public AffineMesh ToZoom(AffineZoom Zoom)
{
var n = new AffineMesh();
foreach (var p in this.Points)
{
n.Add(p.Zoom(Zoom));
}
var v = new List<AffineVertex>();
foreach (var k in this.Vertecies)
{
var kn = new AffineVertex
{
Element = k.Element,
ElementWidth = k.ElementWidth,
ElementHeight = k.ElementHeight,
A = k.A.Zoom(Zoom),
B = k.B.Zoom(Zoom),
C = k.C.Zoom(Zoom),
//Tag = k.Tag
};
v.Add(kn);
}
n.Vertecies = v;
return n;
}
public AffineMesh ToRotation(AffineRotation Rotation)
{
//var yawn = Math.Cos(Yawn);
//var yawn2 = Math.Sin(Yawn);
var n = new AffineMesh();
foreach (var p in this.Points)
{
n.Add(p.Rotate(Rotation));
}
var v = new List<AffineVertex>();
foreach (var k in this.Vertecies)
{
var kn = 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
};
v.Add(kn);
}
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();
foreach (var p in this.Points)
{
n.Points.Add(p.Rotate(Rotation));
}
foreach (var k in this.Vertecies)
{
var kn = 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
};
n.Vertecies.Add(kn);
}
foreach (var p in this.Meshes)
{
n.Meshes.Add(p.ToRotation(Rotation));
}
return n;
}
public AffineMesh ToTranslation(AffinePoint Translation)
{
var n = new AffineMesh();
foreach (var p in this.Points)
{
n.Points.Add(p.Translation(Translation));
}
foreach (var k in this.Vertecies)
{
var kn = new AffineVertex
{
Element = k.Element,
ElementWidth = k.ElementWidth,
ElementHeight = k.ElementHeight,
A = k.A.Translation(Translation),
B = k.B.Translation(Translation),
C = k.C.Translation(Translation),
//Tag = k.Tag
};
n.Vertecies.Add(kn);
}
foreach (var p in this.Meshes)
{
n.Meshes.Add(p.ToTranslation(Translation));
}
return n;
}
private void AddCubeFace(AffineMesh a, string t, AffinePoint A, AffinePoint B, AffinePoint C, AffinePoint D)
{
var v1 =
new AffineVertex
{
A = A,
B = B,
C = C,
Element = new Avalon.Images._17
{
Width = 100,
Height = 100,
}.AttachTo(AffineContent),
ElementWidth = 100,
ElementHeight = 100
};
a.Vertecies.Add(v1);
var v2 =
new AffineVertex
{
A = D,
B = C,
C = B,
Element = new Avalon.Images._17g
{
Width = 100,
Height = 100,
}.AttachTo(AffineContent),
ElementWidth = 100,
ElementHeight = 100
};
a.Vertecies.Add(v2);
}
private void AddCubeFace(AffineMesh a, ImageSource Source, ImageSource Source2, AffinePoint A, AffinePoint B, AffinePoint C, AffinePoint D)
{
var v1 =
new AffineVertex
{
A = A,
B = B,
C = C,
Element = new Image
{
Width = 100,
Height = 100,
Source = Source
}.AttachTo(AffineContent),
ElementWidth = 100,
ElementHeight = 100
};
a.Vertecies.Add(v1);
var v2 =
new AffineVertex
{
A = D,
B = C,
C = B,
Element = new Image
{
Width = 100,
Height = 100,
Source = Source2
}.AttachTo(AffineContent),
ElementWidth = 100,
ElementHeight = 100
};
a.Vertecies.Add(v2);
}
private void AddCubeFace(AffineMesh a, string t, AffinePoint A, AffinePoint B, AffinePoint C, AffinePoint D)
{
var v1 =
new AffineVertex
{
A = A,
B = B,
C = C,
Element = new Avalon.Images._17 {
Width = 100,
Height = 100,
}.AttachTo(AffineContent),
ElementWidth = 100,
ElementHeight = 100
};
//var t1 = new TextBox { Text = t, Foreground = Brushes.Blue }.AttachTo(InfoContent);
//v1.Tag = new Action<AffineVertex>(
// k =>
// {
// t1.Text = t + " " + Convert.ToInt32(k.Center.Z);
// t1.MoveTo(k.Center.X + DefaultWidth / 2, k.Center.Y + DefaultHeight / 2);
// }
//);
a.Add(v1);
var v2 =
new AffineVertex
{
A = D,
B = C,
C = B,
Element = new Avalon.Images._19g
{
Width = 100,
Height = 100,
}
.AttachTo(AffineContent),
ElementWidth = 100,
ElementHeight = 100
};
//v2.Element.Opacity = 0.5;
//var t2 = new TextBox { Text = t }.AttachTo(InfoContent);
//v2.Tag = new Action<AffineVertex>(
// k =>
// {
// t2.Text = t + " " + Convert.ToInt32(k.Center.Z);
// t2.MoveTo(k.Center.X + DefaultWidth / 2, k.Center.Y + DefaultHeight / 2);
// }
//);
a.Add(v2);
}
public void MergeTo(AffineMesh n)
{
foreach (var p in this.Points)
{
n.Points.Add(p);
}
foreach (var k in this.Vertecies)
{
var kn = new AffineVertex
{
Element = k.Element,
ElementWidth = k.ElementWidth,
ElementHeight = k.ElementHeight,
A = k.A,
B = k.B,
C = k.C,
//Tag = k.Tag
};
n.Vertecies.Add(kn);
}
foreach (var p in this.Meshes)
{
p.MergeTo(n);
}
}
static void GetSortedCombinedVertices(AffineMesh m, AffineVertex[] a)
{
foreach (var v in m.Vertecies)
{
var i = Convert.ToInt32(v.B.Z + v.C.Z) + SortBuffer / 2;
while (a[i] != null)
i++;
a[i] = v;
}
foreach (var k in m.Meshes)
{
GetSortedCombinedVertices(k, a);
}
}
public AffineVertex[] GetSortedCombinedVertices()
{
// da buffer
var a = new AffineVertex[SortBuffer];
GetSortedCombinedVertices(this, a);
return a;
}
public void Add(AffineVertex v)
{
Vertecies.Add(v);
}