def addCor(ds):
newdeps = []
for d in ds:
newdeps.append(d)
for d in ds:
if d.label == "cor" or d.label == "conj":
c1 = d.head
c2 = d.child
for i in ds:
if c1 == i.head:
newD = dependency.Dependency()
newD.label = i.label
newD.head = c2
newD.child = i.child
newdeps.append(newD)
elif c2 == i.head:
newD = dependency.Dependency()
newD.label = i.label
newD.head = c1
newD.child = i.child
newdeps.append(newD)
elif c1 == i.child:
newD = dependency.Dependency()
newD.label = i.label
newD.head = i.head
newD.child = c2
newdeps.append(newD)
elif c2 == i.child:
newD = dependency.Dependency()
newD.label = i.label
newD.head = i.head
newD.child = c1
newdeps.append(newD)
return newdeps
def readDepsFromFile(f):
fdeps = []
sDeps = []
for line in f:
# print(line)
if line != "\n":
d = dependency.Dependency()
d.read(line.strip())
#print(d.label)
sDeps.append(d)
else:
fdeps.append(sDeps)
sDeps = []
return fdeps
def setupPartsGeneral(self):
# set part properties: part number, rhythmic species
for num, part in enumerate(self.parts):
# part number
part.partNum = num
part.name = 'Part ' + str(num + 1)
part.errors = []
# part rhythmic species
part.species = assignSpecies(part)
# set up note consecution relations, from consecutions.py
consecutions.getConsecutions(part)
# set up note properties used in parsing
for idx, note in enumerate(part.recurse().notes):
# get the order position of the note in the line
note.index = idx
# assigns a Rule object to each Note
note.rule = rule.Rule()
# assigns a Dependency object to each Note
note.dependency = dependency.Dependency()
def decreaseWordIdx(d):
# print(d)
m = re.match("(^.*)-(.*)", d.head)
if m.group() != None:
headW = m.group(1)
headIdx = int(m.group(2)) - 1
# print("head", headW, headIdx)
newHead = headW + "-" + str(headIdx)
n = re.match("(^.*)-(.*)", d.child)
if n.group() != None:
childW = n.group(1)
childIdx = int(n.group(2)) - 1
# print("child", childW, childIdx)
newChild = childW + "-" + str(childIdx)
newD = dependency.Dependency()
newD.label = d.label
newD.head = newHead
newD.child = newChild
# print(newD)
return (newD)
# print(newD)
return (newD)
##Match sd deps to gcg deps
sdF = open(sys.argv[1], 'r', encoding="utf8")
sdDeps = DepsTools.readDepsFromFile(sdF)
depList = []
sdeps = []
for s in sdDeps:
for dp in s:
d = decreaseWordIdx(dp)
if d.label == "nsubj":
newD = dependency.Dependency()
newD.label = "1"
newD.head = d.head
newD.child = d.child
sdeps.append(newD)
elif d.label == "dobj":
newD = dependency.Dependency()
newD.label = "2"
newD.head = d.head
newD.child = d.child
sdeps.append(newD)
elif d.label == "rcmod":
verb = d.child
noun = d.head
rcty = DepsTools.TypeRcmod(dp, s)
# only subject --> object rel