Class Hierarchy

This inheritance list is sorted roughly, but not completely, alphabetically:

[detail level 12345678]

CPulsar::pdv_KtZ_Archive::Agent	This class registers the pdv_KtZ_Archive plugin class for use
CPulsar::PuMaArchive::Agent	This class registers the PuMaArchive plugin class for use
CPulsar::UVMArchive::Agent	This class registers the UVMArchive plugin class for use
CPulsar::ASCIIArchive::Agent	This class registers the ASCIIArchive plugin class for use
CPulsar::PolnProfileFit::Analysis	Analysis of the matrix template matching algorithm
CPulsar::ArchiveSort	Used in sorting archives by source name, frequency, and epoch
CPulsar::BoostShiftAnalysis	Analysis of the impact of instrumental boost on phase shift estimate
▼CMEAL::ChainRule< MEAL::Complex2 > [external]
CCalibration::SingleAxisPolynomial	A SingleAxis parameterized by Polynomial ordinates
CCalibration::VariableBackend	Physical parameterization of the instrumental response
CCalibration::VariableGain	Physical parameterization of the instrumental response
CPulsar::ChannelSubsetMatch	Determine if one set of channels is a subset of another
CCalibration::CoherencyMeasurement	A coherency matrix measurement and its estimated error
▼CConfiguration [external]
CPulsar::Config	Stores PSRCHIVE configuration parameters
CPulsar::Plot::Constructor
▼CPulsar::Correction
CPulsar::CalSource	Corrects the Signal::Source type attribute of the Archive
CPulsar::FixFluxCal	Corrects the Signal::Source type and name attributes of the Archive
CPulsar::SetReceiver	Looks up the receiver name from a log file and installs parameters
CPulsar::CrossValidatedSmooth2D	Determines the spline smoothing factor as in Clark (1977)
CPulsar::DeltaPA	Computes mean position angle difference from weighted cross-correlation
CPulsar::DeltaRM	Refines an RM estimate using two halves of the band
CPulsar::Dimensions	Provides enumerated access to the dimensions of an Archive
CPulsar::DispersionDelay	Computes the dispersion delay
CPulsar::Distortion	Analysis of the impact of instrumental boost on phase shift estimate
CPulsar::StandardCandles::Entry	Standard Candle Database Entry
CPulsar::ProfileAmps::Expert	Provides access to private and protected members of ProfileAmps
CPulsar::FscrunchInterpreter< Engine >	Manages Containter frequency integration for an Interpreter using an Engine
CPulsar::FscrunchInterpreter< Pulsar::PolnCalExtFreqIntegrate >
▼CMEAL::GroupRule< class > [external]
►CMEAL::ProductRule< MEAL::Complex2 > [external]
►CCalibration::BackendFeed	Physical parameterization of the instrumental response
CCalibration::Britton2000	Phenomenological description of the instrument
CCalibration::ConwayKronberg1969	Parameterizes the feed as in Appendix II of Conway & Kronberg (1969)
CCalibration::Instrument	Phenomenological description of the instrument
CCalibration::SingleAxis	Instrumental gain, differential gain, and differential phase
►CMEAL::SumRule< MEAL::Complex2 > [external]
CCalibration::Feed	Phenomenological description of the receiver feed
▼CPulsar::HasArchive	Manages an archive and its index interface
CPulsar::ArchiveStatistic	Commmon statistics that can be derived from an Archive
CPulsar::Statistics	Interface to a variety of useful statistics
▼CPulsar::HasBaselineEstimator	Manages a baseline estimator and its interface
CPulsar::PhaseWidth	Calculates the pulse width in the phase domain
CPulsar::ProfileStats	Computes pulse profile statistics
▼CPulsar::HasPen	Interface to objects that have a PlotPen
CPulsar::ProfilePlot	Plots a single pulse profile
CPulsar::SpectrumPlot	Plots a single spectrum
▼CPulsar::HasPhaseScale	Interface to plots with a phase scale
►CPulsar::MultiPhase	Plots multiple viewports with pulse phase along the shared x-axis
CPulsar::StokesCylindrical	Plots a single pulse profile
CPulsar::StokesCylindricalPlus	Plots a single pulse profile
CPulsar::StokesSpherical	Plots a single pulse profile
►CPulsar::PhasePlot	Simple plots with pulse phase along the x-axis
►CPulsar::AnglePlot	Plots an angle and its error as a function of pulse phase
CPulsar::EllAngPlot	Plots the ellipticity angle of the polarized radiation
CPulsar::PosAngPlot	Plots the position angle of the linearly polarized radiation
►CPulsar::FluxPlot	Plots flux profiles
CPulsar::ProfilePlot	Plots a single pulse profile
CPulsar::StokesCovariancePlot	Plots a polarization pulse profile
CPulsar::StokesCrossCovariancePlot	Plots a polarization pulse profile
CPulsar::StokesPlot	Plots a polarization pulse profile
CPulsar::LinePhasePlot	Draw a set of profiles for subints stacked ontop of eachother
►CPulsar::PhaseVsPlot	Plots images of something as a function of pulse phase vs something
CPulsar::PhaseVsFrequency	Plots images of something as a function of pulse phase vs something
CPulsar::PhaseVsHist	Plots 2-D histograms of something vs pulse phase
CPulsar::PhaseVsMore	Plots images of something as a function of pulse phase vs something
CPulsar::PhaseVsTime	Plots images of something as a function of pulse phase vs something
▼CReference::HeapTracked [external]
►CReference::Able [external]
►CAlias [external]
CPulsar::FITSAlias	PSRFITS parameter names for Archive TextInterface attribute names
►CCalibration::BackendEstimate	Manages a single backend and its current best estimate (first guess)
CCalibration::VariableBackendEstimate	Manages a variable backend and its best estimate
►CCalibration::CoherencyMeasurement::Uncertainty	Estimates the uncertainty of a CoherencyMeasurement
►CCalibration::ObservationUncertainty	Combines the uncertainty of the template and the observation
►CCalibration::TemplateUncertainty	Combines the uncertainty of the template and the observation
CCalibration::TotalCovariance	Combines the uncertainty of the template and the observation
CCalibration::FluxCalManager	Manages multiple flux calibrator observations
CCalibration::FluxCalObservation	Manages flux calibrator source state and backend transformation
CCalibration::MeanJones	Computes a weighted mean Jones matrix using Cloude target decomposition
►CCalibration::ReceptionModel::Report	Solve the measurement equation by non-linear least squares minimization
CCalibration::FitGoodnessReport	Report on the goodness-of-fit for each source
CCalibration::InputDataReport	Report on the reception model paramters
CCalibration::ModelParametersReport	Report on the reception model paramters
►CCalibration::ReceptionModelPlotter	Plots a ReceptionModel
CCalibration::ReceptionModelAxisPlotter< Type >	Plots model Stokes parameters as a function of time
CCalibration::SingleAxisSolver	Derives SingleAxis parameters from input and output states
►CCalibration::SourceEstimate	Manages a single source and its current best estimate (first guess)
CCalibration::SourceDeltaEstimate	Manages a delta source and the current best estimate of the total
CCalibration::StandardData	Computes the normalized Stokes parameters in each phase bin
CCalibration::StandardPrepare	Conditions input data and selects optimal input states
CCalibration::StandardSpectra	Computes the normalized complex Stokes parameters in each harmonic
CInterfaceDialog::Forward	Forward inherits Reference::Able and forwards Callbacks to InterfaceDialog
►CMEAL::Argument [external]
►CMEAL::Axis< double > [external]
CCalibration::ConvertMJD	Converts Argument type from MJD to double
►CMEAL::Function [external]
►CEvaluable< Jones< double > > [external]
►CMEAL::Complex2 [external]
CCalibration::Faraday	Faraday rotation transformation
CCalibration::IRIonosphere	International Reference Ionosphere (IRI) transformation
►CCalibration::MeasurementEquation	Models multiple transformations of multiple inputs
CCalibration::ReceptionModel	Models a set of transformations and source polarizations
►CMEAL::Rotation1 [external]
CCalibration::Parallactic	Parallactic angle transformation of receiver feed
►CMEAL::LeastSquares [external]
►CCalibration::ReceptionModel::Solver	Solve the measurement equation by non-linear least squares minimization
CCalibration::SolveCeres	Solve the measurement equation using Google's Ceres Solver
CCalibration::SolveGSL	Solve the measurement equation using GNU Scientific Library
CCalibration::SolveMEAL	Solve the measurement equation by non-linear least squares minimization
►CMEAL::Mean< MEAL::Complex2 > [external]
CCalibration::MeanCoherency	A weighted mean of coherency matrix estimates
CCalibration::MeanFeed	A weighted mean of Feed parameter estimates
CCalibration::MeanInstrument	A weighted mean of Instrument parameter estimates
CCalibration::MeanPolar	A weighted mean of MEAL::Polar parameter estimates
CCalibration::MeanSingleAxis	A weighted mean of SingleAxis parameter estimates
Cpgplot::ColourMap	Convenience interface to a bunch of regularly used colour maps
►CPulsar::Algorithm	Data manipulation implementations
►CPulsar::FluctSpectStats< PolnProfile, PolnProfileStats >
CPulsar::PolnSpectrumStats	Computes statistics of full-polarization fluctuation spectra
►CPulsar::FluctSpectStats< Profile, ProfileStats >
CPulsar::FluctuationSpectrumStats	Computes statistics of the fluctuation spectrum (Fourier transform of pulse profile)
►CPulsar::ArrivalTime	Manages arrival time estimation
CPulsar::MatrixTemplateMatching	Estimates phase shift in Fourier domain using matrix template matching
►CPulsar::Contemporaneity	Evaluates the contemporaneity of Integrations from two Archives
CPulsar::Contemporaneity::AtPulsar
CPulsar::DisperseWeight	Shift phase weight mask by dispersion delay
CPulsar::DynamicSpectrum	Computes dynamic spectrum (flux vs time/freq) of an Archive
CPulsar::FluctSpectStats< ProfileType, ProfileStatsType >	Manages statistics of fluctuation spectra (Fourier transform of pulse profile)
►CPulsar::Flux	Computes average flux of a Profile
CPulsar::StandardFlux	Computes average flux of a Profile by fitting to a standard
CPulsar::LastSignificant	Find the last significant harmonic in a PSD
CPulsar::PatchFrequency	Fills missing frequency channels with empties
CPulsar::PatchTime	Fills missing sub-integrations with empties
►CPulsar::PhaseWeightFunction	Algorithms that produce PhaseWeight objects
►CPulsar::PhaseWeightModifier	PhaseWeight algorithms that receive an input PhaseWeight
CPulsar::PhaseWeightShift	Shifts PhaseWeight elements
►CPulsar::PhaseWeightSmooth	Algorithms that smooth PhaseWeight containers
CPulsar::ConvertIsolated	Converts elements without equal neighbours to another state
CPulsar::MaskSmooth	Smooths a mask by masking elements with masked neighbours
►CPulsar::ProfileWeightFunction	PhaseWeight algorithms that receive an input Profile
►CPulsar::BaselineEstimator	ProfileWeight algorithms that compute profile baselines
CPulsar::BaselineStatic	Finds a Profile baseline using an interative bounding method
CPulsar::BaselineWindow	Finds the phase window in which the smoothed Profile is an extremum
►CPulsar::IterativeBaseline	Finds a Profile baseline using an interative bounding method
CPulsar::ExponentialBaseline	Finds a baseline that contains gaussian white noise
CPulsar::GaussianBaseline	Adaptively computes the baseline, assuming normally distributed noise
CPulsar::IQRBaseline	Finds a baseline that falls within the the inter-quartile range
►CPulsar::OnPulseEstimator	ProfileWeight algorithms that compute on-pulse phase bins
CPulsar::OnPulseThreshold	Uses the baseline statistics to find on-pulse phase bins
►CPulsar::RiseFall	Estimates the on-pulse region between a rise and a fall
CPulsar::LastHarmonic	Finds the last significant harmonic in a flucuation power spectral density
CPulsar::PeakConsecutive	Finds pulse defined by number of consecutive points above threshold
CPulsar::PeakCumulative	Find the edges of a pulse
CPulsar::ProfileWeightStatic	Set the Profile weights to a user-specified value
►CPulsar::PolnProfileStats	Computes polarimetric pulse profile statistics
CPulsar::FourthMomentStats	Computes fourth-order moment pulse profile statistics
CPulsar::ProfileCovariance
CPulsar::ProfilePCA	Examines profile shape variation with principal components analysis
CPulsar::ProfileShiftFit	Calculates profile shifts by fitting to a template/standard
CPulsar::ProfileStats	Computes pulse profile statistics
►CPulsar::ShiftEstimator	Algorithms that estimate pulse phase shifts
►CPulsar::PolnProfileShiftEstimator	Algorithms that estimate phase shift from a single polarization profile
CPulsar::RotatingVectorModelShift	Estimates phase shift using phi0 from the best-fit rotating vector model
►CPulsar::ProfileShiftEstimator	Algorithms that estimate the phase shift from a single pulse profile
CPulsar::ComponentModel	Models a pulse profile using multiple components
CPulsar::FluxCentroid	Estimates phase shift using the flux "centre of mass"
CPulsar::MeanPhase	Estimates phase shift using the weighted mean sine and cosine of phase
►CPulsar::ProfileStandardShift	Estimates the phase shift relative to a standard pulse profile
CPulsar::FourierDomainFit	Estimates phase shift in Fourier domain with MCMC error estimate *‍/
CPulsar::GaussianShift	Estimates phase shift in time domain using Gaussian interpolation
CPulsar::ParIntShift	Estimates phase shift in time domain using parabolic interpolation
CPulsar::PhaseGradShift	Estimates phase shift in Fourier domain
CPulsar::SincInterpShift	Estimates phase shift via sinc interpolation of CCF
CPulsar::ZeroPadShift	Estimates phase shift in Fourier domain using zero-pad interpolation
►CPulsar::SNRatioEstimator	Algorithms that estimate the signal-to-noise ratio of pulse profiles
CPulsar::AdaptiveSNR	Calculates the signal-to-noise ratio using a ProfileWeightFunction
CPulsar::FortranSNR	Calculates the signal-to-noise ratio by fitting against a standard
CPulsar::FourierSNR	Calculates the signal-to-noise ratio in the Fourier domain
CPulsar::ModularSNR	Calculates the S/N using an on-pulse and off-pulse ProfileWeightFunction
CPulsar::PhaseSNR	Calculates the signal-to-noise ratio using old default algorithm
CPulsar::SquareWave	Calculates the signal-to-noise ratio using (on-off)/rms
CPulsar::StandardSNR	Calculates the signal-to-noise ratio by fitting against a standard
►CPulsar::TimeFrequencyMask	Compute mask from statistic vs time/freq
CPulsar::InterQuartileRange	Uses the inter-quartile range to mask bad channels and sub-integrations
CPulsar::SetThresholds	Uses set cutoff values to mask bad channels and sub-integrations
CPulsar::SortedMinimumSlope	Uses the minimum slope of the sorted data to define the good "median"
CPulsar::SumThreshold	Implement the SumThreshold masking algorithm
►CPulsar::TimeFrequencySmooth	Smooth a statistic vs time freq
CPulsar::DoubleMedian	Median smooth in time then frequency
CPulsar::TwoDeeMedian	Median smooth using a 2-dimensional boxcar
►CPulsar::Transformation< Container >	Algorithms that modify data in the Container
CPulsar::Combination< Container >	Binary transformations that combine data from another Container
CPulsar::Integrate< Container >	Profile integration algorithms
CPulsar::Transposer	Provides access to transposed Archive data
►CPulsar::Weight	Algorithms that set the weights of all Profiles in an Archive
►CPulsar::ChannelWeight	Algorithms that set the weights of frequency channels
CPulsar::ChannelZapMedian	Uses a median smoothed spectrum to find birdies and zap them
►CPulsar::IntegrationWeight	Algorithms that set the weights of sub-integrations
CPulsar::DurationWeight	Sets the weight of each Integration according to its duration
CPulsar::RadiometerWeight	Sets the weight of each Integration according to its duration
CPulsar::SNRWeight	Sets the weight of each Profile according to its S/N squared
CPulsar::StandardSNRWeight	Sets the weight of each Profile according to its S/N squared
►CPulsar::WidthEstimator	Algorithms that estimate the width of the pulse profile
CPulsar::PhaseWidth	Calculates the pulse width in the phase domain
►CPulsar::Transformation< Archive >
►CPulsar::Integrate< Archive >
CPulsar::TimeIntegrate	Integrates sub-integrations in an Archive
►CPulsar::RemoveBaseline	Algorithms that remove the off-pulse baseline
CPulsar::RemoveBaseline::Each	Find the baseline from each total intensity profile
CPulsar::RemoveBaseline::Total	Find the baseline from the total integrated total intensity profile
CPulsar::RemoveVariableBaseline	Remove a variable baseline from each profile
CPulsar::TimeFrequencyZap	Find bad data using a statistic vs time and frequency
CPulsar::ZapExtend	Extend zapped areas in time and/or frequency
►CPulsar::Transformation< Integration >
►CPulsar::ColdPlasma< Calibration::Faraday, DeFaraday >
CPulsar::FaradayRotation	Corrects Faraday rotation
►CPulsar::ColdPlasma< DispersionDelay, Dedisperse >
CPulsar::Dispersion	Corrects dispersive delays
►CPulsar::Integrate< Integration >
CPulsar::FrequencyIntegrate	Integrates frequency channels in an Integration
CPulsar::ColdPlasma< Corrector, History >	Corrects dielectric effects in cold plasma
CPulsar::ImageCorrection	Corrects band-reversed signal due to poor image rejection
►CPulsar::Mower	Replaces impulsive DM=0 spikes with randomly selected noise
CPulsar::LawnMower	Removes broad-band impulsive spikes from pulse profiles
CPulsar::RobustMower	Lawn mower algorithm uses robust statistics to find spikes
CPulsar::ScatteredPowerCorrection	Corrects the power scattered due to 2-bit quantization
►CPulsar::Transformation< PolnCalibratorExtension >
►CPulsar::Integrate< PolnCalibratorExtension >
CPulsar::PolnCalExtFreqIntegrate	Integrates frequency channels in a polarization calibration extension
►CPulsar::Transformation< Profile >
►CPulsar::Combination< Profile >
CPulsar::Convolve	Computes the difference between two profiles
CPulsar::Correlate	Computes the difference between two profiles
CPulsar::Subtract	Computes the difference between two profiles
CPulsar::Accumulate	Profile differentiation algorithm
CPulsar::AdaptiveSmooth	Profile smoothing algorithms that automatically pick smoothing size based on profile SNR
CPulsar::AddNoise	Compute the logarithm of the Profile
CPulsar::Detrend	Profile differentiation algorithm
CPulsar::Differentiate	Profile differentiation algorithm
CPulsar::Extract	Extracts (and keeps) a specified range of phase bins
CPulsar::Logarithm	Compute the logarithm of the Profile
►CPulsar::Smooth	Profile smoothing algorithms
CPulsar::SmoothMean	Smooths a Profile using the mean over a boxcar
CPulsar::SmoothMedian	Smooths a Profile using the median over a boxcar
CPulsar::SmoothSinc	Smooths a Profile by convolution with a sinc function
CPulsar::WaveletSmooth	Profile smoothing (more accurately denoising) that uses a thresholded wavelet transform
►CPulsar::Append	Algorithms that combine Integration data
CPulsar::FrequencyAppend	Algorithms that combine Integration data
CPulsar::TimeAppend	Algorithms that combine Integration data
CPulsar::Application	Application with basic command line options
►CPulsar::Archive::Extension
CPulsar::AuxColdPlasma	Auxiliary cold plasma dispersion and birefringence corrections
►CPulsar::Backend	Stores information about the instrument backend
CPulsar::WidebandCorrelator	Stores Parkes Wideband Correlator parameters
CPulsar::CalibrationInterpolatorExtension	Stores Polarization Calibration Model Interpolator information
CPulsar::CalInfoExtension	Stores information about the reference source (ATNF)
CPulsar::CoherentDedispersion	Record of phase-coherent dispersion removal algorithm
CPulsar::DigitiserCounts	Stores digitizer histograms
CPulsar::DigitiserStatistics	Stores digitizer statistics
CPulsar::dspReduction	Stores dspsr data reduction parameters
CPulsar::ExampleExtension	Example Archive::Extension
CPulsar::FeedExtension	Stores a known feed transformation
CPulsar::FITSHdrExtension	Stores PSRFITS header extensions
CPulsar::FITSSUBHdrExtension	Stores PSRFITS SUBINT header parameters
►CPulsar::HasChannels	Archive extensions that contain information for each frequency channel
►CPulsar::CalibratorExtension	Stores Calibrator parameters in an Archive
CPulsar::FluxCalibratorExtension	Flux Calibrator Extension
CPulsar::PolnCalibratorExtension	Stores PolnCalibrator parameters in an Archive instance
CPulsar::CalibratorStokes	Stores the Stokes parameters of the reference source
►CPulsar::IntegrationOrder	Alternative ways of ordering Integration instances
CPulsar::BinaryPhaseOrder
CPulsar::BinLngAscOrder
CPulsar::BinLngPeriOrder
CPulsar::PeriastronOrder
CPulsar::ITRFExtension	International Terrestrial Reference Frame Extension
CPulsar::ObsDescription	Stores pulsar parameters as uninterpreted text
CPulsar::ObsExtension	Observation Information Extension
CPulsar::Passband	Instrumental passband (or bandpass)
►CPulsar::PowerEstimator	Produces on-pulse and off-pulse power spectra
CPulsar::ScintPowerEstimator	Returns power estimates from a ScintArchive
CPulsar::Receiver	Contains information about the receiver and receiver platform
CPulsar::TapeInfo	Stores information about the tape on which the data were recorded
CPulsar::Telescope	Contains information about the telescope used for the observation
CPulsar::TwoBitStats	Stores histograms of two-bit low-voltage states
►CPulsar::Archive::Match	Policy used to determine if two archives match
CPulsar::ThresholdMatch	Criterion used to determine if two archives match
CPulsar::BackendCorrection	Correct the backend convention
CPulsar::BasisCorrection	Correct the backend convention
►CPulsar::Calibrator	Polarization and flux calibrators
CPulsar::FluxCalibrator	Calibrates flux using standard candles and artificial sources
CPulsar::FrontendCorrection	Corrects the recorded properties of the frontend
CPulsar::IonosphereCalibrator	Corrects ionospheric Faraday rotation
►CPulsar::PolnCalibrator	Polarimetric calibrators
CPulsar::HybridCalibrator	Supplements a SystemCalibrator with a SingleAxisCalibrator
CPulsar::ManualPolnCalibrator	Phenomenological description of the instrument
►CPulsar::ReferenceCalibrator	Calibrators derived from reference source observations
CPulsar::PolarCalibrator	Represents the system as a polar decomposition
►CPulsar::SingleAxisCalibrator	Represents the system as a Calibration::SingleAxis
CPulsar::DoPCalibrator	Degree of Polarization Calibrator (P236)
CPulsar::OffPulseCalibrator	Uses the off-pulse noise statistics to scale the polarization
►CPulsar::SystemCalibrator	PolnCalibrator with estimated calibrator Stokes parameters
CPulsar::PulsarCalibrator	Implements Measurement Equation Template Matching (van Straten 2013)
CPulsar::ReceptionCalibrator	Implements Measurement Equation Modeling (van Straten 2004)
►CPulsar::Calibrator::Info
CPulsar::CalibratorStokesInfo	Communicates CalibratorStokes parameters to plotting routines
CPulsar::ConstantGainInfo	FluxCalibrator parameter communication
CPulsar::FluxCalibrator::Info	FluxCalibrator parameter communication
CPulsar::FluxCalManagerInfo	Communicates FluxCalManager parameters to plotting routines
CPulsar::IXRInfo	Communicates PolnCalibrator IXR to plotting routines
CPulsar::SolverInfo	Communicates PolnCalibrator solver parameters to plotting routines
CPulsar::SourceInfo	Communicates Calibrator Stokes parameters
►CPulsar::VariationInfo	Communicates time variation parameters to plotting routines
CPulsar::PolynomialInfo	Communicates Polynomial function parameters to plotting routines
CPulsar::StepsInfo	Communicates Steps function parameters to plotting routines
►CPulsar::Calibrator::Variation	Abstract base of classes that update model parameters
CPulsar::CalibrationInterpolator	A calibration solution that spans a finite bandwidth and time
►CPulsar::CalibratorPlotter	Plots Calibrator parameters
►CPulsar::SystemCalibratorPlotter	Plots the various components of a SystemCalibrator
CPulsar::ReceptionCalibratorPlotter	Plots the various components of a ReceptionCalibrator
►CPulsar::CompareWith	Loops over two dimensions of an Archive, comparing profiles
CPulsar::CompareWithEachOther	Summarizes a comparison of each Profile with every other Profile
CPulsar::CompareWithSum	Summarizes a comparison of each Profile with their sum
CPulsar::ComplexRVMFit	Fit rotating vector model to Stokes Q and U profiles
►CPulsar::Container	Data storage implementations
►CPulsar::Integration	Array of Profiles integrated over the same time interval
CPulsar::BasicIntegration	BasicIntegration class
►CPulsar::IntegrationManager	Manages a vector of Integration instances
►CPulsar::Archive	The primary interface to pulsar observational data
►CPulsar::BasicArchive	Defines the pure virtual methods declared in Pulsar::Archive
CPulsar::ASCIIArchive	Loads ASCII data files also known as SIGPROC format
CPulsar::ASPArchive	Loads and unloads ASP Pulsar archives
CPulsar::BPPArchive	Loads and unloads BPP Pulsar archives
CPulsar::EPOSArchive	Loads and unloads EPOS Pulsar archives
CPulsar::ExampleArchive	Loads and unloads Example Pulsar archives
CPulsar::FITSArchive	Loads and unloads PSRFITS archives
CPulsar::pdv_KtZ_Archive	Loads data from the ASCII output by pdv -KtZ
CPulsar::PRESTOArchive	Loads and unloads PRESTO Prepfold (.pfd) pulsar archives
CPulsar::UVMArchive	Loads UVM data files
CPulsar::WAPPArchive	Loads and unloads WAPP Pulsar archives
CPulsar::EPNArchive	Reads the European Pulsar Network (EPN) file format
CPulsar::PuMaArchive	Loads and unloads PuMa Pulsar archives
►CPulsar::TimerArchive	Reads and writes the timer archive file format
CPulsar::BasebandArchive	Pulsar Archive produced by psrdisp
CPulsar::ScintArchive	A TimerArchive with transposed phase and frequency axis
CPulsar::PolnProfile	Polarimetric pulse profile transformations and derivations
►CPulsar::ProfileAmps	Provides protected access to the Profile amplitudes array
CPulsar::Profile	Any quantity recorded as a function of pulse phase
CPulsar::StokesCovariance	Phase-resolved four-dimensional covariance matrix of Stokes parameters
CPulsar::StokesCrossCovariance	Cross-covariances between the Stokes parameters
CPulsar::CrossCovarianceMatrix::Stream	Pure virtual base class of a stream of covariances stored in blocks
CPulsar::Database	Pulsar Observation Database
CPulsar::Database::Criteria	Describes Database matching criteria
CPulsar::Database::Entry	Pulsar Database Entry
►CPulsar::FluxCalibrator::Policy	Flux calibration data for each receptor
CPulsar::FluxCalibrator::ConstantGain	Used when gain remains constant between FluxCal-On and Off observations
CPulsar::FluxCalibrator::VariableGain	Used when gain varies between FluxCal-On and Off observations
CPulsar::FluxCalibratorExtension::Solution	Intermediate storage of MEAL::Complex parameters
CPulsar::Integrate< Container >::RangePolicy
CPulsar::Integration::Expert	Provides access to private and protected members of Integration
►CPulsar::Integration::Extension
CPulsar::AuxColdPlasmaMeasures	Stores parameters used to correct auxiliary dispersion and birefringence
►CPulsar::ColdPlasmaHistory	Stores parameters used to correct Faraday rotation in each Integration
CPulsar::Dedisperse	Stores parameters used to correct dispersion in each Integration
CPulsar::DeFaraday	Stores parameters used to correct Faraday rotation in each Integration
CPulsar::Pointing	Telescope pointing parameters recorded during the observation
CPulsar::SpectralKurtosis	Spectral Kurtosis Staticstics calculated during observation
CPulsar::Integration::Meta	Stores otherwise shared attributes of orphaned Integrations
CPulsar::IntegrationBarycentre	Convenience interface to Barycentre class
►CPulsar::IntegrationManager::Expert	Provides access to private and protected members of IntegrationManager
CPulsar::Archive::Expert	Provides access to private and protected member of Archive
CPulsar::ModeSeparation	Separates polarized modes of emission
CPulsar::NoiseStatistics	Computes the noise to Fourier noise ratio
CPulsar::PhaseWeight	Stores a weight for each Profile phase bin
►CPulsar::Plot	Base class of all plotters
►CPulsar::FramedPlot	A Plot with a PlotFrame
CPulsar::Poincare	Plots the Stokes vector in three-dimensional Poincare space
►CPulsar::SimplePlot	Plots a single plot
CPulsar::CalPhVFreqPlot	Plots the calibrator phase vs frequency
CPulsar::DigitiserCountsPlot	Plots a histogram of the DigitiserCounts
►CPulsar::DynamicSpectrumPlot	Base class for image plots of something vs time and frequency
CPulsar::DynamicBaselineSpectrumPlot	Plots off-pulse mean or variance as a func of time and freq
CPulsar::DynamicCalSpectrumPlot	Plots off-pulse mean or variance as a func of time and freq
CPulsar::DynamicSNSpectrumPlot	Plot pulsar signal-to-noise ratio as a func of time and freq
CPulsar::DynamicStatSpectrumPlot	Plots off-pulse mean or variance as a func of time and freq
CPulsar::DynamicWeightSpectrumPlot	Plot archive weights as a func of time and freq
►CPulsar::FluctPlot	Plots fluctuation power spectra
CPulsar::StokesFluctPhase	Plots fluctuation power spectra
CPulsar::StokesFluctPlot	Plots fluctuation power spectra
►CPulsar::FrequencyPlot	Simple plots with radio frequency along the x-axis
CPulsar::CalibratorParameter	Plots a single class of model parameters from Calibrator::Info
CPulsar::CalibratorSpectrum	Plots flux profiles
CPulsar::ChannelWeightsPlot	Plot of data weight vs frequency
►CPulsar::PowerSpectra	Plots flux profiles
CPulsar::SpectrumPlot	Plots a single spectrum
CPulsar::PhasePlot	Simple plots with pulse phase along the x-axis
CPulsar::TwoBitPlot	Plots the measured distribution of the fraction of low voltage states
►CPulsar::MultiData	Combines multiple data sets in a single plot
CPulsar::MultiDataPlot< Type >	Combines multiple data sets in a single plot
►CPulsar::MultiPlot	Plots multiple viewports
CPulsar::BandpassChannelWeightPlot	Plot of offpulse bandpass and channel weights
►CPulsar::MultiFrequency	Plots multiple viewports with radio frequency along the shared x-axis
CPulsar::CalibratorInfo	Plots every class of model parameters from Calibrator::Info
CPulsar::MultiPhase	Plots multiple viewports with pulse phase along the shared x-axis
CPulsar::PhaseVsFrequencyPlus	Plots phase vs. frequency, plus integrated profile and spectrum
CPulsar::PhaseVsHistPlus	Plots phase vs. frequency, plus integrated profile and spectrum
CPulsar::PlotAnnotation	Add generic annotations to any SimplePlot
►CPulsar::PlotAttributes	Stores the properties of the plot frame
CPulsar::MultiFrame	Manages multiple plot frames
CPulsar::PlotFrame	Stores the properties of the plot frame
CPulsar::PlotAxis	Stores the label and cpgbox options for an axis
►CPulsar::PlotEdge	The edge of a plot viewport
►CPulsar::PlotScale	The scale on an axis
CPulsar::FrequencyScale	Represents an axis with radio frequency ordinate
CPulsar::MoreScale	Represents an axis with radio frequency ordinate
CPulsar::PhaseScale	Reperesents an axis with pulse phase ordinate
CPulsar::TimeScale	Represents an axis with a time ordinate
►CPulsar::PlotLabel	Stores three labels: left, centre, and right
CPulsar::InfoLabel	Print a label with three rows above the plot frame
CPulsar::PlotLoop	Base class of all plotters
CPulsar::PlotPen	Stores and sets plot line attributes
►CPulsar::PlotWindow	Manages a window in which to Plot an Archive
CPulsar::UsingQTDRIV	Manages a window in which to Plot an Archive
CPulsar::UsingXSERVE	Manages a window in which to Plot an Archive
CPulsar::Pointing::Info	Extra pointing information
CPulsar::PolnCalibratorExtension::Transformation	Intermediate storage of MEAL::Complex parameters
CPulsar::PolnProfileFit	The matrix template matching algorithm
►CPulsar::Processor	Interface to any object that processes data in an Archive
►CPulsar::Application::Options	Describes application command line options
CPulsar::CommonOptions	Common command line options
CPulsar::PlotOptions	Plot command line options
CPulsar::StandardOptions	Standard interpreter command line options
CPulsar::UnloadOptions	Unload interpreter command line options
►CPulsar::Profile::Extension
►CPulsar::DataExtension
►CPulsar::MoreProfiles
CPulsar::FourthMoments
CPulsar::PhaseResolvedHistogram
►CPulsar::Profile::Strategies	Manages the strategies that implement algorithms
CPulsar::ManagedStrategies	Inserted by Integration class to tell Profile instance it is managed
CPulsar::ProfileColumn	Loads and unloads Profile vector from PSRFITS archives
CPulsar::ProfileVectorPlotter	Plots flux profiles
CPulsar::ProjectionCorrection	Correct the backend convention
►CPulsar::Receiver::State	The internal state of the Receiver Extension class
CPulsar::Receiver::Linear	Stores the X and Y receptor and calibrator orientations
►CPulsar::Receiver::Native	Stores receptor basis, hand, and orientation, and calibrator phase
CPulsar::Receiver::Field	Stores the field orientation
CPulsar::RemoveBaseline::Operation	Performs the baseline removal operation
CPulsar::ScalarTemplateMatching	The original scalar template matching algorithm
CPulsar::SplineSmooth	Base class of penalized splines (p-spline) for smoothing
CPulsar::Statistics	Interface to a variety of useful statistics
►CPulsar::SyntheticPolnProfile	Simulated polarimetric pulse profile
CPulsar::SimplePolnProfile	Simulates a simple Gaussian with a standard RVM and zero circular
►CPulsar::SystemCalibrator::Unloader	Unloads Pulsar::SystemCalibrator solution to file
CPulsar::UnloadJones	Unloads SystemCalibrator as a 2-D array of Jones matrices
►CPulsar::VariableTransformation	Analysis of the impact of instrumental boost on phase shift estimate
CPulsar::ManualVariableTransformation	Adapts a VariableTransformation to a ManualPolnCalibrator
CPulsar::VariableProjectionCorrection	Adapts a VariableTransformation to a ProjectionCorrection
CPulsar::WaveletTransform	Performs 1-D discrete wavelet transforms (DWT)
►CTextEditor< Archive > [external]
CPulsar::Editor	Edit the metadata in a pulsar archive
►CTextInterface::Parser [external]
►CTextInterface::To< Archive > [external]
CPulsar::Archive::Interface	Provides a text interface to get and set Archive attributes
►CTextInterface::To< AuxColdPlasmaMeasures > [external]
►CPulsar::Integration::Extension::Interface< AuxColdPlasmaMeasures >
CPulsar::AuxColdPlasmaMeasures::Interface	Text interface to a AuxColdPlasmaMeasures instance
►CTextInterface::To< CalibrationInterpolatorExtension > [external]
CPulsar::CalibrationInterpolatorExtension::Interface	Text interface to CalibrationInterpolatorExtension extension
►CTextInterface::To< const Calibrator::Type > [external]
CPulsar::Calibrator::Type::Interface	Text interface to Calibrator::Type class
►CTextInterface::To< Integration > [external]
CPulsar::Integration::Interface	Provides a text interface to get and set Integration attributes
►CTextInterface::To< Parameter > [external]
CPulsar::CalibrationInterpolatorExtension::Parameter::Interface	Text interface to CalibrationInterpolatorExtension::Parameter
►CTextInterface::To< PhaseWeight > [external]
CPulsar::PhaseWeight::Interface	Archive statistics text interface
►CTextInterface::To< PolnProfileStats > [external]
CPulsar::PolnProfileStats::Interface	Archive statistics text interface
►CTextInterface::To< ProfileStats > [external]
CPulsar::ProfileStats::Interface	Profile statistics text interface
►CTextInterface::To< Pulsar::Backend > [external]
CPulsar::Backend::Interface	Text interface to Backend extension
►CTextInterface::To< Pulsar::CalibratorExtension > [external]
CPulsar::CalibratorExtension::Interface	Text interface to CalibratorExtension extension
►CTextInterface::To< Statistics > [external]
CPulsar::Statistics::Interface	Archive statistics text interface
►CTextInterface::To< T > [external]
CPulsar::Archive::Extension::Interface< T >	Convenience class implements TextInterface::To<T>::get_interface_name
CPulsar::EmptyInterface< T >	Convenience interface used to add ShiftEstimator children to factory
CPulsar::Integration::Extension::Interface< T >	Convenience class implements TextInterface::To<T>::get_interface_name
CPulsar::Index	Combines an index value and integrate flag
CPulsar::PolarCalibrator::Info	Communicates PolarCalibrator parameters to plotting routines
▼CPulsar::SingleAxisCalibrator::Info	Communicates SingleAxisCalibrator parameters
►CPulsar::BackendFeedInfo	Communicates BackendFeed parameters to plotting routines
CPulsar::BrittonInfo	Communicates Britton (2000) parameters to plotting routines
CPulsar::InstrumentInfo	Communicates Instrument parameters to plotting routines
CPulsar::DoPCalibrator::Info	Communicates DoPCalibrator parameters
CPulsar::CoherentDedispersion::InputChannel	Coherent dedispersion attributes specific to input frequency channel
CPulsar::AuxColdPlasma::Interface	Text interface to a AuxColdPlasma instance
CPulsar::Interpreter	Pulsar data processing command language interpreter
CPulsar::CoherentDedispersion::OutputChannel	Coherent dedispersion attributes specific to output frequency channel
▼CConfiguration::Parameter< bool > [external]
CPulsar::Option< bool >
▼CConfiguration::Parameter< double > [external]
CPulsar::Option< double >
▼CConfiguration::Parameter< float > [external]
CPulsar::Option< float >
▼CConfiguration::Parameter< Functor > [external]
CPulsar::Option< Functor >
▼CConfiguration::Parameter< std::string > [external]
CPulsar::Option< std::string >
▼CConfiguration::Parameter< string > [external]
CPulsar::Option< string >
▼CConfiguration::Parameter< T > [external]
CPulsar::Option< T >	Configuration option
▼CConfiguration::Parameter< unsigned > [external]
CPulsar::Option< unsigned >
CPulsar::PhaseWeightStatistic	Commmon statistics that can be derived from a pulse profile
CJenetAnderson98::Plot	Plots the distribution of Phi
CPulsar::PlotFactory	Provides a text interface to create new plots
CPulsar::PolnStatistics	Interface to polarization statistics
CPulsar::ProfileStatistic	Commmon statistics that can be derived from a pulse profile
CPulsar::RotatingVectorModelOptions	RotatingVectorModel command line options
CPulsar::ScalarProfileFitAnalysis	Analysis of the scalar template matching algorithm
CPulsar::ScrunchFactor	Manages a combined scrunch factor or target dimension
CPulsar::SimPolnTiming	Simulates full-Stokes arrival time estimation
CPulsar::DigitiserCounts::SubintCounts	Class representing an array of digitiser counts for a subint
▼CPulsar::Calibrator::Type
CPulsar::CalibratorTypes::Corrections	Corrections
CPulsar::CalibratorTypes::Flux	Flux calibrator
►CPulsar::CalibratorTypes::Poln	Polarization calibrator
►CPulsar::CalibratorTypes::CompleteJones	Full 7 degrees of freedom parameterization of Jones matrix
►CPulsar::CalibratorTypes::Phenomenological	Phenomenological parameterizations of Jones matrix
CPulsar::CalibratorTypes::bri00_Eq19	Britton (2000; ApJ 532:1240), equation 19
CPulsar::CalibratorTypes::bri00_Eq19_iso	Britton (2000; ApJ 532:1240), equation 19, with isolated degeneracy
CPulsar::CalibratorTypes::van04_Eq18	Van Straten (2004; ApJSS 152:129), equation 18
CPulsar::CalibratorTypes::van04_Eq13	Van Straten (2004; ApJSS 152:129), equation 13
CPulsar::CalibratorTypes::van09_Eq	Unpublished polar decomposition
►CPulsar::CalibratorTypes::Hybrid	Mixes a SingleAxis and Phenomenological parameterization
CPulsar::CalibratorTypes::ovhb04	Ord, van Straten, Hotan & Bailes (2004; MNRAS 352:804), section 2.1
►CPulsar::CalibratorTypes::Nefarious	Calibrate by brute force and unjustified assumptions
CPulsar::CalibratorTypes::DoP	Degree of Polarization Calibrator (P236)
CPulsar::CalibratorTypes::OffPulse	Off-pulse Calibrator (P236)
CPulsar::CalibratorTypes::SingleAxis	Gain, differential gain and differential phase
CPulsar::CalibratorTypes::van02_EqA1	Van Straten (2002; ApJ 568:436), equation A1
▼Cstd::vector< T >	STL class
CCalibration::CoherencyMeasurementSet	A CoherencyMeasurement set and their coordinates
▼CPulsar::Verification
CPulsar::Dedispersed	Verifies that each Integration has a consistent Dedisperse Extension
CPulsar::DeFaradayed	Verifies that each Integration has a consistent DeFaraday Extension
CPulsar::WeightedFrequency	Compute the weighted mean frequency
CPulsar::WeightInterpreter	Interprets configuration strings into a weighting policy