public override bool OnRebuildObservers(HashSet <NetworkConnection> observers, bool initial)
{
if (OctreeManager.Get(OctreeType.Player) == null)
{
Debug.Log("Could not find an Octree for the Player type");
return(false);
}
CachedObjectList.Clear();
RelevantTo.Clear();
OctreeManager.Get(OctreeType.Player).GetObjectsInRange(transform.position, CachedObjectList, Range);
for (var i = 0; i < CachedObjectList.Count; i++)
{
var netID = CachedObjectList[i].GetComponent <NetworkIdentity>();
if (netID == null)
{
continue;
}
RelevantTo.Add(netID.connectionToClient);
observers.Add(netID.connectionToClient);
}
return(true);
}
public Nodule SpawnNodule(Vector3 pos, Quaternion rot, NoduleType type)
{
var nod = m_Nodules.SpawnNodule(pos, rot, type);
OctreeManager.Get(OctreeType.Nodule).Add(nod.transform);
return(nod);
}
public void RemoveNodule(Nodule con)
{
if (m_Nodules.Count != 0 && con != null)
{
m_Nodules.DisableNodule(con);
OctreeManager.Get(OctreeType.Nodule).Remove(con.transform);
}
}
public override void OnStartServer()
{
NoduleSensor = new OctreeSensor <Nodule>(transform, SensingRadius, OctreeManager.Get(OctreeType.Nodule));
var noduleRate = NoduleSensor.RefreshRate;
NoduleSensor.RefreshRate += Random.Range(-.05f * noduleRate, .05f * noduleRate);
base.OnStartServer();
}
private void CalculateColliderAcitvationRange()
{
var boundingRadius = GetBoundingSphereRadius();
GetComponent <SphereCollider>().radius = boundingRadius + CubeInteractionRadius;
InteractableCollider.Radius = boundingRadius;
if (OctreeManager.Get(OctreeType.Player) != null)
{
var colliders = OctreeManager.Get(OctreeType.Player).GetObjectsInRange(transform.position, boundingRadius + CubeInteractionRadius);
TriggeredCount = colliders.Length;
EvaluateTriggeredCount();
}
}
public GameObject SpawnCarnivore(Vector3 pos, Quaternion rot, CarnivoreType type)
{
var carn = CarnivoreFactory.InstantiateCarnivore(pos, rot, type);
carn.transform.SetParent(transform);
NetworkServer.Spawn(carn.gameObject);
if (!m_Carnivores.ContainsKey(type))
{
m_Carnivores.Add(type, new HashSet <CarnivoreBase>());
}
m_Carnivores[type].Add(carn);
OctreeManager.Get(OctreeType.Carnivore).Add(carn.transform);
return(carn.gameObject);
}
public GameObject SpawnHerbivore(Vector3 pos, Quaternion rot, HerbivoreType type)
{
var herb = HerbivoreFactory.InstantiateHerbivore(pos, rot, type);
herb.transform.SetParent(transform);
NetworkServer.Spawn(herb.gameObject);
if (!m_Herbivores.ContainsKey(type))
{
m_Herbivores.Add(type, new HashSet <HerbivoreBase>());
}
m_Herbivores[type].Add(herb);
OctreeManager.Get(OctreeType.Herbivore).Add(herb.transform);
return(herb.gameObject);
}
public void KillCarnivore(CarnivoreBase carn, bool predation = false)
{
if (carn == null || carn.gameObject == null)
{
return;
}
if (m_Carnivores.ContainsKey(carn.Type))
{
m_Carnivores[carn.Type].Remove(carn);
}
OctreeManager.Get(OctreeType.Carnivore).Remove(carn.transform);
if (predation && OnPredationEvent != null)
{
OnPredationEvent(carn);
}
NetworkServer.Destroy(carn.gameObject);
ValidateCarnivoreCount();
}
public void KillHerbivore(HerbivoreBase herb, bool predation = false)
{
if (herb == null || herb.gameObject == null)
{
return;
}
if (m_Herbivores.ContainsKey(herb.Type))
{
m_Herbivores[herb.Type].Remove(herb);
}
OctreeManager.Get(OctreeType.Herbivore).Remove(herb.transform);
if (predation && OnPredationEvent != null)
{
OnPredationEvent(herb);
}
NetworkServer.Destroy(herb.gameObject);
ValidateHerbivoreCount();
}
private void AvoidPlayerUpdate()
{
m_CheckForPlayerCounter += Time.deltaTime;
if (m_CheckForPlayerCounter > CheckForPlayerRate)
{
m_CheckForPlayerCounter = 0f;
var closestPlayer = OctreeManager.Get(OctreeType.Player).GetClosestObject(transform.position);
var vectorToStart = (new Vector3(m_StartPos.x, transform.position.y, m_StartPos.z) - transform.position).normalized * FloatSpeed;
//Make sure there is a player in range
if (closestPlayer != null &&
(closestPlayer.position - transform.position).sqrMagnitude < CheckForPlayerRange * CheckForPlayerRange)
{
var evadeVector = Steering.Evade(gameObject, closestPlayer.gameObject, FloatSpeed);
//Go to start XZ pos if that is close to the evade vector
m_FloatVel = Vector3.Angle(evadeVector, vectorToStart) < 90f
? new Vector3(vectorToStart.x, m_FloatVel.y, vectorToStart.z)
: new Vector3(evadeVector.x, m_FloatVel.y, evadeVector.z);
return;
}
//Are we not close to our starting position on the horizontal plane
if ((transform.position - new Vector3(m_StartPos.x, transform.position.y, m_StartPos.z)).sqrMagnitude > 2f)
{
//Float towards start on the horizontal
m_FloatVel = new Vector3(vectorToStart.x, m_FloatVel.y, vectorToStart.z);
}
else
{
m_FloatVel = new Vector3(0, m_FloatVel.y, 0);
}
}
}
private void CheckForPlayer()
{
var player = OctreeManager.Get(OctreeType.Player).GetClosestObject(transform.position, m_InteractionRadius);
ProximityShrink(player);
}
public override void OnStartServer()
{
m_AnimAudioController = GetComponent <TriHorseAnimAudioController>();
m_AnimAudioController.OnEatingFinished += OnEatingFinished;
m_AnimAudioController.OnDyingFinished += Die;
Grower = new ScaledGrowth(transform,
DataStore.GetFloat(Data.TriHorseInitialScale),
DataStore.GetFloat(Data.TriHorseFinalScaleMin),
DataStore.GetFloat(Data.TriHorseFinalScaleMax));
Grower.StartGrowing();
Scale = Grower.Scale;
AgeData.DaysToGrown = DataStore.GetFloat(Data.TriHorseDaysToGrown);
AgeData.LifeSpan = DataStore.GetFloat(Data.TriHorseLifeSpan);
BaseSpeed = DataStore.GetFloat(Data.TriHorseBaseSpeed);
DaysBeforeReproducing = DataStore.GetFloat(Data.TriHorseDaysBeforeReproducing);
DaysBetweenReproductions = DataStore.GetFloat(Data.TriHorseDaysBetweenReproductions);
StarvingDamageAmount = DataStore.GetFloat(Data.TriHorseStarvingDamageAmount);
StructureCollisionDamageAmount = DataStore.GetFloat(Data.TriHorseStructureCollisionDamageAmount);
SensingRadius = DataStore.GetFloat(Data.TriHorseSensingRadius);
WanderParameters.Radius = DataStore.GetFloat(Data.TriHorseWanderRadius);
WanderParameters.Distance = DataStore.GetFloat(Data.TriHorseWanderDistance);
WanderParameters.Jitter = DataStore.GetFloat(Data.TriHorseWanderJitter);
FlockingOptions.WanderWeight = DataStore.GetFloat(Data.TriHorseWanderWeight);
FlockingOptions.AlignmentWeight = DataStore.GetFloat(Data.TriHorseAlignWeight);
FlockingOptions.MinDispersion = DataStore.GetFloat(Data.TriHorseMinFlockDispersion);
FlockingOptions.MaxDispersion = DataStore.GetFloat(Data.TriHorseMaxFlockDispersion);
FlockingOptions.MinDispersionSquared = FlockingOptions.MinDispersion * FlockingOptions.MinDispersion;
FlockingOptions.MaxDispersionSquared = FlockingOptions.MaxDispersion * FlockingOptions.MaxDispersion;
m_FlockmateSensor = new OctreeSensor <TriHorse>(transform, SensingRadius, 20, OctreeManager.Get(OctreeType.Herbivore));
m_FlockmateSensor.RefreshRate = m_FlockmateSensor.RefreshRate.Randomize(.05f);
base.OnStartServer();
Scale = Grower.Scale;
BehaviourBrain.In(BehaviourState.SeekingFood)
.If(() => Health <= 0)
.GoTo(BehaviourState.Death)
.If(() => m_InDeathThrows)
.GoTo(BehaviourState.Dying)
.If(() => m_TimeSinceEating < DayClock.Singleton.DaysToSeconds(.4f))
.GoTo(BehaviourState.Flocking)
.If(CanReproduce)
.GoTo(BehaviourState.Reproducing)
.If(() => m_EatingNodule)
.GoTo(BehaviourState.Eating)
.ExecuteWhileIn(SeekFood, StarvationCheck);
BehaviourBrain.In(BehaviourState.Flocking)
.If(() => Health <= 0)
.GoTo(BehaviourState.Death)
.If(() => m_InDeathThrows)
.GoTo(BehaviourState.Dying)
.If(() => m_TimeSinceEating > DayClock.Singleton.DaysToSeconds(.4f))
.GoTo(BehaviourState.SeekingFood)
.If(CanReproduce)
.GoTo(BehaviourState.Reproducing)
.ExecuteWhileIn(Flocking);
BehaviourBrain.In(BehaviourState.Eating)
.If(() => m_InDeathThrows)
.GoTo(BehaviourState.Dying)
.If(() => !m_EatingNodule)
.GoTo(BehaviourState.Flocking)
.ExecuteOnEntry(StartEating)
.ExecuteWhileIn(EatNodule)
.ExecuteOnExit(EndEating);
BehaviourBrain.In(BehaviourState.Reproducing)
.DoOnce(Reproduce)
.If(() => true)
.GoTo(BehaviourState.SeekingFood);
//Empty state. All action is handled through anim callbacks or outside function calls
//Once we enter this state, we do not leave it.
BehaviourBrain.In(BehaviourState.Dying);
BehaviourBrain.In(BehaviourState.Death)
.DoOnce(Die);
BehaviourBrain.Initialize(BehaviourState.SeekingFood);
//This forces the herbivore to start in the seeking food state
m_TimeSinceEating = DayClock.Singleton.DaysToSeconds(.4f);
}
private IEnumerator InitializePlayerSensor()
{
while (!OctreeManager.Contains(OctreeType.Player))
{
yield return(new WaitForSeconds(.5f));
}
m_PlayerSensor = new OctreeSensor <Transform>(transform, CalculateEnclosingRadius(), OctreeManager.Get(OctreeType.Player))
{
RefreshRate = .1f.Randomize(.05f)
};
}
private void Start()
{
if (isServer)
m_PlayerSensor = new OctreeSensor<NetworkIdentity>(OriginTransform, m_InteractRange, OctreeManager.Get(OctreeType.Player))
{
RefreshRate = .1f.Randomize(.03f)
};
}
protected override void Start()
{
Rigidbody = GetComponent <Rigidbody>();
base.Start();
if (!isServer && isClient)
{
var anim = GetComponent <Animator>();
if (anim != null)
{
anim.applyRootMotion = false;
}
return;
}
if (!isServer)
{
return;
}
HerbivoreSensor = new OctreeSensor <HerbivoreBase>(transform, SensingRadius, MaximumHerdSizeToAttack + 1, OctreeManager.Get(OctreeType.Herbivore));
//Starts the carnivore slightly hungry
TimeSinceEating = DayClock.Singleton.DaysToSeconds(1.01f);
}
private void CheckForPlayer()
{
var player = OctreeManager.Get(OctreeType.Player).GetClosestObject(transform.position, m_InteractionRadius);
SetState(player == null ? State.Inactive : State.Active);
}
private void Start()
{
m_Sensor = new OctreeSensor <Transform>(transform, Range, 1, OctreeManager.Get(OctreeType.Player));
}