public static Tuple<TronicSequence, List<And>> FlowBank(int MaxFlowStorage, int MinDelay, int MaxDelay)
{
TronicSequence ts = new TronicSequence();
List<And> stubs = new List<And>(MaxFlowStorage);
DataBlock Zero = ts.NewDataBlock("Zero", "0");
DataBlock One = ts.NewDataBlock("One", "1");
int DelayDelta = MinDelay - MaxDelay/ MaxFlowStorage;
if (DelayDelta < 1)
{
DelayDelta = 1;
}
for (int i = 0; i < MaxFlowStorage; i++)
{
DataBlock Timespan = ts.NewDataBlock("Timespan", MinDelay + i * DelayDelta + "");
TronicSequence Else = new TronicSequence();
DataBlock ElseGate = Else.NewDataBlock("Gate " + i, "1");
Else.And(Zero.In, null, ElseGate.Out)
.Delay(Timespan.In)
.And(One.In, null, ElseGate.Out, "Flow Bank Stub");
stubs.Add((And)Else.GetCurrent().Item1);
ts.IfLTE(ElseGate.In, null, "Choice " + i, Else);
}
return Tuple.Create(ts, stubs);
}
public static TronicSequence RandomVectorGenerator()
{
TronicSequence ts = new TronicSequence();
DataBlock Comma = ts.NewDataBlock("Comma");
Comma.data = ",";
DataBlock v = ts.NewDataBlock("V");
v.data = "v";
DataBlock XYZMin = ts.NewDataBlock("XY Min");
XYZMin.data = "-2000";
DataBlock XYZMax = ts.NewDataBlock("XYZ Max");
XYZMax.data = "2000";
DataBlock PartialsA = ts.NewDataBlock("Partial Results A");
DataBlock PartialsB = ts.NewDataBlock("Partial Results B");
ts.Rand(XYZMin.In, XYZMax.In, PartialsA.Out, "X Generator")
.And(v.In, PartialsA.In, PartialsA.Out, "vX concat")
.And(PartialsA.In, Comma.In, PartialsB.Out, "vX, concat")
.Rand(XYZMin.In, XYZMax.In, PartialsA.Out, "Z Generator")
.And(PartialsB.In, PartialsA.In, PartialsB.Out, "vX,Z concat")
.And(PartialsB.In, Comma.In, PartialsB.Out, "vX,Z, concat")
.Rand(XYZMin.In, XYZMax.In, PartialsA.Out, "Y Generator")
.And(PartialsB.In, PartialsA.In, PartialsB.Out, "vX,Z,Y concat");
return ts;
}
public static TronicSequence Ringbuffer(List<string> values)
{
TronicSequence ts = new TronicSequence();
DataBlock current = ts.NewDataBlock("0", values[0]);
DataBlock next = ts.NewDataBlock("1", values[0]);
ts.And(next.In, null, current.Out, "0");
for (int i = 1; i < values.Count; i++)
{
current = next;
next = ts.NewDataBlock(i+1 + "", values[i]);
ts.And(next.In, null, current.Out, i + "");
}
ts.And(ts.data[0].In, null, next.Out, values.Count + "");
return ts;
}
public static TronicSequence RandomXYVectorGenerator(int min, int max, int zValue)
{
TronicSequence ts = new TronicSequence();
DataBlock v = ts.NewDataBlock("V");
v.data = "v";
DataBlock XYMin = ts.NewDataBlock("XY Min");
XYMin.data = min + "";
DataBlock XYMax = ts.NewDataBlock("XYZ Max");
XYMax.data = max + "";
DataBlock Z = ts.NewDataBlock("Z Value", ","+ zValue + ",");
DataBlock PartialsA = ts.NewDataBlock("Partial Results A");
DataBlock PartialsB = ts.NewDataBlock("Partial Results B");
ts.Rand(XYMin.In, XYMax.In, PartialsA.Out, "X Generator")
.And(v.In, PartialsA.In, PartialsA.Out, "v X concat")
.And(PartialsA.In, Z.In, PartialsB.Out, "vX ,Z, concat")
.Rand(XYMin.In, XYMax.In, PartialsA.Out, "Y Generator")
.And(PartialsB.In, PartialsA.In, PartialsB.Out, "vX,Z, Y concat");
return ts;
}
