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CreateCircularBuffers (NumberOfChannels,
SamplesPerWindow, TotalNumberOfWindows)


LoadFilters()


ConfigureDataChannel()

While IncomingData:
            LoadDatainBuffers()
            ApplyCrosstalkCorrection(All_Channels,CurrentWindow)

            EventMatrix = TagEvents(All_Channels)

	For each ActiveWindow : 
            WindowIncrement=+1
				Parfor each Channel:            
                	Switch (CheckEvents(EventMatrix)):
						Case No Event Before And After
						Energy = ApplyFilter(Filter00)


                                    Case
Event Before And After


                                                Energy
= ApplyFilter(Filter11)


Case Event Before Only


                                                Energy
= ApplyFilter(Filter10)


Case Event After Only


                                                Energy
= ApplyFilter(Filter00)


                                    SaveEnergyAndTimestamp(xtcFile)


 


If WindowIncrement ==
SaveIncrement


                        SaveWaveformtoXTC(xtcFile,
TotalTimeWindow, AllChannels)


 


Def TagEvents:


            Parfor
each channel : 


                        If
Slope > MinimumSlope:


                                    CurrentWindowEvent=1


                        Else:


                                    CurrentWindowEvent=0


                        EventMatrix(channel,
currentWindowIndex) = CurrentWindowEvent


            Return
EventMatrix


 


 


Def ApplyFilter(Filter):


            For
each i, sample :


                        Energy
=+ linearFunction(sample) * sample * Filter(i)


%Details on operations required for this
step


% Can we pipeline the linear function with
the multiply and add?