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LALPulsar 7.1.1.1-5e288d3
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LALPulsar 7.1.1.1-5e288d3
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| ►Nlalpulsar | |
| ►Nlalpulsar_knope_result_page | |
| ►Nlalpulsar_MakeSFTDAG | |
| C_SFT_header_t | |
| CalignedREAL4VectorSequence | |
| CalignedREAL8Vector | |
| CalignedREAL8VectorArray | |
| CAMCoeffs | This structure contains the per-SFT (weighted) antenna-pattern functions \( \widehat{a}_{X\alpha}, \widehat{b}_{X\alpha} \) , with \( \alpha \) the SFT-index, and \( X \) the IFO index |
| CAMCoeffsParams | This structure contains the parameters for the routine |
| CAmplitudePrior_t | Signal (amplitude) parameter ranges |
| CAmpParamsRange_t | Signal (amplitude) parameter ranges |
| CAntennaPatternMatrix | Struct holding the "antenna-pattern" matrix \( \mathcal{M}_{\mu\nu} \equiv \left( \mathbf{h}_\mu|\mathbf{h}_\nu\right) \) , in terms of the multi-detector scalar product |
| CassumeNSparams | |
| CBarycenterBuffer | Internal (opaque) buffer type for optimized Barycentering function |
| CBarycenterInput | Basic input structure to LALBarycenter.c |
| CBestVariables | Struct fo storing all the variables affected by the selection of a subset of SFTs |
| CBinaryOrbitParams | |
| CBinaryPulsarInput | Structure containing the input parameters for the binary delay function |
| CBinaryPulsarOutput | Structure containing the output parameters for the binary delay function |
| CBinaryPulsarParams | A structure to contain all pulsar parameters and associated errors |
| CBSGLComponents | Type containing multi- and single-detector \( \mathcal{F} \) -statistics and line-robust statistic |
| CBSGLSetup | Internal storage for setup and pre-computed BSGL quantities |
| Ccache_item | Item stored in the cache |
| CCalibrationFiles | |
| Ccandidate | |
| CcandidateVector | |
| Ccheb_series | |
| CCmplxDetectorTensor | The 'detector tensor' for a GW-detector: symmetric 3x3 matrix, storing only the upper triangle |
| CCoarseGrid | Structure for storing coarse-grid points |
| CCommandLineArgsTag | |
| CCOMPLEX16FrequencySeriesVector | A vector of COMPLEX16FrequencySeries |
| CCOMPLEX16SFTData1 | |
| CCOMPLEX8FrequencySeriesVector | A vector of COMPLEX8FrequencySeries |
| CCOMPLEX8SFTData1 | |
| CCOMPLEX8SFTvector1 | |
| CConfigVariables | Configuration settings required for and defining a coherent pulsar search |
| CConfigVariables_t | Config variables 'derived' from user-input |
| CConfigVars_t | Configuration-variables derived from user-variables |
| CCrossCorrAmps | |
| CCrossCorrBeamFn | |
| CCrossCorrBeamFnListElement | |
| CCrossCorrBinaryOutputEntry | Type to hold the fields that will be kept in a "toplist" – for a directed binary search |
| CCrossCorrOutputEntry | Type to hold the fields that will be kept in a "toplist" |
| CCrossCorrTimings_t | |
| CCSParams | This structure contains the parameters for the LALComputeSky() routine |
| CCWMFDataParams | Struct controlling all the aspects of the fake data (time-series + SFTs) to be produced by XLALCWMakeFakeData() and XLALCWMakeFakeMultiData() |
| CDemodMethodData | |
| CDetectorArm | Struct containing pre-computed quantites describing a single detector arm: unit-vector along detector-arm, arm-length, and arm "basis-tensor" n x n |
| CDetectorState | State-info about position, velocity and LMST of a detector together with corresponding EarthState |
| CDetectorStateSeries | Timeseries of DetectorState's, representing the detector-info at different timestamps |
| CDetResponseTimeLookupTable | Pulsar signal-generation routines for heterodyned data |
| CDopplerCoordinateSystem | Type describing a Doppler coordinate system: lists the number of dimensions and the symbolic names of the coordinates |
| CDopplerFstatMetric | Struct to hold the output of XLALComputeDopplerFstatMetric(), including meta-info on the number of dimensions, the coordinate-system and type of metric |
| CDopplerFullScanInit | Structure describing a region in paramter-space (a,d,f,f1dot,..) |
| CDopplerFullScanState | --— internal [opaque] type to store the state of a FULL multidimensional grid-scan --— |
| CDopplerMetricParams | Meta-info specifying a Doppler-metric |
| CDopplerPhaseMetric | Struct to hold the output of XLALComputeDopplerPhaseMetric(), including meta-info on the number of dimensions, the coordinate-system and type of metric |
| CDopplerPoint | 'point' in the "Doppler parameter space" {alpha, delta, fkdot } |
| CDopplerRegion | |
| CDopplerSkyGrid | Sky grid |
| CDopplerSkyScanInit | Initialization-structure passed to InitDopplerSkyScan() |
| CDopplerSkyScanState | This structure reflects the current state of a DopplerSkyScan |
| CE_solver_params | |
| CEarthState | Basic output structure of LALBarycenterEarth.c |
| CEmissionTime | Basic output structure produced by LALBarycenter.c |
| CEphemerisData | This structure contains all information about the center-of-mass positions of the Earth and Sun, listed at regular time intervals |
| CEphemerisVector | Generic ephemeris-vector type, holding one timeseries of pos, vel, acceleration |
| CExRegion | A structure for information on the exclusion region needed to avoid edge effects in calculation of Cstat |
| CF1DotAgeBrakingBoundInfo | |
| CF2DotBrakingBoundInfo | |
| CfactoredGridScan_t | |
| CfarStruct | |
| CffdataStruct | |
| CFilterResponse | |
| CFilters | |
| CFineGrid | |
| Cfixed_site_t | |
| Cfixed_sky_t | -------— internal buffer type for optimized Barycentering function -------— |
| CFmetricAtoms_t | Struct to hold the 'atoms', ie weighted phase-derivative averages like \( \langle a^2 \partial_i \phi \partial_j \phi\rangle> \) from which the F-metric is computed, but also the full Fisher-matrix |
| CFrameCache | |
| CFreqSkypos_t | Convenience container for precomputed pi f L/c and skyposition vector |
| CFstatAtom | An \( \mathcal{F} \) -statistic 'atom', i.e |
| CFstatAtomVector | A vector of \( \mathcal{F} \) -statistic 'atoms', i.e |
| CFstatCandidate | What info do we want to store in our toplist? |
| CFstatCheckpointFile | Toplist as a checkpointed file |
| CFstatCommon | |
| CFstatInput | XLALComputeFstat() input data structure |
| CFstatInputVector | A vector of XLALComputeFstat() input data structures, for e.g |
| CFstatLine_t | |
| CFstatMethodFuncs | |
| CFstatOptionalArgs | Struct of optional 'advanced level' and (potentially method-specific) arguments to be passed to the \( \mathcal{F} \) -statistic setup function XLALCreateFstatInput() |
| CFstatOutputEntry | Type to hold the fields that will be output in unclustered output file |
| CFstatResults | XLALComputeFstat() computed results structure |
| CFstatTimingDemod | |
| CFstatTimingGeneric | Generic F-stat timing coefficients (times in seconds) [see https://dcc.ligo.org/LIGO-T1600531-v4 for details] tauF_eff = tauF_core + b * tauF_buffer where 'b' denotes the fraction of times per call to XLALComputeFstat() the buffer needed to be recomputed ==> b = NBufferMisses / NCalls " |
| CFstatTimingModel | Struct to carry the \( \mathcal{F} \) -statistic method-specific timing model in terms of a list of variable names and corresponding REAL4 values, including a help-string documenting the timing model variables |
| CFstatTimingResamp | |
| CGCTtopOutputEntry | |
| Cgsl_probR_pars | |
| Cheadertag2 | |
| CHeterodyneParams | |
| CHOUGHBin2Border | This structure stores the border indexes corresponding to one frequency bin plus the corrections to be added to the first column of the patch |
| CHOUGHBorder | This structure stores the border of a circle clipped on the projected plane |
| CHOUGHDemodPar | Demodulation parameters needed for the Hough transform; all coordinates are assumed to be with respect to the same reference system |
| CHoughFstatOutputEntry | Type to hold the fields that will be kept in a "toplist" |
| CHoughInjectParams | |
| CHOUGHMapDeriv | This structure stores the Hough map derivative |
| CHOUGHMapTotal | This structure stores the Hough map |
| CHOUGHMapTotalVector | This structure contains a vector of Hough maps |
| CHoughNearTemplates | |
| CHOUGHParamPLUT | Parameters needed to construct the partial look up table |
| CHoughParamsTest | |
| CHOUGHPatchGrid | This structure stores patch-frequency grid information |
| CHOUGHPeakGram | This structure stores the `‘peak-gram’' |
| CHOUGHPeakGramVector | This structure contains a vector of peak-grams (for the different time stamps) |
| CHOUGHphmd | This structure stores a partial Hough map derivative |
| CHOUGHptfLUT | This structure stores the patch-time-frequency look up table |
| CHOUGHptfLUTVector | This structure contains a vector of partial look up tables (for the different time stamps) |
| CHoughPulsarTemplate | |
| CHOUGHResidualSpinPar | This structure stores the residual spin-down parameters at a given time |
| CHOUGHResolutionPar | Parameters needed for gridding the patch |
| CHoughSignificantEvent | |
| CHoughSignificantEventVector | |
| CHOUGHSizePar | Required for constructing patch |
| CHoughSkyPatchesInfo | |
| CHoughStats | Structure for storing statistical information about a Hough map |
| CHoughTemplate | |
| CIFOModelExtraData | |
| CIFTE_interpolation_info | |
| CIFTEphemeris | |
| CihsfarStruct | |
| CihsMaximaStruct | |
| CihsVals | |
| CInjParams_t | Hold all (generally) randomly drawn injection parameters: skypos, amplitude-params, M_mu_nu, transient-window, SNR |
| CInputParams | |
| CinputParams_t | |
| CintegrationParams_t | |
| Cintparams_t | Parameters for metric-integration |
| CKopeikinTerms | Structure containing the Kopeikin terms |
| CLatticeTiling | Describes a lattice tiling parameter-space bounds and metric |
| CLatticeTilingIterator | Iterates over all points in a lattice tiling |
| CLatticeTilingLocator | Locates the nearest point in a lattice tiling |
| CLatticeTilingStats | Statistics related to the number/value of lattice tiling points in a dimension |
| CLIGOTimeGPSVector | A vector of 'timestamps' of type LIGOTimeGPS |
| CLineHarmonicsInfo | Structure for storing the contents of the input list of known spectral disturbances |
| CLineNoiseInfo | Structure for storing list of spectral lines – constructed by expanding list of harmonics |
| CLT_Bound | Lattice tiling parameter-space bound for one dimension |
| CLT_Callback | Lattice tiling callback function and associated data |
| CLT_FITSRecord | FITS record for for saving and restoring a lattice tiling iterator |
| CLT_IndexTrie | Lattice tiling index trie for one dimension |
| CMeshMacroParamStruc | |
| CMetricEllipse | "sky-ellipse", described by the two major axes and it's angle wrt x-axis |
| CMJDTime | |
| CmultiAMBuffer_t | Struct for buffering of AM-coeffs, if signal for same sky-position is injected |
| CMultiAMCoeffs | Multi-IFO container for antenna-pattern coefficients \( a_{X\alpha}, b_{X\alpha} \) and atenna-pattern matrix \( \mathcal{M}_{\mu\nu} \) |
| CMultiCOMPLEX8TimeSeries | Multi-IFO container for COMPLEX8 resampled timeseries |
| CMultiDetectorStateSeries | Multi-IFO time-series of DetectorStates |
| CMultiFstatAtomVector | A multi-detector vector of FstatAtomVector |
| CMultiLALDetector | Array of detectors definitions 'LALDetector' |
| CMultiLIGOTimeGPSVector | A collection of (multi-IFO) LIGOTimeGPSVector time-stamps vectors |
| CMultiNoiseFloor | Array of detector-specific 'noise floors' (ie PSD values), assumed constant over the frequency-band of interest |
| CMultiNoiseWeights | One noise-weight (number) per SFT (therefore indexed over IFOs and SFTs |
| CMultiPhaseDerivs | |
| CMultiPSDVector | A collection of PSD vectors – one for each IFO in a multi-IFO search |
| CMultiREAL4TimeSeries | A collection of (multi-IFO) REAL4 time-series |
| CMultiREAL8TimeSeries | A collection of (multi-IFO) REAL8 time-series |
| CMultiResampSFTMultiCountList | OUTER List of SFT indices |
| CMultiResampSFTPairMultiIndexList | Resampling Multi List of all paired SFTs L_Y_K_X, top level (multiple pairs, multiple detectors) |
| CMultiSFTCatalogView | A multi-SFT-catalogue "view": a multi-IFO vector of SFT-catalogs |
| CMultiSFTVector | A collection of SFT vectors – one for each IFO in a multi-IFO search |
| CMultiSSBtimes | Multi-IFO container for SSB timings |
| CMultiUINT4Vector | A collection of UINT4Vectors – one for each IFO |
| Cncx2cdf_solver_params | |
| COldDopplerMetric | |
| CParamData | |
| CParamStruct | A structure for template parameters |
| Cpdf1D_t | Encode a pdf(x) as a discretized function probDens[i] = pdf( x[i] ) with user-specified bins xBin[i] |
| CPhaseDerivs | |
| CPHMDVectorSequence | This structure contains a vector sequence of partial-Hough maps derivatives (for different time stamps and different frequencies) representing a circular buffer for the frequency indexes |
| CPhysicalSkyBoundData | |
| CPhysicalSkyBoundPiece | |
| CPiecewiseBoundInfo | A struct containing the relevant information for calculating upper and lower bounds on a specific piecewise segment |
| CPorbEllipticalBoundInfo | |
| CPosVel3D_t | Small Container to hold two 3D vectors: position and velocity |
| CPosVel_t | |
| CPosVelAcc | Structure holding a REAL8 time, and a position, velocity and acceleration vector |
| CPSDListElement | |
| CPtoleMetricIn | This structure will likely be changed to match up better with those under StackMetric.h; it contains the bare necessities, not needing function pointers etc |
| CPulsarAmplitudeParams | Type containing the JKS 'amplitude parameters' {h0, cosi, phi0, psi} |
| CPulsarCandidate | Type containing a "candidate": parameter-space point with estimated errors and Fstat-value/significance |
| CPulsarCoherentGW | This structure stores a representation of a plane gravitational wave propagating from a particular point on the sky |
| CPulsarData | |
| CPulsarDetectorResponse | This structure contains information required to determine the response of a detector to a gravitational waveform |
| CPulsarDopplerParams | Type containing the 'Doppler-parameters' affecting the time-evolution of the phase |
| CPulsarParam | The PulsarParam list node structure |
| CPulsarParameters | The PulsarParameters structure to contain a set of pulsar parameters |
| CPulsarParams | Type defining the parameters of a pulsar-source of CW Gravitational waves |
| CPulsarParamsVector | Straightforward vector type of N PulsarParams structs |
| CPulsarSignalParams | Input parameters to GeneratePulsarSignal(), defining the source and the time-series |
| CPulsarSpinRange | Contains a "spin-range", ie spins \( f^{(k)} \) and corresponding bands \( \Delta f^{(k)} \) at a given (SSB) reference GPS-time \( \tau \) |
| Cqfvars | |
| CREAL4FrequencySeriesVector | A vector of REAL4FrequencySeries |
| CREAL4VectorAlignedArray | |
| CREAL8Cart2Coor | Two dimensional Cartessian coordinates |
| CREAL8Cart3Coor | Three dimensional Cartessian coordinates |
| CREAL8Cart3CoorVector | |
| CREAL8FrequencySeriesVector | A vector of REAL8FrequencySeries |
| CREAL8ListElement | |
| CREAL8Periodogram1 | |
| CREAL8PeriodoPSD | Structure containing psd and periodogram of a sft – obsolete – use LAL functions |
| CREAL8Polar2Coor | Two dimensional polar coordinates |
| CREAL8UnitPolarCoor | Polar coordinates of a unitary vector on the sphere |
| CREAL8VectorList | Doubly linked list of REAL8-vectors (physical vectors) |
| CRecalcStatsComponents | Type containing multi- and single-detector \( \mathcal{F} \) -statistics and line-robust statistic |
| CRecalcStatsParams | Type containing input arguments for XLALComputeExtraStatsForToplist() |
| CResampCrossCorrTimingInfo | |
| CResampCrossCorrWorkspace | |
| CResampCUDAMethodData | |
| CResampCUDAWorkspace | |
| CResampGenericMethodData | |
| CResampGenericWorkspace | |
| CResampSFTIndex | Resampling: Index to refer to fields of an SFT given a specific index L_Y_K_X |
| CResampSFTIndexList | Resampling: List of SFT indices L for a given detector Y_K_X: indexing method is nominally original vectors but may be affected by gaps |
| CResampSFTMultiCountList | INNER List of SFT indices |
| CResampSFTMultiCountListDet | MIDDLE List of SFT indices |
| CResampSFTMultiIndexList | Resampling: Multi List of indices of SFT L_Y, for a given sft K_X |
| CResampSFTPairMultiIndexList | Resampling Multi List of SFT pair indices (L_Y_K), for a given detector X |
| CResultHistory_t | Rudimentary first sketch of a history type, to encode all the history-trail leading to a certain result from primal inputs |
| CscanlineWindow_t | Moving 'Scanline window' of candidates on the scan-line, which is used to find local 1D maxima |
| Csegment_info | Input data segment info |
| CSegment_t | Type describing one coherent segment of data: ( start-time + duration ) |
| CSegmentVector_t | Standard vector of data-segments |
| CSemiCohCandidate | One hough or stackslide candidate |
| CSemiCohCandidateList | Structure for storing candidates produced by Hough search |
| CSemiCoherentParams | Parameters for the semicoherent stage |
| CSFDBHeader | |
| CSFTandSignalParams | Parameters defining the pulsar signal and SFTs used by LALFastGeneratePulsarSFTs() |
| CSFTCatalog | An "SFT-catalogue": a vector of SFTdescriptors, as returned by XLALSFTdataFind() |
| CSFTCatalogSequence | Sequence of SFT catalogs – for each segment |
| CSFTConstraints | 'Constraints' for SFT-matching: which detector, within which time-stretch and which timestamps exactly should be loaded ? Any of the entries is optional, and they will be combined by logical AND |
| CSFTCount | Resampling Counter of matching SFTs for a given detector Y_K_X matching SFT K_X |
| CSFTDescriptor | A 'descriptor' of an SFT: basically containing the header-info plus an opaque description of where exactly to load this SFT from |
| CSFTDetectorInfo | |
| CSFTFilenameSpec | Structure specifying an SFT file name, following the convention in [4] |
| CSFTIndex | Index to refer to an SFT given a set of SFTs from several different detectors |
| CSFTIndexList | List of SFT indices |
| CSFTListElement | |
| CSFTPairIndex | Index to refer to a pair of SFTs |
| CSFTPairIndexList | List of SFT pair indices |
| CSFTParams | Parameters defining the SFTs to be returned from LALSignalToSFTs() |
| CSFTReadSegment | Segments read so far from one SFT |
| CSkyConstAndZeroPsiAMResponse | Sky Constants and beam pattern response functions used by LALFastGeneratePulsarSFTs() |
| CSkyPatchesInfo | Struct holding info about skypoints |
| CSkyRegion | Structure describing a polygon-region in the sky |
| CSM_CallbackOut | |
| CSM_CallbackParam | |
| Csolver_params | |
| CSpinOrbitCWParamStruc | This structure stores the parameters for constructing a gravitational waveform with both a Taylor-polynomial intrinsic frequency and phase, and a binary-orbit modulation |
| CSplInterParams | |
| CSSBtimes | Simple container for two REAL8-vectors, namely the SSB-timings DeltaT_alpha and Tdot_alpha, with one entry per SFT-timestamp |
| CSuperskyMetrics | Computed supersky metrics, returned by XLALComputeSuperskyMetrics() |
| CSuperskyTransformData | Supersky metric coordinate transform data |
| Cswig_lalpulsar_test_parent_map_struct | |
| CSymmTensor3 | A symmetric 3x3 tensor (such as detector-tensors), storing only the upper triangle |
| CSymmTensor3d | A symmetric 3x3 tensor (such as detector-tensors), storing only the upper triangle, using REAL8 precision |
| CtagSFTLocator | |
| CTaylorCWParamStruc | This structure stores the parameters for constructing a gravitational waveform with a Taylor-polynomial frequency and phase |
| CTimeCorrectionData | This structure will contain a vector of time corrections used during conversion from TT to TDB/TCB/Teph |
| CtimingInfo_t | Struct holding various timing measurements and relevant search parameters |
| CTimings_t | |
| Ctoplist_t | |
| CtransientCandidate_t | Struct holding a transient CW candidate |
| CtransientFstatMap_t | Struct holding a transient-window "F-statistic map" over start-time and timescale {t0, tau} |
| CtransientWindow_t | Struct defining one transient window instance |
| CtransientWindowRange_t | Struct defining a range of transient windows |
| CTwoDColumnParamStruc | This structure stores additional parameters required when laying down a single column of a two-dimensional mesh |
| CTwoDMeshNode | This structure represents a single node in a linked list of mesh points, specified in the coordinate system used to place it |
| CTwoDMeshParamStruc | This structure stores the parameters required by the two-dimensional mesh placement functions |
| CTwoDMeshPlotStruc | This structure stores parameters specifying how to plot a PostScript diagram of the parameter mesh |
| CTwoSpectParamSpaceSearchVals | |
| CTwoSpectTemplate | |
| CTwoSpectTemplateVector | |
| CUCHARPeakGram | Explicit peakgram structure – 1 if power in bin is above threshold and 0 if below |
| CUCHARPeakGramVector | |
| CUINT8FrequencyIndexVector | This structure stores the frequency indexes of the partial-Hough map derivatives at different time stamps that have to be combined to form a Hough map for a given (null or) residual spin-down parameters |
| CUINT8FrequencyIndexVectorSequence | This structure stores a set of frequency-index vectors |
| Cul_params | |
| CUNIT_SOURCE | |
| CUpperLimit | |
| CUpperLimitVector | |
| CUsefulStageVariables | Useful variables for each hierarchical stage |
| CUserVar | |
| CUserVariables | |
| CUserVariables_t | User input variables |
| Cvect2Dlist_t | Variable-length list of 2D-vectors |
| Cvect3Dlist_t | Variable-length list of 3D vectors |
| CVectorComparison | Struct holding the results of comparing two floating-point vectors (real-valued or complex), using various different comparison metrics |
| CVectorStruct | A structure for frequency series |
| CVelocityPar | This structure stores the parameters required by XLALBarycenter() to calculate Earth velocity at a given detector location |
| CWeaveCache | Cache used to store coherent results |
| CWeaveCacheQueries | Container for a series of cache queries |
| CWeaveCohInput | Input data required for computing coherent results |
| CWeaveCohResults | Results of a coherent computation on a single segment |
| CWeaveMean2FHistogramBin | Histogram bin of mean multi-F-statistics |
| CWeaveOutputResults | Output results from a search |
| CWeaveResultsToplist | Toplist of output results |
| CWeaveResultsToplistItem | Toplist item |
| CWeaveSearchIterator | Iterator over a search parameter space |
| CWeaveSearchTiming | Container for timings and other information for a timing model |
| CWeaveSemiResults | Final results of a semicoherent computation over many segments |
| CWeaveSetupData | Setup data which is computed only once for a given search setup |
| CWeaveStatisticMap | Struct defining the global 'statistics map' that contains all the defining properties of the supported statistics |
| CWeaveStatisticsParams | Struct holding all parameters and status values for computing various statistics |
| CWeaveStatisticsValues |
1.9.4