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())