def test_from_string():
opt = RtraceOptions()
opt_str = '-I -u- -h+ -lw 2e-06 -fa'
opt.update_from_string(opt_str)
assert opt.I == True
assert opt.u == False
assert opt.h == True
assert opt.lw == 2e-06
assert opt.fio == 'a'
'point-in-time-image': 'rpict',
'rpict': 'rpict',
'2': 'rfluxmtx',
'annual': 'rfluxmtx',
'rfluxmtx': 'rfluxmtx',
}
DETAIL_LEVELS = {'0': 0, 'low': 0, '1': 1, 'medium': 1, '2': 2, 'high': 2}
if all_required_inputs(ghenv.Component):
# process the recipe type and level of detail
_detail_level_ = DETAIL_LEVELS[_detail_level_.lower()] \
if _detail_level_ is not None else 0
command_name = RECIPE_TYPES[_recipe_type.lower()]
if command_name == 'rtrace':
option_dict = RTRACE
option_obj = RtraceOptions()
elif command_name == 'rpict':
option_dict = RPICT
option_obj = RpictOptions()
elif command_name == 'rfluxmtx':
option_dict = RFLUXMTX
option_obj = RfluxmtxOptions()
# assign the defualts to the object and output the string
for opt_name, opt_val in option_dict.items():
setattr(option_obj, opt_name, opt_val[_detail_level_])
if additional_par_:
option_obj.update_from_string(additional_par_)
rad_par = option_obj.to_radiance()
def test_from_string_non_standard():
opt = RtraceOptions()
opt_str = '-g 200'
opt.update_from_string(opt_str)
assert '-g 200' in opt.to_radiance()