This is BoulderCumulants, a PHENIX analysis code for doing multi-particle cumulant using the FVTX These are the main analysis files
File name
description
BoulderCumulants.C
class implementation file, has only the constructor and destructor
BoulderCumulants.h
class header file, has all the global level variables, function declarations, etc
BoulderCumulantsFunctions.C
class file for various functions to compute the various multi-particle correlations
BoulderCumulantsInitializations.C
class file for the initialization functions, particularly the TTree and histograms
BoulderCumulantsLinkDef.h
standard ROOT link def file
BoulderCumulantsOffsets.C
class file for storing the Q-vector offsets
BoulderCumulantsOffsetsRBR.C
class file for storing the run-by-run offsets, not currently used
BoulderCumulantsProcessEvent.C
class file for process_event, this is the main part of the analysis code
BoulderCumulantsSpecialEventCuts.C
class file for the special event cut that matches the BBC charge and NFVTXtracks
Additional basic PHENIX universe files
File name
description
Makefile.am
standard makefile
autogen.sh
standard autogen file
configure.in
standard configure file
File name
description
RunMyMacro.C
from offline/AnalysisTrain/pat/macro
Run_BoulderCumulants.C
user defined macro to run the code
Run_BoulderCumulantsRun14.C
specific settings for Run14 AuAu/HeAu
Run_BoulderCumulantsRun15.C
specific settings for Run15 pAu
Run_BoulderCumulantsRun16.C
specific settings for Run14 dAu
File name
description
.gitattributes
get the linguistics right
BCpseudocode.C
pseudocode showing the basic calculations
WorkAuAu - Working area for the AuAu analysis
work - Working area for small systems