public static void RemoveAdjacentPumpable(IPumpable adjacentAlpha, IPumpable adjacentBeta)
{
adjacentAlpha.AdjacentPumpables.Remove(adjacentBeta);
adjacentBeta.AdjacentPumpables.Remove(adjacentAlpha);
adjacentAlpha.OnAdjacentChanged();
adjacentBeta.OnAdjacentChanged();
}
public void OnAdjacentChanged()
{
if (AdjacentPumpables.Count > 0)
{
connectedPumpable = AdjacentPumpables[0];
}
else
{
connectedPumpable = null;
}
}
private void AttachTo(Collider c, string valveTag)
{
connectedPumpable = c.transform.root.GetComponent <IPumpable>();
connectedSink = connectedPumpable as ISink;
print("valve mode: " + ValveMode);
print("pump mode: " + PumpMode);
if (connectedPumpable != null)
{
valveType = MatterExtensions.FromValveTag(valveTag);
SyncMeshesToMatterType();
this.SnapCrate(c.transform, c.transform.position + (c.transform.TransformDirection(Vector3.forward) * 1.3f));
IndustryExtensions.AddAdjacentPumpable(this, connectedPumpable);
RefreshPumpState();
}
}
//handled by AttachTo
//protected override void OnSnap() {}
protected override void OnDetach()
{
if (connectedPumpable != null)
{
IndustryExtensions.RemoveAdjacentPumpable(this, connectedPumpable);
connectedPumpable = null;
connectedSink = null;
}
PumpHandle.tag = "Untagged";
CurrentPumpStatus = PumpStatus.PumpOff;
RefreshPumpState();
if (capturedResource != null)
{
capturedResource.UnsnapCrate();
}
}
public static IPumpable <TInput, TModel, TAccumulator> Sink <TInput, TModel, TAccumulator>(this IPumpable <TInput, TModel, TAccumulator> actionable, Action <TInput, TModel, TAccumulator> sinkAction)
{
Action <IPipeContext <TInput, TModel, TAccumulator> > action = (ctx) => sinkAction.Invoke(ctx.Input, ctx.Model, ctx.Accumulator);
actionable.Pipeline.RegisterFilter(new SinkFilter <TInput, TModel, TAccumulator>(action));
return(new Pumpable <TInput, TModel, TAccumulator>(actionable.Pipeline));
}
public static IPumpable <TInput, TModel, TAccumulator> HoldIf <TInput, TModel, TAccumulator>(this IPumpable <TInput, TModel, TAccumulator> actionable, Func <TAccumulator, bool> predicate)
{
actionable.Pipeline.RegisterFilter(new HoldIfFilter <TInput, TModel, TAccumulator>(predicate));
return(new Pumpable <TInput, TModel, TAccumulator>(actionable.Pipeline));
}
