from run_oopsc import add_args, add_kwargs
from oopsc.threshold.plot import plot_compare
parser = argparse.ArgumentParser(
prog="threshold_compare",
description="can compare thresholds and other paramters of different sims",
)
arguments = [
["feature", "store", str, "feature to plot", "feat", dict()],
[ "xaxis", "store", str, "xaxis of comparison {l/p}", "xaxis", dict(choices=["l", "p"])]
]
key_arguments= [
["-n", "--csv_names", "store", "CSV databases to plot - verbose list str", dict(type=str, nargs='*', metavar="", required=True)],
["-p", "--probs", "store", "p items to plot - verbose list", dict(type=float, nargs='*', metavar="")],
["-l", "--latts", "store", "L items to plot - verbose list", dict(type=float, nargs='*', metavar="")],
["-e", "--plot_error", "store_true", "plot standard deviation - toggle", dict()],
["-a", "--average", "store_true", "average p - toggle", dict()],
["-f", "--fitname", "store", "fit class name", dict(type=str, default="", metavar="")],
["-d", "--dim", "store", "dimension", dict(type=int, default=1, metavar="")],
["-ms", "--ms", "store", "markersize", dict(type=int, default=5, metavar="")],
["-m", "--xm", "store", "x axis multiplier", dict(type=int, default=1, metavar="")],
["-o", "--output", "store", "output file name", dict(type=str, default="", metavar="")],
]
add_args(parser, arguments)
add_kwargs(parser, key_arguments)
args=vars(parser.parse_args())
plot_compare(**args)
def add_arguments(parser=None):
if parser is None:
parser = argparse.ArgumentParser()
key_arguments = [
[
"-de", "--decoder", "store",
"type of decoder - {mwpm/uf_uwg/uf/ufbb}",
dict(type=str, metavar="", default='mwpm')
],
[
"-lt", "--lattice_type", "store",
"type of lattice - {toric/planar}",
dict(type=str, metavar="", default='toric')
],
[
"-ite", "--iters", "store", "number of iterations - int",
dict(type=int, metavar="", default=10000)
],
[
"-l", "--lattices", "store", "lattice sizes - verbose list int",
dict(type=int, nargs='*', metavar="", default=[8])
],
[
"-pe", "--perror", "store", "error rates - verbose list float",
dict(type=float, nargs='*', metavar="", default=[])
],
[
"-so", "--superoperator_filenames", "store",
"Use superoperator as error input - list of superoperator filenames",
dict(type=str, nargs='*', metavar="")
],
[
"-failed_so", "--superoperator_filenames_failed", "store",
"Use superoperator as error input - list of superoperator filenames",
dict(type=str, nargs='*', metavar="", default=None)
],
[
"-add_so", "--superoperator_filenames_additional", "store",
"Use superoperator as error input - list of superoperator filenames",
dict(type=str, nargs='*', metavar="", default=None)
],
[
"-add_failed_so", "--superoperator_filenames_additional_failed",
"store",
"Use superoperator as error input - list of superoperator filenames",
dict(type=str, nargs='*', metavar="", default=None)
],
[
"-nw", "--networked_architecture", "store_true",
"Force to run threshold simulations with a networked architecture",
dict()
],
[
"-me", "--measurement_error", "store_true",
"enable measurement error (2+1D) - toggle",
dict()
],
[
"-mt", "--multithreading", "store_true",
"use multithreading - toggle",
dict()
],
[
"-nt", "--threads", "store", "number of threads",
dict(type=int, metavar="")
],
[
"-ma", "--modified_ansatz", "store_true",
"use modified ansatz - toggle",
dict()
],
[
"-sv", "--save_result", "store_true", "save results - toggle",
dict()
],
[
"-fname", "--file_name", "store", "plot filename",
dict(default="thres", metavar="")
],
[
"-f", "--folder", "store", "base folder path - toggle",
dict(default=".", metavar="")
],
[
"-pb", "--progressbar", "store_true",
"enable progressbar - toggle",
dict()
],
[
"-fb", "--fbloom", "store",
"pdc minimization parameter fbloom - float {0,1}",
dict(type=float, default=0.5, metavar="")
],
[
"-dgc", "--dg_connections", "store_true",
"use dg_connections pre-union processing - toggle",
dict()
],
[
"-dg", "--directed_graph", "store_true",
"use directed graph for evengrow - toggle",
dict()
],
[
"-db", "--debug", "store_true",
"enable debugging heuristics - toggle",
dict()
],
[
"-GHZ", "--GHZ_successes", "store",
"specify the percentage of GHZ states that are successfully created"
" (works only with superoperator) - float [0-1]",
dict(type=float, nargs='*', metavar="", default=[1.1])
],
[
"-cy", "--cycles", "store",
"Amount of stabilizer cycles (default=l)",
dict(type=int, metavar="", default=None)
],
[
"-iid", "--iid", "store_true",
"Perform threshold with i.i.d. noise superoperators",
dict()
],
[
"-space_weight", "--space_weight", "store",
"Weight for the space domain edges for the MWPM decoder",
dict(type=int, default=2, metavar="")
]
]
add_kwargs(parser, key_arguments)
return parser