Carrington Rotation 2024

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SIMPLE  =                    T / file does conform to FITS standard
BITPIX  =                  -32 / number of bits per data pixel
NAXIS   =                    3 / number of data axes
NAXIS1  =                  128 / Number of pixels in x
NAXIS2  =                  128 / Number of pixels in y
NAXIS3  =                 1664 / Length of the time serie
EXTEND  =                    T / FITS dataset may contain extensions
COMMENT   FITS (Flexible Image Transport System) format is defined in 'Astronomy
COMMENT   and Astrophysics', volume 376, page 359; bibcode: 2001A&A...376..359H
HISTORY Task INPUTPAR_GET (2004/02/20 18:22:58, V1.0)
COMMENT #-------------
COMMENT # Verbose Mode
COMMENT #-------------
VERBOSE =                    T / Display info (T/F)?
COMMENT #-------------
COMMENT # Input Images
COMMENT #-------------
FROOT   = '/tarat/vol3/mring/020328t0755_1/mi/splitup.lst' / name of file with l
COMMENT name of file with list of images
FREF    = '/tarat/vol3/merge/020328/mrvzi020328t2146.fits.gz' / Reference image
ORIENT  =                    1 / Orientation: 1>Clock 2>Counter
W_INST  =                 31.7 / sideral rot. = rot. on image + ? (nHz)
COMMENT #-----------------------
COMMENT # Region data input file
COMMENT #-----------------------
FRG     = '/usr/local/gong++/lib/dense_pack.rg' / Name of input region ascii dat
COMMENT #-------------
COMMENT #Tracking mode
COMMENT #-------------
COMMENT #1>No tracking     :  images rotate  beneath window
COMMENT #2>Carrington rate :  area  tracked at equatorial Carrington
COMMENT #                     rate independent of latitude.
COMMENT #3>Central latitude:  area tracked at rotation rate of  the
COMMENT #                     center of the area.
COMMENT #4>All latitudes   :  each point of the area is tracked at the
COMMENT #                     rotation rate of its latitude.
COMMENT #
COMMENT #For mode 3 & 4 the rotation rate at cos(colatitue)=mu is:
COMMENT #    OMEGA(mu)=OMEGA0-0MEGA2*mu^2-OMEGA4*mu^4
MODETRK =                    3 / 1>No  2>Car rate 3>Central lat.  4>All lat.
OMEGA0  =               451.43 / 1st coeff. of sideral diff. rot. rate (nHz)
OMEGA2  =                54.77 / 2nd coeff. of sideral diff. rot. rate (nHz)
OMEGA4  =                80.17 / 3rd coeff. of sideral diff. rot. rate (nHz)
COMMENT #-------------
COMMENT #Interpolation
COMMENT #-------------
INTERPOL=                    2 / Interpol 1>spline 2>Lookup 1 3>tapered sinc 4
SPLM    =                    4 / Spline order for spline interpolation
SPLK    =                    1 / Multiplicity of nodal points for spline inter
SPLP    =                10000 / Lookup option grid Resolution
COMMENT #--------------
COMMENT #Spatial Filter
COMMENT #--------------
SURF_FIT=                    F / Fit & remove surface (spatial filter) (T/F)?
COMMENT #-------------
COMMENT #Output Files
COMMENT #-------------
OUT_ROOT= 'rmi     '           / Root name for output cubes (3 characters)
HISTORY Task SPLITUP (2004/02/20 18:23:34, V0.1)
ITIME   =                  60. / [s] Time interval per time slot
L0_REF  =              14.9771 / Carrington Long. of CMD 0 on Reference image
TS_START= '2002/03/28 07:55:16' / Start day/time of the time serie
TS_END  = '2002/03/29 11:38:16' / End   day/time of the time serie
TS_REF  = '2002/03/28 21:46:16' / day/time of Reference Image
DTYPE   = 'V       '           / Data Type V: Velocity I:Intensity
SITE    = 'MR      '           / SITE of the reference Image
MAPSCALE=                0.125 / [deg] grid spacing
LNG0    =                -22.5 / [deg] region center CMD on  reference image
LAT0    =                -52.5 / [deg] central latitude  of the region
GRID    =                    2 / 1>Lat-Long 2>Great Circle
END

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