def main():
punctuation = string.punctuation + "「」、"
for sentenceData in knock41.sentenceDataIterator(sys.stdin):
chunkList = knock41.createChunkListFromData(sentenceData)
for c in chunkList:
if c.hasVerb():
baseVerb = c.getMorph(c.firstVerbId())._base
joshi = dict()
idWoChunk = -1
idWoMorph = -1
for srcId in c.sources():
id_joshi = chunkList[int(srcId)].getJoshiId()
if id_joshi != -1:
baseJoshi = chunkList[int(srcId)].getMorph(
id_joshi)._base
if baseJoshi == "を":
idWoChunk = int(srcId)
idWoMorph = id_joshi
else:
joshi[baseJoshi] = chunkList[int(
srcId)].origin().strip(punctuation)
if len(joshi) > 0 and idWoChunk >= 0:
morph = chunkList[idWoChunk]._morphs[idWoMorph - 1]
joshi_sorted = sorted(joshi, key=lambda x: x[0])
jsent_sorted = [joshi[key] for key in joshi_sorted]
if (morph.pos1() == "サ変接続"):
print(
"%s%s\t%s\t%s" %
(chunkList[idWoChunk].origin().strip(punctuation),
baseVerb, " ".join(joshi_sorted),
" ".join(jsent_sorted)))
def main():
# data = []
for sentenceData in knock41.sentenceDataIterator(sys.stdin):
chunkList = knock41.createChunkListFromData(sentenceData)
# data = []
for c in chunkList:
if c.hasNone() and -1 < c.dest() < len(chunkList) and chunkList[c.dest()].hasVerb():
print ("%s\t%s" % (c.origin(), chunkList[c.dest()].origin()))
def main():
data = []
for sentData in knock41.sentenceDataIterator(sys.stdin):
chunkList = knock41.createChunkListFromData(sentData)
# data = []
for c in chunkList:
print("%s\t%s" % (c.origin().strip(),
(chunkList[c._dst].origin().strip() if
(c._dst != -1) else "NULL")))
def main():
data = []
for sentData in knock41.sentenceDataIterator(sys.stdin):
chunkList = knock41.createChunkListFromData(sentData)
# data = []
for c in chunkList:
print("%s\t%s" % (
c.origin().strip(),
(chunkList[c._dst].origin().strip() if (c._dst != -1 ) else "NULL")
))
def main():
lineNo = 0
for sentenceData in knock41.sentenceDataIterator(sys.stdin):
chunkList = knock41.createChunkListFromData(sentenceData)
# print(lineNo)
for chunk in chunkList:
if chunk.hasNone():
# pathId = []
pathId = getPathToRoot(chunkList, chunk.id())
pathSurface = [chunkList[i].origin() for i in pathId]
print("->".join(pathSurface))
lineNo += 1
def main():
lineNo = 0
for sentenceData in knock41.sentenceDataIterator(sys.stdin):
chunkList = knock41.createChunkListFromData(sentenceData)
# print(lineNo)
for chunk in chunkList:
if chunk.hasNone():
# pathId = []
pathId = getPathToRoot(chunkList, chunk.id())
pathSurface = [chunkList[i].origin() for i in pathId]
print ("->".join(pathSurface))
lineNo += 1
def main():
G = Digraph(format='png')
for sentId, sentenceData in enumerate(knock41.sentenceDataIterator(sys.stdin)):
if sentId == int(sys.argv[1]) - 1:
chunkList = knock41.createChunkListFromData(sentenceData)
for c in chunkList:
if c.dest() != -1:
G.node(str(c.id()), c.origin())
G.node(str(c.dest()), chunkList[c.dest()].origin())
G.edge(str(c.id()), str(c.dest()))
# binary_tree.pngで保存
G.render('knock44', cleanup=True)
return
def main():
lineNo = 0
for sentenceData in knock41.sentenceDataIterator(sys.stdin):
chunkList = knock41.createChunkListFromData(sentenceData)
for j in range(1, len(chunkList)):
if (chunkList[j].hasNone()):
for i in range(0, j):
if (chunkList[i].hasNone()):
pathI = getPathToRoot(chunkList, i)
pathJ = getPathToRoot(chunkList, j)
if j in pathI:
pathI = pathI[0:pathI.index(j) + 1]
first = chunkList[i].origin("X")
last = chunkList[j].origin("Y")
pathSurface = [
chunkList[i].origin() for i in pathI[1:-1]
]
pathSurface.insert(0, first)
pathSurface.append(last)
print("->".join(pathSurface))
else:
for k in pathJ[1:]:
if (k in pathI):
pathSurfaceI = [
chunkList[idx].origin()
for idx in pathI[1:pathI.index(k)]
]
pathSurfaceI.insert(
0, chunkList[i].origin("X"))
pathSurfaceJ = [
chunkList[idx].origin()
for idx in pathJ[1:pathJ.index(k)]
]
pathSurfaceJ.insert(
0, chunkList[j].origin("Y"))
path_I_To_PrevK = "->".join(pathSurfaceI)
path_J_To_prevK = "->".join(pathSurfaceJ)
print("%s|%s|%s" %
(path_I_To_PrevK, path_J_To_prevK,
chunkList[k].origin()))
break
# else:
# print ("->".join([chunkList[idx].origin() for idx in pathI]))
# print ("->".join([chunkList[idx].origin() for idx in pathJ]))
# getCommonNode()
lineNo += 1
def main():
# for sentData in knock41.
for sentenceData in knock41.sentenceDataIterator(sys.stdin):
chunkList = knock41.createChunkListFromData(sentenceData)
for c in chunkList:
if c.hasVerb():
# output = ""
baseVerb = c.getMorph(c.firstVerbId())._base
joshi = list()
for srcId in c.sources():
# print(c.origin(), c.firstVerbId())
id_joshi = chunkList[int(srcId)].getJoshiId()
# print (id_joshi)
if id_joshi != -1:
baseJoshi = chunkList[int(srcId)].getMorph(
id_joshi)._base
joshi.append(baseJoshi)
if len(joshi) > 0:
print("%s\t%s" % (baseVerb, " ".join(sorted(joshi))))
def main():
# for sentData in knock41.
for sentenceData in knock41.sentenceDataIterator(sys.stdin):
chunkList = knock41.createChunkListFromData(sentenceData)
for c in chunkList:
if c.hasVerb():
# output = ""
baseVerb = c.getMorph(c.firstVerbId())._base
joshi = list()
joshiChunk = list()
for srcId in c.sources():
# print(c.origin(), c.firstVerbId())
id_joshi = chunkList[int(srcId)].getJoshiId()
# print (id_joshi)
if id_joshi != -1 :
baseJoshi = chunkList[int(srcId)].getMorph(id_joshi)._base
joshi.append(baseJoshi)
joshiChunk.append(chunkList[int(srcId)].origin())
if len(joshi) > 0 :
print("%s\t%s\t%s" % (baseVerb, " ".join(joshi), " ".join(joshiChunk)))
def main():
lineNo = 0
for sentenceData in knock41.sentenceDataIterator(sys.stdin):
chunkList = knock41.createChunkListFromData(sentenceData)
for j in range(1, len(chunkList)):
if(chunkList[j].hasNone()):
for i in range(0, j):
if(chunkList[i].hasNone()):
pathI = getPathToRoot(chunkList, i)
pathJ = getPathToRoot(chunkList, j)
if j in pathI:
pathI = pathI[0 : pathI.index(j) + 1]
first = chunkList[i].origin("X")
last = chunkList[j].origin("Y")
pathSurface = [chunkList[i].origin() for i in pathI[1:-1]]
pathSurface.insert(0, first)
pathSurface.append(last)
print ("->".join(pathSurface))
else:
for k in pathJ[1:]:
if(k in pathI):
pathSurfaceI = [chunkList[idx].origin() for idx in pathI[1:pathI.index(k)]]
pathSurfaceI.insert(0, chunkList[i].origin("X"))
pathSurfaceJ = [chunkList[idx].origin() for idx in pathJ[1:pathJ.index(k)]]
pathSurfaceJ.insert(0, chunkList[j].origin("Y"))
path_I_To_PrevK = "->".join(pathSurfaceI)
path_J_To_prevK = "->".join(pathSurfaceJ)
print ("%s|%s|%s" % (path_I_To_PrevK, path_J_To_prevK, chunkList[k].origin()))
break
# else:
# print ("->".join([chunkList[idx].origin() for idx in pathI]))
# print ("->".join([chunkList[idx].origin() for idx in pathJ]))
# getCommonNode()
lineNo += 1