UsefulAraEvent Class Reference
UsefulAraEvent -- The Useful ARA Event Data. More...
#include <UsefulAraEvent.h>
Inheritance diagram for UsefulAraEvent:
Public Member Functions | |
| ClassDef (UsefulAraEvent, 1) | |
| int | fillFFTHistoForClock (int clock_number, TH1D *histFFT) |
| Utility function for webplotter. | |
| int | fillFFTHistoForRFChan (int chan, TH1D *histFFT) |
| Utility function for webplotter. | |
| TGraph * | getFFTForClock (int clock_number) |
| Returns the FFT for the clock channel on lab A, B, or C for clock_number 0 ,1 , or 2 respectively. | |
| TGraph * | getFFTForRFChan (int chan) |
| Utility function for webplotter, all channels are interpolated to 0.5 ns. | |
| TH1D * | getFFTHistForClock (int clock_number) |
| Utility function for webplotter. | |
| TH1D * | getFFTHistForRFChan (int chan) |
| Utility function for webplotter. | |
| TGraph * | getGraphFromElecChan (int chan) |
| Returns the voltages-time graph for the appropriate electronics channel. | |
| TGraph * | getGraphFromRFChan (int chan) |
| Returns the voltage-time graph for the appropriate rf channel. | |
| Int_t | getRawRCO (Int_t chanIndex) |
| Returns the RCO phase. | |
| int | getRCO (int chanIndex) |
| Note that this function now calls guessRCO rather than relying on the predetermined RCO phase. | |
| int | guessRCO (int chanIndex) |
| Looks at clock channel to try and guess which RCO phase we are in. | |
| bool | isCalPulserEvent () |
| Returns whether (true) or not (false) the event is a calpulser event based on a cut applied to the Rb clock counter. | |
| UsefulAraEvent (RawAraEvent *rawEvent, AraCalType::AraCalType_t calType=AraCalType::kVoltageTime) | |
| Assignment constructor. | |
| UsefulAraEvent () | |
| Default constructor. | |
| ~UsefulAraEvent () | |
| Destructor. | |
Public Attributes | |
| AraEventCalibrator * | fCalibrator |
| Pointer to the AraEventCalibrator. | |
| Int_t | fNumPoints [NUM_DIGITIZED_CHANNELS] |
| Array of the number of valid samples. | |
| Int_t | fNumPointsRF [RFCHANS_PER_STATION] |
| Number of valid samples for thecalibrated, interleaved waveforms from the RF input channels. | |
| Double_t | fTimes [NUM_DIGITIZED_CHANNELS][MAX_NUMBER_SAMPLES] |
| Array of the times. | |
| Double_t | fTimesRF [RFCHANS_PER_STATION][2 *MAX_NUMBER_SAMPLES] |
| Array of the calibrated, interleaved times for the RF input channels. | |
| Double_t | fVolts [NUM_DIGITIZED_CHANNELS][MAX_NUMBER_SAMPLES] |
| Array of the calibrated voltages. | |
| Double_t | fVoltsRF [RFCHANS_PER_STATION][2 *MAX_NUMBER_SAMPLES] |
| Array of the calibrated, interleaved voltages for the RF input channels. | |
Detailed Description
UsefulAraEvent -- The Useful ARA Event Data.The ROOT implementation of the useful ARA event data
This is the most useful class for analysing the ARA data. The raw ADC values from a RawAraEvent object are converted into calibrated voltage-time arrays using one of the calibration types defined in AraEventCalibrator. Utility functions are provided to access these arrays as TGraphs, or in the frequency domain.
Definition at line 29 of file UsefulAraEvent.h.
Member Function Documentation
| TGraph * UsefulAraEvent::getFFTForClock | ( | int | clock_number | ) |
Returns the FFT for the clock channel on lab A, B, or C for clock_number 0 ,1 , or 2 respectively.
change from +(1.);
Definition at line 142 of file UsefulAraEvent.cxx.
| int UsefulAraEvent::guessRCO | ( | int | chanIndex | ) |
Looks at clock channel to try and guess which RCO phase we are in.
< Looks at clock channel to try and guess which RCO phase we are in.
Definition at line 123 of file UsefulAraEvent.cxx.
The documentation for this class was generated from the following files:
- AraEvent/UsefulAraEvent.h
- AraEvent/UsefulAraEvent.cxx
Generated on Wed Aug 8 16:18:57 2012 for ARA ROOT Test Bed Software by
1.4.7