/*private void ComputeInterpolationPointsTest0(Bitmap bitmap, int domainsInRow, int a)
{
Console.WriteLine("bmp size: {0}x{1}", bitmap.Width, bitmap.Height);
List<MappedPoint> intrpList = POTools.ComputeInterpolationPoints(bitmap, domainsInRow, a);
Console.WriteLine("interpolation points: " + intrpList.Count);
Console.WriteLine();
for (int i = 0; i < intrpList.Count; i++)
{
Console.Write("({0},{1}), ", intrpList[i].X, intrpList[i].Y);
//Console.Write(intrpList[i].X + ", " + intrpList[i].Y + "; ");
if ((i + 1) % 4 == 0)
Console.WriteLine();
}
}*/
//nie jest uzywana, zostala podzielona na dwie funckje, Compress i Decompress
//
private Bitmap CompressionTest(Bitmap bitmap, int bigDelta, int a)
{
Console.WriteLine("bmp size: {0}x{1}, bigDelta={2}, a={3}", bitmap.Width, bitmap.Height, bigDelta, a);
FractalCompression.Structure.Region[,] regions = null;
FractalCompression.Structure.Domain[,] domains = null;
List<MappedPoint> intrpList = null;
//List<MappedPoint> intrpList = POTools.PrepareRegions(bitmap, bigDelta, a, out regions);
POTools.PrepareStructures(bitmap, bigDelta, a, out regions, out domains, out intrpList);
//POTools.PrintInterpolationPoints(intrpList);
//POTools.PrintDomains(domains);
//POTools.PrintRegions(regions);
string filepath = @"C:\Documents and Settings\Mroczek\Pulpit\myfile.nofc";
Compressor compressor = new Compressor(bigDelta, a, 10, 3, domains, regions, intrpList, bitmap);
Console.WriteLine("Compression started...");
compressor.Compress();
Console.WriteLine("Image compressed, saving to file...");
compressor.SaveToFile(filepath);
Console.WriteLine("Reading file before decompression...");
CompResult cr = POTools.DeserializeCompResult(filepath);
Console.WriteLine("Preparing to decompression...");
List<double> cfactors = new List<double>(cr.Cqueue);
List<MappedPoint> interpPoints = new List<MappedPoint>(cr.Iqueue);
List<int> addresses = new List<int>(cr.Aqueue);
Decompressor decompressor = new Decompressor(cfactors, interpPoints, addresses,
cr.SmallDelta, cr.BigDelta, cr.A, cr.ImageWidth, cr.ImageHeight, cr.DMax);
Console.WriteLine("Decompressing image...");
return decompressor.DecompressImage(out bitmapWithGrid);
}
private Bitmap Decompress(String filepath)
{
Console.WriteLine("Reading file before decompression...");
CompResult cr = POTools.DeserializeCompResult(filepath);
Console.WriteLine("Preparing to decompression...");
List<double> cfactors = new List<double>(cr.Cqueue);
List<MappedPoint> interpPoints = new List<MappedPoint>(cr.Iqueue);
List<int> addresses = cr.Aqueue;
Decompressor decompressor = new Decompressor(cfactors,
interpPoints, addresses,
cr.SmallDelta, cr.BigDelta, cr.A, cr.ImageWidth,
cr.ImageHeight, cr.DMax);
Console.WriteLine("Decompressing image...");
//return decompressor.DecompressImage(out bitmapWithGrid);
return decompressor.DecompressImageVerII(out bitmapWithGrid);
}