public override void SendInitialState(BSONObject bsonObj, INetObjectViewer viewer)
{
base.SendInitialState(bsonObj, viewer);
// if we have trunk pieces, send those
if (this.trunkPieces.Count > 0)
{
BSONArray trunkInfo = BSONArray.New;
foreach (var trunkPiece in this.trunkPieces)
{
trunkInfo.Add(trunkPiece.ToInitialBson());
}
bsonObj["trunks"] = trunkInfo;
}
if (this.Controller != null && this.Controller is INetObject)
{
bsonObj["controller"] = ((INetObject)this.Controller).ID;
}
if (this.stumpHealth <= 0f) // trunk pieces have their own grounders
{
bsonObj["noGround"] = true;
}
bsonObj["mult"] = this.resourceMultiplier;
}
public override bool IsNotRelevant(INetObjectViewer viewer)
{
if (viewer is IWorldObserver)
{
IWorldObserver observer = viewer as IWorldObserver;
var closestWrapped = World.ClosestWrappedLocation(observer.Position, this.Position);
var notVisibleDistance = observer.ViewDistance + Eco.Shared.Voxel.Chunk.Size;
var v = closestWrapped - observer.Position;
if (Mathf.Abs(v.x) >= notVisibleDistance || Mathf.Abs(v.z) >= notVisibleDistance)
{
if (this.Controller != null && this.Controller.Equals(viewer))
{
this.SetPhysicsController(null);
}
return(true);
}
else
{
// Still relevant, Check if viewer would be a better controller
if (this.Controller == null)
{
this.SetPhysicsController(viewer);
}
else if (this.Controller != viewer && Vector2.WrappedDistance(observer.Position.XZ, this.Position.XZ) < 10f)
{
IWorldObserver other = this.Controller as IWorldObserver;
if (Vector2.WrappedDistance(other.Position.XZ, this.Position.XZ) > 15f)
{
this.SetPhysicsController(viewer);
}
}
}
}
return(false);
}
public bool SetPhysicsController(INetObjectViewer owner)
{
// Trees don't need physics until felled
if (!this.Fallen)
{
return(false);
}
if (Equals(this.Controller, owner))
{
return(false);
}
if (this.Controller != null)
{
this.Controller.RemoveDestroyAction(this.RemovePhysicsController);
}
this.Controller = owner;
if (this.Controller != null)
{
this.Controller.AddDestroyAction(this.RemovePhysicsController);
}
int id = owner == null ? -1 : ((INetObject)owner).ID;
this.NetObj.Controller.RPC("UpdateController", id);
return(true);
}
public override void SendUpdate(BSONObject bsonObj, INetObjectViewer viewer)
{
if (this.attached == null)
{
base.SendUpdate(bsonObj, viewer);
}
}
public override bool IsUpdated(INetObjectViewer viewer)
{
if (this.LastUpdateTime > viewer.LastSentUpdateTime && SleepManager.Obj.AcceleratingTime)
{
return(true);
}
return(this.Fallen && this.trunkPieces.Any(piece => !piece.Collected) && this.LastUpdateTime > viewer.LastSentUpdateTime);
}
public override void SendUpdate(BSONObject bsonObj, INetObjectViewer viewer)
{
base.SendUpdate(bsonObj, viewer);
var cage = BSONObject.New;
cage["pos"] = new Vector3(0f, this.cagePos, 0f);
cage["v"] = new Vector3(0f, this.cageVelocity, 0f);
bsonObj["cage"] = cage;
}
public override void SendInitialState(BSONObject bsonObj, INetObjectViewer viewer)
{
base.SendInitialState(bsonObj, viewer);
bsonObj["pos"] = this.Position;
bsonObj["force"] = this.CastForce;
if (this.Controller != null && this.Controller is INetObject)
{
bsonObj["controller"] = ((INetObject)this.Controller).ID;
}
}
public override bool IsNotRelevant(INetObjectViewer viewer)
{
bool isNot = base.IsNotRelevant(viewer);
if (this.Controller == null)
{
this.Destroy();
}
return(isNot);
}
public override void SendInitialState(BSONObject bsonObj, INetObjectViewer viewer)
{
base.SendInitialState(bsonObj, viewer);
if (this.attached != null)
{
bsonObj["attached"] = this.attached.ToBson();
}
bsonObj["v"] = this.Velocity;
if (this.Controller != null && this.Controller is INetObject)
{
bsonObj["controller"] = ((INetObject)this.Controller).ID;
}
}
public override bool IsRelevant(INetObjectViewer viewer)
{
if (this.attached != null)
{
var obj = NetObjectManager.GetObject <INetObject>(this.attached.ParentID);
if (obj != null)
{
return(obj.IsRelevant(viewer));
}
this.Destroy();
return(false);
}
return(base.IsRelevant(viewer));
}
public override bool IsRelevant(INetObjectViewer viewer)
{
if (viewer is IWorldObserver)
{
IWorldObserver observer = viewer as IWorldObserver;
var closestWrapped = World.ClosestWrappedLocation(observer.Position, this.Position);
var notVisibleDistance = observer.ViewDistance + Eco.Shared.Voxel.Chunk.Size;
var v = closestWrapped - observer.Position;
if (Mathf.Abs(v.x) >= notVisibleDistance || Mathf.Abs(v.z) >= notVisibleDistance)
{
if (this.Controller == null)
{
this.SetPhysicsController(viewer);
}
return(true);
}
}
return(false);
}
public override bool IsNotRelevant(INetObjectViewer viewer)
{
if (TimeUtil.Seconds > this.DestroyTime)
{
this.Destroy();
}
if (this.attached != null)
{
var obj = NetObjectManager.GetObject <INetObject>(this.attached.ParentID);
if (obj != null)
{
return(obj.IsNotRelevant(viewer));
}
this.Destroy();
return(true);
}
return(base.IsNotRelevant(viewer));
}
public override void SendUpdate(BSONObject bsonObj, INetObjectViewer viewer)
{
base.SendUpdate(bsonObj, viewer);
if (this.Fallen && this.Controller != viewer)
{
BSONArray trunkInfo = BSONArray.New;
foreach (var trunkPiece in this.trunkPieces)
{
if (trunkPiece.Position == Vector3.Zero)
{
continue;
}
if (trunkPiece.LastUpdateTime < viewer.LastSentUpdateTime)
{
continue;
}
trunkInfo.Add(trunkPiece.ToUpdateBson());
}
bsonObj["trunks"] = trunkInfo;
bsonObj["time"] = this.lastKeyframeTime;
}
}
public override void SendInitialState(BSONObject bsonObj, INetObjectViewer viewer)
{
base.SendInitialState(bsonObj, viewer);
// if we have trunk pieces, send those
var trunkInfo = BSONArray.New;
if (this.trunkPieces.Count > 0)
{
foreach (var trunkPiece in this.trunkPieces)
{
trunkInfo.Add(trunkPiece.ToInitialBson());
}
}
bsonObj["trunks"] = trunkInfo;
if (this.Controller != null && this.Controller is INetObject)
{
bsonObj["controller"] = ((INetObject)this.Controller).ID;
}
bsonObj["mult"] = this.resourceMultiplier;
bsonObj["density"] = this.Species.Density;
}
public override void SendInitialState(BSONObject bsonObj, INetObjectViewer viewer)
{
base.SendInitialState(bsonObj, viewer);
bsonObj["open"] = this.Open;
bsonObj["opensOut"] = this.OpensOut;
}
public override void SendInitialState(BSONObject bsonObj, INetObjectViewer viewer)
{
base.SendInitialState(bsonObj, viewer);
this.SendUpdate(bsonObj, viewer);
bsonObj["dir"] = this.GetAnimatedState <float>("dir");
}
public override void SendUpdate(BSONObject bsonObj, INetObjectViewer viewer)
{
base.SendUpdate(bsonObj, viewer);
bsonObj["cagePos"] = this.cagePos;
bsonObj["v"] = this.v;
}
public override bool IsUpdated(INetObjectViewer viewer) => this.Controller != viewer; // Trigger an update to anyone not the owner of this Lure.
public override void SendUpdate(BSONObject bsonObj, INetObjectViewer viewer)
{
bsonObj["pos"] = this.Position;
base.SendUpdate(bsonObj, viewer);
}
public override bool IsUpdated(INetObjectViewer viewer) => this.Controller != viewer; // Trigger an update to anyone not the owner of this Lure.
public override bool IsUpdated(INetObjectViewer viewer)
{
return(this.Fallen && this.trunkPieces.Any(piece => !piece.Collected) && this.LastUpdateTime > viewer.LastSentUpdateTime);
}
public override bool IsNotRelevant(INetObjectViewer viewer) => base.IsNotRelevant(viewer);
public override void SendInitialState(BSONObject bsonObj, INetObjectViewer viewer)
{
base.SendInitialState(bsonObj, viewer);
bsonObj["noFadeIn"] = true;
}
