Tb = Tk * (1.0 - exp(-tau))
return Tb, tau
##
## Main
##
if __name__ == "__main__":
# Some necessary imports
from sparx import tasks, utils, inputs
from glob import glob
# Remove old files
name = "uniform"
if not utils.confirm_remove_files(glob("./%s.*"%name)):
print "Aborted"
exit()
# Table header
table = ['# %20s %20s %20s %20s %20s %20s %20s %20s %20s'%('Molec', 'Tau_S1D', 'Tau_S3D', 'Tau_Est', 'Tau_diff(%)', 'Tb_S1D(K)', 'Tb_S3D(K)', 'Tb_Est(K)', 'Tb_Diff(%)')]
# Calculate image for different wavelengths
for molec in 'o-h2o_2lev', 'co_2lev', 'hco+_2lev', 'sio_2lev', 'hnco_2lev':
# Setup file names
src1d = "%s.%s.src1d"%(name, molec)
out1d = "%s.%s.xyv1d"%(name, molec)
tau1d = "%s.%s.tau1d"%(name, molec)
src3d = "%s.%s.src3d"%(name, molec)
out3d = "%s.%s.xyv3d"%(name, molec)
tau3d = "%s.%s.tau3d"%(name, molec)
Tb = Tk * tau
return Tb, tau
##
## Main
##
if __name__ == "__main__":
# Some necessary imports
from sparx import tasks, utils, inputs
from glob import glob
# Remove old files
name = "uniform"
if not utils.confirm_remove_files(glob("./%s.*" % name)):
print "Aborted"
exit()
# Generate 1D model
src1d = "%s1d.src" % (name)
src3d = "%s3d.src" % (name)
tasks.task_valdust1d(out=src1d)
tasks.task_valdust3d(out=src3d)
# Table header
table = [
'# %20s %20s %20s %20s %20s %20s %20s %20s %20s' %
('Lambda(mm)', 'Tau_S1D', 'Tau_S3D', 'Tau_Est', 'Tau_Diff(%)',
'Tb_S1D(K)', 'Tb_S3D(K)', 'Tb_Est(K)', 'Tb_Diff(%)')
]
# NPROC
NPROC = int(opts.nproc)
# MAXITER
MAXITER = int(opts.maxiter)
# NDIV
if opts.orig:
NDIV = None
else:
NDIV = int(opts.ndiv)
# Clear old files?
if opts.clear:
from glob import glob
utils.confirm_remove_files(glob("./%s*"%NAME))
if opts.only1d:
s3d_path = None
else:
s3d_path = "."
##
## Run validation
##
# Calculate static problem
if not opts.lvg_only:
static = Static(NDIV, Xmol_LIST, opts.molec, tcmb=opts.tcmb, s1d_path=".", s3d_path=s3d_path)
static.run(opts.exc_only, opts.nofig, opts.no_intermediate)
# Calculate LVG problem
