IPySPSolutionSaverExtension, 'solution_writer': ISolutionWriterExtension}, prog='runef', description=( """Optimize a stochastic program using the Extensive Form (EF) solver.""" )) except SystemExit as _exc: # the parser throws a system exit if "-h" is specified # - catch it to exit gracefully. return _exc.code return launch_command(runef, options, cmd_kwds={'solution_loaders': extensions['solution_loader_extension'], 'solution_savers': extensions['solution_saver_extension'], 'solution_writers': extensions['solution_writer']}, error_label="runef: ", disable_gc=options.disable_gc, profile_count=options.profile, traceback=options.traceback) SPSolverFactory.register_solver("ef", EFSolver) if __name__ == "__main__": sys.exit(main())
import pyomo.environ # # Parse command-line options. # try: options = parse_command_line( args, runddsip_register_options, prog='runddsip', description=( """Optimize a stochastic program using the DDSIP solver.""")) except SystemExit as _exc: # the parser throws a system exit if "-h" is specified # - catch it to exit gracefully. return _exc.code return launch_command(runddsip, options, error_label="runddsip: ", disable_gc=options.disable_gc, profile_count=options.profile, traceback=options.traceback) SPSolverFactory.register_solver("ddsip", DDSIPSolver) if __name__ == "__main__": sys.exit(main())
import pyomo.environ # # Parse command-line options. # try: options = parse_command_line( args, runschuripopt_register_options, prog='runschuripopt', description=( """Optimize a stochastic program using the SchurIpopt solver.""" )) except SystemExit as _exc: # the parser throws a system exit if "-h" is specified # - catch it to exit gracefully. return _exc.code return launch_command(runschuripopt, options, error_label="runschuripopt: ", disable_gc=options.disable_gc, profile_count=options.profile, traceback=options.traceback) SPSolverFactory.register_solver("schuripopt", SchurIpoptSolver) if __name__ == "__main__": sys.exit(main())
# try: options = parse_command_line( args, runsd_register_options, prog='runsd', description=( """Optimize a stochastic program using the SD solver.""" )) except SystemExit as _exc: # the parser throws a system exit if "-h" is specified # - catch it to exit gracefully. return _exc.code return launch_command(runsd, options, error_label="runsd: ", disable_gc=options.disable_gc, profile_count=options.profile, traceback=options.traceback) @pyomo_command('runsd', 'Run the SD solver') def RunSD_main(args=None): return main(args=args) SPSolverFactory.register_solver("sd", SDSolver) if __name__ == "__main__": sys.exit(RunSD_main())
prog='runef', description= ("""Optimize a stochastic program using the Extensive Form (EF) solver.""" )) except SystemExit as _exc: # the parser throws a system exit if "-h" is specified # - catch it to exit gracefully. return _exc.code return launch_command(runef, options, cmd_kwds={ 'solution_loaders': extensions['solution_loader_extension'], 'solution_savers': extensions['solution_saver_extension'], 'solution_writers': extensions['solution_writer'] }, error_label="runef: ", disable_gc=options.disable_gc, profile_count=options.profile, traceback=options.traceback) SPSolverFactory.register_solver("ef", EFSolver) if __name__ == "__main__": sys.exit(main())
# # Parse command-line options. # try: options = parse_command_line( args, runadmm_register_options, prog='runadmm', description=( """Optimize a stochastic program using the Alternating Direction Method of Multipliers (ADMM) solver.""")) except SystemExit as _exc: # the parser throws a system exit if "-h" is specified # - catch it to exit gracefully. return _exc.code return launch_command(runadmm, options, error_label="runadmm: ", disable_gc=options.disable_gc, profile_count=options.profile, traceback=options.traceback) SPSolverFactory.register_solver("admm", ADMMSolver) if __name__ == "__main__": sys.exit(main())
# # Parse command-line options. # try: options = parse_command_line( args, runadmm_register_options, prog='runadmm', description=( """Optimize a stochastic program using the Alternating Direction Method of Multipliers (ADMM) solver.""" )) except SystemExit as _exc: # the parser throws a system exit if "-h" is specified # - catch it to exit gracefully. return _exc.code return launch_command(runadmm, options, error_label="runadmm: ", disable_gc=options.disable_gc, profile_count=options.profile, traceback=options.traceback) SPSolverFactory.register_solver("admm", ADMMSolver) if __name__ == "__main__": sys.exit(main())
import pyomo.environ # # Parse command-line options. # try: options = parse_command_line( args, runschuripopt_register_options, prog='runschuripopt', description=( """Optimize a stochastic program using the SchurIpopt solver.""" )) except SystemExit as _exc: # the parser throws a system exit if "-h" is specified # - catch it to exit gracefully. return _exc.code return launch_command(runschuripopt, options, error_label="runschuripopt: ", disable_gc=options.disable_gc, profile_count=options.profile, traceback=options.traceback) SPSolverFactory.register_solver("schuripopt", SchurIpoptSolver) if __name__ == "__main__": sys.exit(main())
import pyomo.environ # # Parse command-line options. # try: options = parse_command_line( args, runsd_register_options, prog='runsd', description=( """Optimize a stochastic program using the SD solver.""")) except SystemExit as _exc: # the parser throws a system exit if "-h" is specified # - catch it to exit gracefully. return _exc.code return launch_command(runsd, options, error_label="runsd: ", disable_gc=options.disable_gc, profile_count=options.profile, traceback=options.traceback) SPSolverFactory.register_solver("sd", SDSolver) if __name__ == "__main__": sys.exit(main())
import pyomo.environ # # Parse command-line options. # try: options = parse_command_line( args, runddsip_register_options, prog='runddsip', description=( """Optimize a stochastic program using the DDSIP solver.""" )) except SystemExit as _exc: # the parser throws a system exit if "-h" is specified # - catch it to exit gracefully. return _exc.code return launch_command(runddsip, options, error_label="runddsip: ", disable_gc=options.disable_gc, profile_count=options.profile, traceback=options.traceback) SPSolverFactory.register_solver("ddsip", DDSIPSolver) if __name__ == "__main__": sys.exit(main())