public static void Write(AbstractCreatureAI abstractCreatureAI, ref BinaryWriter writer)
{
writer.Write(abstractCreatureAI.path.Count);
for (int a = 0; a < abstractCreatureAI.path.Count; a++)
{
WorldCoordinateHandler.Write(abstractCreatureAI.path[a], ref writer);
}
}
public static AbstractCreatureAI Read(AbstractCreatureAI abstractCreatureAI, ref BinaryReader reader)
{
int numberOfNodes = reader.ReadInt32();
abstractCreatureAI.path.Clear();
for (int a = 0; a < numberOfNodes; a++)
{
abstractCreatureAI.path.Add(WorldCoordinateHandler.Read(ref reader));
}
return(abstractCreatureAI);
}
void Start()
{
healthPoints = new HealthPoint[] {
new HealthPoint(50.0f),
new HealthPoint(50.0f),
new HealthPoint(50.0f),
new HealthPoint(50.0f),
new HealthPoint(50.0f)
};
agent = gameObject.GetComponent<NavMeshAgent> ();
_transform = gameObject.GetComponent<Transform> ();
creatureObject = gameObject;
creatureAI = GetComponent<BasicCreatureAI> ();
creatureAI.init ();
}
public void ctor(World world, patch_CreatureTemplate creatureTemplate, patch_Creature realizedCreature, WorldCoordinate pos, EntityID ID)
{
orig_ctor(world, creatureTemplate, realizedCreature, pos, ID);
CreatureTemplate.Type type = creatureTemplate.TopAncestor().type;
if (creatureTemplate.AI)
{
type = creatureTemplate.type;
switch (type)
{
case CreatureTemplate.Type.Scavenger:
abstractAI = new ScavengerAbstractAI(world, this);
goto IL_2F4;
case CreatureTemplate.Type.Overseer:
abstractAI = new OverseerAbstractAI(world, this);
goto IL_2F4;
default:
switch (type)
{
case CreatureTemplate.Type.Vulture:
break;
default:
if (type != CreatureTemplate.Type.MirosBird)
{
abstractAI = new AbstractCreatureAI(world, this);
goto IL_2F4;
}
abstractAI = new MirosBirdAbstractAI(world, this);
goto IL_2F4;
case CreatureTemplate.Type.CicadaA:
case CreatureTemplate.Type.CicadaB:
abstractAI = new CicadaAbstractAI(world, this);
goto IL_2F4;
case CreatureTemplate.Type.BigEel:
abstractAI = new BigEelAbstractAI(world, this);
goto IL_2F4;
case CreatureTemplate.Type.Deer:
abstractAI = new DeerAbstractAI(world, this);
goto IL_2F4;
case (CreatureTemplate.Type)patch_CreatureTemplate.Type.WalkerBeast:
abstractAI = new WalkerBeastAbstractAI(world, this);
goto IL_2F4;
}
break;
case CreatureTemplate.Type.SmallNeedleWorm:
case CreatureTemplate.Type.BigNeedleWorm:
abstractAI = new NeedleWormAbstractAI(world, this);
goto IL_2F4;
case CreatureTemplate.Type.DropBug:
abstractAI = new DropBugAbstractAI(world, this);
goto IL_2F4;
case CreatureTemplate.Type.KingVulture:
break;
}
abstractAI = new VultureAbstractAI(world, this);
}
IL_2F4:
if (pos.abstractNode > -1 && pos.abstractNode < Room.nodes.Length && Room.nodes[pos.abstractNode].type == AbstractRoomNode.Type.Den && !pos.TileDefined)
{
if (Room.offScreenDen)
{
remainInDenCounter = 1;
}
else
{
remainInDenCounter = UnityEngine.Random.Range(100, 1000);
}
if (abstractAI != null)
{
abstractAI.denPosition = new WorldCoordinate?(pos);
}
spawnDen = pos;
}
if (creatureTemplate.type == CreatureTemplate.Type.TentaclePlant || creatureTemplate.type == CreatureTemplate.Type.PoleMimic)
{
remainInDenCounter = 0;
}
}
