UsefulAnitaEvent – The Calibrated Useful Anita Event object. More...

#include <UsefulAnitaEvent.h>

Public Member Functions
	UsefulAnitaEvent ()
	Default constructor.

	UsefulAnitaEvent (CalibratedAnitaEvent *calibratedPtr, WaveCalType::WaveCalType_t calType=WaveCalType::kDefault)
	Assignment constructor from a CalibratedAnitaEvent.

	UsefulAnitaEvent (RawAnitaEvent eventPtr, WaveCalType::WaveCalType_t calType, PrettyAnitaHk theHk=0)
	Assignment constructor using PrettyAnitaHk for the temperature calibration. See WaveCalType for calibration options.

	UsefulAnitaEvent (RawAnitaEvent eventPtr, WaveCalType::WaveCalType_t calType, RawAnitaHeader theHd)
	Assignment constructor using RawAnitaHeader for the c3p0Num to do the temperature calibration using the 125MHz clock. See WaveCalType for calibration options.

	UsefulAnitaEvent (RawAnitaEvent *eventPtr, WaveCalType::WaveCalType_t calType, Double_t surfTemp)
	Assignment constructor using surfTemp for the temperature calibration. See WaveCalType for calibration options.

	UsefulAnitaEvent (RawAnitaEvent eventPtr, WaveCalType::WaveCalType_t calType, RawAnitaHeader theHd, std::vector< Double_t > rcoInfo, std::vector< Double_t > clockPhiInfo, std::vector< Double_t > *tempFactorInfo, Int_t clockProblemInfo, Int_t clockSpikeInfo, Int_t rfSpikeInfo)
	Assignment constructor using calibInfo from makeCalibratedEventInfo in anitaTreeMaker for thermal corrections. See WaveCalType for calibration options.

virtual	~UsefulAnitaEvent ()
	Destructor.

int	calibrateEvent (WaveCalType::WaveCalType_t calType)
	Work horse member function called by constructor.

TGraph *	getGraphFromSurfAndChan (int surf, int chan) const
	Returns a voltage-time waveform for given SURF and channel.

TGraph *	getGraph (int chanIndex) const
	Returns a voltage-time waveform for given channel index.

TGraph *	getGraph (int ant, AnitaPol::AnitaPol_t pol) const
	Returns a voltage time waveform for given ant-pol.

TGraph *	getGraph (AnitaRing::AnitaRing_t ring, int phi, AnitaPol::AnitaPol_t pol) const
	Returns a voltage-time waveform for given ring-phi-pol.

TGraph *	getDeconvolvedALFA ()

Int_t	guessRco (int chanIndex)
	Looks at clock channel to try and guess which RCO phase we are in.

Int_t	getRcoCorrected (int chanIndex)
	Returns firmware RCO after correcting for latch delay (and factor of -1 for different definitions of which phase getRCO and guessRCO return) More...

std::vector< Double_t >	getClockAlignment (std::vector< Int_t > listOfClockNums)
	For calibration.

Int_t	checkIfTreatingCalibratedEventAsRawEvent (RawAnitaEvent rawEventPtr, const char funcName)
	Prints a verbose error message if you're calling the wrong constructor type.

Bool_t	getAlfaFilterFlag ()
	a list to store the spikey RF channel.

Bool_t	setAlfaFilterFlag (Bool_t newBoolianFlag)

Public Member Functions inherited from RawAnitaEvent
	RawAnitaEvent ()
	Default constructor.

	RawAnitaEvent (PedSubbedEventBody_t *psBody)
	Assignment constructor.

	RawAnitaEvent (PedSubbedEventBodyVer11_t *psBody)
	Ver11 Assignment constructor.

	RawAnitaEvent (PedSubbedEventBodyVer10_t *psBody)
	Ver10 Assignment constructor.

	~RawAnitaEvent ()
	Destructor.

Int_t	getLabChip (Int_t chanIndex) const
	Returns the LABRADOR number.

Int_t	getRCO (Int_t chanIndex) const
	Returns the RCO phase.

Int_t	getFirstHitBus (Int_t chanIndex) const
	Returns the firstHitbus value for the channel.

Int_t	getLastHitBus (Int_t chanIndex) const
	Returns the lastHitbus value for the channel.

Int_t	getWrappedHitBus (Int_t chanIndex) const
	Return the wrapped hitbus flag for the channel. When the HITBUS is wrapped the waveform runs from firstHitbus+1 to lastHitbus-1, otherwise it runs from lastHitbus+1 to firstHitbus-1 (crossing the 259–>0 boudnary).

Int_t	getLatestSample (Int_t chanIndex)
	Returns the latest sample in the waveform.

Int_t	getEarliestSample (Int_t chanIndex)
	Returns the earliest sample in the waveform.

	ClassDef (RawAnitaEvent, 11)

Static Public Member Functions
static int	getChanIndex (int surf, int chan)
	Utility function.

Public Attributes
Int_t	fFromCalibratedAnitaEvent
	Flag used in determining whether the event came from a CalibratedAnitaEvent.

UInt_t	fC3poNum
	Used to monitor the clock period.

Int_t	gotCalibTemp
	Flag to check if we are using the temperature calibration.

Double_t	calibTemp
	Value for the temperature calibration.

WaveCalType::WaveCalType_t	fCalType
	The calibration type requested.

int	fNumPoints [12 *9]
	Number of poins per channel.

double	fVolts [12 *9][260]
	Array of unwrapped (unless kNoCalib) voltages for each channel.

double	fTimes [12 *9][260]
	Array of unwrapped (unless kNoCalib) times for each channel.

int	fCapacitorNum [12 *9][260]
	Array of capacitor numbers.

UInt_t	fLastEventGuessed
	Internal variable to see if we've already tried to guess the RCO and temp correction factors for this event.

Int_t	fRcoArray [12]
	An array to store the guessed at RCO values.

Double_t	fTempFactorGuesses [12]
	A holder variable to cling on to the temperature correction factor that we are guessing at.

Int_t	fClockProblem
	Flag raised if more than 4 upgoing zero crossings in clock, won't update temp correction. RCO guessing may also be negatively affected by this.

Int_t	fClockSpike
	Flag raised if the ADC value is too large or small in clock.

Int_t	fRFSpike
	Flag raised if the ADC value is too large or small in RF.

Double_t	fClockPhiArray [12]
	An array to store the derived clock calibration numbers (from aligning the clocks)

std::vector< int >	SpikeyRFChannelList

Public Attributes inherited from RawAnitaEvent
UInt_t	whichPeds
	Timestamp of pedestals used in subtraction.

UInt_t	eventNumber
	Event number from software.

UInt_t	surfEventId [12]
	SURF Event Id's.

UChar_t	chanId [12 *9]

UChar_t	chipIdFlag [12 *9]
	chipIdFlag More...

UChar_t	firstHitbus [12 *9]
	First sample of the hitbus. More...

UChar_t	lastHitbus [12 *9]
	Last sample of the hitbus. More...

Short_t	xMax [12 *9]
	Maximum value in ADCs???

Short_t	xMin [12 *9]
	Minimum value in ADCs???

Float_t	mean [12 *9]
	Mean of the waveform.

Float_t	rms [12 *9]
	RMS of the waveform.

Short_t	data [12 *9][260]
	The pedestal subtracted waveform data. Note that these arrays must be unwrapped and calibrated to become UsefulAnitaEvent objects.