void mapWithCollision(
StateFun&& st_fun,
EventFun&& ev_fun,
TimeNodeFun&& tn_fun,
NothingFun&& nothing_fun,
const QVector<id_type<StateModel>>& createdStates,
const QVector<id_type<EventModel>>& createdEvents,
const QVector<id_type<TimeNodeModel>>& createdTimeNodes)
{
auto collidingStates = getCollidingStates(createdStates);
if(!collidingStates.empty())
{
st_fun(collidingStates.first());
return;
}
auto collidingEvents = getCollidingEvents(createdEvents);
if(!collidingEvents.empty())
{
ev_fun(collidingEvents.first());
return;
}
auto collidingTimeNodes = getCollidingTimeNodes(createdTimeNodes);
if(!collidingTimeNodes.empty())
{
tn_fun(collidingTimeNodes.first());
return;
}
nothing_fun();
}
void mapWithCollision(
QPointF point,
StateFun st_fun,
EventFun ev_fun,
TimeNodeFun tn_fun,
NothingFun nothing_fun,
const QVector<Id<StateModel>>& createdStates,
const QVector<Id<EventModel>>& createdEvents,
const QVector<Id<TimeNodeModel>>& createdTimeNodes)
{
auto collidingStates = getCollidingStates(point, createdStates);
if(!collidingStates.empty())
{
st_fun(collidingStates.first());
return;
}
auto collidingEvents = getCollidingEvents(point, createdEvents);
if(!collidingEvents.empty())
{
ev_fun(collidingEvents.first());
return;
}
auto collidingTimeNodes = getCollidingTimeNodes(point, createdTimeNodes);
if(!collidingTimeNodes.empty())
{
tn_fun(collidingTimeNodes.first());
return;
}
nothing_fun();
}
