public Transporter(IConnector connector, Ticker ticker, int length, Rate rate, int speed)
{
this.connector = connector;
this.length = length;
this.rate = rate;
this.speed = speed;
this.ticker = ticker;
if (!(connector.Downstream is IProcessor p))
{
throw new Exception("transporter must connect a downstream IProcessor");
}
filter = p.Filter;
if (!(connector.Upstream is IBuffer i) || !(connector.Downstream is IBuffer o))
{
throw new Exception("transporter input and output must both be IBuffer");
}
input = i;
output = o;
ticker.Tick += Tick;
connector.Deleted += Deleted;
}
public Processor(IProcess p, Ticker t, int maxUpstream, int maxDownstream) : base(new Node(maxUpstream, maxDownstream), t, p.Filter, p.Rate)
{
input = new Buffer();
process = p;
}
public Source(Shape shape, Rate r, Ticker t, int maxDownstream) : base(new Node(0, maxDownstream), t, Filter.AllowAll(), r)
{
this.shape = shape;
}
public Sink(Score score, Filter f, Rate r, Ticker t, int maxUpstream) : base(new Node(maxUpstream, 0), t, f, r)
{
score.RegisterSink(this);
}
