pycopancore.data_model.master_data_model.social_system module

Master data model for social_system.

class SocialSystem

Bases: object

basic_physical_capital_depreciation_rate = intensive variable 'basic physical capital depreciation rate', not None, scale=ratio, datatype=<class 'float'>, unit=[yr^-1], >=0

biomass_energy_density = intensive variable 'biomass energy density' ((default from Nitzbon 2016)), not None, scale=ratio, datatype=<class 'float'>, unit=[J tC^-1], >=0

biomass_harvest_flow = extensive variable 'biomass harvest flow', not None, scale=ratio, datatype=<class 'float'>, unit=[1e9 tC yr^-1], >=0

biomass_input_flow = extensive variable 'biomass input flow' ((in carbon units)), IAMC=Primary Energy|Biomass, not None, scale=ratio, datatype=<class 'float'>, unit=[1e9 tC yr^-1], >=0

births = extensive variable 'births per time', not None, scale=ratio, datatype=<class 'float'>, unit=[H yr^-1], >=0

carbon_emission_flow = extensive variable 'carbon emission flow', IAMC=Emissions|CO2, not None, scale=ratio, datatype=<class 'float'>, unit=[1e9 tC yr^-1], >=0

consumption_flow = extensive variable 'consumption flow' ((in value units)), IAMC=Consumption, not None, scale=ratio, datatype=<class 'float'>, unit=[$ yr^-1], >=0

deaths = extensive variable 'deaths per time', not None, scale=ratio, datatype=<class 'float'>, unit=[H yr^-1], >=0

economic_output_flow = extensive variable 'total economic output flow' ((in value units)), IAMC=GDP|PPP, not None, scale=ratio, datatype=<class 'float'>, unit=[$ yr^-1], >=0

emigration = extensive variable 'emigrants per time', not None, scale=ratio, datatype=<class 'float'>, unit=[H yr^-1], >=0

emissions_tax_level = variable 'emissions tax level' (level of emissions tax when introduced), not None, scale=ratio, datatype=<class 'float'>, unit=[1e-9 $ tC^-1], >=0

fertility = intensive variable 'current human fertility rate', not None, scale=ratio, datatype=<class 'float'>, unit=[yr^-1], >=0

fossil_energy_density = intensive variable 'fossil energy density' ((default from Nitzbon 2016)), not None, scale=ratio, datatype=<class 'float'>, unit=[J tC^-1], >=0

fossil_extraction_flow = extensive variable 'fossil extraction flow', not None, scale=ratio, datatype=<class 'float'>, unit=[1e9 tC yr^-1], >=0

fossil_fuel_input_flow = extensive variable 'fossil fuels input flow' ((in carbon units)), IAMC=Primary Energy|Fossil, not None, scale=ratio, datatype=<class 'float'>, unit=[1e9 tC yr^-1], >=0

has_emissions_tax = variable 'has emissions tax' (whether an emissions tax is in force), not None, scale=ordinal, datatype=<class 'float'>, levels=[False, True]

has_fossil_ban = variable 'has fossil ban' (whether a fossil ban is in force), not None, scale=ordinal, datatype=<class 'float'>, levels=[False, True]

has_renewable_subsidy = variable 'has renewable subsidy' (whether a subsidy for renewables is in force), not None, scale=ordinal, datatype=<class 'float'>, levels=[False, True]

immigration = extensive variable 'immigrants per time', not None, scale=ratio, datatype=<class 'float'>, unit=[H yr^-1], >=0

investment_flow = extensive variable 'flow of total investment into physical capital', not None, scale=ratio, datatype=<class 'float'>, unit=[$ yr^-1], >=0

migrant_population = extensive variable 'first-generation migrant population', not None, scale=ratio, datatype=<class 'float'>, unit=people [H], >=0

mortality = intensive variable 'current human mortility rate', not None, scale=ratio, datatype=<class 'float'>, unit=[yr^-1], >=0

mortality_reference_temperature = variable 'reference temperature for relationship with mortality' (default: pre-industrial value), not None, scale=ratio, datatype=<class 'float'>, unit=kelvins [K], >=0

mortality_temperature_sensitivity = intensive variable 'mortality temperature sensitivity', not None, scale=ratio, datatype=<class 'float'>, unit=[K^-1 yr^-1], >=0

physical_capital = extensive variable 'physical capital' ((in value units)), not None, scale=ratio, datatype=<class 'float'>, unit=dollars [$], >=0

physical_capital_depreciation_rate = intensive variable 'physical capital depreciation rate', not None, scale=ratio, datatype=<class 'float'>, unit=[yr^-1], >=0

physical_capital_depreciation_rate_reference_temperature = variable 'reference temperature for relationship with capital depreciation' (default: pre-industrial value), not None, scale=ratio, datatype=<class 'float'>, unit=kelvins [K], >=0

physical_capital_depreciation_rate_temperature_sensitivity = intensive variable 'physical capital depreciation rate temperature sensitivity', not None, scale=ratio, datatype=<class 'float'>, unit=[K^-1 yr^-1], >=0

population = extensive variable 'human population', IAMC=Population, CETS=SP.POP, not None, scale=ratio, datatype=<class 'float'>, unit=people [H], >=0

population_by_age = extensive variable 'human population by age' ((in years from 0 to 99+)), IAMC=Population, CETS=SP.POP, not None, scale=ratio, datatype=<class 'float'>, unit=people [H], >=0, shape=(100,)

protected_fossil_carbon = variable 'protected stock of fossil carbon' (what stock of the current fossil carbon will be treated                  as protected and thus not extracted at each point in time), not None, scale=ratio, datatype=<class 'float'>, unit=gigatonnes carbon [GtC], >=0

protected_fossil_carbon_share = variable 'protected share of fossil carbon' (what share of the current fossil carbon will be treated                  as protected and thus not extracted at each point in time), not None, scale=ratio, datatype=<class 'float'>, unit=unity [], >=0, <=1

protected_terrestrial_carbon = variable 'protected stock of terrestrial carbon' (what stock of the current terrestrial carbon will be treated                  as protected and thus not harvested at each point in time), not None, scale=ratio, datatype=<class 'float'>, unit=gigatonnes carbon [GtC], >=0

protected_terrestrial_carbon_share = variable 'protected share of terrestrial carbon' (what share of the current terrestrial carbon will be treated                  as protected and thus not harvested at each point in time), not None, scale=ratio, datatype=<class 'float'>, unit=unity [], >=0, <=1

renewable_energy_input_flow = extensive variable 'non-biomass renewable energy input flow', IAMC=Primary Energy|Non-Biomass Renewables, not None, scale=ratio, datatype=<class 'float'>, unit=[1e9 J yr^-1], >=0

renewable_energy_knowledge = extensive variable 'renewable energy production knowledge stock' (= non-depreciated cumulative energy produced in the past. Interpreted as in Wright's law), not None, scale=ratio, datatype=<class 'float'>, unit=gigajoules [GJ], >=0

renewable_energy_knowledge_depreciation_rate = intensive variable 'renewable energy production knowledge depreciation rate', not None, scale=ratio, datatype=<class 'float'>, unit=[yr^-1], >=0

renewable_subsidy_level = variable 'renewable subsidy level' (level of renewable subsidy when introduced), not None, scale=ratio, datatype=<class 'float'>, unit=[1e-9 $ J^-1], >=0

savings_rate = intensive variable 'savings (investment) rate' ((as a fraction of income)), not None, scale=ratio, datatype=<class 'float'>, unit=unity [], >=0, <=1

secondary_energy_flow = extensive variable 'secondary energy flow' ((all sources)), IAMC=Secondary Energy, not None, scale=ratio, datatype=<class 'float'>, unit=[1e9 J yr^-1], >=0

total_energy_intensity = intensive variable 'total energy intensity', not None, scale=ratio, datatype=<class 'float'>, unit=[1e9 J $^-1], >=0

welfare_flow_per_capita = intensive variable 'cardinal social welfare flow 'per capita'' (Note that 'per capita' here does not imply that the value is an average, but only that it is an intensive quantity), not None, scale=ratio, datatype=<class 'float'>, unit=[u H^-1 yr^-1]

wellbeing = intensive variable 'well-being' ((in utility flow units)), not None, scale=ratio, datatype=<class 'float'>, unit=[u H^-1 yr^-1]