RawDigitsTest Class Reference

Inheritance diagram for RawDigitsTest:

Public Member Functions
def	sortDigits (self, unsortedPyStoreArray)
def	event (self)

Detailed Description

module which ckecks if two collections of TOPRawDigits are equal

Definition at line 86 of file top_packer_unpacker.py.

Member Function Documentation

event()

def event

(

self

)

load original TOPRawDigits and the packed/unpacked ones, sort and compare them

Definition at line 112 of file top_packer_unpacker.py.

    def event(self):
        """
        load original TOPRawDigits and the packed/unpacked ones, sort and compare them
        """
 
        # direct from simulation
        digits = Belle2.PyStoreArray("TOPRawDigits")
        # processed by packer and unpacker
        digitsUnpacked = Belle2.PyStoreArray("TOPRawDigitsUnpacked")
 
        # sort digits
        digits_sorted = self.sortDigits(digits)
        digitsUnpacked_sorted = self.sortDigits(digitsUnpacked)
 
        # check the sizes
        if not len(digits_sorted) == len(digitsUnpacked_sorted):
            print('size: ', len(digits_sorted), len(digitsUnpacked_sorted))
            b2.B2FATAL("TOPRawDigits: size not equal after packing and unpacking")
 
        # check all quantities between the direct and the packed/unpacked
        for i in range(len(digits_sorted)):
 
            digit = digits_sorted[i]
            digitUnpacked = digitsUnpacked_sorted[i]
 
            # check the content of the digit
            assert digit.getScrodID() == digitUnpacked.getScrodID()
            assert digit.getCarrierNumber() == digitUnpacked.getCarrierNumber()
            assert digit.getASICNumber() == digitUnpacked.getASICNumber()
            assert digit.getASICChannel() == digitUnpacked.getASICChannel()
            assert digit.getASICWindow() == digitUnpacked.getASICWindow()
            assert digit.getTFine() == digitUnpacked.getTFine()
            assert digit.getSampleRise() == digitUnpacked.getSampleRise()
            assert digit.getDeltaSamplePeak() == digitUnpacked.getDeltaSamplePeak()
            assert digit.getDeltaSampleFall() == digitUnpacked.getDeltaSampleFall()
            assert digit.getValueRise0() == digitUnpacked.getValueRise0()
            assert digit.getValueRise1() == digitUnpacked.getValueRise1()
            assert digit.getValuePeak() == digitUnpacked.getValuePeak()
            assert digit.getValueFall0() == digitUnpacked.getValueFall0()
            assert digit.getValueFall1() == digitUnpacked.getValueFall1()
            # assert digit.getIntegral() == digitUnpacked.getIntegral()
            assert digit.getRevo9Counter() == digitUnpacked.getRevo9Counter()
            assert digit.getPhase() == digitUnpacked.getPhase()
            assert digit.getErrorFlags() == digitUnpacked.getErrorFlags()
            assert digit.getDataType() == digitUnpacked.getDataType()
 
 

sortDigits()

def sortDigits	(		self,
			unsortedPyStoreArray
	)

Use some digit information to sort the digits
Returns a python-list containing the sorted digits

Definition at line 92 of file top_packer_unpacker.py.

    def sortDigits(self, unsortedPyStoreArray):
        """
        Use some digit information to sort the digits
        Returns a python-list containing the sorted digits
        """
 
        # first convert to a python-list to be able to sort
        py_list = [x for x in unsortedPyStoreArray]
 
        # sort via a hierachy of sort keys
        return sorted(
            py_list,
            key=lambda x: (
                x.getScrodID(),
                x.getCarrierNumber(),
                x.getASICNumber(),
                x.getASICChannel(),
                x.getSampleRise())
        )
 

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

• top/tests/top_packer_unpacker.py