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;
}
/// Transforms a position in world space to Bellows polar coordinates
public BSONArray WorldToBellowsPosition(Vector3 vec)
{
// Transform point to be relative to whatever this Sound Master is attached to
// (usually the camera)
vec = transform.InverseTransformPoint(vec);
// X value in bellows is simply polar direction
float bellowsX = Mathf.Atan2(vec.z, vec.x) / (Mathf.PI * 2);
// Y value in bellows is just the height
float bellowsY = vec.y;
// Z value in bellows is the distance to the sound, ignoring height
float bellowsZ = Mathf.Sqrt((vec.x * vec.x) + (vec.z * vec.z));
BSONArray a = new BSONArray();
a.Add(bellowsX);
a.Add(bellowsY);
a.Add(bellowsZ);
return(a);
}
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;
}
}
