def step_3(woflan_object, return_asap_when_unsound=False):
woflan_object.set_place_invariants(
compute_place_invariants(woflan_object.get_s_c_net()))
woflan_object.set_uniform_place_invariants(
transform_basis(woflan_object.get_place_invariants(), style='uniform'))
woflan_object.set_s_components(
compute_s_components(woflan_object.get_s_c_net(),
woflan_object.get_uniform_place_invariants()))
woflan_object.set_uncovered_places_s_component(
compute_uncovered_places_in_component(woflan_object.get_s_components(),
woflan_object.get_s_c_net()))
if len(woflan_object.get_uncovered_places_s_component()) == 0:
woflan_object.set_left(True)
if woflan_object.print_diagnostics:
print('Every place is covered by s-components.')
return step_10(woflan_object,
return_asap_when_unsound=return_asap_when_unsound)
else:
if woflan_object.print_diagnostics:
print(
'The following places are not covered by an s-component: {}.'.
format(woflan_object.get_uncovered_places_s_component()))
if return_asap_when_unsound:
return False
return step_4(woflan_object,
return_asap_when_unsound=return_asap_when_unsound)
def apply(net):
place_invariants = compute_place_invariants(net)
modified_invariants = transform_basis(place_invariants, style='uniform')
return modified_invariants