public void Update(byte R, byte G, byte B, Bitmap colourBitmap, bool instantTransition)
{
(double _, double S, double V) = HSB.RGBToHSB(R / 255.0, G / 255.0, B / 255.0);
Point v1 = new Point(51.673, 0);
Point v2 = new Point(104, 15.955);
Point v3 = new Point(76.327, 46.125);
Point v4 = new Point(24, 30.170);
Point v6 = new Point(104, 65.830);
Point v7 = new Point(76.327, 96);
Point v23 = v2 * (1 - R / 255.0) + v3 * (R / 255.0);
Point v14 = v1 * (1 - R / 255.0) + v4 * (R / 255.0);
Point v67 = v6 * (1 - R / 255.0) + v7 * (R / 255.0);
Fill1.Update(v1, v2, v23, v14, instantTransition);
Fill2.Update(v2, v6, v67, v23, instantTransition);
ColourImage.Source = colourBitmap;
PositionEllipse.Fill = (S <0.5 && V> 0.5 ? Brushes.Black : Brushes.White);
ColorPicker.SetTranslateRenderTransform(PositionEllipse, G - 24, 255 - B - 24, instantTransition);
double m11 = (v23.X - v14.X) / 256;
double m12 = (v67.X - v23.X) / 256;
double m21 = (v23.Y - v14.Y) / 256;
double m22 = (v67.Y - v23.Y) / 256;
ColourCanvasTransform.Update(new Matrix(m11, m21, m12, m22, v14.X, v14.Y), instantTransition);
}
public void Update(byte R, byte G, byte B, Bitmap colourBitmap, bool instantTransition)
{
(double _, double S, double V) = HSB.RGBToHSB(R / 255.0, G / 255.0, B / 255.0);
Point v1 = new Point(51.673, 0);
Point v2 = new Point(104, 15.955);
Point v3 = new Point(76.327, 46.125);
Point v4 = new Point(24, 30.170);
Point v5 = new Point(51.673, 49.875);
Point v6 = new Point(104, 65.830);
Point v7 = new Point(76.327, 96);
Point v8 = new Point(24, 80.045);
Point v15 = v1 * (B / 255.0) + v5 * (1 - B / 255.0);
Point v26 = v2 * (B / 255.0) + v6 * (1 - B / 255.0);
Point v37 = v3 * (B / 255.0) + v7 * (1 - B / 255.0);
Point v48 = v4 * (B / 255.0) + v8 * (1 - B / 255.0);
Fill1.Update(v48, v8, v7, v37, instantTransition);
Fill2.Update(v37, v7, v6, v26, instantTransition);
ColourImage.Source = colourBitmap;
PositionEllipse.Fill = (S <0.5 && V> 0.5 ? Brushes.Black : Brushes.White);
ColorPicker.SetTranslateRenderTransform(PositionEllipse, G - 24, R - 24, instantTransition);
double m11 = (v26.X - v15.X) / 256;
double m12 = (v37.X - v26.X) / 256;
double m21 = (v26.Y - v15.Y) / 256;
double m22 = (v37.Y - v26.Y) / 256;
ColourCanvasTransform.Update(new Matrix(m11, m21, m12, m22, v15.X, v15.Y), instantTransition);
}
/// <summary>
/// Synchronizes the properties.
/// </summary>
/// <param name="series">The series.</param>
protected override void SynchronizeProperties(OxyPlot.Series.Series series)
{
base.SynchronizeProperties(series);
var s = (OxyPlot.Series.TwoColorAreaSeries)series;
s.Fill = Fill.ToOxyColor();
s.Fill2 = Fill2.ToOxyColor();
s.MarkerFill2 = MarkerFill2.ToOxyColor();
s.MarkerStroke2 = MarkerStroke2.ToOxyColor();
}
/// <summary>
/// Synchronizes the properties.
/// </summary>
/// <param name="series">The series.</param>
protected override void SynchronizeProperties(OxyPlot.Series.Series series)
{
base.SynchronizeProperties(series);
var s = (OxyPlot.Series.TwoColorAreaSeries)series;
s.Fill = Fill.ToOxyColor();
s.Fill2 = Fill2.ToOxyColor();
s.MarkerFill2 = MarkerFill2.ToOxyColor();
s.MarkerStroke2 = MarkerStroke2.ToOxyColor();
s.Limit = Limit;
s.Dashes2 = Dashes2?.ToArray();
s.LineStyle2 = LineStyle2;
}
private async void Animate(int x, int y)
{
var dx = x * (Sizes.Instance.Unit + Sizes.Instance.Margin);
var dy = y * (Sizes.Instance.Unit + Sizes.Instance.Margin);
if (_isAnimating)
{
Fill2.TranslationX = dx;
Fill2.TranslationY = dy;
Fill2.IsVisible = true;
await Fill2.TranslateTo(0, 0, 250U, Easing.SinInOut);
Fill2.IsVisible = false;
}
else
{
_isAnimating = true;
Fill.TranslationX = dx;
Fill.TranslationY = dy;
await Fill.TranslateTo(0, 0, 250U, Easing.SinInOut);
_isAnimating = false;
}
}
