SIMPLE = T / file does conform to FITS standard
BITPIX = -32 / number of bits per data pixel
NAXIS = 2 / number of data axes
NAXIS1 = 512 / length of data axis 1
NAXIS2 = 861 / length of data axis 2
EXTEND = T / FITS dataset may contain extensions
HUMDATA = T / This structure is present
BTYPEHUM= 'Humong: apriori; dObs/dPar, Obs' / Physical quantity stored in humon
BTYPE = 'Humong: apriori; dObs/dPar, Obs' / Physical quantity stored in humon
BUNITHUM= 'Humong: various different units & dimensions' / Unit of measure of B
BUNIT = 'Humong: various different units & dimensions' / Unit of measure of B
CTYPHUM1= 'see SCTYn' / Physical quantity along axis 1 of h
CTYPHUM2= 'EP#Obs: Parameter number; obs' / Physical quantity along axis 2 of h
CTYPE1 = 'see SCTYn' / Physical quantity along axis 1 of h
CTYPE2 = 'EP#Obs: Parameter number; obs' / Physical quantity along axis 2 of h
CUNIHUM1= 'index ' / Unit of measure of CTYPE1 of humong
CUNIHUM2= 'index ' / Unit of measure of CTYPE2 of humong
CUNIT1 = 'index ' / Unit of measure of CTYPE1 of humong
CUNIT2 = 'index ' / Unit of measure of CTYPE2 of humong
ATYPEHUM= 'MSRArray: matrix-stored rectangular 2-d array' / Manner of storage o
ATYPE = 'MSRArray: matrix-stored rectangular 2-d array' / Manner of storage o
HUMFILNM= 'vogtstar.awe' / Humong file name
NBATCH = 0 / # of batches processed so far
SRIFRSOS= 0.00000000000000000E+00 / SRIF root sum of squares
OBSDATA = T / This structure is present
BTYPEOBS= 'Obs&Sig: (observation or sigma: see SBTYn)' / Physical quantity sto
BUNITOBS= 'see SBUNn' / Unit of measure of BTYPE for obs
CTYPOBS1= 'see SCTYn' / Physical quantity alo
CTYPOBS2= 'Obs1Sig2: (if 1: observation; if 2: sigma)' / Physical quantity alo
CUNIOBS1= 'index ' / Unit of measure of CTYPE1 of obs
CUNIOBS2= 'index ' / Unit of measure of CTYPE2 of obs
ATYPEOBS= 'MSRArray: matrix-stored rectangular 2-d array' / Manner of storage o
OBSFILNM= 'vogtdata.dat' / Observed data file name
BATCHNAM= 'all synthetic VogtStar obs' / Name of this batch of observations
OBJECT = 'VogtStar: a synthetic RS CVn' / Name of observed object
RA = 'none ' / Right Ascension of object
DEC = 'none ' / Declination of object
EQUINOX = 1981.000 / Equinox for RA and DEC [annum]
NSEGMENT= 16 / Number of segments of obs data
NSEG1 = 32 / Number of observations; Segment 1
NSEG2 = 32 / Number of observations; Segment 2
NSEG3 = 32 / Number of observations; Segment 3
NSEG4 = 32 / Number of observations; Segment 4
NSEG5 = 32 / Number of observations; Segment 5
NSEG6 = 32 / Number of observations; Segment 6
NSEG7 = 32 / Number of observations; Segment 7
NSEG8 = 32 / Number of observations; Segment 8
NSEG9 = 32 / Number of observations; Segment 9
NSEG10 = 32 / Number of observations; Segment 10
NSEG11 = 32 / Number of observations; Segment 11
NSEG12 = 32 / Number of observations; Segment 12
NSEG13 = 32 / Number of observations; Segment 13
NSEG14 = 32 / Number of observations; Segment 14
NSEG15 = 32 / Number of observations; Segment 15
NSEG16 = 32 / Number of observations; Segment 16
SBTY1 = 'Flam/Cnt-1: (binned flux(lambda))/(continuum flux) - 1' / Physical q
SBTY2 = 'Flam/Cnt-1: (binned flux(lambda))/(continuum flux) - 1' / Physical q
SBTY3 = 'Flam/Cnt-1: (binned flux(lambda))/(continuum flux) - 1' / Physical q
SBTY4 = 'Flam/Cnt-1: (binned flux(lambda))/(continuum flux) - 1' / Physical q
SBTY5 = 'Flam/Cnt-1: (binned flux(lambda))/(continuum flux) - 1' / Physical q
SBTY6 = 'Flam/Cnt-1: (binned flux(lambda))/(continuum flux) - 1' / Physical q
SBTY7 = 'Flam/Cnt-1: (binned flux(lambda))/(continuum flux) - 1' / Physical q
SBTY8 = 'Flam/Cnt-1: (binned flux(lambda))/(continuum flux) - 1' / Physical q
SBTY9 = 'Flam/Cnt-1: (binned flux(lambda))/(continuum flux) - 1' / Physical q
SBTY10 = 'Flam/Cnt-1: (binned flux(lambda))/(continuum flux) - 1' / Physical q
SBTY11 = 'Flam/Cnt-1: (binned flux(lambda))/(continuum flux) - 1' / Physical q
SBTY12 = 'Flam/Cnt-1: (binned flux(lambda))/(continuum flux) - 1' / Physical q
SBTY13 = 'Flam/Cnt-1: (binned flux(lambda))/(continuum flux) - 1' / Physical q
SBTY14 = 'Flam/Cnt-1: (binned flux(lambda))/(continuum flux) - 1' / Physical q
SBTY15 = 'Flam/Cnt-1: (binned flux(lambda))/(continuum flux) - 1' / Physical q
SBTY16 = 'Flam/Cnt-1: (binned flux(lambda))/(continuum flux) - 1' / Physical q
SBUN1 = 'dimensionless' / Unit of measure of SBTY1
SBUN2 = 'dimensionless' / Unit of measure of SBTY2
SBUN3 = 'dimensionless' / Unit of measure of SBTY3
SBUN4 = 'dimensionless' / Unit of measure of SBTY4
SBUN5 = 'dimensionless' / Unit of measure of SBTY5
SBUN6 = 'dimensionless' / Unit of measure of SBTY6
SBUN7 = 'dimensionless' / Unit of measure of SBTY7
SBUN8 = 'dimensionless' / Unit of measure of SBTY8
SBUN9 = 'dimensionless' / Unit of measure of SBTY9
SBUN10 = 'dimensionless' / Unit of measure of SBTY10
SBUN11 = 'dimensionless' / Unit of measure of SBTY11
SBUN12 = 'dimensionless' / Unit of measure of SBTY12
SBUN13 = 'dimensionless' / Unit of measure of SBTY13
SBUN14 = 'dimensionless' / Unit of measure of SBTY14
SBUN15 = 'dimensionless' / Unit of measure of SBTY15
SBUN16 = 'dimensionless' / Unit of measure of SBTY16
SCTY1 = 'WaveVac: Wavelength of the light in vacuum' / Physical quantity along
SCTY2 = 'WaveVac: Wavelength of the light in vacuum' / Physical quantity along
SCTY3 = 'WaveVac: Wavelength of the light in vacuum' / Physical quantity along
SCTY4 = 'WaveVac: Wavelength of the light in vacuum' / Physical quantity along
SCTY5 = 'WaveVac: Wavelength of the light in vacuum' / Physical quantity along
SCTY6 = 'WaveVac: Wavelength of the light in vacuum' / Physical quantity along
SCTY7 = 'WaveVac: Wavelength of the light in vacuum' / Physical quantity along
SCTY8 = 'WaveVac: Wavelength of the light in vacuum' / Physical quantity along
SCTY9 = 'WaveVac: Wavelength of the light in vacuum' / Physical quantity along
SCTY10 = 'WaveVac: Wavelength of the light in vacuum' / Physical quantity along
SCTY11 = 'WaveVac: Wavelength of the light in vacuum' / Physical quantity along
SCTY12 = 'WaveVac: Wavelength of the light in vacuum' / Physical quantity along
SCTY13 = 'WaveVac: Wavelength of the light in vacuum' / Physical quantity along
SCTY14 = 'WaveVac: Wavelength of the light in vacuum' / Physical quantity along
SCTY15 = 'WaveVac: Wavelength of the light in vacuum' / Physical quantity along
SCTY16 = 'WaveVac: Wavelength of the light in vacuum' / Physical quantity along
SCUN1 = 'meter ' / Unit of measure of SCTY1
SCUN2 = 'meter ' / Unit of measure of SCTY2
SCUN3 = 'meter ' / Unit of measure of SCTY3
SCUN4 = 'meter ' / Unit of measure of SCTY4
SCUN5 = 'meter ' / Unit of measure of SCTY5
SCUN6 = 'meter ' / Unit of measure of SCTY6
SCUN7 = 'meter ' / Unit of measure of SCTY7
SCUN8 = 'meter ' / Unit of measure of SCTY8
SCUN9 = 'meter ' / Unit of measure of SCTY9
SCUN10 = 'meter ' / Unit of measure of SCTY10
SCUN11 = 'meter ' / Unit of measure of SCTY11
SCUN12 = 'meter ' / Unit of measure of SCTY12
SCUN13 = 'meter ' / Unit of measure of SCTY13
SCUN14 = 'meter ' / Unit of measure of SCTY14
SCUN15 = 'meter ' / Unit of measure of SCTY15
SCUN16 = 'meter ' / Unit of measure of SCTY16
DBJD1 = 2433282.42299999995 / BJD (TDB) of obs data; Segment 1
DBJD2 = 2433282.42299999995 / BJD (TDB) of obs data; Segment 2
DBJD3 = 2433282.42299999995 / BJD (TDB) of obs data; Segment 3
DBJD4 = 2433282.42299999995 / BJD (TDB) of obs data; Segment 4
DBJD5 = 2433282.42299999995 / BJD (TDB) of obs data; Segment 5
DBJD6 = 2433282.42299999995 / BJD (TDB) of obs data; Segment 6
DBJD7 = 2433282.42299999995 / BJD (TDB) of obs data; Segment 7
DBJD8 = 2433282.42299999995 / BJD (TDB) of obs data; Segment 8
DBJD9 = 2433282.42299999995 / BJD (TDB) of obs data; Segment 9
DBJD10 = 2433282.42299999995 / BJD (TDB) of obs data; Segment 10
DBJD11 = 2433282.42299999995 / BJD (TDB) of obs data; Segment 11
DBJD12 = 2433282.42299999995 / BJD (TDB) of obs data; Segment 12
DBJD13 = 2433282.42299999995 / BJD (TDB) of obs data; Segment 13
DBJD14 = 2433282.42299999995 / BJD (TDB) of obs data; Segment 14
DBJD15 = 2433282.42299999995 / BJD (TDB) of obs data; Segment 15
DBJD16 = 2433282.42299999995 / BJD (TDB) of obs data; Segment 16
INST1 = 'BIGVAX ' / Instrument for obs data; Segment 1
INST2 = 'BIGVAX ' / Instrument for obs data; Segment 2
INST3 = 'BIGVAX ' / Instrument for obs data; Segment 3
INST4 = 'BIGVAX ' / Instrument for obs data; Segment 4
INST5 = 'BIGVAX ' / Instrument for obs data; Segment 5
INST6 = 'BIGVAX ' / Instrument for obs data; Segment 6
INST7 = 'BIGVAX ' / Instrument for obs data; Segment 7
INST8 = 'BIGVAX ' / Instrument for obs data; Segment 8
INST9 = 'BIGVAX ' / Instrument for obs data; Segment 9
INST10 = 'BIGVAX ' / Instrument for obs data; Segment 10
INST11 = 'BIGVAX ' / Instrument for obs data; Segment 11
INST12 = 'BIGVAX ' / Instrument for obs data; Segment 12
INST13 = 'BIGVAX ' / Instrument for obs data; Segment 13
INST14 = 'BIGVAX ' / Instrument for obs data; Segment 14
INST15 = 'BIGVAX ' / Instrument for obs data; Segment 15
INST16 = 'BIGVAX ' / Instrument for obs data; Segment 16
TELE1 = 'Penrod''s Ingenuity' / Telescope used for obs; Segment 1
TELE2 = 'Penrod''s Ingenuity' / Telescope used for obs; Segment 2
TELE3 = 'Penrod''s Ingenuity' / Telescope used for obs; Segment 3
TELE4 = 'Penrod''s Ingenuity' / Telescope used for obs; Segment 4
TELE5 = 'Penrod''s Ingenuity' / Telescope used for obs; Segment 5
TELE6 = 'Penrod''s Ingenuity' / Telescope used for obs; Segment 6
TELE7 = 'Penrod''s Ingenuity' / Telescope used for obs; Segment 7
TELE8 = 'Penrod''s Ingenuity' / Telescope used for obs; Segment 8
TELE9 = 'Penrod''s Ingenuity' / Telescope used for obs; Segment 9
TELE10 = 'Penrod''s Ingenuity' / Telescope used for obs; Segment 10
TELE11 = 'Penrod''s Ingenuity' / Telescope used for obs; Segment 11
TELE12 = 'Penrod''s Ingenuity' / Telescope used for obs; Segment 12
TELE13 = 'Penrod''s Ingenuity' / Telescope used for obs; Segment 13
TELE14 = 'Penrod''s Ingenuity' / Telescope used for obs; Segment 14
TELE15 = 'Penrod''s Ingenuity' / Telescope used for obs; Segment 15
TELE16 = 'Penrod''s Ingenuity' / Telescope used for obs; Segment 16
OBSR1 = 'G.D. Penrod' / Name of observer; Segment 1
OBSR2 = 'G.D. Penrod' / Name of observer; Segment 2
OBSR3 = 'G.D. Penrod' / Name of observer; Segment 3
OBSR4 = 'G.D. Penrod' / Name of observer; Segment 4
OBSR5 = 'G.D. Penrod' / Name of observer; Segment 5
OBSR6 = 'G.D. Penrod' / Name of observer; Segment 6
OBSR7 = 'G.D. Penrod' / Name of observer; Segment 7
OBSR8 = 'G.D. Penrod' / Name of observer; Segment 8
OBSR9 = 'G.D. Penrod' / Name of observer; Segment 9
OBSR10 = 'G.D. Penrod' / Name of observer; Segment 10
OBSR11 = 'G.D. Penrod' / Name of observer; Segment 11
OBSR12 = 'G.D. Penrod' / Name of observer; Segment 12
OBSR13 = 'G.D. Penrod' / Name of observer; Segment 13
OBSR14 = 'G.D. Penrod' / Name of observer; Segment 14
OBSR15 = 'G.D. Penrod' / Name of observer; Segment 15
OBSR16 = 'G.D. Penrod' / Name of observer; Segment 16
SLIN1 = 'Fe I, 643.0852nm' / Spectral features; Segment 1
SLIN2 = 'Fe I, 643.0852nm' / Spectral features; Segment 2
SLIN3 = 'Fe I, 643.0852nm' / Spectral features; Segment 3
SLIN4 = 'Fe I, 643.0852nm' / Spectral features; Segment 4
SLIN5 = 'Fe I, 643.0852nm' / Spectral features; Segment 5
SLIN6 = 'Fe I, 643.0852nm' / Spectral features; Segment 6
SLIN7 = 'Fe I, 643.0852nm' / Spectral features; Segment 7
SLIN8 = 'Fe I, 643.0852nm' / Spectral features; Segment 8
SLIN9 = 'Fe I, 643.0852nm' / Spectral features; Segment 9
SLIN10 = 'Fe I, 643.0852nm' / Spectral features; Segment 10
SLIN11 = 'Fe I, 643.0852nm' / Spectral features; Segment 11
SLIN12 = 'Fe I, 643.0852nm' / Spectral features; Segment 12
SLIN13 = 'Fe I, 643.0852nm' / Spectral features; Segment 13
SLIN14 = 'Fe I, 643.0852nm' / Spectral features; Segment 14
SLIN15 = 'Fe I, 643.0852nm' / Spectral features; Segment 15
SLIN16 = 'Fe I, 643.0852nm' / Spectral features; Segment 16
SRPX1 = 16.5000 / Ref. pix [edges = integers]; Segment 1
SRPX2 = 16.5000 / Ref. pix [edges = integers]; Segment 2
SRPX3 = 16.5000 / Ref. pix [edges = integers]; Segment 3
SRPX4 = 16.5000 / Ref. pix [edges = integers]; Segment 4
SRPX5 = 16.5000 / Ref. pix [edges = integers]; Segment 5
SRPX6 = 16.5000 / Ref. pix [edges = integers]; Segment 6
SRPX7 = 16.5000 / Ref. pix [edges = integers]; Segment 7
SRPX8 = 16.5000 / Ref. pix [edges = integers]; Segment 8
SRPX9 = 16.5000 / Ref. pix [edges = integers]; Segment 9
SRPX10 = 16.5000 / Ref. pix [edges = integers]; Segment 10
SRPX11 = 16.5000 / Ref. pix [edges = integers]; Segment 11
SRPX12 = 16.5000 / Ref. pix [edges = integers]; Segment 12
SRPX13 = 16.5000 / Ref. pix [edges = integers]; Segment 13
SRPX14 = 16.5000 / Ref. pix [edges = integers]; Segment 14
SRPX15 = 16.5000 / Ref. pix [edges = integers]; Segment 15
SRPX16 = 16.5000 / Ref. pix [edges = integers]; Segment 16
SRVL1 = 6.4308520E-07 / Value of physical coord @ ref. pix; Segment 1
SRVL2 = 6.4308520E-07 / Value of physical coord @ ref. pix; Segment 2
SRVL3 = 6.4308520E-07 / Value of physical coord @ ref. pix; Segment 3
SRVL4 = 6.4308520E-07 / Value of physical coord @ ref. pix; Segment 4
SRVL5 = 6.4308520E-07 / Value of physical coord @ ref. pix; Segment 5
SRVL6 = 6.4308520E-07 / Value of physical coord @ ref. pix; Segment 6
SRVL7 = 6.4308520E-07 / Value of physical coord @ ref. pix; Segment 7
SRVL8 = 6.4308520E-07 / Value of physical coord @ ref. pix; Segment 8
SRVL9 = 6.4308520E-07 / Value of physical coord @ ref. pix; Segment 9
SRVL10 = 6.4308520E-07 / Value of physical coord @ ref. pix; Segment 10
SRVL11 = 6.4308520E-07 / Value of physical coord @ ref. pix; Segment 11
SRVL12 = 6.4308520E-07 / Value of physical coord @ ref. pix; Segment 12
SRVL13 = 6.4308520E-07 / Value of physical coord @ ref. pix; Segment 13
SRVL14 = 6.4308520E-07 / Value of physical coord @ ref. pix; Segment 14
SRVL15 = 6.4308520E-07 / Value of physical coord @ ref. pix; Segment 15
SRVL16 = 6.4308520E-07 / Value of physical coord @ ref. pix; Segment 16
SDLT1 = 7.500E-12 / (dSCTY/dpix) at ref. pixel; Segment 1
SDLT2 = 7.500E-12 / (dSCTY/dpix) at ref. pixel; Segment 2
SDLT3 = 7.500E-12 / (dSCTY/dpix) at ref. pixel; Segment 3
SDLT4 = 7.500E-12 / (dSCTY/dpix) at ref. pixel; Segment 4
SDLT5 = 7.500E-12 / (dSCTY/dpix) at ref. pixel; Segment 5
SDLT6 = 7.500E-12 / (dSCTY/dpix) at ref. pixel; Segment 6
SDLT7 = 7.500E-12 / (dSCTY/dpix) at ref. pixel; Segment 7
SDLT8 = 7.500E-12 / (dSCTY/dpix) at ref. pixel; Segment 8
SDLT9 = 7.500E-12 / (dSCTY/dpix) at ref. pixel; Segment 9
SDLT10 = 7.500E-12 / (dSCTY/dpix) at ref. pixel; Segment 10
SDLT11 = 7.500E-12 / (dSCTY/dpix) at ref. pixel; Segment 11
SDLT12 = 7.500E-12 / (dSCTY/dpix) at ref. pixel; Segment 12
SDLT13 = 7.500E-12 / (dSCTY/dpix) at ref. pixel; Segment 13
SDLT14 = 7.500E-12 / (dSCTY/dpix) at ref. pixel; Segment 14
SDLT15 = 7.500E-12 / (dSCTY/dpix) at ref. pixel; Segment 15
SDLT16 = 7.500E-12 / (dSCTY/dpix) at ref. pixel; Segment 16
PHAS1 = 0.0000 / Rotational phase; Segment 1
PHAS2 = 0.0625 / Rotational phase; Segment 2
PHAS3 = 0.1250 / Rotational phase; Segment 3
PHAS4 = 0.1875 / Rotational phase; Segment 4
PHAS5 = 0.2500 / Rotational phase; Segment 5
PHAS6 = 0.3125 / Rotational phase; Segment 6
PHAS7 = 0.3750 / Rotational phase; Segment 7
PHAS8 = 0.4375 / Rotational phase; Segment 8
PHAS9 = 0.5000 / Rotational phase; Segment 9
PHAS10 = 0.5625 / Rotational phase; Segment 10
PHAS11 = 0.6250 / Rotational phase; Segment 11
PHAS12 = 0.6875 / Rotational phase; Segment 12
PHAS13 = 0.7500 / Rotational phase; Segment 13
PHAS14 = 0.8125 / Rotational phase; Segment 14
PHAS15 = 0.8750 / Rotational phase; Segment 15
PHAS16 = 0.9375 / Rotational phase; Segment 16
END
=-=-= End of header. 264 cards (8 FITS records) =-=-=
=-=-= Skipped 1765440 bytes (613r0 FITS records) =-=-=
XTENSION= 'IMAGE ' / IMAGE extension
BITPIX = -32 / number of bits per data pixel
NAXIS = 1 / number of data axes
NAXIS1 = 860 / length of data axis 1
PCOUNT = 0 / number of random group parameters
GCOUNT = 1 / number of random groups
MODDATA = T / This structure is present
BTYPEMOD= 'APV/DMV: (apriori parameter value)/(default model value)' / Physical
BYTPE = 'APV/DMV: (apriori parameter value)/(default model value)' / Physical
BUNITMOD= 'dimensionless' / Unit of measure of BTYPE for model
BUNIT = 'dimensionless' / Unit of measure of BTYPE for model
CTYPMOD1= 'EP#Obs: Parameter number; obs' / Physical quantity along axis 1 of m
CTYPE1 = 'EP#Obs: Parameter number; obs' / Physical quantity along axis 1 of m
CUNIMOD1= 'index ' / Unit of measure of CTYPE1 of model
CUNIT1 = 'index ' / Unit of measure of CTYPE1 of model
ATYPEMOD= 'MSRArray: matrix-stored rectangular 2-d array' / Manner of storage o
ATYPE = 'MSRArray: matrix-stored rectangular 2-d array' / Manner of storage o
MODFILNM= 'vogtstar.mdl' / model data file name
PHOFLNM1= 'RSCVn643.prf' / line profile 1 data file name
PHOFLNM2= 'RSCVn643.prf' / line profile 2 data file name
PHOFUDG1= 1.000000 / line profile 1 fudge factor
PHOFUDG2= 1.000000 / line profile 2 fudge factor
VRADIAL = 0.000000 / Radial Velocity of CM wrt SSBC [km/s]
NSTAR = 1 / Number of stars in system
ASINI1 = 0.000000 / Star 1; Orbit CM semi-major axis [km]
ORBECC = 0.000000 / Eccentricity of orbit
LPERIAST= 0.000000 / Long. of periastron [deg]
TPERIAST= 0.000000000 / TDB of periastron [BJD]
ORPERIOD= 0.0000000000000E+00 / Period of orbit [day(TDB)]
ORBINC = 0.000000 / Inclination of orbit to sky plane [deg]
ORBK1 = 0.000 / Star 1; semiampl. of orbital RV [km/s]
MSIN3I1 = 0.0000 / Star 1; m*sin(i)**3 [M_sol]
ANGINC1 = 35.000000 / Star 1; Inclin. of equator to sky [deg]
VSINI1 = 40.000000 / Star 1; equatorial v*sin(i) [km/s]
SYNCROT1= F / Star 1; is star spin-orbit locked?
TEFF1 = 4750.00 / Star 1; default effective T [Kelvin]
TBLACK1 = 3250.00 / Star 1; T at which flux is zero [K]
NION1 = 0 / Star 1; Number of ions modelled
NBAND1 = 25 / Star 1; Number of bands of sections
NBND1001= 7 / Star 1; Number of sections in band 1
NBND1002= 13 / Star 1; Number of sections in band 2
NBND1003= 19 / Star 1; Number of sections in band 3
NBND1004= 25 / Star 1; Number of sections in band 4
NBND1005= 30 / Star 1; Number of sections in band 5
NBND1006= 35 / Star 1; Number of sections in band 6
NBND1007= 39 / Star 1; Number of sections in band 7
NBND1008= 43 / Star 1; Number of sections in band 8
NBND1009= 46 / Star 1; Number of sections in band 9
NBND1010= 48 / Star 1; Number of sections in band 10
NBND1011= 50 / Star 1; Number of sections in band 11
NBND1012= 50 / Star 1; Number of sections in band 12
NBND1013= 50 / Star 1; Number of sections in band 13
NBND1014= 50 / Star 1; Number of sections in band 14
NBND1015= 50 / Star 1; Number of sections in band 15
NBND1016= 48 / Star 1; Number of sections in band 16
NBND1017= 46 / Star 1; Number of sections in band 17
NBND1018= 43 / Star 1; Number of sections in band 18
NBND1019= 39 / Star 1; Number of sections in band 19
NBND1020= 35 / Star 1; Number of sections in band 20
NBND1021= 30 / Star 1; Number of sections in band 21
NBND1022= 25 / Star 1; Number of sections in band 22
NBND1023= 19 / Star 1; Number of sections in band 23
NBND1024= 13 / Star 1; Number of sections in band 24
NBND1025= 7 / Star 1; Number of sections in band 25
LBND1001= 82.8000 / Star 1; band 1 South edge Lat. [deg]
LBND1002= 75.6000 / Star 1; band 2 South edge Lat. [deg]
LBND1003= 68.4000 / Star 1; band 3 South edge Lat. [deg]
LBND1004= 61.2000 / Star 1; band 4 South edge Lat. [deg]
LBND1005= 54.0000 / Star 1; band 5 South edge Lat. [deg]
LBND1006= 46.8000 / Star 1; band 6 South edge Lat. [deg]
LBND1007= 39.6000 / Star 1; band 7 South edge Lat. [deg]
LBND1008= 32.4000 / Star 1; band 8 South edge Lat. [deg]
LBND1009= 25.2000 / Star 1; band 9 South edge Lat. [deg]
LBND1010= 18.0000 / Star 1; band 10 South edge Lat. [deg]
LBND1011= 10.8000 / Star 1; band 11 South edge Lat. [deg]
LBND1012= 3.6000 / Star 1; band 12 South edge Lat. [deg]
LBND1013= -3.6000 / Star 1; band 13 South edge Lat. [deg]
LBND1014= -10.8000 / Star 1; band 14 South edge Lat. [deg]
LBND1015= -18.0000 / Star 1; band 15 South edge Lat. [deg]
LBND1016= -25.2000 / Star 1; band 16 South edge Lat. [deg]
LBND1017= -32.4000 / Star 1; band 17 South edge Lat. [deg]
LBND1018= -39.6000 / Star 1; band 18 South edge Lat. [deg]
LBND1019= -46.8000 / Star 1; band 19 South edge Lat. [deg]
LBND1020= -54.0000 / Star 1; band 20 South edge Lat. [deg]
LBND1021= -61.2000 / Star 1; band 21 South edge Lat. [deg]
LBND1022= -68.4000 / Star 1; band 22 South edge Lat. [deg]
LBND1023= -75.6000 / Star 1; band 23 South edge Lat. [deg]
LBND1024= -82.8000 / Star 1; band 24 South edge Lat. [deg]
LBND1025= -90.0000 / Star 1; band 25 South edge Lat. [deg]
ABND1001= 0.000563234 / Star 1; Area of a section in band 1
ABND1002= 0.000905060 / Star 1; Area of a section in band 2
ABND1003= 0.001021228 / Star 1; Area of a section in band 3
ABND1004= 0.001069396 / Star 1; Area of a section in band 4
ABND1005= 0.001121495 / Star 1; Area of a section in band 5
ABND1006= 0.001143547 / Star 1; Area of a section in band 6
ABND1007= 0.001173649 / Star 1; Area of a section in band 7
ABND1008= 0.001181363 / Star 1; Area of a section in band 8
ABND1009= 0.001196168 / Star 1; Area of a section in band 9
ABND1010= 0.001216274 / Star 1; Area of a section in band 10
ABND1011= 0.001216357 / Star 1; Area of a section in band 11
ABND1012= 0.001245908 / Star 1; Area of a section in band 12
ABND1013= 0.001255810 / Star 1; Area of a section in band 13
ABND1014= 0.001245908 / Star 1; Area of a section in band 14
ABND1015= 0.001216357 / Star 1; Area of a section in band 15
ABND1016= 0.001216274 / Star 1; Area of a section in band 16
ABND1017= 0.001196168 / Star 1; Area of a section in band 17
ABND1018= 0.001181363 / Star 1; Area of a section in band 18
ABND1019= 0.001173649 / Star 1; Area of a section in band 19
ABND1020= 0.001143547 / Star 1; Area of a section in band 20
ABND1021= 0.001121495 / Star 1; Area of a section in band 21
ABND1022= 0.001069396 / Star 1; Area of a section in band 22
ABND1023= 0.001021228 / Star 1; Area of a section in band 23
ABND1024= 0.000905060 / Star 1; Area of a section in band 24
ABND1025= 0.000563234 / Star 1; Area of a section in band 25
NSECT1 = 860 / Star 1; Total # of sections on star
VSECT1 = 649 / Star 1; # of visible sections
END
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