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LALInspiral 5.0.3.1-ea7c608
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Data Structure List
Here are the data structures with brief descriptions:
[detail level 123]
 Nlalinspiral
 Ngit_version
 CVersionMismatchError
 Ninspinjfind
 CDocContentsA wrapper interface to the XML document
 CSnglInspiralVersion of lsctables.SnglInspiral who's .__cmp__() method compares this object's .end value directly to the value of other
 Nthinca_compare_coinc_lists
 Cindex
 CCellEvolutionThis is a structure needed in the inner workings of the LALInspiralHexagonalBank code
 CCellListThis is a structure needed in the inner workings of the LALInspiralHexagonalBank code
 CChirptimeFromFreqIn
 Cecc_CBC_ODE_Input
 CEtaTau02InThese are the input structures needed to solve for the mass ratio \(\eta\) given the chirptimes \((\tau_0,\, \tau_2)\) or \((\tau_0, \, \tau_4).\)
 CEtaTau04In
 Cevent
 Cevent_sequence
 CexpnCoeffsThis structure contains various post-Newtonian and P-approximant expansion coefficients; the meanings of the coefficients is indicated as comments before each list
 CexpnFuncStructure to hold the pointers to the generic functions defined above
 CFreqDiffParamStruc
 CGalacticInspiralParamStrucThis structure stores the position and mass parameters of a galactic inspiral event
 Cget_coincs
 CHexagonOutUNDOCUMENTED
 CHexaGridParamThis is a structure needed in the inner workings of the LALInspiralHexagonalBank code
 CInspiralACSTParamsThis structure is needed to solve the differential equation giving the evolution of the orbital angular momentum and the spin angular momenta in the case of spinning black hole binaries
 CInspiralBankParamsThis is a structure needed in the inner workings of the LALInspiralCreateCoarseBank code
 CInspiralCellThis is a structure needed in the inner workings of the LALInspiralHexagonalBank code
 CInspiralCoarseBankInInput for choosing a template bank
 CInspiralDerivativesInStructure used as an input to compute the derivatives needed in solving the phasing formula when the approximant is TaylorT1, TaylorP1 or EOB
 CInspiralFineBankInStructure needed by the function LALInspiralCreateFineBank
 CInspiralInit
 CInspiralMetricStructure to store metric at various points the signal manifold
 CInspiralMomentsEtcParameter structure that holds the moments of the PSD and other useful constants required in the computation of the metric
 CInspiralMomentsEtcBCVUNDOCUMENTED
 CInspiralMomentsInInputs to the function that computes the moments of the PSD
 CInspiralPhaseInStructures used to compute the phase of the signal from the ‘beginning’, when the veolcity parameter is \(v_0,\) to a time when the velocity parameter has evolved to a user input value \(v\)
 CInspiralTemplateThe inspiral waveform parameter structure containing information about the waveform to be generated
 CInspiralTemplateListA grid of inspiral templates (ie a template list)
 CInspiralToffInputThis is a structure needed by the inner workings of the inspiral wave generation code
 CInspiralWaveCorrelateIn
 CInspiralWaveNormaliseIn
 CInspiralWaveOverlapIn
 CInspiralWaveOverlapOut
 CLALPSpinInspiralPhenPars
 CLALPSpinInspiralRDparams
 CLALSpinInspiralAngle
 CLALSQTPNCoefficientsThe structure contains the coefficients for calculating the derivatives of the evolving quantities
 CLALSQTPNIntegratorSystemThe structure contains the integration method and its settings
 CLALSQTPNWave
 CLALSQTPNWaveformParamsThe structure contains the system's and the generator's parameters
 CLALSTPNparams
 CNDTemplateBankFunctionPtrs
 CNDTemplateBankInput
 CNDTemplateBankOutput
 CNRWaveCatalogList of numrel waveform metadata
 CNRWaveMetaDataStruct containing metadata information about a single numerical relativity waveform
 CNumRelInjectParams
 COtherParamIn
 CPhenomCoeffs
 CPhenomParams
 CPhiofVIntegrandInStructures used to compute the phase of the signal from the ‘beginning’, when the veolcity parameter is \(v_0,\) to a time when the velocity parameter has evolved to a user input value \(v\)
 CPPNInspiralBuffer
 CPPNParamStrucThis structure stores the parameters for constructing a restricted post-Newtonian waveform
 CPRINUNDOCUMENTED
 Cptf_evolution_params_t
 CRectangleInInput structure to function LALRectangleVertices()
 CRectangleOutOutput structure to function LALRectangleVertices()
 CRingTemplateBankThis structure contains a bank of ringdown waveforms
 CRingTemplateBankInputThis structure contains the parameters required for generating a ringdown template bank
 Crk4GSLIntegratorStructure containing steps and controls for the GSL Runge-Kutta solver
 Crk4InStructure used as an input to Runge-Kutta solver
 CRungeGSLParams
 Cswig_lalinspiral_test_parent_map_struct
 CTriggerErrorListThe TriggerErrorList is a linked list used within e-thinca
 CTrigScanClusterUNDOCUMENTED
 CWS
 CxiInitIn
 CzetaInitIn