trash.mrf_model.flow_model

Attributes

PATH_TO_COUNTY_URI

PATH_TO_EFFICIENCY

PATH_TO_INPUT

PATH_TO_MRF_ELECTRICITY

PATH_TO_MRF_OTHER

PATH_TO_PROJECTED_AMOUNTS

PATH_TO_STATE_COUNTY

SCRIPT_DIR

psd

Classes

PlasticSD

Module Contents

class trash.mrf_model.flow_model.PlasticSD(year: list[int] = 2020, verbose=0, region_selection=None, sample_size=None)[source]

Bases: sentier_data_tools.SentierModel

calculate_energy_usage(row, flow_result)[source]
clean_output_directory()[source]
create_output_directory()[source]
general_unitops(i, source, unit_ops, destination, output)[source]
get_county_uri(state_county)[source]
load_county_uris()[source]
load_mrf_equipment_efficiency()[source]
load_region_data()[source]
mrf_sorting(reg_df)[source]
prepare() → None[source]
process_region(row)[source]
run() → Tuple[List[sentier_data_tools.Demand], List[sentier_data_tools.Flow]][source]
aliases[source]
county_uris[source]
dummy_demand[source]
flow[source]
mrf_equipment_efficiency = None[source]
outputs = ['film_bale', 'cardboard_bale', 'glass_bale', 'pet_bale', 'hdpe_bale', 'iron_bale', 'aluminum_bale'][source]
parameters = None[source]
provides[source]
recycle_stream_material = ['aluminum', 'cardboard', 'iron', 'glass', 'hdpe', 'paper', 'pet', 'film', 'other'][source]
reg_df_data = None[source]
region_selection[source]
run_config[source]
sample_size[source]
unit_ops = ['vacuum', 'disc_screen1', 'glass_breaker', 'disc_screen2', 'nir_pet', 'nir_hdpe', 'magnet', 'eddy'][source]
verbose[source]
year[source]
trash.mrf_model.flow_model.PATH_TO_COUNTY_URI[source]
trash.mrf_model.flow_model.PATH_TO_EFFICIENCY[source]
trash.mrf_model.flow_model.PATH_TO_INPUT[source]
trash.mrf_model.flow_model.PATH_TO_MRF_ELECTRICITY[source]
trash.mrf_model.flow_model.PATH_TO_MRF_OTHER[source]
trash.mrf_model.flow_model.PATH_TO_PROJECTED_AMOUNTS[source]
trash.mrf_model.flow_model.PATH_TO_STATE_COUNTY[source]
trash.mrf_model.flow_model.SCRIPT_DIR[source]
trash.mrf_model.flow_model.psd[source]