def __MakeRatioGraph(self, param, style, myrange = None):
xmin = None
xmax = None
if range:
xmin = myrange["min"]
xmax = myrange["max"]
return GraphicsObject(HistToGraph(self.__ratios[param], xmin, xmax) , style)
def DrawObjects(self, pad, addtolegend=True):
"""
Draw all spectra inside the container into a given pad
"""
ComparisonData.DrawObjects(self, pad, addtolegend)
# draw also sum of the different bins
pad.DrawGraphicsObject(
GraphicsObject(self.GetSpectraSum(), Style(kBlack, 20)),
addtolegend, "Sum")
def GetGraphicsInRange(self, trigger, isRatio=False):
graphics = None
styles = {
"MinBias": Style(kBlack, 20),
"EMCJHigh": Style(kBlue, 24),
"EMCJLow": Style(kRed, 26),
"EMCGHigh": Style(kGreen, 25),
"EMCGLow": Style(kOrange, 27)
}
if trigger is "MinBias":
graphics = GraphicsObject(HistToGraph(self.__minBias, 0.1, 100.),
styles["MinBias"])
else:
mydict = self.__triggered
if isRatio:
mydict = self.__ratios
graphics = GraphicsObject(HistToGraph(mydict[trigger], 0.1, 100.),
styles[trigger])
return graphics
def Create(self):
"""
Create the plot
"""
self._OpenCanvas("trgEffSumm", "Summed trigger efficiency")
pad = self._GetFramedPad()
pad.DrawFrame(TriggerEfficiencyFrame("tframe"))
pad.DrawGraphicsObject(
GraphicsObject(self.__triggereff.GetEfficiencyCurve(),
Style(kBlack, 20)), False, "Trigger Eff")
pad.DrawLabel(0.5, 0.2, 0.89, 0.25,
"Trigger: %s" % (self.__triggername))
def Create(self):
"""
Creator function for the plot
"""
self._OpenCanvas("weightplot", "Monte-Carlo weights")
pad = self._GetFramedPad()
pad.GetPad().SetLogy()
frame = Frame("wframe", 0., 11., 1e-12, 1e-5)
frame.SetXtitle("p_{t,hard} bin")
frame.SetYtitle("weight factor")
pad.DrawFrame(frame)
pad.DrawGraphicsObject(
GraphicsObject(self.__points.GetWeightingCurve(),
Style(kBlack, 20)), False, "weights")
def DrawRatio(self, pad, addToLegend = False):
self.__graphs["Ratio"] = self.__ConvertToGraph(self.__ratio)
pad.DrawGraphicsObject(GraphicsObject(self.__DrawStyle(self.__graphs["Ratio"], self.__styles["Ratio"]), addToLegend, "Ratio Data/Param"))
def DrawBinnedParameterisation(self, pad, addToLegend = True, legendText = "Param"):
if not self.__graphs["Param"]:
self.__graphs["Param"] = self.__ConvertToGraph(self.__parameterised)
pad.DrawGraphicsObject(GraphicsObject(self.__graphs["Param"], self.__styles["Param"]), addToLegend, legendText)
def DrawSpectrum(self, pad, addToLegend = True):
if not self.__graphs["Data"]:
self.__graphs["Data"] = self.__ConvertToGraph(self.__data)
pad.DrawGraphicsObject(GraphicsObject(self.__graphs["Data"], self.__styles["Data"], addToLegend, "Data"))
def MakeGraphicsObject(self):
return GraphicsObject(self.__data.GetPoints(), self.__style)