Paramètres OImaging
Commun parameters
It should be nice to stick with the OI-Imaging interface as described in Table 1 of
https://github.com/emmt/OI-Imaging-JRA/blob/master/doc/interface/OI-Interface.pdf
.
The common parameters should be:
- Data Selection:
- TARGET
- Wave_min,
- Wave_max
- USE_VIS,
- USE_VIS2,
- USE_T3
- Algorithm Settings
- INIT_IMG
- RGL_NAME
- MAXITER
- RGL_WGT
- AUTO_WGT
- RGL_PRIO
- FLUX
- FLUXERR
- FoV, pixel size and coordinates should be given through the init image INIT_IMG
BSMEM parameters
WISARD parameters
- Data Selection:
- TARGET
- Wave_min, Wave_max
-
NO USE_VIS, USE_VIS2, USE_T3
- Algorithm Settings
- RGL_NAME: one of 'TOTVAR', 'L1L2','L1L2WHITE','PSD','SOFT_SUPPORT'
- TOTVAR addtional keywords
- THRESHOLD (1E-6)
- MAXITER (10)
- NP_MIN (32)
- FOV (20)
- INIT_IMG Must be rescaled without loss of fluxe and structure to NP_MINxNP_MIN. (NULL)
- NB: TOTVAR is a shortcut to L1L2 with Delta=0.0 and scale=(1/NP_MIN*NP_MIN)
- L1L2 addtional keywords
- THRESHOLD (1E-6)
- MAXITER (10)
- NP_MIN (0)
- FOV (32)
- INIT_IMG Must be rescaled without loss of fluxe and structure to NP_MINxNP_MIN. (NULL)
- SCALE (1/NP_MIN*NP_MIN)
- DELTA (1.0)
- L1L2WHITE addtional keywords
- THRESHOLD (1E-6)
- MAXITER (10)
- NP_MIN (32)
- FOV (20)
- INIT_IMG Must be rescaled without loss of fluxe and structure to NP_MINxNP_MIN. (NULL)
- SCALE (1)
- DELTA (2.5)
- MEAN_OBJECT : An image, rescaled NP_MINxNP_MIN as INIT_IMG. (NULL)
- PSD addtional keywords
- THRESHOLD (1E-6)
- MAXITER (10)
- NP_MIN (64)
- FOV (20)
- INIT_IMG Must be rescaled without loss of fluxe and structure to NP_MINxNP_MIN. (NULL)
- PSD An image, rescaled NP_MINxNP_MIN as INIT_IMG. (NULL).
- MEAN_OBJECT : An image, rescaled NP_MINxNP_MIN as INIT_IMG. (NULL)
- SOFT_SUPPORT addtional keywords
- THRESHOLD (1E-6)
- MAXITER (10)
- NP_MIN (64)
- FOV (20)
- INIT_IMG Must be rescaled without loss of fluxe and structure to NP_MINxNP_MIN. (NULL)
- MU_SUPPORT (0.5)
- either:
- MEAN_OBJECT : An image, rescaled NP_MINxNP_MIN as INIT_IMG. (NULL)
- FWHM : Full Width Half maximum of a lorentzian used as prior, in pixels (3.) (less prefered as costly)
Paramètres MiRA