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#include <libmary.h>
#include <SPI.h>
#define LCD_CS C33//4 //cs
#define LCD_DC C21//5 //data command
#define LCD_RES C31//6 //reset
//MOSI 11 C47
//CLK 13 C43
#define DC_DATA HIGH
#define DC_CMD LOW
//#define STICK_A 7
//#define STICK_B 8
//#define STICK_C 9
//#define STICK_D 10
//#define STICK_CT 2
#define select_disp() digitalWrite(LCD_CS,LOW) //PORTD &= ~(1 << PORTD4)
#define unselect_disp() digitalWrite(LCD_CS,HIGH) //PORTD |= (1 << PORTD4)
#define set_disp_command() digitalWrite(LCD_DC,LOW) //PORTD &= ~(1 << PORTD5)
#define set_disp_data() digitalWrite(LCD_DC,HIGH) //PORTD |= (1 << PORTD5)
/* SSD1283A Unique Value */
/* MUST be need for SSD1283A */
#define OFS_COL 2
#define OFS_RAW 0
#define MAX_X 130
#define MAX_Y 130
void sendCmd(unsigned int cmd){
select_disp();
set_disp_command();
// shiftOut2(PIN_MOSI,PIN_CLK,MSBFIRST,cmd);
SPI.transfer(cmd);
set_disp_data();
}
void sendData(unsigned int data){
select_disp();
set_disp_data();
//shiftOut2(PIN_MOSI,PIN_CLK,MSBFIRST,data);
SPI.transfer(data);
}
void sendData16(unsigned int data1,unsigned int data2){
select_disp();
set_disp_data();
//shiftOut2(PIN_MOSI,PIN_CLK,MSBFIRST,data);
SPI.transfer(data1);
SPI.transfer(data2);
}
void sendColor(unsigned int color){
sendData(color&0x00ff);
}
void initDisplay(){
select_disp();
digitalWrite(LCD_RES, LOW);
delay(80);
digitalWrite(LCD_RES, HIGH);
delay(20);
/* SSD1283A */
sendCmd(0x10); /* Power Control (1) */
sendData16(0x2f,0x8e); /* Onchip DCDC Clock,Fine*2 StartCycle,VGH unregurated */
/* StepUpCycle fosc,Internal OPAMP Current reserved,Sleep Mode OFF */
sendCmd(0x11); /* Power Control (2) */
sendData16(0x00,0x0c); /* VGH/VCI ratio x4 */
sendCmd(0x07); /* Display Control */
sendData16(0x00,0x21); /* Nomalize source out zero, Vartical Scroll not pafomed */
/* 1 Divison Display,Source output GND, Gate output GVOFFL */
sendCmd(0x28); /* VCOM-OTP1 */
sendData16(0x00,0x06);
sendCmd(0x28); /* VCOM-OTP1 */
sendData16(0x00,0x05);
sendCmd(0x27); /* VCOM-OTP */
sendData16(0x05,0x7f);
sendCmd(0x29); /* VCOM-OTP2 */
sendData16(0x89,0xa1);
sendCmd(0x00); /* Oscillator On */
sendData16(0x00,0x01);
delay(150);
sendCmd(0x29); /* VCOM-OTP2 */
sendData16(0x80,0xb0);
delay(50);
sendCmd(0x29); /* VCOM-OTP2 */
sendData16(0xff,0xfe);
sendCmd(0x07); /* Display Control */
sendData16(0x00,0x23);
delay(50);
sendCmd(0x07); /* Display Control (Confirm) */
sendData16(0x00,0x23);
delay(50);
sendCmd(0x07); /* Display Control */
sendData16(0x00,0x33); /* Nomalize source out zero, Vartical Scroll not pafomed */
/* 1 Divison Display,,Source output GND (OFF) */
/* Gate output Selected VGH, others GVOFFL */
sendCmd(0x01); /* Driver Output Control */
sendData16(0x21,0x83); /* Reversal ON ,Cs On Common,BGR,Scanning Mounting Method */
/* Output Shift Direction of Gate Driver G131->G0, */
/* Output Shift Direction of Source Driver S0->S395, */
/* Number of Gate Driver 131 */
sendCmd(0x2f); /* ??? */
sendData16(0xff,0xff);
sendCmd(0x2c); /* Oscillator frequency */
sendData16(0x80,0x00); /* 520kHz */
sendCmd(0x03); /* Entry mode */
sendData16(0x68,0x30); /* Colour mode 65k,OE defines Display Window,D-mode from internal ram */
/* Horizontal increment & Vertical increment & AM 0 Horizontal */
sendCmd(0x40); /* Set Offset */
sendData16(0x00,0x02);
sendCmd(0x27); /* Further bias current setting */
sendData16(0x05,0x70); /* Maximum */
sendCmd(0x02); /* LCD-Driving-Waveform Control */
sendData16(0x03,0x00); /* the odd/even frame-select signals and the N-line inversion */
/* signals are EORed for alternating drive */
sendCmd(0x0b); /* Frame Cycle Control */
sendData16(0x58,0x0c); /* Amount of Overlap 4 clock cycle */
/* Delay amount of the source output 2 clock cycle */
/* EQ period 2 clock cycle, Division Ratio 2 */
sendCmd(0x12); /* Power Control 3 */
sendData16(0x06,0x09); /* Set amplitude magnification of VLCD63 = Vref x 2.175 */
sendCmd(0x13); /* Power Control 4 */
sendData16(0x31,0x00); /* Set output voltage of VcomL = VLCD63 x 1.02 */
sendCmd(0x2a); /* Test Commands ? */
sendData16(0x1d,0xd0);
sendCmd(0x2b); /* Test Commands ? */
sendData16(0x0a,0x90);
sendCmd(0x2d); /* Test Commands ? */
sendData16(0x31,0x0f);
delay(100);
sendCmd(0x44); /* Set CAS Address */
sendData16(0x83,0x00);
sendCmd(0x45); /* Set RAS Address */
sendData16(0x83,0x00);
sendCmd(0x21); /* Set RAM Address */
sendData16(0x00,0x00);
sendCmd(0x1e); /* Power Control 5 */
sendData16(0x00,0xbf); /* VcomH = VLCD63 x 0.99 */
delay(1);
sendCmd(0x1e); /* Power Control 5 */
sendData16(0x00,0x00); /* VcomH =VLCD63 x 0.36 */
delay(100);
unselect_disp();
}
void resetArea(){
int x=0,y=0;
int xwidth=130 , yheight=130;
select_disp();
/* Set CAS Address */
sendCmd(0x44);
sendData16(OFS_COL + xwidth - 1, OFS_COL + x);
/* Set RAS Address */
sendCmd(0x45);
sendData16(OFS_RAW + yheight - 1, OFS_RAW + y);
/* Set RAM Address */
sendCmd(0x21);
sendData16(OFS_RAW + y, OFS_COL + x);
/* Write RAM */
sendCmd(0x22);
set_disp_data();
unselect_disp();
}
void fillScreen(unsigned int color_H,unsigned int color_L){
select_disp();
int i;
resetArea();
for(i=0;i<16900;i++){
sendData16(color_H,color_L);
}
unselect_disp();
}
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