public MultiControllerInstruction(int controllerIndex, Instruction instruction)
{
this.controllerIndex = controllerIndex;
this.x = instruction.x;
this.y = instruction.y;
this.w = instruction.w;
this.h = instruction.h;
this.image = instruction.image;
this.longPause = instruction.longPause;
}
public void Draw(Instruction instruction)
{
//lock (bufferedGraphics) {
Log.Instance.Write("Starting windows draw instruction");
try
{
if (instruction.image == null) { Log.Instance.Write("Null Image"); };
Rectangle targetAreaRect = new Rectangle(
xOff + instruction.x * xSize,
yOff + instruction.y * ySize,
instruction.w * xSize,
instruction.h * ySize
);
targetarearect = targetAreaRect;
if (imagestyle == ImageStyle.CenterFill)
{
destRect = targetAreaRect;
double ratio = (double)instruction.image.Width / (double)instruction.image.Height;
double targetRatio = (double)instruction.w / (double)instruction.h;
if (ratio > targetRatio)
{
int diff = instruction.image.Width - (int)((double)instruction.image.Height * targetRatio);
sourceRect = new Rectangle(
diff / 2,
0,
instruction.image.Width - diff,
instruction.image.Height
);
}
else if (ratio < targetRatio)
{
int diff = instruction.image.Height - (int)((double)instruction.image.Width / targetRatio);
sourceRect = new Rectangle(
0,
diff / 2,
instruction.image.Width,
instruction.image.Height - diff
);
}
else
{
sourceRect = new Rectangle(Point.Empty, instruction.image.Size);
}
}
else
{
float scale = Math.Min(
(float)(instruction.w * xSize) / (float)instruction.image.Width,
(float)(instruction.h * ySize) / (float)instruction.image.Height);
int w = (int)((float)instruction.image.Width * scale);
int h = (int)((float)instruction.image.Height * scale);
const int padding = 4;
destRect = new Rectangle(
xOff + instruction.x * xSize + instruction.w * xSize / 2 - w / 2 + padding,
yOff + instruction.y * ySize + instruction.h * ySize / 2 - h / 2 + padding,
w - padding * 2, h - padding * 2);
sourceRect = new Rectangle(Point.Empty, instruction.image.Size);
}
try {
if (instruction.image == null) { Log.Instance.Write("Null Image"); };
Log.Instance.Write("Start transistion");
trans = new Org.Kuhn.Yapss.transitions.transition(this,bufferedGraphics, destRect, sourceRect, GraphicsUnit.Pixel,config);
if (instruction.longPause == true)
{
Log.Instance.Write("transition Out");
trans.transitionout(OrigImage(targetAreaRect,Screen.AllScreens[instruction.screen].Bounds), targetAreaRect);
}
Log.Instance.Write("transition In");
trans.transitionin(instruction.image, targetAreaRect);//});
Log.Instance.Write("transitions Done");
} catch(ThreadAbortException){//ignore}
} catch (Exception Ex) {
Log.Instance.Write("Transition Error");
Log.Instance.Write(Ex.Message);
} finally {
}
}
catch (Exception ex)
{
Log.Instance.Write("Draw Error");
Log.Instance.Write(ex.Message);
}
}
private Instruction instruction(int x, int y, int w, int h, bool longPause)
{
layout.Set(x, y, new Cell(w, h));
rounds[x, y] = round;
Instruction i = new Instruction();
i.x = x;
i.y = y;
i.w = w;
i.h = h;
i.image = imageSource.GetImage(w * xPixels, h * yPixels);
i.longPause = longPause;
return i;
}
