320x240-hdcs2020.txt

linux下的zc030x USB摄像头驱动

Analysing 320x240.c
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Writing at address  0x0000  the value  0x0001  ( 0x0000 })
Writing at address  0x0002  the value  0x0011  ( 0x0000 })
Writing at address  0x0008  the value  0x0005  ( 0x0000 })
>>> Trying to read EEPROM and select I2C address @  0x0008 
Writing at address  0x0003  the value  0x0002  ( 0x0000 })
Writing at address  0x0004  the value  0x0080  ( 0x0000 })
Writing at address  0x0005  the value  0x0001  ( 0x0000 })
Writing at address  0x0006  the value  0x00e0  ( 0x0000 })
Writing at address  0x0001  the value  0x0001  ( 0x0000 })
Writing at address  0x0012  the value  0x0003  ( 0x0000 })
Writing at address  0x0012  the value  0x0001  ( 0x0000 })
Writing at address  0x0098  the value  0x0000  ( 0x0000 })
Writing at address  0x009a  the value  0x0000  ( 0x0000 })
Writing at address  0x011a  the value  0x0000  ( 0x0000 })
Writing at address  0x011c  the value  0x0000  ( 0x0000 })
Writing at address  0x009c  the value  0x00e8  ( 0x0000 })
Writing at address  0x009e  the value  0x0088  ( 0x0000 })
>>> I2C Bus control: Writing @ 0x001c = 0x0000 ( 0x0001 })
>>> I2C Bus control: Writing @ 0x000a = 0x0001 ( 0x0001 })
>>> I2C Bus control: Writing @ 0x000b = 0x0006 ( 0x0001 })
>>> I2C Bus control: Writing @ 0x000c = 0x007b ( 0x0001 })
>>> I2C Bus control: Writing @ 0x000d = 0x00a7 ( 0x0001 })
>>> I2C Bus control: Writing @ 0x0003 = 0x00fb ( 0x0001 })
>>> I2C Bus control: Writing @ 0x0005 = 0x0000 ( 0x0001 })
>>> I2C Bus control: Writing @ 0x0006 = 0x0003 ( 0x0001 })
>>> I2C Bus control: Writing @ 0x0009 = 0x0008 ( 0x0001 })
>>> I2C Bus control: Writing @ 0x000f = 0x0018 ( 0x0001 })
>>> I2C Bus control: Writing @ 0x0010 = 0x0018 ( 0x0001 })
>>> I2C Bus control: Writing @ 0x0011 = 0x0018 ( 0x0001 })
>>> I2C Bus control: Writing @ 0x0012 = 0x0018 ( 0x0001 })
>>> I2C Bus control: Writing @ 0x0015 = 0x004e ( 0x0001 })
>>> I2C Bus control: Writing @ 0x001c = 0x0004 ( 0x0001 })
Writing at address  0x0101  the value  0x00b7  ( 0x0000 })
Writing at address  0x0012  the value  0x0005  ( 0x0000 })
Writing at address  0x018d  the value  0x0070  ( 0x0000 })
Writing at address  0x0100  the value  0x000d  ( 0x0000 })
Writing at address  0x0189  the value  0x0006  ( 0x0000 })
Writing at address  0x01c5  the value  0x0003  ( 0x0000 })
>>> Sharpness control:Writing at address  0x01cb  the value  0x0013  ( 0x0000 })
Writing at address  0x0250  the value  0x0008  ( 0x0000 })
Writing at address  0x0301  the value  0x0008  ( 0x0000 })
Reading at address  0x0002  the value  0x0001  ( 0x0001 })
Reading at address  0x0008  the value  0x0001  ( 0x0001 })
Reading at address  0x0180  the value  0x0001  ( 0x0001 })
Writing at address  0x0180  the value  0x0002  ( 0x0000 })
Writing at address  0x0116  the value  0x0040  ( 0x0000 })
Writing at address  0x0117  the value  0x0040  ( 0x0000 })
Writing at address  0x0118  the value  0x0040  ( 0x0000 })
Reading at address  0x0008  the value  0x0001  ( 0x0001 })
Writing at address  0x0008  the value  0x0005  ( 0x0000 })
>>> Sharpness control:Writing at address  0x01c6  the value  0x0008  ( 0x0000 })
>>> Sharpness control:Reading at address  0x01c8  the value  0x0001  ( 0x0001 })
>>> Sharpness control:Reading at address  0x01c9  the value  0x0001  ( 0x0001 })
>>> Sharpness control:Reading at address  0x01ca  the value  0x0001  ( 0x0000 })
>>> Sharpness control:Writing at address  0x01cb  the value  0x000f  ( 0x0000 })
>>> Gamma matrix: [13:38:]
>>> 3x3 RGB matrix conversion: [ 0x0066   0x00ed   0x00ed ]
>>> 3x3 RGB matrix conversion: [ 0x00ed   0x0066   0x00ed ]
>>> 3x3 RGB matrix conversion: [ 0x00ed   0x00ed   0x0066 ]
Reading at address  0x0180  the value  0x0001  ( 0x0001 })
Writing at address  0x0180  the value  0x0000  ( 0x0000 })
Writing at address  0x0019  the value  0x0000  ( 0x0000 })
>>> I2C Bus control: Writing @ 0x0013 = 0x0031 ( 0x0001 })
>>> I2C Bus control: Writing @ 0x0014 = 0x0001 ( 0x0001 })
>>> I2C Bus control: Writing @ 0x000e = 0x0004 ( 0x0001 })
>>> I2C Bus control: Writing @ 0x0019 = 0x00cd ( 0x0001 })
Writing at address  0x0190  the value  0x0000  ( 0x0000 })
Writing at address  0x0191  the value  0x0002  ( 0x0000 })
Writing at address  0x0192  the value  0x0062  ( 0x0000 })
Writing at address  0x0195  the value  0x0000  ( 0x0000 })
Writing at address  0x0196  the value  0x0000  ( 0x0000 })
Writing at address  0x0197  the value  0x003d  ( 0x0000 })
Writing at address  0x018c  the value  0x0010  ( 0x0000 })
Writing at address  0x018f  the value  0x0020  ( 0x0000 })
Writing at address  0x01a9  the value  0x000c  ( 0x0000 })
Writing at address  0x01aa  the value  0x0028  ( 0x0000 })
>>> HSYNC/VSYNC:Writing at address  0x001d  the value  0x0004  ( 0x0000 })
>>> HSYNC/VSYNC:Writing at address  0x001e  the value  0x0018  ( 0x0000 })
>>> HSYNC/VSYNC:Writing at address  0x001f  the value  0x002c  ( 0x0000 })
>>> HSYNC/VSYNC:Writing at address  0x0020  the value  0x0041  ( 0x0000 })
Writing at address  0x011d  the value  0x0060  ( 0x0000 })
Writing at address  0x0180  the value  0x0042  ( 0x0000 })
Reading at address  0x0180  the value  0x0001  ( 0x0001 })
Writing at address  0x0180  the value  0x0042  ( 0x0000 })
Writing at address  0x0116  the value  0x0040  ( 0x0000 })
Writing at address  0x0117  the value  0x0040  ( 0x0000 })
Writing at address  0x0118  the value  0x0040  ( 0x0000 })
Reading at address  0x0008  the value  0x0001  ( 0x0001 })
Reading at address  0x0008  the value  0x0001  ( 0x0001 })
Writing at address  0x0008  the value  0x0004  ( 0x0000 })
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