public override void DrawSelf(DrawEvent de)
{
IGraphPort graphPort = de.GraphPort;
graphPort.DrawGradientRectangle(fGradient);
graphPort.DrawRectangle(fBorderPen, fBorder);
}
// We override this one because we want to be able to draw the
// background, raised or sunken, depending on our state
public override void DrawBackground(DrawEvent devent)
{
if (Depressed && Tracking)
GUIStyle.Default.DrawSunkenRect(devent.GraphPort, (int)Origin.x, (int)Origin.y, Frame.Width, Frame.Height);
else
GUIStyle.Default.DrawRaisedRect(devent.GraphPort, (int)Origin.x, (int)Origin.y, Frame.Width, Frame.Height);
}
public void OnDraw(DrawEvent devent)
{
IGraphPort graphPort = devent.GraphPort;
Kernel32.GetLocalTime(out fThisTime);
fPen = Guid.NewGuid();
fBrush = Guid.NewGuid();
graphPort.CreateCosmeticPen(PenStyle.Dash, RGBColor.Black, fPen);
graphPort.CreateBrush(GDI32.BS_SOLID, 0, RGBColor.Red, fBrush);
//graphPort.DrawingColor = RGBColor.Red;
graphPort.UseDefaultBrush();
graphPort.UseDefaultPen();
graphPort.SetDefaultPenColor(RGBColor.Black);
graphPort.SetDefaultBrushColor(RGBColor.Red);
DrawHour(graphPort);
DrawMinutes(graphPort);
DrawSeconds(graphPort);
// Copy the current time to being the last time
fLastTime.Hour = fThisTime.Hour;
fLastTime.Minute = fThisTime.Minute;
fLastTime.Second = fThisTime.Second;
// Restore the world transform so drawing
// is normal for whomever is next
//graphPort.SetWorldTransform(oldTransform);
}
public override void Draw(DrawEvent devent)
{
Point[] dstPoints=null;
dstPoints = new Point[] {
new Point(fLastFrame.Left, fLastFrame.Top),
new Point(fLastFrame.Right,fLastFrame.Top),
new Point(fLastFrame.Left, fLastFrame.Bottom)};
// Draw the little piece of the destination bitmap to refresh where the graphis has been
bitmapGraphics.DrawImage(DestinationPixelBuffer, dstPoints, fLastFrame, GraphicsUnit.Pixel);
// Now draw the graphic in it's new position
int left = fStartFrame.Left + (int)Math.Floor((fXDistance * CompletionPercentage)+0.5);
int top = fStartFrame.Top + (int)Math.Floor((fYDistance * CompletionPercentage) + 0.5);
fCurrentFrame = new Rectangle(left, top, fStartFrame.Width,fStartFrame.Height);
bitmapGraphics.ScaleBitmap(SourcePixelBuffer, fCurrentFrame);
Point [] srcPoints = new Point[] {
new Point(fCurrentFrame.Left, fCurrentFrame.Top),
new Point(fCurrentFrame.Right,fCurrentFrame.Top),
new Point(fCurrentFrame.Left, fCurrentFrame.Bottom)};
if (dstPoints!=null)
GraphPort.DrawImage(bitmapBuffer, dstPoints, fLastFrame, GraphicsUnit.Pixel);
GraphPort.DrawImage(bitmapBuffer, srcPoints, fCurrentFrame, GraphicsUnit.Pixel);
fLastFrame = fCurrentFrame;
}
public override void Draw(DrawEvent devent)
{
if (null != fShard)
{
fShard.Draw(devent);
}
}
public override void DrawSelf(DrawEvent devent)
{
//fGraphPort.Clear(Color.White);
//fGraphPort.DrawImage(fProductWheel.Image, fProductWheel.Frame);
//fGraphPort.DrawImage(fFeatureWheel.Image, fFeatureWheel.Frame);
//graphPort.DrawImage(fBacking,new RectangleF(0,0,Width,Height));
}
public override void OnPaint(DrawEvent dea)
{
base.OnPaint(dea);
IGraphPort graphPort = dea.GraphPort;
//Console.WriteLine("GUIStyleWindow.OnPaint");
}
public override void OnPaint(DrawEvent devent)
{
if ((null != picture))
{
// Draw the original and modified image to the screen
devent.GraphPort.PixBlt(picture, 0, 0);
devent.GraphPort.PixBlt(copyBuffer, 0, picture.Height + 10);
}
}
public override void DrawSelf(DrawEvent devent)
{
if (null != Image)
{
if (!fUseOpacity)
devent.GraphPort.PixBlt(Image, Origin.X, Origin.Y);
else
devent.GraphPort.PixBlt(Image, Origin.X, Origin.Y);
}
}
public override void OnPaint(DrawEvent devent)
{
if ((null != picture))
{
// If we have an image, just draw it to the screen
devent.GraphPort.PixBlt(picture, 0, 0);
devent.GraphPort.PixBlt(tPic, picture.Width + 20, 0);
}
}
public override void OnPaint(DrawEvent devent)
{
if (fHaveImage && (null != fScreenImage))
{
Rectangle cRect = ClientRectangle;
// If we have an image, just draw it to the screen
devent.GraphPort.AlphaBlend(0, 0, cRect.Width, cRect.Height,
fScreenImage, 0, 0, fScreenImage.Width, fScreenImage.Height, 255);
}
}
public override void OnPaint(DrawEvent pea)
{
// After all the children have done their drawing into our backing buffer
// Display the backing buffer on the screen.
int x = pea.ClipRect.Left;
int y = pea.ClipRect.Top;
int width = pea.ClipRect.Width;
int height = pea.ClipRect.Height;
// Render our image to the actual screen
base.GraphPort.AlphaBlend(x, y, width, height, fBackingBuffer, x, y, width, height, 255);
}
public override void DrawSelf(DrawEvent devent)
{
IGraphPort graphPort = devent.GraphPort;
graphPort.SetTextColor(fTextColor);
if (Colorref.TRANSPARENT == fBackColor)
graphPort.SetBkMode(Colorref.TRANSPARENT);
else
graphPort.SetBkColor(fBackColor);
graphPort.SetFont(fFont);
graphPort.DrawString((int)fStartPoint.x, (int)fStartPoint.y, fString);
}
public virtual void OnInvalidateSurface(Guid aGuid, RECT aRect)
{
// Redraw the surface that needs drawing
if (UISurface.gSurfaces.ContainsKey(aGuid))
{
UISurface aSurface = UISurface.gSurfaces[aGuid];
DrawEvent devent = new DrawEvent(GraphPort, aRect);
aSurface.Draw(devent);
// Since these calls are typically driven
// by actions on the surface, it might be
// necessary to send them to the metaspace.
}
}
public override void Draw(DrawEvent devent)
{
// Calculate the srcPixelBuffer frame
int srcMidX = SourcePixelBuffer.Width / 2;
Rectangle srcRect = new Rectangle(srcMidX-Revealed/2,0,
Revealed,SourcePixelBuffer.Height);
Point[] srcDstPoints = new Point[] {
new Point(fMidX-Revealed/2,Frame.Top),
new Point(fMidX+Revealed/2,Frame.Top),
new Point(fMidX-Revealed/2,Frame.Bottom)
};
GraphPort.DrawImage(SourcePixelBuffer, srcDstPoints,srcRect,GraphicsUnit.Pixel);
}
public override void DrawBackground(DrawEvent devent)
{
IGraphPort graphPort = devent.GraphPort;
//graphPort.FillRectangle(fBrush,Frame.Left, Frame.Top, Width, Height);
graphPort.FillRectangle(fBrush, Frame);
//PointF[] destPara = new PointF[] {
// new PointF(Origin.X, Origin.Y+0.10F),
// new PointF(Origin.X+Dimension.Width, Origin.Y+0.10F),
// new PointF(Origin.X, Origin.Y+Dimension.Height-0.30F)};
System.Drawing.Rectangle f = new System.Drawing.Rectangle(Frame.Left,Frame.Top+10,Dimension.Width,Dimension.Height-30);
graphPort.ScaleBitmap(fImage,f);
// Draw a transparent gradient over the top
//graphPort.DrawRectangle(new Pen(RGBColor.RGB(204, 204, 204), 0.5F /72), f);
}
void DoFlyIn(ITPhaseControl control, int steps)
{
// Create a pixmap to represent the control to be animated
GDIDIBSection srcPixelBuffer = new GDIDIBSection((int)(control.Frame.Width), (int)(control.Frame.Height));
IGraphPort srcGraphics = srcPixelBuffer.GraphPort;
srcPixelBuffer.DeviceContext.ClearToWhite();
// Draw the control into its bitmap
DrawEvent sde = new DrawEvent(srcGraphics, Frame);
control.OnDraw(sde);
srcGraphics.Flush();
// Get the current image of what's being displayed
GDIDIBSection dstPixelBuffer = this.BackingImage;
IGraphPort dstGraphics = dstPixelBuffer.GraphPort;
dstPixelBuffer.DeviceContext.ClearToWhite();
DrawEvent dde = new DrawEvent(dstGraphics, Frame);
this.Draw(dde);
// At this point we have two bitmaps that hold the images of the
// background, and the graphic that will fly in.
// Get a hold of our window's graphics port
IGraphPort grfx = Window.ClientAreaGraphPort;
// Draw the current destination image into the graphport
grfx.PixBlt(dstPixelBuffer, 0, 0);
Rectangle startFrame = new Rectangle(0, (int)(control.Frame.Top), (int)(control.Frame.Width), (int)(control.Frame.Height));
//Rectangle startFrame = new Rectangle(0, 0, (int)(control.Frame.Width), (int)(control.Frame.Height));
Rectangle endFrame = new Rectangle((control.Frame.Left), (control.Frame.Top), (control.Frame.Width), (control.Frame.Height));
FlyIn transition = new FlyIn(startFrame, endFrame, steps);
transition.SourcePixelBuffer = srcPixelBuffer;
transition.DestinationPixelBuffer = dstPixelBuffer;
transition.Run(grfx);
//FlyAGraphic(grfx, srcPixelBuffer, startFrame, dstPixelBuffer, endFrame, steps);
// Cleanup
srcPixelBuffer.Dispose();
}
public virtual void OnDraw(DrawEvent devent)
{
IGraphPort gPort = devent.GraphPort;
DrawBackground(gPort);
gPort.SaveState();
// Set the view and window for proper scaling
gPort.SetMappingMode(MappingModes.ISOTROPIC);
gPort.SetWindowExtent(276, 72);
gPort.SetViewportExtent(fFrame.Width, fFrame.Height);
gPort.SetWindowOrigin(138, 36);
gPort.SetViewportOrigin(fFrame.Width / 2, fFrame.Height / 2);
fClockDisplay.Draw(new DrawEvent(gPort, fBounds));
gPort.ResetState();
//base.OnDraw(devent);
}
// Drawable things
public virtual void DrawChildren(DrawEvent devent)
{
foreach (IGraphic g in GraphicChildren)
{
devent.GraphPort.SaveState();
// Make sure they don't draw outside their frame
RectangleI f = g.Frame;
f.Inflate(1, 1);
devent.GraphPort.SetClipRectangle(f);
// Translate before we draw so all drawing within a child has
// 0,0 in it's upper left corner
devent.GraphPort.TranslateTransform(g.Frame.Left, g.Frame.Top);
g.Draw(devent);
// Restore the state
devent.GraphPort.ResetState();
}
}
public override void OnPaint(DrawEvent pea)
{
IGraphPort gPort = pea.GraphPort;
// Draw the background before we do any scaling
DrawBackground(gPort);
gPort.SaveState();
//// Set the graphport scaling appropriately
DeviceContextClientArea.SetMappingMode(MappingModes.Anisotropic);
DeviceContextClientArea.SetWindowOrigin(WOrg.x, WOrg.y);
DeviceContextClientArea.SetWindowExtent(WExt.x, WExt.y);
DeviceContextClientArea.SetViewportOrigin(VOrg.x, VOrg.y);
DeviceContextClientArea.SetViewportExtent(VExt.x, VExt.y);
fClockDisplay.Draw(pea);
gPort.ResetState();
}
public override void OnPaint(DrawEventArgs pea)
{
foreach (UISurface surf in fSurfaces)
{
// Create a draw event for each surface.
// First intersect the clipping rectangle with the frame
// of the surface. If the intersection is empty, then just
// continue on to the next surface.
RECT surfaceClip = surf.Frame;
surfaceClip.Intersect(pea.ClipRect);
// If there is an intersecting section, then
// adjust it so the surface receives a clipping rectangle in
// it's local space coordinates.
surfaceClip.Offset(surfaceClip.Left - surf.Frame.Left, surfaceClip.Top - surf.Frame.Top);
// We now have a localized clipping rect, so pass along a new
// DrawEvent with the new clipping rect.
DrawEvent devent = new DrawEvent(pea.GraphDevice, surfaceClip);
surf.Draw(devent);
}
}
// We override this one because we want to be able to draw the
// pretty background
public override void DrawBackground(DrawEvent devent)
{
fBackground.Draw(devent);
}
public override void DrawBackground(DrawEvent devent)
{
devent.GraphPort.DrawRoundRect(CosmeticPen.Black, new Rectangle(0, 0, Dimension.Width, Dimension.Height), 2, 2);
}
public override void DrawSelf(DrawEvent devent)
{
devent.GraphPort.SetFont(fFont);
//devent.GraphPort.SetBkMode((int)BackgroundMixMode.Transparent);
devent.GraphPort.SetTextColor(RGBColor.Black);
fCurrentTextRun.Draw(devent);
}
// We override this one because we want to be able to draw the
// background, raised or sunken, depending on our state
public override void DrawBackground(DrawEvent devent)
{
GUIStyle.Default.DrawSunkenRect(devent.GraphPort, (int)Origin.x, (int)Origin.y, Frame.Width, Frame.Height);
}
public override void DrawSelf(DrawEvent e)
{
e.GraphPort.DrawRectangle(fPen, Extent);
}
/// <summary>
/// We override OnPaint so that when redrawing is not necessarily occuring, we will still refresh
/// areas of the window that need refreshing, from the bitmap.
/// </summary>
/// <param name="devent"></param>
public override void OnPaint(DrawEvent devent)
{
if (fBackingBuffer != null)
{
Rectangle srcRect = new Rectangle(0, 0, fBackingBuffer.Width, fBackingBuffer.Height);
if (fAutoScale)
DeviceContextClientArea.AlphaBlend(fBackingBuffer.DeviceContext, srcRect, ClientRectangle, 255);
else
DeviceContextClientArea.BitBlt(fBackingBuffer.DeviceContext, new Point(0, 0), ClientRectangle, TernaryRasterOps.SRCCOPY);
}
}
public override void DrawBackground(DrawEvent devent)
{
IGraphPort graphPort = devent.GraphPort;
graphPort.SetPen(fPen);
graphPort.SetBrush(fBrush);
graphPort.Polygon(points);
}
public override void Draw(DrawEvent devent)
{
// Draw a portion of the destination bitmap
GraphPort.DrawImage(DestinationPixelBuffer, DestinationOfDstRect(), DestinationRectangle(), GraphicsUnit.Pixel);
// Draw a portion of the source bitmap
GraphPort.DrawImage(SourcePixelBuffer, DestinationOfSrcRect(), SourceRectangle(), GraphicsUnit.Pixel);
}
public override void DrawSelf(DrawEvent de)
{
IGraphPort graphPort = de.GraphPort;
//fFont = new Win32Font(graphPort.DeviceContext, fFontName, fPointSize,fStyle);
//graphPort.Font = fFont;
graphPort.SetTextColor(fTextColor);
graphPort.SetBkColor(fBackColor);
graphPort.SetBkMode(RGBColor.TRANSPARENT);
graphPort.DrawString(fStartPoint.X, fStartPoint.Y, fString);
}
