def rfluxmtx_command_with_postprocess(
octree, sensor_grid, sky_dome, sky_mtx, sensor_count, rad_params,
rad_params_locked, output, conversion, output_format, dry_run
):
"""Run rfluxmtx command and pass the results to rmtxop.
octree: Path to octree file.
sensor-grid: Path to sensor grid file.
sky-dome: Path to sky dome for coefficient calculation.
sky-mtx: Path to sky matrix.
"""
try:
options = RfluxmtxOptions()
# parse input radiance parameters
if rad_params.strip():
options.update_from_string(rad_params.strip())
# overwrite input values with protected ones
if rad_params_locked.strip():
options.update_from_string(rad_params_locked.strip())
if not sensor_count:
raise ValueError('Number of sensors in senor grid must be provided!')
options.update_from_string('-aa 0.0 -faf -y {}'.format(sensor_count))
# create command.
cmd_template = 'rfluxmtx {rad_params} - {sky_dome} -i {octree} < ' \
'{sensors} | rmtxop -f{output_format} - {sky_mtx}'
if conversion and conversion.strip():
cmd_template = cmd_template + ' -c %s' % conversion
if output:
cmd_template = cmd_template + ' > {output}'.format(output=output)
cmd = cmd_template.format(
rad_params=options.to_radiance(), sky_dome=sky_dome, octree=octree,
sensors=sensor_grid, output_format=output_format, sky_mtx=sky_mtx
)
if dry_run:
click.echo(cmd)
else:
run_command(cmd, env=folders.env)
except Exception:
_logger.exception('Failed to run rfluxmtx command.')
sys.exit(1)
else:
sys.exit(0)
def test_protected_assignment():
options = RfluxmtxOptions()
with pytest.raises(exceptions.ProtectedOptionError):
options.f = 'bins.cal'
with pytest.raises(exceptions.ProtectedOptionError):
options.e = '2*$1=$2'
with pytest.raises(exceptions.ProtectedOptionError):
options.m = 'modifier'
with pytest.raises(exceptions.ProtectedOptionError):
options.m = None
options.M = './suns.mod'
def test_reassignment():
options = RfluxmtxOptions()
options.v = True
assert options.v == True
assert options.to_radiance() == '-v'
# remove assigned values
options.v = None
assert options.v == None
assert options.to_radiance() == ''
def test_default():
options = RfluxmtxOptions()
assert options.to_radiance() == ''
def test_assignment():
options = RfluxmtxOptions()
options.v = True
assert options.v == True
assert options.to_radiance() == '-v'
'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()