if o == "-" + key.split(",")[0] or o == "--" + key.split(",")[1]:
opts_left.remove(key.split(",")[0])
if "," in value:
ret_val[value.split(",")[0]] = a.split(",")[0]
ret_val[value.split(",")[1]] = a.split(",")[1]
else:
ret_val[value] = a
if len(opts_left) == 0 or len(opts_left) == len(options):
return ret_val
else:
return "bad"
# Create a new UCVM object.
u = UCVM()
ret_val = get_user_opts({"b,bottomleft":"lat1,lon1", "u,upperright":"lat2,lon2", \
"s,spacing":"spacing", "c,cvm":"cvm_selected"})
if ret_val == "bad":
usage()
exit(1)
elif len(ret_val) > 0:
print "Using parameters:\n"
for key, value in ret_val.iteritems():
print key + " = " + value
try:
float(value)
exec("%s = float(%s)" % (key, value))
except StandardError, e:
installdir = None
configfile = None
# Ask if a different installdir should be used
cwd = os.getcwd()
installdir = ask_path(
"Do you want to use different UCVM install directory", cwd + "/..")
# Ask if a different ucvm.conf should be used
configfile = ask_file("Do you want to use different ucvm.conf file",
cwd + "/../ucvm.conf")
# Ask which CVMs to use.
print "\nFrom which CVM would you like this data to come:"
# Create a new UCVM object.
u = UCVM(install_dir=installdir, config_file=configfile)
for cvm in u.models:
cvmtoprint = cvm
if cvm in UCVM_CVMS:
cvmtoprint = UCVM_CVMS[cvm]
corresponding_cvm.append(cvm)
print "\t%d) %s" % (counter, cvmtoprint)
counter += 1
cvm_selected = -1
while cvm_selected < 0 or cvm_selected > counter:
cvm_selected = int(ask_number("\nSelect the CVM: ")) - 1
if cvm_selected < 0 or cvm_selected > counter:
print "Error: the number you selected must be between 1 and %d" % counter