def _assert(self, submodel, interpretation):
if pre:
graph = submodel.pregraph_has_node
else:
graph = submodel.postgraph
edge = Edge.edge(interpretation(self.x), interpretation(self.y))
if parent:
function = Graph.parents(graph)
else:
function = Graph.links(graph)
has_edge = z3.Select(function, edge)
return has_edge
def _assert(self, submodel, interpretation):
if pre:
graph = submodel.pregraph_has_node
else:
graph = submodel.postgraph
edge = Edge.edge(interpretation(self.x), interpretation(self.y))
if parent:
function = Graph.parents(graph)
else:
function = Graph.links(graph)
has_edge = z3.Select(function, edge)
return has_edge
def _assert(self, submodel, interpretation):
if pre:
labelmap = Graph.labelmap(submodel.pregraph)
else:
labelmap = Graph.labelmap(submodel.postgraph)
node = interpretation(self.var)
labelset = z3.Select(labelmap, node)
label = self.label_as_int
has_label = z3.Select(labelset, label)
if un:
return z3.Not(has_label)
else:
return has_label
def _assert(self, submodel, interpretation):
if pre:
labelmap = Graph.labelmap(submodel.pregraph)
else:
labelmap = Graph.labelmap(submodel.postgraph)
node = interpretation(self.var)
labelset = z3.Select(labelmap, node)
label = self.label_as_int
has_label = z3.Select(labelset, label)
if un:
return z3.Not(has_label)
else:
return has_label
def _assert(self, submodel, interpretation):
node = interpretation(self.x)
action = submodel.action
atomic_action = AtomicAction.rem_action(node)
has_rem_action = z3.Select(action, atomic_action)
graph = submodel.pregraph_has_node
has_function = Graph.has(graph)
pregraph_has_node = z3.Select(has_function, node)
return z3.And(has_rem_action, pregraph_has_node)
def _assert(self, submodel, interpretation):
node = interpretation(self.x)
action = submodel.action
atomic_action = AtomicAction.rem_action(node)
has_rem_action = z3.Select(action, atomic_action)
graph = submodel.pregraph_has_node
has_function = Graph.has(graph)
pregraph_has_node = z3.Select(has_function, node)
return z3.And(has_rem_action, pregraph_has_node)
def _assert(self, submodel, interpretation):
graph = submodel.postgraph
has_function = Graph.has(graph)
node = interpretation(self.x)
has_node = z3.Select(has_function, node)
return has_node
def _assert(self, submodel, interpretation):
graph = submodel.postgraph
has_function = Graph.has(graph)
node = interpretation(self.x)
has_node = z3.Select(has_function, node)
return has_node
