LOCAL uint32_t SP0A19_Power_On(uint32_t power_on)
{
SENSOR_AVDD_VAL_E dvdd_val=g_SP0A19_yuv_info.dvdd_val;
SENSOR_AVDD_VAL_E avdd_val=g_SP0A19_yuv_info.avdd_val;
SENSOR_AVDD_VAL_E iovdd_val=g_SP0A19_yuv_info.iovdd_val;
BOOLEAN power_down=g_SP0A19_yuv_info.power_down_level;
BOOLEAN reset_level=g_SP0A19_yuv_info.reset_pulse_level;
uint32_t reset_width=g_SP0A19_yuv_info.reset_pulse_width;
if(SENSOR_TRUE==power_on)
{
Sensor_PowerDown(power_down);
// Open power
Sensor_SetVoltage(dvdd_val, avdd_val, iovdd_val);
//Sensor_SetMonitorVoltage(SENSOR_AVDD_2800MV);
SENSOR_Sleep(50);
Sensor_SetMCLK(SENSOR_DEFALUT_MCLK);
SENSOR_Sleep(20);
Sensor_PowerDown(!power_down);
// Reset sensor
Sensor_Reset(reset_level);
}
else
{
Sensor_SetVoltage(dvdd_val, avdd_val, iovdd_val);
SENSOR_Sleep(20);
Sensor_PowerDown(power_down);
SENSOR_Sleep(20);
Sensor_SetMCLK(SENSOR_DISABLE_MCLK);
Sensor_SetVoltage(SENSOR_AVDD_CLOSED, SENSOR_AVDD_CLOSED, SENSOR_AVDD_CLOSED);
//Sensor_SetMonitorVoltage(SENSOR_AVDD_CLOSED);
}
return SENSOR_SUCCESS;
}
LOCAL uint32_t GC0328_BeforeSnapshot(uint32_t param)
{
uint16_t shutter = 0x00;
uint16_t temp_reg = 0x00;
uint16_t temp_r =0x00;
uint16_t temp_g =0x00;
uint16_t temp_b =0x00;
BOOLEAN b_AEC_on;
SENSOR_TRACE("GC0328_BeforeSnapshot ");
printk("SENSOR: set flash on beforeSnapShot, g_flash_mode = %d \n",
g_flash_mode_en);
if (g_flash_mode_en) {
//Sensor_SetFlash(0x11); // high light
Sensor_SetFlash(1);
}
#if 0
if(GC0328_ReadReg(0X41) & 0x08 == 0x08) //AEC on
b_AEC_on = SENSOR_TRUE;
else
b_AEC_on = SENSOR_FALSE;
temp_reg = GC0328_ReadReg(0xdb);
temp_r = GC0328_ReadReg(0xcd);
temp_g = GC0328_ReadReg(0xce);
temp_b = GC0328_ReadReg(0xcf);
shutter = (GC0328_ReadReg(0x03)<<8) | (GC0328_ReadReg(0x04)&0x00ff) ;
shutter = shutter /2;
if(b_AEC_on)
GC0328_WriteReg(0x41,GC0328_ReadReg(0x41) & 0xc5); //0x01);
SENSOR_Sleep(300);
///12m
Sensor_SetMCLK(12);
GC0328_WriteReg(0x03,shutter/256);
GC0328_WriteReg(0x04,shutter & 0x00ff);
//SENSOR_TRACE("GC0328_BeforeSnapshot, temp_r=%x,temp_reg=%x, final = %x ",temp_r,temp_reg, temp_r*temp_reg/ 0x80);
temp_r = (temp_r*temp_reg) / 0x80;
temp_g = (temp_g*temp_reg) / 0x80;
temp_b = (temp_b*temp_reg) / 0x80;
if(b_AEC_on)
{
GC0328_WriteReg(0xcd, temp_r);
GC0328_WriteReg(0xce, temp_g);
GC0328_WriteReg(0xcf , temp_b);
}
//SENSOR_TRACE("GC0328_BeforeSnapshot, temp_r=%x,temp_g=%x, temp_b = %x ",temp_r,temp_g,temp_b);
SENSOR_Sleep(300);
#endif
return 0;
}
LOCAL uint32_t _BF3905_PowerOn(uint32_t power_on)
{
SENSOR_AVDD_VAL_E dvdd_val=g_BF3905_mipi_yuv_info.dvdd_val;
SENSOR_AVDD_VAL_E avdd_val=g_BF3905_mipi_yuv_info.avdd_val;
SENSOR_AVDD_VAL_E iovdd_val=g_BF3905_mipi_yuv_info.iovdd_val;
BOOLEAN power_down=g_BF3905_mipi_yuv_info.power_down_level;
BOOLEAN reset_level=g_BF3905_mipi_yuv_info.reset_pulse_level;
//uint32_t reset_width=g_BF3905_mipi_yuv_info.reset_pulse_width;
if(SENSOR_TRUE==power_on)
{
Sensor_PowerDown(power_down);
// Open power
Sensor_SetVoltage(dvdd_val, avdd_val, iovdd_val);
SENSOR_Sleep(20);
Sensor_SetMCLK(SENSOR_DEFALUT_MCLK);
SENSOR_Sleep(10);
Sensor_PowerDown(!power_down);
// Reset sensor
Sensor_Reset(reset_level);
CMR_LOGE("qzhu BF3905 power_on is true\n");
}
else
{
Sensor_PowerDown(power_down);
SENSOR_Sleep(10);
Sensor_SetMCLK(SENSOR_DISABLE_MCLK);
Sensor_SetVoltage(SENSOR_AVDD_CLOSED, SENSOR_AVDD_CLOSED, SENSOR_AVDD_CLOSED);
CMR_LOGE("qzhu BF3905 power_on is false\n");
}
return SENSOR_SUCCESS;
}
LOCAL uint32_t _BF3905_StreamOff(uint32_t param)
{
SENSOR_PRINT("SENSOR: _BF3905_StreamOff");
int ret = 0;
ret = Sensor_WriteReg(0x09, 0x01); //81
SENSOR_Sleep(20);
return ret;
}
LOCAL uint32_t _BF3905_StreamOn(uint32_t param)
{
SENSOR_PRINT("SENSOR: _BF3905_StreamOn");
int ret = 0;
uint16_t read_val = 0;
ret = Sensor_WriteReg(0x09, 0x01);
SENSOR_Sleep(20);
//SENSOR_PRINT("SENSOR: read_BF3905, reg:0x3012 val: 0x%x.\n", read_val);
return ret;
}
LOCAL uint32_t _BF3905_After_Snapshot(uint32_t param)
{
SENSOR_PRINT("SENSOR: _BF3905_After_Snapshot =%d \n",param);
// BF3905_WriteReg(0x1b,0x2e);
BF3905_WriteReg(0x13,0x07);
SENSOR_Sleep(100);
Sensor_SetMode(param);
return SENSOR_SUCCESS;
}
LOCAL uint32_t _ov7675_Power_On(uint32_t power_on)
{
SENSOR_AVDD_VAL_E dvdd_val=g_OV7675_yuv_info.dvdd_val;
SENSOR_AVDD_VAL_E avdd_val=g_OV7675_yuv_info.avdd_val;
SENSOR_AVDD_VAL_E iovdd_val=g_OV7675_yuv_info.iovdd_val;
// BOOLEAN power_down=g_OV7675_yuv_info.power_down_level;
BOOLEAN reset_level=g_OV7675_yuv_info.reset_pulse_level;
uint32_t reset_width=g_OV7675_yuv_info.reset_pulse_width;
if(1==power_on)
{
Sensor_SetVoltage(dvdd_val, avdd_val, iovdd_val);
// GPIO_SetSensorPower(TRUE);
// GPIO_SetFrontSensorPwdn((BOOLEAN)!power_down);
// Open Mclk in default frequency
Sensor_SetMCLK(SENSOR_DEFALUT_MCLK);
SENSOR_Sleep(20);
Sensor_SetResetLevel(reset_level);
SENSOR_Sleep(reset_width);
Sensor_SetResetLevel((BOOLEAN)!reset_level);
SENSOR_Sleep(100);
}
else
{
// GPIO_SetFrontSensorPwdn(power_down);
Sensor_SetMCLK(SENSOR_DISABLE_MCLK);
// GPIO_SetSensorPower(FALSE);
Sensor_SetVoltage(SENSOR_AVDD_CLOSED, SENSOR_AVDD_CLOSED, SENSOR_AVDD_CLOSED);
}
SENSOR_TRACE("SENSOR: _ov7675_Power_On(1:on, 0:off): %d", power_on);
return 0;
}
LOCAL uint32_t _BF3905_BeforeSnapshot(uint32_t sensor_snapshot_mode)
{
sensor_snapshot_mode &= 0xffff;
Sensor_SetMode(sensor_snapshot_mode);
Sensor_SetMode_WaitDone();
switch (sensor_snapshot_mode) {
case SENSOR_MODE_PREVIEW_ONE: //VGA
SENSOR_PRINT("Capture VGA Size");
BF3905_WriteReg(0x13,0x02);
SENSOR_Sleep(200);
break;
case SENSOR_MODE_SNAPSHOT_ONE_FIRST: // 1.3 M
{
// BF3905_set_shutter();
BF3905_WriteReg(0x13,0x02);
SENSOR_Sleep(450); ///300
// SENSOR_PRINT("Capture 1.3M&2M Size");
break;
}
case SENSOR_MODE_SNAPSHOT_ONE_SECOND: // 2 M
{
// BF3905_set_shutter();
BF3905_WriteReg(0x13,0x02);
SENSOR_Sleep(450); ///300
// SENSOR_PRINT("Capture 1.3M&2M Size");
break;
}
default:
break;
}
return 0;
}
LOCAL uint32_t set_preview_mode(uint32_t preview_mode)
{
SENSOR_TRACE("set_preview_mode: preview_mode = %d\n", preview_mode);
set_gc0309_anti_flicker(0);
switch (preview_mode) {
case DCAMERA_ENVIRONMENT_NORMAL:
GC0309_WriteReg(0xec,0x20);
break;
case DCAMERA_ENVIRONMENT_NIGHT:
GC0309_WriteReg(0xec,0x30);
break;
case DCAMERA_ENVIRONMENT_SUNNY:
GC0309_WriteReg(0xec,0x10);
break;
default:
break;
}
SENSOR_Sleep(10);
return 0;
}
LOCAL uint32_t SP0A19_set_preview_mode(uint32_t preview_mode)
{
switch (preview_mode)
{
case DCAMERA_ENVIRONMENT_NORMAL:
case DCAMERA_ENVIRONMENT_SUNNY:
{
SP0A19_WriteReg(0xfd,0x0 );
SP0A19_WriteReg(0xb2,0x20);
SP0A19_WriteReg(0xb3,0x1f);
if(Antiflicker== DCAMERA_FLICKER_50HZ)
{
SENSOR_PRINTK("normal mode 50hz\r\n");
//capture preview daylight 24M 50hz 20-8FPS maxgain:0x70
SP0A19_WriteReg(0xfd,0x00);
SP0A19_WriteReg(0x03,0x01);
SP0A19_WriteReg(0x04,0x32);
SP0A19_WriteReg(0x06,0x00);
SP0A19_WriteReg(0x09,0x01);
SP0A19_WriteReg(0x0a,0x46);
SP0A19_WriteReg(0xf0,0x66);
SP0A19_WriteReg(0xf1,0x00);
SP0A19_WriteReg(0xfd,0x01);
SP0A19_WriteReg(0x90,0x0c);
SP0A19_WriteReg(0x92,0x01);
SP0A19_WriteReg(0x98,0x66);
SP0A19_WriteReg(0x99,0x00);
SP0A19_WriteReg(0x9a,0x01);
SP0A19_WriteReg(0x9b,0x00);
SP0A19_WriteReg(0xfd,0x01);
SP0A19_WriteReg(0xce,0xc8);
SP0A19_WriteReg(0xcf,0x04);
SP0A19_WriteReg(0xd0,0xc8);
SP0A19_WriteReg(0xd1,0x04);
SP0A19_WriteReg(0xfd,0x00);
}
else
{
SENSOR_PRINTK("normal mode 60hz\r\n");
//capture preview daylight 24M 60hz 20-8FPS maxgain:0x70
SP0A19_WriteReg(0xfd,0x00);
SP0A19_WriteReg(0x03,0x00);
SP0A19_WriteReg(0x04,0xff);
SP0A19_WriteReg(0x06,0x00);
SP0A19_WriteReg(0x09,0x01);
SP0A19_WriteReg(0x0a,0x46);
SP0A19_WriteReg(0xf0,0x55);
SP0A19_WriteReg(0xf1,0x00);
SP0A19_WriteReg(0xfd,0x01);
SP0A19_WriteReg(0x90,0x0f);
SP0A19_WriteReg(0x92,0x01);
SP0A19_WriteReg(0x98,0x55);
SP0A19_WriteReg(0x99,0x00);
SP0A19_WriteReg(0x9a,0x01);
SP0A19_WriteReg(0x9b,0x00);
SP0A19_WriteReg(0xfd,0x01);
SP0A19_WriteReg(0xce,0xfb);
SP0A19_WriteReg(0xcf,0x04);
SP0A19_WriteReg(0xd0,0xfb);
SP0A19_WriteReg(0xd1,0x04);
SP0A19_WriteReg(0xfd,0x00);
}
break;
}
case DCAMERA_ENVIRONMENT_NIGHT:
{
SP0A19_WriteReg(0xfd,0x0 );
SP0A19_WriteReg(0xb2,0x25);
SP0A19_WriteReg(0xb3,0x1f);
if(Antiflicker== DCAMERA_FLICKER_50HZ)
{
SENSOR_PRINTK("night mode 50hz\r\n");
//capture preview night 24M 50hz 20-6FPS maxgain:0x78
SP0A19_WriteReg(0xfd,0x00);
SP0A19_WriteReg(0x03,0x01);
SP0A19_WriteReg(0x04,0x32);
SP0A19_WriteReg(0x06,0x00);
SP0A19_WriteReg(0x09,0x01);
SP0A19_WriteReg(0x0a,0x46);
SP0A19_WriteReg(0xf0,0x66);
SP0A19_WriteReg(0xf1,0x00);
SP0A19_WriteReg(0xfd,0x01);
SP0A19_WriteReg(0x90,0x10);
SP0A19_WriteReg(0x92,0x01);
SP0A19_WriteReg(0x98,0x66);
SP0A19_WriteReg(0x99,0x00);
SP0A19_WriteReg(0x9a,0x01);
SP0A19_WriteReg(0x9b,0x00);
SP0A19_WriteReg(0xfd,0x01);
SP0A19_WriteReg(0xce,0x60);
SP0A19_WriteReg(0xcf,0x06);
SP0A19_WriteReg(0xd0,0x60);
SP0A19_WriteReg(0xd1,0x06);
SP0A19_WriteReg(0xfd,0x00);
}
else
{
SENSOR_PRINTK("night mode 60hz\r\n");
//capture preview night 24M 60hz 20-6FPS maxgain:0x78
SP0A19_WriteReg(0xfd,0x00);
SP0A19_WriteReg(0x03,0x00);
SP0A19_WriteReg(0x04,0xff);
SP0A19_WriteReg(0x06,0x00);
SP0A19_WriteReg(0x09,0x01);
SP0A19_WriteReg(0x0a,0x46);
SP0A19_WriteReg(0xf0,0x55);
SP0A19_WriteReg(0xf1,0x00);
SP0A19_WriteReg(0xfd,0x01);
SP0A19_WriteReg(0x90,0x14);
SP0A19_WriteReg(0x92,0x01);
SP0A19_WriteReg(0x98,0x55);
SP0A19_WriteReg(0x99,0x00);
SP0A19_WriteReg(0x9a,0x01);
SP0A19_WriteReg(0x9b,0x00);
SP0A19_WriteReg(0xfd,0x01);
SP0A19_WriteReg(0xce,0xa4);
SP0A19_WriteReg(0xcf,0x06);
SP0A19_WriteReg(0xd0,0xa4);
SP0A19_WriteReg(0xd1,0x06);
SP0A19_WriteReg(0xfd,0x00);
}
break;
}
default:
{
break;
}
SENSOR_Sleep(100);
}
return 0;
}
LOCAL uint32_t _BF3905_set_preview_mode(uint32_t preview_mode)
{
SENSOR_PRINT("set_preview_mode: preview_mode = %d\n", preview_mode);
//_BF3A20_set_anti_flicker(0);
switch (preview_mode)
{
case DCAMERA_ENVIRONMENT_NORMAL:
{
//YCP_saturation
BF3905_WriteReg(0x89 , 0x65); //7d
BF3905_WriteReg(0x86 , 0x80);
SENSOR_PRINT("set_preview_mode: DCAMERA_ENVIRONMENT_NORMAL\n");
break;
}
case 1://DCAMERA_ENVIRONMENT_NIGHT://1
{
//YCP_saturation
BF3905_WriteReg(0x89 , 0x65); //7d
BF3905_WriteReg(0x86 , 0x80);
SENSOR_PRINT("set_preview_mode: DCAMERA_ENVIRONMENT_NIGHT\n");
break;
}
case 3://SENSOR_ENVIROMENT_PORTRAIT://3
{
//YCP_saturation
BF3905_WriteReg(0x89 , 0x65); //7d
BF3905_WriteReg(0x86 , 0x80);
SENSOR_PRINT("set_preview_mode: SENSOR_ENVIROMENT_PORTRAIT\n");
break;
}
case 4://SENSOR_ENVIROMENT_LANDSCAPE://4
{
//nightmode disable
BF3905_WriteReg(0x89 , 0x65); //7d
BF3905_WriteReg(0x86 , 0x80);
SENSOR_PRINT("set_preview_mode: SENSOR_ENVIROMENT_LANDSCAPE\n");
break;
}
case 2://SENSOR_ENVIROMENT_SPORTS://2
{
//nightmode disable
//YCP_saturation
BF3905_WriteReg(0x89 , 0x65); //7d
BF3905_WriteReg(0x86 , 0x80);
SENSOR_PRINT("set_preview_mode: SENSOR_ENVIROMENT_SPORTS\n");
break;
}
default:
{
break;
}
}
SENSOR_Sleep(20);
return 0;
}