def get_simulation_models(SCENARIO):
models = [
"neighborhood_vars", # local accessibility vars
"regional_vars", # regional accessibility vars
"rsh_simulate", # residential sales hedonic
"nrh_simulate", # non-residential rent hedonic
"households_relocation",
"households_transition",
"jobs_relocation",
"jobs_transition",
"price_vars",
"scheduled_development_events", # scheduled buildings additions
"lump_sum_accounts", # run the subsidized acct system
"subsidized_residential_developer_lump_sum_accts",
"alt_feasibility",
"residential_developer",
"developer_reprocess",
"office_developer",
"retail_developer",
"additional_units",
"hlcm_simulate", # put these last so they don't get
"proportional_elcm", # start with a proportional jobs model
"elcm_simulate", # displaced by new dev
"topsheet",
"parcel_summary",
"building_summary",
"diagnostic_output",
"geographic_summary",
"travel_model_output"
]
# calculate VMT taxes
if SCENARIO in ["1", "3", "4"]:
# calculate the vmt fees at the end of the year
# note that you might also have to change the fees that get
# imposed - look for fees_per_unit column in variables.py
if SCENARIO == "3":
orca.get_injectable("settings")["vmt_res_for_res"] = True
if SCENARIO == "1":
orca.get_injectable("settings")["vmt_com_for_res"] = True
if SCENARIO == "4":
orca.get_injectable("settings")["vmt_com_for_res"] = True
orca.get_injectable("settings")["vmt_com_for_com"] = False
models.insert(models.index("office_developer"),
"subsidized_office_developer")
models.insert(models.index("diagnostic_output"), "calculate_vmt_fees")
models.insert(models.index("alt_feasibility"),
"subsidized_residential_feasibility")
models.insert(models.index("alt_feasibility"),
"subsidized_residential_developer_vmt")
return models
def get_simulation_models(SCENARIO):
models = [
"neighborhood_vars", # local accessibility vars
"regional_vars", # regional accessibility vars
"rsh_simulate", # residential sales hedonic
"nrh_simulate", # non-residential rent hedonic
"households_relocation",
"households_transition",
"jobs_relocation",
"jobs_transition",
"price_vars",
"scheduled_development_events", # scheduled buildings additions
"lump_sum_accounts", # run the subsidized acct system
"subsidized_residential_developer_lump_sum_accts",
"alt_feasibility",
"residential_developer",
"developer_reprocess",
"retail_developer",
"office_developer",
"hlcm_simulate", # put these last so they don't get
"elcm_simulate", # displaced by new dev
"topsheet",
"parcel_summary",
"building_summary",
"diagnostic_output",
"geographic_summary",
"travel_model_output"
]
# calculate VMT taxes
if SCENARIO in ["1", "3", "4"]:
# calculate the vmt fees at the end of the year
# note that you might also have to change the fees that get
# imposed - look for fees_per_unit column in variables.py
if SCENARIO == "3":
orca.get_injectable("settings")["vmt_fee_res"] = True
if SCENARIO == "1":
orca.get_injectable("settings")["vmt_fee_com"] = True
if SCENARIO == "4":
orca.get_injectable("settings")["vmt_fee_com"] = True
models.insert(models.index("diagnostic_output"),
"calculate_vmt_fees")
models.insert(models.index("alt_feasibility"),
"subsidized_residential_feasibility")
models.insert(models.index("alt_feasibility"),
"subsidized_residential_developer_vmt")
return models
def get_simulation_models(SCENARIO):
models = [
"neighborhood_vars", # local accessibility vars
"regional_vars", # regional accessibility vars
"rsh_simulate", # residential sales hedonic
"nrh_simulate", # non-residential rent hedonic
"households_relocation",
"households_transition",
"jobs_relocation",
"jobs_transition",
"price_vars",
"scheduled_development_events", # scheduled buildings additions
"lump_sum_accounts", # run the subsidized acct system
"subsidized_residential_developer_lump_sum_accts",
"alt_feasibility",
"residential_developer",
"developer_reprocess",
"office_developer",
"retail_developer",
"accessory_units",
"hlcm_simulate", # put these last so they don't get
"proportional_elcm", # start with a proportional jobs model
"elcm_simulate", # displaced by new dev
"topsheet",
"parcel_summary",
"building_summary",
"diagnostic_output",
"geographic_summary",
"travel_model_output"
]
# calculate VMT taxes
vmt_settings = \
orca.get_injectable("settings")["acct_settings"]["vmt_settings"]
if SCENARIO in vmt_settings["com_for_com_scenarios"]:
models.insert(models.index("office_developer"),
"subsidized_office_developer")
if SCENARIO in vmt_settings["com_for_res_scenarios"] or \
SCENARIO in vmt_settings["res_for_res_scenarios"]:
models.insert(models.index("diagnostic_output"), "calculate_vmt_fees")
models.insert(models.index("alt_feasibility"),
"subsidized_residential_feasibility")
models.insert(models.index("alt_feasibility"),
"subsidized_residential_developer_vmt")
return models
def get_simulation_models(SCENARIO):
# ual has a slightly different set of models - might be able to get rid
# of the old version soon
models = [
"slr_inundate",
"slr_remove_dev",
"eq_code_buildings",
"earthquake_demolish",
"neighborhood_vars", # street network accessibility
"regional_vars", # road network accessibility
"nrh_simulate", # non-residential rent hedonic
# uses conditional probabilities
"household_relocation",
"households_transition",
# update building/unit/hh correspondence
"reconcile_unplaced_households",
"jobs_relocation",
"jobs_transition",
"balance_rental_and_ownership_hedonics",
"price_vars",
"scheduled_development_events",
# run the subsidized acct system
"lump_sum_accounts",
"subsidized_residential_developer_lump_sum_accts",
"alt_feasibility",
"residential_developer",
"developer_reprocess",
"retail_developer",
"office_developer",
"accessory_units",
# (for buildings that were removed)
"remove_old_units",
# set up units for new residential buildings
"initialize_new_units",
# update building/unit/hh correspondence
"reconcile_unplaced_households",
"rsh_simulate", # residential sales hedonic for units
"rrh_simulate", # residential rental hedonic for units
# (based on higher of predicted price or rent)
"assign_tenure_to_new_units",
# allocate owners to vacant owner-occupied units
"hlcm_owner_simulate",
# allocate renters to vacant rental units
"hlcm_renter_simulate",
# we have to run the hlcm above before this one - we first want to
# try and put unplaced households into their appropraite tenured
# units and then when that fails, force them to place using the
# code below. technically the hlcms above could be moved above the
# developer again, but we would have to run the hedonics twice and
# also the assign_tenure_to_new_units twice.
# force placement of any unplaced households, in terms of rent/own
# is a noop except in the final simulation year
"hlcm_owner_simulate_no_unplaced",
# this one crashes right no because there are no unplaced, so
# need to fix the crash in urbansim
"hlcm_renter_simulate_no_unplaced",
# update building/unit/hh correspondence
"reconcile_placed_households",
"proportional_elcm", # start with a proportional jobs model
"elcm_simulate", # displaced by new dev
# save_intermediate_tables", # saves output for visualization
"topsheet",
"simulation_validation",
"parcel_summary",
"building_summary",
"diagnostic_output",
"geographic_summary",
"travel_model_output",
# "travel_model_2_output",
"hazards_slr_summary",
"hazards_eq_summary"
]
# calculate VMT taxes
vmt_settings = \
orca.get_injectable("policy")["acct_settings"]["vmt_settings"]
if SCENARIO in vmt_settings["com_for_com_scenarios"]:
models.insert(models.index("office_developer"),
"subsidized_office_developer")
if SCENARIO in vmt_settings["com_for_res_scenarios"] or \
SCENARIO in vmt_settings["res_for_res_scenarios"]:
models.insert(models.index("diagnostic_output"), "calculate_vmt_fees")
models.insert(models.index("alt_feasibility"),
"subsidized_residential_feasibility")
models.insert(models.index("alt_feasibility"),
"subsidized_residential_developer_vmt")
return models
def get_simulation_models(SCENARIO):
# ual has a slightly different set of models - might be able to get rid
# of the old version soon
models = [
"slr_inundate",
"slr_remove_dev",
"eq_code_buildings",
"earthquake_demolish",
"neighborhood_vars", # street network accessibility
"regional_vars", # road network accessibility
"nrh_simulate", # non-residential rent hedonic
# uses conditional probabilities
"households_relocation",
"households_transition",
# update building/unit/hh correspondence
"reconcile_unplaced_households",
"jobs_relocation",
"jobs_transition",
"balance_rental_and_ownership_hedonics",
"price_vars",
"scheduled_development_events",
# run the subsidized acct system
"lump_sum_accounts",
"subsidized_residential_developer_lump_sum_accts",
"alt_feasibility",
"residential_developer",
"developer_reprocess",
"retail_developer",
"office_developer",
"accessory_units",
# (for buildings that were removed)
"remove_old_units",
# set up units for new residential buildings
"initialize_new_units",
# update building/unit/hh correspondence
"reconcile_unplaced_households",
"rsh_simulate", # residential sales hedonic for units
"rrh_simulate", # residential rental hedonic for units
# (based on higher of predicted price or rent)
"assign_tenure_to_new_units",
# allocate owners to vacant owner-occupied units
"hlcm_owner_simulate",
# allocate renters to vacant rental units
"hlcm_renter_simulate",
# we have to run the hlcm above before this one - we first want to
# try and put unplaced households into their appropraite tenured
# units and then when that fails, force them to place using the
# code below. technically the hlcms above could be moved above the
# developer again, but we would have to run the hedonics twice and
# also the assign_tenure_to_new_units twice.
# force placement of any unplaced households, in terms of rent/own
# is a noop except in the final simulation year
"hlcm_owner_simulate_no_unplaced",
# this one crashes right no because there are no unplaced, so
# need to fix the crash in urbansim
"hlcm_renter_simulate_no_unplaced",
# update building/unit/hh correspondence
"reconcile_placed_households",
"proportional_elcm", # start with a proportional jobs model
"elcm_simulate", # displaced by new dev
# save_intermediate_tables", # saves output for visualization
"topsheet",
"simulation_validation",
"parcel_summary",
"building_summary",
"diagnostic_output",
"geographic_summary",
"travel_model_output",
# "travel_model_2_output",
"hazards_slr_summary",
"hazards_eq_summary"
]
# calculate VMT taxes
vmt_settings = \
orca.get_injectable("settings")["acct_settings"]["vmt_settings"]
if SCENARIO in vmt_settings["com_for_com_scenarios"]:
models.insert(models.index("office_developer"),
"subsidized_office_developer")
if SCENARIO in vmt_settings["com_for_res_scenarios"] or \
SCENARIO in vmt_settings["res_for_res_scenarios"]:
models.insert(models.index("diagnostic_output"),
"calculate_vmt_fees")
models.insert(models.index("alt_feasibility"),
"subsidized_residential_feasibility")
models.insert(models.index("alt_feasibility"),
"subsidized_residential_developer_vmt")
return models