Link TLC-7300UCL, Instruction Manual

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Command Name Format Argument Return value Explanation
Shade Control shade=N<CR> 0:OFF OK Shade control mode
Mode 1:ON Getting/setting
2:Data out
3:Data in
4:Data all in
5:Auto shade for gain
6:Auto shade for offset
shade[?]<CR> Non 0:OFF
1:ON
2:Data out
3:Data in
4:Data all in
5:Auto shade for gain
6:Auto shade for offset
shade=2 output
data bit
shd_ul=N<CR>
N=0 or 1
OK Setting shade=2 output data bit
0:FFC coefficients upper 8bit
1:FFC coefficients lower 4bit
Gain/Offset
shd_go=N<CR> 0:OFF OK Target value
1:Gain Getting/setting
2:Offset
shd_go[?]<CR> Non 0:OFF
1:Gain
2:Offset
Pixel Address shd_ad0=N<CR> N:0-255
OK Correction targeted pixel
(Lower)
(The lower address）
shd_ad0[?]<CR> Non 0-255 Getting/setting
Pixel Address shd_ad1=N<CR> N:0-255
OK Correction targeted pixel
(Upper)
(The upper address）
shd_ad1[?]<CR> Non 0-255 Getting/setting
(Note.1)
Value set
shd_dat0=N<CR> N:0-255 OK Data value setting(The lower data）
(Lower)
shd_dat0[?]<CR> Non 0-255 Getting/setting
Value set
shd_dat1=N<CR> N:0-255 OK Data value setting(The upper data）
(Upper)
shd_dat1[?]<CR> Non 0-255 Getting/setting '(Note.2)
Taget Level for shd_to=N<CR> N:0-255
OK Correction targeted level
black level
shd_to[?]<CR> Non 0-255 Getting/setting for black level.
Taget Level for shd_tg=N<CR>
N:0-255 OK Correction targeted level
gray level
shd_tg[?]<CR> Non 0-255 Getting/setting for gray level.
Data set
shd_set<CR> Non OK Data set
EEPROM load shd_epld<CR>
Non OK EEPROM all load
EEPROM save shd_epsv<CR>
Non OK EEPROM all save
EEPROM clear shd_epcl<CR>
Non OK EEPROM all clear
Taget Level for pwb_tg=N<CR> N:0-255
OK Correction targeted level
level
pwb_tg[?]<CR> Non 0-255
pwb_execute
pwb_set<CR> Non OK White balance
Base Configrationscan_dir=2<CR> N:0or2
OK 80Mhz data rate mode.
Mode
speed=1<CR> N:0or1 OK (Base Configration)
Medium Configration scan_dir=0<CR> N:0or2 OK 120Mhz data rate mode.
Mode
speed=0<CR> N:0or1 OK (Medium Configration)
(Note.1) Pixel address = B
×
256 + A
：
shd_ad0=A shd_ad1=B
(Note.2) Pixel data = D
×
256 + C
：
shd_dat0=A shd_dat1=D
shd_dat0=0 shd_dat1=0 right edge.
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