def test_invalid_fccs_and_covertype_ids(self):
# fccs id 1 isn't in ou
with raises(ValueError) as e_info:
Fccs2Ef("1", True)
with raises(ValueError) as e_info:
Fccs2Ef("1", False)
with raises(ValueError) as e_info:
CoverType2Ef("2", True)
with raises(ValueError) as e_info:
CoverType2Ef("2", False)
def setup(self):
fccs2covertype.FCCS_2_COVERTYPE = FCCS_2_COVERTYPE
efgroup2ef.EF_GROUP_2_EF = EF_GROUP_2_EF
covertype2efgroup.COVERTYPE_2_EF_GROUP = COVERTYPE_2_EF_GROUP
catphase2efgroup.CAT_PHASE_2_EF_GROUP = CAT_PHASE_2_EF_GROUP
self.lookups = {
"fccs2ef_213_rx": Fccs2Ef('213', True),
"fccs2ef_213_wf": Fccs2Ef('213', False),
"ct2ef_1_rx": CoverType2Ef('1', True),
"ct2ef_10_wf": CoverType2Ef('10', False)
}
def _run_on_fire(self, fire):
if 'activity' not in fire:
raise ValueError(
"Missing activity data required for computing emissions")
for aa in fire.active_areas:
for loc in aa.locations:
if 'fuelbeds' not in loc:
raise ValueError(
"Missing fuelbed data required for computing emissions"
)
for fb in loc['fuelbeds']:
if 'consumption' not in fb:
raise ValueError(
"Missing consumption data required for computing emissions"
)
if 'fccs_id' not in fb:
raise ValueError(
"Missing FCCS Id required for computing emissions")
fccs2ef = Fccs2Ef(fb["fccs_id"],
is_rx=(fire["type"] == "rx"))
calculator = EmissionsCalculator(fccs2ef,
species=self.species)
_calculate(calculator, fb, self.include_emissions_details)
# Convert from lbs to tons
# TODO: Update EFs to be tons/ton in a) eflookup package,
# b) just after instantiating look-up objects, above,
# or c) just before calling EmissionsCalculator, above
datautils.multiply_nested_data(fb['emissions'],
self.CONVERSION_FACTOR)
if self.include_emissions_details:
datautils.multiply_nested_data(fb['emissions_details'],
self.CONVERSION_FACTOR)