Code:
/ DotNET / DotNET / 8.0 / untmp / WIN_WINDOWS / lh_tools_devdiv_wpf / Windows / wcp / Print / Reach / AlphaFlattener / DrawingContext.cs / 1 / DrawingContext.cs
//------------------------------------------------------------------------------
// Microsoft Printing
// Copyright (c) Microsoft Corporation, 2004
//
// File: DrawingContext.cs
//
// History:
// [....]: 04/20/2004 Created
//-----------------------------------------------------------------------------
using System;
using System.Collections; // for ArrayList
using System.Diagnostics;
using System.Windows; // for Rect WindowsBase.dll
using System.Windows.Media; // for Geometry, Brush, ImageData. PresentationCore.dll
using System.Windows.Media.Imaging;
using System.Windows.Shapes; // for Glyphs
using System.Printing;
using System.Security;
using System.Security.Permissions;
namespace Microsoft.Internal.AlphaFlattener
{
///
/// Implementation of IProxyDrawingContext interface which stores primitives to a DisplayList
///
internal class DisplayListDrawingContext : IProxyDrawingContext
{
#region Private Fields
private Flattener _flattener;
private double _opacity;
private BrushProxy _opacityMask;
private Matrix _transform;
private Geometry _clip;
// stores settings prior to pushing new settings
private Stack _pushedStack = new Stack();
#endregion
#region Constructors
public DisplayListDrawingContext(
Flattener flattener,
double opacity,
BrushProxy opacityMask,
Matrix trans,
Geometry clip)
{
_flattener = flattener;
_opacity = opacity;
_opacityMask = opacityMask;
_transform = trans;
_clip = clip;
}
#endregion
#region IProxyDrawingContext Members
void IProxyDrawingContext.Comment(string message)
{
}
void IProxyDrawingContext.Push(double opacity, BrushProxy opacityMask)
{
_pushedStack.Push(_opacity);
_pushedStack.Push(_opacityMask);
_opacity *= opacity;
_opacityMask = BrushProxy.BlendBrush(_opacityMask, opacityMask);
}
void IProxyDrawingContext.Pop()
{
_opacityMask = (BrushProxy)_pushedStack.Pop();
_opacity = (double)_pushedStack.Pop();
}
void IProxyDrawingContext.DrawGeometry(BrushProxy brush, PenProxy pen, Geometry geometry, Geometry clip, Matrix brushTrans, ProxyDrawingFlags flags)
{
if ((brush != null) && (pen != null)) // Split fill & stroke into two
{
((IProxyDrawingContext)(this)).DrawGeometry(brush, null, geometry, clip, brushTrans, flags);
brush = null;
}
bool empty;
clip = Utility.Intersect(_clip, Utility.TransformGeometry(clip, _transform), Matrix.Identity, out empty);
if (empty)
{
return;
}
GeometryPrimitive geo = new GeometryPrimitive();
// apply drawing flags to primitive
if ((flags & ProxyDrawingFlags.PixelSnapBounds) != 0)
{
geo.PixelSnapBounds = true;
}
if (pen != null)
{
if (! brushTrans.IsIdentity)
{
double scale;
bool uniform = Utility.HasUniformScale(brushTrans, out scale);
if (uniform)
{
geo.Pen = pen.Clone();
geo.Pen.Scale(scale);
geo.Pen.StrokeBrush.ApplyTransform(brushTrans);
}
else
{
//
geometry = Utility.InverseTransformGeometry(geometry, brushTrans);
geometry = geometry.GetWidenedPathGeometry(pen.GetPen(true), 0.0001, ToleranceType.Relative);
geometry = Utility.TransformGeometry(geometry, brushTrans);
brush = pen.StrokeBrush;
pen = null;
}
}
else
{
geo.Pen = pen.Clone();
}
}
if (brush != null)
{
geo.Brush = brush.ApplyTransformCopy(brushTrans);
}
geo.Geometry = geometry;
geo.Clip = clip;
geo.Transform = _transform;
geo.PushOpacity(_opacity, _opacityMask);
_flattener.AddPrimitive(geo);
}
void IProxyDrawingContext.DrawImage(ImageProxy image, Rect dest, Geometry clip, Matrix trans)
{
bool empty;
clip = Utility.Intersect(_clip, Utility.TransformGeometry(clip, _transform), Matrix.Identity, out empty);
if (empty)
{
return;
}
ImagePrimitive ip = new ImagePrimitive();
// Fix bug 1460208: Give each ImagePrimitive its own ImageProxy, since rendering may alter
// the images.
ip.Image = image.Clone();
ip.DstRect = dest;
ip.Clip = clip;
ip.Transform = trans * _transform;
ip.PushOpacity(_opacity, _opacityMask);
_flattener.AddPrimitive(ip);
}
bool IProxyDrawingContext.DrawGlyphs(GlyphRun glyphrun, Geometry clip, Matrix trans, BrushProxy foreground)
{
bool empty;
clip = Utility.Intersect(_clip, Utility.TransformGeometry(clip, _transform), Matrix.Identity, out empty);
if (empty)
{
return true;
}
GlyphPrimitive gp = new GlyphPrimitive();
gp.GlyphRun = glyphrun;
gp.Clip = clip;
gp.Transform = trans * _transform;
gp.Brush = foreground;
gp.PushOpacity(_opacity, _opacityMask);
_flattener.AddPrimitive(gp);
return true;
}
#endregion
}
///
/// Implement of IProxyDrawingContext on white background.
/// 1) BrushProxy/PenProxy is broken down to Avalon Brush/Pen.
/// 2) All transparency as blended with white.
/// 3) Output is sent to ILegacyDevice interfiace.
///
internal class BrushProxyDecomposer : IProxyDrawingContext
{
#if DEBUG
static int _seq; // = 0;
private string _comment;
#endif
#region Private Fields
private ILegacyDevice _dc;
private bool _costing;
private double _cost;
#endregion
#region Constructors
public BrushProxyDecomposer(ILegacyDevice dc)
{
_dc = dc;
// _costing = false;
// _cost = 0;
}
#endregion
#region Private Methods
// Breaking RadialGradientBrush apart to simplify drawing
private bool LinearFillGeometry(BrushProxy linear, BrushProxy other, bool pre, ArrayList brushes, int from, Geometry shape)
{
bool opacityOnly = false;
LinearGradientBrush b = null;
double opacity = 0;
bool result = true;
b = linear.Brush as LinearGradientBrush;
BrushProxy saveMask = linear.OpacityMask;
double saveOpacity = linear.Opacity;
if (b != null)
{
opacity = linear.Opacity;
}
else
{
b = saveMask.Brush as LinearGradientBrush;
opacity = saveMask.Opacity;
opacityOnly = true;
Debug.Assert(b != null, "LinearGradientBrush expected");
}
linear.OpacityMask = null;
// Need to give flattener BrushProxy's opacity, which includes Brush's opacity and
// opacity pushed from parent primitives.
LinearGradientFlattener rf = new LinearGradientFlattener(b, shape, opacity);
int steps = rf.Steps;
if (_costing)
{
if (steps > Configuration.MaxGradientSteps) // Avoid decomposition if there are too many steps
{
_cost = 1;
return true;
}
}
else
{
_dc.PushClip(shape);
}
for (int i = 0; i < steps; i ++)
{
Color color;
Geometry slice = rf.GetSlice(i, out color);
BrushProxy blend;
if (opacityOnly)
{
linear.Opacity = saveOpacity * Utility.NormalizeOpacity(color.ScA);
if (pre)
{
blend = linear.BlendBrush(other);
}
else
{
blend = other.BlendBrush(linear);
}
}
else
{
if (saveMask == null)
{
blend = BrushProxy.BlendColorWithBrush(false, color, other, !pre);
}
else
{
blend = BrushProxy.BlendColorWithBrush(false, color, saveMask, false);
if (blend != null)
{
if (pre)
{
blend = blend.BlendBrush(other);
}
else
{
blend = other.BlendBrush(blend);
}
}
}
}
if (blend == null)
{
result = false;
}
else
{
result = FillGeometry(blend, brushes, from, slice);
}
if (!result)
{
break;
}
// Break when we already know decomposition of gradient is more costly
if (_costing && (_cost > 0))
{
break;
}
}
linear.OpacityMask = saveMask;
linear.Opacity = saveOpacity;
if (!_costing)
{
_dc.PopClip();
}
return result;
}
// Breaking RadialGradientBrush apart to simplify drawing
private bool RadialFillGeometry(BrushProxy radial, BrushProxy other, bool pre, ArrayList brushes, int from, Geometry shape)
{
bool opacityOnly = false;
RadialGradientBrush b = null;
double opacity = 0;
b = radial.Brush as RadialGradientBrush;
BrushProxy saveMask = radial.OpacityMask;
double saveOpacity = radial.Opacity;
if (b != null)
{
opacity = radial.Opacity;
}
else
{
b = saveMask.Brush as RadialGradientBrush;
opacity = saveMask.Opacity;
opacityOnly = true;
Debug.Assert(b != null, "RadialGradientBrush expected");
}
radial.OpacityMask = null;
// Need to give flattener BrushProxy's opacity, which includes Brush's opacity and
// opacity pushed from parent primitives.
RadialGradientFlattener rf = new RadialGradientFlattener(b, shape, opacity);
int steps = rf.Steps;
if (_costing)
{
if (steps > Configuration.MaxGradientSteps) // Avoid decomposition if there are too many steps
{
_cost = 1;
return true;
}
}
else
{
_dc.PushClip(shape);
}
bool result = true;
for (int i = steps; i > 0; i--)
{
Color color;
Geometry slice = rf.GetSlice(i, out color);
BrushProxy blend = null;
if (opacityOnly)
{
radial.Opacity = saveOpacity * Utility.NormalizeOpacity(color.ScA);
if (pre)
{
blend = radial.BlendBrush(other);
}
else
{
blend = other.BlendBrush(radial);
}
}
else
{
if (saveMask == null)
{
blend = BrushProxy.BlendColorWithBrush(false, color, other, !pre);
}
else
{
blend = BrushProxy.BlendColorWithBrush(false, color, saveMask, false);
if (pre)
{
blend = blend.BlendBrush(other);
}
else
{
blend = other.BlendBrush(blend);
}
}
}
result = FillGeometry(blend, brushes, from, slice);
if (!result)
{
break;
}
// Break when we already know decomposition of gradient is more costly
if (_costing && (_cost > 0))
{
break;
}
}
radial.OpacityMask = saveMask;
radial.Opacity = saveOpacity;
if (!_costing)
{
_dc.PopClip();
}
return result;
}
///
/// Fill a geometry using a list of brushes
///
/// First brush to use
/// Brush list
/// Index to get the second brush
/// Geometry to fill
private bool FillGeometry(BrushProxy one, ArrayList brushes, int from, Geometry geometry)
{
Debug.Assert(one != null);
BrushProxy two = null;
if (one.BrushList == null)
{
if (from >= brushes.Count) // Only single brush left
{
((IProxyDrawingContext)this).DrawGeometry(one, null, geometry, null, Matrix.Identity, ProxyDrawingFlags.None);
return true;
}
two = brushes[from] as BrushProxy;
from ++; // Move to next brush
}
else
{
Debug.Assert(one.BrushList.Count == 2, "Only two brushes allowed here");
two = one.BrushList[1] as BrushProxy;
one = one.BrushList[0] as BrushProxy;
}
BrushProxy.BrushTypes typeOne = one.BrushType;
BrushProxy.BrushTypes typeTwo = two.BrushType;
bool pre = true;
// Try to break the brush with higher BrushTypes first, and then the other one
for (int i = 0; i < 2; i ++)
{
// swap to higher one first iteration, then swap for the second loop
if ((typeOne < typeTwo) || (i == 1))
{
BrushProxy t = one; one = two; two = t;
BrushProxy.BrushTypes bt = typeOne; typeOne = typeTwo; typeTwo = bt;
pre = ! pre;
}
if ((typeOne & BrushProxy.BrushTypes.RadialGradientBrush) != 0)
{
return RadialFillGeometry(one, two, pre, brushes, from, geometry);
}
if ((typeOne & BrushProxy.BrushTypes.LinearGradientBrush) != 0)
{
return LinearFillGeometry(one, two, pre, brushes, from, geometry);
}
if ((typeOne & BrushProxy.BrushTypes.HasOpacityMask) != 0)
{
BrushProxy.BrushTypes opacityType = one.OpacityMask.BrushType;
if ((opacityType & BrushProxy.BrushTypes.RadialGradientBrush) != 0)
{
return RadialFillGeometry(one, two, pre, brushes, from, geometry);
}
if ((opacityType & BrushProxy.BrushTypes.LinearGradientBrush) != 0)
{
return LinearFillGeometry(one, two, pre, brushes, from, geometry);
}
}
}
#if DEBUG
if (Configuration.Verbose >= 2)
{
Debug.WriteLine("FillGeometry not implemented " + one + " " + two);
}
#endif
return false;
}
///
/// Check if rasterizing an area is more effective
///
///
///
/// True if rasterizing is more cost effective
private bool BetterRasterize(BrushProxy brush, Geometry shape)
{
if ((brush == null) || (brush.BrushList == null))
{
return false;
}
if (brush.GetBrushDepth() > Configuration.DecompositionDepth)
{
return true;
}
Rect bounds = shape.Bounds;
_costing = true;
_cost = - Configuration.RasterizationCost(bounds.Width, bounds.Height);
bool rslt = FillGeometry(brush.BrushList[0] as BrushProxy, brush.BrushList, 1, shape);
_costing = false;
if (rslt)
{
return _cost > 0;
}
else
{
return true;
}
}
///
/// Rasterize filling a geometry shape using a BrushProxy and render to _dc
///
private void RasterizeGeometry(BrushProxy brush, Geometry shape)
{
Debug.Assert(brush != null, "brush expected");
Debug.Assert(shape != null, "shape expected");
Debug.Assert(!_costing, "in costing mode DrawImage");
Rect bounds = shape.Bounds;
int width = (int) Math.Round(bounds.Width * Configuration.RasterizationDPI / 96);
int height = (int) Math.Round(bounds.Height * Configuration.RasterizationDPI / 96);
if ((width >= 1) && (height >= 1)) // skip shape which is too small
{
Matrix mat = Utility.CreateMappingTransform(bounds, width, height);
BitmapSource id = brush.CreateBrushImage_ID(mat, width, height);
_dc.PushClip(shape);
#if DEBUG
_seq++;
_dc.Comment("-> DrawImage(raster) " + _seq);
#endif
_dc.DrawImage(id, null, bounds);
#if DEBUG
_dc.Comment("<- DrawImage(raster) " + _seq);
#endif
_dc.PopClip();
}
}
private static double DrawGeometryCost(Brush b, Pen p, Geometry g)
{
if (g == null)
{
return 0;
}
if ((b == null) && (p == null))
{
return 0;
}
if (b == null)
{
b = p.Brush;
}
if (b is SolidColorBrush)
{
return 512;
}
Rect bounds = g.Bounds;
if (b is ImageBrush)
{
return 512 + Configuration.RasterizationCost(bounds.Width, bounds.Height);
}
if (b is LinearGradientBrush)
{
//
return 512 + Configuration.RasterizationCost(Math.Max(bounds.Width, bounds.Height));
}
return 512 + Configuration.RasterizationCost(bounds.Width, bounds.Height);
}
#endregion
#region IProxyDrawingContext Members
void IProxyDrawingContext.Comment(string message)
{
#if DEBUG
_comment = message;
#endif
}
void IProxyDrawingContext.Push(double opacity, BrushProxy opacityMask)
{
// BrushProxyDecomposer sends output directly to GDI, so opacity
// is invalid by this point.
Debug.Assert(false, "Opacity invalid at BrushProxyDecomposer");
}
void IProxyDrawingContext.Pop()
{
Debug.Assert(false, "Opacity invalid at BrushProxyDecomposer");
}
void IProxyDrawingContext.DrawGeometry(BrushProxy brush, PenProxy pen, Geometry geometry, Geometry clip, Matrix brushTrans, ProxyDrawingFlags flags)
{
Debug.Assert(brushTrans.IsIdentity, "brushTrans not supported");
if ((brush == null) && (pen == null))
{
return;
}
if (!_costing && (clip != null))
{
_dc.PushClip(clip);
}
if (brush != null)
{
brush = BrushProxy.BlendColorWithBrush(false, Colors.White, brush, false);
}
// Simplification, pushing transformation
if (geometry is LineGeometry)
{
LineGeometry line = geometry.CloneCurrentValue() as LineGeometry;
line.StartPoint = geometry.Transform.Value.Transform(line.StartPoint);
line.EndPoint = geometry.Transform.Value.Transform(line.EndPoint);
line.Transform = Transform.Identity;
}
if ((brush != null) && (brush.BrushList != null)) // List of brushes
{
Debug.Assert(pen == null, "no pen");
if (_costing)
{
FillGeometry(brush.BrushList[0] as BrushProxy, brush.BrushList, 1, geometry);
}
else
{
bool rasterize = BetterRasterize(brush, geometry);
if (!rasterize)
{
rasterize = ! FillGeometry(brush.BrushList[0] as BrushProxy, brush.BrushList, 1, geometry);
}
if (rasterize)
{
bool empty = false;
if (clip != null)
{
// Fix bug 1506957: Clip geometry prior to rasterizing to prevent excessive
// rasterization bitmap size.
geometry = Utility.Intersect(geometry, clip, Matrix.Identity, out empty);
}
if (!empty)
{
RasterizeGeometry(brush, geometry);
}
}
}
}
else // Single Avalon brush or pen
{
Pen p = null;
BrushProxy strokeBrush = null;
if (pen != null) // Blend pen with White
{
p = pen.GetPen(true);
strokeBrush = pen.StrokeBrush;
if (! strokeBrush.IsOpaque())
{
strokeBrush = BrushProxy.BlendColorWithBrush(false, Colors.White, strokeBrush, false);
}
}
Brush b = null;
if (_costing)
{
if (brush != null)
{
// DrawingBrush is always rasterized onward from this stage.
// Avoid the cost of creating new DrawingBrush in GetRealBrush during costing
if ((brush.Brush != null) && (brush.Brush is DrawingBrush))
{
b = brush.Brush;
}
else
{
b = brush.GetRealBrush();
}
}
_cost += DrawGeometryCost(b, p, geometry);
}
else
{
if (brush != null)
{
b = brush.GetRealBrush();
}
#if DEBUG
_seq++;
_dc.Comment("-> DrawGeometry " + _seq + ' ' + _comment);
#endif
if (p == null)
{
_dc.DrawGeometry(b, null, null, geometry);
}
else
{
_dc.DrawGeometry(b, p, strokeBrush.GetRealBrush(), geometry);
}
#if DEBUG
_dc.Comment("<- DrawGeometry" + _seq + ' ' + _comment);
if (Configuration.Verbose >= 2)
{
Console.WriteLine(" DrawGeometry(" + _comment + ")");
}
#endif
}
}
if (!_costing && (clip != null))
{
_dc.PopClip();
}
}
///
/// Critical: image.Buffer is SecurityCritical
/// TreatAsSafe: Output is sent to GDIExporter, GDI, and then to printer driver, all considered trusted
///
[SecurityCritical, SecurityTreatAsSafe]
void IProxyDrawingContext.DrawImage(ImageProxy image, Rect dest, Geometry clip, Matrix trans)
{
if (_costing)
{
_cost += image.PixelWidth * image.PixelHeight * 3;
return;
}
// Sometimes clip selects only a small portion of the image. Clip image to reduce amount
// of data sent to GDI.
if (clip != null)
{
if (!Utility.IsRenderVisible(clip.Bounds))
{
// completely clipped away
return;
}
// transform clip to image space, taking into account image DPI
Matrix imageTransform = new Matrix();
imageTransform.Scale(dest.Width / image.Image.Width, dest.Height / image.Image.Height);
imageTransform.Translate(dest.X, dest.Y);
imageTransform.Append(trans);
imageTransform.Invert();
Geometry imageClip = Utility.TransformGeometry(clip, imageTransform);
// Clip the image to clip bounds. ImageProxy.GetClippedImage has no effect if clipping
// bounds are almost image size.
Rect clippedImageBounds;
BitmapSource clippedImageSource = image.GetClippedImage(imageClip.Bounds, out clippedImageBounds);
if (clippedImageSource == null)
{
// image has been clipped away
return;
}
ImageProxy clippedImage = new ImageProxy(clippedImageSource);
// adjust destination rectangle to new clipped image bounds
double scaleX = dest.Width / image.Image.Width;
double scaleY = dest.Height / image.Image.Height;
dest = new Rect(
clippedImageBounds.X * scaleX + dest.X,
clippedImageBounds.Y * scaleY + dest.Y,
clippedImageBounds.Width * scaleX,
clippedImageBounds.Height * scaleY
);
image = clippedImage;
}
image.BlendOverColor(Colors.White, 1.0, false);
// BitmapSource img = image.GetImage();
if (clip != null)
{
_dc.PushClip(clip);
}
if (! trans.IsIdentity)
{
_dc.PushTransform(trans);
}
#if DEBUG
_seq ++;
_dc.Comment("-> DrawImage " + _seq);
#endif
_dc.DrawImage(image.Image, image.Buffer, dest);
#if DEBUG
_dc.Comment("<- DrawImage " + _seq);
if (Configuration.Verbose >= 2)
{
Console.WriteLine(" DrawImage(" + _comment + ")");
}
#endif
if (!trans.IsIdentity)
{
_dc.PopTransform();
}
if (clip != null)
{
_dc.PopClip();
}
}
bool IProxyDrawingContext.DrawGlyphs(GlyphRun glyphrun, Geometry clip, Matrix trans, BrushProxy foreground)
{
Debug.Assert(!_costing, "in costing mode DrawyGlyphs");
BrushProxy bp = BrushProxy.BlendColorWithBrush(false, Colors.White, foreground, false);
Brush b = bp.Brush;
if ((b == null) || (b is DrawingBrush))
{
return false;
}
if (clip != null)
{
_dc.PushClip(clip);
}
if (!trans.IsIdentity)
{
_dc.PushTransform(trans);
}
#if DEBUG
_seq ++;
_dc.Comment("-> DrawGlyphRun " + _seq);
#endif
_dc.DrawGlyphRun(b, glyphrun);
#if DEBUG
_dc.Comment("<- DrawGlyphRun " + _seq);
if (Configuration.Verbose >= 2)
{
Console.WriteLine(" DrawGlyphRun(" + _comment + ")");
}
#endif
if (!trans.IsIdentity)
{
_dc.PopTransform();
}
if (clip != null)
{
_dc.PopClip();
}
return true;
}
#endregion
}
}
// File provided for Reference Use Only by Microsoft Corporation (c) 2007.
// Copyright (c) Microsoft Corporation. All rights reserved.
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