//модификация оригинальных сигналов псевдо-+случайным образом
public void MagicOn()
{
List <double> result = new List <double>();
foreach (double item in OriginalSignal)
{
result.Add(item + _Random.NextDouble() * Magic - _Random.NextDouble() * Magic);
}
OriginalSignal.Clear();
foreach (double item in result)
{
OriginalSignal.Add(item);
}
result.Clear();
foreach (double item in OriginalNoise)
{
result.Add(item + _Random.NextDouble() * Magic - _Random.NextDouble() * Magic);
}
OriginalNoise.Clear();
foreach (double item in result)
{
OriginalNoise.Add(item);
}
Computer();
}
//восстановление сигналов и шума из old...
public void AfterMagic()
{
Signal.Clear();
Noise.Clear();
OriginalSignal.Clear();
OriginalNoise.Clear();
foreach (double item in oldSignal)
{
Signal.Add(item);
}
foreach (double item in oldNoise)
{
Noise.Add(item);
}
foreach (double item in oldOriginalSignal)
{
OriginalSignal.Add(item);
}
foreach (double item in oldOriginalNoise)
{
OriginalNoise.Add(item);
}
}
void UpdateStatistics(FrameworkElement target, Point original, Point filtered)
{
Point targetPointOrig = _window.TranslatePoint(original, target);
Point targetPointFiltered = _window.TranslatePoint(filtered, target);
Point targetCenter = new Point(target.ActualWidth / 2.0, target.ActualHeight / 2.0);
OriginalSignal.Update((targetCenter.X - targetPointOrig.X) / target.ActualWidth,
(targetCenter.Y - targetPointOrig.Y) / target.ActualHeight);
FilteredSignal.Update((targetCenter.X - targetPointFiltered.X) / target.ActualWidth,
(targetCenter.Y - targetPointFiltered.Y) / target.ActualHeight);
}
public void SignalClear()
{
Signal.Clear();
OriginalSignal.Clear();
}
