// construction
public Node(Representation parent, bool isInput, int groupNum, Datatype datatype) // PASS IN X AND Y OF REPRESENTATION
{
m_parent = parent;
m_isInput = isInput;
m_groupNum = groupNum;
m_datatype = datatype;
m_graphic = GraphicFactory.createNodeGraphic(this);
}
public static Datatype defineDatatype(String name, Type type, int rank)
{
Datatype r = new Datatype();
r.m_type = type;
r.m_name = name;
r.m_rank = rank;
appendType(r);
return r;
}
public static Datatype aggregateTypes(String name, Datatype[] agg)
{
Datatype r = new Datatype();
r.m_type = Type.Aggregate;
r.m_name = name;
r.m_rank = 0;
Console.Out.WriteLine(agg.Length);
for (int i = 0; i < agg.Length; i++) { r.m_rank += agg[i].m_rank; }
r.m_bundle = agg;
if (!appendType(r))
{
// throw new UnauthorizedAccessException(); //Probably not the right exception to use...
}
return r;
}
// construction
public Representation(Datatype[] inputs, Datatype[] outputs)
{
Master.log("----Creating representation----");
m_id = Master.getNextRepID();
Master.log("ID: " + m_id, Colors.GreenYellow);
this.m_inputs = inputs;
this.m_outputs = outputs;
m_graphic = GraphicFactory.createRepresentationGraphic(this, inputs.Length, outputs.Length);
// create nodes
for (int i = 0; i < m_inputs.Length; i++) { m_nodes.Add(new Node(this, true, i, m_inputs[i])); }
for (int i = 0; i < m_outputs.Length; i++) { m_nodes.Add(new Node(this, false, i, m_outputs[i])); }
}
private static Boolean appendType(Datatype dt)
{
if (Directory == null)
{
Directory = new Datatype[] { dt };
return true;
}
if (Directory.Contains(dt))
return false;
Datatype[] n = new Datatype[Directory.Length + 1];
for (int i = 0; i < Directory.Length; i++)
n[i] = Directory[i];
n[Directory.Length] = dt;
Directory = n;
return true;
}
public Boolean fits(Datatype compare)
{
return compare.m_rank == m_rank && compare.m_type == m_type;
}
public Boolean equals(Datatype compare) //Datatype names SHOULD be unique!
{
return compare.m_name.Equals(m_name) && fits(compare);
}
public static Datatype aggregateTypes(String name, Datatype a, Datatype b, Datatype c)
{
return aggregateTypes(name, new Datatype[] { a, b, c });
}
// create representation (eventually this should be based SOLELY on an imported algorithm, not created manually)
/*private void addRep(int inputs, int outputs)
{
Representation r = new Representation(inputs, outputs);
m_representations.Add(r.getID(), r);
}*/
private void addRep(Datatype[] inputs, Datatype[] outputs)
{
Representation r = new Representation(inputs, outputs);
m_representations.Add(r.getID(), r);
}