def onStar(self):
self.base = BaseDeConnaissance(self.path)
self.tbResolution.setText("")
EtatInit = self.base.faits[0].predicat
graphe = Graph(EtatInit)
nouedFermées = []
nouedOuverts = [EtatInit]
i = 0
# Graph construction
while nouedOuverts:
nouedCourant = nouedOuverts.pop(0)
nouedFermées.append(nouedCourant)
self.base.faits = nouedCourant
possibleConclusions = genererConclusionUnifies(
self.base.regles, nouedCourant)
for conclusion in possibleConclusions:
graphe.addEdge(nouedCourant, conclusion)
if not exist(conclusion, nouedFermées) and not exist(
conclusion, nouedOuverts):
nouedOuverts.append(conclusion)
i += 1
etatFinal = self.txEtatFinal.toPlainText()
test = Predicat.extractPredicat(etatFinal)
solution = 'chemin\n'
result, parcours = graphe.a_star_search(graphe.V, test)
for chem in parcours:
print(chem)
solution += str(chem) + '\n'
self.tbResolution.setText("")
self.tbResolution.setText(solution)
self.textBrowser.setText("")
self.textBrowser.setText(graphe.trace)
possibleConclusions = genererConclusionUnifies(base.regles, nouedCourant)
for conclusion in possibleConclusions:
graphe.addEdge(nouedCourant, conclusion)
if not exist(conclusion, nouedFermées) and not exist(
conclusion, nouedOuverts):
nouedOuverts.append(conclusion)
i += 1
for key in graphe.graph:
print("*********")
print("Sommet: ", key.nom, '(', key.vals, ')')
print("Values")
for val in graphe.graph[key]:
print("fils: ", val.nom, '(', val.vals, ')')
test = Predicat("cruchesAetB", ['4', '2'])
chemin = []
print("=========rechercheProfendeurLimiteIteratif===========")
print(graphe.rechercheProfendeurLimiteIteratif(graphe.V, test, 10, chemin))
chemin = algorithmService.prepareChemin(
chemin, graphe.V
) # Function that modifies the path in order to get it in a good format
for chem in chemin:
print(chem)
print("=======a_star_search============")
result, parcours = graphe.a_star_search(graphe.V, test)
for chem in parcours:
print(chem)