Objects’ structure and description¶

Here is described the content and associated description of the Cicada objects.

Version 1.2.0¶

TMultiTrackEventData¶

Component – UInt_t:
AcquisitionID – UInt_t:
EventID – UInt_t: number of the event in the katydid instance
TotalEventSequences – UInt_t: number of sequences in the event
StartTimeInRunC – Double_t: start time of the event in the Katydid instance
StartTimeInAcq – Double_t: start time of the event within the chunk of data
EndTimeInRunC – Double_t: end time of the event in the Katydid instance
TimeLength – Double_t: duration of the event
StartFrequency – Double_t: start frequency of the event
EndFrequency – Double_t: end frequency of the event
MinimumFrequency – Double_t: minimum frequency reached by the event
MaximumFrequency – Double_t: maximum frequency reached by the event
FrequencyWidth – Double_t: range of frequencies covered by the event tracks
StartTimeInRunCSigma – Double_t: error on the start time of the event in the Katydid instance
EndTimeInRunCSigma – Double_t: error on the end time of the event in the Katydid instance
StartFrequencySigma – Double_t: error on the start frequency of the event
EndFrequencySigma – Double_t: error on the end frequency of the event
FrequencyWidthSigma – Double_t: error on the range of frequencies covered by the event tracks
FirstTrackID – UInt_t: ID number of the first track in the event
FirstTrackTimeLength – Double_t: length of the first track
FirstTrackFrequencyWidth – Double_t: range of frequencies covered by the first track
FirstTrackSlope – Double_t: slope of the first track
FirstTrackIntercept – Double_t: intercept at t=0 of the first track
FirstTrackTotalPower – Double_t: sum of the power of the bins composing the first track
FirstTrackNTrackBins – UInt_t: number of bins in the first track
FirstTrackTotalTrackSNR – Double_t: Sum of the first track bins SNR
FirstTrackMaxTrackSNR – Double_t: Max of the first track bins SNR
FirstTrackTotalTrackNUP – Double_t: Sum of the first track bins Normalized Unitless Power (NUP)
FirstTrackMaxTrackNUP – Double_t: Max of the first track bins Normalized Unitless Power (NUP)
FirstTrackTotalWideTrackSNR – Double_t: Sum of the first track extended bins SNR
FirstTrackTotalWideTrackNUP – Double_t: Sum of the first track extended bins Normalized Unitless Power (NUP)
UnknownEventTopology – Double_t: boolean describing if a track has some weird topology

TProcessedTrackData¶

Component – UInt_t:
AcquisitionID – UInt_t:
TrackID – UInt_t: number of the track in the event
EventID – UInt_t: number of the event in the katydid instance
EventSequenceID – UInt_t: number of the sequence in the event reconstruction
IsCut – Bool_t: should this line be cut when calculating the start frequency…?
StartTimeInRunC – Double_t: start time of the track in the Katydid instance
StartTimeInAcq – Double_t: start time of the track within the chunk of data
EndTimeInRunC – Double_t: end time of the track in the Katydid instance
TimeLength – Double_t: track length
StartFrequency – Double_t: start frequency of the track
EndFrequency – Double_t: end frequency of the track
FrequencyWidth – Double_t: range of frequencies covered by the track
Slope – Double_t: slope of the track
Intercept – Double_t: intercept at t=0 of the track
TotalPower – Double_t: sum of the power of the bins composing the track
NTrackBins – UInt_t: number of bins in the track
TotalTrackSNR – Double_t: Sum of the track bins SNR
MaxTrackSNR – Double_t: Max of the track bins SNR
TotalTrackNUP – Double_t: Sum of the track bins Normalized Unitless Power (NUP)
MaxTrackNUP – Double_t: Max of the track bins Normalized Unitless Power (NUP)
TotalWideTrackSNR – Double_t: Sum of the track extended bins SNR
TotalWideTrackNUP – Double_t: Sum of the track extended bins Normalized Unitless Power (NUP)
StartTimeInRunCSigma – Double_t: error on the start time of the track in the Katydid instance
EndTimeInRunCSigma – Double_t: error on the end time of the track in the Katydid instance
TimeLengthSigma – Double_t: error on the track length
StartFrequencySigma – Double_t: error on the track start frequency
EndFrequencySigma – Double_t: error on the track end frequency
FrequencyWidthSigma – Double_t: error on the range of frequencies covered by the track
SlopeSigma – Double_t: error on the slope track
InterceptSigma – Double_t: error on the track intercept
TotalPowerSigma – Double_t: error on the sum of the power of the bins composing the track

Version 1.1.0¶

TMultiTrackEventData¶

Component – UInt_t:
AcquisitionID – UInt_t:
EventID – UInt_t: number of the event in the katydid instance
TotalEventSequences – UInt_t: number of sequences in the event
StartTimeInRunC – Double_t: start time of the event in the Katydid instance
StartTimeInAcq – Double_t: start time of the event within the chunk of data
EndTimeInRunC – Double_t: end time of the event in the Katydid instance
TimeLength – Double_t: duration of the event
StartFrequency – Double_t: start frequency of the event
EndFrequency – Double_t: end frequency of the event
MinimumFrequency – Double_t: minimum frequency reached by the event
MaximumFrequency – Double_t: maximum frequency reached by the event
FrequencyWidth – Double_t: range of frequencies covered by the event tracks
NTrackBins – UInt_t: number of bins in the track
TotalTrackSNR – Double_t: Sum of the track bins SNR
MaxTrackSNR – Double_t: Max of the track bins SNR
TotalTrackNUP – Double_t: Sum of the track bins Normalized Unitless Power (NUP)
MaxTrackNUP – Double_t: Max of the track bins Normalized Unitless Power (NUP)
TotalWideTrackSNR – Double_t: Sum of the track extended bins SNR
TotalWideTrackNUP – Double_t: Sum of the track extended bins Normalized Unitless Power (NUP)
StartTimeInRunCSigma – Double_t: error on the start time of the event in the Katydid instance
EndTimeInRunCSigma – Double_t: error on the end time of the event in the Katydid instance
StartFrequencySigma – Double_t: error on the start frequency of the event
EndFrequencySigma – Double_t: error on the end frequency of the event
FrequencyWidthSigma – Double_t: error on the range of frequencies covered by the event tracks
FirstTrackID – UInt_t: ID number of the first track in the event
FirstTrackTimeLength – Double_t: length of the first track
FirstTrackFrequencyWidth – Double_t: range of frequencies covered by the first track
FirstTrackSlope – Double_t: slope of the first track
FirstTrackIntercept – Double_t: intercept at t=0 of the first track
FirstTrackTotalPower – Double_t: sum of the power of the bins composing the first track
UnknownEventTopology – Double_t: boolean describing if a track has some weird topology

TProcessedTrackData¶

Component – UInt_t:
AcquisitionID – UInt_t:
TrackID – UInt_t: number of the track in the event
EventID – UInt_t: number of the event in the katydid instance
EventSequenceID – UInt_t: number of the sequence in the event reconstruction
IsCut – Bool_t: should this line be cut when calculating the start frequency…?
StartTimeInRunC – Double_t: start time of the track in the Katydid instance
StartTimeInAcq – Double_t: start time of the track within the chunk of data
EndTimeInRunC – Double_t: end time of the track in the Katydid instance
TimeLength – Double_t: track length
StartFrequency – Double_t: start frequency of the track
EndFrequency – Double_t: end frequency of the track
FrequencyWidth – Double_t: range of frequencies covered by the track
Slope – Double_t: slope of the track
Intercept – Double_t: intercept at t=0 of the track
TotalPower – Double_t: sum of the power of the bins composing the track
StartTimeInRunCSigma – Double_t: error on the start time of the track in the Katydid instance
EndTimeInRunCSigma – Double_t: error on the end time of the track in the Katydid instance
TimeLengthSigma – Double_t: error on the track length
StartFrequencySigma – Double_t: error on the track start frequency
EndFrequencySigma – Double_t: error on the track end frequency
FrequencyWidthSigma – Double_t: error on the range of frequencies covered by the track
SlopeSigma – Double_t: error on the slope track
InterceptSigma – Double_t: error on the track intercept
TotalPowerSigma – Double_t: error on the sum of the power of the bins composing the track

Version 0.4.2¶

TMultiTrackEventData¶

Component – UInt_t:
AcquisitionID – UInt_t:
EventID – UInt_t: number of the event in the katydid instance
TotalEventSequences – UInt_t: number of sequences in the event
StartTimeInRunC – Double_t: start time of the event in the Katydid instance
StartTimeInAcq – Double_t: start time of the event within the chunk of data
EndTimeInRunC – Double_t: end time of the event in the Katydid instance
TimeLength – Double_t: duration of the event
StartFrequency – Double_t: start frequency of the event
EndFrequency – Double_t: end frequency of the event
MinimumFrequency – Double_t: minimum frequency reached by the event
MaximumFrequency – Double_t: maximum frequency reached by the event
FrequencyWidth – Double_t: range of frequencies covered by the event tracks
StartTimeInRunCSigma – Double_t: error on the start time of the event in the Katydid instance
EndTimeInRunCSigma – Double_t: error on the end time of the event in the Katydid instance
StartFrequencySigma – Double_t: error on the start frequency of the event
EndFrequencySigma – Double_t: error on the end frequency of the event
FrequencyWidthSigma – Double_t: error on the range of frequencies covered by the event tracks
FirstTrackID – UInt_t: ID number of the first track in the event
FirstTrackTimeLength – Double_t: length of the first track
FirstTrackFrequencyWidth – Double_t: range of frequencies covered by the first track
FirstTrackSlope – Double_t: slope of the first track
FirstTrackIntercept – Double_t: intercept at t=0 of the first track
FirstTrackTotalPower – Double_t: sum of the power of the bins composing the first track
UnknownEventTopology – Double_t: boolean describing if a track has some weird topology

TProcessedTrackData¶

Component – UInt_t:
AcquisitionID – UInt_t:
TrackID – UInt_t: number of the track in the event
EventID – UInt_t: number of the event in the katydid instance
EventSequenceID – UInt_t: number of the sequence in the event reconstruction
IsCut – Bool_t: should this line be cut when calculating the start frequency…?
StartTimeInRunC – Double_t: start time of the track in the Katydid instance
StartTimeInAcq – Double_t: start time of the track within the chunk of data
EndTimeInRunC – Double_t: end time of the track in the Katydid instance
TimeLength – Double_t: track length
StartFrequency – Double_t: start frequency of the track
EndFrequency – Double_t: end frequency of the track
FrequencyWidth – Double_t: range of frequencies covered by the track
Slope – Double_t: slope of the track
Intercept – Double_t: intercept at t=0 of the track
TotalPower – Double_t: sum of the power of the bins composing the track
StartTimeInRunCSigma – Double_t: error on the start time of the track in the Katydid instance
EndTimeInRunCSigma – Double_t: error on the end time of the track in the Katydid instance
TimeLengthSigma – Double_t: error on the track length
StartFrequencySigma – Double_t: error on the track start frequency
EndFrequencySigma – Double_t: error on the track end frequency
FrequencyWidthSigma – Double_t: error on the range of frequencies covered by the track
SlopeSigma – Double_t: error on the slope track
InterceptSigma – Double_t: error on the track intercept
TotalPowerSigma – Double_t: error on the sum of the power of the bins composing the track