def print_all(self, label = "", plotText = False):
'''print syst output plots'''
if plotText:
if self._model not in ["T2cc", "T2_4body"]:
print ">>> Warning: systMap: print_all: Text plot will look shit for this model,"
print " so it will be turned off. Remember, looks are everything in HEP."
self._plotString = "colz"
else:
self._plotString = "colztext"
r.gStyle.SetPaintTextFormat("0.7f");
# create instance of a multi page PDF
pdf0 = multiPagePDF(outFileName = "out/%s_%s_%s.pdf" % (self._model, self._test, label),
title = "Systematics - %s - %s" % (self._test, label))
# setup fine grain z-axis
sutils.set_palette()
# draw each variation
for key in ["central", "up", "up_change", "down", "down_change"]:
if "down" not in key or self._effs['down']:
self.draw_plot(self._effs[key],
pdf0,
"Efficiency %s %s - %s" % (self._test, key, label),
"Acceptance",
1. if "change" in key else 0.)
self.draw_plot(self._effs[key],
pdf0,
"Efficiency %s %s Error - %s" % (self._test, key, label),
"Acceptance",
1. if "change" in key else 0., err=True)
if not self._cutSyst:
# draw total systematic (don't plot for cut systematics)
self.draw_plot(self._syst,
pdf0,
"%s Systematic - %s" % (self._test, label),
"Systematic Value",
0.)
# self.draw_plot(self._syst,
# pdf0,
# "%s Systematic Error - %s" % (self._test, label),
# "Systematic Value",
# 0., err=True)
pdf0.close()
def print_all(self, label="", plotText=False):
'''print syst output plots'''
if plotText:
if self._model not in ["T2cc", "T2_4body"]:
print ">>> Warning: systMap: print_all: Text plot will look shit for this model,"
print " so it will be turned off. Remember, looks are everything in HEP."
self._plotString = "colz"
else:
self._plotString = "colztext"
r.gStyle.SetPaintTextFormat("0.7f")
# create instance of a multi page PDF
pdf0 = multiPagePDF(
outFileName="out/%s_%s_%s.pdf" % (self._model, self._test, label),
title="Systematics - %s - %s" % (self._test, label))
# setup fine grain z-axis
sutils.set_palette()
# draw each variation
for key in ["central", "up", "up_change", "down", "down_change"]:
if "down" not in key or self._effs['down']:
self.draw_plot(
self._effs[key], pdf0,
"Efficiency %s %s - %s" % (self._test, key, label),
"Acceptance", 1. if "change" in key else 0.)
self.draw_plot(self._effs[key],
pdf0,
"Efficiency %s %s Error - %s" %
(self._test, key, label),
"Acceptance",
1. if "change" in key else 0.,
err=True)
if not self._cutSyst:
# draw total systematic (don't plot for cut systematics)
self.draw_plot(self._syst, pdf0,
"%s Systematic - %s" % (self._test, label),
"Systematic Value", 0.)
# self.draw_plot(self._syst,
# pdf0,
# "%s Systematic Error - %s" % (self._test, label),
# "Systematic Value",
# 0., err=True)
pdf0.close()
continue
stop_mass = float(line_split[0])
boost = float(line_split[1])
weight = float(line_split[2])
if stop_mass not in weights.keys():
weights[stop_mass] = {}
weights[stop_mass][boost] = weight
# print the weights dict
# sutils.dict_printer(weights)
r.gStyle.SetOptStat(0)
weight_distro = r.TH2D("Weights Summary", "Weights Summary", 12, 87.5, 387.5, 9, -50., 850.)
c1 = r.TCanvas()
for mass in weights:
for boost in weights[mass]:
weight_distro.Fill(mass, boost, weights[mass][boost])
sutils.set_palette(ncontours=100)
r.gStyle.SetPaintTextFormat("0.3f")
weight_distro.GetXaxis().SetTitle("m_{stop} (GeV)")
weight_distro.GetYaxis().SetTitle("Boost p_{T} (GeV)")
weight_distro.Draw("colztext")
c1.Print("out/stop_lut_weights.pdf")
