q=t6963+rabbit

This is the only section you need from the sample code:
Code: 
ubyte control;  //value of "*port_control_address"

#define DATA_ADDR (port_data_address)
#define CONT_ADDR (port_control_address)
  
//inverted at the port
#define CLR_CE (DlPortWritePortUchar(CONT_ADDR,(control|=0x01)));Sleep(0);Sleep(0);Sleep(0);Sleep(0);Sleep(0);Sleep(0);Sleep(0);Sleep(0);Sleep(0);Sleep(0);Sleep(0);Sleep(0)
#define SET_CE (DlPortWritePortUchar(CONT_ADDR,(control&=~0x01)));Sleep(0);Sleep(0);Sleep(0);Sleep(0);Sleep(0);Sleep(0);Sleep(0);Sleep(0);Sleep(0);Sleep(0);Sleep(0);Sleep(0)

//inverted at the port
#define CLR_RD (DlPortWritePortUchar(CONT_ADDR,(control|=0x02)));Sleep(0);Sleep(0);Sleep(0);Sleep(0);Sleep(0);Sleep(0);Sleep(0);Sleep(0);Sleep(0);Sleep(0);Sleep(0);Sleep(0)
#define SET_RD (DlPortWritePortUchar(CONT_ADDR,(control&=~0x02)));Sleep(0);Sleep(0);Sleep(0);Sleep(0);Sleep(0);Sleep(0);Sleep(0);Sleep(0);Sleep(0);Sleep(0);Sleep(0);Sleep(0)
  
//straight at the port
#define SET_RW (DlPortWritePortUchar(CONT_ADDR,(control|=0x04)));Sleep(0);Sleep(0);Sleep(0);Sleep(0);Sleep(0);Sleep(0);Sleep(0);Sleep(0);Sleep(0);Sleep(0);Sleep(0);Sleep(0)
#define CLR_RW (DlPortWritePortUchar(CONT_ADDR,(control&=~0x04)));Sleep(0);Sleep(0);Sleep(0);Sleep(0);Sleep(0);Sleep(0);Sleep(0);Sleep(0);Sleep(0);Sleep(0);Sleep(0);Sleep(0)

//inverted at the port
#define SET_CD  (DlPortWritePortUchar(CONT_ADDR,(control&=~0x08)));Sleep(0);Sleep(0);Sleep(0);Sleep(0);Sleep(0);Sleep(0);Sleep(0);Sleep(0);Sleep(0);Sleep(0);Sleep(0);Sleep(0)
#define CLR_CD  (DlPortWritePortUchar(CONT_ADDR,(control|=0x08)));Sleep(0);Sleep(0);Sleep(0);Sleep(0);Sleep(0);Sleep(0);Sleep(0);Sleep(0);Sleep(0);Sleep(0);Sleep(0);Sleep(0)

//#define SDATA(x) (DlPortWritePortUchar(DATA_ADDR,(x)));(Sleep(0));(Sleep(0));(Sleep(0));(Sleep(0))
#define DATA(x) (DlPortWritePortUchar(DATA_ADDR,(x)));(Sleep(0));(Sleep(0));(Sleep(0));(Sleep(0));Sleep(0);Sleep(0);Sleep(0);Sleep(0);Sleep(0);Sleep(0);Sleep(0);Sleep(0);Sleep(0);Sleep(0)
#define RDATA(x) (DlPortReadPortUchar(DATA_ADDR));(Sleep(0));(Sleep(0));(Sleep(0));(Sleep(0));Sleep(0);Sleep(0);Sleep(0);Sleep(0);Sleep(0);Sleep(0);Sleep(0);Sleep(0);Sleep(0);Sleep(0)

void DATA_W(unsigned char data)                        
{
	CLR_CD;
	CLR_CE;
	CLR_RW;
	DATA(data);
	SET_CE;
	SET_RW;
}
//
uchar DATA_R()
{
    unsigned char data;
	CLR_CD;
	CLR_CE;
	CLR_RD;
	data = RDATA(data);//LcmDataPort;
	SET_CE;
	SET_RD;
    return data;
}
//read status
uchar Read_Status()
{
    unsigned char data;
	CLR_CD;
	CLR_CE;
	CLR_RD;
	data = RDATA(data);//LcmDataPort;
	SET_CE;
	SET_RW;
    return data;
}
//
void COM_W(unsigned char command)                  
{
	SET_CD;
    CLR_CE;
	CLR_RW;
	DATA(command);
    SET_CE;
	SET_RW;
}


void CheckRWCD(void)
{
    // while((LcmReadStatus() & 0x03) != 0x03);      //
}
//
void CheckAutoWrite(void)
{
   //  while((LcmReadStatus() & 0x08) == 0);      //
}
//
void CheckScreen(void)
{      
   //  while(LcmReadStatus() & 0x40);      //
}
//
void LcmWriteData(uchar uData)                        
{
	CLR_CD;
	CLR_CE;
	CLR_RW;
	DATA(uData);
	SET_CE;
	SET_RW;
}
//
uchar LcmReadData( void )
{
    uchar uData;
	CLR_CD;
	CLR_CE;
	CLR_RD;
	uData = RDATA(uData);//LcmDataPort;
	SET_CE;
	SET_RD;
    return uData;
}
//read status
uchar LcmReadStatus( void )
{
    uchar uData;
	CLR_CD;
	CLR_CE;
	CLR_RD;
	uData = RDATA(uData);//LcmDataPort;
	SET_CE;
	SET_RW;
    return uData;
}
//
void WriteCommand(uchar Command)                  
{
	SET_CD;
    CLR_CE;
	CLR_RW;
	DATA(Command);
    SET_CE;
	SET_RW;
}
//
void DelayKey(unsigned char)
{
	Sleep(2);
}

//
void LcmWriteCommand(uchar Command)                  
{
     CheckRWCD();     
     WriteCommand(Command);
}
//write 1 data command
void LcmWriteCommandWith1Par(uchar Parameter,uchar Command)
{
     CheckRWCD();                        
     LcmWriteData(Parameter);
     CheckRWCD();
     WriteCommand(Command);
}
//WRITE 2 data COMMAND 
void LcmWriteCommandWith2Par(uchar Parameter1,uchar Parameter2,uchar Command)
{
     CheckRWCD();                       
     LcmWriteData(Parameter1);
     CheckRWCD();
     LcmWriteData(Parameter2);
     CheckRWCD();
     WriteCommand(Command);
}
//LCM INITIALIZATION
void LcmInit( void )
{
     LcmWriteCommandWith2Par(0x00,0x00,0x40);      //
     LcmWriteCommandWith2Par(LcmLengthDots/8,0x00,0x41);      //
     LcmWriteCommandWith2Par(0x00,0xC0,0x42);      //address 0x0800
     LcmWriteCommandWith2Par(LcmLengthDots/8,0x00,0x43);      
     LcmWriteCommand(0xA0);                  //CURSUR 8x1
     LcmWriteCommand(0x81);                  //Xor
     LcmWriteCommand(0x9C);                  //TURN TEXT AND GRAPHIC ON
}
It is important to get the macros at the top right "CLR_RD", "SET_RD". Those will change for every processor. Do not worry about the sleeps, that is an artifact of not having good low-level control in a user application under Windows.

Thant code should get the display initialized, porting this should put up a bitmap:
Code: 
void DisplayOneBmp(uchar *puts)
{
     uchar i,j;
     uint  X=0;
     LocateXY(0,0,Graphic);
     LcmWriteCommand(0xB0);                  //auto write
     for(i=0;i<LcmWidthDots;i++)
     {
          for(j=0;j<LcmLengthDots/8;j++)
           {
                 LcmWriteData(puts[X]);
                 X++;
           }
     }
     LcmWriteCommand(0xB2);                  //inject write
}
The code in those wintest programs is what we use to power up the modules for photographs, so we know it does work, but it is typically not very pretty.
 
C

cosmicvoid

Master
thecncguy said:
I have tried Vo pin voltage from .8 to 3.5 volts.
Click to expand...
Well, that's probably what's wrong. The spec sheet sez the LCD voltage (Vdd-Vo) should be about 16 volts, so you have no contrast. With a Vdd of 5 volts, the Vo should be about -11 volts. Are you using the negative voltage generator output from the board on one end of your contrast pot?
 
T

thecncguy

New member
cosmicvoid,

I have a pot setup as a voltage divider between +5vdc and 0v feeding the Vo pin as you would with any standard LCD ( eg. 2 line x 16 ). I missed the 16volt spec on the data sheet. So I should arrange the pot between the -16v pin and 0v then. Well, that could very well be the problem.

CF Tech,

Thank you for the sample code! I will compare it with mine to see if I have missed something there as well. I am new to this LCD controller. Any and all code examples are much apreciated.

I will be working on the project later today and will reply to this thread with my results.

Thanks again guys!!!
thecncguy
 
C

cosmicvoid

Master
thecncguy said:
So I should arrange the pot between the -16v pin and 0v then. Well, that could very well be the problem.
Click to expand...
I am sure that IS the problem, not counting any code problems. But, as CF Tech will tell you, the Vo should be referrenced to Vdd (+5), not ground; so connect your pot from +5 to Vee (-16 V).
 
T

thecncguy

New member
Progress has been made!

Hi guys,

Re-wiring the Vo pot between +5v and -16v got the display finally working. I used the code examples to sort out a few remaining issues with my own code.

I have now successfully writen the letter "W" on my display. I'm so happy!


Many thanks!
thecncguy
 
CF Tech

CF Tech

Administrator
That is great :)

Please feel free to zip up a sample project and post it here, it might help out the next person
 
T

thecncguy

New member
All of the LCD related code is going into a "Library file" which gets included during compile time. Once I have this file completed, I'll post it for anyone using this display controller along a Rabbit micro and Dynamic C programming software.


thecncguy
 
E

Edge

New member
Similar Problem but with a CFAG240128L

I recently purchased a CFAG240128L-YYH-TZ. I am connecting it to a PIC18F4550 micro controller. I am programming it in C. And i am having major issues with Initializing it as well. I have searched through Forums and data sheets with no luck.

I am sure the contrast is set since when reset is held low, then i can see a line at random locations on the screen.

Attached is my Code so far. Any suggestions would be great!

thecncguy, I am very interested to see what you have done so far with your code, since i am unable to get my initialized at all.
 

Attachments

C

cosmicvoid

Master
I don't have this display (or one with the T6963 controller), but I will make a suggestion, based on the timing diagrams in the data sheet.

I would put the RD/WR transitions inside of the CE transitions, i.e.:
LCD_CHIP_ENABLE = 0;
LCD_READ = 0;
do {} while;
LCD_READ = 1;
LCD_CHIP_ENABLE = 1;

and

LCD_CHIP_ENABLE = 0;
LCD_WRITE = 0;
delay
LCD_WRITE = 1;
LCD_CHIP_ENABLE = 1;

See if that makes any difference.

Afterthought: I would also just leave the CE active all of the time instead of switching it.
 
O

Osborn

New member
LCD INIT MSP430 and Touch Screen

Hi
This is my assembler code for MSP430F2274 of Texas Instruments, i hope it can help somebody and i have a question about the touch screen conection, because I use the TSC2007 with terminals X+ Y+ X- Y- and i don't know how to connect it with the LCD

NAME main ; module name

PUBLIC main ; make the main label vissible
; outside this module

#include "msp430x22x4.h" ; #define controlled include file

#define PAUSA R15
#define CE 01H
#define CD 02H
#define RES 04H

ORG 0200H
DATO DS 2
COORD DS 2

;-------------------------------------------------------------------------------
ORG 0x8000 ;Inicio del programa
;-------------------------------------------------------------------------------
main
RESET MOV.W #0x600,SP ; Inicialización del stackpointer
MOV.W #WDTPW+WDTHOLD,&WDTCTL ; Watchdog timer detenido
MOV.B &CALBC1_16MHZ,&BCSCTL1 ; DCO en 16 MHz
MOV.B &CALDCO_16MHZ,&DCOCTL

MICRO_INIT MOV.B #0FFH,&P1DIR ; Configuración de los puertos
MOV.B #0FFH,&P2DIR
MOV.B #0FFH,&P3DIR
MOV.B #0FFH,&P4DIR

VAL_INI CLR.B &P4OUT
BIS.B #CE,&P2OUT
BIS.B #RES,&P2OUT


OTROS_INIT CALL #LCD_INIT ;Inicialización LCD Gráfica

;-------------------------------------------------------------------------------
;PROGRAMA PRINCIPAL
;-------------------------------------------------------------------------------
PRINCIPAL MOV #000H,COORD
CALL #COORDENAD
MOV #0C00H,R10
BORRAR MOV.B #000H,&P4OUT
CALL #DAT
MOV.B #0C0H,&P4OUT
CALL #COMANDO
DEC R10
JNZ BORRAR

MOV #1400H,R10
PONER MOV.B #000H,&P4OUT
CALL #DAT
MOV.B #0C0H,&P4OUT
CALL #COMANDO
DEC R10
JNZ PONER

MOV #01C2H,COORD
CALL #COORDENAD
MOV #LETRERO1,R4
CALL #IMP_LET

GRAFICO MOV #0C82H,COORD
CALL #COORDENAD
CLR R6
CLR R7
MOV #POLI,R5
SIGUE MOV.B @R5,&P4OUT
CMP #100,R6
JEQ FIN_P
CMP #09H,R7
JEQ AJUSTE
CALL #DAT
MOV.B #0C0H,&P4OUT
CALL #COMANDO
INC R7
INC R5
JMP SIGUE

AJUSTE CLR R7
INC R6
ADD #1EH,COORD
CALL #COORDENAD
CALL #TIEMPOL
JMP SIGUE

FIN_P CALL #PAUSA2S

MOV #01C2H,COORD
CALL #COORDENAD
MOV #1EH,R7
BORRA1 MOV.B #00H,&P4OUT
CALL #DAT
MOV.B #0C0H,&P4OUT
CALL #COMANDO
CALL #TIEMPOL
DEC R7
JNZ BORRA1

MOV #0C82H,COORD
CALL #COORDENAD
CLR R6
CLR R7
MOV #POLI,R5
SIGUE2 MOV.B #00H,&P4OUT
CMP #100,R6
JEQ JUMP
CMP #09H,R7
JEQ AJUSTE2
CALL #DAT
MOV.B #0C0H,&P4OUT
CALL #COMANDO
INC R7
JMP SIGUE2

AJUSTE2 CLR R7
INC R6
ADD #1EH,COORD
CALL #COORDENAD
CALL #TIEMPOL
JMP SIGUE2

JUMP JMP JUMP



;-------------------------------------------------------------------------------
;SUBRUTINAS
;-------------------------------------------------------------------------------

LCD_INIT BIC.B #RES,&P2OUT
MOV #100,PAUSA
NEXT DEC PAUSA
JNZ NEXT
BIS.B #RES,&P2OUT
MOV.B #080H,&P4OUT
CALL #COMANDO

MOV.B #000H,&P4OUT
CALL #DAT
MOV.B #00CH,&P4OUT
CALL #DAT
MOV.B #042H,&P4OUT
CALL #COMANDO

MOV.B #030,&P4OUT
CALL #DAT
MOV.B #000H,&P4OUT
CALL #DAT
MOV.B #043H,&P4OUT
CALL #COMANDO

MOV.B #000H,&P4OUT
CALL #DAT
MOV.B #000H,&P4OUT
CALL #DAT
MOV.B #040H,&P4OUT
CALL #COMANDO

MOV.B #030,&P4OUT
CALL #DAT
MOV.B #000H,&P4OUT
CALL #DAT
MOV.B #041H,&P4OUT
CALL #COMANDO

MOV.B #09CH,&P4OUT
CALL #COMANDO

MOV.B #081H,&P4OUT
CALL #COMANDO

RET

COORDENAD MOV.B COORD,&P4OUT
CALL #DAT
SWPB COORD
MOV.B COORD,&P4OUT
CALL #DAT
MOV.B #024H,&P4OUT
CALL #COMANDO
SWPB COORD
RET


IMP_LET MOV.B @R4+,DATO
AND #00FFH,DATO
CMP #080H,DATO
JEQ Salir
MOV.B DATO,&P4OUT
CALL #DAT
MOV.B #0C0H,&P4OUT
CALL #COMANDO
BR #IMP_LET
Salir RET

DAT CALL #TIEMPO
BIC.B #CD,&P2OUT
CALL #CHIP_E
RET

COMANDO CALL #TIEMPO
BIS.B #CD,&P2OUT
CALL #CHIP_E
RET



CHIP_E NOP
NOP
NOP
BIC.B #CE,&P2OUT
NOP
NOP
NOP
NOP
NOP
NOP
BIS.B #CE,&P2OUT
NOP
NOP
NOP
RET

TIEMPO MOV #16,R9
T1 DEC R9
JNZ T1
RET

TIEMPOL MOV #60000,R9
T2 DEC R9
JNZ T2
RET

PAUSA2S MOV #1000,R11
P3 MOV #1000,R10
P2 MOV #8,R9
P1 DEC R9
JNZ P1
DEC R10
JNZ P2
DEC R11
JNZ P3
RET
;-------------------------------------------------------------------------------
;TABLAS
;-------------------------------------------------------------------------------
LETRERO1 DB 29H,'NSTITUTO',00H,30H,'OLIT',62H,'CNICO',00H,2EH,'ACIONAL',80H

POLI DB 00H,00H,04H,00H,00H,00H,01H,0F8H,00H
DB 00H,00H,3FH,00H,00H,00H,01H,0EEH,00H
DB 00H,01H,0B9H,0C0H,00H,00H,61H,0E3H,00H
DB 00H,03H,0B8H,0F0H,00H,03H,0F9H,0E1H,00H
DB 00H,1BH,0B8H,0B8H,00H,03H,0E7H,0E1H,00H
DB 00H,0DBH,0B8H,0A6H,00H,03H,0F3H,0E1H,00H
DB 01H,0DBH,0B8H,0AAH,07H,83H,0F1H,0E1H,00H
DB 01H,0DBH,0B8H,0AAH,03FH,0E3H,0F9H,0E1H,00H
DB 01H,0DBH,0A6H,0AAH,0FFH,0BBH,0FDH,0E1H,00H
DB 01H,0DBH,019H,0BAH,0FFH,08BH,0FFH,0E1H,00H;10
DB 01H,0D0H,0B8H,0E6H,0F7H,08BH,0FFH,0E1H,00H
DB 01H,083H,0B8H,0E6H,0E3H,08BH,0FFH,0E1H,00H
DB 00H,05BH,0B8H,0E1H,0E3H,08BH,0FFH,0E1H,00H
DB 01H,0DBH,0B8H,0E0H,0E3H,08BH,0FFH,0E1H,00H
DB 01H,0DBH,0B8H,0E0H,0E3H,08BH,0DFH,0E1H,00H
DB 01H,0DBH,0B8H,0E0H,0F7H,08BH,0CFH,0E1H,00H
DB 01H,0DBH,0A6H,0E0H,0FFH,08BH,0C7H,0E1H,00H
DB 01H,0DBH,009H,0E0H,0FFH,08BH,0C3H,0E1H,00H
DB 01H,0D0H,0B8H,0E0H,0FEH,00BH,0C3H,0E1H,00H
DB 01H,083H,0B8H,0E0H,0F8H,01BH,0C1H,0E1H,00H;20
DB 00H,01BH,0B8H,0E0H,0E6H,01BH,0C0H,0E9H,00H
DB 01H,0DBH,0B8H,0E0H,0E1H,073H,0C0H,0FDH,00H
DB 01H,0DBH,0B8H,0E0H,0E1H,003H,0CFH,0FFH,00H
DB 01H,0DBH,0B8H,0E0H,0E1H,007H,0FFH,0FFH,080H
DB 01H,0DBH,0B8H,0E0H,0E1H,03FH,0FCH,003H,0C0H;25
DB 01H,0DBH,0A6H,0E0H,0E3H,0FFH,0C0H,0C0H,0C0H
DB 01H,0D8H,019H,0E1H,0FFH,0F8H,007H,0E1H,0C0H
DB 01H,083H,0B8H,0E7H,0FFH,080H,03CH,01FH,080H
DB 00H,05BH,0B8H,0FFH,0F0H,00BH,0FEH,01CH,000H
DB 05H,0DBH,0B9H,0FFH,000H,0DBH,0FEH,03FH,000H;30
DB 05H,0DBH,0B9H,0C0H,001H,09BH,0FEH,07CH,0C0H
DB 01H,0DBH,0B0H,014H,007H,0B5H,0FFH,0FEH,020H
DB 01H,0DBH,0B9H,0D4H,0FFH,034H,0FFH,0FBH,090H
DB 01H,0DBH,0A1H,0D7H,003H,068H,0FFH,0F0H,070H
DB 01H,0D2H,009H,0F4H,007H,068H,07FH,0E0H,020H;35
DB 00H,009H,0B9H,01AH,006H,050H,07FH,0E0H,040H
DB 09H,0DBH,0B9H,0F9H,00EH,0D0H,07FH,0B8H,080H
DB 1DH,0DBH,0B9H,00EH,0ECH,0A0H,03FH,08FH,000H
DB 1DH,0DBH,0B9H,0FEH,01DH,0A0H,03FH,083H,000H
DB 0DH,0DBH,0B8H,097H,0B9H,040H,03FH,09FH,0E0H;40
DB 05H,0DBH,0B8H,09BH,0FBH,040H,03FH,0FFH,018H
DB 01H,0DBH,0BFH,0FFH,0F2H,080H,03FH,0FFH,008H
DB 01H,0D8H,039H,098H,0FEH,0C0H,03FH,0FFH,0C8H
DB 00H,001H,0C6H,0F7H,07DH,0F0H,03FH,0FCH,078H
DB 01H,0DFH,039H,097H,0DEH,0FEH,03FH,0F8H,038H;45
DB 7DH,0D8H,0FCH,0AFH,04EH,071H,0FFH,0EFH,0E0H
DB 7DH,0E7H,083H,06CH,0E7H,07EH,01FH,0C1H,000H
DB 7DH,09BH,0E8H,093H,0FFH,0FFH,0FFH,0C1H,000H
DB 3EH,07BH,0BFH,0FFH,0C0H,01FH,0EFH,0C1H,000H
DB 0DH,0DBH,0BFH,000H,03FH,0FFH,0D7H,0FFH,0E0H;50
DB 13H,0FFH,0FFH,0FFH,0F7H,0FFH,0BBH,0FFH,038H
DB 3FH,0CFH,0F0H,0FFH,0F3H,0FFH,0BBH,0FFH,008H
DB 05H,0CFH,0FEH,007H,0F0H,001H,05DH,0FFH,088H
DB 0CH,0C0H,001H,0F3H,0F3H,0FEH,0FEH,0F8H,078H
DB 16H,060H,006H,093H,0E7H,0FFH,01EH,0FFH,080H;55
DB 6FH,02FH,0FCH,09FH,0E7H,071H,01EH,0C0H,080H
DB 0EFH,0AFH,004H,0FFH,0E7H,071H,01EH,0C0H,080H
DB 0EFH,0AFH,01CH,083H,0C7H,061H,01EH,0C0H,080H
DB 2FH,0AFH,034H,0F0H,0D6H,0E1H,01EH,0FFH,080H
DB 17H,0AFH,0E2H,00EH,072H,0E1H,01EH,0F0H,040H;60
DB 13H,0AFH,0C1H,003H,0BAH,0C1H,03EH,0F8H,030H
DB 13H,0AFH,000H,0F0H,07BH,041H,03EH,0FFH,0F8H
DB 13H,0A7H,028H,0FEH,01DH,041H,03EH,0FEH,008H
DB 17H,0A6H,051H,0E7H,08DH,061H,03EH,0DEH,008H
DB 1FH,0B6H,059H,0ECH,046H,0A1H,03EH,0C3H,0F0H;65
DB 2FH,0B6H,07FH,0EFH,0B6H,0A1H,03EH,0C3H,000H
DB 6FH,0B2H,0D3H,0EDH,056H,0D1H,07EH,0FEH,000H
DB 6DH,0B2H,07FH,0FFH,097H,051H,07EH,0FFH,000H
DB 69H,0BBH,057H,0D8H,017H,069H,07EH,0E1H,080H
DB 2FH,0BBH,007H,0DCH,053H,0A9H,07EH,0F0H,0C0H;70
DB 11H,0B9H,087H,0F8H,093H,0A9H,0FEH,0FFH,0E0H
DB 11H,0BDH,087H,041H,021H,0B5H,0FEH,0F8H,020H
DB 13H,0BCH,0CEH,0FEH,0C1H,0D5H,0FEH,078H,020H
DB 17H,0BCH,0F0H,081H,080H,0BAH,0FEH,01FH,0E0H
DB 17H,0BEH,06EH,0FEH,000H,0EAH,0FEH,0F8H,000H;75
DB 17H,0DEH,05DH,000H,000H,0EEH,0FEH,0F8H,000H
DB 17H,05FH,03BH,000H,000H,076H,0FEH,08CH,000H
DB 16H,05FH,0B3H,000H,000H,076H,0FEH,086H,000H
DB 13H,0FFH,097H,000H,000H,07EH,0FEH,083H,000H
DB 10H,05FH,0C7H,000H,000H,07EH,0F6H,0C1H,000H;80
DB 10H,07FH,0E7H,080H,000H,07EH,0E2H,0FFH,000H
DB 10H,0BFH,0F1H,0C0H,000H,0FEH,0E1H,0C1H,000H
DB 10H,0BFH,0F8H,0F0H,003H,0FEH,0FFH,0C3H,000H
DB 07FH,0F3H,0FCH,0EFH,01FH,0FEH,0E1H,0FEH,000H
DB 0B0H,051H,0FEH,00FH,0F3H,0FEH,0F1H,040H,000H;85
DB 0DFH,09FH,0FFH,080H,00FH,0FEH,0F1H,060H,000H
DB 60H,063H,0FFH,0F0H,0EFH,0FEH,0F9H,020H,000H
DB 1FH,083H,0FFH,0FFH,0FFH,0FDH,0FDH,030H,000H
DB 00H,007H,0DFH,0FFH,0FFH,0FAH,003H,0F0H,000H
DB 00H,007H,08FH,0FFH,0FFH,0FDH,0FFH,090H,000H;90
DB 00H,007H,087H,0FFH,0FFH,0B9H,001H,060H,000H
DB 00H,003H,08FH,0FFH,0FEH,03CH,0FEH,040H,000H
DB 00H,003H,0FFH,01FH,0FFH,0FEH,000H,080H,000H
DB 00H,000H,00FH,01EH,01EH,01FH,0FFH,000H,000H
DB 00H,000H,00FH,01EH,01EH,00EH,030H,000H,000H;95
DB 00H,000H,00EH,01EH,01EH,00FH,0C0H,000H,000H
DB 00H,000H,007H,0FEH,01EH,008H,000H,000H,000H
DB 00H,000H,000H,01EH,01EH,008H,000H,000H,000H
DB 00H,000H,000H,00FH,0FEH,018H,000H,000H,000H
DB 00H,000H,000H,000H,00FH,0F0H,000H,000H,000H

;-------------------------------------------------------------------------------
;VECTORES DE INTERRUPCION
;-------------------------------------------------------------------------------
ORG 0FFFEH ; MSP430 RESET Vector
DW RESET ;
END
END MAIN
 
C

cosmicvoid

Master
I can not help you with the touchscreen, but I wonder if you are able to write any data to the screen. The reason I ask is that your code only seems to deal with the /CE and C/D control signals, but nothing about using /WR or /RD. This is very strange, and I wonder how you have /WR and /RD connected.
 
O

Osborn

New member
Touch

The code is working correctly, some pictures here, but I wanted to share it with the forum.

And what I would be missing the connection with the touch screen
:)






(Edit by admin: Embedded larger photos.)
 

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