public void GetOutputImages()
{
SuperTomograph tomograph = IoC.Container.GetInstance <SuperTomograph>();
TomographConfiguration configuration = new TomographConfiguration
{
InputImagePath = _samplePath,
Alpha = (float)Math.PI / 360,
Phi = (float)Math.PI / 1.07f,
DetectorsCount = 360,
Filter = true,
OutputImagesCount = 10
};
tomograph.Configuration = configuration;
var images = tomograph.OutputImages.ToList();
Assert.IsNotEmpty(images);
for (int i = 0; i < images.Count; i++)
{
images[i].Save(_projectDirectory + @"outputImages\" + $"output{i+1}.bmp");
}
}
public void GetDicom()
{
SuperTomograph tomograph = IoC.Container.GetInstance <SuperTomograph>();
DicomInformation dicomInformation = new DicomInformation()
{
PatientName = "Jan Kowalski",
PatientAddress = "Poznan, Akacjowa 13",
PatientBirthDate = new DateTime(1987, 12, 12),
PatientSex = "M",
PatientAge = "30",
PatientWeight = "80",
StudyDate = DateTime.Now,
StudyDescription = "Jakis tam opis"
};
tomograph.DicomInformation = dicomInformation;
var imageLoader = new EmguCVImageLoader();
var outputImages = new List <Image <Gray, byte> >();
var outputImage = imageLoader.LoadImage(_projectDirectory + "dicomTest.bmp");
outputImages.Add(outputImage);
tomograph.OutputImages = outputImages;
var dicom = tomograph.Dicom;
Assert.IsNotNull(dicom);
dicom.Save(_projectDirectory + "dicom.dcm");
}
public void LoadImage()
{
SuperTomograph tomograph = IoC.Container.GetInstance <SuperTomograph>();
tomograph.Configuration.InputImagePath = _samplePath;
Image <Gray, byte> image = tomograph.InputImage;
Assert.IsNotNull(image);
}
public void GetSinogram()
{
SuperTomograph tomograph = IoC.Container.GetInstance <SuperTomograph>();
TomographConfiguration configuration = new TomographConfiguration
{
InputImagePath = _samplePath,
Alpha = (float)Math.PI / 360,
Phi = (float)Math.PI / 1.07f,
DetectorsCount = 360
};
tomograph.Configuration = configuration;
Image <Gray, byte> image = tomograph.Sinogram;
Assert.IsNotNull(image);
image.Save(_projectDirectory + "sinogram.bmp");
}