sane-project-backends/backend/artec_eplus48u.conf

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# artec_eplus48u - SANE Backend configuration file
# For use with the Artec E+ 48U scanner
# This scanner is also sold as
# Tevion MD 9693, Medion MD 9705, Medion MD 9693,
# Trust Easy Webscan 19200, Memorex Mem 48U or Umax AstraSlim SE.
#
# The USB section:
# each device needs at least the following line:
# usb vendor-ID and product-ID
# Every device configuration in this file must begin with an usb entry.
usb 0x05d8 0x4003
#
# Path to the firmware file
# This file comes with the Windows driver
# The scanner won't work without it
#
option artecFirmwareFile /etc/sane.d/Artec48.usb
option ePlusPro 0
#
# for adjusting the default gamma values
#
option redGamma 1.0
option greenGamma 1.0
option blueGamma 1.0
option masterGamma 1.9
#Use this options to set the default offset and exposure time values.
option redOffset 0x28
option greenOffset 0x2f
option blueOffset 0x2f
option redExposure 0xa7
option greenExposure 0x116
option blueExposure 0xdc
# The vendor and model string
# This string is displayed by the frontends. If you do not want to get your
# scanner reported as "Artec E+ 48U", then change the option accordingly.
option vendorString "Artec"
option modelString "E+ 48U"
#
# device-name
#
# If autodetection does not work, then you can specify the device here
# The device entry must be the last one in this config file (or the last one before a
# new usb entry).
#If you are using libusb, a device looks like this:
#device libusb:001:002
#If you are using the scanner module (kernel driver), a device looks like this:
#device /dev/usbscanner
# Another USB section:
# each device needs at least the following line:
# usb vendor-ID and product-ID
# Every device configuration in this file must begin with an usb entry.
# Since the Trust Easy Webscan 19200 uses a different product id, we add
# another usb section here.
usb 0x05d8 0x4006
#
# Path to the firmware file
# This file comes with the Windows driver
# The scanner won't work without it
#
option artecFirmwareFile <path>/Artec48.usb
#
# for adjusting the default gamma values
#
option ePlusPro 1
option redGamma 1.0
option greenGamma 1.0
option blueGamma 1.0
option masterGamma 1.9
#Use this options to set the default offset and exposure time values.
#If calibrate device is set to 0, this values are used instead of the values
#which were calculated during calibration.
option redOffset 0x28
option greenOffset 0x2f
option blueOffset 0x2f
option redExposure 0xa7
option greenExposure 0x116
option blueExposure 0xdc
# The vendor and model string
# This string is displayed by the frontends. The Trust Easy Webscan 19200
# has a different product id, therefore we can overwrite the vendor and model
# string here.
option vendorString "Trust"
option modelString "Easy Webscan 19200"
#
# device-name
#
# If autodetection does not work, then you can specify the device here
# The device entry must be the last one in this config file (or the last one before a
# new usb entry).
#If you are using libusb, a device looks like this:
#device libusb:001:002
#If you are using the scanner module (kernel driver), a device looks like this:
#device /dev/usbscanner
# Another USB section:
# each device needs at least the following line:
# usb vendor-ID and product-ID
# Every device configuration in this file must begin with an usb entry.
# Since the Memorex Mem48U uses a different product id, we add
# another usb section here.
usb 0x05d8 0x4005
#
# Path to the firmware file
# This file comes with the Windows driver
# The scanner won't work without it
#
option artecFirmwareFile <path>/Artec48.usb
#
# for adjusting the default gamma values
#
option redGamma 1.0
option greenGamma 1.0
option blueGamma 1.0
option masterGamma 1.9
#Use this options to set the default offset and exposure time values.
#If calibrate device is set to 0, this values are used instead of the values
#which were calculated during calibration.
option redOffset 0x28
option greenOffset 0x2f
option blueOffset 0x2f
option redExposure 0xa7
option greenExposure 0x116
option blueExposure 0xdc
# The vendor and model string
# This string is displayed by the frontends. The Umax AstraSlim SE
# has a different product id, therefore we can overwrite the vendor and model
# string here.
option vendorString "Memorex"
option modelString "MEM 48U"
#
# device-name
#
# If autodetection does not work, then you can specify the device here
# The device entry must be the last one in this config file (or the last one before a
# new usb entry).
#If you are using libusb, a device looks like this:
#device libusb:001:002
#If you are using the scanner module (kernel driver), a device looks like this:
#device /dev/usbscanner
# Another USB section:
# each device needs at least the following line:
# usb vendor-ID and product-ID
# Every device configuration in this file must begin with an usb entry.
# Since the Umax AstraSlim SE uses a different product id, we add
# another usb section here.
usb 0x05d8 0x4009
#
# Path to the firmware file
# This file comes with the Windows driver
# The scanner won't work without it
#
option artecFirmwareFile <path>/Artec48.usb
#
# for adjusting the default gamma values
#
option redGamma 1.0
option greenGamma 1.0
option blueGamma 1.0
option masterGamma 1.9
#Use this options to set the default offset and exposure time values.
#If calibrate device is set to 0, this values are used instead of the values
#which were calculated during calibration.
option redOffset 0x28
option greenOffset 0x2f
option blueOffset 0x2f
option redExposure 0xa7
option greenExposure 0x116
option blueExposure 0xdc
# The vendor and model string
# This string is displayed by the frontends. The Umax AstraSlim SE
# has a different product id, therefore we can overwrite the vendor and model
# string here.
option vendorString "Umax"
option modelString "AstraSlim SE"
#
# device-name
#
# If autodetection does not work, then you can specify the device here
# The device entry must be the last one in this config file (or the last one before a
# new usb entry).
#If you are using libusb, a device looks like this:
#device libusb:001:002
#If you are using the scanner module (kernel driver), a device looks like this:
#device /dev/usbscanner
# Another USB section:
# each device needs at least the following line:
# usb vendor-ID and product-ID
# Every device configuration in this file must begin with an usb entry.
# This section is for the Artec E+ Pro
# Note, that the name of the firmware file is called 1200.usb for
# this device
usb 0x05d8 0x4004
#
# Path to the firmware file
# This file comes with the Windows driver
# The scanner won't work without it
#
option artecFirmwareFile <path>/1200.usb
#
# Tell the backend that this is an Artec E+ Pro
# by setting the option ePlusPro to 1
#
option ePlusPro 1
#
# for adjusting the default gamma values
#
option redGamma 1.0
option greenGamma 1.0
option blueGamma 1.0
option masterGamma 1.9
#Use this options to set the default offset and exposure time values.
#If calibrate device is set to 0, this values are used instead of the values
#which were calculated during calibration.
option redOffset 0x28
option greenOffset 0x2f
option blueOffset 0x2f
option redExposure 0xa7
option greenExposure 0x116
option blueExposure 0xdc
# The vendor and model string
# This string is displayed by the frontends. The Umax AstraSlim SE
# has a different product id, therefore we can overwrite the vendor and model
# string here.
option vendorString "Artec"
option modelString "E+ Pro"
#
# device-name
#
# If autodetection does not work, then you can specify the device here
# The device entry must be the last one in this config file (or the last one before a
# new usb entry).
#If you are using libusb, a device looks like this:
#device libusb:001:002
#If you are using the scanner module (kernel driver), a device looks like this:
#device /dev/usbscanner