private static List <Bitmap> GetBitmapList()
{
List <Bitmap> bitmaps = new List <Bitmap>();
for (int i = 0; i < SelectedState.Self.SelectedChain.Frames.Count; i++)
{
var frame = SelectedState.Self.SelectedChain.Frames[i];
var texture = WireframeManager.Self.GetTextureForFrame(frame);
if (texture != null)
{
FlatRedBall.Graphics.Texture.ImageData imageData =
ImageData.FromTexture2D(texture);
int left = Math.MathFunctions.RoundToInt(frame.LeftCoordinate * texture.Width);
int right = Math.MathFunctions.RoundToInt(frame.RightCoordinate * texture.Width);
int top = Math.MathFunctions.RoundToInt(frame.TopCoordinate * texture.Height);
int bottom = Math.MathFunctions.RoundToInt(frame.BottomCoordinate * texture.Height);
int width = right - left;
int height = bottom - top;
Bitmap bitmap = new Bitmap(width, height);
bitmaps.Add(bitmap);
for (int ySource = top; ySource < bottom; ySource++)
{
for (int xSource = left; xSource < right; xSource++)
{
int yDestination = ySource - top;
int xDestination = xSource - left;
Microsoft.Xna.Framework.Color sourceColor = imageData.GetPixelColor(xSource, ySource);
System.Drawing.Color destinationColor = Color.FromArgb(
sourceColor.A,
sourceColor.R,
sourceColor.G,
sourceColor.B);
bitmap.SetPixel(xDestination, yDestination, destinationColor);
}
}
}
}
return(bitmaps);
}
public void UpdateDisplay()
{
#region Create the Sprites if needed
if (mVisible && (mSprite == null || mImageData == null))
{
mSprite = SpriteManager.AddSprite((Texture2D)null);
// mSprite.TextureAddressMode = TextureAddressMode.Clamp; // required on REACH if we're not a power of 2
mSprite.X = mXSeed + .5f * (mNumberOfXTiles - 1) * mGridSpacing;
mSprite.Y = mYSeed + .5f * (mNumberOfYTiles - 1) * mGridSpacing;
mSprite.Z = this.mVisibleDisplayZ;
mSprite.FlipVertical = true;
mSprite.ScaleX = (mNumberOfXTiles) * mGridSpacing / 2.0f;
mSprite.ScaleY = (mNumberOfYTiles) * mGridSpacing / 2.0f;
mImageData = new ImageData(mNumberOfXTiles, mNumberOfYTiles);
}
#endregion
if (Visible)
{
ForceUpdateImageData();
}
else
{
if (mSprite != null)
{
SpriteManager.RemoveSprite(mSprite);
mSprite = null;
}
}
}
public static ImageData RenderSpriteGrid(SpriteGrid spriteGrid)
{
int textureWidth = (int)(.5f + spriteGrid.FurthestRightX - spriteGrid.FurthestLeftX);
int textureHeight = (int)(.5f + spriteGrid.FurthestTopY - spriteGrid.FurthestBottomY);
ImageData imageData = new ImageData(textureWidth, textureHeight);
RenderSpriteGrid(spriteGrid, imageData);
return imageData;
}
public static void RenderSprite(Sprite sprite, int leftPixel, int topPixel, int pixelWidth, int pixelHeight, ImageData imageData)
{
if (sprite.Texture == null || sprite.BlendOperation != BlendOperation.Regular)
{
// for now throw an exception, later we may want to handle pure color rendering and stuff like that
throw new NotImplementedException();
}
ImageData spriteTextureImageData = ImageData.FromTexture2D(sprite.Texture);
#if FRB_MDX
ColorOperation colorOperation = GraphicalEnumerations.TranslateTextureOperationToColorOperation(sprite.ColorOperation);
#else
ColorOperation colorOperation = sprite.ColorOperation;
#endif
spriteTextureImageData.ApplyColorOperation(colorOperation, sprite.Red, sprite.Green, sprite.Blue, sprite.Alpha);
int rightBound = System.Math.Min(imageData.Width, leftPixel + pixelWidth);
int bottomBound = System.Math.Min(imageData.Height, topPixel + pixelHeight);
int actualWidth = rightBound - leftPixel;
int actualHeight = bottomBound - topPixel;
for (int destinationX = leftPixel; destinationX < rightBound; destinationX++)
{
for (int destinationY = topPixel; destinationY < bottomBound; destinationY++)
{
int sourcePixelX = spriteTextureImageData.Width * (destinationX - leftPixel) / pixelWidth;
int sourcePixelY = spriteTextureImageData.Height * (destinationY - topPixel) / pixelHeight;
Color sourcePixel = spriteTextureImageData.GetPixelColor(sourcePixelX, sourcePixelY);
if (sourcePixel.A != 255)
{
Color destinationPixel = imageData.GetPixelColor(destinationX, destinationY);
#if FRB_MDX
sourcePixel = Color.FromArgb(
System.Math.Max(sourcePixel.A, destinationPixel.A),
(byte)(destinationPixel.R * (255 - sourcePixel.A) / 255.0f + sourcePixel.R * (sourcePixel.A) / 255.0f),
(byte)(destinationPixel.G * (255 - sourcePixel.A) / 255.0f + sourcePixel.G * (sourcePixel.A) / 255.0f),
(byte)(destinationPixel.B * (255 - sourcePixel.A) / 255.0f + sourcePixel.B * (sourcePixel.A) / 255.0f));
// This is probably not accurate, but will work currently. Eventually we may want to look at how blending is actually performed
#else
sourcePixel.R = (byte)(destinationPixel.R * (255 - sourcePixel.A) / 255.0f + sourcePixel.R * (sourcePixel.A) / 255.0f);
sourcePixel.G = (byte)(destinationPixel.G * (255 - sourcePixel.A) / 255.0f + sourcePixel.G * (sourcePixel.A) / 255.0f);
sourcePixel.B = (byte)(destinationPixel.B * (255 - sourcePixel.A) / 255.0f + sourcePixel.B * (sourcePixel.A) / 255.0f);
// This is probably not accurate, but will work currently. Eventually we may want to look at how blending is actually performed
sourcePixel.A = System.Math.Max(sourcePixel.A, destinationPixel.A);
#endif
}
imageData.SetPixel(destinationX, destinationY, sourcePixel);
}
}
}
private static void RenderLetter(char letter, BitmapFont bitmapFont, ImageData imageData, int x, int y)
{
float tvTop = 0;
float tvBottom = 0;
float tuLeft = 0;
float tuRight = 0;
int textureWidth = bitmapFont.Texture.Width;
int textureHeight = bitmapFont.Texture.Height;
bitmapFont.AssignCharacterTextureCoordinates((int)letter, out tvTop, out tvBottom, out tuLeft, out tuRight);
float characterHeight = bitmapFont.GetCharacterHeight(letter);
int pixelLeft = (int)(tuLeft * textureWidth);
int pixelTop = (int)(tvTop * textureHeight);
int pixelRight = (int)(tuRight * textureWidth);
int pixelBottom = (int)(tvBottom * textureWidth);
float unitPerPixel = (characterHeight / (float)(pixelBottom - pixelTop));
int pixelFromTop = (int)(bitmapFont.LineHeightInPixels * bitmapFont.DistanceFromTopOfLine((int)letter) / (2));// * .25f);
for (int sourceY = pixelTop; sourceY < pixelBottom; sourceY++)
{
for (int sourceX = pixelLeft; sourceX < pixelRight; sourceX++)
{
Color colorFromSource = sTemporaryTextureBuffer[sourceY * textureHeight + sourceX];
if (colorFromSource.A != 0)
{
imageData.SetPixel(x + (sourceX - pixelLeft), pixelFromTop + y + (sourceY - pixelTop), colorFromSource);
}
}
}
}
public static void RenderText(string text, BitmapFont bitmapFont, ImageData imageData, int x, int y)
{
sTemporaryTextureBuffer = new Color[bitmapFont.Texture.Width * bitmapFont.Texture.Height];
bitmapFont.Texture.GetData<Color>(sTemporaryTextureBuffer);
for (int i = 0; i < text.Length; i++)
{
RenderLetter(text[i], bitmapFont, imageData, x, y);
x += (int)(bitmapFont.GetCharacterSpacing(text[i]) * 8);
}
}
public static void RenderText(string text, BitmapFont bitmapFont, ImageData imageData)
{
RenderText(text, bitmapFont, imageData, 0, 0);
}
public static void RenderSpriteGrid(SpriteGrid spriteGrid, ImageData imageData)
{
throw new NotImplementedException();
//// The SpriteGrid should be full
//spriteGrid.FillToBounds();
//int textureWidth = (int)(.5f + spriteGrid.FurthestRightX - spriteGrid.FurthestLeftX);
//int textureHeight = (int)(.5f + spriteGrid.FurthestTopY - spriteGrid.FurthestBottomY);
//if (imageData.Width != textureWidth || imageData.Height != textureHeight)
//{
// throw new ArgumentException("Image data is the wrong dimensions");
//}
//Dictionary<string, ImageData> mCachedImageDatas = new Dictionary<string, ImageData>();
//int pixelWidthPerSprite = (int)(.5f + (float)textureHeight / spriteGrid.VisibleSprites.Count);
//for (int row = spriteGrid.MinDisplayedRowIndex(); row <= spriteGrid.MaxDisplayedRowIndex(); row++)
//{
// for (int column = spriteGrid.MinDisplayedColIndex(); column <= spriteGrid.MaxDisplayedColIndex(); column++)
// {
// Sprite spriteAtIndex = spriteGrid.GetSpriteAtIndex(row, column);
// if (!mCachedImageDatas.ContainsKey(spriteAtIndex.Texture.Name))
// {
// ImageData imageDataForThisSprite = ImageData.FromTexture2D(spriteAtIndex.Texture);
// mCachedImageDatas.Add(spriteAtIndex.Texture.Name, imageDataForThisSprite);
// }
// ImageData imageDataToPullFrom = mCachedImageDatas[spriteAtIndex.Texture.Name];
// for (int pixelX = 0; pixelX < pixelWidthPerSprite; pixelX++)
// {
// for (int pixelY = 0; pixelY < pixelWidthPerSprite; pixelY++)
// {
// float textureX = (.5f + pixelX) / pixelWidthPerSprite;
// float textureY = (.5f + pixelY) / pixelWidthPerSprite;
// int xToWriteAt = (column - spriteGrid.MinDisplayedColIndex()) * pixelWidthPerSprite + pixelX;
// int yToWriteAt = (spriteGrid.MaxDisplayedRowIndex() - row) * pixelWidthPerSprite + pixelY;
// int spriteXPixelCoordinate = (int)(.5f + spriteAtIndex.LeftTextureCoordinate * spriteAtIndex.Texture.Width) + pixelX;
// int spriteYPixelCoordinate = (int)(.5f + spriteAtIndex.TopTextureCoordinate * spriteAtIndex.Texture.Height) + pixelY;
// // For now we'll just handle the errors in a naive way. Return here if issues occur with pixel mismatchings
// if (spriteXPixelCoordinate >= imageDataToPullFrom.Width)
// {
// spriteXPixelCoordinate = imageDataToPullFrom.Width - 1;
// }
// if (spriteYPixelCoordinate >= imageDataToPullFrom.Height)
// {
// spriteYPixelCoordinate = imageDataToPullFrom.Height - 1;
// }
// imageData.SetPixel(xToWriteAt, yToWriteAt, imageDataToPullFrom.Data[spriteXPixelCoordinate + spriteYPixelCoordinate * imageDataToPullFrom.Width]);
// }
// }
// }
//}
}
public static ImageDataList GetImageDataList(string gifFileName)
{
ImageDataList imageDatas = new ImageDataList();
#if XBOX360 || SILVERLIGHT
if (gifFileName.StartsWith(@".\") || gifFileName.StartsWith(@"./"))
{
gifFileName = gifFileName.Substring(2);
}
#endif
#if SILVERLIGHT || WINDOWS_8
using (Stream stream = FileManager.GetStreamForFile(gifFileName))
#else
using (FileStream stream = System.IO.File.OpenRead(gifFileName))
#endif
{
mGifInfo = new GifInfo();
mGifInfo.DelayTimes = new List<short>();
BinaryReader reader = new BinaryReader(stream);
#region header
// Example: GIF89a
byte[] buffer = reader.ReadBytes(6);
// set the header here
char[] charArray = new char[buffer.Length];
for (int i = 0; i < buffer.Length; i++)
{
charArray[i] = (char)buffer[i];
}
mGifInfo.Header = new string(charArray);
#endregion
#region Width/Height
mGifInfo.Width = reader.ReadInt16();
mGifInfo.Height = reader.ReadInt16();
#endregion
#region Packed information
// The packed byte has the following info:
// Bits 0-2 Size of the Global Color Table
// Bit 3 Color Table Sort Flag
// Bits 4-6 Color Resolution
// Bit 7 Global Color Table Flag
Byte packedByte = reader.ReadByte();
int sizeOfGlobalColorTable = (7 & packedByte);
mGifInfo.NumberOfColorEntries = 1 * (1 << (sizeOfGlobalColorTable + 1));
mGifInfo.HasGlobalColorTable = (128 & packedByte) != 0;
#endregion
#region background color
reader.ReadByte();
#endregion
#region default aspect ratio
reader.ReadByte();
#endregion
TryReadGlobalColorTable(reader);
byte separator = reader.ReadByte();
while (separator != 0x3b) // Extension
{
switch(separator)
{
#region Extensions
case 0x21:
Byte label = reader.ReadByte();
switch (label)
{
case 0xf9:
ReadGraphicsControlExtension(reader);
break;
case 0xff:
ReadApplicationExtensionBlock(reader);
break;
case 0xfe:
ReadCommonExtensionBlock(reader);
break;
}
break;
#endregion
#region Image Data
case 0x2c:
ReadImageDescriptor(reader);
Color[] color = new Color[mGifInfo.Width * mGifInfo.Height];
int transparentIndex = mGifInfo.TransparentIndex;
#region Interlaced
if (mGifInfo.IsInterlaced)
{
int i = 0;
for (int pass = 0; pass < 4; ++pass)
{
int row = 0;
int increment = 0;
switch (pass)
{
case 0: row = 0; increment = 8; break;
case 1: row = 4; increment = 8; break;
case 2: row = 2; increment = 4; break;
case 3: row = 1; increment = 2; break;
}
for (; row < mGifInfo.Height; row += increment)
{
for (int col = 0; col < mGifInfo.Width; ++col)
{
int position = (row * mGifInfo.Width) + col;
byte index = mUncompressedColorIndexBuffer[i++];
byte alpha = 255;
if (mGifInfo.HasTransparency && index == transparentIndex)
alpha = 0;
#if FRB_XNA || SILVERLIGHT || WINDOWS_PHONE
color[position] = new Color(
(byte)mGifInfo.PaletteInfo.Entries[index].R,
(byte)mGifInfo.PaletteInfo.Entries[index].G,
(byte)mGifInfo.PaletteInfo.Entries[index].B,
(byte)alpha);
#elif FRB_MDX
color[position] = Color.FromArgb(
alpha,
(byte)mGifInfo.PaletteInfo.Entries[index].R,
(byte)mGifInfo.PaletteInfo.Entries[index].G,
(byte)mGifInfo.PaletteInfo.Entries[index].B);
#endif
}
}
}
}
#endregion
else
{
#region NonInterlaced
for (int i = 0; i < mGifInfo.PaletteInfo.Entries.Length; i++)
{
mGifInfo.PaletteInfo.Entries[transparentIndex].A = 255;
}
if (mGifInfo.HasTransparency)
{
mGifInfo.PaletteInfo.Entries[transparentIndex].A = 0;
}
int x = 0;
int y = 0;
int colorIndex;
for (int i = 0; i < mUncompressedColorIndexBuffer.Count; i++)
{
byte index = mUncompressedColorIndexBuffer[i];
// Let's see if we can avoid an if statement
x = mGifInfo.CurrentBlockLeft + i % mGifInfo.CurrentBlockWidth;
y = mGifInfo.CurrentBlockTop + i / mGifInfo.CurrentBlockWidth;
colorIndex = x + y * mGifInfo.Width;
#if FRB_XNA || SILVERLIGHT || WINDOWS_PHONE
color[colorIndex] = new Color(
(byte)mGifInfo.PaletteInfo.Entries[index].R,
(byte)mGifInfo.PaletteInfo.Entries[index].G,
(byte)mGifInfo.PaletteInfo.Entries[index].B,
(byte)mGifInfo.PaletteInfo.Entries[index].A);
#elif FRB_MDX
color[colorIndex] = Color.FromArgb(
(byte)mGifInfo.PaletteInfo.Entries[index].A,
(byte)mGifInfo.PaletteInfo.Entries[index].R,
(byte)mGifInfo.PaletteInfo.Entries[index].G,
(byte)mGifInfo.PaletteInfo.Entries[index].B);
#endif
}
#endregion
}
ImageData imageData = new ImageData(
mGifInfo.Width, mGifInfo.Height, color);
imageDatas.Add(imageData);
mUncompressedColorIndexBuffer.Clear();
break;
#endregion
#region End of file
case 0x3b:
// end of file
break;
#endregion
}
separator = reader.ReadByte();
}
}
// Fill the imageDatas with the frame times
foreach (short s in mGifInfo.DelayTimes)
{
imageDatas.FrameTimes.Add(s / 100.0);
}
return imageDatas;
}
public void CopyTo(ImageData destination, int xOffset, int yOffset)
{
for (int x = 0; x < width; x++)
{
for (int y = 0; y < height; y++)
{
destination.mData[(y + yOffset) * destination.width + (x + xOffset)] = this.mData[y * width + x];
}
}
}
public void Blit(ImageData source, Rectangle sourceRectangle, Point destination)
{
for (int y = 0; y < sourceRectangle.Height; y++)
{
for (int x = 0; x < sourceRectangle.Width; x++)
{
int sourceX = x + sourceRectangle.X;
int sourceY = y + sourceRectangle.Y;
int destinationX = x + destination.X;
int destinationY = y + destination.Y;
this.SetPixel(destinationX, destinationY, source.GetPixelColor(sourceX, sourceY));
}
}
}
public static ImageData FromTexture2D(Texture2D texture2D)
{
#if DEBUG
if (texture2D.IsDisposed)
{
throw new Exception("The texture by the name " + texture2D.Name + " is disposed, so its data can't be accessed");
}
#endif
ImageData imageData = null;
// Might need to make this FRB MDX as well.
#if FRB_XNA || SILVERLIGHT || WINDOWS_PHONE
switch (texture2D.Format)
{
#if !XNA4 && !MONOGAME
case SurfaceFormat.Bgr32:
{
Color[] data = new Color[texture2D.Width * texture2D.Height];
texture2D.GetData<Color>(data);
// BRG doesn't have alpha, so we'll assume an alpha of 1:
for (int i = 0; i < data.Length; i++)
{
data[i].A = 255;
}
imageData = new ImageData(
texture2D.Width, texture2D.Height, data);
}
break;
#endif
case SurfaceFormat.Color:
{
Color[] data = new Color[texture2D.Width * texture2D.Height];
texture2D.GetData<Color>(data);
imageData = new ImageData(
texture2D.Width, texture2D.Height, data);
}
break;
case SurfaceFormat.Dxt3:
Byte[] byteData = new byte[texture2D.Width * texture2D.Height];
texture2D.GetData<byte>(byteData);
imageData = new ImageData(texture2D.Width, texture2D.Height, byteData);
break;
default:
throw new NotImplementedException("The format " + texture2D.Format + " isn't supported.");
//break;
}
#endif
return imageData;
}
/// <summary>
/// Loads a .png image from the fileName given and returns an array of pixel colors.
/// </summary>
/// <param name="fileName">The name of the .png image to be loaded.</param>
/// <returns>
/// Returns a Microsoft.Xna.Framework.Graphics.Color[] containing one item(Color) for each pixel
/// in the image.</returns>
public static ImageData GetPixelData(string fileName)
{
for (int i = 0; i < ByteBufferSize; i++)
{
mTransparentEntries[i] = byte.MaxValue;
}
int bytesRead = LoadFile(fileName);
mMaxTransIndex = -1;
//Load the file into "byte stream"
Stream sourceStream = new MemoryStream(sByteBuffer, 0, bytesRead);
//Check the signature to verify this is an actual .png image
if (!CheckSignature(ref sourceStream))
throw new ArgumentException(
String.Format("Argument Stream {0} does not contain a valid PNG file.", sourceStream));
//Since all data in .png files is organized into categorized chunks, create a
//List to store them in so that they can be read and processed later.
List<Chunk> chunks = new List<Chunk>();
//Load each Chunk of data from the stream into the List of Chunks. Then
//close the stream.
while (GetNextChunk(ref sourceStream, ref chunks)) { }
sourceStream.Close();
//Read and store the information from the IHDR chunk, which contains
//general info for this image. Note: IHDR chunk is removed from List<Chunk> chunks.
HeaderInfo header = ReadHeader(ref chunks);
//Create an empty palette in case we need it
PaletteInfo palette = new PaletteInfo();
//Process the Chunks of data and obtain the decompressed bytes of the image
byte[] filteredImage = ProcessChunks(chunks, header, ref palette);
//Reverse the filtering that was done on the image before compression
byte[] defilteredImage = ReverseFiltering(filteredImage, header);
//Translate the un-filtered image bytes into Colors and store in the array to be returned.
Color[] pixelData = BuildPixels(defilteredImage, ref header, ref palette);
//System.Diagnostics.Trace.WriteLine(pixelData.Length);
ImageData imageData = new ImageData((int)header.Width, (int)header.Height, pixelData);
return imageData;
}