private void CalculateTransform(ref ItemTransform transform, AptContext context)
{
var movie = (Movie)context.Root.Character;
var movieSize = new Vector2(movie.ScreenWidth, movie.ScreenHeight);
var scaling = _outputSize / movieSize;
transform.GeometryRotation.M11 *= scaling.X;
transform.GeometryRotation.M22 *= scaling.Y;
transform.GeometryRotation.Translation = transform.GeometryTranslation * scaling;
}
private void CalculateTransform(ref ItemTransform transform)
{
if (Window == null)
{
return;
}
var scaling = Window.GetScaling();
transform.GeometryRotation.M11 *= scaling.X;
transform.GeometryRotation.M22 *= scaling.Y;
transform.GeometryRotation.Translation = transform.GeometryTranslation * scaling;
}
public void RenderText(DrawingContext2D drawingContext, AptContext context,
Text text, ItemTransform transform)
{
var font = _contentManager.FontManager.GetOrCreateFont("Arial", text.FontHeight, FontWeight.Normal);
CalculateTransform(ref transform, context);
drawingContext.DrawText(
text.Content,
font,
TextAlignment.Center,
text.Color.ToColorRgbaF() * transform.ColorTransform,
RectangleF.Transform(text.Bounds, transform.GeometryRotation));
}
public static void RenderText(DrawingContext2D drawingContext, AptContext context,
Text text, ItemTransform transform)
{
var content = context.ContentManager;
var font = context.ContentManager.GetOrCreateFont("Arial", text.FontHeight, FontWeight.Normal);
var matrix = transform.GeometryRotation;
matrix.Translation = transform.GeometryTranslation;
drawingContext.DrawText(
text.Content,
font,
TextAlignment.Center,
text.Color.ToColorRgbaF() * transform.ColorTransform,
RectangleF.Transform(text.Bounds, matrix));
}
public override void Render(AptRenderer renderer, ItemTransform pTransform, DrawingContext2D dc)
{
if (!Visible)
{
return;
}
//calculate the transform for this element
var cTransform = pTransform * Transform;
//render all subItems
foreach (var item in Content.Items.Values)
{
item.Render(renderer, cTransform, dc);
}
}
public void Render(ItemTransform pTransform, DrawingContext2D dc)
{
if (!Visible)
{
return;
}
//calculate the transform for this element
var cTransform = pTransform * Transform;
//render all subitems
foreach (var item in _content.Items.Values)
{
item.Render(cTransform, dc);
}
}
public override void Render(AptRenderer renderer, ItemTransform pTransform, DrawingContext2D dc)
{
var button = Character as Button;
_curTransform = pTransform * Transform;
_curTransform.GeometryTranslation *= renderer.Window.GetScaling();
_curTransform.GeometryRotation.M11 *= renderer.Window.GetScaling().X;
_curTransform.GeometryRotation.M22 *= renderer.Window.GetScaling().Y;
var transform = _curTransform.GeometryRotation;
transform.Translation = _curTransform.GeometryTranslation;
ApplyCurrentRecord(ref transform);
var verts = button.Vertices;
foreach (var tri in button.Triangles)
{
var v1 = Vector2.Transform(verts[tri.IDX0], transform);
var v2 = Vector2.Transform(verts[tri.IDX1], transform);
var v3 = Vector2.Transform(verts[tri.IDX2], transform);
var color = ColorRgbaF.White;
if (button.IsMenu)
{
color = new ColorRgbaF(1.0f, 0.0f, 0.0f, 1.0f);
}
if (_isHovered)
{
color = new ColorRgbaF(0.0f, 1.0f, 1.0f, 1.0f);
}
dc.DrawLine(new Line2D(v1, v2), 1.0f, color);
dc.DrawLine(new Line2D(v2, v3), 1.0f, color);
dc.DrawLine(new Line2D(v3, v1), 1.0f, color);
}
}
public static void RenderGeometry(DrawingContext2D drawingContext, AptContext context,
Geometry shape, ItemTransform transform)
{
var matrix = transform.GeometryRotation;
matrix.Translation = transform.GeometryTranslation;
foreach (var e in shape.Entries)
{
switch (e)
{
case GeometryLines l:
{
var color = l.Color.ToColorRgbaF() * transform.ColorTransform;
foreach (var line in l.Lines)
{
drawingContext.DrawLine(
Line2D.Transform(line, matrix),
l.Thickness,
color);
}
break;
}
case GeometrySolidTriangles st:
{
var color = st.Color.ToColorRgbaF() * transform.ColorTransform;
foreach (var tri in st.Triangles)
{
drawingContext.FillTriangle(
Triangle2D.Transform(tri, matrix),
color);
}
break;
}
case GeometryTexturedTriangles tt:
{
var coordinatesTransform = new Matrix3x2
{
M11 = tt.RotScale.M11,
M12 = tt.RotScale.M12,
M21 = tt.RotScale.M21,
M22 = tt.RotScale.M22,
M31 = tt.Translation.X,
M32 = tt.Translation.Y
};
foreach (var tri in tt.Triangles)
{
//if (assignment is RectangleAssignment)
// throw new NotImplementedException();
var tex = context.GetTexture(tt.Image, shape);
drawingContext.FillTriangle(
tex,
Triangle2D.Transform(tri, coordinatesTransform),
Triangle2D.Transform(tri, matrix),
transform.ColorTransform);
}
break;
}
}
}
}
public void RenderGeometry(DrawingContext2D drawingContext, AptContext context,
Geometry shape, ItemTransform transform, Texture solidTexture)
{
CalculateTransform(ref transform, context);
var matrix = transform.GeometryRotation;
foreach (var e in shape.Entries)
{
switch (e)
{
case GeometryLines l:
{
var color = l.Color.ToColorRgbaF() * transform.ColorTransform;
foreach (var line in l.Lines)
{
drawingContext.DrawLine(
Line2D.Transform(line, matrix),
l.Thickness,
color);
}
break;
}
case GeometrySolidTriangles st:
{
var color = st.Color.ToColorRgbaF() * transform.ColorTransform;
foreach (var tri in st.Triangles)
{
if (solidTexture == null)
{
drawingContext.FillTriangle(
Triangle2D.Transform(tri, matrix),
color);
}
else
{
var destTri = Triangle2D.Transform(tri, matrix);
var coordTri = new Triangle2D(new Vector2(tri.V0.X / 100.0f * solidTexture.Width,
tri.V0.Y / 100.0f * solidTexture.Height),
new Vector2(tri.V1.X / 100.0f * solidTexture.Width,
tri.V1.Y / 100.0f * solidTexture.Height),
new Vector2(tri.V2.X / 100.0f * solidTexture.Width,
tri.V2.Y / 100.0f * solidTexture.Height));
drawingContext.FillTriangle(
solidTexture,
coordTri,
destTri,
new ColorRgbaF(1.0f, 1.0f, 1.0f, color.A));
}
}
break;
}
case GeometryTexturedTriangles tt:
{
var coordinatesTransform = new Matrix3x2
{
M11 = tt.RotScale.M11,
M12 = tt.RotScale.M12,
M21 = tt.RotScale.M21,
M22 = tt.RotScale.M22,
M31 = tt.Translation.X,
M32 = tt.Translation.Y
};
foreach (var tri in tt.Triangles)
{
//if (assignment is RectangleAssignment)
// throw new NotImplementedException();
var tex = context.GetTexture(tt.Image, shape);
drawingContext.FillTriangle(
tex,
Triangle2D.Transform(tri, coordinatesTransform),
Triangle2D.Transform(tri, matrix),
transform.ColorTransform);
}
break;
}
}
}
}
