def main():
try:
filename = sys.argv[1]
except:
print("Please specify a file to view",file=sys.stderr)
sys.exit(2)
reader = Reader(filename)
for sentencepair in reader:
print("----------- Sentence #" + str(sentencepair.id) + " -----------")
if sentencepair.input:
print("Input: ", end="")
print(sentencepair.inputstr(True,"blue"))
if sentencepair.ref:
print("Reference: ", end="")
print(sentencepair.refstr(True,"green"))
if sentencepair.output:
print("Output: ", end="")
print(sentencepair.refstr(True,"yellow"))
if sentencepair.source:
print("Source: ", end="")
print(sentencepair.source)
if sentencepair.category:
print("Category: ", end="")
print(sentencepair.category)
fragment = None
for x in sentencepair.ref:
if isinstance(x, Fragment):
fragment = x
if fragment and fragment.alternatives:
print("Alternatives: ", end="")
print("; ".join([str(x) for x in fragment.alternatives]))
print()
reader.close()
def main():
try:
inputset = sys.argv[1]
outputset = sys.argv[2]
except:
print("Syntax: inputset outputset",file=sys.stderr)
sys.exit(2)
reader = Reader(inputset)
writer = Writer(outputset)
for sentencepair in reader:
sentencepair.ref = None
sentencepair.source = None
sentencepair.category = None
writer.write(sentencepair)
writer.close()
reader.close()
def main():
try:
outputset = sys.argv[1]
inputsets = sys.argv[2:]
except:
print("Syntax: outputset inputset inputset2...", file=sys.stderr)
sys.exit(2)
id = 0
writer = Writer(outputset)
for inputset in inputsets:
reader = Reader(inputset)
for sentencepair in reader:
id += 1
sentencepair.id = id
writer.write(sentencepair)
reader.close()
writer.close()
def main():
try:
inputset = sys.argv[1]
outputset = sys.argv[2]
except:
print("Syntax: inputset outputset",file=sys.stderr)
sys.exit(2)
reader = Reader(inputset)
sentencepairs = []
for sentencepair in reader:
sentencepairs.append(sentencepair)
reader.close()
writer = Writer(outputset)
random.shuffle(sentencepairs)
for i, sentencepair in enumerate(sentencepairs):
sentencepair.id = i+1
writer.write(sentencepair)
writer.close()
def generate(testoutput, ttablefile, gizamodelfile_s2t, gizamodelfile_t2s, patternmodelfile_source, patternmodelfile_target, classfile_source, classfile_target, size =0, joinedprobabilitythreshold = 0.01, divergencefrombestthreshold=0.8,DEBUG = False):
if size > 0:
print("Extracting instances, writing to " + testoutput + '.tmp',file=sys.stderr)
writer = Writer(testoutput+'.tmp')
else:
print("Extracting instances, writing to " + testoutput,file=sys.stderr)
writer = Writer(testoutput)
prevsentence = -1
id = 0
for sourcepattern, targetpattern, sourceoffset, targetoffset, sourcesentence, targetsentence, sentence in extractpairs(ttablefile, gizamodelfile_s2t, gizamodelfile_t2s, patternmodelfile_source, patternmodelfile_target, classfile_source, classfile_target, joinedprobabilitythreshold, divergencefrombestthreshold, DEBUG):
id += 1
if sentence != prevsentence:
print(datetime.datetime.now().strftime('%H:%M:%S'), "Input sentence #" + str(sentence) + " , Output sentence #" + str(id), file=sys.stderr)
prevsentence = sentence
valid, sentencepair = makesentencepair(id, sourcepattern, targetpattern, sourceoffset, targetoffset, sourcesentence, targetsentence)
if valid:
writer.write(sentencepair)
writer.close()
if size > 0:
print("Sampling " + str(size),file=sys.stderr)
selected_ids = set(random.sample( range(1,id+1), size ))
writer = Writer(testoutput)
reader = Reader(testoutput+'.tmp')
newid = 0
for sentencepair in reader:
if int(sentencepair.id) in selected_ids:
newid += 1
sentencepair.id = newid
writer.write(sentencepair)
reader.close()
writer.close()
def main():
try:
inputset = sys.argv[1]
outputset = sys.argv[2]
l1 = sys.argv[3]
l2 = sys.argv[4]
except:
print("Syntax: inputset outputset l1 l2", file=sys.stderr)
sys.exit(2)
writer = Writer(outputset)
reader = Reader(inputset)
for sentencepair in reader:
if sentencepair.ref:
for left, fragment, right in sentencepair.fragments(sentencepair.ref):
print("Tokenising reference: L=", left, file=sys.stderr)
print(" F=", fragment.value, file=sys.stderr)
print(" R=", right, file=sys.stderr)
if left.strip():
left = tok(left, l2)
else:
left = ""
alts = fragment.alternatives
fragment = Fragment(tok(fragment.value, l2), id=fragment.id)
for alt in alts:
fragment.alternatives.append(Alternative(tok(alt.value, l2)))
if right.strip():
right = tok(right, l2)
else:
right = ""
if left and right:
ref = left + (fragment,) + right
elif left:
ref = left + (fragment,)
elif right:
ref = (fragment,) + right
sentencepair.ref = ref
if sentencepair.output:
for left, fragment, right in sentencepair.fragments(sentencepair.output):
print("Tokenising output: L=", left, file=sys.stderr)
print(" F=", fragment.value, file=sys.stderr)
print(" R=", right, file=sys.stderr)
if left.strip():
left = tok(left, l2)
else:
left = ""
alts = fragment.alternatives
fragment = Fragment(tok(fragment.value, l2))
for alt in alts:
fragment.alternatives.append(Alternative(tok(alt)))
if right.strip():
right = tok(right, l2)
else:
right = ""
if left and right:
out = left + (fragment,) + right
elif left:
out = left + (fragment,)
elif right:
out = (fragment,) + right
sentencepair.output = out
if sentencepair.input:
for left, fragment, right in sentencepair.fragments(sentencepair.input):
print("Tokenising input: L=", left, file=sys.stderr)
print(" F=", fragment.value, file=sys.stderr)
print(" R=", right, file=sys.stderr)
if left.strip():
left = tok(left, l2)
else:
left = ""
alts = fragment.alternatives
fragment = Fragment(tok(fragment.value, l1), id=fragment.id)
if right.strip():
right = tok(right, l2)
else:
right = ""
if left and right:
inp = left + (fragment,) + right
elif left:
inp = left + (fragment,)
elif right:
inp = (fragment,) + right
sentencepair.input = inp
writer.write(sentencepair)
reader.close()
writer.close()
