void ProductBuilder::addStateTransitions(const UnparametrizedStructure & structure, const AutomatonStructure & automaton, const StateID s_BA_ID, const StateID s_KS_ID, const AutTransitionion & BA_transition, ProductStructure & product)
{
StateID s_ID = product.computeID(s_KS_ID, s_BA_ID);
// Add all the transient combinations for the kripke structure
for (const size_t KS_trans_no : cscope(structure._states[s_KS_ID]))
{
const StateID t_KS_ID = structure._states[s_KS_ID]._transitions[KS_trans_no]._t_ID;
if (satisfiesDeltas(structure, s_KS_ID, t_KS_ID, BA_transition._deltas_cons))
{
const TransConst & trans_const = structure._states[s_KS_ID]._transitions[KS_trans_no]._trans_const;
const StateID t_ID = product.computeID(t_KS_ID, BA_transition._t_ID);
product._states[s_ID]._transitions.emplace_back(TSTransitionProperty(t_ID, trans_const));
}
}
// Copy stay constraints
product._states[s_ID]._stay_const = structure._states[s_KS_ID]._stay_const;
// Add a self-loops
product._states[s_ID]._loops.emplace_back(product.computeID(s_KS_ID, BA_transition._t_ID));
}
/**
* @param ID add data to the state with this IS
* Add a new transition to the source specie, containg necessary edge labels for the CMC
*/
inline void addTransition(const StateID ID, const StateID target_ID, const ParamNo step_size, const bool _dir, const ActLevel level, const Levels & targets) {
GraphInterface<TSStateProperty>::states[ID].transitions.push_back(TSTransitionProperty(target_ID, step_size, _dir, level, targets));
}
