public unsafe void analyzeBuffer()
{
float u, v;
byte m, t;
for (int slId = 0; slId < fullBitmap.Height; ++slId)
{
var scanline = fullBitmap.GetScanline <RGBQUAD>(slId);
RGBQUAD[] slData = scanline.Data;
for (int pxId = 0; pxId < scanline.Count; ++pxId)
{
var px = slData[pxId];
t = px.rgbReserved; //There is a change of this changing to the wrong texture id, but who knows if would happen (precision issues)
IndirectionTexture indirectionTexture;
if (t != 255 && virtualTextureManager.getIndirectionTexture(t, out indirectionTexture))
{
//Here the uvs are crushed to 8 bit, but should be ok since we are just detecting pages
//with this number this allows 255 pages to be decenly processsed above that data might be lost.
u = px.rgbRed / 255.0f;
v = px.rgbGreen / 255.0f;
m = px.rgbBlue;
indirectionTexture.processPage(u, v, m);
}
}
}
}
/**
* Outputs .tiff file to be read into Argo Solution as input parameter
* @param layer the channel corrected
* @return true if successful
**/
private bool outputBase(int layer)
{
float[] array;
int width = base_dimensions[0];
int height = base_dimensions[1];
float value;
if (layer == -1)
{
return(false);
}
string image_name = (string)dropdown_imageLayer.Items[layer];
array = new float[width * height];
Array.Copy(base_data, width * height * layer, array, 0, width * height);
FREE_IMAGE_FORMAT format = FREE_IMAGE_FORMAT.FIF_TIFF;
FREE_IMAGE_TYPE type = FREE_IMAGE_TYPE.FIT_FLOAT;
FREE_IMAGE_SAVE_FLAGS save_flags = FREE_IMAGE_SAVE_FLAGS.TIFF_NONE;
FreeImageBitmap image = new FreeImageBitmap(width, height, type);
for (int j = 0; j < height; ++j)
{
Scanline <float> scanline = image.GetScanline <float>(j);
for (int k = 0; k < width; ++k)
{
value = array[width * j + k];
scanline.SetValue(value, k);
}
}
image.RotateFlip(base_orientation);
image.Save("./Workspace/" + image_name + "_base.tiff", format, save_flags);
return(true);
}
/**
* Outputs displayable image of image channel to be corrected.
* @param layer the channel corrected
* @return true if successful
**/
private void outputDisplayableBase(int layer)
{
float[] array;
int width = base_dimensions[0];
int height = base_dimensions[1];
float value, value16bpp;
string image_name = (string)dropdown_imageLayer.Items[layer];
array = new float[width * height];
Array.Copy(base_data, width * height * layer, array, 0, width * height);
FREE_IMAGE_FORMAT format = FREE_IMAGE_FORMAT.FIF_TIFF;
FREE_IMAGE_TYPE type = FREE_IMAGE_TYPE.FIT_FLOAT;
FREE_IMAGE_SAVE_FLAGS save_flags = FREE_IMAGE_SAVE_FLAGS.TIFF_NONE;
FreeImageBitmap image = new FreeImageBitmap(width, height, type);
float maxValue = Enumerable.Range(0, array.Length).Max(m => array[m]);
float minValue = Enumerable.Range(0, array.Length).Min(m => array[m]);
for (int j = 0; j < height; ++j)
{
Scanline <float> scanline = image.GetScanline <float>(j);
for (int k = 0; k < width; ++k)
{
value = array[width * j + k];
value16bpp = (1.0f / (maxValue - minValue) * (value - minValue));
scanline.SetValue(value16bpp, k);
}
}
image.RotateFlip(base_orientation);
image.Save("./Workspace/" + image_name + "_base_displayable.tiff", format, save_flags);
}
public void GetScanline()
{
FreeImageBitmap fib;
fib = new FreeImageBitmap(10, 10, PixelFormat.Format1bppIndexed);
Scanline <FI1BIT> scanline1 = (Scanline <FI1BIT>)fib.GetScanline(0);
fib.Dispose();
fib = new FreeImageBitmap(10, 10, PixelFormat.Format4bppIndexed);
Scanline <FI4BIT> scanline2 = (Scanline <FI4BIT>)fib.GetScanline(0);
fib.Dispose();
fib = new FreeImageBitmap(10, 10, PixelFormat.Format8bppIndexed);
Scanline <Byte> scanline3 = (Scanline <Byte>)fib.GetScanline(0);
fib.Dispose();
fib = new FreeImageBitmap(10, 10, PixelFormat.Format16bppRgb555);
Scanline <FI16RGB555> scanline4 = (Scanline <FI16RGB555>)fib.GetScanline(0);
fib.Dispose();
fib = new FreeImageBitmap(10, 10, PixelFormat.Format16bppRgb565);
Scanline <FI16RGB565> scanline5 = (Scanline <FI16RGB565>)fib.GetScanline(0);
fib.Dispose();
fib = new FreeImageBitmap(10, 10, PixelFormat.Format24bppRgb);
Scanline <RGBTRIPLE> scanline6 = (Scanline <RGBTRIPLE>)fib.GetScanline(0);
fib.Dispose();
fib = new FreeImageBitmap(10, 10, PixelFormat.Format32bppArgb);
Scanline <RGBQUAD> scanline7 = (Scanline <RGBQUAD>)fib.GetScanline(0);
fib.Dispose();
}
public static RgbSpectrumTexture FreeImageLoadExrBitmap(string fileName)
{
Console.WriteLine("..Loading hdr bitmap {0}", fileName);
using (var bmp = new FreeImageBitmap(fileName))
{
//bmp.AdjustGamma(2.2);
var pdata = new RgbSpectrumInfo[bmp.Width * bmp.Height];
for (int i = 0; i < bmp.Height; i++)
{
Scanline<FIRGBF> s = bmp.GetScanline<FIRGBF>(i);
for (int j = 0; j < bmp.Width; j++)
{
pdata[j + i * bmp.Width] = new RgbSpectrumInfo(s[j].red, s[j].green, s[j].blue);
//pdata[j + i * bmp.Width] .DeGamma();
}
}
Console.WriteLine("... Converted size {0:F5} MBytes", (bmp.Width * bmp.Height * 12.0f) / (1024f * 1024f));
MemoryOccupied += (ulong)(bmp.Width * bmp.Height * 12u);
var tex = new RgbSpectrumTexture(fileName, pdata, bmp.Width, bmp.Height);
return tex;
}
}
public static Scanline <byte> GetScanlineFromTop8Bit(this FreeImageBitmap bitmap, int y)
{
return(bitmap.GetScanline <byte>(bitmap.Height - 1 - y));
}
public static RgbSpectrumTexture FreeImageLoadBitmap(string fileName)
{
Console.WriteLine("..Loading ldr bitmap {0}", fileName);
using (var bmp = new FreeImageBitmap(fileName))
{
//bmp.AdjustGamma(2.2);
var pdata = new RgbSpectrumInfo[bmp.Width * bmp.Height];
for (int i = 0; i < bmp.Height; i++)
{
if (bmp.ColorDepth == 24)
{
Scanline<RGBTRIPLE> s = bmp.GetScanline<RGBTRIPLE>(i);
for (int j = 0; j < bmp.Width; j++)
{
pdata[j + i * bmp.Width] =
RgbSpectrumInfo.Create(s[j].rgbtRed, s[j].rgbtGreen, s[j].rgbtBlue, false).Abs();
}
}
if (bmp.ColorDepth == 32)
{
Scanline<RGBQUAD> s = bmp.GetScanline<RGBQUAD>(i);
for (int j = 0; j < bmp.Width; j++)
{
pdata[j + i * bmp.Width] =
RgbSpectrumInfo.Create(s[j].rgbRed, s[j].rgbGreen, s[j].rgbBlue, false).Abs();
}
}
if (bmp.ColorDepth == 8)
{
Scanline<byte> s = bmp.GetScanline<byte>(i);
for (int j = 0; j < bmp.Width; j++)
{
pdata[j + i * bmp.Width] =
RgbSpectrumInfo.Create(bmp.Palette[s[j]].rgbRed, bmp.Palette[s[j]].rgbGreen, bmp.Palette[s[j]].rgbBlue, false).Abs();
}
}
}
Console.WriteLine("... Converted size {0:F5} MBytes", (bmp.Width * bmp.Height * 12.0f) / (1024f * 1024f));
MemoryOccupied += (ulong)(bmp.Width * bmp.Height * 12u);
var tex = new RgbSpectrumTexture(fileName, pdata, bmp.Width, bmp.Height);
return tex;
}
}
public static void FreeImageSaveExrBitmap(string fileName, int width, int height, RgbSpectrum[] data, string[] watermark = null)
{
using (var bmp = new FreeImageBitmap(width, height, FREE_IMAGE_TYPE.FIT_RGBF))
{
for (int i = 0; i < bmp.Height; i++)
{
Scanline<FIRGBF> s = bmp.GetScanline<FIRGBF>(i);
for (int j = 0; j < bmp.Width; j++)
{
try
{
var spectra = data[j + i * bmp.Width];
s[j] = new FIRGBF()
{
blue = spectra.c3,
green = spectra.c2,
red = spectra.c1
};
}
catch (Exception ex)
{
Console.WriteLine(ex.Message);
}
}
}
if (watermark != null)
{
ApplyWaterMark(10, 400, bmp.ToBitmap(), watermark);
}
bmp.Save(fileName, FREE_IMAGE_FORMAT.FIF_EXR, FREE_IMAGE_SAVE_FLAGS.EXR_NONE);
bmp.TmoReinhard05(1, 0.4);
bmp.Save(fileName, FREE_IMAGE_FORMAT.FIF_PNG);
}
}
public unsafe void Properties()
{
string filename = iManager.GetBitmapPath(ImageType.Even, ImageColorType.Type_32);
Assert.IsNotNull(filename);
Assert.IsTrue(File.Exists(filename));
FreeImageBitmap fib = new FreeImageBitmap(filename);
Assert.IsFalse(fib.HasPalette);
try
{
Palette palette = fib.Palette;
Assert.Fail();
}
catch
{
}
Assert.IsFalse(fib.HasBackgroundColor);
fib.BackgroundColor = Color.LightSeaGreen;
Assert.IsTrue(fib.HasBackgroundColor);
Assert.That(
Color.LightSeaGreen.B == fib.BackgroundColor.Value.B &&
Color.LightSeaGreen.G == fib.BackgroundColor.Value.G &&
Color.LightSeaGreen.R == fib.BackgroundColor.Value.R);
fib.BackgroundColor = null;
Assert.IsFalse(fib.HasBackgroundColor);
fib.Dispose();
fib = new FreeImageBitmap(100, 100, PixelFormat.Format1bppIndexed);
ImageFlags flags = (ImageFlags)fib.Flags;
Assert.That((flags & ImageFlags.ColorSpaceRgb) == ImageFlags.ColorSpaceRgb);
Assert.That((flags & ImageFlags.HasAlpha) != ImageFlags.HasAlpha);
Assert.That((flags & ImageFlags.HasRealDpi) != ImageFlags.HasRealDpi);
Assert.That((flags & ImageFlags.HasTranslucent) != ImageFlags.HasTranslucent);
fib.Dispose();
dib = FreeImage.Allocate(100, 100, 32, 0xFF0000, 0xFF00, 0xFF);
FIICCPROFILE *prof = (FIICCPROFILE *)FreeImage.CreateICCProfile(dib, new byte[] { 0, 1, 2, 3 }, 4);
fib = new FreeImageBitmap(dib);
Scanline <RGBQUAD> sc = (Scanline <RGBQUAD>)fib.GetScanline(0);
RGBQUAD rgbq = sc[0];
rgbq.rgbReserved = 127;
sc[0] = rgbq;
flags = (ImageFlags)fib.Flags;
Assert.That((flags & ImageFlags.HasAlpha) == ImageFlags.HasAlpha);
Assert.That((flags & ImageFlags.HasRealDpi) != ImageFlags.HasRealDpi);
Assert.That((flags & ImageFlags.HasTranslucent) == ImageFlags.HasTranslucent);
fib.Dispose();
fib = null;
GC.Collect(2, GCCollectionMode.Forced);
GC.WaitForPendingFinalizers();
fib = new FreeImageBitmap(iManager.GetBitmapPath(ImageType.Metadata, ImageColorType.Type_01_Dither));
int[] propList = fib.PropertyIdList;
Assert.IsNotNull(propList);
Assert.Greater(propList.Length, 0);
PropertyItem[] propItemList = fib.PropertyItems;
Assert.IsNotNull(propItemList);
Assert.Greater(propItemList.Length, 0);
Assert.IsNotNull(fib.RawFormat);
fib.Dispose();
fib = new FreeImageBitmap(iManager.GetBitmapPath(ImageType.Multipaged, ImageColorType.Type_01_Dither));
Assert.Greater(fib.FrameCount, 1);
fib.Dispose();
}
public void GetScanline()
{
FreeImageBitmap fib;
fib = new FreeImageBitmap(10, 10, PixelFormat.Format1bppIndexed);
Scanline<FI1BIT> scanline1 = (Scanline<FI1BIT>)fib.GetScanline(0);
fib.Dispose();
fib = new FreeImageBitmap(10, 10, PixelFormat.Format4bppIndexed);
Scanline<FI4BIT> scanline2 = (Scanline<FI4BIT>)fib.GetScanline(0);
fib.Dispose();
fib = new FreeImageBitmap(10, 10, PixelFormat.Format8bppIndexed);
Scanline<Byte> scanline3 = (Scanline<Byte>)fib.GetScanline(0);
fib.Dispose();
fib = new FreeImageBitmap(10, 10, PixelFormat.Format16bppRgb555);
Scanline<FI16RGB555> scanline4 = (Scanline<FI16RGB555>)fib.GetScanline(0);
fib.Dispose();
fib = new FreeImageBitmap(10, 10, PixelFormat.Format16bppRgb565);
Scanline<FI16RGB565> scanline5 = (Scanline<FI16RGB565>)fib.GetScanline(0);
fib.Dispose();
fib = new FreeImageBitmap(10, 10, PixelFormat.Format24bppRgb);
Scanline<RGBTRIPLE> scanline6 = (Scanline<RGBTRIPLE>)fib.GetScanline(0);
fib.Dispose();
fib = new FreeImageBitmap(10, 10, PixelFormat.Format32bppArgb);
Scanline<RGBQUAD> scanline7 = (Scanline<RGBQUAD>)fib.GetScanline(0);
fib.Dispose();
}
private bool MergeImages(string fileNameFormat, string outputDir, string prefix, int frameNum, string ext)
{
FreeImageBitmap combined = null;
string fname = "";
bool supported = false;
bool mergeSuccessful = true;
FREE_IMAGE_TYPE type = FREE_IMAGE_TYPE.FIT_UNKNOWN;
FreeImageBitmap source = null;
string mergedFile = string.Format(fileNameFormat, outputDir, prefix, frameNum, ext);
string tempFile = string.Format(fileNameFormat, outputDir, prefix, frameNum, "_tmp" + ext);
// Allocate a bitmap to store the final image
fname = string.Format(fileNameFormat, outputDir, "slice_0_" + prefix, frameNum, ext);
try
{
source = new FreeImageBitmap(fname);
if (source != null)
{
type = source.ImageType;
switch (type)
{
case FREE_IMAGE_TYPE.FIT_BITMAP:
if (source.ColorDepth == 32 || source.ColorDepth == 24)
supported = true;
break;
case FREE_IMAGE_TYPE.FIT_RGB16:
case FREE_IMAGE_TYPE.FIT_RGBA16:
case FREE_IMAGE_TYPE.FIT_RGBAF:
case FREE_IMAGE_TYPE.FIT_RGBF:
supported = true;
break;
}
}
}
catch (Exception ex)
{
logger.Error(ex, "Error opening slice file");
}
if (supported == false)
{
Console.WriteLine("Image format not supported");
return false;
}
try
{
// Create a new image of the input file type and the correct size
FIBITMAP newImage = FreeImage.AllocateT(type, Width, Height, source.ColorDepth, source.RedMask, source.BlueMask, source.GreenMask);
FreeImage.SaveEx(newImage, tempFile);
FreeImage.UnloadEx(ref newImage);
source.Dispose();
source = null;
GC.Collect();
GC.WaitForPendingFinalizers();
combined = new FreeImageBitmap(tempFile);
}
catch (Exception ex)
{
logger.Error(ex, "Error creating output file");
mergeSuccessful = false;
}
for (int i = 0; i < SlicesAcross * SlicesDown; i++)
{
// Load the image slice
fname = string.Format(fileNameFormat, outputDir, "slice_" + i + "_" + prefix, frameNum, ext);
FreeImageBitmap slice = new FreeImageBitmap(fname);
int posX;
int posY;
if (SlicesDown > 1 && SlicesAcross > 1)
{
posX = i % SlicesAcross;
posY = i / SlicesAcross;
}
else if (SlicesDown == 1)
{
posX = i;
posY = 0;
}
else
{
posX = 0;
posY = i;
}
// Calculate the image slice sizes and the row/column position
double sizeV = (1.0 / SlicesDown) * Height;
double sizeH = (1.0 / SlicesAcross) * Width;
double overlapV = sizeV * (Overlap / 100.0);
double overlapH = sizeH * (Overlap / 100.0);
double realLeft = sizeH * posX;
double left = realLeft - overlapH;
double realTop = sizeV * posY;
double top = realTop - overlapV;
// Check the sizes are within limits and adjust
left = Math.Max(0.0, left);
top = Math.Max(0.0, top);
try
{
switch (type)
{
case FREE_IMAGE_TYPE.FIT_BITMAP:
if (slice.ColorDepth == 24)
{
for (int y = 0; y < slice.Height; y++)
{
int srcY = (slice.Height - 1) - y;
int destY = (combined.Height - 1) - (srcY + (int)top);
int topY = y + (int)top;
Scanline<RGBTRIPLE> srcLine = (Scanline<RGBTRIPLE>)slice.GetScanline(y);
Scanline<RGBTRIPLE> destLine = (Scanline<RGBTRIPLE>)combined.GetScanline(destY);
for (int x = 0; x < slice.Width; x++)
{
int destX = x + (int)left;
// Make sure it's not out of bounds
if (destY >= Height || destY >= Width)
continue;
// Is the pixel in an overlapping Area
if (topY < realTop || destX < realLeft)
{
MergePixel srcPixel = new MergePixel(srcLine[x].rgbtRed, srcLine[x].rgbtGreen, srcLine[x].rgbtBlue, 0);
MergePixel destPixel = new MergePixel(destLine[destX].rgbtRed, destLine[destX].rgbtGreen, destLine[destX].rgbtBlue, 0);
destPixel = CalculatePixelWeight(overlapV, overlapH, realLeft, left, realTop, top, y, topY, x, srcPixel, destPixel);
RGBTRIPLE dest;
dest.rgbtRed = destPixel.red > 255.0 ? (byte)255 : (byte)destPixel.red;
dest.rgbtGreen = destPixel.green > 255.0 ? (byte)255 : (byte)destPixel.green;
dest.rgbtBlue = destPixel.blue > 255.0 ? (byte)255 : (byte)destPixel.blue;
destLine[destX] = dest;
}
else
destLine[destX] = srcLine[x];
}
}
}
else
{
for (int y = 0; y < slice.Height; y++)
{
int srcY = (slice.Height - 1) - y;
int destY = (combined.Height - 1) - (srcY + (int)top);
int topY = y + (int)top;
Scanline<RGBQUAD> srcLine = (Scanline<RGBQUAD>)slice.GetScanline(y);
Scanline<RGBQUAD> destLine = (Scanline<RGBQUAD>)combined.GetScanline(destY);
for (int x = 0; x < slice.Width; x++)
{
int destX = x + (int)left;
// Make sure it's not out of bounds
if (destY >= Height || destY >= Width)
continue;
// Is the pixel in an overlapping Area
if (topY < realTop || destX < realLeft)
{
MergePixel srcPixel = new MergePixel(srcLine[x].rgbRed, srcLine[x].rgbGreen, srcLine[x].rgbBlue, destLine[destX].rgbReserved);
MergePixel destPixel = new MergePixel(destLine[destX].rgbRed, destLine[destX].rgbGreen, destLine[destX].rgbBlue, destLine[destX].rgbReserved);
destPixel = CalculatePixelWeight(overlapV, overlapH, realLeft, left, realTop, top, y, topY, x, srcPixel, destPixel);
RGBQUAD dest = new RGBQUAD();
dest.rgbRed = destPixel.red > 255.0 ? (byte)255 : (byte)destPixel.red;
dest.rgbGreen = destPixel.green > 255.0 ? (byte)255 : (byte)destPixel.green;
dest.rgbBlue = destPixel.blue > 255.0 ? (byte)255 : (byte)destPixel.blue;
dest.rgbReserved = destPixel.alpha > 255.0 ? (byte)255 : (byte)destPixel.alpha;
destLine[destX] = dest;
}
else
destLine[destX] = srcLine[x];
}
}
}
break;
case FREE_IMAGE_TYPE.FIT_RGB16:
for (int y = 0; y < slice.Height; y++)
{
int srcY = (slice.Height - 1) - y;
int destY = (combined.Height - 1) - (srcY + (int)top);
int topY = y + (int)top;
Scanline<FIRGB16> srcLine = (Scanline<FIRGB16>)slice.GetScanline(y);
Scanline<FIRGB16> destLine = (Scanline<FIRGB16>)combined.GetScanline(destY);
for (int x = 0; x < slice.Width; x++)
{
int destX = x + (int)left;
// Make sure it's not out of bounds
if (destY >= Height || destY >= Width)
continue;
// Is the pixel in an overlapping Area
if (topY < realTop || destX < realLeft)
{
MergePixel srcPixel = new MergePixel(srcLine[x].red, srcLine[x].green, srcLine[x].blue, 0);
MergePixel destPixel = new MergePixel(destLine[destX].red, destLine[destX].green, destLine[destX].blue, 0);
destPixel = CalculatePixelWeight(overlapV, overlapH, realLeft, left, realTop, top, y, topY, x, srcPixel, destPixel);
FIRGB16 dest = new FIRGB16();
dest.red = (ushort)destPixel.red;
dest.green = (ushort)destPixel.green;
dest.blue = (ushort)destPixel.blue;
destLine[destX] = dest;
}
else
destLine[destX] = srcLine[x];
}
}
break;
case FREE_IMAGE_TYPE.FIT_RGBA16:
for (int y = 0; y < slice.Height; y++)
{
int srcY = (slice.Height - 1) - y;
int destY = (combined.Height - 1) - (srcY + (int)top);
int topY = y + (int)top;
Scanline<FIRGBA16> srcLine = (Scanline<FIRGBA16>)slice.GetScanline(y);
Scanline<FIRGBA16> destLine = (Scanline<FIRGBA16>)combined.GetScanline(destY);
for (int x = 0; x < slice.Width; x++)
{
int destX = x + (int)left;
// Make sure it's not out of bounds
if (destY >= Height || destY >= Width)
continue;
// Is the pixel in an overlapping Area
if (topY < realTop || destX < realLeft)
{
MergePixel srcPixel = new MergePixel(srcLine[x].red, srcLine[x].green, srcLine[x].blue, srcLine[x].alpha);
MergePixel destPixel = new MergePixel(destLine[destX].red, destLine[destX].green, destLine[destX].blue, destLine[destX].alpha);
destPixel = CalculatePixelWeight(overlapV, overlapH, realLeft, left, realTop, top, y, topY, x, srcPixel, destPixel);
FIRGBA16 dest = new FIRGBA16();
dest.red = (ushort)destPixel.red;
dest.green = (ushort)destPixel.green;
dest.blue = (ushort)destPixel.blue;
dest.alpha = (ushort)destPixel.alpha;
destLine[destX] = dest;
}
else
destLine[destX] = srcLine[x];
}
}
break;
case FREE_IMAGE_TYPE.FIT_RGBAF:
for (int y = 0; y < slice.Height; y++)
{
int srcY = (slice.Height - 1) - y;
int destY = (combined.Height - 1) - (srcY + (int)top);
int topY = y + (int)top;
Scanline<FIRGBAF> srcLine = (Scanline<FIRGBAF>)slice.GetScanline(y);
Scanline<FIRGBAF> destLine = (Scanline<FIRGBAF>)combined.GetScanline(destY);
for (int x = 0; x < slice.Width; x++)
{
int destX = x + (int)left;
// Make sure it's not out of bounds
if (destY >= Height || destY >= Width)
continue;
// Is the pixel in an overlapping Area
if (topY < realTop || destX < realLeft)
{
MergePixel srcPixel = new MergePixel(srcLine[x].red, srcLine[x].green, srcLine[x].blue, destLine[destX].alpha);
MergePixel destPixel = new MergePixel(destLine[destX].red, destLine[destX].green, destLine[destX].blue, destLine[destX].alpha);
destPixel = CalculatePixelWeight(overlapV, overlapH, realLeft, left, realTop, top, y, topY, x, srcPixel, destPixel);
FIRGBAF dest = new FIRGBAF();
dest.red = (float)destPixel.red;
dest.green = (float)destPixel.green;
dest.blue = (float)destPixel.blue;
dest.alpha = (float)destPixel.alpha;
destLine[destX] = dest;
}
else
destLine[destX] = srcLine[x];
}
}
break;
case FREE_IMAGE_TYPE.FIT_RGBF:
for (int y = 0; y < slice.Height; y++)
{
int srcY = (slice.Height - 1) - y;
int destY = (combined.Height - 1) - (srcY + (int)top);
int topY = y + (int)top;
Scanline<FIRGBF> srcLine = (Scanline<FIRGBF>)slice.GetScanline(y);
Scanline<FIRGBF> destLine = (Scanline<FIRGBF>)combined.GetScanline(destY);
for (int x = 0; x < slice.Width; x++)
{
int destX = x + (int)left;
// Make sure it's not out of bounds
if (destY >= Height || destY >= Width)
continue;
// Is the pixel in an overlapping Area
if (topY < realTop || destX < realLeft)
{
MergePixel srcPixel = new MergePixel(srcLine[x].red, srcLine[x].green, srcLine[x].blue, 0);
MergePixel destPixel = new MergePixel(destLine[destX].red, destLine[destX].green, destLine[destX].blue, 0);
destPixel = CalculatePixelWeight(overlapV, overlapH, realLeft, left, realTop, top, y, topY, x, srcPixel, destPixel);
FIRGBF dest = new FIRGBF();
dest.red = (float)destPixel.red;
dest.green = (float)destPixel.green;
dest.blue = (float)destPixel.blue;
destLine[destX] = dest;
}
else
destLine[destX] = srcLine[x];
}
}
break;
}
slice.Dispose();
}
catch (Exception ex)
{
logger.Error(ex, "Error merging image files");
mergeSuccessful = false;
}
}
try
{
if (mergeSuccessful)
{
combined.Save(mergedFile);
combined.Dispose();
combined = null;
GC.Collect();
GC.WaitForPendingFinalizers();
File.Delete(tempFile);
}
else
{
Log += DateTime.Now.ToLongTimeString() + " Merging frame " + frameNum + " failed.\n";
}
}
catch (Exception ex)
{
logger.Error(ex, "Error writing combined file");
mergeSuccessful = false;
}
return mergeSuccessful;
}
protected void SavePBOhdr(string fileName) {
OGLBuffer buffer = OutputBuffer as OGLBuffer;
if (buffer == null)
return;
Vector4[] data = new Vector4[buffer.Width * buffer.Height];
buffer.GetDataNoAlloc<Vector4>(data);
using (var bmp = new FreeImageBitmap(this.Width, this.Height, FREE_IMAGE_TYPE.FIT_RGBF)) {
for (var j = 0ul; j < buffer.Height; j++) {
var scanLine = bmp.GetScanline<FIRGBF>((int)buffer.Height - (int)j - 1);
for (var i = 0ul; i < buffer.Width; i++) {
var px = data[(int)i + (int)(buffer.Height - j - 1) * bmp.Width];
scanLine[(int)i] = new FIRGBF() { red = px.X, green = px.Y, blue = px.Z};
}
}
bmp.Save(fileName, FREE_IMAGE_FORMAT.FIF_EXR);
}
}
/**
*/
private void updateImages(int index)
{
float[] array;
float maxValue, minValue, value;
int value16bpp;
Bitmap bitmap;
Color color;
Image old_bitmap;
if (base_dimensions != null)
{
int width = base_dimensions[0];
int height = base_dimensions[1];
array = new float[width * height];
Array.Copy(base_data, width * height * index, array, 0, width * height);
FreeImageBitmap image_bitmap = new FreeImageBitmap(new Bitmap(width, height), width, height);
maxValue = Enumerable.Range(0, array.Length).Max(m => array[m]);
minValue = Enumerable.Range(0, array.Length).Min(m => array[m]);
for (int j = 0; j < height; ++j)
{
Scanline <int> scanline = image_bitmap.GetScanline <int>(j);
for (int k = 0; k < width; ++k)
{
value = array[width * j + k];
value16bpp = (int)(255.0f / (maxValue - minValue) * (value - minValue));
color = Color.FromArgb(value16bpp, value16bpp, value16bpp);
scanline.SetValue(color.ToArgb(), k);
}
}
image_bitmap.RotateFlip(base_orientation);
bitmap = image_bitmap.ToBitmap();
image_bitmap.Dispose();
old_bitmap = image_base.Image;
image_base.Image = bitmap;
if (old_bitmap != null)
{
old_bitmap.Dispose();
}
}
if (sliver_dimensions != null)
{
int width = sliver_dimensions[0];
int height = sliver_dimensions[1];
array = new float[width * height];
Array.Copy(sliver_data, width * height * index, array, 0, width * height);
FreeImageBitmap image_bitmap = new FreeImageBitmap(new Bitmap(width, height), width, height);
maxValue = Enumerable.Range(0, array.Length).Max(m => array[m]);
minValue = Enumerable.Range(0, array.Length).Min(m => array[m]);
for (int j = 0; j < height; ++j)
{
Scanline <int> scanline = image_bitmap.GetScanline <int>(j);
for (int k = 0; k < width; ++k)
{
value = array[width * j + k];
value16bpp = (int)(255.0f / (maxValue - minValue) * (value - minValue));
color = Color.FromArgb(value16bpp, value16bpp, value16bpp);
scanline.SetValue(color.ToArgb(), k);
}
}
image_bitmap.RotateFlip(sliver_orientation);
bitmap = image_bitmap.ToBitmap();
image_bitmap.Dispose();
old_bitmap = image_sliver.Image;
image_sliver.Image = bitmap;
if (old_bitmap != null)
{
old_bitmap.Dispose();
}
}
}
public static Scanline <RGBTRIPLE> GetScanlineFromTop24Bit(this FreeImageBitmap bitmap, int y)
{
return(bitmap.GetScanline <RGBTRIPLE>(bitmap.Height - 1 - y));
}
public unsafe void Properties()
{
string filename = iManager.GetBitmapPath(ImageType.Even, ImageColorType.Type_32);
Assert.IsNotNull(filename);
Assert.IsTrue(File.Exists(filename));
FreeImageBitmap fib = new FreeImageBitmap(filename);
Assert.IsFalse(fib.HasPalette);
try
{
Palette palette = fib.Palette;
Assert.Fail();
}
catch
{
}
Assert.IsFalse(fib.HasBackgroundColor);
fib.BackgroundColor = Color.LightSeaGreen;
Assert.IsTrue(fib.HasBackgroundColor);
Assert.That(
Color.LightSeaGreen.B == fib.BackgroundColor.Value.B &&
Color.LightSeaGreen.G == fib.BackgroundColor.Value.G &&
Color.LightSeaGreen.R == fib.BackgroundColor.Value.R);
fib.BackgroundColor = null;
Assert.IsFalse(fib.HasBackgroundColor);
fib.Dispose();
fib = new FreeImageBitmap(100, 100, PixelFormat.Format1bppIndexed);
ImageFlags flags = (ImageFlags)fib.Flags;
Assert.That((flags & ImageFlags.ColorSpaceRgb) == ImageFlags.ColorSpaceRgb);
Assert.That((flags & ImageFlags.HasAlpha) != ImageFlags.HasAlpha);
Assert.That((flags & ImageFlags.HasRealDpi) != ImageFlags.HasRealDpi);
Assert.That((flags & ImageFlags.HasTranslucent) != ImageFlags.HasTranslucent);
fib.Dispose();
dib = FreeImage.Allocate(100, 100, 32, 0xFF0000, 0xFF00, 0xFF);
FIICCPROFILE* prof = (FIICCPROFILE*)FreeImage.CreateICCProfile(dib, new byte[] { 0, 1, 2, 3 }, 4);
fib = new FreeImageBitmap(dib);
Scanline<RGBQUAD> sc = (Scanline<RGBQUAD>)fib.GetScanline(0);
RGBQUAD rgbq = sc[0];
rgbq.rgbReserved = 127;
sc[0] = rgbq;
flags = (ImageFlags)fib.Flags;
Assert.That((flags & ImageFlags.HasAlpha) == ImageFlags.HasAlpha);
Assert.That((flags & ImageFlags.HasRealDpi) != ImageFlags.HasRealDpi);
Assert.That((flags & ImageFlags.HasTranslucent) == ImageFlags.HasTranslucent);
fib.Dispose();
fib = null;
GC.Collect(2, GCCollectionMode.Forced);
GC.WaitForPendingFinalizers();
fib = new FreeImageBitmap(iManager.GetBitmapPath(ImageType.Metadata, ImageColorType.Type_01_Dither));
int[] propList = fib.PropertyIdList;
Assert.IsNotNull(propList);
Assert.Greater(propList.Length, 0);
PropertyItem[] propItemList = fib.PropertyItems;
Assert.IsNotNull(propItemList);
Assert.Greater(propItemList.Length, 0);
Assert.IsNotNull(fib.RawFormat);
fib.Dispose();
fib = new FreeImageBitmap(iManager.GetBitmapPath(ImageType.Multipaged, ImageColorType.Type_01_Dither));
Assert.Greater(fib.FrameCount, 1);
fib.Dispose();
}
public static Scanline <FI4BIT> GetScanlineFromTop4Bit(this FreeImageBitmap bitmap, int y)
{
return(bitmap.GetScanline <FI4BIT>(bitmap.Height - 1 - y));
}
private bool MergeImages(string fileNameFormat, string outputDir, string prefix, int frameNum, string ext)
{
FreeImageBitmap combined = null;
string fname = "";
bool supported = false;
bool mergeSuccessful = true;
FREE_IMAGE_TYPE type = FREE_IMAGE_TYPE.FIT_UNKNOWN;
FreeImageBitmap source = null;
string mergedFile = string.Format(fileNameFormat, outputDir, prefix, frameNum, ext);
string tempFile = string.Format(fileNameFormat, outputDir, prefix, frameNum, "_tmp" + ext);
// Allocate a bitmap to store the final image
fname = string.Format(fileNameFormat, outputDir, "slice_0_" + prefix, frameNum, ext);
try
{
source = new FreeImageBitmap(fname);
if (source != null)
{
type = source.ImageType;
switch (type)
{
case FREE_IMAGE_TYPE.FIT_BITMAP:
if (source.ColorDepth == 32 || source.ColorDepth == 24)
{
supported = true;
}
break;
case FREE_IMAGE_TYPE.FIT_RGB16:
case FREE_IMAGE_TYPE.FIT_RGBA16:
case FREE_IMAGE_TYPE.FIT_RGBAF:
case FREE_IMAGE_TYPE.FIT_RGBF:
supported = true;
break;
}
}
}
catch (Exception ex)
{
logger.Error(ex, "Error opening slice file");
}
if (supported == false)
{
Console.WriteLine("Image format not supported");
return(false);
}
try
{
// Create a new image of the input file type and the correct size
FIBITMAP newImage = FreeImage.AllocateT(type, Width, Height, source.ColorDepth, source.RedMask, source.BlueMask, source.GreenMask);
FreeImage.SaveEx(newImage, tempFile);
FreeImage.UnloadEx(ref newImage);
source.Dispose();
source = null;
GC.Collect();
GC.WaitForPendingFinalizers();
combined = new FreeImageBitmap(tempFile);
}
catch (Exception ex)
{
logger.Error(ex, "Error creating output file");
mergeSuccessful = false;
}
for (int i = 0; i < SlicesAcross * SlicesDown; i++)
{
// Load the image slice
fname = string.Format(fileNameFormat, outputDir, "slice_" + i + "_" + prefix, frameNum, ext);
FreeImageBitmap slice = new FreeImageBitmap(fname);
int posX;
int posY;
if (SlicesDown > 1 && SlicesAcross > 1)
{
posX = i % SlicesAcross;
posY = i / SlicesAcross;
}
else if (SlicesDown == 1)
{
posX = i;
posY = 0;
}
else
{
posX = 0;
posY = i;
}
// Calculate the image slice sizes and the row/column position
double sizeV = (1.0 / SlicesDown) * Height;
double sizeH = (1.0 / SlicesAcross) * Width;
double overlapV = sizeV * (Overlap / 100.0);
double overlapH = sizeH * (Overlap / 100.0);
double realLeft = sizeH * posX;
double left = realLeft - overlapH;
double realTop = sizeV * posY;
double top = realTop - overlapV;
// Check the sizes are within limits and adjust
left = Math.Max(0.0, left);
top = Math.Max(0.0, top);
try
{
switch (type)
{
case FREE_IMAGE_TYPE.FIT_BITMAP:
if (slice.ColorDepth == 24)
{
for (int y = 0; y < slice.Height; y++)
{
int srcY = (slice.Height - 1) - y;
int destY = (combined.Height - 1) - (srcY + (int)top);
int topY = y + (int)top;
Scanline <RGBTRIPLE> srcLine = (Scanline <RGBTRIPLE>)slice.GetScanline(y);
Scanline <RGBTRIPLE> destLine = (Scanline <RGBTRIPLE>)combined.GetScanline(destY);
for (int x = 0; x < slice.Width; x++)
{
int destX = x + (int)left;
// Make sure it's not out of bounds
if (destY >= Height || destY >= Width)
{
continue;
}
// Is the pixel in an overlapping Area
if (topY < realTop || destX < realLeft)
{
MergePixel srcPixel = new MergePixel(srcLine[x].rgbtRed, srcLine[x].rgbtGreen, srcLine[x].rgbtBlue, 0);
MergePixel destPixel = new MergePixel(destLine[destX].rgbtRed, destLine[destX].rgbtGreen, destLine[destX].rgbtBlue, 0);
destPixel = CalculatePixelWeight(overlapV, overlapH, realLeft, left, realTop, top, y, topY, x, srcPixel, destPixel);
RGBTRIPLE dest;
dest.rgbtRed = destPixel.red > 255.0 ? (byte)255 : (byte)destPixel.red;
dest.rgbtGreen = destPixel.green > 255.0 ? (byte)255 : (byte)destPixel.green;
dest.rgbtBlue = destPixel.blue > 255.0 ? (byte)255 : (byte)destPixel.blue;
destLine[destX] = dest;
}
else
{
destLine[destX] = srcLine[x];
}
}
}
}
else
{
for (int y = 0; y < slice.Height; y++)
{
int srcY = (slice.Height - 1) - y;
int destY = (combined.Height - 1) - (srcY + (int)top);
int topY = y + (int)top;
Scanline <RGBQUAD> srcLine = (Scanline <RGBQUAD>)slice.GetScanline(y);
Scanline <RGBQUAD> destLine = (Scanline <RGBQUAD>)combined.GetScanline(destY);
for (int x = 0; x < slice.Width; x++)
{
int destX = x + (int)left;
// Make sure it's not out of bounds
if (destY >= Height || destY >= Width)
{
continue;
}
// Is the pixel in an overlapping Area
if (topY < realTop || destX < realLeft)
{
MergePixel srcPixel = new MergePixel(srcLine[x].rgbRed, srcLine[x].rgbGreen, srcLine[x].rgbBlue, destLine[destX].rgbReserved);
MergePixel destPixel = new MergePixel(destLine[destX].rgbRed, destLine[destX].rgbGreen, destLine[destX].rgbBlue, destLine[destX].rgbReserved);
destPixel = CalculatePixelWeight(overlapV, overlapH, realLeft, left, realTop, top, y, topY, x, srcPixel, destPixel);
RGBQUAD dest = new RGBQUAD();
dest.rgbRed = destPixel.red > 255.0 ? (byte)255 : (byte)destPixel.red;
dest.rgbGreen = destPixel.green > 255.0 ? (byte)255 : (byte)destPixel.green;
dest.rgbBlue = destPixel.blue > 255.0 ? (byte)255 : (byte)destPixel.blue;
dest.rgbReserved = destPixel.alpha > 255.0 ? (byte)255 : (byte)destPixel.alpha;
destLine[destX] = dest;
}
else
{
destLine[destX] = srcLine[x];
}
}
}
}
break;
case FREE_IMAGE_TYPE.FIT_RGB16:
for (int y = 0; y < slice.Height; y++)
{
int srcY = (slice.Height - 1) - y;
int destY = (combined.Height - 1) - (srcY + (int)top);
int topY = y + (int)top;
Scanline <FIRGB16> srcLine = (Scanline <FIRGB16>)slice.GetScanline(y);
Scanline <FIRGB16> destLine = (Scanline <FIRGB16>)combined.GetScanline(destY);
for (int x = 0; x < slice.Width; x++)
{
int destX = x + (int)left;
// Make sure it's not out of bounds
if (destY >= Height || destY >= Width)
{
continue;
}
// Is the pixel in an overlapping Area
if (topY < realTop || destX < realLeft)
{
MergePixel srcPixel = new MergePixel(srcLine[x].red, srcLine[x].green, srcLine[x].blue, 0);
MergePixel destPixel = new MergePixel(destLine[destX].red, destLine[destX].green, destLine[destX].blue, 0);
destPixel = CalculatePixelWeight(overlapV, overlapH, realLeft, left, realTop, top, y, topY, x, srcPixel, destPixel);
FIRGB16 dest = new FIRGB16();
dest.red = (ushort)destPixel.red;
dest.green = (ushort)destPixel.green;
dest.blue = (ushort)destPixel.blue;
destLine[destX] = dest;
}
else
{
destLine[destX] = srcLine[x];
}
}
}
break;
case FREE_IMAGE_TYPE.FIT_RGBA16:
for (int y = 0; y < slice.Height; y++)
{
int srcY = (slice.Height - 1) - y;
int destY = (combined.Height - 1) - (srcY + (int)top);
int topY = y + (int)top;
Scanline <FIRGBA16> srcLine = (Scanline <FIRGBA16>)slice.GetScanline(y);
Scanline <FIRGBA16> destLine = (Scanline <FIRGBA16>)combined.GetScanline(destY);
for (int x = 0; x < slice.Width; x++)
{
int destX = x + (int)left;
// Make sure it's not out of bounds
if (destY >= Height || destY >= Width)
{
continue;
}
// Is the pixel in an overlapping Area
if (topY < realTop || destX < realLeft)
{
MergePixel srcPixel = new MergePixel(srcLine[x].red, srcLine[x].green, srcLine[x].blue, srcLine[x].alpha);
MergePixel destPixel = new MergePixel(destLine[destX].red, destLine[destX].green, destLine[destX].blue, destLine[destX].alpha);
destPixel = CalculatePixelWeight(overlapV, overlapH, realLeft, left, realTop, top, y, topY, x, srcPixel, destPixel);
FIRGBA16 dest = new FIRGBA16();
dest.red = (ushort)destPixel.red;
dest.green = (ushort)destPixel.green;
dest.blue = (ushort)destPixel.blue;
dest.alpha = (ushort)destPixel.alpha;
destLine[destX] = dest;
}
else
{
destLine[destX] = srcLine[x];
}
}
}
break;
case FREE_IMAGE_TYPE.FIT_RGBAF:
for (int y = 0; y < slice.Height; y++)
{
int srcY = (slice.Height - 1) - y;
int destY = (combined.Height - 1) - (srcY + (int)top);
int topY = y + (int)top;
Scanline <FIRGBAF> srcLine = (Scanline <FIRGBAF>)slice.GetScanline(y);
Scanline <FIRGBAF> destLine = (Scanline <FIRGBAF>)combined.GetScanline(destY);
for (int x = 0; x < slice.Width; x++)
{
int destX = x + (int)left;
// Make sure it's not out of bounds
if (destY >= Height || destY >= Width)
{
continue;
}
// Is the pixel in an overlapping Area
if (topY < realTop || destX < realLeft)
{
MergePixel srcPixel = new MergePixel(srcLine[x].red, srcLine[x].green, srcLine[x].blue, destLine[destX].alpha);
MergePixel destPixel = new MergePixel(destLine[destX].red, destLine[destX].green, destLine[destX].blue, destLine[destX].alpha);
destPixel = CalculatePixelWeight(overlapV, overlapH, realLeft, left, realTop, top, y, topY, x, srcPixel, destPixel);
FIRGBAF dest = new FIRGBAF();
dest.red = (float)destPixel.red;
dest.green = (float)destPixel.green;
dest.blue = (float)destPixel.blue;
dest.alpha = (float)destPixel.alpha;
destLine[destX] = dest;
}
else
{
destLine[destX] = srcLine[x];
}
}
}
break;
case FREE_IMAGE_TYPE.FIT_RGBF:
for (int y = 0; y < slice.Height; y++)
{
int srcY = (slice.Height - 1) - y;
int destY = (combined.Height - 1) - (srcY + (int)top);
int topY = y + (int)top;
Scanline <FIRGBF> srcLine = (Scanline <FIRGBF>)slice.GetScanline(y);
Scanline <FIRGBF> destLine = (Scanline <FIRGBF>)combined.GetScanline(destY);
for (int x = 0; x < slice.Width; x++)
{
int destX = x + (int)left;
// Make sure it's not out of bounds
if (destY >= Height || destY >= Width)
{
continue;
}
// Is the pixel in an overlapping Area
if (topY < realTop || destX < realLeft)
{
MergePixel srcPixel = new MergePixel(srcLine[x].red, srcLine[x].green, srcLine[x].blue, 0);
MergePixel destPixel = new MergePixel(destLine[destX].red, destLine[destX].green, destLine[destX].blue, 0);
destPixel = CalculatePixelWeight(overlapV, overlapH, realLeft, left, realTop, top, y, topY, x, srcPixel, destPixel);
FIRGBF dest = new FIRGBF();
dest.red = (float)destPixel.red;
dest.green = (float)destPixel.green;
dest.blue = (float)destPixel.blue;
destLine[destX] = dest;
}
else
{
destLine[destX] = srcLine[x];
}
}
}
break;
}
slice.Dispose();
}
catch (Exception ex)
{
logger.Error(ex, "Error merging image files");
mergeSuccessful = false;
}
}
try
{
if (mergeSuccessful)
{
combined.Save(mergedFile);
combined.Dispose();
combined = null;
GC.Collect();
GC.WaitForPendingFinalizers();
File.Delete(tempFile);
}
else
{
Log += DateTime.Now.ToLongTimeString() + " Merging frame " + frameNum + " failed.\n";
}
}
catch (Exception ex)
{
logger.Error(ex, "Error writing combined file");
mergeSuccessful = false;
}
return(mergeSuccessful);
}