Merge branch 'master-tile-mon-raw-chan-post-proc-run3' into 'master'

TileMonitoring+TileRecEx: Add post-processing for Tile raw channel monitoring

See merge request atlas/athena!53268

TileCalorimeter/TileExample/TileRecEx/python/RunTileCalibRec.py

@@ -44,6 +44,7 @@ def getArgumentParser():
     import argparse
     parser= argparse.ArgumentParser(parents=parserParents, add_help=False, fromfile_prefix_chars='@', epilog=epiLog, formatter_class=argparse.RawTextHelpFormatter)
 
+    parser.add_argument('-i', '--interactive', action='store_true', help='Interactive mode')
     parser.add_argument('--preExec', help='Code to execute before locking configs')
     parser.add_argument('--postExec', help='Code to execute after setup')
     parser.add_argument('--printDetailedConfig', action='store_true', help='Print detailed Athena configuration')
@@ -247,6 +248,9 @@ if __name__=='__main__':
         log.info('Executing preExec: %s', args.preExec)
         exec(args.preExec)
 
+    if args.interactive:
+        os.environ['PYTHONINSPECT'] = '1'
+
     ConfigFlags.lock()
 
     log.info('=====>>> FINAL CONFIG FLAGS SETTINGS FOLLOW:')
@@ -336,7 +340,7 @@ if __name__=='__main__':
             setOnlineEnvironment(cfg.getEventAlgo('TileDigitsMonAlg'))
 
         if args.channel_mon:
-            from TileRawChannelMonitorAlgorithm import TileRawChannelMonitoringConfig
+            from TileMonitoring.TileRawChannelMonitorAlgorithm import TileRawChannelMonitoringConfig
             cfg.merge(TileRawChannelMonitoringConfig(ConfigFlags))
             setOnlineEnvironment(cfg.getEventAlgo('TileRawChannelMonAlg'))
 
@@ -366,9 +370,17 @@ if __name__=='__main__':
             dataPath = find_datafile('TileMonitoring')
             if any([args.tmdb_digits_mon, args.tmdb_mon]):
                 configurations += [os.path.join(dataPath, 'TileTMDBPostProc.yaml')]
-
             if args.digits_mon:
                 configurations += [os.path.join(dataPath, 'TileDigitsPostProc.yaml')]
+            if args.channel_mon:
+                if 'CIS' in ConfigFlags.Tile.RunType:
+                    configurations += [os.path.join(dataPath, 'TileRawChanCisPostProc.yaml')]
+                else:
+                    configurations += [os.path.join(dataPath, 'TileRawChanPostProc.yaml')]
+                    if ConfigFlags.Tile.RunType == 'LAS':
+                        configurations += [os.path.join(dataPath, 'TileRawChanLasPostProc.yaml')]
+                    if not biGainRun:
+                        configurations += [os.path.join(dataPath, 'TileRawChanDspPostProc.yaml')]
 
             from DataQualityUtils.DQPostProcessingAlg import DQPostProcessingAlg
             class TileMonPostProcessingAlg(DQPostProcessingAlg):
@@ -436,5 +448,6 @@ if __name__=='__main__':
 
     cfg.printConfig(withDetails=args.printDetailedConfig)
 
-    sc = cfg.run()
-    sys.exit(0 if sc.isSuccess() else 1)
+    if not args.interactive:
+        sc = cfg.run()
+        sys.exit(0 if sc.isSuccess() else 1)

TileCalorimeter/TileMonitoring/data/TileRawChanCisPostProc.yaml

+#
+#  Copyright (C) 2002-2022 CERN for the benefit of the ATLAS collaboration
+#
+# Post-processing of histograms from Tile raw channel monitoring for CIS calibration runs
+## Separate blocks with ---
+---
+Input: [ 'Tile/RawChannel/(?P<module>LBA[0-6]\d{1})/(?P=module)_ch_(?P<channel>\d{2})_(?P<gain>[h|l][i|o])_amp_ratio_5$' ]
+Output: [ 'Tile/RawChannel/Summary/{module}_{gain}_qratio_5', 'Tile/RawChannel/Summary/{module}_{gain}_tails_5' ]
+Function: TileMonitoring.TilePostProcessing.getTileModuleAmplitudeOverChargeRatio
+Description: Produce Tile 1D summary histograms and graphs per LBA module with amplitude over charge ratio of all channels in the module for 5 pF
+---
+Input: [ 'Tile/RawChannel/(?P<module>LBC[0-6]\d{1})/(?P=module)_ch_(?P<channel>\d{2})_(?P<gain>[h|l][i|o])_amp_ratio_5$' ]
+Output: [ 'Tile/RawChannel/Summary/{module}_{gain}_qratio_5', 'Tile/RawChannel/Summary/{module}_{gain}_tails_5' ]
+Function: TileMonitoring.TilePostProcessing.getTileModuleAmplitudeOverChargeRatio
+Description: Produce Tile 1D summary histograms and graphs per LBC module with amplitude over charge ratio of all channels in the module for 5 pF
+---
+Input: [ 'Tile/RawChannel/(?P<module>EBA[0-6]\d{1})/(?P=module)_ch_(?P<channel>\d{2})_(?P<gain>[h|l][i|o])_amp_ratio_5$' ]
+Output: [ 'Tile/RawChannel/Summary/{module}_{gain}_qratio_5', 'Tile/RawChannel/Summary/{module}_{gain}_tails_5' ]
+Function: TileMonitoring.TilePostProcessing.getTileModuleAmplitudeOverChargeRatio
+Description: Produce Tile 1D summary histograms and graphs per EBA module with amplitude over charge ratio of all channels in the module for 5 pF
+---
+Input: [ 'Tile/RawChannel/(?P<module>EBC[0-6]\d{1})/(?P=module)_ch_(?P<channel>\d{2})_(?P<gain>[h|l][i|o])_amp_ratio_5$' ]
+Output: [ 'Tile/RawChannel/Summary/{module}_{gain}_qratio_5', 'Tile/RawChannel/Summary/{module}_{gain}_tails_5' ]
+Function: TileMonitoring.TilePostProcessing.getTileModuleAmplitudeOverChargeRatio
+Description: Produce Tile 1D summary histograms and graphs per EBC module with amplitude over charge ratio of all channels in the module for 5 pF
+
+---
+Input: [ 'Tile/RawChannel/(?P<module>LBA[0-6]\d{1})/(?P=module)_ch_(?P<channel>\d{2})_(?P<gain>[h|l][i|o])_time_vs_time_5$' ]
+Output: [ 'Tile/RawChannel/Summary/{module}_{gain}_tslope_5', 'Tile/RawChannel/Summary/{module}_{gain}_toffset_5' ]
+Function: TileMonitoring.TilePostProcessing.getTileModuleTimeSlopeAndOffset
+Description: Produce Tile 1D summary histograms per LBA module with time slope and offset of all channels in the module for 5 pF
+---
+Input: [ 'Tile/RawChannel/(?P<module>LBC[0-6]\d{1})/(?P=module)_ch_(?P<channel>\d{2})_(?P<gain>[h|l][i|o])_time_vs_time_5$' ]
+Output: [ 'Tile/RawChannel/Summary/{module}_{gain}_tslope_5', 'Tile/RawChannel/Summary/{module}_{gain}_toffset_5' ]
+Function: TileMonitoring.TilePostProcessing.getTileModuleTimeSlopeAndOffset
+Description: Produce Tile 1D summary histograms per LBC module with time slope and offset of all channels in the module for 5 pF
+---
+Input: [ 'Tile/RawChannel/(?P<module>EBA[0-6]\d{1})/(?P=module)_ch_(?P<channel>\d{2})_(?P<gain>[h|l][i|o])_time_vs_time_5$' ]
+Output: [ 'Tile/RawChannel/Summary/{module}_{gain}_tslope_5', 'Tile/RawChannel/Summary/{module}_{gain}_toffset_5' ]
+Function: TileMonitoring.TilePostProcessing.getTileModuleTimeSlopeAndOffset
+Description: Produce Tile 1D summary histograms per EBA module with time slope and offset of all channels in the module for 5 pF
+---
+Input: [ 'Tile/RawChannel/(?P<module>EBC[0-6]\d{1})/(?P=module)_ch_(?P<channel>\d{2})_(?P<gain>[h|l][i|o])_time_vs_time_5$' ]
+Output: [ 'Tile/RawChannel/Summary/{module}_{gain}_tslope_5', 'Tile/RawChannel/Summary/{module}_{gain}_toffset_5' ]
+Function: TileMonitoring.TilePostProcessing.getTileModuleTimeSlopeAndOffset
+Description: Produce Tile 1D summary histograms per EBC module with time slope and offset of all channels in the module for 5 pF
+
+---
+Input: [ 'Tile/RawChannel/(?P<module>LBA[0-6]\d{1})/(?P=module)_ch_(?P<channel>\d{2})_(?P<gain>[h|l][i|o])_amp_ratio_100$' ]
+Output: [ 'Tile/RawChannel/Summary/{module}_{gain}_qratio_100', 'Tile/RawChannel/Summary/{module}_{gain}_tails_100' ]
+Function: TileMonitoring.TilePostProcessing.getTileModuleAmplitudeOverChargeRatio
+Description: Produce Tile 1D summary histograms and graphs per LBA module with amplitude over charge ratio of all channels in the module for 100 pF
+---
+Input: [ 'Tile/RawChannel/(?P<module>LBC[0-6]\d{1})/(?P=module)_ch_(?P<channel>\d{2})_(?P<gain>[h|l][i|o])_amp_ratio_100$' ]
+Output: [ 'Tile/RawChannel/Summary/{module}_{gain}_qratio_100', 'Tile/RawChannel/Summary/{module}_{gain}_tails_100' ]
+Function: TileMonitoring.TilePostProcessing.getTileModuleAmplitudeOverChargeRatio
+Description: Produce Tile 1D summary histograms and graphs per LBC module with amplitude over charge ratio of all channels in the module for 100 pF
+---
+Input: [ 'Tile/RawChannel/(?P<module>EBA[0-6]\d{1})/(?P=module)_ch_(?P<channel>\d{2})_(?P<gain>[h|l][i|o])_amp_ratio_100$' ]
+Output: [ 'Tile/RawChannel/Summary/{module}_{gain}_qratio_100', 'Tile/RawChannel/Summary/{module}_{gain}_tails_100' ]
+Function: TileMonitoring.TilePostProcessing.getTileModuleAmplitudeOverChargeRatio
+Description: Produce Tile 1D summary histograms and graphs per EBA module with amplitude over charge ratio of all channels in the module for 100 pF
+---
+Input: [ 'Tile/RawChannel/(?P<module>EBC[0-6]\d{1})/(?P=module)_ch_(?P<channel>\d{2})_(?P<gain>[h|l][i|o])_amp_ratio_100$' ]
+Output: [ 'Tile/RawChannel/Summary/{module}_{gain}_qratio_100', 'Tile/RawChannel/Summary/{module}_{gain}_tails_100' ]
+Function: TileMonitoring.TilePostProcessing.getTileModuleAmplitudeOverChargeRatio
+Description: Produce Tile 1D summary histograms and graphs per EBC module with amplitude over charge ratio of all channels in the module for 100 pF
+
+---
+Input: [ 'Tile/RawChannel/(?P<module>LBA[0-6]\d{1})/(?P=module)_ch_(?P<channel>\d{2})_(?P<gain>[h|l][i|o])_time_vs_time_100$' ]
+Output: [ 'Tile/RawChannel/Summary/{module}_{gain}_tslope_100', 'Tile/RawChannel/Summary/{module}_{gain}_toffset_100' ]
+Function: TileMonitoring.TilePostProcessing.getTileModuleTimeSlopeAndOffset
+Description: Produce Tile 1D summary histograms per LBA module with time slope and offset of all channels in the module for 100 pF
+---
+Input: [ 'Tile/RawChannel/(?P<module>LBC[0-6]\d{1})/(?P=module)_ch_(?P<channel>\d{2})_(?P<gain>[h|l][i|o])_time_vs_time_100$' ]
+Output: [ 'Tile/RawChannel/Summary/{module}_{gain}_tslope_100', 'Tile/RawChannel/Summary/{module}_{gain}_toffset_100' ]
+Function: TileMonitoring.TilePostProcessing.getTileModuleTimeSlopeAndOffset
+Description: Produce Tile 1D summary histograms per LBC module with time slope and offset of all channels in the module for 100 pF
+---
+Input: [ 'Tile/RawChannel/(?P<module>EBA[0-6]\d{1})/(?P=module)_ch_(?P<channel>\d{2})_(?P<gain>[h|l][i|o])_time_vs_time_100$' ]
+Output: [ 'Tile/RawChannel/Summary/{module}_{gain}_tslope_100', 'Tile/RawChannel/Summary/{module}_{gain}_toffset_100' ]
+Function: TileMonitoring.TilePostProcessing.getTileModuleTimeSlopeAndOffset
+Description: Produce Tile 1D summary histograms per EBA module with time slope and offset of all channels in the module for 100 pF
+---
+Input: [ 'Tile/RawChannel/(?P<module>EBC[0-6]\d{1})/(?P=module)_ch_(?P<channel>\d{2})_(?P<gain>[h|l][i|o])_time_vs_time_100$' ]
+Output: [ 'Tile/RawChannel/Summary/{module}_{gain}_tslope_100', 'Tile/RawChannel/Summary/{module}_{gain}_toffset_100' ]
+Function: TileMonitoring.TilePostProcessing.getTileModuleTimeSlopeAndOffset
+Description: Produce Tile 1D summary histograms per EBC module with time slope and offset of all channels in the module for 100 pF

TileCalorimeter/TileMonitoring/data/TileRawChanDspPostProc.yaml

+#
+#  Copyright (C) 2002-2022 CERN for the benefit of the ATLAS collaboration
+#
+# Post-processing of histograms from Tile DSP raw channel monitoring
+## Separate blocks with ---
+---
+Input: [ 'Tile/RawChannel/(?P<module>LBA[0-6]\d{1})/(?P=module)_ch_(?P<channel>\d{2})_(?P<gain>[h|l][i|o])_chi2_amp$' ]
+Output: [ 'Tile/RawChannel/Summary/{module}_{gain}_summary_chi2_amp' ]
+Function: TileMonitoring.TilePostProcessing.getTileModuleChi2VsAmplitude
+Description: Produce Tile 2D summary histograms per LBA module with Chi2 vs amplitude of all channels in the module
+---
+Input: [ 'Tile/RawChannel/(?P<module>LBC[0-6]\d{1})/(?P=module)_ch_(?P<channel>\d{2})_(?P<gain>[h|l][i|o])_chi2_amp$' ]
+Output: [ 'Tile/RawChannel/Summary/{module}_{gain}_summary_chi2_amp' ]
+Function: TileMonitoring.TilePostProcessing.getTileModuleChi2VsAmplitude
+Description: Produce Tile 2D summary histograms per LBC module with Chi2 vs amplitude of all channels in the module
+---
+Input: [ 'Tile/RawChannel/(?P<module>EBA[0-6]\d{1})/(?P=module)_ch_(?P<channel>\d{2})_(?P<gain>[h|l][i|o])_chi2_amp$' ]
+Output: [ 'Tile/RawChannel/Summary/{module}_{gain}_summary_chi2_amp' ]
+Function: TileMonitoring.TilePostProcessing.getTileModuleChi2VsAmplitude
+Description: Produce Tile 2D summary histograms per EBA module with Chi2 vs amplitude of all channels in the module
+---
+Input: [ 'Tile/RawChannel/(?P<module>EBC[0-6]\d{1})/(?P=module)_ch_(?P<channel>\d{2})_(?P<gain>[h|l][i|o])_chi2_amp$' ]
+Output: [ 'Tile/RawChannel/Summary/{module}_{gain}_summary_chi2_amp' ]
+Function: TileMonitoring.TilePostProcessing.getTileModuleChi2VsAmplitude
+Description: Produce Tile 2D summary histograms per EBC module with Chi2 vs amplitude of all channels in the module
+---
+Input: [ 'Tile/RawChannel/(?P<module>LBA[0-6]\d{1})/(?P=module)_ch_(?P<channel>\d{2})_(?P<gain>[h|l][i|o])_dsp_amp$' ]
+Output: [ 'Tile/RawChannel/Summary/{module}_{gain}_dspamp' ]
+Function: TileMonitoring.TilePostProcessing.getTileModuleAmplitudeDSP
+Description: Produce Tile 1D summary histograms per LBA module with DSP amplitudes of all channels in the module
+---
+Input: [ 'Tile/RawChannel/(?P<module>LBC[0-6]\d{1})/(?P=module)_ch_(?P<channel>\d{2})_(?P<gain>[h|l][i|o])_dsp_amp$' ]
+Output: [ 'Tile/RawChannel/Summary/{module}_{gain}_dspamp' ]
+Function: TileMonitoring.TilePostProcessing.getTileModuleAmplitudeDSP
+Description: Produce Tile 1D summary histograms per LBC module with DSP amplitudes of all channels in the module
+---
+Input: [ 'Tile/RawChannel/(?P<module>EBA[0-6]\d{1})/(?P=module)_ch_(?P<channel>\d{2})_(?P<gain>[h|l][i|o])_dsp_amp$' ]
+Output: [ 'Tile/RawChannel/Summary/{module}_{gain}_dspamp' ]
+Function: TileMonitoring.TilePostProcessing.getTileModuleAmplitudeDSP
+Description: Produce Tile 1D summary histograms per EBA module with DSP amplitudes of all channels in the module
+---
+Input: [ 'Tile/RawChannel/(?P<module>EBC[0-6]\d{1})/(?P=module)_ch_(?P<channel>\d{2})_(?P<gain>[h|l][i|o])_dsp_amp$' ]
+Output: [ 'Tile/RawChannel/Summary/{module}_{gain}_dspamp' ]
+Function: TileMonitoring.TilePostProcessing.getTileModuleAmplitudeDSP
+Description: Produce Tile 1D summary histograms per EBC module with DSP amplitudes of all channels in the module
+---
+Input: [ 'Tile/RawChannel/(?P<module>LBA[0-6]\d{1})/(?P=module)_ch_(?P<channel>\d{2})_(?P<gain>[h|l][i|o])_dsp-fit_amp_diff$' ]
+Output: [ 'Tile/RawChannel/Summary/{module}_{gain}_dspfit_ampdiff', 'Tile/RawChannel/Summary/{module}_{gain}_dspfit_amphbar' ]
+Function: TileMonitoring.TilePostProcessing.getTileModuleAmplitudeDiffBetweenOfflineAndDSP
+Description: Produce Tile 1D summary histograms per LBA module with amplitude difference between offline and DSP of all channels in the module
+---
+Input: [ 'Tile/RawChannel/(?P<module>LBC[0-6]\d{1})/(?P=module)_ch_(?P<channel>\d{2})_(?P<gain>[h|l][i|o])_dsp-fit_amp_diff$' ]
+Output: [ 'Tile/RawChannel/Summary/{module}_{gain}_dspfit_ampdiff', 'Tile/RawChannel/Summary/{module}_{gain}_dspfit_amphbar' ]
+Function: TileMonitoring.TilePostProcessing.getTileModuleAmplitudeDiffBetweenOfflineAndDSP
+Description: Produce Tile 1D summary histograms per LBC module with amplitude difference between offline and DSP of all channels in the module
+---
+Input: [ 'Tile/RawChannel/(?P<module>EBA[0-6]\d{1})/(?P=module)_ch_(?P<channel>\d{2})_(?P<gain>[h|l][i|o])_dsp-fit_amp_diff$' ]
+Output: [ 'Tile/RawChannel/Summary/{module}_{gain}_dspfit_ampdiff', 'Tile/RawChannel/Summary/{module}_{gain}_dspfit_amphbar' ]
+Function: TileMonitoring.TilePostProcessing.getTileModuleAmplitudeDiffBetweenOfflineAndDSP
+Description: Produce Tile 1D summary histograms per EBA module with amplitude difference between offline and DSP of all channels in the module
+---
+Input: [ 'Tile/RawChannel/(?P<module>EBC[0-6]\d{1})/(?P=module)_ch_(?P<channel>\d{2})_(?P<gain>[h|l][i|o])_dsp-fit_amp_diff$' ]
+Output: [ 'Tile/RawChannel/Summary/{module}_{gain}_dspfit_ampdiff', 'Tile/RawChannel/Summary/{module}_{gain}_dspfit_amphbar' ]
+Function: TileMonitoring.TilePostProcessing.getTileModuleAmplitudeDiffBetweenOfflineAndDSP
+Description: Produce Tile 1D summary histograms per EBC module with amplitude difference between offline and DSP of all channels in the module
+---
+Input: [ 'Tile/RawChannel/(?P<module>LBA[0-6]\d{1})/(?P=module)_ch_(?P<channel>\d{2})_(?P<gain>[h|l][i|o])_dsp-fit_time_diff$' ]
+Output: [ 'Tile/RawChannel/Summary/{module}_{gain}_dspfit_timediff', 'Tile/RawChannel/Summary/{module}_{gain}_dspfit_timehbar' ]
+Function: TileMonitoring.TilePostProcessing.getTileModuleTimeDiffBetweenOfflineAndDSP
+Description: Produce Tile 1D summary histograms per LBA module with time difference between offline and DSP of all channels in the module
+---
+Input: [ 'Tile/RawChannel/(?P<module>LBC[0-6]\d{1})/(?P=module)_ch_(?P<channel>\d{2})_(?P<gain>[h|l][i|o])_dsp-fit_time_diff$' ]
+Output: [ 'Tile/RawChannel/Summary/{module}_{gain}_dspfit_timediff', 'Tile/RawChannel/Summary/{module}_{gain}_dspfit_timehbar' ]
+Function: TileMonitoring.TilePostProcessing.getTileModuleTimeDiffBetweenOfflineAndDSP
+Description: Produce Tile 1D summary histograms per LBC module with time difference between offline and DSP of all channels in the module
+---
+Input: [ 'Tile/RawChannel/(?P<module>EBA[0-6]\d{1})/(?P=module)_ch_(?P<channel>\d{2})_(?P<gain>[h|l][i|o])_dsp-fit_time_diff$' ]
+Output: [ 'Tile/RawChannel/Summary/{module}_{gain}_dspfit_timediff', 'Tile/RawChannel/Summary/{module}_{gain}_dspfit_timehbar' ]
+Function: TileMonitoring.TilePostProcessing.getTileModuleTimeDiffBetweenOfflineAndDSP
+Description: Produce Tile 1D summary histograms per EBA module with time difference between offline and DSP of all channels in the module
+---
+Input: [ 'Tile/RawChannel/(?P<module>EBC[0-6]\d{1})/(?P=module)_ch_(?P<channel>\d{2})_(?P<gain>[h|l][i|o])_dsp-fit_time_diff$' ]
+Output: [ 'Tile/RawChannel/Summary/{module}_{gain}_dspfit_timediff', 'Tile/RawChannel/Summary/{module}_{gain}_dspfit_timehbar' ]
+Function: TileMonitoring.TilePostProcessing.getTileModuleTimeDiffBetweenOfflineAndDSP
+Description: Produce Tile 1D summary histograms per EBC module with time difference between offline and DSP of all channels in the module

TileCalorimeter/TileMonitoring/data/TileRawChanLasPostProc.yaml

+#
+#  Copyright (C) 2002-2022 CERN for the benefit of the ATLAS collaboration
+#
+# Post-processing of histograms from Tile raw channel monitoring
+## Separate blocks with ---
+---
+Input: [ 'Tile/RawChannel/(?P<module>LBA[0-6]\d{1})/(?P=module)_ch_(?P<channel>\d{2})_(?P<gain>[h|l][i|o])_amp$' ]
+Output: [ 'Tile/RawChannel/Summary/{module}_{gain}_pmtGain_even',
+        'Tile/RawChannel/Summary/{module}_{gain}_pmtGain_odd', 'Tile/RawChannel/Summary/{module}_{gain}_pmtGain_empty' ]
+Function: TileMonitoring.TilePostProcessing.getTileModuleAmplitudeVarianceOverMean
+Description: Produce Tile 1D summary histograms per LBA module with amplitude variance over mean of all channels in the module
+---
+Input: [ 'Tile/RawChannel/(?P<module>LBC[0-6]\d{1})/(?P=module)_ch_(?P<channel>\d{2})_(?P<gain>[h|l][i|o])_amp$' ]
+Output: [ 'Tile/RawChannel/Summary/{module}_{gain}_pmtGain_even',
+        'Tile/RawChannel/Summary/{module}_{gain}_pmtGain_odd', 'Tile/RawChannel/Summary/{module}_{gain}_pmtGain_empty' ]
+Function: TileMonitoring.TilePostProcessing.getTileModuleAmplitudeVarianceOverMean
+Description: Produce Tile 1D summary histograms per LBC module with amplitude variance over mean of all channels in the module
+---
+Input: [ 'Tile/RawChannel/(?P<module>EBA[0-6]\d{1})/(?P=module)_ch_(?P<channel>\d{2})_(?P<gain>[h|l][i|o])_amp$' ]
+Output: [ 'Tile/RawChannel/Summary/{module}_{gain}_pmtGain_even',
+        'Tile/RawChannel/Summary/{module}_{gain}_pmtGain_odd', 'Tile/RawChannel/Summary/{module}_{gain}_pmtGain_empty' ]
+Function: TileMonitoring.TilePostProcessing.getTileModuleAmplitudeVarianceOverMean
+Description: Produce Tile 1D summary histograms per EBA module with amplitude variance over mean of all channels in the module
+---
+Input: [ 'Tile/RawChannel/(?P<module>EBC[0-6]\d{1})/(?P=module)_ch_(?P<channel>\d{2})_(?P<gain>[h|l][i|o])_amp$' ]
+Output: [ 'Tile/RawChannel/Summary/{module}_{gain}_pmtGain_even',
+        'Tile/RawChannel/Summary/{module}_{gain}_pmtGain_odd', 'Tile/RawChannel/Summary/{module}_{gain}_pmtGain_empty' ]
+Function: TileMonitoring.TilePostProcessing.getTileModuleAmplitudeVarianceOverMean
+Description: Produce Tile 1D summary histograms per EBC module with amplitude variance over mean of all channels in the module

TileCalorimeter/TileMonitoring/data/TileRawChanPostProc.yaml

+#
+#  Copyright (C) 2002-2022 CERN for the benefit of the ATLAS collaboration
+#
+# Post-processing of histograms from Tile raw channel monitoring
+## Separate blocks with ---
+---
+Input: [ 'Tile/RawChannel/(?P<module>LBA[0-6]\d{1})/(?P=module)_ch_(?P<channel>\d{2})_(?P<gain>[h|l][i|o])_amp$' ]
+Output: [ 'Tile/RawChannel/Summary/{module}_{gain}_amp',
+        'Tile/RawChannel/Summary/{module}_{gain}_sigma', 'Tile/RawChannel/Summary/{module}_{gain}_rms' ]
+Function: TileMonitoring.TilePostProcessing.getTileModuleAmplitudeAndSigmaWithRMS
+Description: Produce Tile 1D summary histograms per LBA module with amplitude, sigma, and RMS of all channels in the module
+---
+Input: [ 'Tile/RawChannel/(?P<module>LBC[0-6]\d{1})/(?P=module)_ch_(?P<channel>\d{2})_(?P<gain>[h|l][i|o])_amp$' ]
+Output: [ 'Tile/RawChannel/Summary/{module}_{gain}_amp',
+        'Tile/RawChannel/Summary/{module}_{gain}_sigma', 'Tile/RawChannel/Summary/{module}_{gain}_rms' ]
+Function: TileMonitoring.TilePostProcessing.getTileModuleAmplitudeAndSigmaWithRMS
+Description: Produce Tile 1D summary histograms per LBC module with amplitude, sigma, and RMS of all channels in the module
+---
+Input: [ 'Tile/RawChannel/(?P<module>EBA[0-6]\d{1})/(?P=module)_ch_(?P<channel>\d{2})_(?P<gain>[h|l][i|o])_amp$' ]
+Output: [ 'Tile/RawChannel/Summary/{module}_{gain}_amp',
+        'Tile/RawChannel/Summary/{module}_{gain}_sigma', 'Tile/RawChannel/Summary/{module}_{gain}_rms' ]
+Function: TileMonitoring.TilePostProcessing.getTileModuleAmplitudeAndSigmaWithRMS
+Description: Produce Tile 1D summary histograms per EBA module with amplitude, sigma, and RMS of all channels in the module
+---
+Input: [ 'Tile/RawChannel/(?P<module>EBC[0-6]\d{1})/(?P=module)_ch_(?P<channel>\d{2})_(?P<gain>[h|l][i|o])_amp$' ]
+Output: [ 'Tile/RawChannel/Summary/{module}_{gain}_amp',
+        'Tile/RawChannel/Summary/{module}_{gain}_sigma', 'Tile/RawChannel/Summary/{module}_{gain}_rms' ]
+Function: TileMonitoring.TilePostProcessing.getTileModuleAmplitudeAndSigmaWithRMS
+Description: Produce Tile 1D summary histograms per EBC module with amplitude, sigma, and RMS of all channels in the module
+---
+Input: [ 'Tile/RawChannel/(?P<module>LBA[0-6]\d{1})/(?P=module)_ch_(?P<channel>\d{2})_(?P<gain>[h|l][i|o])_time$' ]
+Output: [ 'Tile/RawChannel/Summary/{module}_{gain}_time' ]
+Function: TileMonitoring.TilePostProcessing.getTileModuleTime
+Description: Produce Tile 1D summary histograms per LBA module with time of all channels in the module
+---
+Input: [ 'Tile/RawChannel/(?P<module>LBC[0-6]\d{1})/(?P=module)_ch_(?P<channel>\d{2})_(?P<gain>[h|l][i|o])_time$' ]
+Output: [ 'Tile/RawChannel/Summary/{module}_{gain}_time' ]
+Function: TileMonitoring.TilePostProcessing.getTileModuleTime
+Description: Produce Tile 1D summary histograms per LBC module with time of all channels in the module
+---
+Input: [ 'Tile/RawChannel/(?P<module>EBA[0-6]\d{1})/(?P=module)_ch_(?P<channel>\d{2})_(?P<gain>[h|l][i|o])_time$' ]
+Output: [ 'Tile/RawChannel/Summary/{module}_{gain}_time' ]
+Function: TileMonitoring.TilePostProcessing.getTileModuleTime
+Description: Produce Tile 1D summary histograms per EBA module with time of all channels in the module
+---
+Input: [ 'Tile/RawChannel/(?P<module>EBC[0-6]\d{1})/(?P=module)_ch_(?P<channel>\d{2})_(?P<gain>[h|l][i|o])_time$' ]
+Output: [ 'Tile/RawChannel/Summary/{module}_{gain}_time' ]
+Function: TileMonitoring.TilePostProcessing.getTileModuleTime
+Description: Produce Tile 1D summary histograms per EBC module with time of all channels in the module
+---
+Input: [ 'Tile/RawChannel/(?P<module>LBA[0-6]\d{1})/(?P=module)_ch_(?P<channel>\d{2})_(?P<gain>[h|l][i|o])_time_corr$' ]
+Output: [ 'Tile/RawChannel/Summary/{module}_{gain}_time_corr' ]
+Function: TileMonitoring.TilePostProcessing.getTileModuleTimeCorrected
+Description: Produce Tile 1D summary histograms per LBA module with time corrected of all channels in the module
+---
+Input: [ 'Tile/RawChannel/(?P<module>LBC[0-6]\d{1})/(?P=module)_ch_(?P<channel>\d{2})_(?P<gain>[h|l][i|o])_time_corr$' ]
+Output: [ 'Tile/RawChannel/Summary/{module}_{gain}_time_corr' ]
+Function: TileMonitoring.TilePostProcessing.getTileModuleTimeCorrected
+Description: Produce Tile 1D summary histograms per LBC module with time corrected of all channels in the module
+---
+Input: [ 'Tile/RawChannel/(?P<module>EBA[0-6]\d{1})/(?P=module)_ch_(?P<channel>\d{2})_(?P<gain>[h|l][i|o])_time_corr$' ]
+Output: [ 'Tile/RawChannel/Summary/{module}_{gain}_time_corr' ]
+Function: TileMonitoring.TilePostProcessing.getTileModuleTimeCorrected
+Description: Produce Tile 1D summary histograms per EBA module with time corrected of all channels in the module
+---
+Input: [ 'Tile/RawChannel/(?P<module>EBC[0-6]\d{1})/(?P=module)_ch_(?P<channel>\d{2})_(?P<gain>[h|l][i|o])_time_corr$' ]
+Output: [ 'Tile/RawChannel/Summary/{module}_{gain}_time_corr' ]
+Function: TileMonitoring.TilePostProcessing.getTileModuleTimeCorrected
+Description: Produce Tile 1D summary histograms per EBC module with time corrected of all channels in the module