collisions_run.config-save 73 KB
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#
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#  Copyright (C) 2002-2020 CERN for the benefit of the ATLAS collaboration
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#
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############################################################
# AFP
# Nikola Dikic
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# rel 22
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############################################################

############################################################
 # Reference
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reference AFPOfficialReference {
	 location = /afs/cern.ch/work/n/ndikic/public/reference/
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	 file = AFPTest-337176-300k-FMETrains-MU.root
	 path = run_337176
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	 name = same_name
}
############################################################

############################################################
# Output
############################################################

output top_level {
	output AFP {
		output SiT {
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			output BCID_Mask {
			}
			output Aux {
			}
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			output pixelColRow2D {
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				output nearAside {
				}
				output farAside {
				}
				output nearCside {
				}
				output farCside {
				}
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			}
			output PixelColIDChip {
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				output nearAside {
				}
				output farAside {
				}
				output nearCside {
				}
				output farCside {
				}
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			}
			output PixelRowIDChip {
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				output nearAside {
				}
				output farAside {
				}
				output nearCside {
				}
				output farCside {
				}
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			}
			output SiTimeOverThreshold {
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				output nearAside {
				}
				output farAside {
				}
				output nearCside {
				}
				output farCside {
				}
			}
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			output HitsCounterPlanes {
			}
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			output HitsPerPlanes {
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			}
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			output HitsPerPlanesVsLb {
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			}
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			output HitsPerPlanesVsLb_full {
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			}
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			output Cluster {
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				output nearAside {
				}
				output farAside {
				}
				output nearCside {
				}
				output farCside {
				}
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			}
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			output ClustersPerPlanesPP {
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			}
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			output ClusterToT {
			}
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			output Track {
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			}
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			output TracksVsLb {
				output Front {
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				}
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				output Middle {
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				}
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				output End {
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				}
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			}
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			output StationEvents {
			}
			output PP {
				output HitOccupancy {
					output PlaneOccupancy {
					}
					output Occupancy_vs_lb {
					}
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				}
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				output TrackFME {
					output Front {
					}
					output Middle {
					}
					output End {
					}
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				}
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				output ClustersFME {
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				}
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			}
		}
		output ToF {
			output HitBarvsTrain {
			}
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			output HitsPerBarsInTrain {
				output farAside {
				}
				output farCside {
				}
			}
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			output StationHits {
			}
			output ToFHitsVsLb {
				output sideA {
					output All {
					}
					output Front {
					}
					output Middle {
					}
					output End {
					}
				}
				output sideC {
					output All {
					}
					output Front {
					}
					output Middle {
					}
					output End {
					}
				}				
			}
			output Events {
			}
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		}
	}
}

############################################################
# Histogram Assessments
############################################################

dir AFP {
	dir SiT {
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		dir BCID_Mask {
			hist bcidAll {
				algorithm = HNE
				output = AFP/SiT/BCID_Mask
				display = Draw=HIST
			}
			hist bcidMiddle {
				algorithm = HNE
				output = AFP/SiT/BCID_Mask
				display = Draw=HIST
			}
			hist bcidFront {
				algorithm = HNE
				output = AFP/SiT/BCID_Mask
				display = Draw=HIST
			}
			hist bcidEnd {
				algorithm = HNE
				output = AFP/SiT/BCID_Mask
				display = Draw=HIST
			}
		}
		dir Aux {
			hist NumberOfEventsPerLumiblock {
				algorithm = HNE
				output = AFP/SiT/Aux
				display = Draw=HIST
			}
			hist numberOfEventsPerLumiblockFront {
				algorithm = HNE
				output = AFP/SiT/Aux
				display = Draw=HIST
			}
			hist numberOfEventsPerLumiblockMiddle {
				algorithm = HNE
				output = AFP/SiT/Aux
				display = Draw=HIST
			}
			hist numberOfEventsPerLumiblockEnd {
				algorithm = HNE
				output = AFP/SiT/Aux
				display = Draw=HIST
			}
			hist numberOfHitsPerStation {
				algorithm = HNE
				output = AFP/SiT/Aux
				display = Draw=HIST
			}
			hist NumberOfHitsPerLumiblock {
				algorithm = HNE
				output = AFP/SiT/Aux
				display = Draw=HIST
			}
			hist eventsPerStation {
				algorithm = HNE
				output = AFP/SiT/Aux
				display = Draw=HIST
			}
			hist clustersInPlanes {
				algorithm = HNE
				output = AFP/SiT/Aux
				display = Draw=HIST
			}
		}
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		dir pixelColRow2D {
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			dir nearAside {
				hist pixelColIDChip_vs_pixelRowIDChip_nearAside_P0 {
					algorithm = HNE
					output = AFP/SiT/pixelColRow2D/nearAside
					display = LogZ,Draw=COLZ
				}
				hist pixelColIDChip_vs_pixelRowIDChip_nearAside_P1 {
					algorithm = HNE
					output = AFP/SiT/pixelColRow2D/nearAside
					display = LogZ,Draw=COLZ
				}
				hist pixelColIDChip_vs_pixelRowIDChip_nearAside_P2 {
					algorithm = HNE
					output = AFP/SiT/pixelColRow2D/nearAside
					display = LogZ,Draw=COLZ
				}
				hist pixelColIDChip_vs_pixelRowIDChip_nearAside_P3 {
					algorithm = HNE
					output = AFP/SiT/pixelColRow2D/nearAside
					display = LogZ,Draw=COLZ
				}
			}
			dir nearCside {
				hist pixelColIDChip_vs_pixelRowIDChip_nearCside_P0 {
					algorithm = HNE
					output = AFP/SiT/pixelColRow2D/nearCside
					display = LogZ,Draw=COLZ
				}
				hist pixelColIDChip_vs_pixelRowIDChip_nearCside_P1 {
					algorithm = HNE
					output = AFP/SiT/pixelColRow2D/nearCside
					display = LogZ,Draw=COLZ
				}
				hist pixelColIDChip_vs_pixelRowIDChip_nearCside_P2 {
					algorithm = HNE
					output = AFP/SiT/pixelColRow2D/nearCside
					display = LogZ,Draw=COLZ
				}
				hist pixelColIDChip_vs_pixelRowIDChip_nearCside_P3 {
					algorithm = HNE
					output = AFP/SiT/pixelColRow2D/nearCside
					display = LogZ,Draw=COLZ
				}
			}
			dir farAside {
				hist pixelColIDChip_vs_pixelRowIDChip_farAside_P0 {
					algorithm = HNE
					output = AFP/SiT/pixelColRow2D/farAside
					display = LogZ,Draw=COLZ
				}
				hist pixelColIDChip_vs_pixelRowIDChip_farAside_P1 {
					algorithm = HNE
					output = AFP/SiT/pixelColRow2D/farAside
					display = LogZ,Draw=COLZ
				}
				hist pixelColIDChip_vs_pixelRowIDChip_farAside_P2 {
					algorithm = HNE
					output = AFP/SiT/pixelColRow2D/farAside
					display = LogZ,Draw=COLZ
				}
				hist pixelColIDChip_vs_pixelRowIDChip_farAside_P3 {
					algorithm = HNE
					output = AFP/SiT/pixelColRow2D/farAside
					display = LogZ,Draw=COLZ
				}
			}
			dir farCside {
				hist pixelColIDChip_vs_pixelRowIDChip_farCside_P0 {
					algorithm = HNE
					output = AFP/SiT/pixelColRow2D/farCside
					display = LogZ,Draw=COLZ
				}
				hist pixelColIDChip_vs_pixelRowIDChip_farCside_P1 {
					algorithm = HNE
					output = AFP/SiT/pixelColRow2D/farCside
					display = LogZ,Draw=COLZ
				}
				hist pixelColIDChip_vs_pixelRowIDChip_farCside_P2 {
					algorithm = HNE
					output = AFP/SiT/pixelColRow2D/farCside
					display = LogZ,Draw=COLZ
				}
				hist pixelColIDChip_vs_pixelRowIDChip_farCside_P3 {
					algorithm = HNE
					output = AFP/SiT/pixelColRow2D/farCside
					display = LogZ,Draw=COLZ
				}
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			}
		}
		dir PixelColIDChip {
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			dir nearAside {
				hist pixelColIDChip_nearAside_P0 {
					algorithm = AFPBinContentComp
					output = AFP/SiT/PixelColIDChip/nearAside
					display = Draw=HIST
				}
				hist pixelColIDChip_nearAside_P1 {
					algorithm = AFPBinContentComp
					output = AFP/SiT/PixelColIDChip/nearAside
					display = Draw=HIST
				}
				hist pixelColIDChip_nearAside_P2 {
					algorithm = AFPBinContentComp
					output = AFP/SiT/PixelColIDChip/nearAside
					display = Draw=HIST
				}
				hist pixelColIDChip_nearAside_P3 {
					algorithm = AFPBinContentComp
					output = AFP/SiT/PixelColIDChip/nearAside
					display = Draw=HIST
				}
			}
			dir farAside {
				hist pixelColIDChip_farAside_P0 {
					algorithm = AFPBinContentComp
					output = AFP/SiT/PixelColIDChip/farAside
					display = Draw=HIST
				}
				hist pixelColIDChip_farAside_P1 {
					algorithm = AFPBinContentComp
					output = AFP/SiT/PixelColIDChip/farAside
					display = Draw=HIST
				}
				hist pixelColIDChip_farAside_P2 {
					algorithm = AFPBinContentComp
					output = AFP/SiT/PixelColIDChip/farAside
					display = Draw=HIST
				}
				hist pixelColIDChip_farAside_P3 {
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					algorithm = HNE
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					output = AFP/SiT/PixelColIDChip/farAside
					display = Draw=HIST
				}
			}
			dir nearCside {
				hist pixelColIDChip_nearCside_P0 {
					algorithm = AFPBinContentComp
					output = AFP/SiT/PixelColIDChip/nearCside
					display = Draw=HIST
				}
				hist pixelColIDChip_nearCside_P1 {
					algorithm = AFPBinContentComp
					output = AFP/SiT/PixelColIDChip/nearCside
					display = Draw=HIST
				}
				hist pixelColIDChip_nearCside_P2 {
					algorithm = AFPBinContentComp
					output = AFP/SiT/PixelColIDChip/nearCside
					display = Draw=HIST
				}
				hist pixelColIDChip_nearCside_P3 {
					algorithm = AFPBinContentComp
					output = AFP/SiT/PixelColIDChip/nearCside
					display = Draw=HIST
				}
			}
			dir farCside {
				hist pixelColIDChip_farCside_P0 {
					algorithm = AFPBinContentComp
					output = AFP/SiT/PixelColIDChip/farCside
					display = Draw=HIST
				}
				hist pixelColIDChip_farCside_P1 {
					algorithm = AFPBinContentComp
					output = AFP/SiT/PixelColIDChip/farCside
					display = Draw=HIST
				}
				hist pixelColIDChip_farCside_P2 {
					algorithm = AFPBinContentComp
					output = AFP/SiT/PixelColIDChip/farCside
					display = Draw=HIST
				}
				hist pixelColIDChip_farCside_P3 {
					algorithm = AFPBinContentComp
					output = AFP/SiT/PixelColIDChip/farCside
					display = Draw=HIST
				}
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			}
		}
		dir PixelRowIDChip {
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			dir nearAside {
				hist pixelRowIDChip_nearAside_P0 {
					algorithm = AFPBinContentComp
					output = AFP/SiT/PixelRowIDChip/nearAside
					display = Draw=HIST
				}
				hist pixelRowIDChip_nearAside_P1 {
					algorithm = AFPBinContentComp
					output = AFP/SiT/PixelRowIDChip/nearAside
					display = Draw=HIST
				}
				hist pixelRowIDChip_nearAside_P2 {
					algorithm = AFPBinContentComp
					output = AFP/SiT/PixelRowIDChip/nearAside
					display = Draw=HIST
				}
				hist pixelRowIDChip_nearAside_P3 {
					algorithm = AFPBinContentComp
					output = AFP/SiT/PixelRowIDChip/nearAside
					display = Draw=HIST
				}
			}
			dir farAside {
				hist pixelRowIDChip_farAside_P0 {
					algorithm = AFPBinContentComp
					output = AFP/SiT/PixelRowIDChip/farAside
					display = Draw=HIST
				}
				hist pixelRowIDChip_farAside_P1 {
					algorithm = AFPBinContentComp
					output = AFP/SiT/PixelRowIDChip/farAside
					display = Draw=HIST
				}
				hist pixelRowIDChip_farAside_P2 {
					algorithm = AFPBinContentComp
					output = AFP/SiT/PixelRowIDChip/farAside
					display = Draw=HIST
				}
				hist pixelRowIDChip_farAside_P3 {
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					algorithm = HNE
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					output = AFP/SiT/PixelRowIDChip/farAside
					display = Draw=HIST
				}
			}
			dir nearCside {
				hist pixelRowIDChip_nearCside_P0 {
					algorithm = AFPBinContentComp
					output = AFP/SiT/PixelRowIDChip/nearCside
					display = Draw=HIST
				}
				hist pixelRowIDChip_nearCside_P1 {
					algorithm = AFPBinContentComp
					output = AFP/SiT/PixelRowIDChip/nearCside
					display = Draw=HIST
				}
				hist pixelRowIDChip_nearCside_P2 {
					algorithm = AFPBinContentComp
					output = AFP/SiT/PixelRowIDChip/nearCside
					display = Draw=HIST
				}
				hist pixelRowIDChip_nearCside_P3 {
					algorithm = AFPBinContentComp
					output = AFP/SiT/PixelRowIDChip/nearCside
					display = Draw=HIST
				}
			}
			dir farCside {
				hist pixelRowIDChip_farCside_P0 {
					algorithm = AFPBinContentComp
					output = AFP/SiT/PixelRowIDChip/farCside
					display = Draw=HIST
				}
				hist pixelRowIDChip_farCside_P1 {
					algorithm = AFPBinContentComp
					output = AFP/SiT/PixelRowIDChip/farCside
					display = Draw=HIST
				}
				hist pixelRowIDChip_farCside_P2 {
					algorithm = AFPBinContentComp
					output = AFP/SiT/PixelRowIDChip/farCside
					display = Draw=HIST
				}
				hist pixelRowIDChip_farCside_P3 {
					algorithm = AFPBinContentComp
					output = AFP/SiT/PixelRowIDChip/farCside
					display = Draw=HIST
				}
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			}
		}
		dir SiTimeOverThreshold {
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			dir nearAside {
				hist timeOverThreshold_nearAside_P0 {
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					algorithm = AFPBinContentCompToT2018NearA0
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					output = AFP/SiT/SiTimeOverThreshold/nearAside
					display = Draw=HIST
					}
				hist timeOverThreshold_nearAside_P1 {
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					algorithm = AFPBinContentCompToT2018NearA1
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					output = AFP/SiT/SiTimeOverThreshold/nearAside
					display = Draw=HIST
				}
				hist timeOverThreshold_nearAside_P2 {
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					algorithm = AFPBinContentCompToT2018NearA2
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					output = AFP/SiT/SiTimeOverThreshold/nearAside
					display = Draw=HIST
				}
				hist timeOverThreshold_nearAside_P3 {
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					algorithm = AFPBinContentCompToT2018NearA3
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					output = AFP/SiT/SiTimeOverThreshold/nearAside
					display = Draw=HIST
				}
			}
			dir farAside {
				hist timeOverThreshold_farAside_P0 {
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					algorithm = AFPBinContentCompToT2018FarA0
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					output = AFP/SiT/SiTimeOverThreshold/farAside
					display = Draw=HIST
				}
				hist timeOverThreshold_farAside_P1 {
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					algorithm = AFPBinContentCompToT2018FarA1
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					output = AFP/SiT/SiTimeOverThreshold/farAside
					display = Draw=HIST
				}
				hist timeOverThreshold_farAside_P2 {
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					algorithm = AFPBinContentCompToT2018FarA2
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					output = AFP/SiT/SiTimeOverThreshold/farAside
					display = Draw=HIST
				}
				hist timeOverThreshold_farAside_P3 {
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					algorithm = AFPBinContentCompToT2018FarA3
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					output = AFP/SiT/SiTimeOverThreshold/farAside
					display = Draw=HIST
				}
			}
			dir nearCside {
				hist timeOverThreshold_nearCside_P0 {
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					algorithm = AFPBinContentCompToT2018NearC0
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					output = AFP/SiT/SiTimeOverThreshold/nearCside
					display = Draw=HIST
				}
				hist timeOverThreshold_nearCside_P1 {
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					algorithm = AFPBinContentCompToT2018NearC1
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					output = AFP/SiT/SiTimeOverThreshold/nearCside
					display = Draw=HIST
				}
				hist timeOverThreshold_nearCside_P2 {
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					algorithm = AFPBinContentCompToT2018NearC2
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					output = AFP/SiT/SiTimeOverThreshold/nearCside
					display = Draw=HIST
				}
				hist timeOverThreshold_nearCside_P3 {
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					algorithm = AFPBinContentCompToT2018NearC3
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					output = AFP/SiT/SiTimeOverThreshold/nearCside
					display = Draw=HIST
				}
			}
			dir farCside {
				hist timeOverThreshold_farCside_P0 {
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					algorithm = AFPBinContentCompToT2018FarC0
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					output = AFP/SiT/SiTimeOverThreshold/farCside
					display = Draw=HIST
				}
				hist timeOverThreshold_farCside_P1 {
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					algorithm = AFPBinContentCompToT2018FarC1
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					output = AFP/SiT/SiTimeOverThreshold/farCside
					display = Draw=HIST
				}
				hist timeOverThreshold_farCside_P2 {
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					algorithm = AFPBinContentCompToT2018FarC2
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					output = AFP/SiT/SiTimeOverThreshold/farCside
					display = Draw=HIST
				}
				hist timeOverThreshold_farCside_P3 {
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					algorithm = AFPBinContentCompToT2018FarC3
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					output = AFP/SiT/SiTimeOverThreshold/farCside
					display = Draw=HIST
				}
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			}
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		}
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		dir HitsCounterPlanes {
			hist hitsCounterPlanesTProfile_vs_lb_nearAside_P0 {
				algorithm = HNE
				output = AFP/SiT/HitsCounterPlanes
				display = Draw=HIST
			}
			hist hitsCounterPlanesTProfile_vs_lb_nearAside_P1 {
				algorithm = HNE
				output = AFP/SiT/HitsCounterPlanes
				display = Draw=HIST
			}
			hist hitsCounterPlanesTProfile_vs_lb_nearAside_P2 {
				algorithm = HNE
				output = AFP/SiT/HitsCounterPlanes
				display = Draw=HIST
			}
			hist hitsCounterPlanesTProfile_vs_lb_nearAside_P3 {
				algorithm = HNE
				output = AFP/SiT/HitsCounterPlanes
				display = Draw=HIST
			}
			hist hitsCounterPlanesTProfile_vs_lb_farAside_P0 {
				algorithm = HNE
				output = AFP/SiT/HitsCounterPlanes
				display = Draw=HIST
			}
			hist hitsCounterPlanesTProfile_vs_lb_farAside_P1 {
				algorithm = HNE
				output = AFP/SiT/HitsCounterPlanes
				display = Draw=HIST
			}
			hist hitsCounterPlanesTProfile_vs_lb_farAside_P2 {
				algorithm = HNE
				output = AFP/SiT/HitsCounterPlanes
				display = Draw=HIST
			}
			hist hitsCounterPlanesTProfile_vs_lb_farAside_P3 {
				algorithm = HNE
				output = AFP/SiT/HitsCounterPlanes
				display = Draw=HIST
			}
			hist hitsCounterPlanesTProfile_vs_lb_farCside_P0 {
				algorithm = HNE
				output = AFP/SiT/HitsCounterPlanes
				display = Draw=HIST
			}
			hist hitsCounterPlanesTProfile_vs_lb_farCside_P1 {
				algorithm = HNE
				output = AFP/SiT/HitsCounterPlanes
				display = Draw=HIST
			}
			hist hitsCounterPlanesTProfile_vs_lb_farCside_P2 {
				algorithm = HNE
				output = AFP/SiT/HitsCounterPlanes
				display = Draw=HIST
			}
			hist hitsCounterPlanesTProfile_vs_lb_farCside_P3 {
				algorithm = HNE
				output = AFP/SiT/HitsCounterPlanes
				display = Draw=HIST
			}
			hist hitsCounterPlanesTProfile_vs_lb_nearCside_P0 {
				algorithm = HNE
				output = AFP/SiT/HitsCounterPlanes
				display = Draw=HIST
			}
			hist hitsCounterPlanesTProfile_vs_lb_nearCside_P1 {
				algorithm = HNE
				output = AFP/SiT/HitsCounterPlanes
				display = Draw=HIST
			}
			hist hitsCounterPlanesTProfile_vs_lb_nearCside_P2 {
				algorithm = HNE
				output = AFP/SiT/HitsCounterPlanes
				display = Draw=HIST
			}
			hist hitsCounterPlanesTProfile_vs_lb_nearCside_P3 {
				algorithm = HNE
				output = AFP/SiT/HitsCounterPlanes
				display = Draw=HIST
			}
		}
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		dir HitsPerPlanes {
			hist planeHitsAll {
				algorithm = HNE
				output = AFP/SiT/HitsPerPlanes
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				display = Draw=HIST
			}
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			hist planeHitsAllMU {
				algorithm = HNE
				output = AFP/SiT/HitsPerPlanes
				display = Draw=HIST
			}
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			hist planeHits_nearAside {
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				algorithm = AFPBinContentComp
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				output = AFP/SiT/HitsPerPlanes
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				display = Draw=HIST
			}
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			hist planeHits_nearCside {
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				algorithm = AFPBinContentComp
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				output = AFP/SiT/HitsPerPlanes
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				display = Draw=HIST
			}
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			hist planeHits_farAside {
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				algorithm = AFPBinContentComp
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				output = AFP/SiT/HitsPerPlanes
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				display = Draw=HIST
			}
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			hist planeHits_farCside {
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				algorithm = AFPBinContentComp
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				output = AFP/SiT/HitsPerPlanes
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				display = Draw=HIST
			}
		}
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		dir HitsPerPlanesVsLb_full {
			hist lbHitsPerPlanes_full_nearAside_P0 {
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				algorithm = HNE
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				output = AFP/SiT/HitsPerPlanesVsLb_full
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				display = DRAW=E,StatBox
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			}
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			hist lbHitsPerPlanes_full_nearAside_P1 {
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				algorithm = HNE
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				output = AFP/SiT/HitsPerPlanesVsLb_full
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				display = DRAW=E,StatBox
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			}
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			hist lbHitsPerPlanes_full_nearAside_P2 {
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				algorithm = HNE
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				output = AFP/SiT/HitsPerPlanesVsLb_full
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				display = DRAW=E4,StatBox
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			}
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			hist lbHitsPerPlanes_full_nearAside_P3 {
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				algorithm = HNE
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				output = AFP/SiT/HitsPerPlanesVsLb_full
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				display = DRAW=E4,StatBox
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			}
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			hist lbHitsPerPlanes_full_nearCside_P0 {
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				algorithm = HNE
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				output = AFP/SiT/HitsPerPlanesVsLb_full
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				display = DRAW=E5,StatBox
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			}
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			hist lbHitsPerPlanes_full_nearCside_P1 {
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				algorithm = HNE
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				output = AFP/SiT/HitsPerPlanesVsLb_full
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				display = DRAW=E5,StatBox
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			}
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			hist lbHitsPerPlanes_full_nearCside_P2 {
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				algorithm = HNE
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				output = AFP/SiT/HitsPerPlanesVsLb_full
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				display = DRAW=E6
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			}
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			hist lbHitsPerPlanes_full_nearCside_P3 {
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				algorithm = HNE
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				output = AFP/SiT/HitsPerPlanesVsLb_full
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				display = DRAW=E6
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			}
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			hist lbHitsPerPlanes_full_farAside_P0 {
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				algorithm = HNE
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				output = AFP/SiT/HitsPerPlanesVsLb_full
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				display = DRAW=E0
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			}
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			hist lbHitsPerPlanes_full_farAside_P1 {
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				algorithm = HNE
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				output = AFP/SiT/HitsPerPlanesVsLb_full
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				display = DRAW=E0
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			}
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			hist lbHitsPerPlanes_full_farAside_P2 {
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				algorithm = HNE
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				output = AFP/SiT/HitsPerPlanesVsLb_full
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				display = DRAW=E1
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			}
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			hist lbHitsPerPlanes_full_farAside_P3 {
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				algorithm = HNE
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				output = AFP/SiT/HitsPerPlanesVsLb_full
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				display = DRAW=E1
			}
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			hist lbHitsPerPlanes_full_farCside_P0 {
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				algorithm = HNE
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				output = AFP/SiT/HitsPerPlanesVsLb_full
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				display = DRAW=E2
			}
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			hist lbHitsPerPlanes_full_farCside_P1 {
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				algorithm = HNE
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				output = AFP/SiT/HitsPerPlanesVsLb_full
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				display = DRAW=E2
			}
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			hist lbHitsPerPlanes_full_farCside_P2 {
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				algorithm = HNE
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				output = AFP/SiT/HitsPerPlanesVsLb_full
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				display = DRAW=E3
			}
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			hist lbHitsPerPlanes_full_farCside_P3 {
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				algorithm = HNE
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				output = AFP/SiT/HitsPerPlanesVsLb_full
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				display = DRAW=E3
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			}
		}
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		dir HitsPerPlanesVsLb {
			hist lbHitsPerPlanes_farAside_P0 {
				algorithm = HNE
				output = AFP/SiT/HitsPerPlanesVsLb
				display = Draw=COLZ
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			}
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			hist lbHitsPerPlanes_farAside_P1 {
				algorithm = HNE
				output = AFP/SiT/HitsPerPlanesVsLb
				display = Draw=COLZ
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			}
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			hist lbHitsPerPlanes_farAside_P2 {
				algorithm = HNE
				output = AFP/SiT/HitsPerPlanesVsLb
				display = Draw=COLZ
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			}
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			hist lbHitsPerPlanes_farAside_P3 {
				algorithm = HNE
				output = AFP/SiT/HitsPerPlanesVsLb
				display = Draw=COLZ
			}
			hist lbHitsPerPlanes_nearAside_P0 {
				algorithm = HNE
				output = AFP/SiT/HitsPerPlanesVsLb
				display = Draw=COLZ
			}
			hist lbHitsPerPlanes_nearAside_P1 {
				algorithm = HNE
				output = AFP/SiT/HitsPerPlanesVsLb
				display = Draw=COLZ
			}
			hist lbHitsPerPlanes_nearAside_P2 {
				algorithm = HNE
				output = AFP/SiT/HitsPerPlanesVsLb
				display = Draw=COLZ
			}
			hist lbHitsPerPlanes_nearAside_P3 {
				algorithm = HNE
				output = AFP/SiT/HitsPerPlanesVsLb
				display = Draw=COLZ
			}
			hist lbHitsPerPlanes_farCside_P0 {
				algorithm = HNE
				output = AFP/SiT/HitsPerPlanesVsLb
				display = Draw=COLZ
			}
			hist lbHitsPerPlanes_farCside_P1 {
				algorithm = HNE
				output = AFP/SiT/HitsPerPlanesVsLb
				display = Draw=COLZ
			}
			hist lbHitsPerPlanes_farCside_P2 {
				algorithm = HNE
				output = AFP/SiT/HitsPerPlanesVsLb
				display = Draw=COLZ
			}
			hist lbHitsPerPlanes_farCside_P3 {
				algorithm = HNE
				output = AFP/SiT/HitsPerPlanesVsLb
				display = Draw=COLZ
			}
			hist lbHitsPerPlanes_nearCside_P0 {
				algorithm = HNE
				output = AFP/SiT/HitsPerPlanesVsLb
				display = Draw=COLZ
			}
			hist lbHitsPerPlanes_nearCside_P1 {
				algorithm = HNE
				output = AFP/SiT/HitsPerPlanesVsLb
				display = Draw=COLZ
			}
			hist lbHitsPerPlanes_nearCside_P2 {
				algorithm = HNE
				output = AFP/SiT/HitsPerPlanesVsLb
				display = Draw=COLZ
			}
			hist lbHitsPerPlanes_nearCside_P3 {
				algorithm = HNE
				output = AFP/SiT/HitsPerPlanesVsLb
				display = Draw=COLZ
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			}
		}
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		dir ClustersPerPlanesPP {
			hist lbClustersPerPlanes_farAside_P0 {
				algorithm = HNE
				output = AFP/SiT/ClustersPerPlanesPP
				display = Draw=COLZ
			}
			hist lbClustersPerPlanes_farAside_P1 {
				algorithm = HNE
				output = AFP/SiT/ClustersPerPlanesPP
				display = Draw=COLZ
			}
			hist lbClustersPerPlanes_farAside_P2 {
				algorithm = HNE
				output = AFP/SiT/ClustersPerPlanesPP
				display = Draw=COLZ
			}
			hist lbClustersPerPlanes_farAside_P3 {
				algorithm = HNE
				output = AFP/SiT/ClustersPerPlanesPP
				display = Draw=COLZ
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			}
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			hist lbClustersPerPlanes_nearAside_P0 {
				algorithm = HNE
				output = AFP/SiT/ClustersPerPlanesPP
				display = Draw=COLZ
			}
			hist lbClustersPerPlanes_nearAside_P1 {
				algorithm = HNE
				output = AFP/SiT/ClustersPerPlanesPP
				display = Draw=COLZ
			}
			hist lbClustersPerPlanes_nearAside_P2 {
				algorithm = HNE
				output = AFP/SiT/ClustersPerPlanesPP
				display = Draw=COLZ
			}
			hist lbClustersPerPlanes_nearAside_P3 {
				algorithm = HNE
				output = AFP/SiT/ClustersPerPlanesPP
				display = Draw=COLZ
			}
			hist lbClustersPerPlanes_farCside_P0 {
				algorithm = HNE
				output = AFP/SiT/ClustersPerPlanesPP
				display = Draw=COLZ
			}
			hist lbClustersPerPlanes_farCside_P1 {
				algorithm = HNE
				output = AFP/SiT/ClustersPerPlanesPP
				display = Draw=COLZ
			}
			hist lbClustersPerPlanes_farCside_P2 {
				algorithm = HNE
				output = AFP/SiT/ClustersPerPlanesPP
				display = Draw=COLZ
			}
			hist lbClustersPerPlanes_farCside_P3 {
				algorithm = HNE
				output = AFP/SiT/ClustersPerPlanesPP
				display = Draw=COLZ
			}
			hist lbClustersPerPlanes_nearCside_P0 {
				algorithm = HNE
				output = AFP/SiT/ClustersPerPlanesPP
				display = Draw=COLZ
			}
			hist lbClustersPerPlanes_nearCside_P1 {
				algorithm = HNE
				output = AFP/SiT/ClustersPerPlanesPP
				display = Draw=COLZ
			}
			hist lbClustersPerPlanes_nearCside_P2 {
				algorithm = HNE
				output = AFP/SiT/ClustersPerPlanesPP
				display = Draw=COLZ
			}
			hist lbClustersPerPlanes_nearCside_P3 {
				algorithm = HNE
				output = AFP/SiT/ClustersPerPlanesPP
				display = Draw=COLZ
			}
		}
		dir Cluster {
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			dir nearAside {
955
				hist clusterX_vs_clusterY_nearAside_P0 {
956
					algorithm = HNE
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					output = AFP/SiT/Cluster/nearAside
					display = LogZ,Draw=COLZ
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				}
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				hist clusterX_vs_clusterY_nearAside_P0 {
961
					algorithm = HNE
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					output = AFP/SiT/Cluster/nearAside
					display = LogZ,Draw=COLZ
964
				}
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				hist clusterX_vs_clusterY_nearAside_P2 {
966
					algorithm = HNE
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					output = AFP/SiT/Cluster/nearAside
					display = LogZ,Draw=COLZ
969
				}
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				hist clusterX_vs_clusterY_nearAside_P3 {
971
					algorithm = HNE
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					output = AFP/SiT/Cluster/nearAside
					display = LogZ,Draw=COLZ
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				}
			}
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			dir farAside {
				hist clusterX_vs_clusterY_farAside_P0 {
978
					algorithm = HNE
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					output = AFP/SiT/Cluster/farAside
					display = LogZ,Draw=COLZ
981
				}
982
				hist clusterX_vs_clusterY_farAside_P1 {
983
					algorithm = HNE
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985
					output = AFP/SiT/Cluster/farAside
					display = LogZ,Draw=COLZ
986
				}
987
				hist clusterX_vs_clusterY_farAside_P2 {
988
					algorithm = HNE
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					output = AFP/SiT/Cluster/farAside
					display = LogZ,Draw=COLZ
991
				}
992
				hist clusterX_vs_clusterY_farAside_P3 {
993
					algorithm = HNE
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					output = AFP/SiT/Cluster/farAside
					display = LogZ,Draw=COLZ
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				}
			}
			dir nearCside {
999
				hist clusterX_vs_clusterY_nearCside_P0 {
1000
					algorithm = HNE