ComputeFParams Struct Reference

Extra parameters controlling the actual computation of F. More...

#include <ComputeFstat.h>

Data Fields
UINT4	Dterms
	how many terms to keep in the Dirichlet kernel (~16 is usually fine)
REAL8	upsampling
	frequency-upsampling applied to SFTs ==> dFreq != 1/Tsft .
SSBprecision	SSBprec
	whether to use full relativist SSB-timing, or just simple Newtonian
BOOLEAN	useRAA
	whether to use the frequency- and sky-position-dependent rigid adiabatic response tensor and not just the long-wavelength approximation
BOOLEAN	bufferedRAA
	approximate RAA by assuming constant response over (small) frequency band

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Detailed Description

Extra parameters controlling the actual computation of F.

Definition at line 170 of file ComputeFstat.h.

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Field Documentation

UINT4 ComputeFParams::Dterms

how many terms to keep in the Dirichlet kernel (~16 is usually fine)

Definition at line 171 of file ComputeFstat.h.

REAL8 ComputeFParams::upsampling

frequency-upsampling applied to SFTs ==> dFreq != 1/Tsft .

..

Definition at line 172 of file ComputeFstat.h.

SSBprecision ComputeFParams::SSBprec

whether to use full relativist SSB-timing, or just simple Newtonian

Definition at line 173 of file ComputeFstat.h.

BOOLEAN ComputeFParams::useRAA

whether to use the frequency- and sky-position-dependent rigid adiabatic response tensor and not just the long-wavelength approximation

Definition at line 174 of file ComputeFstat.h.

BOOLEAN ComputeFParams::bufferedRAA

approximate RAA by assuming constant response over (small) frequency band

Definition at line 175 of file ComputeFstat.h.

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The documentation for this struct was generated from the following file:

• ComputeFstat.h

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