📄 tft018.c
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/*
\\\|///
\\ - - //
( @ @ )
+---------------------oOOo-(_)-oOOo-------------------------+
| |
| TFT018.c |
| by Xiaoran Liu |
| 2008.3.16 |
| |
| ZERO research group |
| www.the0.net |
| |
| Oooo |
+----------------------oooO--( )--------------------------+
( ) ) /
\ ( (_/
\_)
*/
// 引入相关芯片的头文件
#include <LPC214X.h>
//#include "LPC2103Z.h"
#include "TFT018.h"
#include "MyType.h"
volatile U8 Font=0;
/*----------------------------------------------------------*\
| Backlight Initialize |
\*----------------------------------------------------------*/
void BacklightOn(void) {
PINSEL1 &= 0xFFFFF3FF;
PINSEL1 |= 0x00000400; // 设置PWM5连接到P0.21管脚
PWMPR = 0x00; // 不分频，计数频率为Fpclk
PWMMR0 = 50; // 设置PWM周期，PWMMR0=50
PWMMR5 = 6; // 设置PWM占空比，PWMMR5=8
PWMLER = 0x20; // PWMMR0、PWMMR5锁存，更新PWM占空比
PWMPCR = 0x2000; // 允许PWM5输出，单边PWM
PWMTCR = 0x09; // 启动定时器，PWM使能
}
/*----------------------------------------------------------*\
| Delay |
\*----------------------------------------------------------*/
void Delay1Ms(unsigned int tmr) {
while( tmr ) {
unsigned int i;
for(i=0;i<10;i++);
tmr--;
}
}
/*----------------------------------------------------------*\
| BUS simulate |
\*----------------------------------------------------------*/
/* ------ LOW LEVEL OPERATE ------ */
void LCD_Bus_Initial( void ) {
//PINSEL2 = 0x00000004;
//SCS=0x03; //设置快速FGPIO
//FIO0MASK = ~(LCD_BUS_RST | LCD_BUS_CS | LCD_BUS_RD); // 允许快速I/O
IO0DIR = LCD_BUS_RST | LCD_BUS_CS | LCD_BUS_RD;
//FIO1MASK = ~(LCD_BUS_RS | LCD_BUS_RW | LCD_BUS_DAT); // 允许快速I/O
IO1DIR = LCD_BUS_RS | LCD_BUS_RW;
IO0CLR = LCD_BUS_RST;
Delay1Ms( 20 );
IO0SET = LCD_BUS_RST | LCD_BUS_CS | LCD_BUS_RD;
IO1SET = LCD_BUS_RS | LCD_BUS_RW;
}
void LCD_Bus_Write_Byte( unsigned char Data ) {
unsigned int d = (((unsigned int)Data)<<16) & LCD_BUS_DAT;
IO1CLR = LCD_BUS_DAT; // data on bus
IO1SET = d;
//IO1PIN = ((unsigned int)Data)<<16;
IO1CLR = LCD_BUS_RW; // RW to LOW
//Delay1Ms( 1 );
IO1SET = LCD_BUS_RW; // RW to HIGH
}
void LCD_Bus_Write_Data( unsigned short Data ) {
LCD_Bus_Write_Byte( Data>>8 );
LCD_Bus_Write_Byte( Data );
}
unsigned int LCD_Bus_Read_Byte( void ) {
unsigned int BusData;
IO0CLR = LCD_BUS_RD; // RD to LOW
BusData = IO1PIN;
Delay1Ms( 1 );
IO0SET = LCD_BUS_RD; // RD to HIGH
return (BusData>>16)&0xFF;
}
void LCD_Inst(unsigned int Cmd) {
IO1DIR |= LCD_BUS_DAT;
IO0CLR = LCD_BUS_CS;
IO0SET = LCD_BUS_RD;
IO1CLR = LCD_BUS_RS;
LCD_Bus_Write_Byte( Cmd );
IO0SET = LCD_BUS_CS;
IO1DIR &= ~LCD_BUS_DAT;
}
void LCD_Data(unsigned int Data) {
IO1DIR |= LCD_BUS_DAT;
IO0CLR = LCD_BUS_CS;
IO0SET = LCD_BUS_RD;
IO1SET = LCD_BUS_RS;
LCD_Bus_Write_Byte( Data );
IO0SET = LCD_BUS_CS;
IO1DIR &= ~LCD_BUS_DAT;
}
void LCD_Reg_Set(unsigned int Cmd,unsigned int Data) {
IO1DIR |= LCD_BUS_DAT;
IO0CLR = LCD_BUS_CS;
IO0SET = LCD_BUS_RD;
IO1CLR = LCD_BUS_RS;
LCD_Bus_Write_Byte( Cmd );
IO1SET = LCD_BUS_RS;
LCD_Bus_Write_Byte( Data );
IO0SET = LCD_BUS_CS;
IO1DIR &= ~LCD_BUS_DAT;
}
/*----------------------------------------------------------*\
| LCD Initialize |
\*----------------------------------------------------------*/
void LCD_Init( void ) {
LCD_Bus_Initial();
LCD_Inst(0x11); // sleep out/power on(SLPOUT)
Delay1Ms(150);
LCD_Inst(0x20); // display inversion off
LCD_Inst(0x38); // ID mode off (IDMOFF)
LCD_Inst(0x13); // Normal display mode on (Partial mode off)
// color mode Interface pixel format (COLMOD)
LCD_Reg_Set(0x3A,0x05); // 16-bit/pixel , 1-times data transfer
LCD_Reg_Set(0xC0,0x03); // power control 1 (PWCTR1) , GVDD voltage set 4.65
LCD_Reg_Set(0xC1,0x05); // VCOMH voltage set 4.10V
Delay1Ms(20);
LCD_Reg_Set(0xC5,0xBA); // VCOMAC voltage set 4.35V
LCD_Reg_Set(0xC6,0x10); // VCOMAC voltage set 4.35V
Delay1Ms(20);
// Gamma voltage adjustalbe level
//Gamma + Polarity correction characteristics set
LCD_Inst(0xE0);
LCD_Data(0x01);
LCD_Data(0x0A);
LCD_Data(0x11);
LCD_Data(0x23);
LCD_Data(0x20);
LCD_Data(0x01);
LCD_Data(0x1E);
LCD_Data(0x02);
LCD_Data(0x06);
LCD_Data(0x05);
LCD_Data(0x0E);
LCD_Data(0x0D);
LCD_Data(0x01);
LCD_Data(0x05);
LCD_Data(0x03);
LCD_Data(0x06);
//Gamma + Polarity correction characteristics set
LCD_Inst(0xE1);
LCD_Data(0x01);
LCD_Data(0x20);
LCD_Data(0x23);
LCD_Data(0x11);
LCD_Data(0x0A);
LCD_Data(0x01);
LCD_Data(0x02);
LCD_Data(0x1E);
LCD_Data(0x06);
LCD_Data(0x03);
LCD_Data(0x05);
LCD_Data(0x01);
LCD_Data(0x0D);
LCD_Data(0x0E);
LCD_Data(0x05);
LCD_Data(0x06);
// memory data access control (MADCTR)
LCD_Reg_Set(0x36,0xA0); // MY=1; MX=0; MV=0; ML=0; RGB=0
LCD_Inst(0x37);
LCD_Data(0x00);
LCD_Data(0x00);
// display on
LCD_Inst(0x29);
}
void LCD_SetArea( U8 x0, U8 y0, U8 x1, U8 y1 ) {
LCD_Inst(0x2A);
LCD_Data(0x00);
LCD_Data(x0+1);
LCD_Data(0x00);
LCD_Data(x1+1);
LCD_Inst(0x2B);
LCD_Data(0x00);
LCD_Data(y0+1);
LCD_Data(0x00);
LCD_Data(y1+1);
}
void LCD_Rectangle( unsigned short x0, unsigned short y0, unsigned short x1, unsigned short y1, unsigned int Data ) {
int x,y;
LCD_SetArea(x0,y0,x1,y1);
LCD_Inst(0x2C);
IO1DIR |= LCD_BUS_DAT;
IO0CLR = LCD_BUS_CS;
IO0SET = LCD_BUS_RD;
IO1SET = LCD_BUS_RS;
for(x=0;x<=x1-x0;x++)
for(y=0;y<=y1-y0;y++) {
LCD_Bus_Write_Byte( Data>>8 );
LCD_Bus_Write_Byte( Data );
}
IO0SET = LCD_BUS_CS;
IO1DIR &= ~LCD_BUS_DAT;
}
void LCD_Clear_Screen( unsigned int Data ) {
LCD_Rectangle(0,0,159,128, Data );
}
void LCD_SetPixel(unsigned short x, unsigned short y, unsigned short color) {
LCD_SetArea(x,y,x,y);
IO1DIR |= LCD_BUS_DAT;
LCD_Inst(0x2C);
IO0CLR = LCD_BUS_CS;
IO0SET = LCD_BUS_RD;
LCD_Bus_Write_Byte( color>>8 );
LCD_Bus_Write_Byte( color );
IO0SET = LCD_BUS_CS;
IO1DIR &= ~LCD_BUS_DAT;
}
#include "8X16.h"
void LCD_PutChar8x16(unsigned short x, unsigned short y, char c, unsigned int f, unsigned int b) {
register unsigned int i,j;
LCD_SetArea(x,y,x+8-1,y+16-1);
LCD_Inst(0x2C);
IO1DIR |= LCD_BUS_DAT;
IO0CLR = LCD_BUS_CS;
IO0SET = LCD_BUS_RD;
IO1SET = LCD_BUS_RS;
for(i=0; i<16;i++) {
unsigned char m=Font8x16[c*16+i];
for(j=0;j<8;j++) {
if((m&0x80)==0x80) {
LCD_Bus_Write_Byte(f>>8);
LCD_Bus_Write_Byte(f);
}
else {
LCD_Bus_Write_Byte(b>>8);
LCD_Bus_Write_Byte(b);
}
m<<=1;
}
}
IO0SET = LCD_BUS_CS;
IO1DIR &= ~LCD_BUS_DAT;
}
#include "8X8h.h"
void LCD_PutChar8x8(unsigned short x, unsigned short y, char c, unsigned int f, unsigned int b) {
register unsigned int i,j;
LCD_SetArea(x,y,x+8-1,y+8-1);
LCD_Inst(0x2C);
IO1DIR |= LCD_BUS_DAT;
IO0CLR = LCD_BUS_CS;
IO0SET = LCD_BUS_RD;
IO1SET = LCD_BUS_RS;
for(i=0; i<8;i++) {
unsigned char m=Font8x8[c][i];
for(j=0;j<8;j++) {
if((m&0x80)==0x80) {
LCD_Bus_Write_Byte(f>>8);
LCD_Bus_Write_Byte(f);
}
else {
LCD_Bus_Write_Byte(b>>8);
LCD_Bus_Write_Byte(b);
}
m<<=1;
}
}
IO0SET = LCD_BUS_CS;
IO1DIR &= ~LCD_BUS_DAT;
}
void LCD_PutChar(unsigned short x, unsigned short y, char c, unsigned int f, unsigned int b) {
if( Font )
LCD_PutChar8x8( x, y, c, f, b );
else
LCD_PutChar8x16( x, y, c, f, b );
}
#include "GB1616.h" //16*16汉字字模
void PutGB1616(unsigned short x, unsigned short y, unsigned char c[2], unsigned int f,unsigned int b){
unsigned int i,j,k;
LCD_SetArea(x, y, x+16-1, y+16-1);
LCD_Inst(0x2C);
IO1DIR |= LCD_BUS_DAT;
IO0CLR = LCD_BUS_CS;
IO0SET = LCD_BUS_RD;
IO1SET = LCD_BUS_RS;
for (k=0;k<49;k++) {
if ((codeGB_16[k].Index[0]==c[0])&&(codeGB_16[k].Index[1]==c[1])){
for(i=0;i<32;i++) {
unsigned short m=codeGB_16[k].Msk[i];
for(j=0;j<8;j++) {
if((m&0x80)==0x80) {
LCD_Bus_Write_Byte(f>>8);
LCD_Bus_Write_Byte(f);
}
else {
LCD_Bus_Write_Byte(b>>8);
LCD_Bus_Write_Byte(b);
}
m<<=1;
}
}
}
}
IO0SET = LCD_BUS_CS;
IO1DIR &= ~LCD_BUS_DAT;
}
void LCD_PutString(unsigned short x, unsigned short y, char *s, unsigned int f, unsigned int b) {
register unsigned char l=0;
while(*s) {
if( *s < 0x80 ) {
LCD_PutChar(x+l*8,y,*s,f,b);
s++;l++;
}
else {
PutGB1616(x+l*8,y,(unsigned char *)s,f,b);
s+=2;l+=2;
}
}
}
/*----------------------------------------------------------*\
| END OF FILE |
\*----------------------------------------------------------*/
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