private void AddHarmonicYCoordinate(IHarmonicPresentation harmonic)
{
for (int i = 0; i < COORDINATE_AMOUNT; i++)
{
_harmonicChartCoordinate [i, 1] += Math.Round(GetYValue(_harmonicChartCoordinate [i, 0], harmonic), 5);
}
}
private void SetHarmonicPropertiesToView(IHarmonicPresentation harmonic)
{
amplitudeTextBox.Text = harmonic.GetAmplitude().ToString();
frequencyTextBox.Text = harmonic.GetFrequency().ToString();
phaseTextBox.Text = harmonic.GetPhase().ToString();
sinRadioButton.Checked = harmonic.GetHarmonicKind() == HarmonicKind.Sin ? true : false;
cosRadioButton.Checked = harmonic.GetHarmonicKind() == HarmonicKind.Cos ? true : false;
}
public AddingHarmonicsView(IHarmonicPresentation harmonicPresentation, IAddingHarmonicController addingNewHarmonicController)
{
InitializeComponent();
_addingHarmonicController = addingNewHarmonicController;
_harmonicPresentation = harmonicPresentation;
FillPropertiesDefaultValue(_harmonicPresentation);
HarmonicPropertiesChanged();
}
private double GetYValue(double xValue, IHarmonicPresentation harmonicPresentation)
{
var amplitude = harmonicPresentation.GetAmplitude();
var frequency = harmonicPresentation.GetFrequency();
var phase = harmonicPresentation.GetPhase();
return(harmonicPresentation.GetHarmonicKind() == HarmonicKind.Sin
? amplitude * Math.Sin(frequency * xValue + phase)
: amplitude *Math.Cos(frequency *xValue + phase));
}
private void FillPropertiesDefaultValue(IHarmonicPresentation harmonicPresentation)
{
amplitudeTextBox.Text = harmonicPresentation.GetAmplitude().ToString();
frequencyTextBox.Text = harmonicPresentation.GetFrequency().ToString();
phaseTextBox.Text = harmonicPresentation.GetPhase().ToString();
if (harmonicPresentation.GetHarmonicKind() == HarmonicKind.Sin)
{
sinRadioButton.Checked = true;
}
else
{
cosRadioButton.Checked = true;
}
}
public static string ConvertHarmonicToStr(IHarmonicPresentation harmonic)
{
return($"{harmonic.GetAmplitude()}*{harmonic.GetHarmonicKind().ToString()}({harmonic.GetFrequency()}*x+{harmonic.GetPhase()})");
}