Public Member Functions | |
| def | __init__ |
| def | initialize |
| def | execute |
| def | finalize |
Public Attributes | |
| plot | |
| cableSvc | |
| testH | |
Definition at line 19 of file Viewer.py.
| def ElecSim::Viewer::EsViewerAlg::__init__ | ( | self, | ||
| name | ||||
| ) |
| def ElecSim::Viewer::EsViewerAlg::initialize | ( | self | ) |
Definition at line 26 of file Viewer.py.
00026 : 00027 status = GaudiAlgo.initialize(self) 00028 print "Init EsViewerAlg",self.name() 00029 if status.isFailure(): return status 00030 #self.cableSvc = self.svc('ICableSvc','StaticCableSvc') 00031 #self.testH = TH1F("testH","Test Histogram",100,0.0,2.0) 00032 return SUCCESS 00033 def execute(self):
| def ElecSim::Viewer::EsViewerAlg::execute | ( | self | ) |
Definition at line 34 of file Viewer.py.
00034 : 00035 print "Executing EsViewerAlg",self.name() 00036 evt = self.evtSvc() 00037 hdr = evt["/Event/Elec/ElecHeader"] 00038 crateHdr = hdr.crateHeader() 00039 crates = crateHdr.crates() 00040 crate = crates[DayaBay.Detector(0x01,1)] 00041 # Signal clock ticks [ns] 00042 hitDt = 12.5 00043 energyDt = 1 00044 adcDt = 25 00045 tdcDt = 25./16. 00046 # Draw entire crate nhit signal 00047 nhitBoard = crate.nhit() 00048 nhitSignal = None 00049 for board in range(1,13): 00050 boardId = DayaBay.FeeChannelId(board,0,0x01,1) 00051 boardNhit = nhitBoard[boardId] 00052 if nhitSignal == None: 00053 nhitSignal = [0] * boardNhit.size() 00054 for cycle in range(boardNhit.size()): 00055 nhitSignal[cycle] += boardNhit[cycle] 00056 nhitClock = [tick*hitDt for tick in range(boardNhit.size())] 00057 self.plot["nhit"] = TGraph(boardNhit.size(), 00058 array('f',nhitClock), 00059 array('f',nhitSignal)) 00060 # Draw an example channel 00061 channel = None 00062 tdc = None 00063 for connector in range(1,17): 00064 # Look for a channel with hits 00065 channelId = DayaBay.FeeChannelId(1,connector,0x01,1) 00066 channel = crate.channel(channelId) 00067 tdc = channel.tdc() 00068 if tdc.size() > 0: 00069 print "Found a hit channel" 00070 break 00071 energy = channel.energy() 00072 energyClock = [tick*energyDt for tick in range(energy.size())] 00073 self.plot["energy"] = TGraph(energy.size(), 00074 array('f',energyClock), 00075 array('f',energy)) 00076 hit = channel.hit() 00077 hitClock = [tick*hitDt for tick in range(hit.size())] 00078 self.plot["hit"] = TGraph(hit.size(), 00079 array('f',hitClock), 00080 array('f',hit)) 00081 adcLow = channel.adcLow() 00082 adcLowClock = [tick*adcDt for tick in range(adcLow.size())] 00083 self.plot["adcLow"] = TGraph(adcLow.size(), 00084 array('f',adcLowClock), 00085 array('f',adcLow)) 00086 adcHigh = channel.adcHigh() 00087 adcHighClock = [tick*adcDt for tick in range(adcHigh.size())] 00088 self.plot["adcHigh"] = TGraph(adcHigh.size(), 00089 array('f',adcHighClock), 00090 array('f',adcHigh)) 00091 print nhitSignal 00092 return SUCCESS 00093 def finalize(self):
| def ElecSim::Viewer::EsViewerAlg::finalize | ( | self | ) |
Definition at line 94 of file Viewer.py.
00094 : 00095 print "Finalizing EsViewerAlg",self.name() 00096 outFile = TFile("elecSimPlots.root","RECREATE") 00097 for key in self.plot.keys(): 00098 self.plot[key].SetTitle(key) 00099 self.plot[key].SetName(key) 00100 self.plot[key].GetXaxis().SetTitle("time [ns]") 00101 self.plot[key].Write() 00102 #canvas = TCanvas() 00103 #self.plot[key].Draw("APL") 00104 #canvas.SaveAs(key+".root") 00105 status = GaudiAlgo.finalize(self) 00106 return status 00107 def configure():
1.4.7