cge_modeling.base.cge.CGEModel#

class cge_modeling.base.cge.CGEModel(coords=None, variables=None, parameters=None, equations=None, numeraire=None, parse_equations_to_sympy=True)#

Methods

`CGEModel.__init__`([coords, variables, ...])	Main interface for interacting with the a CGE model.
`CGEModel.add_equations`(equations[, overwrite])
`CGEModel.add_parameter`(parameter[, overwrite])
`CGEModel.add_parameters`(parameters[, overwrite])
`CGEModel.add_pytensor_equation`(equation[, ...])
`CGEModel.add_sympy_equation`(equation[, ...])
`CGEModel.add_variable`(variable[, overwrite])
`CGEModel.add_variables`(variables[, overwrite])
`CGEModel.calibrate`([data, max_iter, name])
`CGEModel.check_for_equilibrium`(data[, tol, ...])	Verify if a given state of the model is an equilibrium.
`CGEModel.check_initialization`()
`CGEModel.check_shape`(data, name)
`CGEModel.equation_table`([display])
`CGEModel.finalize_calibration`()
`CGEModel.generate_SAM`(param_dict, ...[, ...])	Generate a Social Accounting Matrix (SAM) from the model parameters.
`CGEModel.get`([names])	Retrieve a list of model objects (variables or parameters) from the model by name.
`CGEModel.get_parameter`(param_name)
`CGEModel.get_parameters`([param_names])
`CGEModel.get_shape`(name)
`CGEModel.get_symbol`([names])
`CGEModel.get_unpacked_parent_object`(name)
`CGEModel.get_variable`(var_name)
`CGEModel.get_variables`([var_names])
`CGEModel.initialize_parameter`(name[, value])
`CGEModel.print_residuals`(res)
`CGEModel.simulate`(initial_state[, ...])	Simulate a shock to the model economy by computing the equilibrium state of the economy at the provided post-shock values.
`CGEModel.summary`([variables, results, ...])

Attributes

`equation_names`
`equations`
`parameter_names`
`parameters`
`unpacked_equation_names`
`unpacked_equation_symbols`
`unpacked_equations`
`unpacked_parameter_names`
`unpacked_parameter_symbols`
`unpacked_parameters`
`unpacked_variable_names`
`unpacked_variable_symbols`
`unpacked_variables`
`variable_names`
`variables`