HeterodyneSearch Directory Reference

Files
file	create_pulsar_signal_frame.c [code]
file	heterodyne_pulsar.c [code]
	code to perform a coarse/fine heterodyne on LIGO or GEO data given a set of pulsar parameters. The heterodyne is a 2 stage process with the code run for a coarse heterodyne (not taking into account the SSB and BSB time delays, but using the other frequency params) and then rerun for the fine heterodyne (taking into account SSB and BSB time delays). The code can also be used to update heterodyned data using new parameters (old and new parameter files are required) i.e. it will take the difference of the original heterodyne phase and the new phase and reheterodyne with this phase difference.
file	heterodyne_pulsar.h [code]
file	lalpulsar_knope.py [code]
file	lalpulsar_knope_automation_script.py [code]
file	lalpulsar_knope_collate_results.py [code]
file	lalpulsar_knope_result_page.py [code]
file	make_frame_cache.py [code]
file	ppe_init.c [code]
file	ppe_init.h [code]
	Header file for the initialisation functions for the parameter estimation code for known pulsar searches using the nested sampling algorithm.
file	ppe_inject.c [code]
file	ppe_inject.h [code]
	Header file for the signal injection functions for the parameter estimation code for known pulsar searches using the nested sampling algorithm.
file	ppe_likelihood.c [code]
	Pulsar likelihood and prior functions for use in parameter estimation codes for targeted pulsar searches.
file	ppe_likelihood.h [code]
	Header file for the likelihood and prior functions used in parameter estimation code for known pulsar searches using the nested sampling algorithm.
file	ppe_models.c [code]
	Pulsar model functions for use in parameter estimation codes for targeted pulsar searches.
file	ppe_models.h [code]
	Header file for the signal models functions used in parameter estimation code for known pulsar searches using the nested sampling algorithm.
file	ppe_readdata.c [code]
file	ppe_readdata.h [code]
	Header file for the data reading functions for the parameter estimation code for known pulsar searches using the nested sampling algorithm.
file	ppe_roq.c [code]
	Reduced order quadrature generation functions for use in parameter estimation codes for targeted pulsar searches.
file	ppe_roq.h [code]
	Header file for the reduced order quadrature generation used in parameter estimation code for known pulsar searches using the nested sampling algorithm.
file	ppe_testing.c [code]
	Functions for use in testing the parameter estimation codes for targeted pulsar searches.
file	ppe_testing.h [code]
	Header file for functions used in testing the parameter estimation code for known pulsar searches using the nested sampling algorithm.
file	ppe_utils.c [code]
file	ppe_utils.h [code]
	Header file for the helper functions for the parameter estimation code for known pulsar searches using the nested sampling algorithm.
file	pulsar_frequency_evolution.c [code]
file	pulsar_parameter_estimation_nested.c [code]
	Parameter estimation code for known pulsar searches using the nested sampling algorithm.
file	pulsar_parameter_estimation_nested.h [code]
	Header file for the parameter estimation code for known pulsar searches using the nested sampling algorithm.
file	SpectralInterpolation.c [code]
file	SpectralInterpolation.h [code]
file	ssbtodetector.c [code]
	Program to convert an input MJD, or GPS, time at the solar system barycentre to a GPS time at a detector.
file	test_flat_prior.py [code]
file	test_ssbtodetector.py [code]