Calibration: DrawACUNeutronCaptureVertex::DrawCaptureVertexAlg Class Reference

def DrawACUNeutronCaptureVertex::DrawCaptureVertexAlg::__init__	(	self,
		name
	)

Definition at line 16 of file DrawACUNeutronCaptureVertex.py.

00016                            :
00017         DybPythonAlg.__init__(self,name)
00018         return
00019 
    def initialize(self):

def DrawACUNeutronCaptureVertex::DrawCaptureVertexAlg::initialize ( self )

Definition at line 20 of file DrawACUNeutronCaptureVertex.py.

00020                         :
00021         status = DybPythonAlg.initialize(self)
00022         if status.isFailure(): return status
00023         self.info("initializing")
00024 
00025         return SUCCESS
00026 
    def execute(self):

def DrawACUNeutronCaptureVertex::DrawCaptureVertexAlg::execute ( self )

Definition at line 27 of file DrawACUNeutronCaptureVertex.py.

00027                      :
00028         self.info("executing")
00029         
00030         return SUCCESS
00031         
    def finalize(self):

def DrawACUNeutronCaptureVertex::DrawCaptureVertexAlg::finalize ( self )

Definition at line 32 of file DrawACUNeutronCaptureVertex.py.

00032                       :
00033         self.info("finalizing")
00034 
00035         # Make histograms
00036         canvas = TCanvas()
00037         hist = self.stats["/file0/hcap/nHcap"]
00038         hist.Draw()
00039         canvas.SaveAs("nHadronCapture.png")
00040 
00041         hist = self.stats["/file0/hcap/isotopes"]
00042         hist.Draw()
00043         canvas.SaveAs("isotopes.png")
00044         
00045         hist = self.stats["/file0/hcap/isotopes6MeV"]
00046         hist.Draw()
00047         canvas.SaveAs("isotopes6MeV.png")
00048 
00049         hist = self.stats["/file0/hcap/ZvsTotalGamma"]
00050         hist.Draw()
00051         canvas.SaveAs("ZvsTotalGamma.png")
00052                
00053         hist = self.stats["/file0/hcap/ZvsTotalGamma6MeV"]
00054         hist.Draw()
00055         canvas.SaveAs("ZvsTotalGamma6MeV.png")
00056 
00057         hist = self.stats["/file0/hcap/ZvsA"]
00058         hist.Draw()
00059         canvas.SaveAs("ZvsA.png")
00060 
00061         self.stats["/file0/gamma/individual"].Draw()
00062         canvas.SaveAs("individualGamma.png")
00063 
00064         self.stats["/file0/gamma/totalCaptureGamma"].Draw()
00065         canvas.SaveAs("totalCaptureGamma.png")
00066 
00067         self.stats["/file0/gamma/individual6MeV"].Draw()
00068         canvas.SaveAs("individualGamma6MeV.png")
00069         
00070         self.stats["/file0/gamma/totalCaptureGamma6MeV"].Draw()
00071         canvas.SaveAs("totalCaptureGammaGamma6MeV.png")
00072         
00073         self.stats["/file0/gamma/inelastic"].Draw()
00074         canvas.SaveAs("inelasticGamma.png")
00075 
00076         status = DybPythonAlg.finalize(self)
00077         return status
00078 
00079 
#####  Job Configuration for nuwa.py ########################################

In This Package:

DrawACUNeutronCaptureVertex::DrawCaptureVertexAlg Class Reference

Public Member Functions

Detailed Description

Member Function Documentation


Public Member Functions
def	__init__
def	initialize
def	execute
def	finalize