public static TParam CreateNewParameter <TParam>(this IAlgorithmParameters oldParameters)
where TParam : class, IAlgorithmParameters, new()
{
return(!(oldParameters is TParam)
? new TParam() :
(TParam)(oldParameters as TParam).Clone());
}
public static TParam CreateNewParameters <TParam>([CanBeNull] this IAlgorithmParameters parameters)
where TParam : class, IAlgorithmParameters, new()
{
return(parameters is TParam oldParams
? (TParam)oldParams.Clone()
: new TParam());
}
protected SignalFixer(IAlgorithmParameters algorithmParams, ISignalFixerIterationData[] iterationData)
{
AlgorithmParams = algorithmParams;
IterationsToRun = algorithmParams.IterationToRun;
IterationsData = iterationData;
CurrentIterationIndex = -1;
PeriodLength = AlgorithmParams.SeedExperiment.SignalGeneratorData.ArbitrarySignalData.Count();
ZeroPhaseOutputReference = FunctionGenerator.PositivieNormalizeCosine(PeriodLength);
BestIterationIndex = 0;
}
public static ISignalFixer CreateSignalFixerObject(IAlgorithmParameters algorithmParams)
{
ISignalFixer signalFixer = null;
ISignalFixerIterationData[] iterationData;
switch (algorithmParams.AlgorithmType)
{
case SignalFixerAlgorithmTypes.PID:
iterationData = new SignalFixerIterationData[algorithmParams.IterationToRun];
signalFixer = new PIDSignalFixer((IPIDAlgorithmParameters) algorithmParams, iterationData);
break;
case SignalFixerAlgorithmTypes.FirstOrder:
iterationData = new SignalFixerIterationData[algorithmParams.IterationToRun];
signalFixer = new FirstOrderSignalFixer(algorithmParams, iterationData);
break;
case SignalFixerAlgorithmTypes.DesertLion:
break;
case SignalFixerAlgorithmTypes.FrequencyDomain:
iterationData = new SignalFixerIterationData[algorithmParams.IterationToRun];
signalFixer = new FrequencyDomainSignalFixer((IFrequencyDomainAlgorithmParameters) algorithmParams, iterationData);
break;
case SignalFixerAlgorithmTypes.ManualFreuqency:
iterationData = new SignalFixerIterationData[algorithmParams.IterationToRun];
signalFixer = new ManualFrequencySignalFixer((IManualFrequencySignalFixerParameters)algorithmParams, iterationData);
break;
case SignalFixerAlgorithmTypes.HighFrequencyDistortion:
iterationData = new HighFrequencyDistortionIterationData[algorithmParams.IterationToRun];
signalFixer = new HighFrequencyDistortionAlgorithm((IHighFrequencyDistortionAlgorithmParameters)algorithmParams, (IHighFrequencyDistortionIterationData[]) iterationData);
break;
}
return signalFixer;
}
internal void FixSignalPressed(IAlgorithmParameters algorithmParemeters)
{
ISignalFixerIterationData[] fixIterationsData;
applicationController.FixSignal(algorithmParemeters, out fixIterationsData);
managedForm.ShowSignalFixerResults(fixIterationsData);
}
public void FixSignal(IAlgorithmParameters algorithmParameters, out ISignalFixerIterationData[] fixData)
{
ERROR_CODES status = ERROR_CODES.AA_OK;
IExperimentData expIteration = null;
ExperimentInitialSettings expSettings = algorithmParameters.SeedExperiment.InitialSettings;
ISignalFixer signalFixer = SignalFixer.Classes.SignalFixer.CreateSignalFixerObject(algorithmParameters);
double[] fixedSignalGeneratorInput;
bool fixDone = false;
signalFixer.FixSignalIteration(algorithmParameters.SeedExperiment, out fixedSignalGeneratorInput, out fixDone );
int i = 1;
for (i = 1; i < algorithmParameters.IterationToRun; i++)
{
try
{
try
{
status = this.AddNewExperiment(fixedSignalGeneratorInput, expSettings, out expIteration);
if (status != ERROR_CODES.AA_OK)
{
status = status;
}
}
catch (Exception ex)
{
string s = ex.Message;
}
signalFixer.FixSignalIteration(expIteration, out fixedSignalGeneratorInput, out fixDone);
if (fixDone == true)
{
break;
}
}
catch (Exception ex)
{
string s = ex.Message;
}
}
fixData = signalFixer.IterationsData;
if (i < algorithmParameters.IterationToRun)
{
Array.Resize(ref fixData, i+1);
}
}
public FirstOrderSignalFixer(IAlgorithmParameters algorithmParams, ISignalFixerIterationData[] iterationData)
: base(algorithmParams, iterationData)
{
}
