public Vector3 GetAndReset(float x, float z, WaterSample.ComputationsMode mode, out Vector3 forces)
{
if (mode != WaterSample.ComputationsMode.ForceCompletion)
{
if (mode == WaterSample.ComputationsMode.Normal)
{
if (!this._Finished && !float.IsNaN(this._PreviousResult.x))
{
forces = this._PreviousForces;
return(this._PreviousResult);
}
this._PreviousResult = this._Displaced;
this._PreviousForces = this._Forces;
}
}
else if (!this._Finished)
{
this._Finished = true;
this.ComputationStep(true);
}
this._Finished = true;
if (!this._Enqueued)
{
WaterAsynchronousTasks.Instance.AddWaterSampleComputations(this);
this._Enqueued = true;
this._Water.OnSamplingStarted();
}
Vector3 displaced = this._Displaced;
displaced.y += this._Water.transform.position.y;
forces = this._Forces;
this._X = x;
this._Z = z;
this._Displaced.x = x;
this._Displaced.y = 0f;
this._Displaced.z = z;
this._Forces.x = 0f;
this._Forces.y = 0f;
this._Forces.z = 0f;
this._Time = this._Water.Time;
this._Finished = false;
return(displaced);
}
public Vector3 GetAndReset(float x, float z, WaterSample.ComputationsMode mode = WaterSample.ComputationsMode.Normal)
{
Vector3 vector;
return(this.GetAndReset(x, z, mode, out vector));
}
public Vector3 GetAndReset(Vector3 origin, WaterSample.ComputationsMode mode = WaterSample.ComputationsMode.Normal)
{
return(this.GetAndReset(origin.x, origin.z, mode));
}
