| NCalibration | |
| CBackendEstimate | Manages a single backend and its current best estimate (first guess) |
| CBackendFeed | Physical parameterization of the instrumental response |
| CBritton2000 | Phenomenological description of the instrument |
| CCoherencyMeasurement | A coherency matrix measurement and its estimated error |
| CUncertainty | Estimates the uncertainty of a CoherencyMeasurement |
| CCoherencyMeasurementSet | A CoherencyMeasurement set and their coordinates |
| CConvertMJD | Converts Argument type from MJD to double |
| CConwayKronberg1969 | Parameterizes the feed as in Appendix II of Conway & Kronberg (1969) |
| CDataAndModelReport | Print the data and model values for each pulsar |
| CFaraday | Faraday rotation transformation |
| CFeed | Phenomenological description of the receiver feed |
| CFitGoodnessReport | Report on the goodness-of-fit for each source |
| CFluxCalManager | Manages multiple flux calibrator observations |
| CFluxCalObservation | Manages flux calibrator source state and backend transformation |
| CHasOrientation | Interface to transformations that have a feed rotation that can be offset |
| CInputDataReport | Report on the reception model paramters |
| CInstrument | Phenomenological description of the instrument |
| CIRIonosphere | International Reference Ionosphere (IRI) transformation |
| CMeanCoherency | A weighted mean of coherency matrix estimates |
| CMeanFeed | A weighted mean of Feed parameter estimates |
| CMeanInstrument | A weighted mean of Instrument parameter estimates |
| CMeanJones | Computes a weighted mean Jones matrix using Cloude target decomposition |
| CMeanPolar | A weighted mean of MEAL::Polar parameter estimates |
| CMeanSingleAxis | A weighted mean of SingleAxis parameter estimates |
| CMeasurementEquation | Models multiple transformations of multiple inputs |
| CModelParametersReport | Report on the reception model paramters |
| CObservationUncertainty | Combines the uncertainty of the template and the observation |
| CParallactic | Parallactic angle transformation of receiver feed |
| CReceptionModel | Models a set of transformations and source polarizations |
| CReport | Base class of objects that report on properties of the measurement equation |
| CSolver | Solve the measurement equation by non-linear least squares minimization |
| CReceptionModelAxisPlotter | Plots model Stokes parameters as a function of time |
| CReceptionModelPlotter | Plots a ReceptionModel |
| CSignalPath | Manages multiple signal path transformations in a reception model |
| CSingleAxis | Instrumental gain, differential gain, and differential phase |
| CSingleAxisPolynomial | A SingleAxis parameterized by Polynomial ordinates |
| CSingleAxisSolver | Derives SingleAxis parameters from input and output states |
| CSolveCeres | Solve the measurement equation using Google's Ceres Solver |
| CSolveGSL | Solve the measurement equation using GNU Scientific Library |
| CSolveMEAL | Solve the measurement equation by non-linear least squares minimization |
| CSourceDeltaEstimate | Manages a delta source and the current best estimate of the total |
| CSourceEstimate | Manages a single source and its current best estimate (first guess) |
| CStandardData | Computes the normalized Stokes parameters in each phase bin |
| CStandardPrepare | Conditions input data and selects optimal input states |
| CStandardSpectra | Computes the normalized complex Stokes parameters in each harmonic |
| CTemplateUncertainty | Combines the uncertainty of the template and the observation |
| CTotalCovariance | Combines the uncertainty of the template and the observation |
| CTransformationFactory | Constructs and configures new Complex2 given descriptive string |
| CVariableBackend | Physical parameterization of the instrumental response |
| CVariableBackendEstimate | Manages a variable backend and its best estimate |
| CVariableGain | Physical parameterization of the instrumental response |
| CVariableTransformation | Product of multi-variate model of antenna and known corrections |
| Npgplot | |
| CColourBar | Colour bar (wedge) manager |
| CColourMap | Colour map manager |
| NPulsar | Defines the PSRCHIVE library |
| NCalibratorTypes | Contains the enumeration of all calibrator types |
| Cbri00_Eq19 | Britton (2000; ApJ 532:1240), equation 19 |
| Cbri00_Eq19_iso | Britton (2000; ApJ 532:1240), equation 19, with isolated degeneracy |
| CCompleteJones | Full 7 degrees of freedom parameterization of Jones matrix |
| CCorrections | Corrections |
| CDoP | Degree of Polarization Calibrator (P236) |
| CFlux | Flux calibrator |
| CHybrid | Mixes a SingleAxis and Phenomenological parameterization |
| CNefarious | Calibrate by brute force and unjustified assumptions |
| COffPulse | Off-pulse Calibrator (P236) |
| Covhb04 | Ord, van Straten, Hotan & Bailes (2004; MNRAS 352:804), section 2.1 |
| CPhenomenological | Phenomenological parameterizations of Jones matrix |
| CPoln | Polarization calibrator |
| CSingleAxis | Gain, differential gain and differential phase |
| Cvan02_EqA1 | Van Straten (2002; ApJ 568:436), equation A1 |
| Cvan04_Eq13 | Van Straten (2004; ApJSS 152:129), equation 13 |
| Cvan04_Eq18 | Van Straten (2004; ApJSS 152:129), equation 18 |
| Cvan09_Eq | Unpublished polar decomposition |
| CAccumulate | Profile differentiation algorithm |
| CAdaptiveSmooth | |
| CAdaptiveSNR | Calculates the signal-to-noise ratio using a ProfileWeightFunction |
| CAddNoise | Compute the logarithm of the Profile |
| CAlgorithm | Data manipulation implementations |
| CAnglePlot | Plots an angle and its error as a function of pulse phase |
| CAppend | Algorithms that combine Integration data |
| CApplication | Application with basic command line options |
| COptions | Describes application command line options |
| CArchive | The primary interface to pulsar observational data |
| CExpert | Provides access to private and protected member of Archive |
| CExtension | |
| CInterface | Convenience class implements TextInterface::To<T>::get_interface_name |
| CInterface | Provides a text interface to get and set Archive attributes |
| CMatch | Policy used to determine if two archives match |
| CArchiveEditor | Edit the metadata in a pulsar archive |
| CArchiveSort | Used in sorting archives by source name, frequency, and epoch |
| CArchiveStatistic | Commmon statistics that can be derived from an Archive |
| CArrivalTime | Manages arrival time estimation |
| CASCIIArchive | Loads ASCII data files also known as SIGPROC format |
| CAgent | This class registers the ASCIIArchive plugin class for use |
| CASPArchive | Loads and unloads ASP Pulsar archives |
| CAuxColdPlasma | Auxiliary cold plasma dispersion and birefringence corrections |
| CInterface | Text interface to a AuxColdPlasma instance |
| CAuxColdPlasmaMeasures | Stores parameters used to correct variable dispersion and birefringence |
| CInterface | Text interface to a AuxColdPlasmaMeasures instance |
| CBackend | Stores information about the instrument backend |
| CInterface | Text interface to Backend extension |
| CBackendCorrection | Correct the backend convention, based on BE_PHASE and BE_DCC |
| CBackendFeedInfo | Communicates BackendFeed parameters to plotting routines |
| CBandpassChannelWeightPlot | Plot of offpulse bandpass and channel weights |
| CBasebandArchive | Pulsar Archive produced by psrdisp |
| CBaselineEstimator | ProfileWeight algorithms that compute profile baselines |
| CBaselineStatic | Finds a Profile baseline using an interative bounding method |
| CBaselineWindow | Finds the phase window in which the smoothed Profile is an extremum |
| CBasicArchive | Defines the pure virtual methods declared in Pulsar::Archive |
| CBasicIntegration | BasicIntegration class |
| CBasisCorrection | Corrects the basis, based on FD_POLN, FD_HAND and FD_SANG |
| CBinaryPhaseOrder | |
| CBinLngAscOrder | |
| CBinLngPeriOrder | |
| CBoostShiftAnalysis | Analysis of the impact of instrumental boost on phase shift estimate |
| CBPPArchive | Loads and unloads BPP Pulsar archives |
| CBrittonInfo | Communicates Britton (2000) parameters to plotting routines |
| CCalibrationInterpolator | A calibration solution that spans a finite bandwidth and time |
| CCalibrationInterpolatorExtension | Stores Polarization Calibration Model Interpolator information |
| CInterface | Text interface to CalibrationInterpolatorExtension extension |
| CCalibrator | Polarization and flux calibrators |
| CInfo | |
| CType | |
| CInterface | Text interface to Calibrator::Type class |
| CVariation | Abstract base of classes that update model parameters |
| CCalibratorExtension | Stores Calibrator parameters in an Archive |
| CInterface | Text interface to CalibratorExtension extension |
| CCalibratorInfo | Plots every class of model parameters from Calibrator::Info |
| CCalibratorParameter | Plots a single class of model parameters from Calibrator::Info |
| CCalibratorPlotter | Plots Calibrator parameters |
| CCalibratorSpectrum | Plots flux profiles |
| CCalibratorStokes | Stores the Stokes parameters of the reference source |
| CCalibratorStokesInfo | Communicates CalibratorStokes parameters to plotting routines |
| CCalInfoExtension | Stores information about the reference source (ATNF) |
| CCalPhVFreqPlot | Plots the calibrator phase vs frequency |
| CCalSource | Corrects the Signal::Source type attribute of the Archive |
| CChannelSubsetMatch | Determine if one set of channels is a subset of another |
| CChannelWeight | Algorithms that set the weights of frequency channels |
| CChannelWeightsPlot | Plot of data weight vs frequency |
| CChannelZapMedian | Uses a median smoothed spectrum to find birdies and zap them |
| CCoherentDedispersion | Record of phase-coherent dispersion removal algorithm |
| CInputChannel | Coherent dedispersion attributes specific to input frequency channel |
| COutputChannel | Coherent dedispersion attributes specific to output frequency channel |
| CColdPlasma | Corrects dielectric effects in cold plasma |
| CColdPlasmaHistory | Stores parameters used to correct dispersion and Faraday rotation in each Integration |
| CColdPlasmaMeasure | Stores parameters used to correct dispersion and Faraday rotation |
| CCombination | Binary transformations that combine data from another Container |
| CCommonOptions | Common command line options |
| CCompareWith | Loops over two dimensions of an Archive, comparing profiles |
| CCompareWithEachOther | Summarizes a comparison of each Profile with every other Profile |
| CCompareWithSum | Summarizes a comparison of each Profile with their sum |
| CComplexRVMFit | Fit rotating vector model to Stokes Q and U profiles |
| CComponentModel | Models a pulse profile using multiple components |
| CConfig | Stores PSRCHIVE configuration parameters |
| CConfigurableProjection | Manager of variable transformations |
| CInfo | Communicates ConfigurableProjection parameters to plotting routines |
| CConfigurableProjectionExtension | Stores ConfigurableProjection parameters in an Archive instance |
| CTransformation | Intermediate storage of MEAL::Complex parameters |
| CConstantGainInfo | FluxCalibrator parameter communication |
| CContainer | Data storage implementations |
| CContemporaneity | Evaluates the contemporaneity of Integrations from two Archives |
| CAtPulsar | |
| CConvertIsolated | Converts elements without equal neighbours to another state |
| CConvolve | Computes the convolution between two profiles |
| CCorrection | |
| CCorrelate | Computes the cross-correlation between two profiles |
| CCorrelationInfo | Communicates information about correlation between model parameters |
| CCrossValidatedSmooth2D | Determines the spline smoothing factor as in Clark (1977) |
| CDatabase | Pulsar Observation Database |
| CCriteria | Describes Database matching criteria |
| CEntry | Pulsar Database Entry |
| CDataExtension | |
| CDataSet | List of input data from a single pulsar and its calibrator observations |
| CDataSetManager | Manages sets of data from multiple sources and a calibrator database |
| CDedisperse | Stores parameters used to correct dispersion in each Integration |
| CDedispersed | Verifies that each Integration has a consistent Dedisperse Extension |
| CDeFaraday | Stores parameters used to correct Faraday rotation in each Integration |
| CDeFaradayed | Verifies that each Integration has a consistent DeFaraday Extension |
| CDeltaPA | Computes mean position angle difference from weighted cross-correlation |
| CDeltaRM | Refines an RM estimate using two halves of the band |
| CDetrend | Profile differentiation algorithm |
| CDifferentiate | Profile differentiation algorithm |
| CDigitiserCounts | Stores digitizer histograms |
| CSubintCounts | Class representing an array of digitiser counts for a subint |
| CDigitiserCountsPlot | Plots a histogram of the DigitiserCounts |
| CDigitiserStatistics | Stores digitizer statistics |
| CDimensions | Provides enumerated access to the dimensions of an Archive |
| CDisperseWeight | Shift phase weight mask by dispersion delay |
| CDispersion | Corrects dispersive delays |
| CDistortion | Analysis of the impact of instrumental boost on phase shift estimate |
| CDoPCalibrator | Degree of Polarization Calibrator (P236) |
| CInfo | Communicates DoPCalibrator parameters |
| CDoubleMedian | Median smooth in time then frequency |
| CdspReduction | Stores dspsr data reduction parameters |
| CDurationWeight | Sets the weight of each Integration according to its duration |
| CDynamicBaselineSpectrumPlot | Plots off-pulse mean or variance as a func of time and freq |
| CDynamicCalSpectrumPlot | Plots off-pulse mean or variance as a func of time and freq |
| CDynamicSNSpectrumPlot | Plot pulsar signal-to-noise ratio as a func of time and freq |
| CDynamicSpectrum | Computes dynamic spectrum (flux vs time/freq) of an Archive |
| CDynamicSpectrumPlot | Base class for image plots of something vs time and frequency |
| CDynamicStatSpectrumPlot | Plots off-pulse mean or variance as a func of time and freq |
| CDynamicWeightSpectrumPlot | Plot archive weights as a func of time and freq |
| CEllAngPlot | Plots the ellipticity angle of the polarized radiation |
| CEmptyInterface | Convenience interface used to add ShiftEstimator children to factory |
| CEPNArchive | Reads the European Pulsar Network (EPN) file format |
| CEPOSArchive | Loads and unloads EPOS Pulsar archives |
| CExampleArchive | Loads and unloads Example Pulsar archives |
| CExampleExtension | Example Archive::Extension |
| CExponentialBaseline | Finds a baseline that contains gaussian white noise |
| CExtract | Extracts (and keeps) a specified range of phase bins |
| CFaradayRotation | Corrects Faraday rotation |
| CFeedExtension | Stores a known feed transformation |
| CFITSAlias | PSRFITS parameter names for Archive TextInterface attribute names |
| CFITSArchive | Loads and unloads PSRFITS archives |
| CFITSHdrExtension | Stores PSRFITS header extensions |
| CFITSSUBHdrExtension | Stores PSRFITS SUBINT header parameters |
| CFixFluxCal | Corrects the Signal::Source type and name attributes of the Archive |
| CFluctPlot | Plots fluctuation power spectra |
| CFluctSpectStats | Manages statistics of fluctuation spectra (Fourier transform of pulse profile) |
| CFluctuationSpectrumStats | Computes statistics of the fluctuation spectrum (Fourier transform of pulse profile) |
| CFlux | Computes average flux of a Profile |
| CFluxCalibrator | Calibrates flux using standard candles and artificial sources |
| CConstantGain | Used when gain remains constant between FluxCal-On and Off observations |
| CInfo | FluxCalibrator parameter communication |
| CPolicy | Flux calibration data for each receptor |
| CVariableGain | Used when gain varies between FluxCal-On and Off observations |
| CFluxCalibratorExtension | Flux Calibrator Extension |
| CSolution | Intermediate storage of MEAL::Complex parameters |
| CFluxCalManagerInfo | Communicates FluxCalManager parameters to plotting routines |
| CFluxCentroid | Estimates phase shift using the flux "centre of mass" |
| CFluxPlot | Plots flux profiles |
| CFortranSNR | Calculates the signal-to-noise ratio by fitting against a standard |
| CFourierDomainFit | Estimates phase shift in Fourier domain with MCMC error estimate */ |
| CFourierSNR | Calculates the signal-to-noise ratio in the Fourier domain |
| CFourthMoments | |
| CFourthMomentStats | Computes fourth-order moment pulse profile statistics |
| CFramedPlot | A Plot with a PlotFrame |
| CFrequencyAppend | Algorithms that combine Integration data |
| CFrequencyIntegrate | Integrates frequency channels in an Integration |
| CFrequencyPlot | Simple plots with radio frequency along the x-axis |
| CFrequencyScale | Represents an axis with radio frequency ordinate |
| CFrontendCorrection | Corrects the recorded properties of the frontend |
| CFscrunchInterpreter | Manages Containter frequency integration for an Interpreter using an Engine |
| CGaussianBaseline | Adaptively computes the baseline, assuming normally distributed noise |
| CGaussianShift | Estimates phase shift in time domain using Gaussian interpolation |
| CHasArchive | Manages an archive and its index interface |
| CHasBaselineEstimator | Manages a baseline estimator and its interface |
| CHasChannels | Archive extensions that contain information for each frequency channel |
| CHasPen | Interface to objects that have a PlotPen |
| CHasPhaseScale | Interface to plots with a phase scale |
| CHybridCalibrator | Supplements a SystemCalibrator with a SingleAxisCalibrator |
| CImageCorrection | Corrects band-reversed signal due to poor image rejection |
| CIndex | Combines an index value and integrate flag |
| CInfoLabel | Print a label with three rows above the plot frame |
| CInstrumentInfo | Communicates Instrument parameters to plotting routines |
| CIntegrate | Profile integration algorithms |
| CRangePolicy | |
| CIntegration | Array of Profiles integrated over the same time interval |
| CExpert | Provides access to private and protected members of Integration |
| CExtension | |
| CInterface | Convenience class implements TextInterface::To<T>::get_interface_name |
| CInterface | Provides a text interface to get and set Integration attributes |
| CMeta | Stores otherwise shared attributes of orphaned Integrations |
| CIntegrationBarycentre | Convenience interface to Barycentre class |
| CIntegrationEditor | Edit the metadata in a pulsar Integration |
| CIntegrationManager | Manages a vector of Integration instances |
| CExpert | Provides access to private and protected members of IntegrationManager |
| CIntegrationOrder | Alternative ways of ordering Integration instances |
| CIntegrationWeight | Algorithms that set the weights of sub-integrations |
| CInterpreter | Pulsar data processing command language interpreter |
| CInterQuartileRange | Uses the inter-quartile range to mask bad channels and sub-integrations |
| CIonosphereCalibrator | Corrects ionospheric Faraday rotation |
| CIQRBaseline | Finds a baseline that falls within the the inter-quartile range |
| CIterativeBaseline | Finds a Profile baseline using an interative bounding method |
| CITRFExtension | International Terrestrial Reference Frame Extension |
| CIXRInfo | Communicates PolnCalibrator IXR to plotting routines |
| CKnownVariableTransformation | Manager of variable transformations |
| CLabelledJones | A Jones matrix with a label |
| CLastHarmonic | Finds the last significant harmonic in a flucuation power spectral density |
| CLastSignificant | Find the last significant harmonic in a PSD |
| CLawnMower | Removes broad-band impulsive spikes from pulse profiles |
| CLinePhasePlot | Draw a set of profiles for subints stacked ontop of eachother |
| CLogarithm | Compute the logarithm of the Profile |
| CManagedStrategies | Inserted by Integration class to tell Profile instance it is managed |
| CManualPolnCalibrator | Manages a table of Jones matrix elements as a function of time and frequency |
| CFrequencyResponse | The frequency response for a given epoch |
| CResponse | The response at a single radio frequency |
| CMaskSmooth | Smooths a mask by masking elements with masked neighbours |
| CMatrixTemplateMatching | Estimates phase shift in Fourier domain using matrix template matching |
| CMeanArrivalTime | Computes inverse-variance weighted mean frequency and arrival time, with optional delta-DM |
| CMeanPhase | Estimates phase shift using the weighted mean sine and cosine of phase |
| CModeSeparation | Separates polarized modes of emission |
| CModularSNR | Calculates the S/N using an on-pulse and off-pulse ProfileWeightFunction |
| CMoreProfiles | |
| CMoreScale | Represents an axis with radio frequency ordinate |
| CMower | Replaces impulsive DM=0 spikes with randomly selected noise |
| CMultiData | Combines multiple data sets in a single plot |
| CMultiDataPlot | Combines multiple data sets in a single plot |
| CMultiFrame | Manages multiple plot frames |
| CMultiFrequency | Plots multiple viewports with radio frequency along the shared x-axis |
| CMultiPhase | Plots multiple viewports with pulse phase along the shared x-axis |
| CMultiPlot | Plots multiple viewports |
| CNoiseStatistics | Computes the noise to Fourier noise ratio |
| CObsDescription | Stores pulsar parameters as uninterpreted text |
| CObsExtension | Observation Information Extension |
| COffPulseCalibrator | Uses the off-pulse noise statistics to scale the polarization |
| COnPulseEstimator | ProfileWeight algorithms that compute on-pulse phase bins |
| COnPulseThreshold | Uses the baseline statistics to find on-pulse phase bins |
| COption | Configuration option |
| CParIntShift | Estimates phase shift in time domain using parabolic interpolation |
| CPassband | Instrumental passband (or bandpass) |
| CPatchFrequency | Fills missing frequency channels with empties |
| CPatchTime | Fills missing sub-integrations with empties |
| Cpdv_KtZ_Archive | Loads data from the ASCII output by pdv -KtZ |
| CAgent | This class registers the pdv_KtZ_Archive plugin class for use |
| CPeakConsecutive | Finds pulse defined by number of consecutive points above threshold |
| CPeakCumulative | Find the edges of a pulse |
| CPeriastronOrder | |
| CPhaseGradShift | Estimates phase shift in Fourier domain |
| CPhasePlot | Simple plots with pulse phase along the x-axis |
| CPhaseResolvedHistogram | |
| CPhaseScale | Reperesents an axis with pulse phase ordinate |
| CPhaseSNR | Calculates the signal-to-noise ratio using old default algorithm |
| CPhaseVsFrequency | Plots images of something as a function of pulse phase vs something |
| CPhaseVsFrequencyPlus | Plots phase vs. frequency, plus integrated profile and spectrum |
| CPhaseVsHist | Plots 2-D histograms of something vs pulse phase |
| CPhaseVsHistPlus | Plots phase vs. frequency, plus integrated profile and spectrum |
| CPhaseVsMore | Plots images of something as a function of pulse phase vs something |
| CPhaseVsPlot | Plots images of something as a function of pulse phase vs something |
| CPhaseVsTime | Plots images of something as a function of pulse phase vs something |
| CPhaseWeight | Stores a weight for each Profile phase bin |
| CInterface | Archive statistics text interface |
| CPhaseWeightFunction | Algorithms that produce PhaseWeight objects |
| CPhaseWeightModifier | PhaseWeight algorithms that receive an input PhaseWeight |
| CPhaseWeightShift | Shifts PhaseWeight elements |
| CPhaseWeightSmooth | Algorithms that smooth PhaseWeight containers |
| CPhaseWeightStatistic | Commmon statistics that can be derived from a pulse profile |
| CPhaseWidth | Calculates the pulse width in the phase domain |
| CPlot | Base class of all plotters |
| CConstructor | |
| CPlotAnnotation | Add generic annotations to any SimplePlot |
| CPlotAttributes | Stores the properties of the plot frame |
| CPlotAxis | Stores the label and cpgbox options for an axis |
| CPlotEdge | The edge of a plot viewport |
| CPlotFactory | Provides a text interface to create new plots |
| CPlotFrame | Stores the properties of the plot frame |
| CPlotLabel | Stores three labels: left, centre, and right |
| CPlotLoop | Base class of all plotters |
| CPlotOptions | Plot command line options |
| CPlotPen | Stores and sets plot line attributes |
| CPlotScale | The scale on an axis |
| CPoincare | Plots the Stokes vector in three-dimensional Poincare space |
| CPointing | Telescope pointing parameters recorded during the observation |
| CInfo | Extra pointing information |
| CPolarCalibrator | Represents the system as a polar decomposition |
| CInfo | Communicates PolarCalibrator parameters to plotting routines |
| CPolnCalExtFreqIntegrate | Integrates frequency channels in a polarization calibration extension |
| CPolnCalibrator | Polarimetric calibrators |
| CPolnCalibratorExtension | Stores PolnCalibrator parameters in an Archive instance |
| CTransformation | Intermediate storage of MEAL::Complex parameters |
| CPolnProfile | Polarimetric pulse profile transformations and derivations |
| CPolnProfileFit | The matrix template matching algorithm |
| CAnalysis | Analysis of the matrix template matching algorithm |
| CPolnProfileShiftEstimator | Algorithms that estimate phase shift from a single polarization profile |
| CPolnProfileStats | Computes polarimetric pulse profile statistics |
| CInterface | Archive statistics text interface |
| CPolnSpectrumStats | Computes statistics of full-polarization fluctuation spectra |
| CPolnStatistics | Interface to polarization statistics |
| CPolynomialInfo | Communicates Polynomial function parameters to plotting routines |
| CPosAngPlot | Plots the position angle of the linearly polarized radiation |
| CPowerEstimator | Produces on-pulse and off-pulse power spectra |
| CPowerSpectra | Plots flux profiles |
| CPRESTOArchive | Loads and unloads PRESTO Prepfold (.pfd) pulsar archives |
| CProcessor | Interface to any object that processes data in an Archive |
| CProfile | Any quantity recorded as a function of pulse phase |
| CExtension | |
| CStrategies | Manages the strategies that implement algorithms |
| CProfileAmps | Provides protected access to the Profile amplitudes array |
| CExpert | Provides access to private and protected members of ProfileAmps |
| CProfileColumn | Loads and unloads Profile vector from PSRFITS archives |
| CProfileCovariance | |
| CProfilePCA | Examines profile shape variation with principal components analysis |
| CProfilePlot | Plots a single pulse profile |
| CProfileShiftEstimator | Algorithms that estimate the phase shift from a single pulse profile |
| CProfileShiftFit | Calculates profile shifts by fitting to a template/standard |
| CProfileStandardShift | Estimates the phase shift relative to a standard pulse profile |
| CProfileStatistic | Commmon statistics that can be derived from a pulse profile |
| CProfileStats | Computes pulse profile statistics |
| CInterface | Profile statistics text interface |
| CProfileVectorPlotter | Plots flux profiles |
| CProfileWeightFunction | PhaseWeight algorithms that receive an input Profile |
| CProfileWeightStatic | Set the Profile weights to a user-specified value |
| CProjectionCorrection | Computes the projection of the receptors onto the sky |
| CPulsarCalibrator | Implements Measurement Equation Template Matching (van Straten 2013) |
| CPuMaArchive | Loads and unloads PuMa Pulsar archives |
| CAgent | This class registers the PuMaArchive plugin class for use |
| CRadiometerWeight | Sets the weight of each Integration according to its duration |
| CReceiver | Contains information about the receiver and receiver platform |
| CField | Stores the field orientation |
| CLinear | Stores the X and Y receptor and calibrator orientations |
| CNative | Stores receptor basis, hand, and orientation, and calibrator phase |
| CState | The internal state of the Receiver Extension class |
| CReceptionCalibrator | Implements Measurement Equation Modeling (van Straten 2004) |
| CReceptionCalibratorPlotter | Plots the various components of a ReceptionCalibrator |
| CReferenceCalibrator | Calibrators derived from reference source observations |
| CRemoveBaseline | Algorithms that remove the off-pulse baseline |
| CEach | Find the baseline from each total intensity profile |
| COperation | Performs the baseline removal operation |
| CTotal | Find the baseline from the total integrated total intensity profile |
| CRemoveVariableBaseline | Remove a variable baseline from each profile |
| CRiseFall | Estimates the on-pulse region between a rise and a fall |
| CRobustMower | Lawn mower algorithm uses robust statistics to find spikes |
| CRotatingVectorModelOptions | RotatingVectorModel command line options |
| CRotatingVectorModelShift | Estimates phase shift using phi0 from the best-fit rotating vector model |
| CScalarProfileFitAnalysis | Analysis of the scalar template matching algorithm |
| CScalarTemplateMatching | The original scalar template matching algorithm |
| CScatteredPowerCorrection | Corrects the power scattered due to 2-bit quantization |
| CScintArchive | A TimerArchive with transposed phase and frequency axis |
| CScintPowerEstimator | Returns power estimates from a ScintArchive |
| CScrunchFactor | Manages a combined scrunch factor or target dimension |
| CSetReceiver | Looks up the receiver name from a log file and installs parameters |
| CSetThresholds | Uses set cutoff values to mask bad channels and sub-integrations |
| CShiftEstimator | Algorithms that estimate pulse phase shifts |
| CSimplePlot | Plots a single plot |
| CSimplePolnProfile | Simulates a simple Gaussian with a standard RVM and zero circular |
| CSimPolnTiming | Simulates full-Stokes arrival time estimation |
| CSincInterpShift | Estimates phase shift via sinc interpolation of CCF |
| CSingleAxisCalibrator | Represents the system as a Calibration::SingleAxis |
| CInfo | Communicates SingleAxisCalibrator parameters |
| CSmooth | Profile smoothing algorithms |
| CSmoothMean | Smooths a Profile using the mean over a boxcar |
| CSmoothMedian | Smooths a Profile using the median over a boxcar |
| CSmoothSinc | Smooths a Profile by convolution with a sinc function |
| CSNRatioEstimator | Algorithms that estimate the signal-to-noise ratio of pulse profiles |
| CSNRWeight | Sets the weight of each Profile according to its S/N squared |
| CSolverInfo | Communicates PolnCalibrator solver parameters to plotting routines |
| CSourceInfo | Communicates Calibrator Stokes parameters |
| CSpectralKurtosis | Spectral Kurtosis Staticstics calculated during observation |
| CSpectrumPlot | Plots a single spectrum |
| CSplineSmooth | Base class of penalized splines (p-spline) for smoothing |
| CSquareWave | Calculates the signal-to-noise ratio using (on-off)/rms |
| CStandardFlux | Computes average flux of a Profile by fitting to a standard |
| CStandardOptions | Standard interpreter command line options |
| CStandardSNR | Calculates the signal-to-noise ratio by fitting against a standard |
| CStandardSNRWeight | Sets the weight of each Profile according to its S/N squared |
| CStatistics | Interface to a variety of useful statistics |
| CInterface | Archive statistics text interface |
| CStepsInfo | Communicates Steps function parameters to plotting routines |
| CStokesCovariance | Phase-resolved four-dimensional covariance matrix of Stokes parameters |
| CStokesCovariancePlot | Plots a polarization pulse profile |
| CStokesCrossCovariance | Cross-covariances between the Stokes parameters |
| CStokesCrossCovariancePlot | Plots a polarization pulse profile |
| CStokesCylindrical | Plots a single pulse profile |
| CStokesCylindricalPlus | Plots a single pulse profile |
| CStokesFluctPhase | Plots fluctuation power spectra |
| CStokesFluctPlot | Plots fluctuation power spectra |
| CStokesPlot | Plots a polarization pulse profile |
| CStokesSpherical | Plots a single pulse profile |
| CSubtract | Computes the difference between two profiles |
| CSumThreshold | Implement the SumThreshold masking algorithm |
| CSyntheticPolnProfile | Simulated polarimetric pulse profile |
| CSystemCalibrator | PolnCalibrator with estimated calibrator Stokes parameters |
| CUnloader | Unloads Pulsar::SystemCalibrator solution to file |
| CSystemCalibratorManager | Manages multiple sources and a common model |
| CSystemCalibratorPlotter | Plots the various components of a SystemCalibrator |
| CTapeInfo | Stores information about the tape on which the data were recorded |
| CTelescope | Contains information about the telescope used for the observation |
| CThresholdMatch | Criterion used to determine if two archives match |
| CTimeAppend | Algorithms that combine Integration data |
| CTimeFrequencyMask | Compute mask from statistic vs time/freq |
| CTimeFrequencySmooth | Smooth a statistic vs time freq |
| CTimeFrequencyZap | Find bad data using a statistic vs time and frequency |
| CTimeIntegrate | Integrates sub-integrations in an Archive |
| CTimerArchive | Reads and writes the timer archive file format |
| CTimeScale | Represents an axis with a time ordinate |
| CTransformation | Algorithms that modify data in the Container |
| CTransposer | Provides access to transposed Archive data |
| CTwoBitPlot | Plots the measured distribution of the fraction of low voltage states |
| CTwoBitStats | Stores histograms of two-bit low-voltage states |
| CTwoDeeMedian | Median smooth using a 2-dimensional boxcar |
| CUnloadJones | Unloads SystemCalibrator as a 2-D array of Jones matrices |
| CUnloadOptions | Unload interpreter command line options |
| CUVMArchive | Loads UVM data files |
| CAgent | This class registers the UVMArchive plugin class for use |
| CVariableFaradayRotation | Encapsulates known interstellar and ionospheric Faraday rotation |
| CVariableProjectionCorrection | Adapts a KnonwnVariableTransformation to a ProjectionCorrection |
| CVariableTransformationFile | Adapts a VariableTransformationManager to a ManualPolnCalibrator |
| CVariableTransformationManager | Manager of variable transformations |
| CVariationInfo | Communicates time variation parameters to plotting routines |
| CVerification | |
| CWAPPArchive | Loads and unloads WAPP Pulsar archives |
| CWaveletSmooth | |
| CWaveletTransform | Performs 1-D discrete wavelet transforms (DWT) |
| CWeight | Algorithms that set the weights of all Profiles in an Archive |
| CWeightedFrequency | Compute the weighted mean frequency |
| CWeightInterpreter | Interprets configuration strings into a weighting policy |
| CWidebandCorrelator | Stores Parkes Wideband Correlator parameters |
| CWidthEstimator | Algorithms that estimate the width of the pulse profile |
| CZapExtend | Extend zapped areas in time and/or frequency |
| CZeroPadShift | Estimates phase shift in Fourier domain using zero-pad interpolation |
| CArchive | The primary interface to pulsar observational data |
| CExpert | Provides access to private and protected member of Archive |
| CExtension | |
| CInterface | Convenience class implements TextInterface::To<T>::get_interface_name |
| CInterface | Provides a text interface to get and set Archive attributes |
| CMatch | Policy used to determine if two archives match |
| CArchiveEditor | Edit the metadata in a pulsar archive |
| CAuxColdPlasmaMeasures | Stores parameters used to correct variable dispersion and birefringence |
| CInterface | Text interface to a AuxColdPlasmaMeasures instance |
| CBackendFeed | Physical parameterization of the instrumental response |
| Cbad_alloc | STL class |
| CBandpassChannelWeightPlot | Plot of offpulse bandpass and channel weights |
| CCoherencyMeasurementSet | A CoherencyMeasurement set and their coordinates |
| CCoherentDedispersion | Record of phase-coherent dispersion removal algorithm |
| CInputChannel | Coherent dedispersion attributes specific to input frequency channel |
| COutputChannel | Coherent dedispersion attributes specific to output frequency channel |
| CDigitiserCounts | Stores digitizer histograms |
| CSubintCounts | Class representing an array of digitiser counts for a subint |
| CDigitiserCountsPlot | Plots a histogram of the DigitiserCounts |
| CDigitiserStatistics | Stores digitizer statistics |
| CDynamicSNSpectrumPlot | Plot pulsar signal-to-noise ratio as a func of time and freq |
| Cexception | STL class |
| CFITSArchive | Loads and unloads PSRFITS archives |
| CFITSHdrExtension | Stores PSRFITS header extensions |
| CFITSSUBHdrExtension | Stores PSRFITS SUBINT header parameters |
| CFluxCalibrator | Calibrates flux using standard candles and artificial sources |
| CConstantGain | Used when gain remains constant between FluxCal-On and Off observations |
| CInfo | FluxCalibrator parameter communication |
| CPolicy | Flux calibration data for each receptor |
| CVariableGain | Used when gain varies between FluxCal-On and Off observations |
| CFluxCalManager | Manages multiple flux calibrator observations |
| CFluxPlot | Plots flux profiles |
| CFourierDomainFit | Estimates phase shift in Fourier domain with MCMC error estimate */ |
| CIntegration | Array of Profiles integrated over the same time interval |
| CExpert | Provides access to private and protected members of Integration |
| CExtension | |
| CInterface | Convenience class implements TextInterface::To<T>::get_interface_name |
| CInterface | Provides a text interface to get and set Integration attributes |
| CMeta | Stores otherwise shared attributes of orphaned Integrations |
| CIntegrationOrder | Alternative ways of ordering Integration instances |
| CInterpreter | Pulsar data processing command language interpreter |
| Cios | STL class |
| CLinePhasePlot | Draw a set of profiles for subints stacked ontop of eachother |
| CMultiPhase | Plots multiple viewports with pulse phase along the shared x-axis |
| CMultiPlot | Plots multiple viewports |
| COption | Configuration option |
| Costream | STL class |
| Costringstream | STL class |
| Cpair | STL class |
| CPassband | Instrumental passband (or bandpass) |
| CPeakConsecutive | Finds pulse defined by number of consecutive points above threshold |
| CPhasePlot | Simple plots with pulse phase along the x-axis |
| CPhaseVsFrequency | Plots images of something as a function of pulse phase vs something |
| CPhaseVsPlot | Plots images of something as a function of pulse phase vs something |
| CPhaseVsTime | Plots images of something as a function of pulse phase vs something |
| CPlot | Base class of all plotters |
| CConstructor | |
| CPlotFactory | Provides a text interface to create new plots |
| CPointing | Telescope pointing parameters recorded during the observation |
| CInfo | Extra pointing information |
| CPosAngPlot | Plots the position angle of the linearly polarized radiation |
| CProfile | Any quantity recorded as a function of pulse phase |
| CExtension | |
| CStrategies | Manages the strategies that implement algorithms |
| CProfilePlot | Plots a single pulse profile |
| CReceptionCalibrator | Implements Measurement Equation Modeling (van Straten 2004) |
| CReceptionCalibratorPlotter | Plots the various components of a ReceptionCalibrator |
| CReceptionModel | Models a set of transformations and source polarizations |
| CReport | Base class of objects that report on properties of the measurement equation |
| CSolver | Solve the measurement equation by non-linear least squares minimization |
| CRemoveBaseline | Algorithms that remove the off-pulse baseline |
| CEach | Find the baseline from each total intensity profile |
| COperation | Performs the baseline removal operation |
| CTotal | Find the baseline from the total integrated total intensity profile |
| CRiseFall | Estimates the on-pulse region between a rise and a fall |
| CSpectralKurtosis | Spectral Kurtosis Staticstics calculated during observation |
| CStokesCylindrical | Plots a single pulse profile |
| CStokesCylindricalPlus | Plots a single pulse profile |
| CStokesSpherical | Plots a single pulse profile |
| CTimeAppend | Algorithms that combine Integration data |
| CVariableTransformation | Product of multi-variate model of antenna and known corrections |
| CWidebandCorrelator | Stores Parkes Wideband Correlator parameters |
PSRCHIVE
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