;This is the translation table that Karen used last week to gnerate a
;dozen 30-s flux cdf's; it's same as what i had sent her months ago.
;sardi, 27 jun 86
;6 july 96: revised with zGT2 (not Z>3), and lica (not lica). sardi
;----------------------------------------------------------------------------
; This is the ffd file for the 30sec flux sampex.skt dataset for testing.
RUNTIME_PARAMETERS
progress_output             ON        ;(ON/OFF),default=OFF
debug_output                OFF        ;(ON/OFF),default=OFF
log_to_screen               ON        ;(ON/OFF),default=OFF
logfile_maxrecs             400       ;(positive integer),default=100
log_to_file                 OFF       ;(ON/OFF),default=OFF
END_RUNTIME_PARAMETERS
;
INFILE_DESCRIPTION
format                       FREEFORM  ;(FREEFORM/FORMATTED),default=FREEFORM
data_type                    TEXT      ;(TEXT/BINARY),default=TEXT
text_type                    ASCII     ;(ASCII/EBCDIC),default=ASCII
binary_type                  VAX       ;(VAX/SUN/IBMPC) iff data_type=TEXT
delimiter                    ,         ;fields are comma separated
END_INFILE_DESCRIPTION
;
EPOCH_DESCRIPTION
algorithm                    5                         ;algorithm id
operands                     1992 1 1 0 0 0 0 1 5 0    ;operands
END_EPOCH_DESCRIPTION
;
VARIABLE_DESCRIPTIONS
;vname                 Size form H E br er nreps delta #/r M C aV aS aF Fc fill
sampex_time            1    i4   n n 1  0  1     0     1   0 n n  n  n  n  0
iso_time               1    c24  n n 0  0  0     0     1   0 n n  n  n  n  0
another_time           1    c18  n n 0  0  0     0     1   0 n n  n  n  n  0
orbit                  1    i4   n n 0  0  0     0     1   0 n n  n  n  n  0
mdf_vers               1    i2   n n 0  0  0     0     1   0 n n  n  n  n  0
bl_igrf_vers           1    i2   n n 0  0  0     0     1   0 n n  n  n  n  0
mag_eph_vers           1    i2   n n 0  0  0     0     1   0 n n  n  n  n  0
geo_POS                3    r4   n n 0  0  0     0     3   0 n n  n  n  n  0
geo_alt                1    r4   n n 0  0  0     0     1   0 n n  n  n  n  0
gei_pos                3    r4   n n 0  0  0     0     3   0 n n  n  n  n  0
gei_vel                3    r4   n n 0  0  0     0     3   0 n n  n  n  n  0
dir_cos               3,3   r4   n n 0  0  0     0     9   R n n  n  n  n  0
exo_temp               1    r4   n n 0  0  0     0     1   0 n n  n  n  n  0
drag                   1    r4   n n 0  0  0     0     1   0 n n  n  n  n  0
geomag_index           1    r4   n n 0  0  0     0     1   0 n n  n  n  n  0
ecd_pos                3    r4   n n 0  0  0     0     3   0 n n  n  n  n  0
ecd_lt                 1    r4   n n 0  0  0     0     1   0 n n  n  n  n  0
L_shell                1    r4   n n 0  0  0     0     1   0 n n  n  n  n  0
Bfield_mag             1    r4   n n 0  0  0     0     1   0 n n  n  n  n  0
equat_lt               1    r4   n n 0  0  0     0     1   0 n n  n  n  n  0
invlat                 1    r4   n n 0  0  0     0     1   0 n n  n  n  n  0
pitch                  1    r4   n n 0  0  0     0     1   0 n n  n  n  n  0
losscone1              1    r4   n n 0  0  0     0     1   0 n n  n  n  n  0
losscone2              1    r4   n n 0  0  0     0     1   0 n n  n  n  n  0
b_vect_gei             3    r4   n n 0  0  0     0     3   0 n n  n  n  n  0
b_vect_geogr           3    r4   n n 0  0  0     0     3   0 n n  n  n  n  0
dipole_mom             3    r4   n n 0  0  0     0     3   0 n n  n  n  n  0
dipole_displace        3    r4   n n 0  0  0     0     3   0 n n  n  n  n  0
declination            1    r4   n n 0  0  0     0     1   0 n n  n  n  n  0
dip                    1    r4   n n 0  0  0     0     1   0 n n  n  n  n  0
mag_rad                1    r4   n n 0  0  0     0     1   0 n n  n  n  n  0
mag_lat                1    r4   n n 0  0  0     0     1   0 n n  n  n  n  0
mirror_point           3    r4   n n 0  0  0     0     3   0 n n  n  n  n  0
mag_equator            4    r4   n n 0  0  0     0     4   0 n n  n  n  n  0
N_mirror_params        4    r4   n n 0  0  0     0     4   0 n n  n  n  n  0
S_mirror_params        4    r4   n n 0  0  0     0     4   0 n n  n  n  n  0
cutoff                 1    r4   n n 0  0  0     0     1   0 n n  n  n  n  0
saa_flag               1    i2   n n 0  0  0     0     1   0 n n  n  n  n  0
zenith_z               1    r4   n n 0  0  0     0     1   0 n n  n  n  n  0
azimuth_z              1    r4   n n 0  0  0     0     1   0 n n  n  n  n  0
ctrl_mode              1    i2   n n 0  0  0     0     1   0 n n  n  n  n  0
sun_b_angle            1    r4   n n 0  0  0     0     1   0 n n  n  n  n  0
lf1=Int_Flux           1    r4   n n 0  0  0     0     1   0 n n  n  n  n -1e31
lf2=He_dif_flux(1)     1    r4   n n 0  0  0     0     1   0 n n  n  n  n -1e31
lf3=zGT2_DIF_FLX(1)    1    r4   n n 0  0  0     0     1   0 n n  n  n  n -1e31
ls1=Int_Flux_sigma     1    r4   n n 0  0  0     0     1   0 n n  n  n  n -1e31
ls2=He_flx_sigma(1)    1    r4   n n 0  0  0     0     1   0 n n  n  n  n -1e31
ls3=zGT2_FLX_SIG(1)    1    r4   n n 0  0  0     0     1   0 n n  n  n  n -1e31
lica_flag              6    i2   n n 0  0  0     0     6   0 n n  n  n  n  0
hf1=He_dif_flux(2)     1    r4   n n 0  0  0     0     1   0 n n  n  n  n -1e31
hf2=He_dif_flux(4)     1    r4   n n 0  0  0     0     1   0 n n  n  n  n -1e31
hf3=zGT2_DIF_FLX(2     1    r4   n n 0  0  0     0     1   0 n n  n  n  n -1e31
hf4=zGT2_DIF_FLX(9)    1    r4   n n 0  0  0     0     1   0 n n  n  n  n -1e31
hs1=He_flx_sigma(2)    1    r4   n n 0  0  0     0     1   0 n n  n  n  n -1e31
hs2=He_flx_sigma(4)    1    r4   n n 0  0  0     0     1   0 n n  n  n  n -1e31
hs3=zGT2_FLX_SIG(2)    1    r4   n n 0  0  0     0     1   0 n n  n  n  n -1e31
hs4=zGT2_FLX_SIG(9)    1    r4   n n 0  0  0     0     1   0 n n  n  n  n -1e31
HILT_flag              7    i2   n n 0  0  0     0     7   0 n n  n  n  n  0
mf1=Prot_Dif_Flux(1)   1    r4   n n 0  0  0     0     1   0 n n  n  n  n -1e31
mf2=He_dif_flux(3)     1    r4   n n 0  0  0     0     1   0 n n  n  n  n -1e31
mf3=zGT2_DIF_FLX(3)    1    r4   n n 0  0  0     0     1   0 n n  n  n  n -1e31
mf4=zGT2_DIF_FLX(4)    1    r4   n n 0  0  0     0     1   0 n n  n  n  n -1e31
mf5=zGT2_DIF_FLX(5)    1    r4   n n 0  0  0     0     1   0 n n  n  n  n -1e31
mf6=zGT2_DIF_FLX(6)    1    r4   n n 0  0  0     0     1   0 n n  n  n  n -1e31
mf7=zGT2_DIF_FLX(7)    1    r4   n n 0  0  0     0     1   0 n n  n  n  n -1e31
mf8=zGT2_DIF_FLX(8)    1    r4   n n 0  0  0     0     1   0 n n  n  n  n -1e31
ms1=Prot_Flux_Sigma(1) 1    r4   n n 0  0  0     0     1   0 n n  n  n  n -1e31
ms2=He_flx_sigma(3)    1    r4   n n 0  0  0     0     1   0 n n  n  n  n -1e31
ms3=zGT2_FLX_SIG(3)    1    r4   n n 0  0  0     0     1   0 n n  n  n  n -1e31
ms4=zGT2_FLX_SIG(4)    1    r4   n n 0  0  0     0     1   0 n n  n  n  n -1e31
ms5=zGT2_FLX_SIG(5)    1    r4   n n 0  0  0     0     1   0 n n  n  n  n -1e31
ms6=zGT2_FLX_SIG(6)    1    r4   n n 0  0  0     0     1   0 n n  n  n  n -1e31
ms7=zGT2_FLX_SIG(7)    1    r4   n n 0  0  0     0     1   0 n n  n  n  n -1e31
ms8=zGT2_FLX_SIG(8)    1    r4   n n 0  0  0     0     1   0 n n  n  n  n -1e31
MAST_flag              4    i2   n n 0  0  0     0     4   0 n n  n  n  n  0
pf1=Elect_Dif_Flx(1)   1    r4   n n 0  0  0     0     1   0 n n  n  n  n -1e31
pf2=Elect_Dif_Flx(2)   1    r4   n n 0  0  0     0     1   0 n n  n  n  n -1e31
pf3=Prot_Dif_Flux(2)   1    r4   n n 0  0  0     0     1   0 n n  n  n  n -1e31
ps1=Elect_Flx_Sigma(1) 1    r4   n n 0  0  0     0     1   0 n n  n  n  n -1e31
ps2=Elect_Flx_Sigma(2) 1    r4   n n 0  0  0     0     1   0 n n  n  n  n -1e31
ps3=Prot_Flux_Sigma(2) 1    r4   n n 0  0  0     0     1   0 n n  n  n  n -1e31
PET_flag               4    i2   n n 0  1  0     0     4   0 n n  n  n  n  0
END_VARIABLES_DESCRIPTIONS