public override void PixBltPixelArray(IPixelArray pixBuff, int x, int y)
{
//NewTOAPIA.Kernel.PrecisionTimer timer = new NewTOAPIA.Kernel.PrecisionTimer();
// 1. convert the pixel array to a Bitmap object
Bitmap bm = PixelBufferHelper.CreateBitmapFromPixelArray(pixBuff);
// 2. Write this bitmap to a memory stream as a compressed JPEG image
MemoryStream ms = new MemoryStream();
bm.Save(ms, System.Drawing.Imaging.ImageFormat.Jpeg);
// 3. Get the bytes from the stream
byte[] imageBytes = ms.GetBuffer();
// 4. Allocate a buffer chunk to accomodate the bytes, plus some more
BufferChunk chunk = new BufferChunk(imageBytes.Length + 128);
// 5. Put the command, destination, and data size into the buffer first
chunk += (int)UICommands.PixBltJPG;
ChunkUtils.Pack(chunk, x, y);
chunk += (int)imageBytes.Length;
// 6. Put the image bytes into the chunk
chunk += imageBytes;
//double duration = timer.GetElapsedSeconds();
//Console.WriteLine("Encoder - Time to pack image: {0}", duration);
// Finally, send the packet
SendCommand(chunk);
}
private void RenderMultiThreaded(IPixelArray pixelArray, Camera camera, Scene scene, bool useKdTree)
{
var rayTracer = CreateRayTracer(camera, _renderData, scene, useKdTree);
ThreadPool.SetMinThreads(rayTracer.RenderData.NumThreads * 3, rayTracer.RenderData.NumThreads * 3);
var queueDataAvailableEvent = new AutoResetEvent(false);
var rowQueue = new ConcurrentQueue <int>();
var resultQueue = new ConcurrentQueue <RenderLineResult>();
for (var y = 0; y < rayTracer.RenderData.Height; y++)
{
rowQueue.Enqueue(y);
}
var tasks = new List <Task>();
for (var thid = 0; thid < rayTracer.RenderData.NumThreads; thid++)
{
tasks.Add(Task.Run(() => RenderFunc(rayTracer, rowQueue, resultQueue, queueDataAvailableEvent)));
}
tasks.Add(Task.Run(() => ResultFunc(pixelArray, resultQueue, queueDataAvailableEvent)));
Task.WaitAll(tasks.ToArray());
}
private void RenderSingleThreaded(IPixelArray pixelArray, Camera camera, Scene scene, bool useKdTree)
{
var tracer = CreateRayTracer(camera, _renderData, scene, useKdTree);
for (var y = 0; y < _renderData.Height; y++)
{
try
{
pixelArray.Lock();
for (var x = 0; x < _renderData.Width; x++)
{
var color = tracer.GetPixelColor(x, y);
pixelArray.SetPixelColor(x, y, color);
}
}
finally
{
pixelArray.Unlock();
}
Progress?.Invoke(
this,
new RenderProgressEventArgs((Convert.ToDouble(y) * 100.0) / Convert.ToDouble(_renderData.Height)));
}
}
public PictureWindow(int x, int y)
: base("Targa Viewer", x, y, 320, 600)
{
//picture = TargaLoader.CreatePixelArrayFromFile("marbles.tga");
//picture = TargaLoader.CreatePixelArrayFromFile("xing_b24.tga");
//picture = TargaLoader.CreatePixelArrayFromFile("xing_b32.tga");
//picture = TargaLoader.CreatePixelArrayFromFile("xing_t24.tga");
//picture = TargaLoader.CreatePixelArrayFromFile("xing_t32.tga");
//picture = TargaLoader.CreatePixelArrayFromFile("ctc24.tga");
//picture = TargaLoader.CreatePixelArrayFromFile("flag_t32.tga");
//picture = TargaLoader.CreatePixelArrayFromFile("flag_b32.tga");
//picture = TargaLoader.CreatePixelDataFromFile("utc32.tga");
//picture = TargaLoader.CreatePixelDataFromFile("utc24.tga");
// Create a copy of the original
copyBuffer = (IPixelArray)picture.Clone();
//UnaryColorOperations.SetLuminance op = new UnaryColorOperations.SetLuminance();
//UnaryColorOperations.SetColor op = new UnaryColorOperations.SetColor(new ColorRGBA(0.5f,1,0.5f));
//UnaryColorOperations.NOT op = new UnaryColorOperations.NOT();
//op.PerformUnaryOperation(picture.ColorAccessor);
// Create an alpha fade from left to right
PixelArray<BGRAb> alphaBuffer = CreateAlphaMask(picture.Width, picture.Height);
IBinaryColorOperator binop = new ApplySourceAlpha();
copyBuffer.ApplyBinaryColorOperator(binop, alphaBuffer);
// Subtract the alpha fade from the copied image and display the copy
//binop = new ColorBinaryOperations.SubtractSource();
//binop.PerformBinaryOperation(copyBuffer.ColorAccessor, picture);
}
public GraphicImage(string name, int x, int y, int width, int height, IPixelArray pbuff)
:base(name, x,y,width,height)
{
fPixmap = pbuff;
fOpacity = 1.0;
fUseOpacity = false;
Debug = true;
}
public void Render(IPixelArray pixelArray, Camera camera, Scene scene, bool useKdTree)
{
Progress?.Invoke(this, new RenderProgressEventArgs(0.0));
if (_renderData.NumThreads <= 1)
{
RenderSingleThreaded(pixelArray, camera, scene, useKdTree);
}
RenderMultiThreaded(pixelArray, camera, scene, useKdTree);
}
private void Render(IPixelArray pixelArray, Scene scene, Camera camera, string name)
{
var renderer = new Renderer(_renderData, true);
using (new LogTimer($"Render {name}"))
{
renderer.Progress += (sender, args) =>
{
Dispatcher.Invoke(() => { RenderProgress.Value = args.PercentComplete; });
};
Task.Run(() =>
{
Dispatcher.Invoke(() => RenderButton.IsEnabled = false);
renderer.Render(pixelArray, camera, scene, true);
Dispatcher.Invoke(() => RenderButton.IsEnabled = true);
});
//string filename = UseExTracer ? $"{name}_scene_ex.png" : $"{name}_scene.png";
//pixelArray.SaveAsFile(Path.Combine(OutputDirectory, filename));
}
}
private void ResultFunc(
IPixelArray pixelArray,
ConcurrentQueue <RenderLineResult> resultQueue,
AutoResetEvent queueDataAvailableEvent)
{
var incompleteRows = new HashSet <int>();
for (var y = 0; y < pixelArray.Height; y++)
{
incompleteRows.Add(y);
}
while (incompleteRows.Count > 0)
{
queueDataAvailableEvent.WaitOne();
try
{
pixelArray.Lock();
while (resultQueue.TryDequeue(out var renderLineResult))
{
// assert pixelArray.Width == renderLineResult.Count
pixelArray.SetPixelRowColors(renderLineResult.Y, renderLineResult.RowPixels);
incompleteRows.Remove(renderLineResult.Y);
var totalRows = Convert.ToDouble(pixelArray.Height);
var completeRows = Convert.ToDouble(pixelArray.Height - incompleteRows.Count);
var percentComplete = completeRows / totalRows * 100.0;
Console.WriteLine($"Percent Complete: {percentComplete:F}%");
Progress?.Invoke(
this,
new RenderProgressEventArgs(percentComplete));
}
}
finally
{
pixelArray.Unlock();
}
}
}
public virtual void PixmapShardBlt(IPixelArray pixmap, Rectangle srcBoundary, Rectangle destinationRect)
{
int srcX = srcBoundary.X;
int srcY = srcBoundary.Y;
int width = srcBoundary.Width;
int height = srcBoundary.Height;
int dstX = destinationRect.X;
int dstY = destinationRect.Y;
// Now we have srcRect representing the fraction of the pixArray that we want to display.
// It's been clipped to the boundary of the IPixelArray that we're holding onto
// 2. Copy the pixels from the source to our destination
// Perform a simple color copy
for (int column = 0; column < width; column++)
for (int row = 0; row < height; row++)
{
ColorRGBA aColor = pixmap.GetColor(column + srcX, row + srcY);
fDstAccess.SetColor(column + dstX, row + dstY, aColor);
}
}
public virtual void PixBlt(IPixelArray pixArray, int x, int y)
{
// 1. Calculate the intersection intended destination rectangle
// of the pixArray and the boundary of the pixelArray we're
// holding onto.
Rectangle srcRect = new Rectangle(x, y, pixArray.Width, pixArray.Height);
// Create the boundary rectangle for our destination
Rectangle dstRect = new Rectangle(0, 0, fDstAccess.Width, fDstAccess.Height);
// Create the intersection of the dstRect and the srcRect
srcRect.Intersect(dstRect);
// If there is no intersection, then just return
if (srcRect.IsEmpty)
return;
Rectangle srcBoundary = srcRect;
srcBoundary.Offset(-x, -y);
PixmapShardBlt(pixArray, srcBoundary, srcRect);
}
public PictureWindow(int locx, int locy)
: base("Run Length Encoding Viewer", locx, locy, 640, 480)
{
//picture = NewTOAPIA.Drawing.TargaLoader.CreatePixelDataFromFile("marbles.tga");
//picture = NewTOAPIA.Drawing.TargaLoader.CreatePixelDataFromFile("xing_b24.tga");
//picture = NewTOAPIA.Drawing.TargaLoader.CreatePixelDataFromFile("xing_b32.tga");
//picture = NewTOAPIA.Drawing.TargaLoader.CreatePixelDataFromFile("xing_t24.tga");
//picture = NewTOAPIA.Drawing.TargaLoader.CreatePixelDataFromFile("xing_t32.tga");
//picture = NewTOAPIA.Drawing.TargaLoader.CreatePixelDataFromFile("ctc24.tga");
//picture = NewTOAPIA.Drawing.TargaLoader.CreatePixelDataFromFile("flag_t32.tga");
//picture = NewTOAPIA.Drawing.TargaLoader.CreatePixelDataFromFile("flag_b32.tga");
//picture = NewTOAPIA.Drawing.TargaLoader.CreatePixelDataFromFile("utc32.tga");
//picture = NewTOAPIA.Drawing.TargaLoader.CreatePixelDataFromFile("utc24.tga");
//picture = CreateColorTestImage(40,40);
//picture = CreateSteppedTestImage(128, 32);
picture = CreateBarsTestImage(10);
// Perform the runlength encoding on the image
pixMap = new PixelArray<BGRb>(picture);
RLC rlc = new RLC();
//NewTOAPIA.Imaging.RunLengthCodec rlc = new RunLengthCodec();
MemoryStream ms = new MemoryStream();
rlc.Encode(new PixelAccessorBGRb(pixMap), ms);
byte[] imageBytes = ms.GetBuffer();
//Console.WriteLine("Image Bytes: {0}", imageBytes.Length);
// Now decode the bytes back into a new image
ms.Seek(0, SeekOrigin.Begin);
tPic = new PixelArray<BGRb>(pixMap.Width, pixMap.Height, pixMap.Orientation, new PixelInformation(PixelLayout.Bgr, PixelComponentType.Byte));
PixelAccessorBGRb accessor = new PixelAccessorBGRb(tPic);
rlc.Decode(ms, accessor);
}
// Generalized bit block transfer
// Can transfer from any device context to this one.
public virtual void PixBlt(IPixelArray bitmap, int x, int y)
{
// Convert to a Bitmap object
// Blit that
}
public GraphicImage(string name, IPixelArray pbuff)
: this(name, 0, 0, pbuff.Width, pbuff.Height, pbuff)
{
}
public virtual void PixBltPixelArray(IPixelArray pixBuff, int x, int y)
{
if (null != PixBltPixelArrayHandler)
PixBltPixelArrayHandler(pixBuff, x, y);
}
public virtual void PixmapShardBlt(IPixelArray bitmap, Rectangle srcRect, Rectangle dstRect)
{
// Convert to a Bitmap object
// Blit that
}
public PixmapShard(IPixelArray pixmap, Rectangle boundary, Rectangle frame)
{
fPixmap = pixmap;
fBoundary = boundary;
fFrame = frame;
}
// Generalized bit block transfer
// Can transfer from any device context to this one.
public virtual void PixBlt(IPixelArray pixmap, int x, int y)
{
if (null == pixmap)
return;
BITMAPINFO bmi = new BITMAPINFO();
bmi.Init();
bmi.bmiHeader.biBitCount = (ushort)pixmap.BitsPerPixel;
bmi.bmiHeader.biWidth = pixmap.Width;
if (pixmap.Orientation == PixmapOrientation.TopToBottom)
bmi.bmiHeader.biHeight = -pixmap.Height;
else
bmi.bmiHeader.biHeight = pixmap.Height;
bmi.bmiHeader.biSizeImage = (uint)(pixmap.BytesPerRow * pixmap.Height);
bmi.bmiHeader.biPlanes = 1;
bmi.bmiHeader.biClrImportant = 0;
bmi.bmiHeader.biClrUsed = 0;
bmi.bmiHeader.biCompression = 0;
int result = GDI32.StretchDIBits(DeviceContext, x, y, pixmap.Width, pixmap.Height, 0, 0, pixmap.Width, pixmap.Height, pixmap.Pixels,
ref bmi, GDI32.DIB_RGB_COLORS, (uint)TernaryRasterOps.SRCCOPY);
//Console.WriteLine("Result: {0}", result);
}
public RenderPixelBuffer(IPixelArray dstAccess)
{
fDstAccess = dstAccess;
}
public virtual void PixmapShardBlt(IPixelArray pixmap, Rectangle srcRect, Rectangle dstRect)
{
if (null == pixmap)
return;
int result = DeviceContext.PixelBlt(srcRect, dstRect, pixmap.Pixels, (BitCount)pixmap.BitsPerPixel);
//Console.WriteLine("Result: {0}", result);
}