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博客名称:MTK开发
日志总数:2
评论数量:3
访问次数:614
建立时间:2008年9月5日 |
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| LCD驱动代码 |
| jaken 发表于 2008-9-5 21:34:00 |
| extern void GPIO_ModeSetup(kal_uint16 pin, kal_uint16 conf_dada);
extern void GPIO_WriteIO(char data, char port);
extern void PWM2_level(kal_uint8 level);
//----------------------------------------------------------------------
kal_bool lcd_assert_fail = KAL_FALSE;
kal_uint16 lcd_entry_mode_shadow = 0x1030;
typedef enum
{
#if defined(DRIVE_IC_R61500)
LCD_DRV_ID_R61500,
#endif
#if defined(DRIVE_IC_R61503)
LCD_DRV_ID_R61503,
#endif
#if defined(DRIVE_IC_HX8309A)
LCD_DRV_ID_HX8309A,
#endif
#if defined(DRIVE_IC_ILI9221)
LCD_DRV_ID_ILI9221,
#endif
LCD_DRV_ID_UNKNOW
}enum_LcdDrvIdType;
/*6223 supports R61500*/
enum_LcdDrvIdType lcd_driver_ic_type = 0; //modify by MagicNing from LCD_DRV_ID_R61503
/* default value for Himax R61500 */
kal_uint16 lcd_power_ctrl_shadow1,lcd_power_ctrl_shadow3,lcd_power_ctrl_shadow4;
//----------------------------------------------------------------------
#if ( defined(DUAL_LCD) && !defined(COLOR_SUBLCD) )
const kal_uint8 SubLCDSetArray[] =
{
0x01, // 0000 0001
0x02, // 0000 0010
0x04, // 0000 0100
0x08, // 0000 1000
0x10, // 0001 0000
0x20, // 0010 0000
0x40, // 0100 0000
0x80 // 1000 0000
};
const kal_uint8 SubLCDReSetArray[] =
{
0xFE, // 1111 1110
0xFD, // 1111 1101
0xFB, // 1111 1011
0xF7, // 1111 0111
0xEF, // 1110 1111
0xDF, // 1101 1111
0xBF, // 1011 1111
0x7F // 0111 1111
};
#endif
/* default value for Himax HX8306A */
//----------------------------------------------------------------------
// LCD_Delay milli seconds
//----------------------------------------------------------------------
void LCD_Delay(kal_uint8 time)
{
//volatile kal_uint32 delay;
//for (delay =0;delay >2)|((DrvId&0x000001ff)>>1));
}
#elif defined(LCD_16BIT_MODE)
{
/*read LCD driver ID */
*(volatile kal_uint16 *)MAIN_LCD_CMD_ADDR = 0x0000;
LCD_Delay(10);
DrvId = *(volatile kal_uint16 *)MAIN_LCD_DATA_ADDR;
CheckDrvId = (kal_uint16)DrvId;
}
#elif defined(LCD_9BIT_MODE)
{
/*read LCD driver ID */
*(volatile kal_uint16 *)MAIN_LCD_CMD_ADDR = 0x0000;
*(volatile kal_uint16 *)MAIN_LCD_CMD_ADDR = 0x0000;
DrvId = ( *(volatile kal_uint16 *)MAIN_LCD_DATA_ADDR )<<8;
DrvId |= ( *(volatile kal_uint16 *)MAIN_LCD_DATA_ADDR );
CheckDrvId = (kal_uint16)(((DrvId&0x0002fe00)>>2)|((DrvId&0x000001ff)>>1));
}
#elif defined(LCD_8BIT_MODE)
{
/*read LCD driver ID */
*(volatile kal_uint8 *)MAIN_LCD_CMD_ADDR = 0x00;
*(volatile kal_uint8 *)MAIN_LCD_CMD_ADDR = 0x00;
LCD_Delay(10);
DrvId = ( *(volatile kal_uint8 *)MAIN_LCD_DATA_ADDR )<<8;
DrvId |= ( *(volatile kal_uint8 *)MAIN_LCD_DATA_ADDR );
CheckDrvId = (kal_uint16)DrvId;
kal_prompt_trace(TRACE_INFO,"lcd_check_drv_id 1(%x)",CheckDrvId);
}
#endif
#if defined(DRIVE_IC_R61500)
if( CheckDrvId == LCD_Driver_ID_R61500 )
{
lcd_driver_ic_type = LCD_DRV_ID_R61500 ;
}
#endif
#if defined(DRIVE_IC_R61503)
if( CheckDrvId == LCD_Driver_ID_R61503 )
{
lcd_driver_ic_type = LCD_DRV_ID_R61503 ;
}
#endif
#if defined(DRIVE_IC_HX8309A)
else if( CheckDrvId == LCD_Driver_ID_HX8309A )
{
/*change wait state*/
SET_LCD_PARALLEL_WRITE_WAIT_STATE(8);
lcd_driver_ic_type = LCD_DRV_ID_HX8309A ;
}
#endif
#if defined(DRIVE_IC_ILI9221)
else if( CheckDrvId == LCD_Driver_ID_ILI9221 )
{
lcd_driver_ic_type = LCD_DRV_ID_ILI9221 ;
}
#endif
}
//----------------------------------------------------------------------
// init_lcd_interface
//----------------------------------------------------------------------
void init_lcd_interface(void)
{
kal_uint32 i;
REG_LCD_ROI_CTRL=0;
CLEAR_LCD_CTRL_RESET_PIN;
#if (defined(MT6219)||defined(MT6226)||defined(MT6226M)||defined(MT6227)||defined(MT6223)||defined(MT6223P))
#if 1 //add by MagicNing
SET_LCD_PARALLEL_CE2WR_SETUP_TIME((kal_uint32)3);
SET_LCD_PARALLEL_CE2WR_HOLD_TIME(3);
SET_LCD_PARALLEL_CE2RD_SETUP_TIME(3);
SET_LCD_PARALLEL_WRITE_WAIT_STATE(31);//31
SET_LCD_PARALLEL_READ_LATENCY_TIME(31);
SET_LCD_ROI_CTRL_CMD_LATENCY(3);
#else
SET_LCD_PARALLEL_CE2WR_SETUP_TIME((kal_uint32)1);
SET_LCD_PARALLEL_CE2WR_HOLD_TIME(1);
SET_LCD_PARALLEL_CE2RD_SETUP_TIME(1);
SET_LCD_PARALLEL_WRITE_WAIT_STATE(2);
SET_LCD_PARALLEL_READ_LATENCY_TIME(2);
SET_LCD_ROI_CTRL_CMD_LATENCY(2);
#endif
#if (defined(MT6226)||defined(MT6226M)||defined(MT6227)||defined(MT6223)||defined(MT6223P))
#if (defined(LCD_16BIT_MODE))
SET_LCD_PARALLEL_16BIT_DATA_BUS;//ywm++ 20060518
#elif (defined(LCD_18BIT_MODE))
GPIO_ModeSetup(55, 1);
*((volatile unsigned short *) 0x801201B0) |= 0x4000;
*((volatile unsigned short *) 0x801201D0) |= 0x0001;
SET_LCD_PARALLEL_18BIT_DATA_BUS;
#elif (defined(LCD_8BIT_MODE))
SET_LCD_PARALLEL_8BIT_DATA_BUS;
#endif
/* // XXX LCD GAMMA Here!!
SET_LCD_PARALLEL_GAMMA_R_TABLE(LCD_PARALLEL_GAMMA_DISABLE);
SET_LCD_PARALLEL_GAMMA_G_TABLE(LCD_PARALLEL_GAMMA_DISABLE);
SET_LCD_PARALLEL_GAMMA_B_TABLE(LCD_PARALLEL_GAMMA_DISABLE);
*/
/*not support*/
// for(i=0;i<62;i++)
// SET_GAMMA_TABLE(LCD_GAMMA_TABLE0, i, i);
// SET_GAMMA_TABLE(LCD_GAMMA_TABLE0, 62, 61);
// SET_GAMMA_TABLE(LCD_GAMMA_TABLE0, 63, 61);
/*not support*/
//SET_LCD_PARALLEL_GAMMA_R_TABLE(LCD_PARALLEL_GAMMA_TABLE0);
//SET_LCD_PARALLEL_GAMMA_G_TABLE(LCD_PARALLEL_GAMMA_TABLE0);
//SET_LCD_PARALLEL_GAMMA_B_TABLE(LCD_PARALLEL_GAMMA_TABLE0);
#endif
#if (defined(MT6219))
DISABLE_LCD_PARALLEL_SYNC;
#endif
#endif
Delayms(120);
SET_LCD_CTRL_RESET_PIN;
Delayms(100); //(0x20000); //ywm++ 20060524
} /* init_lcd_interface() */
/*==============================================================
* DRIVE_IC_R61500
==============================================================*/
#if defined(DRIVE_IC_R61500)
void LCD_SetPageAddr(kal_uint8 start_page, kal_uint8 end_page)
{
LCD_CtrlWrite_R61500(0x42);
LCD_CtrlWrite_R61500(start_page+2); //yypp
LCD_CtrlWrite_R61500(end_page+2);
}
void LCD_SetColAddr(kal_uint8 start_column, kal_uint8 end_column)
{
LCD_CtrlWrite_R61500(0x43);
LCD_CtrlWrite_R61500(start_column);
LCD_CtrlWrite_R61500(end_column);
}
void LCD_EnterSleep_R61500(void)
{
LCD_CtrlWrite_R61500(0x50);
LCD_CtrlWrite_R61500(0x2d);
LCD_CtrlWrite_R61500(0x02); LCD_CtrlWrite_R61500(0x00);
LCD_CtrlWrite_R61500(0x20); LCD_CtrlWrite_R61500(0x00);
LCD_CtrlWrite_R61500(0x26); LCD_CtrlWrite_R61500(0x0f);
LCD_CtrlWrite_R61500(0x26); LCD_CtrlWrite_R61500(0x09);
LCD_CtrlWrite_R61500(0x26); LCD_CtrlWrite_R61500(0x01);
LCD_CtrlWrite_R61500(0x26); LCD_CtrlWrite_R61500(0x00);
}
void LCD_ExitSleep_R61500(void)
{
LCD_CtrlWrite_R61500(0x2C);
Delayms(20);
LCD_CtrlWrite_R61500(0x02); LCD_CtrlWrite_R61500(0x01); //SET INTERNAL OCS ON
Delayms(20);
LCD_CtrlWrite_R61500(0x26); LCD_CtrlWrite_R61500(0x01); //BOOSTER1 ON
Delayms(20);
LCD_CtrlWrite_R61500(0x26); LCD_CtrlWrite_R61500(0x09); //BOOSTER1 ON AND AMP ON
Delayms(20);
LCD_CtrlWrite_R61500(0x26); LCD_CtrlWrite_R61500(0x0B); //BOOSTER2 ON AND AMP ON
Delayms(20);
LCD_CtrlWrite_R61500(0x26); LCD_CtrlWrite_R61500(0x0F); //BOOSTER3 ON AND AMP ON
Delayms(100);
LCD_CtrlWrite_R61500(0x20); LCD_CtrlWrite_R61500(0x0a);
Delayms(100);
LCD_CtrlWrite_R61500(0x51);
Delayms(500);
}
void LCD_Partial_On_R61500(kal_uint16 start_page,kal_uint16 end_page)
{
#if 0
#if (defined(LCD_CMD_DMA_MODE))
#if (defined(LCD_8BIT_MODE))
LCD_CtrlWrite_R61500(0x0042);
LCD_DataWrite_R61500(((end_page&0xFF)<<8)|(start_page&0xFF));
#elif (defined(LCD_9BIT_MODE))
#elif (defined(LCD_18BIT_MODE))
#elif (defined(LCD_16BIT_MODE))
SET_LCD_CMD_PARAMETER(0,LCD_CMD,((0x0042&0xFF00) )|((0x0042&0xFF) ));
SET_LCD_CMD_PARAMETER(1,LCD_DATA,((end_page&0xFF) <<8)|((start_page&0xFF) ));
LCD_SEND_DMA_CMD(2);
#endif
#else
LCD_CtrlWrite_R61500(0x0042);
LCD_DataWrite_R61500((start_page&0xFF)|((end_page&0xFF)<<8));
#endif
#endif
}
void LCD_Partial_Off_R61500(void)
{
#if 0
#if (defined(LCD_CMD_DMA_MODE))
#if (defined(LCD_8BIT_MODE))
LCD_CtrlWrite_R61500(0x0042);
LCD_DataWrite_R61500(0xDB00);
#elif (defined(LCD_9BIT_MODE))
#elif (defined(LCD_18BIT_MODE))
#elif (defined(LCD_16BIT_MODE))
SET_LCD_CMD_PARAMETER(0,LCD_CMD,((0x0042&0xFF00) )|((0x0042&0xFF) ));
SET_LCD_CMD_PARAMETER(1,LCD_DATA,((0xDB00&0xFF00) )|((0xDB00&0xFF) ));
LCD_SEND_DMA_CMD(2);
#endif
#else
LCD_CtrlWrite_R61500(0x0042);
LCD_DataWrite_R61500(0xDB00);
#endif
#endif
}
kal_uint8 LCD_Partial_line_R61500(void)
{
return 1; /* partial display in 1 line alignment */
}
void LCD_blockClear_R61500(kal_uint16 x1,kal_uint16 y1,kal_uint16 x2,kal_uint16 y2,kal_uint16 data)
{
kal_uint16 LCD_x;
kal_uint16 LCD_y;
LCD_SetPageAddr(x1,x2);
LCD_SetColAddr(y1,y2);
for(LCD_y=y1;LCD_y<=y2;LCD_y++)
{
for(LCD_x=x1;LCD_x<=x2;LCD_x++)
{
LCD_DataWrite_R61500(data);
}
}
}
void LCD_ClearAll_R61500(kal_uint16 data)
{
LCD_blockClear_R61500(0,0,LCD_WIDTH-1,LCD_HEIGHT-1,data);
}
void LCD_set_reg(kal_uint16 reg_index, kal_uint16 reg_data)
{
LCD_CtrlWrite_R61500(reg_index);
LCD_DataWrite_R61500(reg_data);
}
void LCD_Init_R61500(kal_uint32 bkground, void **buf_addr)
{
volatile kal_uint32 i;
kal_uint16 background = (kal_uint16)bkground;
kal_uint16 read_data;
init_lcd_interface();
DRV_WriteReg(GPIO_MODE1,0x5554);
DRV_WriteReg(GPIO_MODE2,0x1555);
DRV_WriteReg(GPIO_MODE3,0x4500);
LCD_CtrlWrite_R61500(0x2C); //Standby mode OFF
Delayms(20);
//LCD_CtrlWrite_R61500(0xEB); //Sets MTP mode on
//Delayms(5);
LCD_CtrlWrite_R61500(0x02); LCD_CtrlWrite_R61500(0x01); //OSC ON
Delayms(20);
LCD_CtrlWrite_R61500(0x26); LCD_CtrlWrite_R61500(0x01); //DCDC1 ON
Delayms(20);
LCD_CtrlWrite_R61500(0x26); LCD_CtrlWrite_R61500(0x09); //AMP ON
Delayms(20);
LCD_CtrlWrite_R61500(0x26); LCD_CtrlWrite_R61500(0x0b); //DCDC2 ON
Delayms(20);
LCD_CtrlWrite_R61500(0x26); LCD_CtrlWrite_R61500(0x0f); //DCDC3 ON
Delayms(20);
LCD_CtrlWrite_R61500(0x28); LCD_CtrlWrite_R61500(0x01); //Temperature Compensation Set
LCD_CtrlWrite_R61500(0x45); LCD_CtrlWrite_R61500(0x00); //RAM Skip Area Set
LCD_CtrlWrite_R61500(0x53); LCD_CtrlWrite_R61500(0x00); //Specified Display Pattern Set : Normal display
LCD_CtrlWrite_R61500(0x10); LCD_CtrlWrite_R61500(0x25); //0x23/0x25//Driver Output Mode Set : Display Duty(1/162)、SDIR/SWP/CDR
LCD_CtrlWrite_R61500(0x20); LCD_CtrlWrite_R61500(0x0A); //0x02//DC-DC Select
LCD_CtrlWrite_R61500(0x24); LCD_CtrlWrite_R61500(0x11); //0x00//DCDC Clock Division Set
LCD_CtrlWrite_R61500(0x30); LCD_CtrlWrite_R61500(0x05); //0x02/0x09/0x0E//Addressing Mode Set
LCD_CtrlWrite_R61500(0x32); LCD_CtrlWrite_R61500(0x0E); //0x00//Row Vector Mode Set
LCD_CtrlWrite_R61500(0x40); LCD_CtrlWrite_R61500(0x00); //Entry Mode Set
LCD_CtrlWrite_R61500(0x42); LCD_CtrlWrite_R61500(0x02); LCD_CtrlWrite_R61500(0xA1); //X ADDRESS
Delayms(1);
LCD_CtrlWrite_R61500(0x43); LCD_CtrlWrite_R61500(0x00); LCD_CtrlWrite_R61500(0x7F); //Y ADDRESS
Delayms(1);
LCD_CtrlWrite_R61500(0x34); LCD_CtrlWrite_R61500(0x90); //0x92/0x88/0xD9//N-block inversion Set
LCD_CtrlWrite_R61500(0x2A); LCD_CtrlWrite_R61500(0xbF);// modify by MagicNing from 0xbf //Bontrast Control (1) //in normal display mode and partial display mode 0
LCD_CtrlWrite_R61500(0x2B); LCD_CtrlWrite_R61500(0x54);//Contrast Control (2) //in partial display mode 1
LCD_CtrlWrite_R61500(0x22); LCD_CtrlWrite_R61500(0x11); //Bias Set
LCD_CtrlWrite_R61500(0x55); LCD_CtrlWrite_R61500(0x01); //0x00//Partial Display Mode Set
LCD_CtrlWrite_R61500(0x36); LCD_CtrlWrite_R61500(0x00); //Frame Frequency control
LCD_CtrlWrite_R61500(0x5A); LCD_CtrlWrite_R61500(0x00); //Scroll Start Line Set
Delayms(100);
LCD_CtrlWrite_R61500(0x51); //Turns the display ON
LCD_ClearAll_R61500(0xFFFF);
Delayms(50);
/* turn on backlight */
// *((volatile unsigned short *) 0x80120150) &= 0xF3FF;
// *((volatile unsigned short *) 0x80120000) |= 0x20;
// *((volatile unsigned short *) 0x801200C0) |= 0x20;
}
//ywm++ 20060525
void LCD_PWRON_R61500(kal_bool on)
{
//ywm++ 20050525
if(on)
{
LCD_ExitSleep_R61500();
}
else
{
LCD_EnterSleep_R61500();
}
//ywm-- 20050525
}
void LCD_SetContrast_R61500(kal_uint8 level)
{
}
void LCD_ON_R61500(kal_bool on)
{
#if 1
if (on)
{
LCD_CtrlWrite_R61500(0x51);
}
else
{
LCD_CtrlWrite_R61500(0x50);
}
#else
//ywm++ 20050525
if(on)
{
LCD_ExitSleep_R61500();
}
else
{
LCD_EnterSleep_R61500();
}
//ywm-- 20050525
#endif
}
void LCD_BlockWrite_R61500(kal_uint16 startx,kal_uint16 starty,kal_uint16 endx,kal_uint16 endy)
{
LCD_SetColAddr(startx, endx);
LCD_SetPageAddr(starty,endy);
LCD_CtrlWrite_R61500(0x51); //Turns the display ON
DISABLE_LCD_TRANSFER_COMPLETE_INT;
DISABLE_LCD_ROI_CTRL_CMD_FIRST;
while (LCD_IS_RUNNING){};
START_LCD_TRANSFER;
}
void LCD_Size_R61500(kal_uint16 *out_LCD_width,kal_uint16 *out_LCD_height)
{
*out_LCD_width = LCD_WIDTH;
*out_LCD_height = LCD_HEIGHT;
}
/*Engineering mode*/
kal_uint8 LCD_GetParm_R61500(lcd_func_type type)
{
switch(type)
{
case lcd_Bais_func:
return 1;
case lcd_Contrast_func:
return 1;
case lcd_LineRate_func:
return 4;
case lcd_Temperature_Compensation_func:
return 4;
default:
ASSERT(0);
return 100;
}
}
void LCD_SetBias_R61500(kal_uint8 *bias)
{
}
void LCD_Contrast_R61500(kal_uint8 *contrast)
{
}
void LCD_LineRate_R61500(kal_uint8 *linerate)
{
}
void LCD_Temp_Compensate_R61500(kal_uint8 *compensate)
{
}
void LCD_Set_Scan_Direction_R61500(kal_uint8 rotate_value)
{
}
#endif
/*==============================================================
* DRIVE_IC_S6B33BF
==============================================================*/
#if defined(DRIVE_IC_S6B33BF)
void LCD_SetPageAddr_S6B33BF(kal_uint8 start_page, kal_uint8 end_page)
{
LCD_CtrlWrite_S6B33BF(0x42);
LCD_CtrlWrite_S6B33BF(start_page);
LCD_CtrlWrite_S6B33BF(end_page);
}
void LCD_SetColAddr_S6B33BF(kal_uint8 start_column, kal_uint8 end_column)
{
LCD_CtrlWrite_S6B33BF(0x43);
LCD_CtrlWrite_S6B33BF(start_column+4);
LCD_CtrlWrite_S6B33BF(end_column+4);
}
void LCD_EnterSleep_S6B33BF(void)
{
LCD_CtrlWrite_S6B33BF(0x50);
LCD_CtrlWrite_S6B33BF(0x2d);
LCD_CtrlWrite_S6B33BF(0x02); LCD_CtrlWrite_S6B33BF(0x00);
LCD_CtrlWrite_S6B33BF(0x20); LCD_CtrlWrite_S6B33BF(0x00);
LCD_CtrlWrite_S6B33BF(0x26); LCD_CtrlWrite_S6B33BF(0x0f);
LCD_CtrlWrite_S6B33BF(0x26); LCD_CtrlWrite_S6B33BF(0x09);
LCD_CtrlWrite_S6B33BF(0x26); LCD_CtrlWrite_S6B33BF(0x01);
LCD_CtrlWrite_S6B33BF(0x26); LCD_CtrlWrite_S6B33BF(0x00);
}
void LCD_ExitSleep_S6B33BF(void)
{
LCD_CtrlWrite_S6B33BF(0x2C);
Delayms(20);
LCD_CtrlWrite_S6B33BF(0x02); LCD_CtrlWrite_S6B33BF(0x01); //SET INTERNAL OCS ON
Delayms(20);
LCD_CtrlWrite_S6B33BF(0x26); LCD_CtrlWrite_S6B33BF(0x01); //BOOSTER1 ON
Delayms(20);
LCD_CtrlWrite_S6B33BF(0x26); LCD_CtrlWrite_S6B33BF(0x09); //BOOSTER1 ON AND AMP ON
Delayms(20);
LCD_CtrlWrite_S6B33BF(0x26); LCD_CtrlWrite_S6B33BF(0x0B); //BOOSTER2 ON AND AMP ON
Delayms(20);
LCD_CtrlWrite_S6B33BF(0x26); LCD_CtrlWrite_S6B33BF(0x0F); //BOOSTER3 ON AND AMP ON
Delayms(100);
LCD_CtrlWrite_S6B33BF(0x20); LCD_CtrlWrite_S6B33BF(0x0a);
Delayms(100);
LCD_CtrlWrite_S6B33BF(0x51);
// Delayms(500);
}
void LCD_Partial_On_S6B33BF(kal_uint16 start_page,kal_uint16 end_page)
{
#if 0
LCD_CtrlWrite_R61500(0x0042);
LCD_DataWrite_R61500((start_page&0xFF)|((end_page&0xFF)<<8));
#endif
}
void LCD_Partial_Off_S6B33BF(void)
{
#if 0
LCD_CtrlWrite_R61500(0x0042);
LCD_DataWrite_R61500(0xDB00);
#endif
}
kal_uint8 LCD_Partial_line_S6B33BF(void)
{
return 1; /* partial display in 1 line alignment */
}
void LCD_blockClear_S6B33BF(kal_uint16 x1,kal_uint16 y1,kal_uint16 x2,kal_uint16 y2,kal_uint16 data)
{
kal_uint16 LCD_x;
kal_uint16 LCD_y;
LCD_SetPageAddr_S6B33BF(x1,x2);
LCD_SetColAddr_S6B33BF(y1,y2);
for(LCD_y=y1;LCD_y<=y2;LCD_y++)
{
for(LCD_x=x1;LCD_x<=x2;LCD_x++)
{
LCD_DataWrite_S6B33BF(data);
}
}
}
void LCD_ClearAll_S6B33BF(kal_uint16 data)
{
LCD_blockClear_S6B33BF(0,0,LCD_WIDTH-1,LCD_HEIGHT-1,data);
}
void LCD_Init_S6B33BF(kal_uint32 bkground, void **buf_addr)
{
volatile kal_uint32 i;
kal_uint16 background = (kal_uint16)bkground;
kal_uint16 read_data;
init_lcd_interface();
DRV_WriteReg(GPIO_MODE1,0x5554);
DRV_WriteReg(GPIO_MODE2,0x1555);
DRV_WriteReg(GPIO_MODE3,0x4500);
LCD_CtrlWrite_S6B33BF(0x2C); //Standby mode OFF
Delayms(20);
//LCD_CtrlWrite_S6B33BF(0xEB); //Sets MTP mode on
//Delayms(5);
LCD_CtrlWrite_S6B33BF(0x02); LCD_CtrlWrite_S6B33BF(0x01); //OSC ON
Delayms(20);
LCD_CtrlWrite_S6B33BF(0x26); LCD_CtrlWrite_S6B33BF(0x01); //DCDC1 ON
Delayms(20);
LCD_CtrlWrite_S6B33BF(0x26); LCD_CtrlWrite_S6B33BF(0x09); //AMP ON
Delayms(20);
LCD_CtrlWrite_S6B33BF(0x26); LCD_CtrlWrite_S6B33BF(0x0b); //DCDC2 ON
Delayms(20);
LCD_CtrlWrite_S6B33BF(0x26); LCD_CtrlWrite_S6B33BF(0x0f); //DCDC3 ON
Delayms(20);
LCD_CtrlWrite_S6B33BF(0x28); LCD_CtrlWrite_S6B33BF(0x01); //Temperature Compensation Set
LCD_CtrlWrite_S6B33BF(0x45); LCD_CtrlWrite_S6B33BF(0x00); //RAM Skip Area Set
LCD_CtrlWrite_S6B33BF(0x53); LCD_CtrlWrite_S6B33BF(0x00); //Specified Display Pattern Set : Normal display
LCD_CtrlWrite_S6B33BF(0x10); LCD_CtrlWrite_S6B33BF(0x25); //0x23/0x25//Driver Output Mode Set : Display Duty(1/162)、SDIR/SWP/CDR
LCD_CtrlWrite_S6B33BF(0x20); LCD_CtrlWrite_S6B33BF(0x0A); //0x02//DC-DC Select
LCD_CtrlWrite_S6B33BF(0x24); LCD_CtrlWrite_S6B33BF(0x11); //0x00//DCDC Clock Division Set
LCD_CtrlWrite_S6B33BF(0x30); LCD_CtrlWrite_S6B33BF(0x05); //0x02/0x09/0x0E//Addressing Mode Set
LCD_CtrlWrite_S6B33BF(0x32); LCD_CtrlWrite_S6B33BF(0x0E); //0x00//Row Vector Mode Set
LCD_CtrlWrite_S6B33BF(0x40); LCD_CtrlWrite_S6B33BF(0x00); //Entry Mode Set
//add by MagicNing
LCD_CtrlWrite_S6B33BF(0x21); LCD_CtrlWrite_S6B33BF(0x00); LCD_CtrlWrite_S6B33BF(0xBF); //X ADDRESS
LCD_CtrlWrite_S6B33BF(0x31); LCD_CtrlWrite_S6B33BF(0x00); LCD_CtrlWrite_S6B33BF(0x83); //Y ADDRESS
//End MagicNing
LCD_CtrlWrite_S6B33BF(0x42); LCD_CtrlWrite_S6B33BF(0x00); LCD_CtrlWrite_S6B33BF(0xBF); //X ADDRESS
Delayms(1);
LCD_CtrlWrite_S6B33BF(0x43); LCD_CtrlWrite_S6B33BF(0x00); LCD_CtrlWrite_S6B33BF(0x83); //Y ADDRESS
Delayms(1);
LCD_CtrlWrite_S6B33BF(0x34); LCD_CtrlWrite_S6B33BF(0x90); //0x92/0x88/0xD9//N-block inversion Set
LCD_CtrlWrite_S6B33BF(0x2A); LCD_CtrlWrite_S6B33BF(0xbF);// modify by MagicNing from 0xbf //Bontrast Control (1) //in normal display mode and partial display mode 0
LCD_CtrlWrite_S6B33BF(0x2B); LCD_CtrlWrite_S6B33BF(0x54);//Contrast Control (2) //in partial display mode 1
LCD_CtrlWrite_S6B33BF(0x22); LCD_CtrlWrite_S6B33BF(0x11); //Bias Set
LCD_CtrlWrite_S6B33BF(0x55); LCD_CtrlWrite_S6B33BF(0x01); //0x00//Partial Display Mode Set
LCD_CtrlWrite_S6B33BF(0x36); LCD_CtrlWrite_S6B33BF(0x00); //Frame Frequency control
LCD_CtrlWrite_S6B33BF(0x5A); LCD_CtrlWrite_S6B33BF(0x00); //Scroll Start Line Set
Delayms(100);
LCD_CtrlWrite_S6B33BF(0x51); //Turns the display ON
LCD_ClearAll_S6B33BF(0x0000);
}
void LCD_PWRON_S6B33BF(kal_bool on)
{
if(on)
{
LCD_ExitSleep_S6B33BF();
}
else
{
LCD_EnterSleep_S6B33BF();
}
}
void LCD_SetContrast_S6B33BF(kal_uint8 level)
{
}
void LCD_ON_S6B33BF(kal_bool on)
{
if (on)
{
LCD_CtrlWrite_S6B33BF(0x51);
}
else
{
LCD_CtrlWrite_S6B33BF(0x50);
}
}
void LCD_BlockWrite_S6B33BF(kal_uint16 startx,kal_uint16 starty,kal_uint16 endx,kal_uint16 endy)
{
LCD_SetColAddr_S6B33BF(startx, endx);
LCD_SetPageAddr_S6B33BF(starty,endy);
LCD_CtrlWrite_S6B33BF(0x51); //Turns the display ON
DISABLE_LCD_TRANSFER_COMPLETE_INT;
DISABLE_LCD_ROI_CTRL_CMD_FIRST;
while (LCD_IS_RUNNING){};
START_LCD_TRANSFER;
}
void LCD_Size_S6B33BF(kal_uint16 *out_LCD_width,kal_uint16 *out_LCD_height)
{
*out_LCD_width = LCD_WIDTH;
*out_LCD_height = LCD_HEIGHT;
}
/*Engineering mode*/
kal_uint8 LCD_GetParm_S6B33BF(lcd_func_type type)
{
switch(type)
{
case lcd_Bais_func:
return 1;
case lcd_Contrast_func:
return 1;
case lcd_LineRate_func:
return 4;
case lcd_Temperature_Compensation_func:
return 4;
default:
ASSERT(0);
return 100;
}
}
void LCD_SetBias_S6B33BF(kal_uint8 *bias)
{
}
void LCD_Contrast_S6B33BF(kal_uint8 *contrast)
{
}
void LCD_LineRate_S6B33BF(kal_uint8 *linerate)
{
}
void LCD_Temp_Compensate_S6B33BF(kal_uint8 *compensate)
{
}
void LCD_Set_Scan_Direction_S6B33BF(kal_uint8 rotate_value)
{
}
#endif
/*==============================================================
* //--------- 凌达光电1.7 ST7669 132 X 162 -----------//
==============================================================*/
#if defined(DRIVE_IC_ST7669)
void LCD_EnterSleep_ST7669(void)
{
LCD_CtrlWrite_ST7669(0x10);
LCD_CtrlWrite_ST7669(0x28);
}
void LCD_ExitSleep_ST7669(void)
{
LCD_CtrlWrite_ST7669(0x11);
LCD_CtrlWrite_ST7669(0x29);
}
void LCD_Partial_On_ST7669(kal_uint16 start_page,kal_uint16 end_page)
{
}
void LCD_Partial_Off_ST7669(void)
{
}
kal_uint8 LCD_Partial_line_ST7669(void)
{
return 1; /* partial display in 1 line alignment */
}
void LCD_blockClear_ST7669(kal_uint16 x1,kal_uint16 y1,kal_uint16 x2,kal_uint16 y2,kal_uint16 data)
{
//---------- 华利维 1.75 ST7669 132 X 162 --------------//
kal_uint16 i;
kal_uint16 j;
kal_uint8 dat1;
kal_uint8 dat2;
dat1 = (data>>8)&0xFF;
dat2 = data&0x00FF;
LCD_CtrlWrite_ST7669(0x2a);
LCD_DataWrite_ST7669(0x00);
LCD_DataWrite_ST7669(x1+2);
LCD_DataWrite_ST7669(0x00);
LCD_DataWrite_ST7669(x2+2);
LCD_CtrlWrite_ST7669(0x2b);
LCD_DataWrite_ST7669(0x00);
LCD_DataWrite_ST7669(y1+2);
LCD_DataWrite_ST7669(0x00);
LCD_DataWrite_ST7669(y2+2);
LCD_CtrlWrite_ST7669(0x2c);
for(i=0;i<(x2-x1+1);i++)
{
for(j=0;j<(y2-y1+1);j++)
{
LCD_DataWrite_ST7669(dat1);
LCD_DataWrite_ST7669(dat2);
}
}
}
void LCD_ClearAll_ST7669(kal_uint16 data)
{
LCD_blockClear_ST7669(0,0,LCD_WIDTH+4,LCD_HEIGHT,data);
}
void LCD_Init_ST7669(kal_uint32 bkground, void **buf_addr)
{
volatile kal_uint32 i;
kal_uint16 background = (kal_uint16)bkground;
kal_uint16 read_data;
init_lcd_interface();
DRV_WriteReg(GPIO_MODE1,0x5554);
DRV_WriteReg(GPIO_MODE2,0x1555);
DRV_WriteReg(GPIO_MODE3,0x4500);
//---------- 华利维 1.75 ST7669 132 X 162 --------------//
//-----------start initial 3 sequence // -----
Delayms(10);
LCD_CtrlWrite_ST7669(0x01);
Delayms(10);
//----disable autoread+manual read once----
LCD_CtrlWrite_ST7669(0xd7);
LCD_DataWrite_ST7669(0xdf);
LCD_CtrlWrite_ST7669(0xe0);
LCD_DataWrite_ST7669(0x00);
Delayms(10);
LCD_CtrlWrite_ST7669(0xe3);
Delayms(10);
LCD_CtrlWrite_ST7669(0x0e1);
//-----------sleep out----------------------
LCD_CtrlWrite_ST7669(0x28);
LCD_CtrlWrite_ST7669(0x11);
Delayms(10);
//-----------VOP set--------------------
LCD_CtrlWrite_ST7669(0xc0); //控制亮度
// LCD_DataWrite_ST7669(0x0f); // 1701h//4001=1.72" //亮度值
LCD_DataWrite_ST7669(0x1f); // 1701h//4001=1.72" //亮度值 //jaken edit
LCD_DataWrite_ST7669(0x01);
//-----------OTPB set-------------------
LCD_CtrlWrite_ST7669(0xc3);
LCD_DataWrite_ST7669(0x04); // 0004h
LCD_CtrlWrite_ST7669(0xc4);
LCD_DataWrite_ST7669(0x06);
Delayms(20);
LCD_CtrlWrite_ST7669(0xc5);
LCD_DataWrite_ST7669(0x21); // 0021h
LCD_CtrlWrite_ST7669(0xcb);
LCD_DataWrite_ST7669(0x01);
LCD_CtrlWrite_ST7669(0xb7);
LCD_DataWrite_ST7669(0x00);
LCD_CtrlWrite_ST7669(0xd0);
LCD_DataWrite_ST7669(0x1d);
LCD_CtrlWrite_ST7669(0xbc);
LCD_DataWrite_ST7669(0x04);
LCD_CtrlWrite_ST7669(0xbd);
LCD_DataWrite_ST7669(0x07);
//------------MTP set---------------------
LCD_CtrlWrite_ST7669(0xd7);
LCD_DataWrite_ST7669(0xdf);
LCD_CtrlWrite_ST7669(0xb5);
LCD_DataWrite_ST7669(0x8a);//0x8C // 把0xb5 寄存器改为0x8a 寄存器0xf0 的0x19 改为0x1C 可解决闪屏的问题
LCD_CtrlWrite_ST7669(0xf0);
LCD_DataWrite_ST7669(0x06);
LCD_DataWrite_ST7669(0x0b);
LCD_DataWrite_ST7669(0x0d);
LCD_DataWrite_ST7669(0x1C); //0x19
LCD_CtrlWrite_ST7669(0xb4);
LCD_DataWrite_ST7669(0x18);
LCD_CtrlWrite_ST7669(0x25);
LCD_DataWrite_ST7669(0x3f);
//----------command table 1-------------
LCD_CtrlWrite_ST7669(0x20);
LCD_CtrlWrite_ST7669(0x2a);
LCD_DataWrite_ST7669(0x00);
LCD_DataWrite_ST7669(0x02);
LCD_DataWrite_ST7669(0x00);
LCD_DataWrite_ST7669(0x81);
LCD_CtrlWrite_ST7669(0x2b);
LCD_DataWrite_ST7669(0x00);
LCD_DataWrite_ST7669(0x02);
LCD_DataWrite_ST7669(0x00);
LCD_DataWrite_ST7669(0xa1);
LCD_CtrlWrite_ST7669(0x3a);
LCD_DataWrite_ST7669(0x05);
LCD_CtrlWrite_ST7669(0x36);
LCD_DataWrite_ST7669(0xc8);
LCD_CtrlWrite_ST7669(0xbb);
LCD_DataWrite_ST7669(0x26);
LCD_CtrlWrite_ST7669(0xb0);
LCD_DataWrite_ST7669(0xa1);
//-----------gamma table set----------
LCD_CtrlWrite_ST7669(0xf9);
LCD_DataWrite_ST7669(0x00);
LCD_DataWrite_ST7669(0x03);
LCD_DataWrite_ST7669(0x05);
LCD_DataWrite_ST7669(0x07);
LCD_DataWrite_ST7669(0x09);
LCD_DataWrite_ST7669(0x0b);
LCD_DataWrite_ST7669(0x0d);
LCD_DataWrite_ST7669(0x0f);
LCD_DataWrite_ST7669(0x11);
LCD_DataWrite_ST7669(0x13);
LCD_DataWrite_ST7669(0x15);
LCD_DataWrite_ST7669(0x17);
LCD_DataWrite_ST7669(0x19);
LCD_DataWrite_ST7669(0x1b);
LCD_DataWrite_ST7669(0x1d);
LCD_DataWrite_ST7669(0x1f);
//-------- display on----------
LCD_CtrlWrite_ST7669(0x29);
LCD_ClearAll_ST7669(0x0000);
}
void LCD_PWRON_ST7669(kal_bool on)
{
if(on)
{
LCD_ExitSleep_ST7669();
}
else
{
LCD_EnterSleep_ST7669();
}
}
void LCD_SetContrast_ST7669(kal_uint8 level)
{
}
void LCD_ON_ST7669(kal_bool on)
{
if(on)
{
LCD_ExitSleep_ST7669();
}
else
{
LCD_EnterSleep_ST7669();
}
}
void LCD_BlockWrite_ST7669(kal_uint16 startx,kal_uint16 starty,kal_uint16 endx,kal_uint16 endy)
{
DISABLE_LCD_TRANSFER_COMPLETE_INT;
DISABLE_LCD_ROI_CTRL_CMD_FIRST;
while (LCD_IS_RUNNING){};
//---------- 华利维 1.75 ST7669 132 X 162 --------------//
LCD_CtrlWrite_ST7669(0x2a);// set segment address
LCD_DataWrite_ST7669(0x00);
LCD_DataWrite_ST7669(startx+2);
LCD_DataWrite_ST7669(0x00);
LCD_DataWrite_ST7669(endx+2);
LCD_CtrlWrite_ST7669(0x2b);//set page address
LCD_DataWrite_ST7669(0x00);
LCD_DataWrite_ST7669(starty+2);
LCD_DataWrite_ST7669(0x00);
LCD_DataWrite_ST7669(endy+2);
LCD_CtrlWrite_ST7669(0x2c);
START_LCD_TRANSFER;
}
void LCD_Size_ST7669(kal_uint16 *out_LCD_width,kal_uint16 *out_LCD_height)
{
*out_LCD_width = LCD_WIDTH;
*out_LCD_height = LCD_HEIGHT;
}
/*Engineering mode*/
kal_uint8 LCD_GetParm_ST7669(lcd_func_type type)
{
switch(type)
{
case lcd_Bais_func:
return 1;
case lcd_Contrast_func:
return 1;
case lcd_LineRate_func:
return 4;
case lcd_Temperature_Compensation_func:
return 4;
default:
ASSERT(0);
return 100;
}
}
void LCD_SetBias_ST7669(kal_uint8 *bias)
{
}
void LCD_Contrast_ST7669(kal_uint8 *contrast)
{
}
void LCD_LineRate_ST7669(kal_uint8 *linerate)
{
}
void LCD_Temp_Compensate_ST7669(kal_uint8 *compensate)
{
}
void LCD_Set_Scan_Direction_ST7669(kal_uint8 rotate_value)
{
}
#endif
/*==============================================================
* //--------- 凌达光电1.7 ST7669V 132 X 162 -----------//
==============================================================*/
#if defined(DRIVE_IC_ST7669V)
void LCD_EnterSleep_ST7669V(void)
{
LCD_CtrlWrite_ST7669(0x10);
LCD_CtrlWrite_ST7669(0x28);
}
void LCD_ExitSleep_ST7669V(void)
{
LCD_CtrlWrite_ST7669(0x11);
LCD_CtrlWrite_ST7669(0x29);
}
void LCD_Partial_On_ST7669V(kal_uint16 start_page,kal_uint16 end_page)
{
}
void LCD_Partial_Off_ST7669V(void)
{
}
kal_uint8 LCD_Partial_line_ST7669V(void)
{
return 1; /* partial display in 1 line alignment */
}
void LCD_blockClear_ST7669V(kal_uint16 x1,kal_uint16 y1,kal_uint16 x2,kal_uint16 y2,kal_uint16 data)
{
kal_uint16 i;
kal_uint16 j;
kal_uint8 dat1;
kal_uint8 dat2;
dat1 = (data>>8)&0xFF;
dat2 = data&0x00FF;
LCD_CtrlWrite_ST7669(0x2a);// set segment address
LCD_DataWrite_ST7669(0x00); //0x00 //jaken by
LCD_DataWrite_ST7669(x1+4);
LCD_DataWrite_ST7669(0x00);
LCD_DataWrite_ST7669(x2+4);
LCD_CtrlWrite_ST7669(0x2b);//set page address
LCD_DataWrite_ST7669(0x00);
LCD_DataWrite_ST7669(y1+2);
LCD_DataWrite_ST7669(0x00);
LCD_DataWrite_ST7669(y2+2);
LCD_CtrlWrite_ST7669(0x2c);
for(i=0;i<(x2-x1+1);i++)
{
for(j=0;j<(y2-y1+1);j++)
{
LCD_DataWrite_ST7669(dat1);
LCD_DataWrite_ST7669(dat2);
}
}
}
void LCD_ClearAll_ST7669V(kal_uint16 data)
{
LCD_blockClear_ST7669V(0,0,LCD_WIDTH-1,LCD_HEIGHT-1,data);
}
void LCD_Init_ST7669V(kal_uint32 bkground, void **buf_addr)
{
volatile kal_uint32 i;
kal_uint16 background = (kal_uint16)bkground;
kal_uint16 read_data;
init_lcd_interface();
DRV_WriteReg(GPIO_MODE1,0x5554);
DRV_WriteReg(GPIO_MODE2,0x1555);
DRV_WriteReg(GPIO_MODE3,0x4500);
Delayms(200);
LCD_CtrlWrite_ST7669(0x11); //sleep out
Delayms(100);
LCD_CtrlWrite_ST7669(0xd7);
LCD_DataWrite_ST7669(0xdf);
LCD_CtrlWrite_ST7669(0xe0);
LCD_DataWrite_ST7669(0x00);
Delayms(100);
LCD_CtrlWrite_ST7669(0xe3);
Delayms(200);
LCD_CtrlWrite_ST7669(0xe1);
LCD_CtrlWrite_ST7669(0xca);
LCD_DataWrite_ST7669(0x05);
LCD_CtrlWrite_ST7669(0xc3);
LCD_DataWrite_ST7669(0x06);
LCD_CtrlWrite_ST7669(0xc4);
LCD_DataWrite_ST7669(0x07);
LCD_CtrlWrite_ST7669(0xc5);
LCD_DataWrite_ST7669(0x00);
LCD_CtrlWrite_ST7669(0xc6);
LCD_DataWrite_ST7669(0x00);
LCD_CtrlWrite_ST7669(0xcb);
LCD_DataWrite_ST7669(0x01);
LCD_CtrlWrite_ST7669(0x25); //--- 对比度---//
LCD_DataWrite_ST7669(0x16); //62
LCD_CtrlWrite_ST7669(0xc0); //亮度
LCD_DataWrite_ST7669(0xF0);
LCD_DataWrite_ST7669(0x00);
// add wunanqiang
//------------MTP set---------------------
LCD_CtrlWrite_ST7669(0xd7);
LCD_DataWrite_ST7669(0x9f);//0xdf
LCD_CtrlWrite_ST7669(0xc7);
LCD_DataWrite_ST7669(0x00);
LCD_DataWrite_ST7669(0x00);
LCD_CtrlWrite_ST7669(0xb5);
LCD_DataWrite_ST7669(0x8a);//0x8C // 把0xb5 寄存器改为0x8a 寄存器0xf0 的0x19 改为0x1C 可解决闪屏的问题
LCD_CtrlWrite_ST7669(0xf0);
LCD_DataWrite_ST7669(0x06);
LCD_DataWrite_ST7669(0x0b);
LCD_DataWrite_ST7669(0x0d);
LCD_DataWrite_ST7669(0x1C); //0x19
//end add
LCD_CtrlWrite_ST7669(0x3a);
LCD_DataWrite_ST7669(0x05);
LCD_CtrlWrite_ST7669(0x36);
LCD_DataWrite_ST7669(0xC0); //扫描方向 //LCD_DataWrite_ST7669(0xC0);// add by zengping 2008-1-22屏幕掉转
//writed(0xd4);
LCD_CtrlWrite_ST7669(0x29);
//display on
//the end of initial code for ST7669
LCD_ClearAll_ST7669V(0x0000);
}
void LCD_PWRON_ST7669V(kal_bool on)
{
if(on)
{
LCD_ExitSleep_ST7669V();
}
else
{
LCD_EnterSleep_ST7669V();
}
}
void LCD_SetContrast_ST7669V(kal_uint8 level)
{
}
void LCD_ON_ST7669V(kal_bool on)
{
if(on)
{
LCD_ExitSleep_ST7669V();
}
else
{
LCD_EnterSleep_ST7669V();
}
}
void LCD_BlockWrite_ST7669V(kal_uint16 startx,kal_uint16 starty,kal_uint16 endx,kal_uint16 endy)
{
while (LCD_IS_RUNNING){};
DISABLE_LCD_TRANSFER_COMPLETE_INT;
DISABLE_LCD_ROI_CTRL_CMD_FIRST;
LCD_CtrlWrite_ST7669(0x2a);// set segment address
LCD_DataWrite_ST7669(0x00);
LCD_DataWrite_ST7669(startx+2);
LCD_DataWrite_ST7669(0x00);
LCD_DataWrite_ST7669(endx+2);
LCD_CtrlWrite_ST7669(0x2b);//set page address
LCD_DataWrite_ST7669(0x00);
LCD_DataWrite_ST7669(starty+2);
LCD_DataWrite_ST7669(0x00);
LCD_DataWrite_ST7669(endy+2);
LCD_CtrlWrite_ST7669(0x2c);
START_LCD_TRANSFER;
}
void LCD_Size_ST7669V(kal_uint16 *out_LCD_width,kal_uint16 *out_LCD_height)
{
*out_LCD_width = LCD_WIDTH;
*out_LCD_height = LCD_HEIGHT;
}
/*Engineering mode*/
kal_uint8 LCD_GetParm_ST7669V(lcd_func_type type)
{
switch(type)
{
case lcd_Bais_func:
return 1;
case lcd_Contrast_func:
return 1;
case lcd_LineRate_func:
return 4;
case lcd_Temperature_Compensation_func:
return 4;
default:
ASSERT(0);
return 100;
}
}
void LCD_SetBias_ST7669V(kal_uint8 *bias)
{
}
void LCD_Contrast_ST7669V(kal_uint8 *contrast)
{
}
void LCD_LineRate_ST7669V(kal_uint8 *linerate)
{
}
void LCD_Temp_Compensate_ST7669V(kal_uint8 *compensate)
{
}
void LCD_Set_Scan_Direction_ST7669V(kal_uint8 rotate_value)
{
}
#endif
/*==============================================================
* DRIVE_IC_R61503
==============================================================*/
#if defined(DRIVE_IC_R61503)
//----------------------------------------------------------------------
// LCD_EnterSleep_R61503
//----------------------------------------------------------------------
void LCD_EnterSleep_R61503(void)
{
lcd_power_ctrl_shadow1 |= 0x02;
lcd_power_ctrl_shadow3 &= ~0x10;
lcd_power_ctrl_shadow4 &= ~0x2000;
/*display off*/
LCD_CtrlWrite_R61503(0x0007);LCD_DataWrite_R61503(0x0002);//display off
LCD_CtrlWrite_R61503(0x0012);LCD_DataWrite_R61503(0x0000);
Delayms(40);
LCD_CtrlWrite_R61503(0x0007);LCD_DataWrite_R61503(0x0000);//display off
Delayms(40);
/*power off*/
LCD_CtrlWrite_R61503(0x0010);LCD_DataWrite_R61503(0x0180);
LCD_CtrlWrite_R61503(0x0011);LCD_DataWrite_R61503(0x0660);
LCD_CtrlWrite_R61503(0x0012);LCD_DataWrite_R61503(0x1024);
LCD_CtrlWrite_R61503(0x0013);LCD_DataWrite_R61503(0x0E05);
LCD_CtrlWrite_R61503(0x0010);LCD_DataWrite_R61503(0x0100);
Delayms(40);
/*sleep mode*/
LCD_CtrlWrite_R61503(0x0010); LCD_DataWrite_R61503(0x0002);
}
//----------------------------------------------------------------------
// LCD_ExitSleep_R61503
//----------------------------------------------------------------------
void LCD_ExitSleep_R61503(void)
{
/*exit sleep mode*/
LCD_CtrlWrite_R61503(0x0010); LCD_DataWrite_R61503(0x0000);
Delayms(40);
/*power on*/
LCD_CtrlWrite_R61503(0x0010);LCD_DataWrite_R61503(0x11B0);
LCD_CtrlWrite_R61503(0x0011);LCD_DataWrite_R61503(0x0000);
LCD_CtrlWrite_R61503(0x0012);LCD_DataWrite_R61503(0x1115);
LCD_CtrlWrite_R61503(0x0013);LCD_DataWrite_R61503(0x8c03);
LCD_CtrlWrite_R61503(0x0012);LCD_DataWrite_R61503(0x1134);
Delayms(40);
/*display on*/
LCD_CtrlWrite_R61503(0x0007);LCD_DataWrite_R61503(0x0001);
Delayms(40);
LCD_CtrlWrite_R61503(0x0007);LCD_DataWrite_R61503(0x0021);
Delayms(30);
LCD_CtrlWrite_R61503(0x0007);LCD_DataWrite_R61503(0x0233);
}
//----------------------------------------------------------------------
// LCD_Partial_On_R61503
//----------------------------------------------------------------------
void LCD_Partial_On_R61503(kal_uint16 start_page,kal_uint16 end_page)
{
}
//----------------------------------------------------------------------
// LCD_Partial_Off_R61503
//----------------------------------------------------------------------
void LCD_Partial_Off_R61503(void)
{
}
//----------------------------------------------------------------------
// LCD_Partial_line_R61503
//----------------------------------------------------------------------
kal_uint8 LCD_Partial_line_R61503(void)
{
return 1; /* partial display in 1 line alignment */
}
//----------------------------------------------------------------------
// LCD_blockClear_R61503
//----------------------------------------------------------------------
void LCD_blockClear_R61503(kal_uint16 x1,kal_uint16 y1,kal_uint16 x2,kal_uint16 y2,kal_uint16 data)
{
kal_uint16 LCD_x;
kal_uint16 LCD_y;
LCD_CtrlWrite_R61503(0x50);LCD_DataWrite_R61503(x1&0xFF);
LCD_CtrlWrite_R61503(0x51);LCD_DataWrite_R61503(x2&0xFF);
LCD_CtrlWrite_R61503(0x52);LCD_DataWrite_R61503(y1&0xFF);
LCD_CtrlWrite_R61503(0x53);LCD_DataWrite_R61503(y2&0xFF);
LCD_CtrlWrite_R61503(0x20);LCD_DataWrite_R61503(x1&0xFF);
LCD_CtrlWrite_R61503(0x21);LCD_DataWrite_R61503(y1&0xFF);
LCD_CtrlWrite_R61503(0x22);
for(LCD_y = y1; LCD_y <= y2; LCD_y++ )
for(LCD_x = x1; LCD_x <= x2; LCD_x++ )
LCD_DataWrite_R61503(data);
}
//----------------------------------------------------------------------
// LCD_ClearAll_R61503
//----------------------------------------------------------------------
void LCD_ClearAll_R61503(kal_uint16 data)
{
LCD_blockClear_R61503(0,0,LCD_WIDTH-1,LCD_HEIGHT-1,data);
}
//----------------------------------------------------------------------
// LCD_Init_R61503
//----------------------------------------------------------------------
void LCD_Init_R61503(kal_uint32 bkground, void **buf_addr)
{
init_lcd_interface();
DRV_WriteReg(GPIO_MODE1,0x5554);
DRV_WriteReg(GPIO_MODE2,0x1555);
DRV_WriteReg(GPIO_MODE3,0x4500);
//R61503U+LPL2.0 For GG1N4154
LCD_CtrlWrite_R61503(0x0000);LCD_DataWrite_R61503(0x0001);
Delayms(20);
LCD_CtrlWrite_R61503(0x0007);LCD_DataWrite_R61503(0x0000);
LCD_CtrlWrite_R61503(0x0012);LCD_DataWrite_R61503(0x0000);
Delayms(10);
LCD_CtrlWrite_R61503(0x00A4);LCD_DataWrite_R61503(0x0001);
Delayms(10);
LCD_CtrlWrite_R61503(0x0030);LCD_DataWrite_R61503(0x0601);
LCD_CtrlWrite_R61503(0x0031);LCD_DataWrite_R61503(0x0501);
LCD_CtrlWrite_R61503(0x0032);LCD_DataWrite_R61503(0x0307);
LCD_CtrlWrite_R61503(0x0033);LCD_DataWrite_R61503(0x0206);
LCD_CtrlWrite_R61503(0x0034);LCD_DataWrite_R61503(0x0002);
LCD_CtrlWrite_R61503(0x0035);LCD_DataWrite_R61503(0x0004);
LCD_CtrlWrite_R61503(0x0036);LCD_DataWrite_R61503(0x0600);
LCD_CtrlWrite_R61503(0x0037);LCD_DataWrite_R61503(0x0701);
LCD_CtrlWrite_R61503(0x0038);LCD_DataWrite_R61503(0x1f0f);
LCD_CtrlWrite_R61503(0x0039);LCD_DataWrite_R61503(0x0000);
LCD_CtrlWrite_R61503(0x0007);LCD_DataWrite_R61503(0x0031);
LCD_CtrlWrite_R61503(0x0018);LCD_DataWrite_R61503(0x0001);
LCD_CtrlWrite_R61503(0x0010);LCD_DataWrite_R61503(0x11b0);
LCD_CtrlWrite_R61503(0x0011);LCD_DataWrite_R61503(0x0007);
LCD_CtrlWrite_R61503(0x0012);LCD_DataWrite_R61503(0x0114);//
Delayms(10);
LCD_CtrlWrite_R61503(0x0013);LCD_DataWrite_R61503(0x8c03);//8d07
LCD_CtrlWrite_R61503(0x0012);LCD_DataWrite_R61503(0x1115);//1114
Delayms(10);
LCD_CtrlWrite_R61503(0x0001);LCD_DataWrite_R61503(0x0100);
LCD_CtrlWrite_R61503(0x0002);LCD_DataWrite_R61503(0x0700);
LCD_CtrlWrite_R61503(0x0003);LCD_DataWrite_R61503(0x1030);
LCD_CtrlWrite_R61503(0x0008);LCD_DataWrite_R61503(0x0603);
LCD_CtrlWrite_R61503(0x0070);LCD_DataWrite_R61503(0x1b00);
LCD_CtrlWrite_R61503(0x0071);LCD_DataWrite_R61503(0x0001);
LCD_CtrlWrite_R61503(0x0090);LCD_DataWrite_R61503(0x0004);
LCD_CtrlWrite_R61503(0x0091);LCD_DataWrite_R61503(0x0000);
LCD_CtrlWrite_R61503(0x0092);LCD_DataWrite_R61503(0x0002);
LCD_CtrlWrite_R61503(0x0007);LCD_DataWrite_R61503(0x0001);
Delayms(30);
LCD_CtrlWrite_R61503(0x0007);LCD_DataWrite_R61503(0x0021);
Delayms(10);
LCD_CtrlWrite_R61503(0x0012);LCD_DataWrite_R61503(0x1134);
Delayms(10);
LCD_CtrlWrite_R61503(0x0007);LCD_DataWrite_R61503(0x0233);
LCD_CtrlWrite_R61503(0x0022);
LCD_ClearAll_R61503(0x0000);
// Delayms(100);
}
//----------------------------------------------------------------------
// LCD_PWRON_R61503
//----------------------------------------------------------------------
void LCD_PWRON_R61503(kal_bool on)
{
if(on)
{
LCD_ExitSleep_R61503();
}
else
{
LCD_EnterSleep_R61503();
}
}
//----------------------------------------------------------------------
// LCD_SetContrast_R61503
//----------------------------------------------------------------------
void LCD_SetContrast_R61503(kal_uint8 level)
{
#if defined(PWM_SET_CONTRAST)
if( level >=6 )
{
PWM1_Configure(200,68+(((level-6))*4));
}
else
{
PWM1_Configure(200,20+(((level))*9));
}
PWM1_Start();
#endif
}
//----------------------------------------------------------------------
// LCD_ON_R61503
//----------------------------------------------------------------------
void LCD_ON_R61503(kal_bool on)
{
if(on)
{
LCD_ExitSleep_R61503();
}
else
{
LCD_EnterSleep_R61503();
}
}
//----------------------------------------------------------------------
// LCD_BlockWrite_R61503
//----------------------------------------------------------------------
void LCD_BlockWrite_R61503(kal_uint16 startx,kal_uint16 starty,kal_uint16 endx,kal_uint16 endy)
{
LCD_CtrlWrite_R61503(0x50);LCD_DataWrite_R61503(startx&0xFF);
LCD_CtrlWrite_R61503(0x51);LCD_DataWrite_R61503(endx&0xFF);
LCD_CtrlWrite_R61503(0x52);LCD_DataWrite_R61503(starty&0xFF);
LCD_CtrlWrite_R61503(0x53);LCD_DataWrite_R61503(endy&0xFF);
LCD_CtrlWrite_R61503(0x20);LCD_DataWrite_R61503(startx&0xFF);
LCD_CtrlWrite_R61503(0x21);LCD_DataWrite_R61503(starty&0xFF);
LCD_CtrlWrite_R61503(0x22);
Delayms(100);
DISABLE_LCD_TRANSFER_COMPLETE_INT;
DISABLE_LCD_ROI_CTRL_CMD_FIRST;
while (LCD_IS_RUNNING){};
START_LCD_TRANSFER;
}
//----------------------------------------------------------------------
// LCD_Size_R61503
//----------------------------------------------------------------------
void LCD_Size_R61503(kal_uint16 *out_LCD_width,kal_uint16 *out_LCD_height)
{
*out_LCD_width = LCD_WIDTH;
*out_LCD_height = LCD_HEIGHT;
}
//----------------------------------------------------------------------
// LCD_GetParm_R61503
//----------------------------------------------------------------------
/*Engineering mode*/
kal_uint8 LCD_GetParm_R61503(lcd_func_type type)
{
switch(type)
{
case lcd_Bais_func: return 1;
case lcd_Contrast_func: return 1;
case lcd_LineRate_func: return 4;
case lcd_Temperature_Compensation_func: return 4;
default: ASSERT(0); return 100;
}
}
//----------------------------------------------------------------------
// LCD_SetBias_R61503
//----------------------------------------------------------------------
void LCD_SetBias_R61503(kal_uint8 *bias)
{
}
//----------------------------------------------------------------------
// LCD_Contrast_R61503
//----------------------------------------------------------------------
void LCD_Contrast_R61503(kal_uint8 *contrast)
{
#if defined(PWM_SET_CONTRAST)
if( (*contrast) >=6 )
{
PWM1_Configure(200,68+((((*contrast)-6))*4));
}
else
{
PWM1_Configure(200,20+((((*contrast)))*9));
}
PWM1_Start();
#endif
}
//----------------------------------------------------------------------
// LCD_LineRate_R61503
//----------------------------------------------------------------------
void LCD_LineRate_R61503(kal_uint8 *linerate)
{
}
//----------------------------------------------------------------------
// LCD_Temp_Compensate_R61503
//----------------------------------------------------------------------
void LCD_Temp_Compensate_R61503(kal_uint8 *compensate)
{
}
//----------------------------------------------------------------------
// LCD_Set_Scan_Direction_R61503
//----------------------------------------------------------------------
void LCD_Set_Scan_Direction_R61503(kal_uint8 rotate_value)
{
switch (rotate_value)
{
case LCD_LAYER_ROTATE_NORMAL:
lcd_entry_mode_shadow = 0x1030;
break;
case LCD_LAYER_ROTATE_90:
lcd_entry_mode_shadow = 0x1028;
break;
case LCD_LAYER_ROTATE_180:
lcd_entry_mode_shadow = 0x1000;
break;
case LCD_LAYER_ROTATE_270:
lcd_entry_mode_shadow = 0x1018;
break;
case LCD_LAYER_MIRROR:
lcd_entry_mode_shadow = 0x1020;
break;
case LCD_LAYER_MIRROR_ROTATE_90:
lcd_entry_mode_shadow = 0x1008;
break;
case LCD_LAYER_MIRROR_ROTATE_180:
lcd_entry_mode_shadow = 0x1010;
break;
case LCD_LAYER_MIRROR_ROTATE_270:
lcd_entry_mode_shadow = 0x1038;
break;
}
}
#endif
/*==============================================================
* DRIVE_IC_HX8309A
==============================================================*/
#if defined(DRIVE_IC_HX8309A)
//----------------------------------------------------------------------
// LCD_EnterSleep_HX8309A
//----------------------------------------------------------------------
void LCD_EnterSleep_HX8309A(void)
{
#if defined(__LCD_TMR_DISPLAY__) /* add lcm TMR 2007-01-03 MarkeyMa@RD4 */
LCD_MainLCD_CtrlWrite(LCD_Display1_HX8309A);
LCD_MainLCD_DataWrite(0x007f);
LCD_MainLCD_CtrlWrite(LCD_LCD_AC_HX8309A);
LCD_MainLCD_DataWrite(0x0000);
#else
//display off
LCD_MainLCD_CtrlWrite(LCD_Display1_HX8309A);
LCD_MainLCD_DataWrite(0x0044);
LCD_MainLCD_CtrlWrite(LCD_Power_Control3_HX8309A);
LCD_MainLCD_DataWrite(0x0007);
LCD_MainLCD_CtrlWrite(LCD_Power_Control4_HX8309A);
LCD_MainLCD_DataWrite(0x0f0f);
LCD_MainLCD_CtrlWrite(LCD_Power_Control1_HX8309A);
LCD_MainLCD_DataWrite(0x0002);
#endif
}
//----------------------------------------------------------------------
// |
| 阅读全文(159) | 回复(3) |
| 3楼 52RD网友(游客) 发表于 2008-11-14 20:06:00 |
| 把它压缩让我们下载就行了嘛 |
|
| 2楼 zhiganglet 发表于 2008-9-6 10:48:00 |
| 晕，怎么看啊，大哥，能发份给小弟吗，邮箱是zhiganglet@126.com,thanks |
|
| 1楼 jaken 发表于 2008-9-5 21:40:00 |
| 怎么是乱的,上传的时候格式是正确的呀. |
|
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