📄 sensor.c

📁 Vc0558 backend IC COMS sensor drive program
💻 C
📖 第 1 页 / 共 5 页
字号:
	{0x801, 0x05,	0},
	{0x802, 0x02,	0},
	{0x803, 0x1b,	0},
	{0x804, 0x05,	0},
	{0x814, 0x00,	0},
	{0x815, 0x00,	0},
	{0x816, 0x02,	0},
	{0x817, 0x80,	0},
	{0x820, 0x00,	0},
	{0x821, 0x00,	0},
	{0x822, 0x01,	0},
	{0x823, 0xe0,	0},
	{0x81c, 0x00,	0},
	{0x81d, 0x01,	0},
	{0x81e, 0x00,	0},
	{0x81f, 0x02,	0},
//	{0x800, 0x66,	0},
};

const V558_SENSORREGVALUE	SensorRegVal[] =
{
	{0x12,	0x80,	10},
	{0x03,	0xa4,	1},
//	{0x04,	0x2a,	1},
//	{0x05,	0x2a,	1},
	{0x04,	0x30,	1},
	{0x05,	0x88,	1},
	{0x06,	0x60,	1},
	{0x11,	0x00,	1},
	{0x12,	0x45,	1},
	{0x13,	0xa3,	1},
	{0x14,	0x04,	1},
//	{0x15,	0x04,	1},
	{0x15,	0x14,	1},
	{0x1f,	0x41,	1},
	{0x20,	0xd0,	1},
	{0x23,	0xde,	1},
//	{0x24,	0x90,	1},//add
//	{0x25,	0x78,	1},//add
	{0x24,	0x80,	1},//add
	{0x25,	0x70,	1},//add
//	{0x26,	0xa2,	1},//add
//	{0x27,	0xe2,	1},
	{0x26,	0x32,	1},//add
	{0x27,	0xea,	1},
	{0x28,	0x20,	1},
	{0x2a,	0x91,	1},
#if FREQ == 0
	{0x2b,	0x98,	1},
#else
	{0x2b,	0x00,	1},
#endif
	{0x2d,	0x05,	1},
//	{0x2f,	0x9c,	1},
	{0x2f,	0x9d,	1},
	{0x30,	0x00,	1},
	{0x31,	0xc4,	1},
	{0x60,	0x86,	1},
	{0x61,	0xe0,	1},
	{0x62,	0x88,	1},
	{0x63,	0x11,	1},
	{0x64,	0x89,	1},
	{0x65,	0x00,	1},
	{0x67,	0x94,	1},
	{0x68,	0x7a,	1},
//	{0x69,	0x04,	1},
	{0x69,	0x08,	1},
	{0x6c,	0x11,	1},
	{0x6d,	0x33,	1},
	{0x6e,	0x22,	1},
	{0x6f,	0x00,	1},
//	{0x74,	0x20,	1},
	{0x74,	0x60,	1},
	{0x75,	0x8e,	1},
	{0x77,	0xc4,	1},
	{0x79,	0x88,	1},
	{0x7a,	0x84,	1},
};

const V558_SENSORREGVALUE	IspRegVal[] =
{
	{0x00,	0x00,	1},


};

const V558_SENSORINFO SensorInfo =  
{
	"ov7649 yuv mode",
	{640, 480},
	1,		//yuv mode
	0x1,	//pixel rate
	0x1,	//sensor mast clock count
	12000,	//sif clock
	V558_SNRC_I2C,
	OV7649_YUV,
	{1,1,0,0,0},
	{sizeof(SifRegVal) / sizeof(V558_SENSORREGVALUE), SifRegVal},
	{0, 0x42, 0, sizeof(SensorRegVal) / sizeof(V558_SENSORREGVALUE), SensorRegVal},
	{
		0x42, 0, IspRegVal,
		{
			//tgt, yfldstp,lck,ulck,gain,gadly,gmax,gainrange[4],yfldmstp,steptime,inlck, gmin, etdem, etnum,reserved1,2,3;
			{0x78, 0x40, 0x0a, 0x14, 0x60, 1, 0xe0, {0x20, 0x20, 0xb, 0x10}, 0x20, 4, 0, 0x20, 4, 3, 0, 0, 0},	//ae
			//flkcnt,flklinemode,flkstep,flklst,outthd,lighttype,freqtype,timeinout,reserved1,2
			{0x39   ,0x1        ,0x0    ,0xd0  ,3     ,0        ,FREQ    , 98, 0, 0},	//aflk
			//enae,enflk,intfrq,maxexp,defexp,minexp,exppoint,dpcthd,enlight,reserved1,2
			1, AUTO_FLK, 0     ,1000  ,400   ,80    ,1000    ,1000    ,1      ,0,0
		},
		{
			32, 32 //brightness
		},
		{
			0x00,0x04,0x16,0x30,0x4e,0x68,0x81,0x98,0xac,0xbe,0xcd,0xda,0xe4,0xed,0xf5,0xfb,0xff //gamma table
		}
	}

};

/********************************************************************************
  Description:	Write sensor register to change exposure time
  Parameter: t -- exposure time clock num 
*********************************************************************************/
void V558_SifSetSnrTime(UINT8 freqtype, UINT32 t)
{
}

/********************************************************************************
  Description:	Write sensor register when change freq
  Parameter: freqflag -- freq type (0)50hz,else 60hz 
*********************************************************************************/
void V558_SifSetFlkParam(UINT8 freqflag)
{
}

#endif



#if SELECT_TCM8210MD_YUV

const V558_SENSORREGVALUE	SifRegVal[] =
{

//	{0x800, 0x60,	1},
//	{0x800, 0x61,	1},
//	{0x805, 0x00,	0},
//	{0x806, 0x01,	0},
	{0x802, 0x00,	0},
	{0x801, 0x01,	0},
	{0x803, 0x0b,	0},
	{0x804, 0x05,	0},
	{0x815, 0x04,	0},
	{0x816, 0x02,	0},
	{0x817, 0x7f,	0},
	{0x821, 0x00,	0},
	{0x823, 0xe0,	0},
	{0x81d, 0x01,	0},
	{0x81f, 0x02,	0},


	{0x834, 0x01,	0},
	{0x835, 0xbc,	0},
//	{0x800, 0x63,	0}
};

const V558_SENSORREGVALUE	SensorRegVal[] =
{
	{0x02,	0x80,	10},
	{0x03,	0x00,	10},


	{0x22,	0x0e,	10},
	{0x24,	0x0f,	10},
	{0x28,	0x06,	10},
	{0x2d,	0x08,	10},

	{0x04,	0x0f,	10},
	{0x05,	0x02,	10},
	{0x08,	0x08,	10},
	{0x0a,	0x00,	10},
	{0x0d,	0x80,	10},
	{0x11,	0x9a,	10},
	{0x12,	0xdc,	10},
	{0x18,	0x30,	10},
	{0x1a,	0x00,	10},
	{0x1c,	0x9a,	10}

};

const V558_SENSORREGVALUE	IspRegVal[] =
{
	{0x00,	0x00,	1},


};

const V558_SENSORINFO SensorInfo = 
{
	"TCM8210MD yuv mode",
	{640, 480},
	1,		//yuv mode
	0x1,	//pixel rate
	0x0,	//sensor mast clock count
	12000,	//sif clock
	V558_SNRC_I2C,
	TCM8210MD_YUV,
	{0,1,0,0,1},
	{sizeof(SifRegVal) / sizeof(V558_SENSORREGVALUE), SifRegVal},
	{0, 0x78, 0, sizeof(SensorRegVal) / sizeof(V558_SENSORREGVALUE), SensorRegVal},
	{
		0x78, 0, IspRegVal,
		{
			//tgt, yfldstp,lck,ulck,gain,gadly,gmax,gainrange[4],yfldmstp,steptime,inlck, gmin, etdem, etnum,reserved1,2,3;
			{0x78, 0x40, 0x0a, 0x14, 0x60, 1, 0xe0, {0x20, 0x20, 0xb, 0x10}, 0x20, 4, 0, 0x20, 4, 3, 0, 0, 0},	//ae
			//flkcnt,flklinemode,flkstep,flklst,outthd,lighttype,freqtype,timeinout,reserved1,2
			{0x39   ,0x1        ,0x0    ,0xd0  ,3     ,0        ,FREQ    , 98, 0, 0},	//aflk
			//enae,enflk,intfrq,maxexp,defexp,minexp,exppoint,dpcthd,enlight,reserved1,2
			1, AUTO_FLK, 0     ,1000  ,400   ,80    ,1000    ,1000    ,1      ,0,0
		},
		{
			32, 32 //brightness
		},
		{
			0x00,0x04,0x16,0x30,0x4e,0x68,0x81,0x98,0xac,0xbe,0xcd,0xda,0xe4,0xed,0xf5,0xfb,0xff //gamma table
		}
	}
};

/********************************************************************************
  Description:	Write sensor register to change exposure time
  Parameter: t -- exposure time clock num 
*********************************************************************************/
void V558_SifSetSnrTime(UINT8 freqtype, UINT32 t)
{
}

/********************************************************************************
  Description:	Write sensor register when change freq
  Parameter: freqflag -- freq type (0)50hz,else 60hz 
*********************************************************************************/
void V558_SifSetFlkParam(UINT8 freqflag)
{
}

#endif



#if SELECT_PIXEL2030K_BAYER

const V558_SENSORREGVALUE	SifRegVal[] =
{
//	{0x800, 0x24,	1},
//	{0x800, 0x25,	1},

//	{0x805, 0x00,	0},
//	{0x806, 0x01,	0},
	{0x801, 0x01,	0},
	{0x803, 0x1b,	0},
	{0x804, 0x05,	0},
	{0x815, 0x00,	0},
	{0x816, 0x02,	0},
	{0x817, 0x7f,	0},
	{0x821, 0x00,	0},
	{0x823, 0xe0,	0},
	{0x81d, 0x01,	0},
	{0x81f, 0x08,	0},

	{0x840, 0x01,	0},
	{0x841, 0xd0,	0},
	{0x842, 0x01,	0},
	{0x843, 0xe0,	0}

//	{0x800, 0x27,	0}
};

const V558_SENSORREGVALUE	SensorRegVal[] =
{
	{0x05,	0xe7,	1},
	{0x08,	0x01,	1},
	{0x09,	0x3c,	1},
	{0x0d,	0xbc,	1},
	{0x13,	0x03,	1},
	{0x1e,	0x0f,	1},
	{0x1d,	0x00,	1},
	{0x87,	0x00,	1},
	{0x88,	0x05,	1},
	{0x89,	0x00,	1},
	{0x8a,	0x06,	1},
	{0x8b,	0x00,	1},
	{0x8c,	0x01,	1},
	{0x20,	0xc4,	1},
	{0x2a,	0x01,	1},
	{0x2b,	0x31,	1},
	{0x2d,	0xb5,	1},
	{0x2e,	0xaa,	1},
	{0x2f,	0xda,	1},
	{0x30,	0x79,	1},
	{0x31,	0x1d,	1},
	{0x32,	0x72,	1},
	{0x33,	0x75,	1},
	{0x34,	0x72,	1},
	{0x35,	0xa2,	1},
	{0x36,	0x60,	1},
	{0x37,	0x08,	1},
	{0x3b,	0x2a,	1},
	{0x3c,	0x03,	1},
	{0x3d,	0x05,	1},
	{0x3e,	0x90,	1},
	{0x5a,	0x06,	1},
	{0x5b,	0x14,	1},
	{0x5c,	0x23,	1},
	{0x5d,	0x31,	1},
	{0x5e,	0x4f,	1},
	{0x5f,	0x66,	1},
	{0x60,	0x8a,	1},
	{0x61,	0xa7,	1},
	{0x62,	0xc1,	1},
	{0x63,	0xd8,	1},
	{0x66,	0xc0,	1},
	{0x67,	0x50,	1},
	{0x6b,	0xa0,	1},
	{0x6c,	0x50,	1},
	{0x78,	0x40,	1},
	{0x79,	0x80,	1},
	{0x7a,	0x00,	1},
	{0x7b,	0x02,	1},
	{0x8d,	0x0f,	1},
	{0x92,	0x48,	1},
	{0x93,	0x0a,	1},
	{0x94,	0x30,	1},
	{0x99,	0x08,	1},
	{0x46,	0x87,	1},
	{0x4b,	0x28,	1},
	{0x4c,	0x1e,	1},
	{0x4d,	0x00,	1},
	{0x4e,	0x19,	1},
	{0x4f,	0x00,	1},
	{0x53,	0x16,	1},
	{0x54,	0x10,	1}
};

const V558_SENSORREGVALUE	IspRegVal[] =
{
	{0x2000,	0x31,	0},
	{0x2001,	0x7d,	0},
	{0x2027,	0x20,	0},
	{0x2026,	0x60,	0},
	{0x200a,	0x40,	0},
	{0x200b,	0x60,	0},
	{0x200c,	0x05,	0},
	{0x200d,	0x0f,	0},
	{0x200e,	0x05,	0},
	{0x200f,	0x0f,	0},
	{0x2022,	0x40,	0},
	{0x2023,	0x40,	0},
	{0x2024,	0x40,	0},
	{0x202c,	0x60,	0},
	{0x202d,	0xf0,	0},
	{0x202e,	0xf0,	0},
	{0x202f,	0xf0,	0},
	{0x2030,	0x60,	0},
	{0x2031,	0xf0,	0},
	{0x2032,	0xf0,	0},
	{0x2033,	0xf0,	0},


	{0x2034,	0x60,	0},

	{0x208b,	0xff,	0},
//	{0x208c,	0xff,	0},
//	{0x208d,	0xff,	0},
	{0x2081,	0x01,	0}


};

const V558_SENSORINFO SensorInfo = 
{
	"Pixe2030k bayer mode",
	{640, 480},
	0,		//bayer mode
	0x1,	//pixel rate
	0x0,	//sensor mast clock count
	12000,	//sif clock
	V558_SNRC_I2C,
	PIXEL2030K_BAYER,
	{0,1,0,0,1},
	{sizeof(SifRegVal) / sizeof(V558_SENSORREGVALUE), SifRegVal},
	{0, 0xdc, 0, sizeof(SensorRegVal) / sizeof(V558_SENSORREGVALUE), SensorRegVal},
	{
		0x0, sizeof(IspRegVal) / sizeof(V558_SENSORREGVALUE), 
		IspRegVal,
		{
			//tgt, yfldstp,lck,ulck,gain,gadly,gmax,gainrange[4],yfldmstp,steptime,inlck, gmin, etdem, etnum,reserved1,2,3;
			{0x80, 0x40, 0x0a, 0x14, 0x60, 1, 0xe0, {0x20, 0x20, 0xb, 0x10}, 0x20, 4, 0, 0x20, 4, 3, 0, 0, 0},	//ae
			//flkcnt,flklinemode,flkstep,flklst,outthd,lighttype,freqtype,timeinout,reserved1,2
			{0x39   ,0x1        ,0x0    ,0xd0  ,3     ,0        ,FREQ    , 98, 0, 0},	//aflk
			//enae,enflk,intfrq,maxexp,defexp,minexp,exppoint,dpcthd,enlight,reserved1,2
			1, AUTO_FLK, 0     ,2000  ,400   ,80    ,1000    ,1000    ,1      ,0,0
		},
		{
			32, 32 //brightness
		},
		{
			0x00,0x13,0x38,0x59,0x79,0x92,0xa7,0xb9,0xc8,0xd4,0xdf,0xe7,0xee,0xf4,0xf9,0xfc,0xff	//gamma table
		}
	}
};

/********************************************************************************
  Description:	Write sensor register to change exposure time
  Parameter: t -- exposure time clock num 
*********************************************************************************/
void V558_SifSetSnrTime(UINT8 freqtype, UINT32 t)
{
	UINT16 uTemp = 0;

	V558_I2C_BATCH AeData;

	uTemp = (UINT16)(t/900); 
	AeData.RegBytes = 2;
	AeData.RegAddr = 0x1a;
	AeData.RegVal[0]= (UINT8)(uTemp>>8);
	AeData.RegVal[1]= (UINT8)uTemp;
	V558_SifI2cAeBatch(1, &AeData);
}

/********************************************************************************
  Description:	Write sensor register when change freq
  Parameter: freqflag -- freq type (0)50hz,else 60hz 
*********************************************************************************/
void V558_SifSetFlkParam(UINT8 freqflag)
{
}

#endif



#if SELECT_PIXEL2030NC_BAYER

const V558_SENSORREGVALUE	SifRegVal[] =
{
//	{0x800, 0x24,	1},
//	{0x800, 0x25,	1},
//	{0x805, 0x00,	0},
//	{0x806, 0x01,	0},
	{0x801, 0x01,	0},
	{0x803, 0x1b,	0},
	{0x804, 0x05,	0},
	{0x815, 0x00,	0},
	{0x816, 0x02,	0},
	{0x817, 0x7f,	0},
	{0x821, 0x00,	0},
	{0x823, 0xe0,	0},
	{0x81d, 0x01,	0},
	{0x81f, 0x08,	0},

	{0x840, 0x01,	0},
	{0x841, 0xd0,	0},
	{0x842, 0x01,	0},
	{0x843, 0xe0,	0}

//	{0x800, 0x27,	0}
};

const V558_SENSORREGVALUE	SensorRegVal[] =
{
	{0x08,	0x00,	1},
	{0x09,	0xd6,	1},
	{0x0b,	0x03,	1},
	{0x0d,	0x54,	1},
	{0x0f,	0xea,	1},

	{0x29,	0xe8,	1},
	{0x2d,	0x45,	1},
	{0x1e,	0x0a,	1},
	{0x1d,	0x00,	1},
	{0x87,	0x00,	1},
	{0x88,	0x05,	1},
	{0x89,	0x00,	1},
	{0x8a,	0x06,	1},
	{0x8b,	0x00,	1},
	{0x8c,	0x01,	1},
	{0x15,	0x04,	1},
	{0x16,	0x40,	1},
	{0x17,	0x40,	1},
	{0x18,	0x40,	1},
	{0x19,	0x40,	1},
	{0x20,	0x44,	1},
	{0x21,	0x00,	1},
	{0x33,	0x36,	1},
	{0x36,	0x60,	1},
	{0x37,	0x08,	1},
	{0x3b,	0x31,	1},
	{0x44,	0x0f,	1},
	{0x58,	0x02,	1},
	{0x66,	0xc0,	1},
	{0x67,	0x44,	1},
	{0x6b,	0xa0,	1},
	{0x6c,	0x54,	1},
	{0x50,	0xec,	1},
	{0x51,	0x05,	1},
	{0x52,	0x0a,	1},
	{0x53,	0x2f,	1},
	{0x5f,	0x40,	1},
	{0x60,	0x60,	1},
	{0x61,	0x80,	1},
	{0x62,	0xa0,	1},
	{0x63,	0xc0,	1},
	{0x64,	0xe0,	1},
	{0x79,	0xa0,	1},
	{0x7b,	0x02,	1},
	{0x8d,	0x00,	1},
	{0xd6,	0x07,	1},
	{0x46,	0x87,	1},
	{0x4b,	0x28,	1},
	{0x4c,	0x1e,	1},
	{0x4d,	0x00,	1},
	{0x4e,	0x19,	1},
	{0x4f,	0x00,	1}
	
};

const V558_SENSORREGVALUE	IspRegVal[] =
{
	{0x2000,	0x31,	0},
	{0x2001,	0x7d,	0},
	{0x2027,	0x20,	0},
	{0x2026,	0x60,	0},
	{0x200a,	0x40,	0},
	{0x200b,	0x60,	0},
	{0x200c,	0x05,	0},
	{0x200d,	0x0f,	0},
	{0x200e,	0x05,	0},
	{0x200f,	0x0f,	0},
	{0x2022,	0x40,	0},
	{0x2023,	0x40,	0},
	{0x2024,	0x40,	0},
	{0x202c,	0x60,	0},
	{0x202d,	0xf0,	0},
	{0x202e,	0xf0,	0},
	{0x202f,	0xf0,	0},
	{0x2030,	0x60,	0},
	{0x2031,	0xf0,	0},
	{0x2032,	0xf0,	0},
	{0x2033,	0xf0,	0},
	{0x2034,	0x60,	0},

	{0x208b,	0xff,	0},
//	{0x208c,	0xff,	0},
//	{0x208d,	0xff,	0},
	{0x2081,	0x01,	0}


};                                
                                  
const V558_SENSORINFO SensorInfo =      
{                                 
	"Pixe2030NC bayer mode",   
	{640, 480},               
	0,		//bayer mode
	0x1,	//pixel rate
	0x0,	//sensor mast clock count
	12000,	//sif clock
	V558_SNRC_I2C,            
	PIXEL2030NC_BAYER,          
	{0,1,0,0,1},              
	{sizeof(SifRegVal) / sizeof(V558_SENSORREGVALUE), SifRegVal},
	{0, 0xdc, 0, sizeof(SensorRegVal) / sizeof(V558_SENSORREGVALUE), SensorRegVal},
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👤 上传用户 eeworm
📂 所属分类单片机开发
📄 代码行数 2,859 行
💻 语言类型 C语言
🏷️ 相关标签

#backend #program #sensor #drive
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