comando.interfaces.gams module
Routines for translation to GAMS syntax.
- class comando.interfaces.gams.GamsParser(sym_map)[source]
Bases:
StrParserA class for parsing comando expressions to GAMS Syntax.
- comando.interfaces.gams.gams_pow_callback(parser, expr, idx)[source]
Handle special pow calls in GAMS.
- comando.interfaces.gams.get_results(results_file_name)[source]
Code for parsing gams results files.
- comando.interfaces.gams.literal(i)[source]
Get a gams representation for the literal index i in parentheses.
- comando.interfaces.gams.populate_sym_map(iname, dvars=(), ovars=(), pars=(), sym_map=None)[source]
Create a GAMS symbol map or populate an existing one with new symbols.
- Parameters:
dvars (iterable) – design variables
ovars (iterable) – operational variables
pars (iterable) – parameters
- Returns:
sym_map – Symbol map with GAMS representation for each passed symbol.
- Return type:
- comando.interfaces.gams.solve(P, input_file_name=None, silent=False, **options)[source]
Solve the problem specified in the input_file using GAMS.
Apart from the usual GAMS options, the model type (e.g. LP/MINLP) may be specified explixitly using the model_type option, the default is MINLP.
- comando.interfaces.gams.write_equations_section(P, iname, parse)[source]
Generate a string representation of a EQUATIONS section.
- comando.interfaces.gams.write_gms_file(P, file_name, model_type='MINLP')[source]
Write a GAMS file based on the COMANDO Problem.
- comando.interfaces.gams.write_objective(P, parse)[source]
Create the string for the objective function of P.
- comando.interfaces.gams.write_parameters_section(P, iname)[source]
Generate a string representation of a PARAMETERS section.