TruthAnitaEvent Class Reference

TruthAnitaEvent – The Truth ANITA Event. More...

#include <TruthAnitaEvent.h>

Public Member Functions
	TruthAnitaEvent ()
	Default constructor.
	~TruthAnitaEvent ()
	Destructor.
	ClassDef (TruthAnitaEvent, 21)

Public Attributes
Int_t	run
	Run number.
UInt_t	realTime
	unixTime of readout
UInt_t	eventNumber
	Software event number.
Double_t	balloonPos [3]
	Balloon position.
Double_t	balloonDir [3]
	Balloon direction.
Double_t	nuPos [3]
	Neutrino position.
Double_t	nuDir [3]
	Neutrino direction.
Double_t	nuMom
	Neutrino momentum.
Double_t	showerE
	Shower energy.
Double_t	rfExitNor [5][3]
	Normal vector in direction of exit point to balloon - 5 iterations.
Double_t	rfExitPos [5][3]
	Position where the RF exits the ice- 5 iterations, 3 dimensions each.
Int_t	nu_pdg
	Neutrino PDG code.
Int_t	canary_c0fefe
	this shoudl always equal 0xc0fefe
Double_t	e_component [48]
	E comp along polarization.
Double_t	h_component [48]
	H comp along polarization.
Double_t	n_component [48]
	Normal comp along polarization.
Double_t	e_component_k [48]
	Component of e-field along the rx e-plane.
Double_t	h_component_k [48]
	Component of the e-field along the rx h-plane.
Double_t	n_component_k [48]
	Component of the e-field along the normal.
Int_t	canary_deadbeef
	this shoudl always equal 0xdeadbeef
Double_t	hitangle_e [48]
	Hit angles rel. to e plane stored for each antenna.
Double_t	hitangle_h [48]
	Hit angles rel. to h plane stored for each antenna.
Double_t	vmmhz [128]
	V/m/MHz at balloon (128 frequency bins)
Double_t	vmmhz_max
	Maximum signal at balloon (V/m/MHz)
Double_t	payloadPhi
	Phi of signal in payload coordinates (degrees)
Double_t	payloadTheta
	Theta of signal in payload coordinates (degrees)
Double_t	sourceLon
	RF position when leaving the ice: Longitude (using icemc model)
Double_t	sourceLat
	RF position when leaving the ice: Latitude (using icemc model)
Double_t	sourceAlt
	RF position when leaving the ice: Altitude (using icemc model)
Double_t	weight
	Weight assigned by icemc.
Double_t	weight_prob
	weight including probability of interacting!
Double_t	weight1
	Absorption weight assigned by icemc.
Double_t	phaseWeight
	Phase weight assigned by icemc.
Double_t	timeWeight
	Relative Time weight assigned by icemc.
Double_t	sourceTimeWeight
	Relative Time weight for the given source assigned by icemc.
Double_t	projectedArea
	If in unbiased mode, the appropriate sampling area for this interaction.
Double_t	l_int
	Interaction length.
Double_t	RA
Double_t	dec
	Right ascension of source.
TString	objName
	Declination of source.
Int_t	source_index
	Name of the source.
Int_t	canary_12345
Double_t	fTimes [12 *9][260]
	Array of unwrapped (unless kNoCalib) times for each channel.
Double_t	fSignalAtTrigger [12 *9][260]
	Array of signal at trigger.
Double_t	fNoiseAtTrigger [12 *9][260]
	Array of noise at trigger.
Double_t	fSignalAtDigitizer [12 *9][260]
	Array of signal at digitizer.
Double_t	fNoiseAtDigitizer [12 *9][260]
	Array of noise at digitizer.
Double_t	fDiodeOutput [12 *9][260]
	Array of tunnel diode output.
Double_t	SNRAtTrigger [12 *9]
	Array of SNR at trigger.
Double_t	maxSNRAtTriggerV
	Max SNR at trigger V-POL.
Double_t	maxSNRAtTriggerH
	Max SNR at trigger H-POL.
Double_t	SNRAtDigitizer [12 *9]
	Array of SNR at digitizer.
Double_t	maxSNRAtDigitizerV
	Max SNR at digitizer V-POL.
Double_t	maxSNRAtDigitizerH
	Max SNR at digitizer H-POL.
Double_t	thresholds [12 *9]
	Channel thresholds used in icemc.
Short_t	tuffIndex
	TUFF configuration index.
Int_t	canary_09f91102

Detailed Description

TruthAnitaEvent – The Truth ANITA Event.

The ROOT implementation of the true ANITA event filled in icemc

Definition at line 26 of file TruthAnitaEvent.h.

Inheritance diagram for TruthAnitaEvent:

Collaboration diagram for TruthAnitaEvent:

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

• components/eventReaderRoot/include/TruthAnitaEvent.h
• components/eventReaderRoot/src/TruthAnitaEvent.cxx