private void DrawingFlow()
{
LinesFlow.Clear();
App.Current?.Dispatcher?.Invoke(() =>
{
double cFx1 = 1400 / (Breathes[CurrentItem].ExpirationX.Max());
double cFx2 = (Breathes[CurrentItem].InspirationY.Select(i => i.Flow).Max() > Breathes[CurrentItem].ExpirationY.Select(i => i.Flow).Max()) ? 100 / Breathes[CurrentItem].InspirationY.Select(i => i.Flow).Max() : 100 / Breathes[CurrentItem].ExpirationY.Select(i => i.Flow).Max();
for (int i = 0; i < Breathes[CurrentItem].InspirationX.Count() - 1; i++)
{
LinesFlow.Add(new Line
{
FromX = Breathes[CurrentItem].InspirationX[i],
FromY = Breathes[CurrentItem].InspirationY[i].Flow,
From = new System.Windows.Point(Breathes[CurrentItem].InspirationX[i] * cFx1, Breathes[CurrentItem].InspirationY[i].Flow * -cFx2 + 100),
ToX = Breathes[CurrentItem].InspirationX[i + 1],
ToY = Breathes[CurrentItem].InspirationY[i + 1].Flow,
To = new System.Windows.Point(Breathes[CurrentItem].InspirationX[i + 1] * cFx1, Breathes[CurrentItem].InspirationY[i + 1].Flow * -cFx2 + 100)
});
}
for (int i = 0; i < Breathes[CurrentItem].ExpirationX.Count() - 1; i++)
{
LinesFlow.Add(new Line
{
FromX = Breathes[CurrentItem].ExpirationX[i],
FromY = Breathes[CurrentItem].ExpirationY[i].Flow,
From = new System.Windows.Point(Breathes[CurrentItem].ExpirationX[i] * cFx1, Breathes[CurrentItem].ExpirationY[i].Flow * cFx2 + 100),
ToX = Breathes[CurrentItem].ExpirationX[i + 1],
ToY = Breathes[CurrentItem].ExpirationY[i + 1].Flow,
To = new System.Windows.Point(Breathes[CurrentItem].ExpirationX[i + 1] * cFx1, Breathes[CurrentItem].ExpirationY[i + 1].Flow * cFx2 + 100)
});
}
});
}
private void Drawing()
{
while (true)
{
Thread.Sleep(100);
App.Current?.Dispatcher?.Invoke(() => // <--- HERE
{
LinesFlow.Add(new Line
{
From = new System.Windows.Point(_k, _k * 2),
To = new System.Windows.Point(_k++, _k * 2)
});
});
}
}