CheckCalibDB Class Reference

Inheritance diagram for CheckCalibDB:

Collaboration diagram for CheckCalibDB:

Public Member Functions
def	printChannel (self, payload)
def	printChannelMask (self)
def	printModule (self, payload)
def	printCommon (self, payload)
def	printTimeBase (self)
def	event (self)

Detailed Description

 print calibration status of TOPCal payloads 

Definition at line 33 of file checkCalibDB.py.

Member Function Documentation

event()

def event

(

self

)

 event processing 

Definition at line 107 of file checkCalibDB.py.

    def event(self):
        ''' event processing '''
 
        print()
        print('Calibration status of GT =', tag)
        print('Experiment =', expNo, 'Run =', runNo)
        print()
        self.printTimeBase()
        self.printChannel('TOPCalChannelT0')
        self.printModule('TOPCalModuleT0')
        self.printCommon('TOPCalCommonT0')
        self.printChannel('TOPCalChannelNoise')
        self.printChannel('TOPCalChannelPulseHeight')
        self.printChannel('TOPCalChannelRQE')
        self.printChannel('TOPCalChannelThresholdEff')
        self.printChannel('TOPCalChannelThreshold')
        self.printChannel('TOPCalIntegratedCharge')
        self.printModule('TOPCalModuleAlignment')
        self.printChannelMask()
        print()
 
 
# Central database

printChannel()

def printChannel	(		self,
			payload
	)

 print status of a payload given by the argument 

Definition at line 36 of file checkCalibDB.py.

    def printChannel(self, payload):
        ''' print status of a payload given by the argument '''
 
        db = Belle2.PyDBObj(payload)
        if not db:
            b2.B2ERROR(payload + ' not found')
            return
        calibrated = 0
        all_entries = 0
        for moduleID in range(1, 17):
            for channel in range(512):
                all_entries += 1
                if db.isCalibrated(moduleID, channel):
                    calibrated += 1
        print(payload + ': ' + str(calibrated) + '/' + str(all_entries) + ' calibrated')
 

printChannelMask()

def printChannelMask

(

self

)

 print status of channel masks 

Definition at line 52 of file checkCalibDB.py.

    def printChannelMask(self):
        ''' print status of channel masks '''
 
        payload = 'TOPCalChannelMask'
        db = Belle2.PyDBObj(payload)
        if not db:
            b2.B2ERROR(payload + ' not found')
            return
        active = db.getNumOfActiveChannels()
        all_entries = db.getNumOfChannels()
        print(payload + ': ' + str(active) + '/' + str(all_entries) + ' active')
 

printCommon()

def printCommon	(		self,
			payload
	)

 print status of a payload given by the argument 

Definition at line 79 of file checkCalibDB.py.

    def printCommon(self, payload):
        ''' print status of a payload given by the argument '''
 
        db = Belle2.PyDBObj(payload)
        if not db:
            b2.B2ERROR(payload + ' not found')
            return
        calibrated = 0
        all_entries = 1
        if db.isCalibrated():
            calibrated += 1
        print(payload + ': ' + str(calibrated) + '/' + str(all_entries) + ' calibrated')
 

printModule()

def printModule	(		self,
			payload
	)

 print status of a payload given by the argument 

Definition at line 64 of file checkCalibDB.py.

    def printModule(self, payload):
        ''' print status of a payload given by the argument '''
 
        db = Belle2.PyDBObj(payload)
        if not db:
            b2.B2ERROR(payload + ' not found')
            return
        calibrated = 0
        all_entries = 0
        for moduleID in range(1, 17):
            all_entries += 1
            if db.isCalibrated(moduleID):
                calibrated += 1
        print(payload + ': ' + str(calibrated) + '/' + str(all_entries) + ' calibrated')
 

printTimeBase()

def printTimeBase

(

self

)

 print status of time base calibration 

Definition at line 92 of file checkCalibDB.py.

    def printTimeBase(self):
        ''' print status of time base calibration '''
 
        payload = 'TOPCalTimebase'
        db = Belle2.PyDBObj(payload)
        if not db:
            b2.B2ERROR(payload + ' not found')
            return
        calibrated = 0
        all_entries = 8192
        for sampleTimes in db.getSampleTimes():
            if sampleTimes.isCalibrated():
                calibrated += 1
        print(payload + ': ' + str(calibrated) + '/' + str(all_entries) + ' calibrated')
 

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The documentation for this class was generated from the following file:

• top/calibration/steering_tools/checkCalibDB.py