title Kurucz 1979 SED
c
c commands controlling continuum =========
c Approximate model of a hot star ionizing its surroundings.
c Assume H density of 1e+6 per cc.  This run tests the Kurucz model option.
c I choose the T_eff and log(g) values arbitrarily.  It implies a star
c with luminosity 32300 L_sun, radius 6.4745 R_sun, and mass 3.745 M_sun.
table star kurucz 30400.0
luminosity 4.509202522 solar
c
c commands for density & abundances =========
abundances old solar 84 
hden 6.0
grains ism
c
c commands controlling geometry  =========
radius -3.0 parsec
sphere
stop zone 1
set dr 0
c
c other commands for details     =========
constant temperature 4
c
c commands controlling output    =========
c
save performance "stars_kurucz79.per"
save overview last "stars_kurucz79.ovr"
save results last "stars_kurucz79.rlt"
save monitors last "stars_kurucz79.asr"
save transmitted continuum last "stars_kurucz79.trn" no header
save continuum last "stars_kurucz79.con" units microns
c
c commands giving the monitors    =========
// >>chng 10 aug 12, from 22.5 to 22.56, fix botches related to r4125; star botches from recent continuum mesh changes
monitor line luminosity "nInu" 3.400c  22.56
monitor line luminosity "nInu" 122.4m  29.887
monitor line luminosity "nInu" 60.83m  30.800
monitor line luminosity "nInu" 41.22m  31.308
monitor line luminosity "nInu" 30.87m  31.686
monitor line luminosity "nInu" 24.78m  31.972
monitor line luminosity "nInu" 24.30m  31.992
monitor line luminosity "nInu" 22.83m  32.077
monitor line luminosity "nInu" 21.42m  32.161
monitor line luminosity "nInu" 21.12m  32.174
monitor line luminosity "nInu" 19.62m  32.272
monitor line luminosity "nInu" 17.65m  32.409
monitor line luminosity "nInu" 17.37m  32.435
monitor line luminosity "nInu" 15.69m  32.565
monitor line luminosity "nInu" 14.60m  32.656
monitor line luminosity "nInu" 12.43m  32.871
monitor line luminosity "nInu" 11.40m  32.982
monitor line luminosity "nInu" 10.46m  33.093
monitor line luminosity "nInu" 9.480m  33.224
monitor line luminosity "nInu" 9.325m  33.243
monitor line luminosity "nInu" 8.210m  33.413
monitor line luminosity "nInu" 7.580m  33.511
monitor line luminosity "nInu" 7.050m  33.609
monitor line luminosity "nInu" 4.114m  34.311
monitor line luminosity "nInu" 2.324m  35.040
monitor line luminosity "nInu" 1.643m  35.481
monitor line luminosity "nInu" 1.480m  35.615
monitor line luminosity "nInu" 1.436m  35.653
monitor line luminosity "nInu" 1.119m  35.969
monitor line luminosity "nInu"  8330A  36.326
monitor line luminosity "nInu"  8079A  36.362
monitor line luminosity "nInu"  6210A  36.681
monitor line luminosity "nInu"  4885A  36.965
monitor line luminosity "nInu"  3704A  37.242
monitor line luminosity "nInu"  3588A  37.268
monitor line luminosity "nInu"  2430A  37.641
monitor line luminosity "nInu"  2392A  37.653
monitor line luminosity "nInu"  2071A  37.769
monitor line luminosity "nInu"  2053A  37.773
monitor line luminosity "nInu"  1793A  37.880
monitor line luminosity "nInu"  1585A  37.979
monitor line luminosity "nInu"  1458A  38.046
monitor line luminosity "nInu"  1357A  38.092
monitor line luminosity "nInu"  1297A  38.119
monitor line luminosity "nInu"  1263A  38.138
monitor line luminosity "nInu"  1218A  38.159
monitor line luminosity "nInu"  1196A  38.168
monitor line luminosity "nInu"  1175A  38.174
monitor line luminosity "nInu"  1144A  38.173
monitor line luminosity "nInu"  1113A  38.172
monitor line luminosity "nInu"  1103A  38.171
monitor line luminosity "nInu"  1074A  38.170
monitor line luminosity "nInu"  1064A  38.169
monitor line luminosity "nInu"  1036A  38.168
monitor line luminosity "nInu"  1000A  38.167
monitor line luminosity "nInu" 925.1A  37.768
monitor line luminosity "nInu" 897.8A  37.253
monitor line luminosity "nInu" 760.0A  36.981
monitor line luminosity "nInu" 701.5A  36.857
monitor line luminosity "nInu" 608.2A  36.678
monitor line luminosity "nInu" 575.1A  36.595
monitor line luminosity "nInu" 511.9A  36.391
monitor line luminosity "nInu" 496.9A  35.395
monitor line luminosity "nInu" 399.2A  34.128
// 
c stars_kurucz79.in
c class stars 
c ========================================

This is a test that the code can correctly access the
Kurucz model atmosphere continua described by Kurucz (1979). 
Kevin Volk provided it as part of his original coding of these
stellar atmosphere files.
Constant temperature is assumed since this tests shape of stellar continuum
rather than thermal physics.

Checks:
table star kurucz command works.