internal DataCapsule Correlation(DataCapsule dataCapsule)
{
ChartValues <ObservablePoint> correlationValues = new ChartValues <ObservablePoint>();
double frequency = (this.XValues.Max() + dataCapsule.XValues.Max()) / (this.XValues.Count + dataCapsule.XValues.Count - 1);
int counter = 0;
double[] time = SignalLogics.GetTimeValues(frequency, this.XValues.Max() + dataCapsule.XValues.Max());
for (int i = 0; i < this.XValues.Count + dataCapsule.XValues.Count - 1; i++)
{
Complex sum = Complex.Zero;
int k1min = i >= dataCapsule.XValues.Count - 1 ? i - (dataCapsule.XValues.Count - 1) : 0,
k1max = i < this.XValues.Count - 1 ? i : this.XValues.Count - 1,
k2min = i <= dataCapsule.XValues.Count - 1 ? dataCapsule.XValues.Count - 1 - i : 0;
for (int k1 = k1min, k2 = k2min; k1 <= k1max; k1++, k2++)
{
sum += this.YValues[k1] * dataCapsule.YValues[k2];
}
correlationValues.Add(new ObservablePoint {
X = time[counter], Y = sum.Real
});
counter++;
}
return(new DataCapsule(correlationValues, dataCapsule.SamplingFrequency));
}
internal DataCapsule Weave(List <double> factors)
{
List <Complex> result = new List <Complex>();
for (int i = 0; i < this.XValues.Count + factors.Count - 1; i++)
{
Complex sum = Complex.Zero;
for (int j = 0; j < this.YValues.Count; j++)
{
if (i - j < 0 || i - j >= factors.Count)
{
continue;
}
else
{
sum += this.YValues[j] * factors[i - j];
}
}
result.Add(sum);
}
List <double> xs = SignalLogics.GetTimeValues(this.XValues[this.XValues.Count - 1] / result.Count, this.XValues[this.XValues.Count - 1]).ToList();
return(new DataCapsule(xs, result));
}
public void Generate()
{
ChartValues <ObservablePoint> here = new ChartValues <ObservablePoint>(), here1 = new ChartValues <ObservablePoint>();
if (selectedSignal < 9)
{
NormalChartSeries[0] = new LineSeries
{
Title = "Sygnały przedstawiane liniowo",
PointGeometry = DefaultGeometries.Circle,
Fill = Brushes.Transparent
};
}
else
{
NormalChartSeries[0] = new ScatterSeries
{
Title = "Sygnały przedstawiane punktowo",
PointGeometry = DefaultGeometries.Circle,
StrokeThickness = 2
};
}
switch (SelectedSignal)
{
case 0:
NormalChartSeries[0].Values = model.GetUniformDistributionNoise(SignalFrequencyTextBox.GetValue(), TimeDurationTextBox.GetValue(), MinimumTextBox.GetValue(), MaximumTextBox.GetValue());
SamplingChartSeries[0].Values = model.GetUniformDistributionNoise(SamplingFrequencyTextBox.GetValue(), TimeDurationTextBox.GetValue(), MinimumTextBox.GetValue(), MaximumTextBox.GetValue());
here = (ChartValues <ObservablePoint>)model.GetUniformDistributionNoise(ReconstructionFrequencyTextBox.GetValue(), TimeDurationTextBox.GetValue(), MinimumTextBox.GetValue(), MaximumTextBox.GetValue());
here1 = (ChartValues <ObservablePoint>)model.GetUniformDistributionNoise(ReconstructionFrequencyTextBox.GetValue(), TimeDurationTextBox.GetValue(), MinimumTextBox.GetValue(), MaximumTextBox.GetValue());
break;
case 1:
NormalChartSeries[0].Values = model.GetGaussianNoise(SignalFrequencyTextBox.GetValue(), TimeDurationTextBox.GetValue(), AmplitudeTextBox.GetValue(), MeanTextBox.GetValue(), DeviationTextBox.GetValue());
SamplingChartSeries[0].Values = model.GetGaussianNoise(SamplingFrequencyTextBox.GetValue(), TimeDurationTextBox.GetValue(), AmplitudeTextBox.GetValue(), MeanTextBox.GetValue(), DeviationTextBox.GetValue());
here = (ChartValues <ObservablePoint>)model.GetGaussianNoise(ReconstructionFrequencyTextBox.GetValue(), TimeDurationTextBox.GetValue(), AmplitudeTextBox.GetValue(), MeanTextBox.GetValue(), DeviationTextBox.GetValue());
here1 = (ChartValues <ObservablePoint>)model.GetGaussianNoise(ReconstructionFrequencyTextBox.GetValue(), TimeDurationTextBox.GetValue(), AmplitudeTextBox.GetValue(), MeanTextBox.GetValue(), DeviationTextBox.GetValue());
break;
case 2:
NormalChartSeries[0].Values = model.GetSinSignal(SignalFrequencyTextBox.GetValue(), TimeDurationTextBox.GetValue(), AmplitudeTextBox.GetValue(), FrequencyTextBox.GetValue(), StartTimetextBox.GetValue());
SamplingChartSeries[0].Values = model.GetSinSignal(SamplingFrequencyTextBox.GetValue(), TimeDurationTextBox.GetValue(), AmplitudeTextBox.GetValue(), FrequencyTextBox.GetValue(), StartTimetextBox.GetValue());
here = (ChartValues <ObservablePoint>)model.GetSinSignal(ReconstructionFrequencyTextBox.GetValue(), TimeDurationTextBox.GetValue(), AmplitudeTextBox.GetValue(), FrequencyTextBox.GetValue(), StartTimetextBox.GetValue());
here1 = (ChartValues <ObservablePoint>)model.GetSinSignal(ReconstructionFrequencyTextBox.GetValue(), TimeDurationTextBox.GetValue(), AmplitudeTextBox.GetValue(), FrequencyTextBox.GetValue(), StartTimetextBox.GetValue());
break;
case 3:
NormalChartSeries[0].Values = model.GetSinAbsSignal(SignalFrequencyTextBox.GetValue(), TimeDurationTextBox.GetValue(), AmplitudeTextBox.GetValue(), FrequencyTextBox.GetValue(), StartTimetextBox.GetValue());
SamplingChartSeries[0].Values = model.GetSinAbsSignal(SamplingFrequencyTextBox.GetValue(), TimeDurationTextBox.GetValue(), AmplitudeTextBox.GetValue(), FrequencyTextBox.GetValue(), StartTimetextBox.GetValue());
here = (ChartValues <ObservablePoint>)model.GetSinAbsSignal(ReconstructionFrequencyTextBox.GetValue(), TimeDurationTextBox.GetValue(), AmplitudeTextBox.GetValue(), FrequencyTextBox.GetValue(), StartTimetextBox.GetValue());
here1 = (ChartValues <ObservablePoint>)model.GetSinAbsSignal(ReconstructionFrequencyTextBox.GetValue(), TimeDurationTextBox.GetValue(), AmplitudeTextBox.GetValue(), FrequencyTextBox.GetValue(), StartTimetextBox.GetValue());
break;
case 4:
NormalChartSeries[0].Values = model.GetSinDoubleAbsSignal(SignalFrequencyTextBox.GetValue(), TimeDurationTextBox.GetValue(), AmplitudeTextBox.GetValue(), FrequencyTextBox.GetValue(), StartTimetextBox.GetValue());
SamplingChartSeries[0].Values = model.GetSinDoubleAbsSignal(SamplingFrequencyTextBox.GetValue(), TimeDurationTextBox.GetValue(), AmplitudeTextBox.GetValue(), FrequencyTextBox.GetValue(), StartTimetextBox.GetValue());
here = (ChartValues <ObservablePoint>)model.GetSinDoubleAbsSignal(ReconstructionFrequencyTextBox.GetValue(), TimeDurationTextBox.GetValue(), AmplitudeTextBox.GetValue(), FrequencyTextBox.GetValue(), StartTimetextBox.GetValue());
break;
case 5:
NormalChartSeries[0].Values = model.GetRectangularSignal(SignalFrequencyTextBox.GetValue(), TimeDurationTextBox.GetValue(), AmplitudeTextBox.GetValue(), PeriodTextBox.GetValue(), StartTimetextBox.GetValue(), DutyCycleTextBox.GetValue());
SamplingChartSeries[0].Values = model.GetRectangularSignal(SamplingFrequencyTextBox.GetValue(), TimeDurationTextBox.GetValue(), AmplitudeTextBox.GetValue(), PeriodTextBox.GetValue(), StartTimetextBox.GetValue(), DutyCycleTextBox.GetValue());
here = (ChartValues <ObservablePoint>)model.GetRectangularSignal(ReconstructionFrequencyTextBox.GetValue(), TimeDurationTextBox.GetValue(), AmplitudeTextBox.GetValue(), PeriodTextBox.GetValue(), StartTimetextBox.GetValue(), DutyCycleTextBox.GetValue());
break;
case 6:
NormalChartSeries[0].Values = model.GetSymmetricRectangularSignal(SignalFrequencyTextBox.GetValue(), TimeDurationTextBox.GetValue(), AmplitudeTextBox.GetValue(), PeriodTextBox.GetValue(), StartTimetextBox.GetValue(), DutyCycleTextBox.GetValue());
SamplingChartSeries[0].Values = model.GetSymmetricRectangularSignal(SamplingFrequencyTextBox.GetValue(), TimeDurationTextBox.GetValue(), AmplitudeTextBox.GetValue(), PeriodTextBox.GetValue(), StartTimetextBox.GetValue(), DutyCycleTextBox.GetValue());
here = (ChartValues <ObservablePoint>)model.GetSymmetricRectangularSignal(ReconstructionFrequencyTextBox.GetValue(), TimeDurationTextBox.GetValue(), AmplitudeTextBox.GetValue(), PeriodTextBox.GetValue(), StartTimetextBox.GetValue(), DutyCycleTextBox.GetValue());
break;
case 7:
NormalChartSeries[0].Values = model.GetTriangularSignal(SignalFrequencyTextBox.GetValue(), TimeDurationTextBox.GetValue(), AmplitudeTextBox.GetValue(), PeriodTextBox.GetValue(), StartTimetextBox.GetValue(), DutyCycleTextBox.GetValue());
SamplingChartSeries[0].Values = model.GetTriangularSignal(SamplingFrequencyTextBox.GetValue(), TimeDurationTextBox.GetValue(), AmplitudeTextBox.GetValue(), PeriodTextBox.GetValue(), StartTimetextBox.GetValue(), DutyCycleTextBox.GetValue());
here = (ChartValues <ObservablePoint>)model.GetTriangularSignal(ReconstructionFrequencyTextBox.GetValue(), TimeDurationTextBox.GetValue(), AmplitudeTextBox.GetValue(), PeriodTextBox.GetValue(), StartTimetextBox.GetValue(), DutyCycleTextBox.GetValue());
break;
case 8:
NormalChartSeries[0].Values = model.GetJumpSignal(SignalFrequencyTextBox.GetValue(), TimeDurationTextBox.GetValue(), AmplitudeTextBox.GetValue(), JumpTimeTextBox.GetValue(), StartTimetextBox.GetValue());
SamplingChartSeries[0].Values = model.GetJumpSignal(SamplingFrequencyTextBox.GetValue(), TimeDurationTextBox.GetValue(), AmplitudeTextBox.GetValue(), JumpTimeTextBox.GetValue(), StartTimetextBox.GetValue());
here = (ChartValues <ObservablePoint>)model.GetJumpSignal(ReconstructionFrequencyTextBox.GetValue(), TimeDurationTextBox.GetValue(), AmplitudeTextBox.GetValue(), JumpTimeTextBox.GetValue(), StartTimetextBox.GetValue());
break;
case 9:
NormalChartSeries[0].Values = model.GetSingleImpulseSignal(SignalFrequencyTextBox.GetValue(), TimeDurationTextBox.GetValue(), AmplitudeTextBox.GetValue(), JumpTimeTextBox.GetValue(), StartTimetextBox.GetValue());
SamplingChartSeries[0].Values = model.GetSingleImpulseSignal(SamplingFrequencyTextBox.GetValue(), TimeDurationTextBox.GetValue(), AmplitudeTextBox.GetValue(), JumpTimeTextBox.GetValue(), StartTimetextBox.GetValue());
here = (ChartValues <ObservablePoint>)model.GetSingleImpulseSignal(ReconstructionFrequencyTextBox.GetValue(), TimeDurationTextBox.GetValue(), AmplitudeTextBox.GetValue(), JumpTimeTextBox.GetValue(), StartTimetextBox.GetValue());
break;
case 10:
NormalChartSeries[0].Values = model.GetImpulseNoise(SignalFrequencyTextBox.GetValue(), TimeDurationTextBox.GetValue(), AmplitudeTextBox.GetValue(), ImpulseProbabilityTextBox.GetValue());
SamplingChartSeries[0].Values = model.GetImpulseNoise(SamplingFrequencyTextBox.GetValue(), TimeDurationTextBox.GetValue(), AmplitudeTextBox.GetValue(), ImpulseProbabilityTextBox.GetValue());
here = (ChartValues <ObservablePoint>)model.GetImpulseNoise(ReconstructionFrequencyTextBox.GetValue(), TimeDurationTextBox.GetValue(), AmplitudeTextBox.GetValue(), ImpulseProbabilityTextBox.GetValue());
break;
}
if (SelectedSignal >= 9)
{
HistogramLabels = SignalLogics.GetHistogramLabels((ChartValues <ObservablePoint>)NormalChartSeries[0].Values);
HistogramChartSeries[0].Values = model.GetHistogram((ChartValues <ObservablePoint>)NormalChartSeries[0].Values);
}
else
{
HistogramLabels = SignalLogics.GetHistogramLabels((ChartValues <ObservablePoint>)NormalChartSeries[0].Values);
HistogramChartSeries[0].Values = model.GetHistogram((ChartValues <ObservablePoint>)NormalChartSeries[0].Values);
}
QuantChartSeries[0].Values = model.GetQuant((ChartValues <ObservablePoint>)SamplingChartSeries[0].Values, QuantLevelAmountTextBox.GetValue());
QuantChartSeries[1].Values = (ChartValues <ObservablePoint>)NormalChartSeries[0].Values;
ZeroHoldChartSeries[0].Values = (ChartValues <ObservablePoint>)SamplingChartSeries[0].Values;
ZeroHoldChartSeries[1].Values = (ChartValues <ObservablePoint>)NormalChartSeries[0].Values;
SincReconstructionChartSeries[0].Values = model.GetSincReconstruction(ReconstructionFrequencyTextBox.GetValue(), SamplingFrequencyTextBox.GetValue(), TimeDurationTextBox.GetValue(), (ChartValues <ObservablePoint>)SamplingChartSeries[0].Values, SeenSamplesTextBox.GetValue());
SincReconstructionChartSeries[1].Values = (ChartValues <ObservablePoint>)NormalChartSeries[0].Values;
AverageTextBox.Text = ResultLogics.GetAverage((ChartValues <ObservablePoint>)NormalChartSeries[0].Values).ToString();
AbsAverageTextBox.Text = ResultLogics.GetAbsAverage((ChartValues <ObservablePoint>)NormalChartSeries[0].Values).ToString();
VariationTextBox.Text = ResultLogics.GetVariation((ChartValues <ObservablePoint>)NormalChartSeries[0].Values).ToString();
AveragePowerTextBox.Text = ResultLogics.GetAveragePower((ChartValues <ObservablePoint>)NormalChartSeries[0].Values).ToString();
RootMeanSquareTextBox.Text = ResultLogics.GetRootMeanSquare((ChartValues <ObservablePoint>)NormalChartSeries[0].Values).ToString();
MeanSquareErrorTextBox.Text = ResultLogics.GetMeanSquareError((ChartValues <ObservablePoint>)SincReconstructionChartSeries[0].Values, here).ToString();
//DLA KWANTY
RatioTextBox.Text = ResultLogics.GetRatio((ChartValues <ObservablePoint>)QuantChartSeries[0].Values, (ChartValues <ObservablePoint>)SamplingChartSeries[0].Values).ToString();
MaxRatioTextBox.Text = ResultLogics.GetMaxRatio((ChartValues <ObservablePoint>)QuantChartSeries[0].Values, (ChartValues <ObservablePoint>)SamplingChartSeries[0].Values).ToString();
MaxDiffrenceTextBox.Text = ResultLogics.GetMaxDiffrence((ChartValues <ObservablePoint>)SincReconstructionChartSeries[0].Values, here).ToString();
}
