# Plustek-SANE Backend configuration file # For use with LM9831/2/3 based USB scanners # # each device needs at least two lines: # - [usb] vendor-ID and product-ID # - device devicename # i.e. for Plustek (0x07B3) UT12/16/24 (0x0017) # [usb] 0x07B3 0x0017 # device /dev/usbscanner # or # device libusb:bbb:ddd # where bbb is the busnumber and ddd the device number # make sure that your user has access to /proc/bus/usb/bbb/ddd # # additionally you can specify some options # warmup, lOffOnEnd, lampOff # # For autodetection use # [usb] # device /dev/usbscanner # # or simply # [usb] # # or if you want a specific device but you have no idea about the # device node or you use libusb, simply set vendor- and product-ID # [usb] 0x07B3 0x0017 # device auto # # NOTE: autodetection is safe, as it uses the info it got # from the USB subsystem. If you're not using the # autodetection, you MUST have attached that device # at your USB-port, that you have specified... # [usb] # # options for the previous USB entry # # switch lamp off after xxx secs, 0 disables the feature # (can also be set via frontend) option lampOff 300 # warmup period in seconds, 0 means no warmup, -1 means auto-warmup # (can also be set via frontend) option warmup -1 # 0 means leave lamp-status untouched, not 0 means switch off # on sane_close # (can also be set via frontend) option lOffOnEnd 1 # # options to tweak the image start-position # (WARNING: there's no internal range check!!!) # # for the normal scan area # option posOffX 0 option posOffY 0 # for transparencies option tpaOffX 0 option tpaOffY 0 # for negatives option negOffX 0 option negOffY 0 # # for setting the calibration strip position # (WARNING: there's no internal range check!!!) # -1 means use built in # (can also be set via frontend) option posShadingY -1 option tpaShadingY -1 option negShadingY -1 # # to invert the negatives, 0 disables the feature # option invertNegatives 0 # # to disable the internal sensor speedup function, # 1 disables the feature # option disableSpeedup 0 # # to save/restore coarse calibration data # (can also be set via frontend) option cacheCalData 0 # # use alternate calibration routines # option altCalibration 0 # # for skipping whole calibration step # option skipCalibration 0 # # for skipping entire fine calibration step # coarse calibration is done # option skipFine 0 # # discard the result of the fine white calibration # option skipFineWhite 0 # # some scanners have a dark calibration strip, in # general this one should be used for calibration. # As this could cause some trouble, this option # overrides that and the dark calibration will be # done by switching the lamp off # option skipDarkStrip 0 # for replacing the gain values found during coarse # calibration # (can also be set via frontend) option red_gain -1 option green_gain -1 option blue_gain -1 # for replacing the offset values found during coarse # calibration # (can also be set via frontend) option red_offset -1 option green_offset -1 option blue_offset -1 # # for replacing the default lampoff settings, this # works only for CIS devices like CanoScan LiDE20 # (can also be set via frontend) option red_lampoff -1 option green_lampoff -1 option blue_lampoff -1 # # for adjusting the default gamma values # (can also be set via frontend) option redGamma 1.0 option greenGamma 1.0 option blueGamma 1.0 option grayGamma 1.0 # # to enable TPA (EPSON or UMAX, if autodetection fails) # 0 means default behaviour as specified in the internal tables # 1 means enable (needed for UMAX 3450) option enableTPA 0 # # model override functionality, currently only available for # Mustek devices, using NSCs' vendor ID: 0x0400 and # also their product ID: 0x1000 (LM9831) 0x1001 (LM9832) # # mov/PID | 0x1000 | 0x1001 # --------------------------------------- # 0 (default)| BearPaw1200 | BearPaw 2400 # 1 | ignored | BearPaw 1200 # option mov 0 # # and of course the device-name # # device /dev/usbscanner device auto # # to define a new device, start with a new section: # [usb] #
