private static LTLNode TranslateLTL(ltl2ba.Node LTLHeadNode)
{
type_t type = new type_t();
LTLNode node = new LTLNode(type, TranslateLTL(LTLHeadNode.lft), TranslateLTL(LTLHeadNode.rgt));
return(node);
}
///**
//* Add an edge from a state to a state with labeling specified
//* by a formula in propositional logic in prefix form.
//* @param from the 'from' state index
//* @param to the 'to' state index
//* @param guard the formula
//*/
//public void addEdge(int from, int to, string guard)
//{
// EdgeCreator ec = new EdgeCreator(from, to, _nba);
// LTLFormula ltl_guard= LTLPrefixParser.parse(guard, _nba.nba_i_getAPSet());
// // std::cerr << ltl_guard->toStringPrefix() << std::endl;
// LTLFormula guard_dnf=ltl_guard.toDNF();
// // std::cerr << guard_dnf->toStringPrefix() << std::endl;
// guard_dnf.forEachMonom(ec);
//}
/**
* Add an edge from a state to a state with labeling specified
* by a formula in propositional logic in prefix form.
* @param from the 'from' state index
* @param to the 'to' state index
* @param guard the formula
*/
public void addEdge(int from, int to, List <Proposition> labels)
{
Debug.Assert(labels.Count > 0);
LTLNode root = createNodeFromLabel(labels[labels.Count - 1]);
if (labels.Count > 1)
{
for (int i = labels.Count - 2; i >= 0; i--)
{
root = new LTLNode(type_t.T_AND, createNodeFromLabel(labels[i]), root);
}
}
EdgeCreator ec = new EdgeCreator(from, to, _nba);
LTLFormula ltl_guard = new LTLFormula(root, _nba.nba_i_getAPSet());
// std::cerr << ltl_guard->toStringPrefix() << std::endl;
LTLFormula guard_dnf = ltl_guard.toDNF();
// std::cerr << guard_dnf->toStringPrefix() << std::endl;
guard_dnf.forEachMonom(ec);
}
///**
//* Add an edge from a state to a state with labeling specified
//* by a formula in propositional logic in prefix form.
//* @param from the 'from' state index
//* @param to the 'to' state index
//* @param guard the formula
//*/
//public void addEdge(int from, int to, string guard)
//{
// EdgeCreator ec = new EdgeCreator(from, to, _nba);
// LTLFormula ltl_guard= LTLPrefixParser.parse(guard, _nba.nba_i_getAPSet());
// // std::cerr << ltl_guard->toStringPrefix() << std::endl;
// LTLFormula guard_dnf=ltl_guard.toDNF();
// // std::cerr << guard_dnf->toStringPrefix() << std::endl;
// guard_dnf.forEachMonom(ec);
//}
/**
* Add an edge from a state to a state with labeling specified
* by a formula in propositional logic in prefix form.
* @param from the 'from' state index
* @param to the 'to' state index
* @param guard the formula
*/
public void addEdge(int from, int to, List<Proposition> labels)
{
Debug.Assert(labels.Count > 0);
LTLNode root = createNodeFromLabel(labels[labels.Count - 1]);
if(labels.Count > 1)
{
for (int i = labels.Count-2; i >= 0; i--)
{
root = new LTLNode(type_t.T_AND, createNodeFromLabel(labels[i]), root);
}
}
EdgeCreator ec = new EdgeCreator(from, to, _nba);
LTLFormula ltl_guard = new LTLFormula(root, _nba.nba_i_getAPSet());
// std::cerr << ltl_guard->toStringPrefix() << std::endl;
LTLFormula guard_dnf = ltl_guard.toDNF();
// std::cerr << guard_dnf->toStringPrefix() << std::endl;
guard_dnf.forEachMonom(ec);
}
