FDS_isolated Directory Reference

Directories
directory	ResamplingFstat
Files
file	2500nops.h [code]
file	CFSLALDemod.c [code]
file	CFSLALDemod_Experimental.c [code]
file	CFSLALDemod_ndp_vect.c [code]
file	CFSLALDemod_new_div.c [code]
file	CFSLALDemod_SSE2gas.c [code]
file	CFSLALDemod_SSEgas.c [code]
file	CFSLALDemod_x87gas.c [code]
file	CFSLALDemodLoop_AltiVec.c [code]
file	CFSLALDemodLoop_div_part.c [code]
file	CFSLALDemodLoop_ndp_vect.c [code]
file	CFSLALDemodLoop_x86gAss.c [code]
file	CFSLALDemodLoop_x86MSAss.c [code]
file	FDS_isolated/clusters.c [code]
file	FDS_isolated/clusters.h [code]
file	compareFstats.c [code]
file	ComputeFStatAnalyticMonteCarloUpperLimit.c [code]
	Author: Karl Wette Computes an upper limit using Monte Carlo integration of the analytic F statistic signal model
file	ComputeFStatistic.c [code]
file	ComputeFStatistic.h [code]
file	ComputeFStatistic_v2.c [code]
	Author: R. Calculate the F-statistic for a given parameter-space of pulsar GW signals. Implements the so-called "F-statistic" as introduced in JKS98.
file	FDS_isolated/extractSFTband.c [code]
file	FindSh.c [code]
file	FindSh.h [code]
file	FrComputeFStatistic.c [code]
file	FrComputeFStatistic.h [code]
file	FreqFiducialTime.c [code]
file	FstatShapeTest.c [code]
file	FstatShapeTestLAL.c [code]
	Note on the code.
file	FstatToplist.c [code]
file	FstatToplist.h [code]
file	FstatToplistTest.c [code]
file	HeapToplist.c [code]
file	HeapToplist.h [code]
file	HeapToplistTest.c [code]
file	linearfit.c [code]
file	makeInvetofile.c [code]
file	makerandparam.c [code]
file	monteint.c [code]
file	polka.c [code]
file	PredictFStat.c [code]
	Author: I. Calculate the *expected* (multi-IFO) F-statistic for pulsar GW signals, without actually performing a search. The "F-statistic" was introduced in JKS98 and Cutler-Schutz 2005. Contrary to SemiAnalyticF this code can use (multi-IFO) SFTs to specify the startTime, duration, detectors and noise-floors to use in the estimation.
file	SemiAnalyticF.c [code]
file	uberpolka.c [code]
file	zellepolka.c [code]
	The pulsar coincidence analysis code for einstein at home post-processing --- counting number of events in cells construcetd in 4D parameters space.

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