▼General Packages | |
Header LALInspiralVCSInfo.h | VCS and build information for LALInspiral |
▼Template Bank Routines | This is a module that generates a template bank to search for inspiralling and merging binaries consisting of neutron stars and/or black holes |
▼Header LALInspiralBank.h | Header file for the template placement codes |
Module LALInspiralBankUtils.c | NONE |
Module LALInspiralBCVBank.c | BCV template bank |
Module LALInspiralCreateCoarseBank.c | Functions to create a coarse grid of templates |
Module LALInspiralHybridHexagonalBank.c | Hybrid hexagonal template bank |
Module LALInspiralMoments.c | Functions to calculate the moment of the noise power spectral density |
Header TemplateBankGeneration.h | This header file includes all the necessary types and function prototypes for LALNDTemplateBank() and LALMakeTemplateBank() |
▼FindChirp Package | This package contains LAL routines to search for binary inspiral chirps using templated matched filtering and the \(\chi^2\) veto |
Header FindChirp.h | This header provides core prototypes, structures and functions to filter interferometer data for binary inspiral chirps |
Header FindChirpPTF.h | Provides structures and functions to filter interferometer data using the physical template family |
▼Inspiral Signal Generation | This package provides routines to simulate gravitational waves and their effect on a detector |
Header GenerateInspiral.h | Header file for the inspiral injection interface code |
Header GenerateInspRing.h | Module for pasting a (realistic) ringdown on the end of an inspiral |
Header GeneratePPNInspiral.h | Provides routines to generate restricted parametrized post \({}^{5/2}\)-Newtonian inspiral waveforms |
Header InspiralInjectionParams.h | Module for generating randomly distributed inspiral parameters |
Header NRWaveInject.h | Module for generating h(t) from Numrel waveforms |
Header RingUtils_h | Black hole ringdown waveform generation |
▼Inspiral Waveforms | This is a module which generates inspiral waveforms |
▼Header LALInspiral.h | Header file for the template generation codes |
Module LALPSpinInspiralRD.c | Module to generate generic spinning binaries waveforms complete with ring-down |
▼UNCLASSIFIED LALInspiral Packages | |
Header BBHPhenomCoeffs.h | Provides coëfficients for the phenomenological waveforms introduced by Ajith et al. in arXiv:0710.2335 [gr-qc] |
Header CoincInspiralEllipsoid.h | Provides function definitions for performing inspiral coincidence analysis using error ellipsoids |
Header LALEOBNRv2Waveform.h | Header containing most of the structures and prototypes which are used in the generation of the EOBNRv2 waveform |
Header LALSQTPNIntegrator.h | Contains the function declarations and structures needed by the integration method |
Header LALSQTPNWaveform.h | Contains the enumerations, structures and functions declarations to create GWforms |
Header LALSQTPNWaveformInterface.h | Contains function declarations to integrate the SpinQuadTaylor code into the other parts of the LALSuit |
Header LALTrigScanCluster.h | NONE |
Header LIGOMetadataInspiralUtils.h | Unknown |
Header NRWaveIO.h | Module for reading/writing Numrel waveforms |
Header TrigScanEThincaCommon.h | Provides helper functions common to TrigScan and E-thinca |
▼SWIG Interfaces | This package provides Octave and Python wrappings of LALInspiral functions and data structures generated using SWIG |
Interface SWIGLALInspiralAlpha.i | SWIG code which must appear before the LALInspiral headers |
Interface SWIGLALInspiralOmega.i | SWIG code which must appear after the LALInspiral headers |
Python Packages | |