private static void testCrop()
{
Image i1 = ImageFileIO.ImageFromFile(@"C:\Users\chance\Documents\Visual Studio 2015\Capstone\HollisC_Collage\SimpleCollage\SimpleCollage\images\test2.bmp");
Image cropped = ImageFormatter.SquareImage(i1);
ImageFileIO.saveImageToFile(cropped, @"C:\Users\chance\Documents\Visual Studio 2015\Capstone\HollisC_Collage\SimpleCollage\SimpleCollage\createdImages\test2.png");
}
public Collage(string templateImageLocation, string imagesLocation, ImageSize scale = ImageSize.Medium, CollageSize collageSize = CollageSize.Medium)
{
ImageSize = scale;
CollageSize = collageSize;
Image i = ImageFileIO.ImageFromFile(templateImageLocation);
//Template = new CollageTemplateImage(i, templateScale);
Template = new CollageTemplateImage(i, ImageSize, CollageSize);
string[] fileNames = ImageFileIO.GetAllImagesFromFolder(imagesLocation);
ImagePaths = fileNames.ToArray();
//Image[] images = new Image[fileNames.Count()];
//for (int j = 0; j < fileNames.Count(); ++j)
//{
// images[j] = ImageFileIO.ImageFromFile(fileNames.ElementAt(j));
//}
CollageImages = new CollageImage[fileNames.Count()];
Console.WriteLine("Calculating average image values...");
for (int j = 0; j < fileNames.Count(); ++j)
{
//CollageImage ci = new CollageImage(images[j], Image_Scale);
CollageImage ci = new CollageImage(fileNames[j], (int)ImageSize);
CollageImages[j] = ci;
Console.WriteLine("avg value: " + ci.ColorValues.AvgRGB + " Count = " + j);
}
Console.WriteLine("Done with image values");
Array.Sort(CollageImages);
}
public Image GetBaseImage()
{
Image img = ImageFileIO.ImageFromFile(ImageAddress);
img = ImageFormatter.ScaleAndSquare(img, ImageSize);
return(img);
}
private static void testCombineImages()
{
Image i1 = ImageFileIO.ImageFromFile(@"C:\Users\chance\Documents\Visual Studio 2015\Capstone\HollisC_Collage\SimpleCollage\SimpleCollage\images\needle.jpg");
Image i2 = ImageFileIO.ImageFromFile(@"C:\Users\chance\Documents\Visual Studio 2015\Capstone\HollisC_Collage\SimpleCollage\SimpleCollage\images\BigName.bmp");
Image Combined = ImageCombiner.Combine(i1, i2);
ImageFileIO.saveImageToFile(Combined, @"C:\Users\chance\Documents\Visual Studio 2015\Capstone\HollisC_Collage\SimpleCollage\SimpleCollage\createdImages\test1.png");
}
private static void test1()
{
Image i = ImageFileIO.ImageFromFile(@"C:\Users\chance\Documents\Visual Studio 2015\Capstone\HollisC_Collage\SimpleCollage\SimpleCollage\images\needle.jpg");
//CollageTemplateImage c = new CollageTemplateImage(i);
//c.GenerateTemplateValues();
//c.printValues();
CollageImage ci = new CollageImage(i);
//Console.WriteLine("Average rgb: " + ci.AvgRGB);
}
public CollageImage(string fileName, int size)
{
ImageSize = size;
ImageAddress = fileName;
ColorValues = new ColorValue();
Image img = ImageFileIO.ImageFromFile(fileName);
Image scaled = ImageFormatter.ScaleAndSquare(img, size);
img.Dispose();
CImage = scaled;
GetAvgRGBFast(scaled);
}
private void test2()
{
// read in images
IEnumerable <string> fileNames = Directory.EnumerateFiles(@"C:\Users\chance\Documents\Visual Studio 2015\Capstone\HollisC_Collage\SimpleCollage\SimpleCollage\images");
Image[] images = new Image[fileNames.Count()];
for (int j = 0; j < fileNames.Count(); ++j)
{
images[j] = ImageFileIO.ImageFromFile(fileNames.ElementAt(j));
}
List <CollageImage> cImgs = new List <CollageImage>();
for (int j = 0; j < images.Count(); ++j)
{
CollageImage c = new CollageImage(images[j]);
cImgs.Add(c);
//Console.WriteLine(c.AvgRGB);
}
}