bool Game_Player::CheckTouchEvent() {
if (InAirship())
return false;
int triggers[] = { RPG::EventPage::Trigger_touched, RPG::EventPage::Trigger_collision };
std::vector<int> v_triggers( triggers, triggers + sizeof(triggers) / sizeof(int) );
return CheckEventTriggerHere(v_triggers);
}
bool Game_Player::CheckTouchEvent() {
if (InAirship())
return false;
if (IsMoveRouteOverwritten())
return false;
return CheckEventTriggerHere({RPG::EventPage::Trigger_touched});
}
bool Game_Player::CheckActionEvent() {
if (InAirship())
return false;
// Use | instead of || to avoid short-circuit evaluation
return CheckEventTriggerHere({RPG::EventPage::Trigger_action}, true)
| CheckEventTriggerThere({RPG::EventPage::Trigger_action,
RPG::EventPage::Trigger_touched, RPG::EventPage::Trigger_collision}, true);
}
bool Game_Player::CheckActionEvent() {
if (InAirship())
return false;
int triggers_here[] = { 0 };
std::vector<int> triggers(triggers_here, triggers_here + sizeof triggers_here / sizeof(int));
if ( CheckEventTriggerHere(triggers) ) {
return true;
}
int triggers_there[] = { 0, 1, 2 };
triggers.assign(triggers_there, triggers_there + sizeof triggers_there / sizeof(int));
return CheckEventTriggerThere(triggers);
}
bool Game_Player::CheckTouchEvent() {
int triggers[] = { 1, 2 };
std::vector<int> v_triggers( triggers, triggers + sizeof triggers / sizeof(int) );
return CheckEventTriggerHere(v_triggers);
}
bool Game_Player::CheckCollisionEvent() {
if (InAirship())
return false;
return CheckEventTriggerHere({RPG::EventPage::Trigger_collision});
}