#if iweight == 0:
# break
#####
c1 = ROOT.TCanvas()
c1.cd()
postfix = "4"
outputfile = ROOT.TFile(key+"regcorrtraining"+postfix+".root","RECREATE")
outputfile.cd()
pdfout = PDFPrinting(sample+"regcorrtraining"+postfix)
print sample
histosforexport = []
for histokey in outputhistos:
outputhistos[histokey].WriteHisto(c1, sample, False, False, pdfout)
histosforexport.append(outputhistos[histokey])
pdfout.closePDF()
exporthistos("exported", histosforexport)
del c1
regout / inputjetvars["Jet_Pt"], iweight)
del regression
#if iweight == 0:
# break
#####
c1 = ROOT.TCanvas()
c1.cd()
postfix = "4"
outputfile = ROOT.TFile(key + "regcorrtraining" + postfix + ".root",
"RECREATE")
outputfile.cd()
pdfout = PDFPrinting(sample + "regcorrtraining" + postfix)
print sample
histosforexport = []
for histokey in outputhistos:
outputhistos[histokey].WriteHisto(c1, sample, False, False, pdfout)
histosforexport.append(outputhistos[histokey])
pdfout.closePDF()
exporthistos("exported", histosforexport)
del c1
histosforexport = []
postfix = "_test_1"
outputfile = ROOT.TFile(sample+"inputvars"+postfix+".root","RECREATE")
outputfile.cd()
pdfout = PDFPrinting(sample+"inputvars"+postfix)
fillhisto = False
for key in inputhistos:
inputhistos[key].WriteHisto(c1, None, fillhisto, True, pdfout)
histosforexport.append(inputhistos[key])
keylist = []
for key in inputfile:
keylist.append(key)
for ih, Cathist in enumerate(corr_eta_list):
Cathist["Jet_corr"].makeStack()
Cathist["Jet_corr"].WriteStack(c1, pdfout)
histosforexport.append(Cathist["Jet_corr"])
exporthistos("exported_input", histosforexport)
pdfout.closePDF()
#PDFPrinting(sample+"inputvars"+postfix,True,outputfile)
