print("_______________________________________________")
print("incremental places: " + str(res.n_places))
print("incremental trans: " + str(len(res.transitions)))
print("_______________________________________________")
print("conjunction places: " + str(res2.n_places))
print("conjunction trans: " + str(len(res2.transitions)))
res.remove_dead_trans_tina()
res2.remove_dead_trans_tina()
if True:
plant_sup_trans_map=pac.build_plant_sup_trans_map(pn, res2)
mod_places_mapping=pac.build_modified_places_mapping(pn, res2, plant_sup_trans_map)
input_place_combs=pac.InputPlaceCombs(mod_places_mapping)
for (trans, places_list, ks_list) in zip(pn.transitions, input_place_combs.place_ids, input_place_combs.all_ks):
if trans.event in uc_events:
for (place_ids, k_tuples) in zip(places_list, ks_list):
for k_tuple in k_tuples:
pcm=pac.PartialCoveringMarking(trans, res2.n_places, place_ids, k_tuple)
(new_pn, reach_marking) = pac.build_pn_from_partial_cover_marking(pcm, res2)
print("CHECKING")
new_pn.check_reachability(reach_marking)
#print(res)
#res.random_run(sleep_time=0)
#print(res.generate_lola_string(False))
##for formula in formulas_list:
##print(formula)
res.remove_dead_trans_tina()
for i in range(0, len(prod.transitions)):
trans=pn.transitions[i]
if trans.event in pn.uc_events:
print(str(trans))
place_ids=mod_places_obj.place_ids[i]
all_ks=mod_places_obj.all_ks[i]
for (mod_places, ks) in zip(place_ids, all_ks):
for k_tuple in ks:
partial_cover_marking=pn_admis_check.PartialCoverMarking(trans, res.n_places, mod_places, k_tuple)
(new_sup, marking)=pn_admis_check.build_pn_from_partial_cover_marking(partial_cover_marking, res)
new_sup.check_reachability(marking)
###########AQUI
#res.remove_dead_trans_lola()
##MODULAR
#sup_list=[None for i in range(0, n_robots+1)]
#i=0
#total=0
#total_trans=0
#total_trans_post_del=0
#for (formula, spgec_def) in zip(formulas_list, spgecs_list):
#ltl_dfa=LtlDfa(formula)
