def save_and_cleanup(outdir = 'plots'):
## Save plots
if not os.path.exists(outdir):
print "Creating folder `%s'" % outdir
os.mkdir(outdir)
else:
## TODO: remove outdir
pass
canvases.make_plots(['png', 'root'], outdir)
canvases.make_pdf_from_eps(outdir)
## Store corrections
for extractor in extractors:
raw = extractor.raw .name.split('-')[0]
target = extractor.target.name.split('-')[0]
out_file_name = '_'.join([raw, 'to', target, 'qqcorrections.root'])
extractor.write_corrector_to_file(outdir + '/' + out_file_name)
## Cleanup
trees.close_files()
def save_and_cleanup(outdir='plots'):
## Save plots
if not os.path.exists(outdir):
print "Creating folder `%s'" % outdir
os.mkdir(outdir)
else:
## TODO: remove outdir
pass
canvases.make_plots(['png', 'root'], outdir)
canvases.make_pdf_from_eps(outdir)
## Store corrections
for extractor in extractors:
raw = extractor.raw.name.split('-')[0]
target = extractor.target.name.split('-')[0]
out_file_name = '_'.join([raw, 'to', target, 'qqcorrections.root'])
extractor.write_corrector_to_file(outdir + '/' + out_file_name)
## Cleanup
trees.close_files()
def main():
'''
Main entry point of execution.
'''
hist = get_gaussian_histogram()
make_canvases(hist)
make_more_canvases(hist)
## Make output graphics in different formats using ROOT for the conversions
canvases.make_plots('png C root eps'.split())
## Store canvases as pdf by creating eps and then using ps2pdf to convert
## them.
canvases.make_pdf_from_eps()
## The module holds references to the created canvases.
## Note that they did not get killed even though we do not
## explicitly keep references to them. They still show up on the screen.
## You can access them like this:
print 'List of canvases:'
pprint.pprint(canvases.canvases)
def main():
'''
Main entry point of execution.
'''
hist = get_gaussian_histogram()
make_canvases(hist)
make_more_canvases(hist)
## Make output graphics in different formats using ROOT for the conversions
canvases.make_plots('png C root eps'.split())
## Store canvases as pdf by creating eps and then using ps2pdf to convert
## them.
canvases.make_pdf_from_eps()
## The module holds references to the created canvases.
## Note that they did not get killed even though we do not
## explicitly keep references to them. They still show up on the screen.
## You can access them like this:
print 'List of canvases:'
pprint.pprint(canvases.canvases)
cuts.append('Entry$ < %d' % max_entries)
dataset = datasetly.get(tree=tree, variable=variable, cuts=cuts)
variable = dataset.get().first()
variable.SetTitle(cfg.title)
variable.setUnit(cfg.unit)
datasets.append(dataset)
## End of loop over expressions and selections
dataset = datasets[0]
for further_dataset in datasets[1:]:
dataset.append(further_dataset)
return dataset
## End of get_dataset()
#______________________________________________________________________________
def draw_and_append(plot):
plot.Draw()
plots.append(plot)
## End of draw_and_append(plot)
#______________________________________________________________________________
if __name__ == '__main__':
import user
test()
## Clean up to prevent horrible root crashes.
if not '-i' in sys.argv:
canvases.make_pdf_from_eps('plots')
trees.close_files()
plot.name = 'Electron_Reco_Eff_EB_B_Data'
plots.append(copy.deepcopy(plot))
plot.sourcefilename = 'Efficiency_2011B/Efficiency.root'
plot.sourcehistoname = 'MC_Endcap'
plot.leftlabel = 'Run 2011B, ECAL Endcap'
plot.rightlabel = 'CMS Simulation'
plot.name = 'Electron_Reco_Eff_EE_B_MC'
plots.append(copy.deepcopy(plot))
plot.sourcefilename = 'Efficiency_2011B/Efficiency.root'
plot.sourcehistoname = 'DataB_Endcap'
plot.leftlabel = 'Run 2011B, ECAL Endcap'
plot.rightlabel = 'CMS Preliminary'
plot.name = 'Electron_Reco_Eff_EE_B_Data'
plots.append(copy.deepcopy(plot))
## Configuration END
ROOT.gStyle.SetPalette(55)
ROOT.gStyle.SetPadLeftMargin(0.15)
ROOT.gStyle.SetPadRightMargin(0.15)
ROOT.gStyle.SetPadTopMargin(0.1)
ROOT.gStyle.SetPaintTextFormat('5.3f')
ROOT.gROOT.ForceStyle()
for p in plots[:]:
p.makeplot()
canvases.make_pdf_from_eps()
if ytitle:
graph.GetYaxis().SetTitle(ytitle)
if yrange:
graph.GetYaxis().SetRangeUser(*yrange)
if color:
paint(graph, color)
return graph
## End of customize(graph)
##______________________________________________________________________________
def paint(graph, color):
'''
For the given graph, sets the color of the line and marker to the given one.
'''
graph.SetLineColor(color)
graph.SetMarkerColor(color)
return graph
## End of customize(graph)
##______________________________________________________________________________
if __name__ == '__main__':
main()
#pprint.pprint(graphs)
canvases.make_plots(['png'])
canvases.make_pdf_from_eps()
def save_plots(self):
canvases.make_plots(['root'])
canvases.make_pdf_from_eps()
variable = dataset.get().first()
variable.SetTitle(cfg.title)
variable.setUnit(cfg.unit)
datasets.append(dataset)
## End of loop over expressions and selections
dataset = datasets[0]
for further_dataset in datasets[1:]:
dataset.append(further_dataset)
return dataset
## End of get_dataset()
#______________________________________________________________________________
def draw_and_append(plot):
plot.Draw()
plots.append(plot)
## End of draw_and_append(plot)
#______________________________________________________________________________
if __name__ == '__main__':
import user
test()
## Clean up to prevent horrible root crashes.
if not '-i' in sys.argv:
canvases.make_pdf_from_eps('plots')
trees.close_files()
def save_plots(self):
canvases.make_plots(['root'])
canvases.make_pdf_from_eps()