def stats(pgc_dir, pgc_files_pattern, with_unaligned_roots=False):
"""
return statistics tables for all matching parallel graph corpora and
associated graph banks
"""
cwd = getcwd()
# must change to dir of pgc files,
# because paths to gb files are interpreted relative to location of pgc file
try:
chdir(pgc_dir)
except OSError:
# dir does not exist
# assume there are no files, which results in a empty table
pgc_files = []
else:
pgc_files = glob(pgc_files_pattern)
pgc_table, gb_table = pgc_stats(pgc_files,
with_unaligned_roots=with_unaligned_roots)
chdir(cwd)
return pgc_table, gb_table
def stats(pgc_dir, pgc_files_pattern, with_unaligned_roots=False):
"""
return statistics tables for all matching parallel graph corpora and
associated graph banks
"""
cwd = getcwd()
# must change to dir of pgc files,
# because paths to gb files are interpreted relative to location of pgc file
try:
chdir(pgc_dir)
except OSError:
# dir does not exist
# assume there are no files, which results in a empty table
pgc_files = []
else:
pgc_files = glob(pgc_files_pattern)
pgc_table, gb_table = pgc_stats(pgc_files,
with_unaligned_roots=with_unaligned_roots)
chdir(cwd)
return pgc_table, gb_table
args = parser.parse_args()
files = glob(args.pattern)
if not files:
exit("pgc_stats.py: warning: no matching files")
if args.with_all:
args.with_empty_nodes = True
args.with_failed_parses = True
args.with_punc = True
args.with_unaligned_roots = True
args.with_unaligned_graphs = True
pgc_table, gb_table = pgc_stats(
files,
with_empty_nodes=args.with_empty_nodes,
with_failed_parses=args.with_failed_parses,
with_punc=args.with_punc,
with_unaligned_roots=args.with_unaligned_roots,
threshold=args.threshold,
with_unaligned_graphs=args.with_unaligned_graphs)
pgc_table.write(legenda=args.legenda)
gb_table.write(legenda=args.legenda)
"--with_unaligned-graphs",
action="store_true",
dest="with_unaligned_graphs",
help="include unaligned graphs")
args = parser.parse_args()
files = glob(args.pattern)
if not files:
exit("pgc_stats.py: warning: no matching files")
if args.with_all:
args.with_empty_nodes = True
args.with_failed_parses = True
args.with_punc = True
args.with_unaligned_roots = True
args.with_unaligned_graphs = True
pgc_table, gb_table = pgc_stats(
files,
with_empty_nodes=args.with_empty_nodes,
with_failed_parses=args.with_failed_parses,
with_punc=args.with_punc,
with_unaligned_roots=args.with_unaligned_roots,
threshold=args.threshold,
with_unaligned_graphs=args.with_unaligned_graphs)
pgc_table.write(legenda=args.legenda)
gb_table.write(legenda=args.legenda)