def visitAlternativa(self, ctx: EnquestesParser.AlternativaContext):
n = ctx.getChildCount()
g = ctx.getChildren()
l = [next(g) for i in range(n)]
listalternatives = self.visit(l[5])
pregunta = self.items[l[3].getText()]
for (a, i) in listalternatives:
self.AST.add_edge(pregunta, self.items[i], alternativa=a)
def visitAlternativa(self, ctx: EnquestesParser.AlternativaContext):
l = ctx.getChildren()
f = [next(l) for i in range(ctx.getChildCount())]
for i in range(5, ctx.getChildCount() - 1):
tupleAux = self.visit(f[i])
self.graph.add_edge(self.items[f[3].getText()],
self.items[tupleAux[1]],
alt=tupleAux[0])
def visitAlternativa(self, ctx: EnquestesParser.AlternativaContext):
print("Visit Alternativa: count=" + str(ctx.getChildCount()))
g = ctx.getChildren()
l = [next(g) for i in range(ctx.getChildCount())]
EnquestesVisitor.actualNode = EnquestesVisitor.dictItems[(
l[5]).getText()]
for x in l:
print("alternativa text=" + x.getText())
for y in range(8, ctx.getChildCount() - 2):
self.visit(l[y])
def visitAlternativa(self, ctx: EnquestesParser.AlternativaContext):
num = ctx.getChildCount()
g = ctx.getChildren()
L = [next(g) for i in range(num)]
aid = L[0].getText()
iid = L[3].getText()
pid = self.items[iid]
for j in range(5, num - 1, 2):
rnum, item = self.visit(L[j])
p2id = self.items[item]
self.G.add_edge(pid, p2id, resposta=rnum, type='alternativa')
def visitAlternativa(self, ctx: EnquestesParser.AlternativaContext):
# Crear arista entre Px y cada Pi alternativa con tag dado
g = ctx.getChildren(
) #obtenir els fills [ID ':' 'ALTERNATIVA' ID '[' alt ']']
l = [next(g) for i in range(ctx.getChildCount())]
item = l[3].getText()
node = self.items[item][0]
alts = self.visit(l[5])
for i in range(0, len(alts), 2):
tag, aux = self.visit(alts[i])
aux = self.items[aux][0]
self.ast.add_edge(node, aux, tag=tag, color='green')
def visitAlternativa(self, ctx: EnquestesParser.AlternativaContext):
# Retorna una llista de subllistes de les alternatives
# (que tambe es subllista)
L = []
c = [x for x in ctx.getChildren()]
for i in range(3, len(c)):
for j in self.visit(c[i]):
L.append(j)
return L
def visitAlternativa(self, ctx: EnquestesParser.AlternativaContext):
n = ctx.getChildren()
l = [next(n) for i in range(6)]
Previa = l[3].getText()
PregPrevia = self.dictItem[Previa][0]
tupla = self.visit(l[5])
for i in range(len(tupla)):
self.prohibits.append(self.dictItem[tupla[i][1]][0])
weight = tupla[i][0]
TupleAltern = tuple([PregPrevia, self.dictItem[tupla[i][1]][0]])
self.edgeAltern.append(TupleAltern)
self.G.add_edge(PregPrevia, self.dictItem[tupla[i][1]][0], tipus='alternativa', number=weight)
return self.visitChildren(ctx)
def visitAlternativa(self, ctx: EnquestesParser.AlternativaContext):
g = ctx.getChildren()
l = [next(g) for i in range(3)]
self.alternativa = l[0].getText()
self.visit(l[2])
self.visitChildren(ctx)