public void OnClock_OnePosEdge_T1()
{
var counter = new CycleCounter();
counter.OnClock(DigitalLevel.PosEdge);
counter.CycleName.Should().Be(CycleNames.T1);
counter.MachineCycle.Should().Be(MachineCycleNames.M1);
}
private void initIndexCounter()
{
// index counter is really only important for sets, because it tells which one of the elements should be enabled
if (this.modeCounter.Value == RhsEntitySelector.SelectionEnum.Individuals)
{
this.indexCounter = CycleCounter.Create(this.entity.Count);
}
else
{
this.indexCounter = CycleCounter.Create(-1, 0); // keep the value such it will never match the index of the element
}
}
public void OnClock_TwoPosTwoNegEdges_T2()
{
var counter = new CycleCounter();
counter.OnClock(DigitalLevel.PosEdge);
counter.OnClock(DigitalLevel.NegEdge);
counter.OnClock(DigitalLevel.PosEdge);
counter.OnClock(DigitalLevel.NegEdge);
counter.CycleName.Should().Be(CycleNames.T2);
counter.MachineCycle.Should().Be(MachineCycleNames.M1);
}
private static IEnumerable <IEnumerable <SYMBOL_ENUM> > unAliasProductionRhs(SYMBOL_ENUM symbol,
SYMBOL_ENUM[] expansion,
Production <SYMBOL_ENUM, TREE_NODE> production,
SYMBOL_ENUM startSymbol,
SYMBOL_ENUM syntaxErrorSymbol,
ref UnAliasing change)
{
if (production.RhsSymbols.All(it => !it.Equals(symbol)))
{
return new[] { production.RhsSymbols }
}
;
// todo: remove this condition when recovery points will be improved
if (expansion.Length > 1 &&
(production.LhsNonTerminal.Equals(startSymbol) || production.RhsSymbols.Any(it => it.Equals(syntaxErrorSymbol))))
{
change = UnAliasing.Forbidden;
return(new[] { production.RhsSymbols });
}
change = UnAliasing.Expansion;
// a lot of memory allocation, but code is much simpler than otherwise
// for aliased symbol use its expansions, for others -- just the given symbol
SYMBOL_ENUM[][] replacements = production.RhsSymbols.Select(it => it.Equals(symbol) ? expansion : new[] { it }).ToArray();
CycleCounter[] counters = replacements.Select(it => CycleCounter.Create(it.Length)).ToArray();
var result = new List <IEnumerable <SYMBOL_ENUM> >();
do
{
// has to pin down collection to avoid local capture
result.Add(replacements.SyncZip(counters).Select(it => it.Item1[it.Item2.Value]).ToArray());
}while (counters.Iterate());
return(result);
}
public void StartQLearningSimulation(float beta, float gamma, NetworkType type)
{
this.beta = beta;
this.gamma = gamma;
int CycleCounter;
if (type == NetworkType.QLearning)
{
System.IO.StreamWriter file = new System.IO.StreamWriter("SimpleQ.csv");
string header = "beta;gamma;cycle;clients";
file.WriteLine(header);
CycleCounter = SimulateQNetworkForParam(beta, gamma);
List <string> data = new List <string>();
data.Add(beta.ToString());
data.Add(gamma.ToString());
data.Add(CycleCounter.ToString());
data.Add(maxClient.ToString());
file.WriteLine(string.Join(";", data.ToArray()) + ";" + QNetwork.getNodeTotalSummary());
file.Close();
}
else
{
System.IO.StreamWriter file = new System.IO.StreamWriter("Random.csv");
string header = "cycle;clients";
file.WriteLine(header);
for (int i = 0; i < 100; i++)
{
CycleCounter = SimulateRNetworkForParam();
List <string> data = new List <string>();
data.Add(CycleCounter.ToString());
data.Add(maxClient.ToString());
file.WriteLine(string.Join(";", data.ToArray()) + ";" + RNetwork.getNodeTotalSummary());
}
file.Close();
}
}