static void Main(string[] args) { // create bitmap from file and convert it to Image<Pixel32> var inputImagePath = @"inputImage.bmp"; var bitmap = new Bitmap(inputImagePath); var image = ImageProcessingLibConverter.CreateImageFromBitmap(bitmap); // resize it to desired size image.Resize(512, 512, ResizeMethod.BilinearInterpolation); // rotate it and flip horizontally image.RotationClockwise() .FlipHorizontal(); // get image histogram var histogram = image.Histogram(); // calculate discrete Fourier transform var dft = image.DFT(); // create binary image var binaryImage = image.CopyAs(p => p.ToPixel1()); // perform closing and skeletonization operations binaryImage.Closing(3) .Skeletonization(); // return to Image<Pixel32>, create Bitmap from it and save it var resultImage = binaryImage.CopyAs(p => p.ToPixel32()); var resultBitmap = ImageProcessingLibConverter.CreateBitmapFromImage(resultImage); var outputImagePath = @"outputImage.bmp"; resultBitmap.Save(outputImagePath); }
private void miLoad_Click(object sender, EventArgs e) { var ofd = new OpenFileDialog(); ofd.InitialDirectory = Environment.GetFolderPath(Environment.SpecialFolder.DesktopDirectory); ofd.Filter = "Bitmap images (.bmp)|*.bmp"; var result = ofd.ShowDialog(); if (result == DialogResult.OK) { try { bitmap.Dispose(); bitmap = new Bitmap(ofd.FileName); var image = ImageProcessingLibConverter.CreateImageFromBitmap(bitmap); var targetBitmap = ImageProcessingLibConverter.CreateBitmapFromImage(image); pbImage.Image = targetBitmap; MessageBox.Show("Image loaded", "Information"); } catch (Exception exc) { MessageBox.Show("Can not load file: " + exc.Message, "Exception"); } } }
static void Main() { var bmp = ImagesFolder.Images.Lena; var image = ImageProcessingLibConverter.CreateImageFromBitmap(bmp); var result = ImageProcessingLibConverter.CreateBitmapFromImage(image); Run(result); }
private void LoadResults(Bitmap bitmap, IComparison comparison) { try { DisposeImages(); var originalBitmap = bitmap; var originalImage = ImageProcessingLibConverter.CreateImageFromBitmap(originalBitmap); Bitmap tempResult = null; var fipTime = ExecTime.Run(() => { tempResult = comparison.GetFIPResults(new FIP.FIP(), originalBitmap); }); var fipBitmap = (Bitmap)tempResult.Clone(); var fipImage = ImageProcessingLibConverter.CreateImageFromBitmap(fipBitmap); Image <Pixel32> iplImage = null; var iplTime = ExecTime.Run(() => { iplImage = comparison.GetIPLResult(originalImage); }); var iplBitmap = ImageProcessingLibConverter.CreateBitmapFromImage(iplImage); ThreadSafeInvoke.Invoke(this, () => { pbFIP.Image = fipBitmap; pbIPL.Image = iplBitmap; tsslInfo.Text = string.Format("MSE: {0:0.00}, IPL: {1:0}ms, FIP: {2:0}ms", GetMetrics(fipImage, iplImage), iplTime.TotalMilliseconds, fipTime.TotalMilliseconds); }); createdBitmaps = new List <Bitmap>() { fipBitmap, iplBitmap }; } catch (Exception e) { MessageBoxEx.ShowException(e); } }
private void LoadFile() { var filePath = dialogService.OpenFile(); if (string.IsNullOrEmpty(filePath)) { return; } try { var bitmap = CreateBitmapSourceFromFile(filePath); var image = ImageProcessingLibConverter.CreateImageFromBitmap(bitmap); var targetBitmap = ImageProcessingLibConverter.CreateBitmapFromImage(image); Image = targetBitmap; dialogService.ShowInformation("Image loaded"); } catch (Exception e) { dialogService.ShowException(e, "Can not load file: "); } }
public ImageWrapper(Image <Pixel32> image) { Image = image; Bitmap = ImageProcessingLibConverter.CreateBitmapFromImage(image); }
public ImageWrapper(Bitmap bitmap) { Bitmap = bitmap; Image = ImageProcessingLibConverter.CreateImageFromBitmap(bitmap); }