def _parse_args():
parser = baseparsers.make_parser("uc_cylinders")
parser = baseparsers.two_sided_args(parser)
parser = baseparsers.fixer_args(parser)
parser = baseparsers.fwph_args(parser)
parser = baseparsers.lagrangian_args(parser)
parser = baseparsers.xhatlooper_args(parser)
parser = baseparsers.xhatshuffle_args(parser)
parser = baseparsers.cross_scenario_cuts_args(parser)
parser.add_argument("--ph-mipgaps-json",
help="json file with mipgap schedule (default None)",
dest="ph_mipgaps_json",
type=str,
default=None)
parser.add_argument("--solution-dir",
help="writes a tree solution to the provided directory"
" (default None)",
dest="solution_dir",
type=str,
default=None)
parser.add_argument(
"--xhat-closest-tree",
help="Uses XhatClosest to compute a tree solution after"
" PH termination (default False)",
action='store_true',
dest='xhat_closest_tree',
default=False)
args = parser.parse_args()
return args
def _parse_args():
parser = baseparsers.make_parser(num_scens_reqd=True)
parser = baseparsers.two_sided_args(parser)
parser = baseparsers.aph_args(parser)
parser = baseparsers.xhatlooper_args(parser)
parser = baseparsers.fwph_args(parser)
parser = baseparsers.lagrangian_args(parser)
parser = baseparsers.xhatshuffle_args(parser)
parser.add_argument("--crops-mult",
help="There will be 3x this many crops (default 1)",
dest="crops_mult",
type=int,
default=1)
parser.add_argument("--use-norm-rho-updater",
help="Use the norm rho updater extension",
dest="use_norm_rho_updater",
action="store_true")
parser.add_argument("--use-norm-rho-converger",
help="Use the norm rho converger",
dest="use_norm_rho_converger",
action="store_true")
parser.add_argument(
"--run-async",
help="Run with async projective hedging instead of progressive hedging",
dest="run_async",
action="store_true",
default=False)
args = parser.parse_args()
return args
def _parse_args():
parser = baseparsers.make_multistage_parser()
parser = baseparsers.two_sided_args(parser)
parser = baseparsers.xhatlooper_args(parser)
parser = baseparsers.xhatshuffle_args(parser)
parser = baseparsers.lagrangian_args(parser)
parser = baseparsers.xhatspecific_args(parser)
args = parser.parse_args()
return args
def _parse_args():
parser = baseparsers.make_parser()
parser = baseparsers.two_sided_args(parser)
parser = baseparsers.mip_options(parser)
parser = baseparsers.fixer_args(parser)
parser = baseparsers.fwph_args(parser)
parser = baseparsers.lagrangian_args(parser)
parser = baseparsers.xhatlooper_args(parser)
parser = baseparsers.xhatshuffle_args(parser)
args = parser.parse_args()
return args
def _parse_args():
parser = baseparsers.make_multistage_parser()
parser = baseparsers.two_sided_args(parser)
parser = baseparsers.xhatlooper_args(parser)
parser = baseparsers.xhatshuffle_args(parser)
parser = baseparsers.fwph_args(parser)
parser = baseparsers.lagrangian_args(parser)
parser = baseparsers.lagranger_args(parser)
parser = baseparsers.xhatspecific_args(parser)
parser = baseparsers.mip_options(parser)
parser = aircond.inparser_adder(parser)
args = parser.parse_args()
return args
def _parse_args():
parser = baseparsers.make_parser(num_scens_reqd=False)
parser = baseparsers.two_sided_args(parser)
parser = baseparsers.fwph_args(parser)
parser = baseparsers.xhatlshaped_args(parser)
args = parser.parse_args()
# Need default_rho for FWPH, without you get
# uninitialized numeric value error
if args.with_fwph and args.default_rho is None:
print("Must specify a default_rho if using FWPH")
quit()
return args
def _parse_args():
parser = baseparsers.make_parser(num_scens_reqd=True)
parser = baseparsers.two_sided_args(parser)
parser = baseparsers.xhatlooper_args(parser)
parser = baseparsers.fwph_args(parser)
parser = baseparsers.lagranger_args(parser)
parser = baseparsers.xhatshuffle_args(parser)
parser.add_argument("--crops-mult",
help="There will be 3x this many crops (default 1)",
dest="crops_mult",
type=int,
default=1)
args = parser.parse_args()
return args
def _parse_args():
parser = baseparsers.make_parser(num_scens_reqd=False)
parser.add_argument("--instance-name",
help="sslp instance name (e.g., sslp_15_45_10)",
dest="instance_name",
type=str,
default=None)
parser = baseparsers.two_sided_args(parser)
parser = baseparsers.fixer_args(parser)
parser = baseparsers.xhatlooper_args(parser)
parser = baseparsers.fwph_args(parser)
parser = baseparsers.lagrangian_args(parser)
parser = baseparsers.xhatshuffle_args(parser)
args = parser.parse_args()
return args
def _parse_args():
parser = baseparsers.make_parser(num_scens_reqd=False)
parser.add_argument("--instance-name",
help="netdes instance name (e.g., network-10-20-L-01)",
dest="instance_name",
type=str,
default=None)
parser = baseparsers.two_sided_args(parser)
parser = baseparsers.xhatlooper_args(parser)
parser = baseparsers.fwph_args(parser)
parser = baseparsers.lagrangian_args(parser)
parser = baseparsers.xhatshuffle_args(parser)
parser = baseparsers.slamup_args(parser)
parser = baseparsers.cross_scenario_cuts_args(parser)
args = parser.parse_args()
return args
def _parse_args():
parser = baseparsers.make_parser(num_scens_reqd=True)
parser = baseparsers.two_sided_args(parser)
parser = baseparsers.fwph_args(parser)
parser = baseparsers.xhatlshaped_args(parser)
parser.add_argument("--crops-mult",
help="There will be 3x this many crops (default 1)",
dest="crops_mult",
type=int,
default=1)
args = parser.parse_args()
# Need default_rho for FWPH, without you get
# uninitialized numeric value error
if args.with_fwph and args.default_rho is None:
print("Must specify a default_rho if using FWPH")
quit()
return args
def _parse_args():
parser = baseparsers.make_parser("uc_cylinders")
parser = baseparsers.two_sided_args(parser)
parser = baseparsers.fixer_args(parser)
parser = baseparsers.fwph_args(parser)
parser = baseparsers.lagrangian_args(parser)
parser = baseparsers.xhatlooper_args(parser)
parser = baseparsers.xhatshuffle_args(parser)
parser = baseparsers.cross_scenario_cuts_args(parser)
parser.add_argument("--ph-mipgaps-json",
help="json file with mipgap schedule (default None)",
dest="ph_mipgaps_json",
type=str,
default=None)
args = parser.parse_args()
return args
def _parse_args():
parser = baseparsers.make_parser(num_scens_reqd=True)
parser = baseparsers.two_sided_args(parser)
parser = baseparsers.xhatlooper_args(parser)
parser = baseparsers.fwph_args(parser)
parser = baseparsers.lagrangian_args(parser)
parser = baseparsers.xhatshuffle_args(parser)
parser.add_argument("--crops-mult",
help="There will be 3x this many crops (default 1)",
dest="crops_mult",
type=int,
default=1)
parser.add_argument("--use-norm-rho-updater",
help="Use the norm rho updater extension",
dest="use_norm_rho_updater",
action="store_true")
args = parser.parse_args()
return args
def Amalgomator_parser(options,
inparser_adder,
extraargs=None,
use_command_line=True):
""" Helper function for Amalgomator. This gives us flexibility (e.g., get scen count)
Args:
options (dict): Amalgomator control options
inparser_adder (fct): returns updated ArgumentParser the problem
extraargs (ArgumentParser) : extra arguments to specify in the command line, e.g. for MMW
use_command_line (bool): should we take into account the command line to add options ?
default is True
Returns;
options (dict): a dict containing the options, both parsed values and pre-set options
"""
opt = {**options}
if use_command_line:
num_scens_reqd = _bool_option(options, "num_scens_reqd")
if _bool_option(options, "EF-2stage"):
parser = baseparsers.make_EF2_parser(num_scens_reqd=num_scens_reqd)
elif _bool_option(options, "EF-mstage"):
parser = baseparsers.make_EF_multistage_parser(
num_scens_reqd=num_scens_reqd)
else:
if _bool_option(options, "2stage"):
parser = _basic_parse_args(is_multi=False,
num_scens_reqd=num_scens_reqd)
elif _bool_option(options, "mstage"):
parser = _basic_parse_args(is_multi=True,
num_scens_reqd=num_scens_reqd)
else:
raise RuntimeError(
"The problem type (2stage or mstage) must be specified")
parser = baseparsers.two_sided_args(parser)
parser = baseparsers.mip_options(parser)
#Adding cylinders
if not "cylinders" in options:
raise RuntimeError("A cylinder list must be specified")
for cylinder in options['cylinders']:
#NOTE: This returns an error if the cylinder has no parser in baseparsers.py
parser = add_parser(parser, cylinder)
#Adding extensions
if "extensions" in options:
for extension in options['extensions']:
parser = add_parser(parser, extension)
# call inparser last (so it can delete args if it needs to)
inparser_adder(parser)
if extraargs is not None:
parser = argparse.ArgumentParser(parents=[parser, extraargs],
conflict_handler='resolve')
args = parser.parse_args()
opt.update(
vars(args)
) #Changes made via the command line overwrite what is in options
if _bool_option(options, "EF-2stage") or _bool_option(
options, "EF-mstage"):
if ('EF_solver_options' in opt):
opt["EF_solver_options"]["mipgap"] = opt["EF_mipgap"]
else:
opt["EF_solver_options"] = {"mipgap": opt["EF_mipgap"]}
else:
#Checking if options has all the options we need
if not _bool_option(options, "EF-2stage") or _bool_option(
options, "EF-mstage"):
raise RuntimeError(
"For now, completly bypassing command line only works with EF."
)
if not ('EF_solver_name' in opt):
opt['EF_solver_name'] = "gurobi"
if not ('EF_solver_options' in opt):
opt['EF_solver_options'] = {'mipgap': None}
if not ('num_scens' in opt):
raise RuntimeWarning(
"options should have a number of scenarios to compute a xhat")
if _bool_option(options, 'EF-mstage') and 'BFs' not in options:
raise RuntimeError(
"For a multistage problem, otpions must have a 'BFs' attribute with branching factors"
)
return opt
