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Copy paththesis_plots.py
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107 lines (96 loc) · 6.73 KB
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import sys
from plotter import plotter
def update_progress(iteration,complete):
barLength = 30
status = ""
progress=float(iteration)/float(complete)
if isinstance(progress, int):
progress = float(progress)
if not isinstance(progress, float):
progress = 0
status = "error: progress var must be float\r\n"
if progress < 0:
progress = 0
status = "Halt...\r\n"
if progress >= 1:
progress = 1
status = "Done...\r\n"
block = int(round(barLength*progress))
text = "\rPlots processed: %i/%i [%s] %s"%(int(iteration),int(complete),"#"*block+"-"*(barLength-block),status)
sys.stdout.write(text)
sys.stdout.flush()
if(__name__=='__main__'):
#plotdir= nocuts,cleaner,AK8N2sel,deltaR48,invMAk8sel,detaAk8sel,softdropAK8sel,tau21sel,VVRegion,AK4N2sel,OpSignsel,detaAk4sel,invMAk4sel_1p0
#histname= N_pv,pdgID,N_AK*,eta/pT_AK*,eta/pT_AK*_{1,2,12},prodeta_AK4_12,M_jj_AK*,M_jj_AK*_highbin,M_softdrop_{1,2,12},tau_21_{1,2,12},met_over_pt_mjjAK8_{2,4},met_over_sumptAK*_{2,4},met_over_sumptJets_{2,4}
# *new* : deta_AK*_12,M_AK8{_{1,2,12}}
channel='ZZ'
#plotter(plotdir,plot,xTitle,logY,channels=['VV'],includeData=False,scaleSignal=0,UserRange=[XMin,XMax,YMin,YMax])
includeData=True
defaultRange=[None,None,None,None]
plots=[
('N_pv','N_{PV}',True,[channel],includeData,0.01,defaultRange),
('N_AK4','N_{AK4}',True,[channel],includeData,0.01,defaultRange),
('eta_AK4_12','#eta^{two leading AK4}',False,[channel],includeData,0.01,defaultRange),
('eta_AK4_1','#eta^{1st AK4}',False,[channel],includeData,0.01,defaultRange),
('eta_AK4_2','#eta^{2nd AK4}',False,[channel],includeData,0.01,defaultRange),
# ('eta_AK4','#eta^{AK4}',True,[channel],includeData,0,defaultRange),
('deta_AK4_12','#eta^{1st AK4} #cdot #eta^{2nd AK4}',True,[channel],includeData,0,defaultRange),
('prodeta_AK4_12','#Delta#eta^{two leading AK4}',True,[channel],includeData,0,defaultRange),
('pT_AK4_12','p_{T}^{two leading AK4}',True,[channel],includeData,0.01,defaultRange),
('pT_AK4_1','p_{T}^{1st AK4}',True,[channel],includeData,0.01,defaultRange),
('pT_AK4_2','p_{T}^{2nd AK4}',True,[channel],includeData,0.01,defaultRange),
# ('pT_AK4','p_{T}^{AK4}',True,[channel],includeData,0,defaultRange),
('N_AK8','N_{AK8}',True,[channel],includeData,0.01,defaultRange),
('eta_AK8_12','#eta^{two leading AK8}',True,[channel],includeData,10,[-2.5,2.5,None,None]),
# ('eta_AK8_12','#eta^{two leading AK8}',True,[channel],includeData,0.01,defaultRange),
('eta_AK8_1','#eta^{1st AK8}',True,[channel],includeData,0.01,defaultRange),
('eta_AK8_2','#eta^{2nd AK8}',True,[channel],includeData,0.01,defaultRange),
# ('eta_AK8','#eta^{AK8}',True,[channel],includeData,0,defaultRange),
('deta_AK8_12','#Delta#eta^{two leading AK8}',True,[channel],includeData,0,defaultRange),
('pT_AK8_12','p_{T}^{two leading AK8}',True,[channel],includeData,10,[200,2000,None,None]),
# ('pT_AK8_12','p_{T}^{two leading AK8}',True,[channel],includeData,0.01,defaultRange),
('pT_AK8_1','p_{T}^{1st AK8}',True,[channel],includeData,0.01,defaultRange),
('pT_AK8_2','p_{T}^{2nd AK8}',True,[channel],includeData,0.01,defaultRange),
# ('pT_AK8','p_{T}^{AK8}',True,[channel],includeData,0,defaultRange),
('M_AK8_12','M_{two leading AK8}',True,[channel],includeData,0.01,defaultRange),
('M_AK8_1','M_{1st AK8}',True,[channel],includeData,0.01,defaultRange),
('M_AK8_2','M_{2nd AK8}',True,[channel],includeData,0.01,defaultRange),
# ('M_AK8','M_{AK8}',True,[channel],includeData,0,defaultRange),
# ('M_jj_AK8_highbin','M_{jj-AK8}',True,[channel],False,0.01,[900,4500,None,None])
('M_jj_AK8','M_{jj-AK8}',True,[channel],False,0.01,[900,4500,None,None]),
# ('M_jj_AK8','M_{jj-AK8}',True,[channel],False,0.01,[900,4500,10**(-1),10**(2)]),
# ('M_jj_AK8','M_{jj-AK8} -noSig',True,[channel],False,0,[900,3000,1.1*10**(-3),10**2]),
('M_jj_AK4','M_{jj-AK4}',True,[channel],includeData,0,defaultRange),
('M_softdrop_1','M_{SD 1st AK8}',True,[channel],includeData,0,defaultRange),
('M_softdrop_2','M_{SD 2nd AK8}',True,[channel],includeData,0,defaultRange),
('M_softdrop_12','M_{SD leading AK8}',True,[channel],includeData,0,defaultRange),
('tau21_1','#tau_{2}/#tau_{1} _{1st AK8}',True,[channel],includeData,0,defaultRange),
('tau21_2','#tau_{2}/#tau_{1} _{2nd AK8}',True,[channel],includeData,0,defaultRange),
# ('tau21_12','#tau_{2}/#tau_{1} _{two leading AK8}',True,[channel],includeData,0,[None,None,10,10**6]),
('tau21_12','#tau_{2}/#tau_{1} _{two leading AK8}',True,[channel],includeData,0,defaultRange),
# ('met_pt_over_mjjAK8_2','MET/M_{jj-AK8}',True,[channel],includeData,0.01,defaultRange),
# ('met_pt_over_sumptAK8_2','MET/#sum_{AK8} p_{T}',True,[channel],includeData,0.05,defaultRange),
# ('met_pt_over_sumptAK4_2','MET/#sum_{AK4} p_{T}',True,[channel],includeData,0,defaultRange),
# ('met_pt_over_sumptJets_2','MET/#sum_{AK4,8} p_{T}',True,[channel],includeData,0,defaultRange)
]
# cuts = ['nocuts','common','corrections','cleaner','softdropmassCorr','AK4pfidfilter','AK8pfidfilter','AK8N2sel','invMAk8sel','detaAk8sel','preselection','softdropAK8sel','tau21sel','deltaR48','VVRegion','AK4N2sel','OpSignsel','detaAk4sel','invMAk4sel_1p0']
# cuts = ['detaAk8sel','invMAk4sel_1p0']
# cuts = ['cleaner','softdropmassCorr','invMAk8sel','detaAk8sel','AK8N2sel','preselection','softdropAK8sel','tau21sel','deltaR48','VVRegion','AK4N2sel','OpSignsel','detaAk4sel','invMAk4sel_1p0']
# cuts = ['invMAk8sel','detaAk8sel','AK8N2sel','preselection','softdropAK8sel','tau21sel','deltaR48','VVRegion','AK4N2sel','OpSignsel','detaAk4sel','invMAk4sel_1p0']
cuts = ['invMAk8sel','detaAk8sel','AK8N2sel','softdropAK8sel','tau21sel','deltaR48','VVRegion','AK4N2sel','OpSignsel','detaAk4sel','invMAk4sel_1p0']
# cuts = ['AK8N2sel','softdropAK8sel']
RegionPaths=['SignalRegion','SidebandRegion']
# RegionPaths=['SignalRegion']
# RegionPaths=['PreSelection']
NPlots=len(plots)*len(cuts)*len(RegionPaths)
counter=1
for Region in RegionPaths:
for cut in cuts:
for args in plots:
# print('---------------------------------------------------')
args=(cut,)+args
args=args+('/nfs/dust/cms/user/albrechs/UHH2_Output/'+Region,)
plotter(*args)
update_progress(counter,NPlots)
counter=counter+1
# print('--------------------------%03i-----------------------'%counter)