public static Dot2 operator *(Dot2 f, int i)
{
Dot2 dot = new Dot2();
dot.x = f.x * i;
dot.y = f.y * i;
return(dot);
}
public static Dot2 operator -(Dot2 f, Dot2 s)
{
Dot2 dot = new Dot2();
dot.x = f.x - s.x;
dot.y = f.y - s.y;
return(dot);
}
public Dot2 Normal()
{
Dot2 d = new Dot2();
d.x = NormalX();
d.y = NormalY();
return(d);
}
public Dot2 Abs()
{
Dot2 d = new Dot2();
d.x = (x > 0 ? x : -x);
d.y = (y > 0 ? y : -y);
return(d);
}
private async void RunAnimations()
{
await Dot1.FadeTo(1, 200);
await Dot1.FadeTo(0, 200);
await Dot2.FadeTo(1, 200);
await Dot2.FadeTo(0, 200);
await Dot3.FadeTo(1, 200);
await Dot3.FadeTo(0, 200);
}
public AnimatingDotsControl()
{
InitializeComponent();
if (Device.OS == TargetPlatform.Android)
{
Dot1.TranslateTo(Dot1.X, Dot1.Y + 50);
Dot2.TranslateTo(Dot1.X, Dot2.Y + 50);
Dot3.TranslateTo(Dot1.X, Dot3.Y + 50);
Dot1Shadow.TranslateTo(Dot1.X, Dot1.Y + 50);
Dot2Shadow.TranslateTo(Dot1.X, Dot2.Y + 50);
Dot3Shadow.TranslateTo(Dot1.X, Dot3.Y + 50);
}
}
private void RunAnimations()
{
var pulseAnimation1 = new Animation();
pulseAnimation1.Add(0, 0.33, new Animation(alpha => Dot1.Opacity = alpha, 1, 0, Easing.CubicOut, () => Dot1.FadeTo(1)));
pulseAnimation1.Add(0.33, 0.66, new Animation(alpha => Dot2.Opacity = alpha, 1, 0, Easing.CubicOut, () => Dot2.FadeTo(1)));
pulseAnimation1.Add(0.66, 0.99, new Animation(alpha => Dot3.Opacity = alpha, 1, 0, Easing.CubicOut, () => Dot3.FadeTo(1)));
pulseAnimation1.Commit(this, "loadingIndicatorPulseAnimation", 10, 1100, null, null, () => true);
}
public bool Equal(Dot2 dot)
{
return(dot.x == x && dot.y == y);
}
