def genSlotMatrix(self,words):
matrix=[]
for row in self.genWordMatrix(words):
unitlist = []
id=-1
for word in row:
syllnum=-1
for unit in word.children: # units = syllables
syllnum+=1
id+=1
wordpos=(syllnum+1,len(word.children))
unitlist.append(Slot(id, unit, word.sylls_text[syllnum], wordpos, word))
if not self.splitheavies:
matrix.append(unitlist)
else:
unitlist2=[]
for slot in unitlist:
if bool(slot.feature('prom.weight')):
slot1=Slot(slot.i,slot.children[0],slot.token,slot.wordpos,slot.word)
slot2=Slot(slot.i,slot.children[0],slot.token,slot.wordpos,slot.word)
## mark as split
slot1.issplit=True
slot2.issplit=True
## demote
slot2.feats['prom.stress']=0.0
slot1.feats['prom.weight']=0.0
slot2.feats['prom.weight']=0.0
## split token
slot1.token= slot1.token[ : len(slot1.token)/2 ]
slot2.token= slot2.token[len(slot1.token)/2 + 1 : ]
unitlist2.append([slot,[slot1,slot2]])
else:
unitlist2.append([slot])
#unitlist=[]
for row in list(product(*unitlist2)):
unitlist=[]
for x in row:
if type(x)==type([]):
for y in x:
unitlist.append(y)
else:
unitlist.append(x)
matrix.append(unitlist)
# for r in matrix:
# for y in r:
# print y
# print
# print
return matrix
def genSlotMatrix(self, wordtokens):
matrix = []
row_wordtokens = wordtokens
rows_wordmatrix = self.genWordMatrix(wordtokens)
for row in rows_wordmatrix:
unitlist = []
id = -1
wordnum = -1
for word in row:
wordnum += 1
syllnum = -1
for unit in word.children: # units = syllables
syllnum += 1
id += 1
wordpos = (syllnum + 1, len(word.children))
slot = Slot(id,
unit,
word.sylls_text[syllnum],
wordpos,
word,
i_word=wordnum,
i_syll_in_word=syllnum,
wordtoken=row_wordtokens[wordnum],
meter=self)
unitlist.append(slot)
if not self.splitheavies:
matrix.append(unitlist)
else:
unitlist2 = []
for slot in unitlist:
if bool(slot.feature('prom.weight')):
slot1 = Slot(slot.i, slot.children[0], slot.token,
slot.wordpos, slot.word)
slot2 = Slot(slot.i, slot.children[0], slot.token,
slot.wordpos, slot.word)
## mark as split
slot1.issplit = True
slot2.issplit = True
## demote
slot2.feats['prom.stress'] = 0.0
slot1.feats['prom.weight'] = 0.0
slot2.feats['prom.weight'] = 0.0
## split token
slot1.token = slot1.token[:len(slot1.token) / 2]
slot2.token = slot2.token[len(slot1.token) / 2 + 1:]
unitlist2.append([slot, [slot1, slot2]])
else:
unitlist2.append([slot])
#unitlist=[]
for row in list(product(*unitlist2)):
unitlist = []
for x in row:
if type(x) == type([]):
for y in x:
unitlist.append(y)
else:
unitlist.append(x)
matrix.append(unitlist)
# for r in matrix:
# for y in r:
# print y
# print
# print
return matrix