def run(burn_type,
csv_input,
do_metric,
msg_level,
outfile,
fuel_loadings=None,
col_cfg=None,
no_sera=False):
# validate alternate loadings file if provide. Throws exception on invalid
if fuel_loadings: validate_fuel_loadings(fuel_loadings)
# obtain a FuelConsumption object
consumer = consume.FuelConsumption(fccs_file=fuel_loadings, msg_level=msg_level) \
if fuel_loadings else consume.FuelConsumption(msg_level=msg_level)
# run the calculator and either pickle results for later output
# or output as specified
consumer.burn_type = burn_type
if consumer.load_scenario(csv_input, display=False):
emissions = consume.Emissions(consumer)
if no_sera:
emissions.no_sera = True
else:
emissions.no_sera = False
results = emissions.results()
write_results(results, outfile, do_metric, col_cfg_file=col_cfg)
if not pickle_output(col_cfg):
print("\nSuccess!!! Results are in \"{}\"".format(outfile))
def _run_fuelbed(fb, location, fuel_loadings_manager, season, burn_type,
msg_level):
fuel_loadings_csv_filename = fuel_loadings_manager.generate_custom_csv(
fb['fccs_id'])
fc = consume.FuelConsumption(
fccs_file=fuel_loadings_csv_filename) #msg_level=msg_level)
fb['fuel_loadings'] = fuel_loadings_manager.get_fuel_loadings(
fb['fccs_id'], fc.FCCS)
fc.burn_type = burn_type
fc.fuelbed_fccs_ids = [fb['fccs_id']]
fc.season = [season]
# Note: if we end up running fc on all fuelbeds at once, use lists
# for the rest
# Note: consumption output is always returned in tons per acre
# (see comment, below) and is linearly related to area, so the
# consumption values are the same regardless of what we set
# fuelbed_area_acres to. Released heat output, on the other hand,
# is not linearly related to area, so we need to set area
area = (fb['pct'] / 100.0) * location['area']
fc.fuelbed_area_acres = [area]
fc.fuelbed_ecoregion = [location['ecoregion']]
_apply_settings(fc, location, burn_type)
_results = fc.results()
if _results:
# TODO: validate that _results['consumption'] and
# _results['heat'] are defined
fb['consumption'] = _results['consumption']
fb['consumption'].pop('debug', None)
fb['heat'] = _results['heat release']
# Multiply each consumption value by area if output_inits is 'tons_ac'
# Note: regardless of what fc.output_units is set to, it gets
# reset to 'tons_ac' in the call to fc.results, and the output values
# are the same (presumably always in tons_ac)
# Also multiply heat by area, though we're currently not sure if the
# units are in fact BTU per acre
if fc.output_units == 'tons_ac':
datautils.multiply_nested_data(fb["consumption"], area)
datautils.multiply_nested_data(fb["heat"], area)
else:
# TODO: somehow get error information from fc object; when
# you call fc.results() in an error situation, it writes to
# stdout or stderr (?), something like:
#
# !!! Error settings problem, the following are required:
# fm_type
# it would be nice to access that error message here and
# include it in the exception message
raise RuntimeError("Failed to calculate consumption for "
"fuelbed {}".format(fb['fccs_id']))
def _run_fuelbed(fb, location, fuel_loadings_manager, season, burn_type,
msg_level):
fuel_loadings_csv_filename = fuel_loadings_manager.generate_custom_csv(
fb['fccs_id'])
fc = consume.FuelConsumption(
fccs_file=fuel_loadings_csv_filename) #msg_level=msg_level)
fb['fuel_loadings'] = fuel_loadings_manager.get_fuel_loadings(
fb['fccs_id'], fc.FCCS)
fc.burn_type = burn_type
fc.fuelbed_fccs_ids = [fb['fccs_id']]
fc.season = [season]
# Note: if we end up running fc on all fuelbeds at once, use lists
# for the rest
# Note: consume expects area, but disregards it when computing
# consumption values - it produces tons per unit area (acre?), not
# total tons; so, to avoid confution, just set it to 1 and
# then correct the consumption values by multiplying by area, below
area = (fb['pct'] / 100.0) * location['area']
fc.fuelbed_area_acres = [1] # see see note,above
fc.fuelbed_ecoregion = [location['ecoregion']]
_apply_settings(fc, location, burn_type)
_results = fc.results()
if _results:
# TODO: validate that _results['consumption'] and
# _results['heat'] are defined
fb['consumption'] = _results['consumption']
fb['consumption'].pop('debug', None)
fb['heat'] = _results['heat release']
# multiply each consumption and heat value by area if
# output_inits is 'tons_ac',
# TODO: multiple by area even if user sets output_units to 'tons',
# because consume doesn't seem to be multiplying by area for us
# even when 'tons' is specified
if fc.output_units == 'tons_ac':
datautils.multiply_nested_data(fb["consumption"], area)
datautils.multiply_nested_data(fb["heat"], area)
else:
# TODO: somehow get error information from fc object; when
# you call fc.results() in an error situation, it writes to
# stdout or stderr (?), something like:
#
# !!! Error settings problem, the following are required:
# fm_type
# it would be nice to access that error message here and
# include it in the exception message
raise RuntimeError("Failed to calculate consumption for "
"fuelbed {}".format(fb['fccs_id']))
def setUpClass(self):
'''
Expected values come from a spreadsheet in the Consume docs repo.
Run a script there to extract and format the expected values into .csv file.
Current, copy the files to this repo. Consider using CI server in the future.
'''
self._south_exp = pd.read_csv(helper.imp(SOUTHERN_EXPECTED_FILE))
self._west_exp = pd.read_csv(helper.imp(WESTERN_EXPECTED_FILE))
# unfortunately, the basal acc. and sq. midden calculations use proportional duff consumption
self._duff_proportional_consumption = None
loadings_file = helper.get_test_loadingsfile()
self.fc = consume.FuelConsumption(fccs_file=loadings_file)
self.fc.burn_type = 'natural'
input_file = helper.get_test_inputfile()
# debug: my_print(' - Loading input from: {}'.format(input_file))
self.fc.load_scenario(load_file=input_file)
self._loadings = self.fc._get_loadings_for_specified_files(self.fc._settings.get('fuelbeds'))
# Setup ecoregion masks for equations that vary by ecoregion
self._ecodict = {"maskb": {"boreal": 1, "western": 0, "southern": 0},
"masks": {"boreal": 0, "western": 0, "southern": 1},
"maskw": {"boreal": 0, "western": 1, "southern": 0}}
my_print('--- ecoregion settings')
my_print('\t'.join(self.fc._settings.get('ecoregion')))
ecoregion = self.fc._settings.get('ecoregion')
self._ecob_mask = [self._ecodict["maskb"][e] for e in ecoregion]
self._ecos_mask = [self._ecodict["masks"][e] for e in ecoregion]
self._ecow_mask = [self._ecodict["maskw"][e] for e in ecoregion]
self._ecoregion_masks = {
'boreal': self._ecob_mask,
'southern': self._ecos_mask,
'western': self._ecow_mask}
def setUp(self):
infile = helper.get_test_loadingsfile()
self._consumer = consume.FuelConsumption()
'''
