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:Description:
Bending Power Law (BPL) function values at the given frequencies
with the bpl_par parameters.
:Params:
INPUTS:
f - frequency vector
bpl_par - bending power law parameters:
bpl_par[0] --> c, constant factor
bpl_par[1] --> beta, spectral index
bpl_par[2] --> gamma, spectral index
bpl_par[3] --> fb, frequency break
OUTPUTS:
bplfun - bending power law function
:Author:
Simone Di Matteo, Ph.D.
8800 Greenbelt Rd
Greenbelt, MD 20771 USA
E-mail: simone.dimatteo@nasa.gov
(See general/science/spd_mtm/models/bpl/spd_mtm_bpl_fun.pro)
:Description:
Evaluate the log-likelihood of
the bending power law (BPL) PSD model.
:Params:
INPUTS:
bpl_par - bending power law PSD parameters
OUTPUTS:
M - log-likelihood
COMMON VARIABLES:
max_lklh
psd_ml - PSD for the maximum likelihood model fit
ff_ml - frequency vector for the maximum likelihood model fit
alpha_ml - half degree of freedom of the PSD at each frequency
:Uses:
spd_mtm_bpl_norm.pro
spd_mtm_bpl_fun.pro
:Author:
Simone Di Matteo, Ph.D.
8800 Greenbelt Rd
Greenbelt, MD 20771 USA
E-mail: simone.dimatteo@nasa.gov
(See general/science/spd_mtm/models/bpl/spd_mtm_bpl_lglk.pro)
:Description:
Constant normalization factor for the BPL model estimated with
the maximum likelihood theoretical solution.
:Params:
INPUTS:
ff - Fourier frequencies vector
bpl_par - bending power law parameters:
bpl_par[0] --> beta, spectral index
bpl_par[1] --> gamma, spectral index
bpl_par[2] --> fb, frequency break
bet - spectral index
ff - Fourier frequencies vector
psd - power spectral density
alpha - half degree of freedom of Smtm for each frequency
OUTPUTS:
c - constant factor
:Author:
Simone Di Matteo, Ph.D.
8800 Greenbelt Rd
Greenbelt, MD 20771 USA
E-mail: simone.dimatteo@nasa.gov
(See general/science/spd_mtm/models/bpl/spd_mtm_bpl_norm.pro)