public void Add_WithPrimaryKey_ContainsRecordWithDefaultSecondaryKey()
{
_dictionary.Add(1, "stamat");
Assert.That(_dictionary.Contains(new KeyValuePair <(int, string), string>
((1, default(string)), "stamat")));
}
/// <summary>
/// Generate sensitivities from the results of <see cref="PerturbAndObserveRunner{T}.RunPerturbAndObserve"/>,
/// and using the selection functions <see cref="ResultSelector"/> and <see cref="RecordedPerturbationSelector"/>.
/// </summary>
/// <param name="perturbAndObserveRunner">The <see cref="PerturbAndObserveRunner{T}"/> to determine sensitivities
/// from.</param>
/// <returns>A twin-key dictionary with each value representing the sensitivity of the specified value at the Y-element
/// to changes in the perturbed value at the X-element.</returns>
public TwinKeyDictionary<String, String, double> GenerateSensitivities(PerturbAndObserveRunner<T> perturbAndObserveRunner)
{
var results = new TwinKeyDictionary<String, String, double>();
foreach (var perturbation in perturbAndObserveRunner.AfterValues)
{
foreach (var observation in perturbation.Value)
{
T oldResult;
if (!perturbAndObserveRunner.BeforeValues.TryGetValue(observation.Key, out oldResult))
continue;
var sensitivity = (Convert.ToDouble(ResultSelector(observation.Value)) - Convert.ToDouble(ResultSelector(oldResult)))/Convert.ToDouble(RecordedPerturbationSelector(perturbation.Key.Item2));
results.Add(perturbation.Key.Item1.Item1, observation.Key.Item1, sensitivity);
}
}
return results;
}
// Merges the dictionaries obtained by GetVoltageSensitivityToComplexPower.
private static TwinKeyDictionary <String, String, VoltageSensitivityToPQDataSet> TwinKeyDictionaryMerge(TwinKeyDictionary <String, String, double> MagReal, TwinKeyDictionary <String, String, double> MagImag,
TwinKeyDictionary <String, String, double> PhaseReal,
TwinKeyDictionary <String, String, double> PhaseImag
)
{
var newDictionary = new TwinKeyDictionary <String, String, VoltageSensitivityToPQDataSet>();
foreach (var X in MagReal.MapX)
{
foreach (var Y in X.Value)
{
var val = new VoltageSensitivityToPQDataSet();
val.dV_dP = Y.Value;
val.dV_dQ = MagImag.MapX[X.Key][Y.Key];
val.dd_dP = PhaseReal.MapX[X.Key][Y.Key];
val.dd_dQ = PhaseImag.MapX[X.Key][Y.Key];
newDictionary.Add(X.Key, Y.Key, val);
}
}
return(newDictionary);
}
// Merges the dictionaries obtained by GetVoltageSensitivityToComplexPower.
private static TwinKeyDictionary<String, String, VoltageSensitivityToPQDataSet> TwinKeyDictionaryMerge(TwinKeyDictionary<String,String,double> MagReal, TwinKeyDictionary<String,String,double> MagImag,
TwinKeyDictionary<String,String,double> PhaseReal,
TwinKeyDictionary<String,String,double> PhaseImag
)
{
var newDictionary = new TwinKeyDictionary<String, String, VoltageSensitivityToPQDataSet>();
foreach(var X in MagReal.MapX)
foreach (var Y in X.Value)
{
var val = new VoltageSensitivityToPQDataSet();
val.dV_dP = Y.Value;
val.dV_dQ = MagImag.MapX[X.Key][Y.Key];
val.dd_dP = PhaseReal.MapX[X.Key][Y.Key];
val.dd_dQ = PhaseImag.MapX[X.Key][Y.Key];
newDictionary.Add(X.Key, Y.Key, val);
}
return newDictionary;
}