constraints.append(
deptree.HasIncomingRel(tokenId, rel, conf))
return domains, constraints
def main(options, args):
dirOutput, relsOutput, pairsOutput = args[:3]
dirStream = open(dirOutput)
relsStream = open(relsOutput)
pairsStream = open(pairsOutput)
dirIterator = instanceIterator(dirStream)
relsIterator = instanceIterator(relsStream)
pairsIterator = instanceIterator(pairsStream)
for sentence in sentenceIterator(fileinput.input(args[3:])):
csp = formulateWCSP(sentence, dirIterator, relsIterator, pairsIterator,
options)
dirStream.close()
relsStream.close()
pairsStream.close()
if __name__ == "__main__":
import cmdline
main(*cmdline.parse())
# Copyright (c) 2018 Graphcore Ltd. All rights reserved.
# see model0.py for a more detailed
# description of what's going on.
import sys
import os
import c10driver
import popart
import cmdline
from popart.torch import torchwriter
#we require torch in this file to create the torch Module
import torch
args = cmdline.parse()
nInChans = 3
nOutChans = 10
batchSize = 2
batchesPerStep = 4
anchors = {
"loss": popart.AnchorReturnType("EveryN", 2),
"image0": popart.AnchorReturnType("All")
}
dataFlow = popart.DataFlow(batchesPerStep, anchors)
inputShapeInfo = popart.InputShapeInfo()
inputShapeInfo.add("image0",
popart.TensorInfo("FLOAT", [batchSize, nInChans, 32, 32]))
inputShapeInfo.add("image1",
popart.TensorInfo("FLOAT", [batchSize, nInChans, 32, 32]))
inputShapeInfo.add("label", popart.TensorInfo("INT32", [batchSize]))
def main(args): import cmdline main_(*cmdline.parse(__doc__, args))
for constraint in constraints:
parser.addConstraint(constraint)
chart = parser.parse()
#item = chart[0, self.numTokens - 1, "r", True]
#for token in sentence:
# token[DEPREL] = "__"
# token[HEAD] = "__"
for token in sentence:
if len(token) <= DEPREL:
token.extend([None, None])
#print chart[0, len(sentence) - 1, "r", True].r + 1
rightComplete(chart, 0, len(sentence) - 1 + 1, sentence)
if options.non_projective:
approxNonProjective(sentence, parser)
for token in sentence:
outfile.write( " ".join(map(str, token)) )
outfile.write("\n")
# sys.stderr.write(".")
if __name__ == "__main__":
import cmdline
main(*cmdline.parse())
def parse_argv(argv):
'''Parse command line arguments. Return dictionary with switch as key.'''
try:
argdict = cmdline.parse(argv)
except cmdline.unknown, option:
raise CmdlineException, "Unknown option: %s" % option
def main(args):
import cmdline
main_(*cmdline.parse(__doc__, args))
def parse_argv(argv):
"""Parse command line arguments. Return dictionary with switch as key."""
try:
argdict = cmdline.parse(argv)
except cmdline.unknown, option:
raise CmdlineException, "Unknown option: %s" % option
