PSS Parameters
PSS_PAR structure (0 fixed, 1 input, 2 derived, 3 analysis results):
0 p.phys.c light velocity
0 p.phys.G gravitational constant
0 p.phys.deg2rad conversion factor from degrees to radiants
0 p.phys.Evorb Earth mean orbital velocity
0 p.phys.Evrot Earth rotational velocity
1 p.phys.Dlong detector longitude
1 p.phys.Dlat detector latitude
1 p.phys.Dazim detector azimuth
1 p.phys.Dheig detector heigth
1 p.source.a a or l of the source
1 p.source.d d or b of the source
1 p.source.f0 frequency of the source
1 p.source.df0 first derivative of the frequency
1 p.source.ddf0 second derivative of the frequency
1 p.source.snr signal-to-noise ratio (power, ref. to short spectra)
1 p.data.dt sampling time
2 p.data.sf sampling frequency
1 p.data.tobs total observation time (days)
1 p.data.tinit initial time (Matlab datevec vector)
2 p.data.tnum initial time (numtim)
1 p.fft.len fft length (number of samples)
2 p.fft.tlen fft time length
2 p.fft.N number of ffts
1 p.fft.onev take one fft every...
2 p.fft.df frequency bin
1 p.tfmap.thr threshold for the peaks
1 p.tfmap.gd2name name of the gd2 object
1 p.tfmap.capt caption
3 p.tfmap.npeaktot total number of peaks in the tfmap
1 p.band.Bf1 initial frequency of the full band
2 p.band.Bf2 final frequency of the full band
2 p.band.f0 supposed initial unshifted frequency
1 p.band.df0 f0 first derivative
1 p.band.ddf0 f0 second derivative
1 p.band.errf0 (band.f0-source.f0)/fft.df
2 p.band.natb "natural" sub-band (working band)
1 p.band.knatb widening factor of natural sub-band
2 p.band.bf1 sub-band initial frequency
2 p.band.bf2 sub-band final frequency
1 p.hmap.type 0 -> equatorial, 1 -> ecliptical
1 p.hmap.mode 'rectangular', 'trmap'
1 p.hmap.gd2name name of the gd2 object
1 p.hmap.trmname name of the trmap object
1 p.hmap.da right ascension or lambda resolution
(choose such as na is integer)
1 p.hmap.dd declination or b resolution
(choose such as nd is integer)
1 p.hmap.a1 initial a coordinate
1 p.hmap.a2 final a coordinate
1 p.hmap.d1 initial d coordinate
1 p.hmap.d2 final d coordinate
2 p.hmap.na number of a coordinate values
2 p.hmap.nd number of d coordinate values
2 p.hmap.stres standard resolution (on a)
1 p.hmap.restria resolution of triangle map (multiple of stres)
2 p.hmap.ntria number of triangles
1 p.hmap.Df0 f0 step
1 p.hmap.f01 initial f0
1 p.hmap.f02 final f0
2 p.hmap.nf0 number of f0 steps
1 p.hmap.Ddf0 df0 step
1 p.hmap.df01 initial df0
1 p.hmap.df02 final df0
2 p.hmap.ndf0 number of df0 steps
1 p.hmap.Dddf0 ddf0 step
1 p.hmap.ddf01 initial ddf0
1 p.hmap.ddf02 final ddf0
2 p.hmap.nddf0 number of ddf0 steps
1 p.mapping.type mapping type ('univocal','overlapped','proportional',...)
1 p.mapping.kdf semi-width of the frequency interval (in units of df)
1 p.comp.method algorithm (the name)
2 p.comp.gflops gigaflops needed
2 p.comp.gbytes gigabytes needed