def to_afd(self):
af = automato_finito.AutomatoFinito()
af.inicial = self.arvore.value
final = '#'
alfabeto = self.expr.lstrip('+|*?()')
positions = ()
Dstates = set()
def to_afnd(self):
af = automato_finito.AutomatoFinito()
final = '_F_'
af.estados = self.variaveis.union((final, ))
af.inicial = self.inicial
af.finais.add(final)
for v in self.variaveis:
for e in self.transicoes[v]:
if e[0] == '&' and e[1] == '&':
af.finais.add(v)
elif e[0] != '&' and e[1] == '&':
if (v, e[0]) in af.transicoes.keys():
af.transicoes[(v, e[0])].append(final)
else:
af.transicoes[(v, e[0])] = [final]
else:
if (v, e[0]) in af.transicoes.keys():
af.transicoes[(v, e[0])].append(e[1])
else:
af.transicoes[(v, e[0])] = [e[1]]
return af
while t_input[0] != 'exit':
if mode == 0:
print('Menu inicial')
t_input = input().split()
l = len(t_input)
if mode == 0 and l > 0:
if t_input[0] == 'help':
print('new [af|gr|er] [nome]')
print('edit [af|gr|er] [nome]')
print('del [af|gr|er] [nome]')
print('list')
continue
elif t_input[0] == 'new' and l > 2:
ling = None
if t_input[1] == 'af':
ling = automato_finito.AutomatoFinito(t_input[2])
if t_input[1] == 'gr':
ling = gramatica_regular.GramaticaRegular(t_input[2])
if t_input[1] == 'er':
ling = expressao_regular.ExpressaoRegular(nome=t_input[2])
listas[t_input[1]].append(ling)
t_open = t_input[1]
n_open = len(listas[t_open]) - 1
nome_dict[(t_open, t_input[2])] = n_open
mode = 1
continue
elif t_input[0] == 'edit' and l > 2:
t_open = t_input[1]
n_open = nome_dict[(t_open, t_input[2])]
mode = 1
continue
import automato_finito
af = automato_finito.AutomatoFinito()
af.add_transicao('q0', 'a', 'q0')
af.add_transicao('q0', 'a', 'q1')
af.add_transicao('q1', 'b', 'qf')
af.add_estados_finais('qf')
af.set_estado_inicial('q0')
print('Automato teste1')
print(af.print())
print('Automato teste1 após determinização')
print(af.to_afd(0, {}).print())
import automato_finito
af1 = automato_finito.AutomatoFinito()
af2 = automato_finito.AutomatoFinito()
af1.add_transicao('q0', 'a', 'qf')
af1.add_transicao('qf', 'b', 'qf')
af1.add_transicao('qf', 'a', 'qf')
af1.add_estados_finais('qf')
af1.set_estado_inicial('q0')
af2.add_transicao('q0', 'a', 'q1')
af2.add_transicao('q1', 'b', 'q2')
af2.add_transicao('q2', 'b', 'q3')
af2.add_transicao('q3', 'a', 'qf')
af2.add_transicao('qf', 'a', 'qf')
af2.add_estados_finais('qf')
af2.set_estado_inicial('q0')
print('Automato 1 teste6 (a(a|b)*)')
print(af1.print())
print('Automato 2 teste6 (abba*)')
print(af2.print())
print('Automato 1 Intersecao Automato 2 (abba*): \n')
print(af1.intersecao(af2).print())
