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usage: xtcscanner [options] xtc-files ... options: -h, --help show this help message and exit -n NDATAGRAMS, --ndatagrams=NDATAGRAMS -v, --verbose -l L1_OFFSET, --l1-offset=L1_OFFSET |
Example:
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Scanning....
Start parsing files:
['/reg/d/psdm/AMO/amo01509/xtc/e8-r0094-s00-c00.xtc', '/reg/d/psdm/AMO/amo01509/xtc/e8-r0094-s01-c00.xtc']
201 datagrams read in 0.070000 s . . . . . . .
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XtcScanner information:
- 1 calibration cycles.
- Events per calib cycle:
[197]
Information from 0 control channels found:
Information from 9 devices found
BldInfo:EBeam: EBeamBld (197)
BldInfo:FEEGasDetEnergy: FEEGasDetEnergy (197)
DetInfo:AmoETof-0|Acqiris-0: (5 ch) AcqConfig_V1 (1) AcqWaveform_V1 (197)
DetInfo:AmoGasdet-0|Acqiris-0: (2 ch) AcqConfig_V1 (1) AcqWaveform_V1 (197)
DetInfo:AmoITof-0|Acqiris-0: (1 ch) AcqConfig_V1 (1) AcqWaveform_V1 (197)
DetInfo:AmoMbes-0|Acqiris-0: (1 ch) AcqConfig_V1 (1) AcqWaveform_V1 (197)
DetInfo:EpicsArch-0|NoDevice-0: Epics_V1 (688)
DetInfo:NoDetector-0|Evr-0: EvrConfig_V2 (1)
ProcInfo:: RunControlConfig_V1 (11)
XtcScanner is done!
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Once you've identified the command line to run your pyana job, you can submit this to the LFS batch queue system as described in Computing (including Analysis).
Be aware that the pyana scripts used by the explorer use matplotlib QtAgg backend to display plots, and this will fail if you submit it to batch processing. While I look for a better solution, you can do the following to work around this problem:
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