public AffineMesh ToRotation(AffineRotation Rotation)
{
//var yawn = Math.Cos(Yawn);
//var yawn2 = Math.Sin(Yawn);
var n = new AffineMesh();
(from p in this.Points select p.Rotate(Rotation)).WithEach(n.Add);
var v = new List <AffineVertex>();
(from k in this.Vertecies
select new AffineVertex
{
Element = k.Element,
ElementWidth = k.ElementWidth,
ElementHeight = k.ElementHeight,
A = k.A.Rotate(Rotation),
B = k.B.Rotate(Rotation),
C = k.C.Rotate(Rotation),
//Tag = k.Tag
}
).WithEach(v.Add);
n.Vertecies = v.OrderBy(k => k.Center.Z).ToList();
//n.Vertecies = v;
return(n);
}
public AffineMesh ToRotation(AffineRotation Rotation)
{
//var yawn = Math.Cos(Yawn);
//var yawn2 = Math.Sin(Yawn);
var n = new AffineMesh();
(from p in this.Points select p.Rotate(Rotation)).WithEach(n.Add);
var v = new List<AffineVertex>();
(from k in this.Vertecies
select new AffineVertex
{
Element = k.Element,
ElementWidth = k.ElementWidth,
ElementHeight = k.ElementHeight,
A = k.A.Rotate(Rotation),
B = k.B.Rotate(Rotation),
C = k.C.Rotate(Rotation),
//Tag = k.Tag
}
).WithEach(v.Add);
n.Vertecies = v.OrderBy(k => k.Center.Z).ToList();
//n.Vertecies = v;
return n;
}
public static AffinePoint Rotate(this AffinePoint p, AffineRotation Rotation)
{
return(p.RotateXY(Rotation.XY).RotateYZ(Rotation.XZ).RotateXZ(Rotation.XZ));
}
public void InitializeContent()
{
var DefaultWidth = Convert.ToInt32(Width);
var DefaultHeight = Convert.ToInt32(Height);
this.ClipToBounds = true;
new[] {
Colors.Black,
Colors.Blue,
Colors.Black
}.ToGradient(DefaultHeight / 2).Select(
(c, i) =>
new Rectangle
{
Fill = new SolidColorBrush(c),
Width = DefaultWidth,
Height = 3,
}.MoveTo(0, i * 2).AttachTo(this)
).ToArray();
var logo = new Avalon.Images.white_jsc().AttachTo(this);
logo.MoveTo(
DefaultWidth - Avalon.Images.white_jsc.ImageDefaultWidth,
DefaultHeight - Avalon.Images.white_jsc.ImageDefaultHeight
);
this.SizeChanged +=
delegate
{
logo.MoveTo(
this.Width - Avalon.Images.white_jsc.ImageDefaultWidth,
this.Height - Avalon.Images.white_jsc.ImageDefaultHeight
);
};
var t = new TextBox
{
FontSize = 10,
Text = "powered by jsc",
BorderThickness = new Thickness(0),
Foreground = 0xffffffff.ToSolidColorBrush(),
Background = Brushes.Transparent,
IsReadOnly = true,
Width = DefaultWidth
}.MoveTo(8, 8).AttachTo(this);
#region Initialize
AffineContent = new Canvas
{
}.AttachTo(this);
InfoContent = new Canvas
{
}.AttachTo(this);
var a = new AffineMesh();
for (int i = -5; i <= 5; i++)
{
if (Math.Abs(i) > 1)
{
AddCube(a, new AffinePoint(210 * i, 0, 0));
AddCube(a, new AffinePoint(0, 210 * i, 0));
AddCube(a, new AffinePoint(0, 0, 210 * i));
}
}
// AddCubeFace(a, "back",
// new AffinePoint(-100, -100, -100),
// new AffinePoint(100, -100, -100),
// new AffinePoint(-100, 100, -100),
// new AffinePoint(100, 100, -100)
//);
//a = a.ToZoom(new AffineZoom { X = 2 });
//a = a.ToZoom(0.8);
//a = a.ToZoom(1.2);
var pp = new Point();
// while jsc initializes local structs it does not do that for fields
pp = new Point(0, 0);
var pp_XZ = 0.0;
Action Update =
delegate
{
var Rotation = new AffineRotation
{
XY = 0.01 * pp.X * 0.5,
YZ = 0.02 * pp.X * 0.5,
XZ = 0.03 * pp.X * 0.5 + pp_XZ
};
t.Text = new
{
XY = Rotation.XZ.RadiansToDegrees(),
YZ = Rotation.YZ.RadiansToDegrees(),
XZ = Rotation.XZ.RadiansToDegrees()
}.ToString();
// rotate floor
var _a = a.ToZoom(0.2 * (DefaultHeight / 2 + pp.Y) / (DefaultHeight)).ToRotation(Rotation);
foreach (var k in _a.Vertecies)
{
k.Element.Orphanize();
k.Element.AttachTo(AffineContent);
k.Element.RenderTransform = new AffineTransform
{
Left = 0,
Top = 0,
Width = k.ElementWidth,
Height = k.ElementHeight,
X1 = k.B.X + DefaultWidth / 2,
Y1 = k.B.Y + DefaultHeight / 2,
X2 = k.C.X + DefaultWidth / 2,
Y2 = k.C.Y + DefaultHeight / 2,
X3 = k.A.X + DefaultWidth / 2,
Y3 = k.A.Y + DefaultHeight / 2,
};
//((Action<AffineVertex>)k.Tag)(k);
}
};
this.MouseMove +=
(sender, args) =>
{
pp = args.GetPosition(this);
Update();
}
;
#endregion
var tt = new DispatcherTimer();
tt.Tick +=
delegate
{
pp_XZ += 0.02;
Update();
};
tt.Interval = TimeSpan.FromMilliseconds(1000 / 30);
tt.Start();
}
