private void BindCharts()
{
BindSeries();
FirstSignalChartValues.Clear();
SecondSignalChartValues.Clear();
FinalSignalChartValues.Clear();
foreach (var item in FirstSignal)
{
FirstSignalChartValues.Add(new ObservablePoint(item.Key, item.Value));
}
foreach (var item in SecondSignal)
{
SecondSignalChartValues.Add(new ObservablePoint(item.Key, item.Value));
}
OuputString = "";
foreach (var item in FinalSignal)
{
FinalSignalChartValues.Add(new ObservablePoint(item.Key, item.Value));
OuputString += $"{item.Key};{item.Value:f1} ";
}
}
public void Proceed()
{
Reset();
if (FirstSignal.Count > 0 && IsAllChecked())
{
switch (CurrentMethod)
{
case EMeths.Scale:
FinalSignal = Operations.Scale(FirstSignal, Factor);
break;
case EMeths.AddTwoSignals:
FinalSignal = Operations.AddTwoSignals(FirstSignal, SecondSignal);
break;
case EMeths.ExpandInTime:
FinalSignal = Operations.ExpandInTime(FirstSignal, Factor, !isSqueeze);
break;
case EMeths.MultiplyTwoSignals:
FinalSignal = Operations.Multiply(FirstSignal, SecondSignal);
break;
case EMeths.Reverse:
FinalSignal = Operations.Reverse(FirstSignal);
break;
case EMeths.ShiftByTime:
FinalSignal = Operations.ShiftByTime(FirstSignal, Factor * -1);
break;
default:
break;
}
}
foreach (var item in FirstSignal)
{
FirstSignalChartValues.Add(new ObservablePoint(item.Key, item.Value));
}
if (SecondSignalBlock.Visibility == Visibility.Visible)
{
foreach (var item in SecondSignal)
{
SecondSignalChartValues.Add(new ObservablePoint(item.Key, item.Value));
}
}
OuputString = "";
foreach (var item in FinalSignal)
{
FinalSignalChartValues.Add(new ObservablePoint(item.Key, item.Value));
OuputString += $"{item.Key};{item.Value:f1} ";
}
OutputSignal.Text = OuputString;
}
private void Reset()
{
FirstSignalChartValues.Clear();
SecondSignalChartValues.Clear();
FinalSignalChartValues.Clear();
}
