/// <summary>
/// Replaces SolidConsumerMonitor.FindFood to more efficiently find food for critters.
/// </summary>
public static void FindFood(SolidConsumerMonitor.Instance smi, float _)
{
var closest = new ClosestEdible(smi.GetComponent <DrowningMonitor>(),
smi.GetComponent <Navigator>());
// Check the diet type first
var diet = smi.def.diet;
Grid.PosToXY(smi.gameObject.transform.GetPosition(), out int x, out int y);
if (!diet.eatsPlantsDirectly)
{
// Check Critter Feeder with priority
var storages = ListPool <Storage, SolidConsumerMonitor> .Allocate();
foreach (var creatureFeeder in Components.CreatureFeeders.Items)
{
var go = creatureFeeder.gameObject;
if (go != null)
{
Grid.PosToXY(go.transform.GetPosition(), out int cx, out int cy);
// Only check critter feeders that are somewhat nearby
if (Math.Abs(x - cx) <= RADIUS && Math.Abs(y - cy) <= RADIUS)
{
storages.Clear();
go.GetComponents(storages);
FindFood(storages, diet, ref closest);
}
}
}
storages.Recycle();
}
var gsp = GameScenePartitioner.Instance;
var nearby = ListPool <ScenePartitionerEntry, GameScenePartitioner> .Allocate();
gsp.GatherEntries(x - RADIUS, y - RADIUS, RADIUS << 1, RADIUS << 1, diet.
eatsPlantsDirectly ? gsp.plants : gsp.pickupablesLayer, nearby);
// Add plants or critters
int n = nearby.Count;
for (int i = 0; i < n; i++)
{
if (nearby[i].obj is KMonoBehaviour item && CanEatItem(item, diet))
{
closest.CheckUpdate(item);
}
}
nearby.Recycle();
smi.targetEdible = closest.target;
}
/// <summary> /// Run on entry to SolidConsumerMonitor.lookingforfood to ensure that the critter /// has a tile when they initially become hungry. /// </summary> public static void FindFood(SolidConsumerMonitor.Instance smi) => FindFood(smi, 0.0f);
