temp_mi = float(temp_mi)
if temp_mi > 0:
temp_mi = temp_mi
else:
temp_mi = 15.0
cmd = '%s/nomagic in=%s out=%s repval=%s > /dev/null '%(kapdir,ctemp,mtemp,temp_mi)
os.system(cmd)
temp_45(mask,mtemp,masktemp)
print 'mean temperature is ', temp_mi, 'K'
#MASS -
#calculate masses
mass450 = mass_maps2.mass_map(c450,masktemp,kappa_4,d,i,450,'clumps')
mass850 = mass_maps2.mass_map(c850,masktemp,kappa_8,d,i,850,'clumps')
#Get mass error. - based on mean temp. and final mass
dMi_450 = mass_err(c450i,temp_mi,0.3)
dMi_850 = mass_err(c850i,temp_mi,0.02)
#Extract clump mass as number
cmd = '%s/stats ndf=%s %s'%(kapdir,mass450,'> /dev/null')
os.system(cmd)
cmd = '%s/parget parname=%s applic=%s'%(kapdir,'total','stats')
status, output = commands.getstatusoutput(cmd)
m450i = output
cmd = '%s/stats ndf=%s %s'%(kapdir,mass850,'> /dev/null')
os.system(cmd)
cmd = '%s/parget parname=%s applic=%s'%(kapdir,'total','stats')
os.system(cmd)
cmd = "%s/parget parname=%s applic=%s" % (kapdir, "mean", "stats")
status, output = commands.getstatusoutput(cmd)
temp_mi = output
temp_mi = float(temp_mi)
if temp_mi > 0:
temp_mi = temp_mi
else:
temp_mi = 15.0
cmd = "%s/nomagic in=%s out=%s repval=%s > /dev/null " % (kapdir, ctemp, mtemp, temp_mi)
os.system(cmd)
# Make maps of mass
m450 = mass_maps2.mass_map(c450, mtemp, kappa_4, d, i, 450, "cores")
m850 = mass_maps2.mass_map(c850, mtemp, kappa_8, d, i, 850, "cores")
# Get mass error. - based on mean temp. and final mass
dMi_450 = mass_err(c450i, temp_mi, 0.3)
dMi_850 = mass_err(c850i, temp_mi, 0.02)
# Extract core mass as number
cmd = "%s/stats ndf=%s %s" % (kapdir, m450, "> /dev/null")
os.system(cmd)
cmd = "%s/parget parname=%s applic=%s" % (kapdir, "total", "stats")
status, output = commands.getstatusoutput(cmd)
m450i = output
cmd = "%s/stats ndf=%s %s" % (kapdir, m850, "> /dev/null")
os.system(cmd)
