Method MobProcess

zone/entity.cpp:471–584

}

void EntityList::MobProcess()
{
	bool mob_dead;

	auto it = mob_list.begin();
	while (it != mob_list.end()) {
		uint16 id = it->first;
		Mob *mob = it->second;

		size_t sz = mob_list.size();

		static int   old_client_count  = 0;
		static Timer *mob_settle_timer = new Timer();

		if (zone->IsIdleWhenEmpty()) {
			if (
				numclients == 0 &&
				old_client_count > 0 &&
				zone->GetSecondsBeforeIdle() > 0
			) {
				LogInfo(
					"Zone will go into an idle state after [{}] second{}.",
					zone->GetSecondsBeforeIdle(),
					zone->GetSecondsBeforeIdle() != 1 ? "s" : ""
				);
				mob_settle_timer->Start(zone->GetSecondsBeforeIdle() * 1000);
			}

			if (numclients == 0 && mob_settle_timer->Check()) {
				LogInfo(
					"Zone has gone idle after [{}] second{}.",
					zone->GetSecondsBeforeIdle(),
					zone->GetSecondsBeforeIdle() != 1 ? "s" : ""
				);

				CheckToClearTraderAndBuyerTables();

				mob_settle_timer->Disable();
			}

			// Disable settle timer if someone zones into empty zone
			if (numclients > 0 || mob_settle_timer->Check()) {
				if (mob_settle_timer->Enabled()) {
					LogInfo("Zone is no longer scheduled to go idle.");
					mob_settle_timer->Disable();
				}
			}

			old_client_count = numclients;

			Spawn2* s2 = mob->CastToNPC()->respawn2;

			// Perform normal mob processing if any of these are true:
			//	-- zone is not empty
			//	-- the entity's spawn2 point is marked as path_while_zone_idle
			//	-- the zone is newly empty and we're allowing mobs to settle
			if (
				numclients > 0 || zone->quest_idle_override ||