Inheritance diagram for SVDCoGTimeCalibrationCheckModule:

Public Member Functions
def	fillLists (self, svdClusterFromTracks)

def	set_localdb (self, localDB)

def	set_run_number (self, run)

def	set_exp_number (self, exp)

def	initialize (self)

def	event (self)

def	terminate (self)

Public Attributes
	NTOT
	counts the number of clusters

	localdb
	set the name of the localDB used

	runnumber
	set the run number

	expnumber
	set the experiment number

	outputFileName
	name of the output file

	resList
	lists used to create the histograms for each TB : residuals

	spList
	scatterplot t0 vs cog

	cogList
	cog

	cdcList
	t0

	snrList
	Cluster SNR.

	sizeList
	Cluster Size.

	chargeList
	Cluster charge.

	cdcErrorList
	t0 no synchronized

	Evt
	counts the number of events

	EventT0Hist
	distribution of EventT0

	gaus
	gaus function used for fitting distributions

	pol1
	order 1 polynomium used for the calibration

	pol3
	order 3 polynomium used for the calibration

	cdcEventT0
	registers PyStoreObj EventT0

	TB
	trigger bin

Detailed Description

Python class used for checking SVD CoG Calibration stored in a localDB

Definition at line 37 of file CoGCalibration_utils_checkCalibration.py.

Member Function Documentation

◆ event()

def event ( self )

Function that allows to cicle on the events

Definition at line 252 of file CoGCalibration_utils_checkCalibration.py.

    def event(self):
        """
        Function that allows to cicle on the events
        """
        self.Evt = self.Evt + 1
 
        # fill EventT0 histogram
        
        self.cdcEventT0 = Belle2.PyStoreObj(cdc_Time0)
        if self.cdcEventT0.hasEventT0():
            et0 = self.EventT0Hist
            et0.Fill(self.cdcEventT0.getEventT0())
 
        # fill plots
        svdCluster_list = Belle2.PyStoreArray(svd_Clusters)
        svd_evtInfo = Belle2.PyStoreObj(svd_EventInfo)
        clsTB = svd_evtInfo.getModeByte().getTriggerBin()
        
        self.TB = ord(clsTB)
 
        for svdCluster in svdCluster_list:
            self.fillLists(svdCluster)
 

◆ fillLists()

def fillLists	(	self,
		svdClusterFromTracks
	)

Function that fill the lists needed for the check of the calibration

parameters:
     svdClusterFromTracks (SVDCluster): Cluster related to tracks

Definition at line 42 of file CoGCalibration_utils_checkCalibration.py.

    def fillLists(self, svdClusterFromTracks):
        """
        Function that fill the lists needed for the check of the calibration
 
        parameters:
             svdClusterFromTracks (SVDCluster): Cluster related to tracks
        """
        timeCluster = svdClusterFromTracks.getClsTime()
        snrCluster = svdClusterFromTracks.getSNR()
        sizeCluster = svdClusterFromTracks.getSize()
        chargeCluster = svdClusterFromTracks.getCharge()
        layerCluster = svdClusterFromTracks.getSensorID().getLayerNumber()
        layerIndex = layerCluster - 3
        sensorCluster = svdClusterFromTracks.getSensorID().getSensorNumber()
        sensorIndex = sensorCluster - 1
        ladderCluster = svdClusterFromTracks.getSensorID().getLadderNumber()
        ladderIndex = ladderCluster - 1
        sideCluster = svdClusterFromTracks.isUCluster()
        sideIndex = 0
        if sideCluster:
            sideIndex = 1
 
        hasTimezero = self.cdcEventT0.hasEventT0()
        if hasTimezero:
            tZero = self.cdcEventT0.getEventT0()
            tZeroError = self.cdcEventT0.getEventT0Uncertainty()
 
            # filling histograms
            resHist = self.resList[layerIndex][ladderIndex][sensorIndex][sideIndex]
            resHist.Fill(timeCluster - tZero)
            spHist = self.spList[layerIndex][ladderIndex][sensorIndex][sideIndex]
            spHist.Fill(timeCluster, tZero)
            cogHist = self.cogList[layerIndex][ladderIndex][sensorIndex][sideIndex]
            cogHist.Fill(timeCluster)
            cdcHist = self.cdcList[layerIndex][ladderIndex][sensorIndex][sideIndex]
            cdcHist.Fill(tZero)
            snrHist = self.snrList[layerIndex][ladderIndex][sensorIndex][sideIndex]
            snrHist.Fill(snrCluster)
            sizeHist = self.sizeList[layerIndex][ladderIndex][sensorIndex][sideIndex]
            sizeHist.Fill(sizeCluster)
            chargeHist = self.chargeList[layerIndex][ladderIndex][sensorIndex][sideIndex]
            chargeHist.Fill(chargeCluster/1000.)
            cdcErrorHist = self.cdcErrorList[layerIndex][ladderIndex][sensorIndex][sideIndex]
            cdcErrorHist.Fill(tZeroError)
 
            
            self.NTOT = self.NTOT + 1
 

◆ initialize()

def initialize ( self )

Initialize object (histograms, lists, ...) used by the class

Definition at line 120 of file CoGCalibration_utils_checkCalibration.py.

    def initialize(self):
        """
        Initialize object (histograms, lists, ...) used by the class
        """
 
        
        self.outputFileName = "../caf/tree/SVDCoGCalibrationCheck_Exp" + \
            str(self.expnumber) + "_Run" + str(self.runnumber) + ".root"
        
        self.resList = []
        
        self.spList = []
        
        self.cogList = []
        
        self.cdcList = []
        
        self.snrList = []
        
        self.sizeList = []
        
        self.chargeList = []
        
        self.cdcErrorList = []
 
        geoCache = Belle2.VXD.GeoCache.getInstance()
 
        
        self.Evt = 0
        for layer in geoCache.getLayers(Belle2.VXD.SensorInfoBase.SVD):
            layerList0 = []
            layerList1 = []
            layerList2 = []
            layerList3 = []
            layerList4 = []
            layerList5 = []
            layerList6 = []
            layerList7 = []
 
            self.resList.append(layerList0)
            self.spList.append(layerList1)
            self.cogList.append(layerList2)
            self.cdcList.append(layerList3)
            self.snrList.append(layerList4)
            self.sizeList.append(layerList5)
            self.chargeList.append(layerList6)
            self.cdcErrorList.append(layerList7)
 
            for ladder in geoCache.getLadders(layer):
                ladderList0 = []
                ladderList1 = []
                ladderList2 = []
                ladderList3 = []
                ladderList4 = []
                ladderList5 = []
                ladderList6 = []
                ladderList7 = []
 
                layerList0.append(ladderList0)
                layerList1.append(ladderList1)
                layerList2.append(ladderList2)
                layerList3.append(ladderList3)
                layerList4.append(ladderList4)
                layerList5.append(ladderList5)
                layerList6.append(ladderList6)
                layerList7.append(ladderList7)
 
                for sensor in geoCache.getSensors(ladder):
                    sensorList0 = []
                    sensorList1 = []
                    sensorList2 = []
                    sensorList3 = []
                    sensorList4 = []
                    sensorList5 = []
                    sensorList6 = []
                    sensorList7 = []
 
                    ladderList0.append(sensorList0)
                    ladderList1.append(sensorList1)
                    ladderList2.append(sensorList2)
                    ladderList3.append(sensorList3)
                    ladderList4.append(sensorList4)
                    ladderList5.append(sensorList5)
                    ladderList6.append(sensorList6)
                    ladderList7.append(sensorList7)
 
        for i in geoCache.getLayers(Belle2.VXD.SensorInfoBase.SVD):
            layerN = i.getLayerNumber()
            li = layerN - 3
            for j in geoCache.getLadders(i):
                ladderN = j.getLadderNumber()
                ldi = ladderN - 1
                for k in geoCache.getSensors(j):
                    sensorN = k.getSensorNumber()
                    si = sensorN - 1
                    for s in range(2):
                        self.resList[li][ldi][si].append(TH1F("res" + "_" + str(layerN) + "." +
                                                              str(ladderN) + "." + str(sensorN) + "." +
                                                              str(s), " ", 200, -100, 100))
                        self.spList[li][ldi][si].append(TH2D("sp" + "_" + str(layerN) + "." +
                                                             str(ladderN) + "." + str(sensorN) + "." +
                                                             str(s), " ", 300, -150, 150, 300, -150, 150))
                        self.cogList[li][ldi][si].append(TH1F("cog" + "_" + str(layerN) + "." +
                                                              str(ladderN) + "." + str(sensorN) + "." + str(s),
                                                              " ", 200, -100, 100))
                        self.cdcList[li][ldi][si].append(TH1F("cdc" + "_" + str(layerN) + "." +
                                                              str(ladderN) + "." + str(sensorN) + "." + str(s),
                                                              " ", 200, -100, 100))
                        self.snrList[li][ldi][si].append(TH1F("snr" + "_" + str(layerN) + "." +
                                                              str(ladderN) + "." + str(sensorN) + "." + str(s), " ", 100, 0, 100))
                        self.sizeList[li][ldi][si].append(TH1F("size" + "_" + str(layerN) + "." +
                                                               str(ladderN) + "." + str(sensorN) + "." + str(s), " ", 20, 0, 20))
                        self.chargeList[li][ldi][si].append(TH1F("charge" + "_" + str(layerN) + "." +
                                                                 str(ladderN) + "." + str(sensorN) + "." + str(s),
                                                                 " ", 100, 0, 200))
                        self.cdcErrorList[li][ldi][si].append(TH1F("cdcError" + "_" + str(layerN) + "." +
                                                                   str(ladderN) + "." + str(sensorN) + "." + str(s),
                                                                   " ", 200, 0, 50))
 
        
        self.EventT0Hist = TH1F("EventT0", " ", 160, -40, 40)
 
        
        self.gaus = TF1("gaus", 'gaus(0)', -150, 150)
        
        self.pol1 = TF1("pol1", "[0] + [1]*x", -30, 30)
        
        self.pol3 = TF1("pol3", "[0] + [1]*x + [2]*x*x + [3]*x*x*x", -50, 50)
        
        self.NTOT = 0
 

◆ set_exp_number()

def set_exp_number	(	self,
		exp
	)

Function that allows to save the experiment number

parameters:
     exp (int): experiment number

Definition at line 110 of file CoGCalibration_utils_checkCalibration.py.

    def set_exp_number(self, exp):
        """
        Function that allows to save the experiment number
 
        parameters:
             exp (int): experiment number
        """
        
        self.expnumber = exp
 

◆ set_localdb()

def set_localdb	(	self,
		localDB
	)

Function that allows to set the localDB

parameters:
     localDB (str): Name of the localDB used

Definition at line 90 of file CoGCalibration_utils_checkCalibration.py.

    def set_localdb(self, localDB):
        """
        Function that allows to set the localDB
 
        parameters:
             localDB (str): Name of the localDB used
        """
        
        self.localdb = localDB
 

◆ set_run_number()

def set_run_number	(	self,
		run
	)

Function that allows to save the run number

parameters:
     run (int): run number

Definition at line 100 of file CoGCalibration_utils_checkCalibration.py.

    def set_run_number(self, run):
        """
        Function that allows to save the run number
 
        parameters:
             run (int): run number
        """
        
        self.runnumber = run
 

◆ terminate()

def terminate ( self )

Terminates te class and produces the output rootfile

Definition at line 275 of file CoGCalibration_utils_checkCalibration.py.

    def terminate(self):
        """
        Terminates te class and produces the output rootfile
        """
 
        layerNumberTree = np.zeros(1, dtype=int)
        ladderNumberTree = np.zeros(1, dtype=int)
        sensorNumberTree = np.zeros(1, dtype=int)
        sideTree = np.zeros(1, dtype=int)
        mean = np.zeros(1, dtype=float)
        meanerr = np.zeros(1, dtype=float)
        width = np.zeros(1, dtype=float)
        widtherr = np.zeros(1, dtype=float)
        cogmean = np.zeros(1, dtype=float)
        cogmeanerr = np.zeros(1, dtype=float)
        runnumber = np.zeros(1, dtype=int)
        runnumber[0] = int(self.runnumber)
        expnumber = np.zeros(1, dtype=int)
        expnumber[0] = int(self.expnumber)
        evttime = np.zeros(1, dtype=float)
        jitter = np.zeros(1, dtype=float)
        cdcErrorMean = np.zeros(1, dtype=float)
        clsSize = np.zeros(1, dtype=float)
        clsCharge = np.zeros(1, dtype=float)
        clsSNR = np.zeros(1, dtype=float)
 
        tfile = TFile(self.outputFileName, 'recreate')
        tfile.cd()
        tree = TTree("cog", "tree")
        tree.Branch("Layer", layerNumberTree, "Layer/I")
        tree.Branch("Ladder", ladderNumberTree, "Ladder/I")
        tree.Branch("Sensor", sensorNumberTree, "Sensor/I")
        tree.Branch("Side", sideTree, "Side/I")
        tree.Branch("ResMean", mean, "ResMean/D")
        tree.Branch("ResMeanErr", meanerr, "ResMeanErr/D")
        tree.Branch("ResWidth", width, "ResWidth/D")
        tree.Branch("ResWidthErr", widtherr, "ResWidthErr/D")
        tree.Branch("CoGMean", cogmean, "CoGMean/D")
        tree.Branch("CoGMeanErr", cogmeanerr, "CoGMeanErr/D")
        tree.Branch("RunNumber", runnumber, "RunNumber/I")
        tree.Branch("ExpNumber", expnumber, "ExpNumber/I")
        tree.Branch("EvtT0Mean", evttime, "EvtT0Mean/D")
        tree.Branch("Jitter", jitter, "Jitter/D")
        tree.Branch("EvtT0ErrorMean", cdcErrorMean, "EvtT0ErrorMean/D")
        tree.Branch("ClsSizeMean", clsSize, "ClsSizeMean/D")
        tree.Branch("ClsChargeMean", clsCharge, "ClsChargeMean/D")
        tree.Branch("ClsSNRMean", clsSNR, "ClsSNRMean/D")
 
        # par = [0, 1]
 
        # tfileHist.cd()
        geoCache = Belle2.VXD.GeoCache.getInstance()
        gDirectory.mkdir("plots")
        gDirectory.cd("plots")
        for layer in geoCache.getLayers(Belle2.VXD.SensorInfoBase.SVD):
            layerNumber = layer.getLayerNumber()
            layerNumberTree[0] = layerNumber
            li = layerNumber - 3
            gDirectory.mkdir("layer" + str(layerNumber))
            gDirectory.cd("layer" + str(layerNumber))
            for ladder in geoCache.getLadders(layer):
                ladderNumber = ladder.getLadderNumber()
                ladderNumberTree[0] = ladderNumber
                ldi = ladderNumber - 1
                for sensor in geoCache.getSensors(ladder):
                    sensorNumber = sensor.getSensorNumber()
                    sensorNumberTree[0] = sensorNumber
                    si = sensorNumber - 1
                    for side in range(2):
                        sideTree[0] = side
                        # Resolution distribution Histograms with Gaussian Fit
                        res = self.resList[li][ldi][si][side]
                        res.GetXaxis().SetTitle("cluster time - EventT0 (ns)")
                        fitResult = int(TFitResultPtr(res.Fit(self.gaus, "R")))
                        res.Write()
                        # COG Distribution Histograms
                        cog = self.cogList[li][ldi][si][side]
                        cog.GetXaxis().SetTitle("cluster time (ns)")
                        cog.Write()
                        # CDC EventT0 Distribution Histograms
                        cdc = self.cdcList[li][ldi][si][side]
                        cdc.GetXaxis().SetTitle("EventT0 (ns)")
                        cdc.Write()
                        cdcError = self.cdcErrorList[li][ldi][si][side]
                        cdcError.GetXaxis().SetTitle("EventT0 Error (ns)")
                        cdcError.Write()
                        # SNR Distribution Histograms
                        snr = self.snrList[li][ldi][si][side]
                        clsSNR[0] = snr.GetMean()
                        snr.GetXaxis().SetTitle("cluster SNR")
                        snr.Write()
                        # Size Distribution Histograms
                        size = self.sizeList[li][ldi][si][side]
                        clsSize[0] = size.GetMean()
                        size.GetXaxis().SetTitle("cluster Size")
                        size.Write()
                        # Charge Distribution Histograms
                        charge = self.chargeList[li][ldi][si][side]
                        clsCharge[0] = charge.GetMean()
                        charge.GetXaxis().SetTitle("cluster Charge")
                        charge.Write()
                        # ScatterPlot Histograms with Linear Fit
                        sp = self.spList[li][ldi][si][side]
                        # covscalebias = sp.GetCovariance()
                        pfxsp = sp.ProfileX()
                        sp.GetXaxis().SetTitle("cluster time (ns)")
                        sp.GetYaxis().SetTitle("EventT0 (ns)")
                        sp.Write()
                        pfxsp.Write()
 
                        mean[0] = self.gaus.GetParameter(1)
                        meanerr[0] = self.gaus.GetParError(1)
                        width[0] = self.gaus.GetParameter(2)
                        widtherr[0] = self.gaus.GetParError(2)
                        cogmean[0] = cog.GetMean()
                        if cog.GetEntries() == 0:
                            cogmeanerr[0] = -1
                        else:
                            cogmeanerr[0] = cog.GetRMS()/math.sqrt(cog.GetEntries())
                        evttime[0] = cdc.GetMean()
                        if cdc.GetEntries() == 0:
                            jitter[0] = -1
                        else:
                            jitter[0] = cdc.GetRMS()
                        cdcErrorMean[0] = cdcError.GetMean()
 
                        if fitResult == -1:
                            mean[0] = -100.0
                            meanerr[0] = -100.0
                            width[0] = -100.0
                            widtherr[0] = -100.0
 
                        tree.Fill()
 
            gDirectory.cd("../")
 
        gDirectory.cd("../")
        self.EventT0Hist.Write()
        tree.Write()
        tfile.Purge()
        tfile.Close()
        del tfile