def __drawDecorations__(self):
BasicPlot.__drawDecorations__(self)
self.plotDown.__drawDecorations__()
self.plotUp.__drawDecorations__()
class DoublePlot(BasicPlot):
def __init__(self,
title='DoublePlot',
xVariable=None,
yVariableUp=var_Entries,
yVariableDown=None,
upperFraction=0.7,
lowerFraction=0.3):
BasicPlot.__init__(self, title, xVariable, yVariableUp)
self.plotUp = BasicPlot(title + '_up', xVariable, yVariableUp)
self.plotDown = BasicPlot(title + '_down', xVariable, yVariableDown)
self.plotDown.drawLegend = False
self.plotDown.showBinWidthY = False
self.upperFraction = upperFraction
self.lowerFraction = lowerFraction
self.legendElements = self.plotUp.legendElements
self.titles = self.plotUp.titles
self.plotDown.drawLegend = False
self.plotDown.drawTitle = False
def __initAction__(self):
from ROOT import TCanvas
## Method that does all the magic
if not self.canvas:
self.canvas = TCanvas(alphanumericString(self.title), self.title,
self.xSize, self.ySize)
BasicPlot.__initAction__(self)
self.plotDown.__initAction__()
self.plotUp.__initAction__()
self.canvas.Divide(1, 2)
self.plotUp.canvas = self.canvas.cd(1)
self.plotDown.canvas = self.canvas.cd(2)
self.plotUp.drawLegend = self.drawLegend
self.plotUp.drawTitle = self.drawTitle
# initialize layout
self.plotUp.canvas.SetPad(0., 1. - self.upperFraction, 1., 1.)
self.plotUp.canvas.SetBottomMargin(0.03)
self.plotUp.canvas.SetTopMargin(self.plotDown.canvas.GetTopMargin() /
self.upperFraction)
self.plotUp.canvas.Update()
self.plotDown.canvas.SetPad(0., 0., 1., self.lowerFraction)
self.plotDown.canvas.SetTopMargin(0.)
self.plotDown.canvas.SetBottomMargin(
self.plotDown.canvas.GetBottomMargin() / (self.lowerFraction))
self.plotDown.canvas.SetGridy(True)
self.plotDown.canvas.Update()
self.canvas.Update()
if self.firstTimeDrawn:
self.plotUp.topMargin = self.topMargin / self.upperFraction
self.plotUp.bottomMargin = self.bottomMargin / self.bottomMargin
self.plotUp.legendDecorator.defaultUpperY = 1. - (
1 - self.legendDecorator.defaultUpperY) / self.upperFraction
self.plotUp.legendDecorator.defaultLowerY = self.legendDecorator.defaultLowerY / self.upperFraction
self.plotUp.legendDecorator.labelTextSize = self.legendDecorator.labelTextSize / self.upperFraction
self.plotUp.legendDecorator.textSize = self.legendDecorator.textSize / self.upperFraction
self.plotUp.legendDecorator.lineGap = self.legendDecorator.lineGap / self.upperFraction
self.plotUp.titleDecorator.defaultUpperY = 1. - (
1 - self.titleDecorator.defaultUpperY) / self.upperFraction
self.plotUp.titleDecorator.defaultLowerY = self.titleDecorator.defaultLowerY / self.upperFraction
self.plotUp.titleDecorator.textSize = self.titleDecorator.textSize / self.upperFraction
self.plotUp.titleDecorator.labelTextSize = self.titleDecorator.labelTextSize / self.upperFraction
def __mainAction__(self):
BasicPlot.__mainAction__(self)
self.plotDown.__mainAction__()
self.plotUp.__mainAction__()
def __drawHistograms__(self):
BasicPlot.__drawHistograms__(self)
self.plotDown.__drawHistograms__()
self.plotUp.__drawHistograms__()
def __drawFunctions__(self):
BasicPlot.__drawFunctions__(self)
self.plotDown.__drawFunctions__()
self.plotUp.__drawFunctions__()
def __drawDecorations__(self):
# No top level decorations
#BasicPlot.__drawDecorations__(self)
self.plotDown.__drawDecorations__()
self.plotUp.__drawDecorations__()
def __drawObjects__(self):
BasicPlot.__drawObjects__(self)
self.plotDown.__drawObjects__()
self.plotUp.__drawObjects__()
def __finalizeAction__(self):
self.plotUp.logX = self.logX
self.plotUp.logY = self.logY
self.plotUp.logZ = self.logZ
self.plotDown.__finalizeAction__()
self.plotUp.__finalizeAction__()
if self.firstTimeDrawn:
if self.plotUp.firstDrawnObject:
xAxis = self.plotUp.firstDrawnObject.GetXaxis()
xAxis.SetTickLength(xAxis.GetTickLength() / self.upperFraction)
xAxis.SetLabelOffset(xAxis.GetLabelOffset() * 10.)
xAxis.Draw()
yAxis = self.plotUp.firstDrawnObject.GetYaxis()
yAxis.SetTickLength(yAxis.GetTickLength() / self.upperFraction)
yAxis.SetLabelSize(yAxis.GetLabelSize() / self.upperFraction)
yAxis.SetLabelOffset(yAxis.GetLabelOffset() /
self.upperFraction)
yAxis.SetTitleSize(yAxis.GetTitleSize() / self.upperFraction)
yAxis.SetTitleOffset(yAxis.GetTitleOffset() *
self.upperFraction)
yAxis.Draw()
if self.plotDown.firstDrawnObject:
xAxis = self.plotDown.firstDrawnObject.GetXaxis()
xAxis.SetTickLength(xAxis.GetTickLength() / self.lowerFraction)
xAxis.SetTitleSize(xAxis.GetTitleSize() / self.lowerFraction)
xAxis.SetLabelSize(xAxis.GetLabelSize() / self.lowerFraction)
xAxis.SetLabelOffset(xAxis.GetLabelOffset() / self.lowerFraction)
xAxis.Draw()
yAxis = self.plotDown.firstDrawnObject.GetYaxis()
self.plotDown.firstDrawnObject.SetMinimum(0.9)
self.plotDown.firstDrawnObject.SetMaximum(1.1)
yAxis.SetNdivisions(5)
yAxis.CenterTitle(True)
yAxis.SetTickLength(yAxis.GetTickLength() / self.lowerFraction *
0.5)
yAxis.SetLabelSize(yAxis.GetLabelSize() / self.lowerFraction * 0.5)
yAxis.SetLabelOffset(yAxis.GetLabelOffset() / self.lowerFraction *
0.5)
yAxis.SetTitleSize(yAxis.GetTitleSize() / self.lowerFraction * 0.7)
yAxis.SetTitleOffset(yAxis.GetTitleOffset() * self.lowerFraction *
0.8)
yAxis.Draw()
#self.stretchAxis( self.plotUp.firstDrawnObject, 1./self.upperFraction, 1.0 )
#self.stretchAxis( self.plotDown.firstDrawnObject, 1./self.lowerFraction, 0.7 )
self.plotUp.canvas.Update()
self.plotDown.canvas.Update()
self.canvas.Update()
BasicPlot.__finalizeAction__(self)
def stretchAxis(self, drawnObject, factor, yFactor=1.0):
# get the axis
xAxis = drawnObject.GetXaxis()
yAxis = drawnObject.GetYaxis()
for axis in [xAxis, yAxis]:
axis.SetTickLength(axis.GetTickLength() * factor)
axis.SetLabelSize(0.05 * factor)
axis.SetLabelOffset(axis.GetLabelOffset() * factor)
if axis == xAxis:
axis.SetTitleSize(axis.GetTitleSize() * factor)
# axis.SetLabelOffset( axis.GetLabelOffset() * factor )
# axis.SetTitleOffset( axis.GetTitleOffset() / factor )
if axis == yAxis:
axis.SetTitleSize(axis.GetTitleSize() * factor * yFactor)
axis.SetTitleOffset(axis.GetTitleOffset() / (factor * yFactor))
class DoublePlot(BasicPlot):
def __init__(self,
title='DoublePlot',
xVariable=None,
yVariableUp=var_Entries,
yVariableDown=None,
upperFraction=0.7,
lowerFraction=0.3):
BasicPlot.__init__(self, title, xVariable, yVariableUp)
self.plotUp = BasicPlot(title + '_up', xVariable, yVariableUp)
self.plotDown = BasicPlot(title + '_down', xVariable, yVariableDown)
self.plotDown.drawLegend = False
self.plotDown.showBinWidthY = False
self.upperFraction = upperFraction
self.lowerFraction = lowerFraction
self.legendElements = self.plotUp.legendElements
self.titles = self.plotUp.titles
self.plotDown.drawLegend = False
self.plotDown.drawTitle = False
self.plotDown.topMargin = 0.
self.plotDown.bottomMargin = 0.
self.decorators = []
self.plotDown.decorators = []
def __initAction__(self):
from ROOT import TCanvas
## Method that does all the magic
if not self.canvas:
self.canvas = TCanvas(alphanumericString(self.title), self.title,
self.xSize, self.ySize)
BasicPlot.__initAction__(self)
self.plotDown.__initAction__()
self.plotUp.__initAction__()
self.canvas.Divide(1, 2)
self.plotUp.canvas = self.canvas.cd(1)
self.plotDown.canvas = self.canvas.cd(2)
self.plotUp.drawLegend = self.drawLegend
self.plotUp.drawTitle = self.drawTitle
self.plotUp.normalizeByBinWidth = self.normalizeByBinWidth
# initialize layout
self.plotUp.canvas.SetPad(0., 1. - self.upperFraction, 1., 1.)
self.plotUp.canvas.SetBottomMargin(0.01)
self.plotUp.canvas.SetTopMargin(self.plotDown.canvas.GetTopMargin() /
self.upperFraction)
self.plotUp.canvas.Update()
self.plotDown.canvas.SetPad(0., 0., 1., self.lowerFraction)
self.plotDown.canvas.SetTopMargin(0.01)
self.plotDown.canvas.SetBottomMargin(
self.plotDown.canvas.GetBottomMargin() / (self.lowerFraction))
self.plotDown.canvas.SetGridy(True)
self.plotDown.canvas.Update()
self.canvas.Update()
if self.firstTimeDrawn:
self.plotUp.topMargin = self.topMargin / self.upperFraction
self.plotUp.bottomMargin = self.bottomMargin / self.bottomMargin
self.plotUp.legendDecorator.defaultUpperY = 1. - (
1 - self.legendDecorator.defaultUpperY) / self.upperFraction
self.plotUp.legendDecorator.defaultLowerY = self.legendDecorator.defaultLowerY / self.upperFraction
self.plotUp.legendDecorator.labelTextSize = self.legendDecorator.labelTextSize / self.upperFraction
self.plotUp.legendDecorator.textSize = self.legendDecorator.textSize / self.upperFraction
self.plotUp.legendDecorator.lineGap = self.legendDecorator.lineGap / self.upperFraction
self.plotUp.titleDecorator.defaultUpperY = 1. - (
1 - self.titleDecorator.defaultUpperY) / self.upperFraction
self.plotUp.titleDecorator.defaultLowerY = self.titleDecorator.defaultLowerY / self.upperFraction
self.plotUp.titleDecorator.textSize = self.titleDecorator.textSize / self.upperFraction
self.plotUp.titleDecorator.labelTextSize = self.titleDecorator.labelTextSize / self.upperFraction
def __mainAction__(self):
BasicPlot.__mainAction__(self)
self.plotDown.__mainAction__()
self.plotUp.__mainAction__()
def __normalizeObjects__(self):
self.plotUp.__normalizeObjects__()
self.plotDown.__normalizeObjects__()
def __normalizeByBinWidth__(self):
self.plotUp.__normalizeByBinWidth__()
#Commented out since normbybinwidth not necessary for ratioplot down
#self.plotDown.__normalizeByBinWidth__()
def __fitObjects__(self):
self.plotUp.__fitObjects__()
self.plotDown.__fitObjects__()
def __drawObjects__(self):
BasicPlot.__drawObjects__(self)
self.plotDown.__drawObjects__()
self.plotUp.__drawObjects__()
def __drawDecorations__(self):
BasicPlot.__drawDecorations__(self)
self.plotDown.__drawDecorations__()
self.plotUp.__drawDecorations__()
def __finalizeAction__(self):
self.plotUp.logX = self.logX
self.plotUp.logY = self.logY
self.plotUp.logZ = self.logZ
self.plotDown.__finalizeAction__()
self.plotUp.__finalizeAction__()
if self.plotUp.firstDrawnObject and self.plotUp.firstDrawnObject != self.plotUp.previousFirstDrawnObject:
xAxis = self.plotUp.firstDrawnObject.GetXaxis()
xAxis.SetTickLength(xAxis.GetTickLength() / self.upperFraction)
# supress labels by drawing in white
xAxis.SetLabelColor(0)
xAxis.SetTitleColor(0)
xAxis.Draw()
yAxis = self.plotUp.firstDrawnObject.GetYaxis()
#yAxis.SetTickLength( yAxis.GetTickLength() / self.upperFraction )
yAxis.SetLabelSize(yAxis.GetLabelSize() / self.upperFraction)
yAxis.SetLabelOffset(yAxis.GetLabelOffset() / self.upperFraction)
yAxis.SetTitleSize(yAxis.GetTitleSize() / self.upperFraction)
yAxis.SetTitleOffset(yAxis.GetTitleOffset() * self.upperFraction *
1.1)
yAxis.Draw()
if self.plotDown.firstDrawnObject and self.plotDown.firstDrawnObject != self.plotDown.previousFirstDrawnObject:
xAxis = self.plotDown.firstDrawnObject.GetXaxis()
xAxis.SetTickLength(xAxis.GetTickLength() / self.lowerFraction)
xAxis.SetTitleSize(xAxis.GetTitleSize() / self.lowerFraction)
xAxis.SetLabelSize(xAxis.GetLabelSize() / self.lowerFraction)
xAxis.SetLabelOffset(xAxis.GetLabelOffset() / self.lowerFraction)
xAxis.Draw()
yAxis = self.plotDown.firstDrawnObject.GetYaxis()
#yAxis.SetNdivisions( 5 )
yAxis.CenterTitle(False)
yAxis.SetTickLength(yAxis.GetTickLength() / self.lowerFraction *
self.upperFraction)
yAxis.SetLabelSize(yAxis.GetLabelSize() / self.lowerFraction *
0.7) #adapted for envelope plots
yAxis.SetLabelOffset(yAxis.GetLabelOffset() /
self.lowerFraction) #* 0.5 )
yAxis.SetTitleSize(yAxis.GetTitleSize() /
self.lowerFraction) # * 0.7 )
yAxis.SetTitleOffset(yAxis.GetTitleOffset() * self.lowerFraction *
1.1)
yAxis.Draw()
self.plotUp.canvas.Update()
self.plotDown.canvas.Update()
self.canvas.Update()
BasicPlot.__finalizeAction__(self)
def stretchAxis(self, drawnObject, factor, yFactor=1.0):
# get the axis
xAxis = drawnObject.GetXaxis()
yAxis = drawnObject.GetYaxis()
for axis in [xAxis, yAxis]:
axis.SetTickLength(axis.GetTickLength() * factor)
axis.SetLabelSize(0.05 * factor)
axis.SetLabelOffset(axis.GetLabelOffset() * factor)
if axis == xAxis:
axis.SetTitleSize(axis.GetTitleSize() * factor)
# axis.SetLabelOffset( axis.GetLabelOffset() * factor )
# axis.SetTitleOffset( axis.GetTitleOffset() / factor )
if axis == yAxis:
axis.SetTitleSize(axis.GetTitleSize() * factor * yFactor)
axis.SetTitleOffset(axis.GetTitleOffset() / (factor * yFactor))