def makeFormulas(self):
"""
The main workhorse method, which extracts formulas from the text.
"""
formulaDict = {}
for i in reversed(range(2, 15)):
if self.verbose:
print('Поиск n-грамм длины ' + str(i))
Ngrams = []
for line in self.poem:
Ngrams += self.makeNGrams(line, i)
if self.verbose and len(Ngrams) > 0:
for item in Ngrams[:-1]:
print(item, end=' | ')
print(Ngrams[-1])
while True:
Ngrams = self.filter(Ngrams)
if len(Ngrams) > 1:
basis = Ngrams[0]
formulas2Be = LinkedList()
formulas2Be.add(basis)
for Ngram in Ngrams[1:]:
if Ngram == basis:
formulas2Be.add(Ngram)
for item in formulas2Be:
Ngrams.remove(item)
if len(formulas2Be) >= 2:
for item in formulas2Be:
for word in item.words:
self.useMatrix[word.line][word.index] = True
formulaDict[basis.key] = formulas2Be
else:
break
return formulaDict
else:
new_word = new_word + present_node.get_data()
present_node = present_node.get_next()
next_node = next_node.get_next()
print(present_node.get_data())
#print(next_node.get_data())
new_word = new_word + present_node.get_data()
new_sentence = new_word
return new_sentence
word_list = LinkedList()
word_list.add("T")
word_list.add("h")
word_list.add("e")
word_list.add("/")
word_list.add("*")
word_list.add("s")
word_list.add("k")
word_list.add("y")
word_list.add("*")
word_list.add("i")
word_list.add("s")
word_list.add("/")
word_list.add("/")
word_list.add("b")
word_list.add("l")
word_list.add("u")
from DataStructures import LinkedList ll = LinkedList() ll.add(1) ll.add(2) ll.add(3) print(ll) print(ll.remove()) print(ll)
next_node = present_node.get_next()
while (present_node.get_next() != None):
data1 = present_node.get_data()
data2 = next_node.get_data()
if data1 == data2:
print(data1)
duplicate_list.delete(data1)
present_node = next_node
next_node = next_node.get_next()
if data1 != data2:
present_node = next_node
next_node = next_node.get_next()
duplicate_list.display()
return duplicate_list
#Add different values to the linked list and test your program
duplicate_list = LinkedList()
duplicate_list.add(30)
duplicate_list.add(40)
duplicate_list.add(40)
duplicate_list.add(40)
duplicate_list.add(40)
print(remove_duplicates(duplicate_list))