Classes
class	A3toA4ConversionFilter

class	AdaptiveBrickWallFilter

class	AdaptiveButterworthFilter

class	AdaptiveFilterAbby

class	AdaptiveMinimumPhaseFilter

class	AnalysisConfig

class	Analyzer

class	AntennaPositions

class	AntiBH13Filter

class	Baseline

class	BH13Filter

class	CachedFC

class	CombinedSineSubtractFilter

class	ComplicatedNotchFilter

class	ConstantPointingResolutionModel

class	Correlator

class	CorrelatorLocks

struct	EASFitResult

class	EASFitter

class	HeadingErrorEstimator

class	KDE2D

class	PointingResolution

class	PointingResolutionModel

class	PointingResolutionModelPlusHeadingError

class	PointingResolutionParSNRModel

class	ProbabilityMap

class	SineSubtractCache

class	SineSubtractFilter

class	TimeDependentAverage

class	TimeDependentAverageLoader

class	timePadFilter

struct	TrigCache

class	WaveformCombiner

Functions
double	getAntennaGroupDelay (double phidiff, double theta)

double	getDeltaTtoCenter (int ant1, double phi, double theta, AnitaPol::AnitaPol_t pol, bool includeGroupDelay=false, bool includeTimeShift=true, bool simulationTimeShift=false)

double	getDeltaT (int ant1, int ant2, double phi, double theta, AnitaPol::AnitaPol_t pol, bool includeGroupDelay=false)

double	getDeltaTFast (int ant1, int ant2, int phibin, int thetabin, AnitaPol::AnitaPol_t pol, const TrigCache *cache, bool includeGroupDelay=false)

const AntarcticSegmentationScheme &	defaultSegmentationScheme ()

const UCorrelator::PointingResolutionModel &	defaultPointingResolutionModel ()

const char *	fillStrategyWithKey (FilterStrategy fillme, const char key)

FilterStrategy *	getStrategyWithKey (const char *key)

void	setAdaptiveFilterSpectrumAverageNSecs (int nsecs)

bool	antennaIsNorthFacing (FilteredAnitaEvent *ev, int ant, AnitaPol::AnitaPol_t)

double	getZRMS (const TH2 , const int lims=0)

TH2 *	rotateHistogram (const TH2 *inHist, double rotate)

TProfile2D *	TH2toTProfile2D (TH2 *inTH2)

void	fillTProfile2DWithTH2 (TProfile2D prof, TH2 hist)

double	getMapMean (const TH2 *interfMap, bool sphWeight=true, double antOffset=0)

double	getMapRMS (const TH2 *interfMap, bool sphWeight=true, double antOffset=0)

double	getMapSNR (const TH2 *interfMap, bool sphWeight=true, double antOffset=0)

double	getMapPeakZScore (const TH2 *interfMap, bool sphWeight=true, double antOffset=0)

double	getWAISDt (const UsefulAdu5Pat pat, const RawAnitaHeader hdr, AnitaPol::AnitaPol_t pol=AnitaPol::kHorizontal, const AnalysisConfig cfg=0, double distance=0)

double	getSIPLEDt (const UsefulAdu5Pat pat, const RawAnitaHeader hdr, AnitaPol::AnitaPol_t pol=AnitaPol::kHorizontal, const AnalysisConfig cfg=0, double distance=0)

bool	isWAISVPol (const UsefulAdu5Pat pat, const RawAnitaHeader hdr, const AnalysisConfig *cfg=0)

bool	isWAISHPol (const UsefulAdu5Pat pat, const RawAnitaHeader hdr, const AnalysisConfig *cfg=0)

bool	isLDB (const RawAnitaHeader hdr, const AnalysisConfig cfg=0)

bool	isSIPLEVPol (const UsefulAdu5Pat pat, const RawAnitaHeader hdr, const AnalysisConfig *cfg=0)

bool	isSIPLEHPol (const UsefulAdu5Pat pat, const RawAnitaHeader hdr, const AnalysisConfig *cfg=0)

Variables
const double	defaultLevelThresholds [] = {1,2,3,4,5,6,7,8,9,10}

Detailed Description

Kernel Density Estimator 2d

Function Documentation

bool UCorrelator::antennaIsNorthFacing	(	FilteredAnitaEvent *	ev,
		int	ant,
		AnitaPol::AnitaPol_t	pol
	)

Condition used for satellite filter

Definition at line 506 of file UCFilters.cc.

const char * UCorrelator::fillStrategyWithKey	(	FilterStrategy *	fillme,
		const char *	key
	)

Convenience function for getting a FilterStrategy with a given string key.

!!! all of these include an ALFA filter at the very end for A3 !!!

They may be chained together as well (require a + to separate, e.g. decon+sinsub_05_0)

Valid keys so far are:

sinsub_%02d_d[_option] sin subtraction format: (100 * minimum power reduction, num failed iter)

Options include:

add Make adaptive (with peakiness exponent). peakiness exponent always between 1 and 10, so if e.g. is 15, interpreted as 1.5

Example: sinsub_05_0_ad_2

envs[_g_g] Use envelope detection. s should be one of "hilbert","rms" or "peak"

If you pass additional parameters they are passed as parameters to setEnvelopeOption(otherwise the defaults are used).

peakfinds[_g_g_g_g] Modify peak-finding preferences

s should be one of "global", "neighbor," "tspectrum", or "savgolsub"

If you pass additional parameters, they are passed as params to setPeakFindingOption (otherwise defaults used)

adsinsub_d_%02d_d * adaptive sin subtraction Shortcut for to sinsub_%02d_d_ad_d (where the first d becomes the last d)

butter_d_d adaptive butterworth format : (peakiness threshold,order)

peakiness threshold is interpreted as necessarily between 1 and 10, so if it's e.g. 15, it becomes 1.5

minphase_d adaptive minimum phase format : (peakiness exponent)

peakiness exponent is interpreted as necessarily between 1 and 10, so if it's e.g. 15, it becomes 1.5

brickwall_d_d brick wall with peakiness threshold format (peakiness threshold, fill notch)

peakiness threshold is interpreted as necessarily between 1 and 10, so if it's e.g. 15, it becomes 1.5 if fill notch not 0, notch is filled according to spectrum average

deconv deconvolve filter (using ``best'' known response) . Should be used in conjunction with others.

geom geometric filter ( preliminary support)

abby attempt at duplicating Abby's filter strategy (probably doesn't work for A3)

simpleband_g_g fixed brickwall pass band filter, freqs in MHz (correspond to start and end of pass band)

simplenotch_g_g fixed brickwall notch filter, freqs in MHz (correspond to start and end of notch)

Returns a human readable description.

now check for additional options

shortcutoption

Definition at line 50 of file UCFilters.cc.

double UCorrelator::getAntennaGroupDelay	(	double	phidiff,
		double	theta
	)

inline

Placeholder for now ... this should be updated for A3

Definition at line 17 of file DeltaT.h.

double UCorrelator::getDeltaT	(	int	ant1,
		int	ant2,
		double	phi,
		double	theta,
		AnitaPol::AnitaPol_t	pol,
		bool	includeGroupDelay = `false`
	)

inline

Geometric delay between antennas

Definition at line 68 of file DeltaT.h.

double UCorrelator::getDeltaTFast	(	int	ant1,
		int	ant2,
		int	phibin,
		int	thetabin,
		AnitaPol::AnitaPol_t	pol,
		const TrigCache *	cache,
		bool	includeGroupDelay = `false`
	)

inline

Geometric delay between antennas using cached trig values

TODO: This has to be vectorized somehow, at least over one dimension, as it's currently one of the bottlenecks.

Definition at line 96 of file DeltaT.h.

double UCorrelator::getDeltaTtoCenter	(	int	ant1,
		double	phi,
		double	theta,
		AnitaPol::AnitaPol_t	pol,
		bool	includeGroupDelay = `false`,
		bool	includeTimeShift = `true`,
		bool	simulationTimeShift = `false`
	)

inline

Geometric delay between the phase center of an antenna and a center point set to TRUE corrects for the phase center R offset so that polarization measurements will come out correctly set to TRUE makes the above correction in the opposite direction so that simulated event polarization measurements come out correctly

Definition at line 43 of file DeltaT.h.

double UCorrelator::getSIPLEDt	(	const UsefulAdu5Pat *	pat,
		const RawAnitaHeader *	hdr,
		AnitaPol::AnitaPol_t	pol = `AnitaPol::kHorizontal`,
		const AnalysisConfig *	cfg = `0`,
		double *	distance = `0`
	)

Get difference in time between trigger time and expected arrival of a cal pulse

Definition at line 81 of file Util.cc.

FilterStrategy * UCorrelator::getStrategyWithKey ( const char * key )

same as above, but returns a newly allocated strategy and no description

Definition at line 28 of file UCFilters.cc.

double UCorrelator::getWAISDt	(	const UsefulAdu5Pat *	pat,
		const RawAnitaHeader *	hdr,
		AnitaPol::AnitaPol_t	pol = `AnitaPol::kHorizontal`,
		const AnalysisConfig *	cfg = `0`,
		double *	distance = `0`
	)

Get difference in time between trigger time and expected arrival of a WAIS cal pulse

Definition at line 14 of file Util.cc.

bool UCorrelator::isLDB	(	const RawAnitaHeader *	hdr,
		const AnalysisConfig *	cfg = `0`
	)

Returns true if we think it's a LDB cal pulse

Definition at line 92 of file Util.cc.

bool UCorrelator::isSIPLEHPol	(	const UsefulAdu5Pat *	pat,
		const RawAnitaHeader *	hdr,
		const AnalysisConfig *	cfg = `0`
	)

Returns true if we think it's a SIPLE hpol cal pulse

Definition at line 67 of file Util.cc.

bool UCorrelator::isSIPLEVPol	(	const UsefulAdu5Pat *	pat,
		const RawAnitaHeader *	hdr,
		const AnalysisConfig *	cfg = `0`
	)

Returns true if we think it's a SIPLE vpol cal pulse

Definition at line 53 of file Util.cc.

bool UCorrelator::isWAISHPol	(	const UsefulAdu5Pat *	pat,
		const RawAnitaHeader *	hdr,
		const AnalysisConfig *	cfg = `0`
	)

Returns true if we think it's a WAIS hpol cal pulse

Definition at line 39 of file Util.cc.

bool UCorrelator::isWAISVPol	(	const UsefulAdu5Pat *	pat,
		const RawAnitaHeader *	hdr,
		const AnalysisConfig *	cfg = `0`
	)

Returns true if we think it's a WAIS vpol cal pulse

Definition at line 26 of file Util.cc.

Classes

Functions

Variables

Detailed Description

Function Documentation