def plotGuess(self,*args,**kwds):
backupX = self.curve1.X
backupY = self.curve1.Y
self.curve1.Y = self.func1(self.packParamsGuess())
Plottable.plot(self.curve1,*args,**kwds)
self.curve1.Y = backupY
backupX = self.curve2.X
backupY = self.curve2.Y
self.curve2.Y = self.func2(self.packParamsGuess())
Plottable.plot(self.curve2,*args,**kwds)
self.curve2.Y = backupY
def plotGuess(self, *args, **kwds):
backupX = self.curve1.X
backupY = self.curve1.Y
self.curve1.Y = self.func1(self.packParamsGuess())
Plottable.plot(self.curve1, *args, **kwds)
self.curve1.Y = backupY
backupX = self.curve2.X
backupY = self.curve2.Y
self.curve2.Y = self.func2(self.packParamsGuess())
Plottable.plot(self.curve2, *args, **kwds)
self.curve2.Y = backupY
def plot(self,plotNicely = False,nicePlotNpoints = 5e4,**kwds):
# print "plotting fitter"
if self.fitDone:
if(plotNicely):
back = self.Xdata
min = self.Xdata.min()
max = self.Xdata.max()
span = max-min
self.Xdata = numpy.arange(min,max,span/nicePlotNpoints)
self.getYvalues(self.packParams())
Plottable.plot(self,**kwds)
if(plotNicely):
self.Xdata = back
self.getYvalues(self.packParams())
def plot(self, plotNicely=False, nicePlotNpoints=5e4, **kwds):
# print "plotting fitter"
if self.fitDone:
if (plotNicely):
back = self.Xdata
min = self.Xdata.min()
max = self.Xdata.max()
span = max - min
self.Xdata = numpy.arange(min, max, span / nicePlotNpoints)
self.getYvalues(self.packParams())
Plottable.plot(self, **kwds)
if (plotNicely):
self.Xdata = back
self.getYvalues(self.packParams())
def __load__(self,f,cp):
Plottable.__load__(self,f,cp)
def __init__(self,**kwds):
# loadSave.Saveable.__init__(self,**kwds)
Plottable.__init__(self)
def getYrangeLine(self):
[minFit,maxFit] = Plottable.getYrangeLine(self.parentCurve)
[minPar,maxPar] = Plottable.getYrangeLine(self.parentCurve)
return [min(minFit,minPar),max(maxFit,maxPar)]
def getYrangeLine(self):
[minFit, maxFit] = Plottable.getYrangeLine(self.parentCurve)
[minPar, maxPar] = Plottable.getYrangeLine(self.parentCurve)
return [min(minFit, minPar), max(maxFit, maxPar)]
def __load__(self, f, cp):
Plottable.__load__(self, f, cp)
def __init__(self, **kwds):
# loadSave.Saveable.__init__(self,**kwds)
Plottable.__init__(self)