LC_D29V_ZZD/app/GUI/lcdDrv.c

#include "lcdDrv.h"
#include "osi_api.h"
#include "osi_log.h"
#include "hal_gouda.h"
#include "drv_lcd.h"
#include "gui.h"
#include "log.h"

#define LCD_DRV_ID_ST7735 0x7c89f0

static void _lcdDelayMs(int ms_delay)
{
	osiDelayUS(ms_delay * 1000);
}

const unsigned char Cmd_xC8[3]={0xff,0x93,0x42};
const unsigned char Cmd_xB6[2]={0x0A,0Xe0};
const unsigned char Cmd_x36[1]={0x00};//d0
const unsigned char Cmd_x3A[1]={0x06};

const unsigned char Cmd_xC0[1]={0x2c};
const unsigned char Cmd_xC1[1]={0x02};
const unsigned char Cmd_xC2[1]={0x01};
const unsigned char Cmd_xC3[1]={0x1a};
const unsigned char Cmd_xC4[1]={0x20};
const unsigned char Cmd_xC5[1]={0xca};
const unsigned char Cmd_xC6[1]={0x0f};

const unsigned char Cmd_xD0[2]={0xA4,0xa1};


const unsigned char Cmd_xB1[2]={0x00,0x1b};
const unsigned char Cmd_xB2[5]={0x0c,0x0c,0x00,0x33,0x33};
const unsigned char Cmd_xB4[1]={0x02};
const unsigned char Cmd_xB7[1]={0x35};
const unsigned char Cmd_xBB[1]={0x38};


const unsigned char Cmd_xE0[15]={0x00,0x01,0x04,0x00,0x11,0x08,0x35,0x79,0x45,0x07,0x0D,0x09,0x16,0x17,0x0F};
const unsigned char Cmd_xE1[15]={0x00,0x28,0x29,0x02,0x0F,0x06,0x3F,0x25,0x55,0x06,0x15,0x0F,0x38,0x38,0x0F};

static void cmdDataSet(unsigned char cmd, unsigned char *data, int datalen){
    int i;
    LCD_CtrlWrite_ST7735(cmd);
    for(i=0;i<datalen;i++) LCD_DataWrite_ST7735(data[i]);
}


static void cmdDataSetOne(unsigned char cmd, unsigned char data){
     LCD_CtrlWrite_ST7735(cmd);
     LCD_DataWrite_ST7735(data);
}



/**************************************************************************************/
// Description: initialize all LCD with LCDC MCU MODE and LCDC mcu mode
/**************************************************************************************/
static void _st7735Init(void)
{
	char infoo[50];
	char lcdtype=0;
	unsigned char id[4];
	MSG_INFO(1, "lcd:    _st7735Init ");
	LCD_DataRead_ST7735(0x04, id, 4);
	if(id[1]==0xf0 && id[2]==0x89 && id[3]==0x7c) lcdtype=0;//st7735
	else if(id[1]==0x06 && id[2]==0x91 && id[3]==0x00) lcdtype=1;//gc9106
	MSG_INFO(1, "id:%02x%02x%02x", id[1],id[2],id[3]);
	
	lcdtype=0;//test
	
	if(lcdtype==0){
		LCD_CtrlWrite_ST7735(0x11); //Sleep out
		_lcdDelayMs(10); //Delay 120ms

				//--------------------------------------Display Setting---------------------------------------// 
		LCD_CtrlWrite_ST7735 (0x36); 
		LCD_DataWrite_ST7735 (0xc8); 
		LCD_CtrlWrite_ST7735 (0x3a); 
		LCD_DataWrite_ST7735 (0x05); 
		//--------------------------------ST7789S Frame rate setting----------------------------------// 
		LCD_CtrlWrite_ST7735 (0xb2); 
		LCD_DataWrite_ST7735 (0x0c); 
		LCD_DataWrite_ST7735 (0x0c); 
		LCD_DataWrite_ST7735 (0x00); 
		LCD_DataWrite_ST7735 (0x33); 
		LCD_DataWrite_ST7735 (0x33); 
		LCD_CtrlWrite_ST7735 (0xb7); 
		LCD_DataWrite_ST7735 (0x35); 
		//---------------------------------ST7789S Power setting--------------------------------------// 
		LCD_CtrlWrite_ST7735 (0xbb); 
		LCD_DataWrite_ST7735 (0x35); 
		LCD_CtrlWrite_ST7735 (0xc0); 
		LCD_DataWrite_ST7735 (0x2c); 
		LCD_CtrlWrite_ST7735 (0xc2); 
		LCD_DataWrite_ST7735 (0x01); 
		LCD_CtrlWrite_ST7735 (0xc3); 
		LCD_DataWrite_ST7735 (0x11); 
		LCD_CtrlWrite_ST7735 (0xc4); 
		LCD_DataWrite_ST7735 (0x20); 
		LCD_CtrlWrite_ST7735 (0xc6); 
		LCD_DataWrite_ST7735 (0x0f); 
		LCD_CtrlWrite_ST7735 (0xd0); 
		LCD_DataWrite_ST7735 (0xa4); 
		LCD_DataWrite_ST7735 (0xa1); 
		//--------------------------------ST7789S gamma setting---------------------------------------// 
		LCD_CtrlWrite_ST7735 (0xe0); 
		LCD_DataWrite_ST7735 (0xd0); 
		LCD_DataWrite_ST7735 (0x00); 
		LCD_DataWrite_ST7735 (0x05); 
		LCD_DataWrite_ST7735 (0x0e); 
		LCD_DataWrite_ST7735 (0x15); 
		LCD_DataWrite_ST7735 (0x0d); 
		LCD_DataWrite_ST7735 (0x37); 
		LCD_DataWrite_ST7735 (0x43); 
		LCD_DataWrite_ST7735 (0x47); 
		LCD_DataWrite_ST7735 (0x09); 
		LCD_DataWrite_ST7735 (0x15); 
		LCD_DataWrite_ST7735 (0x12); 
		LCD_DataWrite_ST7735 (0x16); 
		LCD_DataWrite_ST7735 (0x19); 
		LCD_CtrlWrite_ST7735 (0xe1); 
		LCD_DataWrite_ST7735 (0xd0); 
		LCD_DataWrite_ST7735 (0x00); 
		LCD_DataWrite_ST7735 (0x05); 
		LCD_DataWrite_ST7735 (0x0d); 
		LCD_DataWrite_ST7735 (0x0c); 
		LCD_DataWrite_ST7735 (0x06); 
		LCD_DataWrite_ST7735 (0x2d); 
		LCD_DataWrite_ST7735 (0x44); 
		LCD_DataWrite_ST7735 (0x40); 
		LCD_DataWrite_ST7735 (0x0e); 
		LCD_DataWrite_ST7735 (0x1c); 
		LCD_DataWrite_ST7735 (0x18); 
		LCD_DataWrite_ST7735 (0x16); 
		LCD_DataWrite_ST7735 (0x19); 
		LCD_CtrlWrite_ST7735 (0x29); 
		_lcdDelayMs(2);
		//LCD_CtrlWrite_ST7735(0x2c);
		
	}else if(lcdtype==1){
		LCD_CtrlWrite_ST7735(0x01);
		LCD_CtrlWrite_ST7735(0xfe);
		LCD_CtrlWrite_ST7735(0xef);
		
		cmdDataSet(0xC8,Cmd_xC8, sizeof(Cmd_xC8));
		cmdDataSet(0xB6,Cmd_xB6, sizeof(Cmd_xB6));
		cmdDataSet(0x36,Cmd_x36, sizeof(Cmd_x36));
		cmdDataSet(0X3A,Cmd_x3A, sizeof(Cmd_x3A));

		cmdDataSet(0xc0,Cmd_xC0, sizeof(Cmd_xC0));
		cmdDataSet(0xC1,Cmd_xC1, sizeof(Cmd_xC1));
		cmdDataSet(0xC5,Cmd_xC5, sizeof(Cmd_xC5));
		cmdDataSet(0XB1,Cmd_xB1, sizeof(Cmd_xB1));

		cmdDataSet(0xB4,Cmd_xB4, sizeof(Cmd_xB4));
		cmdDataSet(0xE0,Cmd_xE0, sizeof(Cmd_xE0));
		cmdDataSet(0XE1,Cmd_xE1, sizeof(Cmd_xE1));
		
		LCD_CtrlWrite_ST7735(0xfe);
		LCD_CtrlWrite_ST7735(0xef);
		
		LCD_CtrlWrite_ST7735(0x11);
		_lcdDelayMs(120); //Delay 120ms
		LCD_CtrlWrite_ST7735(0x29); //Display on
	}
}

static const lcdOperations_t st7735sOperations =
{
	_st7735Init,
	NULL,//_st7735SleepIn,
	NULL,//_st7735EsdCheck,
	NULL,//_st7735SetDisplayWindow,
	NULL,//_st7735InvalidateRect,
	NULL,//_st7735Invalidate,
	NULL,//_st7735Close,
	NULL,//_st7735RotationInvalidateRect,
	NULL,
	NULL,//_st7735ReadId,
};

const lcdSpec_t g_lcd_st7735s =
{
	LCD_DRV_ID_ST7735,
	GLCD_WIDTH,
	GLCD_HEIGHT,
	HAL_GOUDA_SPI_LINE_4,
	LCD_CTRL_SPI,
	(lcdOperations_t *)&st7735sOperations,
	false,
	0x2a000,
	20000000,// 500000, //10000000, 10M
};

static lcdSpec_t *lcd_cfg_tab[] =
{
        (lcdSpec_t *)&g_lcd_st7735s,
};

char lcdDrv_Init(char type){
	bool status;
	drvLcdInfoRegisterFromOpenCpu(lcd_cfg_tab, 0, 1, 0);

	LSAPI_PmuSetPowerLevel(OSI_MAKE_TAG('L', 'C', 'D', ' '), 2800);
	//LSAPI_OSI_ThreadSleep(100);
	LSAPI_PmuSwitchPower(OSI_MAKE_TAG('L', 'C', 'D', ' '), true, true);
	//LSAPI_OSI_ThreadSleep(100);

	LSAPI_PmuSetPowerLevel(OSI_MAKE_TAG('C', 'A', 'M', 'A'), 2800);
	LSAPI_OSI_ThreadSleep(100);
	LSAPI_PmuSwitchPower(OSI_MAKE_TAG('C', 'A', 'M', 'A'), true, true);
	LSAPI_OSI_ThreadSleep(100);
	
	drvLcdClose();
	status=drvLcdInit();
	
	MSG_INFO(1, "Lcd status:%d", status);
	if(status==false) return 1;
	else return 0;
}

void showBusErrInfo(int i){
	static int errCnt=0;
	if(i>=0) return;
	if(++errCnt%20) MSG_WARN(1,"lcd bus errcnt:%d",errCnt);
}
void LCD_CtrlWrite_ST7735(unsigned char cmd){
	int i=100;
	do{
		if(HAL_ERR_NO==halGoudaWriteCmd(cmd)) break;
	}while(--i>0);
	showBusErrInfo(i);
}
void LCD_DataWrite_ST7735(unsigned char data){
	int i=100;
	do{
		if(HAL_ERR_NO==halGoudaWriteData(data)) break;
	}while(--i>0);
	showBusErrInfo(i);
}
void LCD_DataRead_ST7735(unsigned char *reg, unsigned char *data, unsigned int readLen){
	halGoudaReadData(reg, data, readLen);
}

void lcdBackList(char onoff){
	bool write_value = onoff;
	//onoff=1;
	//LSAPI_Device_Write(LcdBlGpio, (void *)&write_value, 1);
	if(onoff)LSAPI_PmuSwitchPower(OSI_MAKE_TAG('C', 'A', 'M', 'A'), onoff, true);
	else LSAPI_PmuSwitchPower(OSI_MAKE_TAG('C', 'A', 'M', 'A'), onoff, false);
	
	
}