Closed ben2789 closed 5 years ago
No image is displayed when using the arv-viewer tool either. Although it is correctly detecting the resolution , and some of the setable parameters are present in the drop down menu (exposure, and gain).
arv-test is an incomplete test tool that is still useless. I should disable its compilation.
Could you attach the output of:
arv-tool-0.6 features
and the output of:
tests/arv-camera-test -d all
arv-camera-test
Looking for the first available camera
vendor name = Imaging Solutions Group
model name = CMV4000 Mono
device id = (null)
image width = 2048
image height = 2048
horizontal binning = 1
vertical binning = 1
payload = 4194304 bytes
exposure = 15000 µs
gain = 1 dB
Frame rate = 89 Hz
Frame rate = 66 Hz
Frame rate = 67 Hz
Frame rate = 66 Hz
Frame rate = 67 Hz
Frame rate = 66 Hz
Frame rate = 67 Hz
Frame rate = 67 Hz
Frame rate = 66 Hz
Frame rate = 67 Hz
^CFrame rate = 66 Hz
Completed buffers = 754
Failures = 0
Underruns = 0
arv-tool-0.6 features
Imaging Solutions Group-00000000 (USB3)
Category: 'Root'
Category: 'DeviceControl'
StringReg: 'DeviceVendorName'
StringReg: 'DeviceFamilyName'
StringReg: 'DeviceModelName'
StringReg: 'DeviceSerialNumber'
StringReg: 'DeviceVersion'
StringReg: 'DeviceFirmwareVersion'
StringReg: 'DeviceManufacturerInfo'
Integer: 'DeviceSFNCVersionMajor'
Integer: 'DeviceSFNCVersionMinor'
Integer: 'DeviceSFNCVersionSubMinor'
Integer: 'DeviceManifsetXMLMajorVersion'
Integer: 'DeviceManifsetXMLMinorVersion'
Integer: 'DeviceManifsetXMLSubMinorVersion'
Integer: 'DeviceGenCPVersionMajor'
Integer: 'DeviceGenCPVersionMinor'
Integer: 'DeviceU3VVersionMajor'
Integer: 'DeviceU3VVersionMinor'
Enumeration: 'DeviceTemperatureSelector'
EnumEntry: 'Sensor'
Float: 'DeviceTemperature'
Float: 'DeviceTemperatureFahrenheit'
Enumeration: 'DeviceLogLevel'
EnumEntry: 'Verbose'
EnumEntry: 'Debug'
EnumEntry: 'Info'
EnumEntry: 'Warning'
EnumEntry: 'Error'
EnumEntry: 'Silent'
Command: 'DeviceReset'
Boolean: 'ColumnCorrectionEnable'
Boolean: 'RowCorrectionEnable' (Not available)
Boolean: 'PixelDefectCorrectionEnable'
Category: 'ImageFormatControl'
Integer: 'Width'
Integer: 'Height'
Integer: 'OffsetY'
Integer: 'OffsetX'
Enumeration: 'PixelFormat'
EnumEntry: 'Mono12p'
EnumEntry: 'Mono10p'
EnumEntry: 'Mono8'
Integer: 'BinningHorizontal'
Integer: 'BinningVertical'
Enumeration: 'BinningAverage'
EnumEntry: 'On'
EnumEntry: 'Off'
Enumeration: 'RegionSelector'
EnumEntry: 'Region16'
EnumEntry: 'Region15'
EnumEntry: 'Region14'
EnumEntry: 'Region13'
EnumEntry: 'Region12'
EnumEntry: 'Region11'
EnumEntry: 'Region10'
EnumEntry: 'Region9'
EnumEntry: 'Region8'
EnumEntry: 'Region7'
EnumEntry: 'Region6'
EnumEntry: 'Region5'
EnumEntry: 'Region4'
EnumEntry: 'Region3'
EnumEntry: 'Region2'
EnumEntry: 'Region1'
EnumEntry: 'Region0'
Enumeration: 'RegionMode'
EnumEntry: 'On'
EnumEntry: 'Off'
Category: 'AcquisitionControl'
Enumeration: 'AcquisitionMode'
EnumEntry: 'Continuous'
EnumEntry: 'MultiFrame'
EnumEntry: 'SingleFrame'
Command: 'AcquisitionStart'
Command: 'AcquisitionStop'
Enumeration: 'TriggerSelector'
EnumEntry: 'AcquisitionStart'
Enumeration: 'TriggerSource'
EnumEntry: 'Line0'
EnumEntry: 'Software'
Enumeration: 'TriggerMode'
EnumEntry: 'On'
EnumEntry: 'Off'
Enumeration: 'TriggerActivation'
EnumEntry: 'FallingEdge'
EnumEntry: 'RisingEdge'
Float: 'TriggerDelay'
Command: 'TriggerSoftware'
Float: 'ExposureTime'
Integer: 'AcquisitionFrameCount' (Not available)
Integer: 'AcquisitionMaxFrameCount' (Not available)
Category: 'DigitalIOControl'
Enumeration: 'LineSelector'
EnumEntry: 'Line1'
EnumEntry: 'Line0'
Enumeration: 'LineMode'
EnumEntry: 'Output'
Boolean: 'LineInverter'
Boolean: 'InvertStrobeInput'
Enumeration: 'LineSource'
EnumEntry: 'UserOutput1'
EnumEntry: 'UserOutput0'
Enumeration: 'LineFormat'
EnumEntry: 'OptoCoupled'
Integer: 'StrobeDelay'
Integer: 'StrobeDuration'
Category: 'AnalogControl'
Enumeration: 'GainSelector'
EnumEntry: 'DigitalAll'
Float: 'Gain'
Enumeration: 'BlackLevelSelector'
EnumEntry: 'All'
Integer: 'BlackLevel'
Enumeration: 'BalanceRatioSelector'
EnumEntry: 'Blue'
EnumEntry: 'Green'
EnumEntry: 'Red'
Float: 'BalanceRatio'
Enumeration: 'BalanceWhiteAuto'
EnumEntry: 'Once'
EnumEntry: 'Off'
Category: 'TransportLayerControl'
Integer: 'PayloadSize'
Enumeration: 'CurrentSpeed'
EnumEntry: 'SuperSpeed'
EnumEntry: 'HighSpeed'
EnumEntry: 'FullSpeed'
EnumEntry: 'LowSpeed'
Category: 'UserSetControl'
Enumeration: 'UserSetSelector'
EnumEntry: 'UserSet2'
EnumEntry: 'UserSet1'
EnumEntry: 'Default'
Command: 'UserSetLoad'
Command: 'UserSetSave'
Enumeration: 'UserSetDefault'
EnumEntry: 'UserSet2'
EnumEntry: 'UserSet1'
EnumEntry: 'Default'
Category: 'RoiSequence'
Enumeration: 'TableSelect'
EnumEntry: 'Capture'
EnumEntry: 'Preview'
Integer: 'TableEntry'
Integer: 'TableIndex'
Command: 'CompileROITable'
Enumeration: 'ROIControlMode'
EnumEntry: 'ROI_Table'
EnumEntry: 'Normal'
Integer: 'TablePreviewLength'
Integer: 'TableCaptureLength'
Category: 'MultiSlopeExposure'
Category: 'ISGCustom'
Enumeration: 'LEDStatusIndicator'
EnumEntry: 'On'
EnumEntry: 'Off'
Enumeration: 'FrameMetaData'
EnumEntry: 'On'
EnumEntry: 'Off'
Enumeration: 'FrameBufferState'
EnumEntry: 'Overrun'
EnumEntry: 'Normal'
`
The output of arv-camera-test seems to indicate streaming is correctly started, and frames are received without error.
Does arv-viewer works with the embedded Fake camera ?
interestingly no the viewer doesn't work correctly with any of my cameras (including fake), even cameras which work through a driver based on aravis. However the aravis based driver seems to work with my other cameras, even when the viewer does not. It does not however work with the LW-AL-CMV4000M.
my system is running 18.04 4.023. I will investigate why the driver isn't working with this particular camera. It may be a fault of my installation and driver, rather than aravis.
Thanks.
arv-test-0.6 also fails on my functional camera. I have edited the aravis based driver to work with all cameras now. I do believe this was not an aravis issue. Sorry for wasting your time, thank you for the help debugging this.
I am working with a LW-AL-CMV4000M from ISG cameras. When I attempt to read the XML from the camera with
arv-test-0.6
I get the following error:setting the environment variable
ARV_DEBUG=all:3
gives the following output:Is it possible the xml table in the device does not conform to the genicam standard? Is there the potential to circumvent this?