Repeat image using a pipeline - make multiple copies of an image into a larger result

 Aurigma.GraphicsMill.Codecs.PngReader is included into pipeline more than once. 

 void Main()
{
    int lengthInch = 96;
    int widthInch = 24;
    int dpi = 300;
        
    using (var reader = ImageReader.Create(@"\\Centrics\Development\MI_TestImages\TestSwatches\ColorTestChart_ARGB_300.png"))
    using (var generator = new ImageGenerator(widthInch * dpi, lengthInch * dpi, PixelFormat.Format24bppRgb, RgbColor.White))
    using (var writer = new PngWriter($@"C:\temp\Repeat{DateTime.Now.ToString("yyMMdd-hhmmss")}.png"))
    {
        generator.DpiX = dpi;
        generator.DpiY = dpi;
        var newImageWidth = widthInch * dpi;
        var newImageHeight = (int)(newImageWidth * (reader.Width / reader.Height));
        using (var resizer = new Resize(newImageWidth, newImageHeight, ResizeInterpolationMode.Anisotropic9))
        {
            var resized = (reader + resizer).Build();
            
            Aurigma.GraphicsMill.Pipeline results = new Pipeline();
            results += generator;

            List<Combiner> combiners = new List<Combiner>();
            for (int yOffset = 0; yOffset < (lengthInch * dpi); yOffset += newImageHeight)
            {
                var combiner = new Combiner(CombineMode.Alpha);
                combiner.TopImage = resized;
                combiner.X = 0;
                combiner.Y = yOffset;

                combiners.Add(combiner);
                results += combiner;
            }
            
            results += writer;
            results.Run();
            
            foreach(var part in combiners)
            {
                part.Dispose();
            }
        }
    }
}

void Main()
{
	int lengthInch = 96;
	int widthInch = 24;
	int dpi = 300;
	int tileHeight;
	using (MemoryStream tileMS = new MemoryStream())
	{
		using (var source = new Aurigma.GraphicsMill.Bitmap(@"\\Centrics\Development\MI_TestImages\TestSwatches\ColorTestChart_ARGB_300.png"))
		{
			var newImageWidth = widthInch * dpi;
			var newImageHeight = (int)(newImageWidth * (source.Width / source.Height));
			tileHeight = newImageHeight;
			using (var resizer = new Resize(newImageWidth, newImageHeight, ResizeInterpolationMode.Anisotropic9))
			{
				using (var tileImage = resizer.Apply(source))
				{
					tileImage.Save(tileMS, new BmpSettings());
				}
			}
		}

		using (var generator = new ImageGenerator(widthInch * dpi, lengthInch * dpi, PixelFormat.Format24bppRgb, RgbColor.White))
		using (var writer = new PngWriter($@"C:\temp\Repeat{DateTime.Now.ToString("yyMMdd-hhmmss")}.png"))
		{
			generator.DpiX = dpi;
			generator.DpiY = dpi;

			Aurigma.GraphicsMill.Pipeline results = new Pipeline();
			results += generator;

			List<Combiner> combiners = new List<Combiner>();
			for (int yOffset = 0; yOffset < (lengthInch * dpi); yOffset += tileHeight)
			{
				var combiner = new Combiner(CombineMode.Alpha);
				combiner.TopImage = ImageReader.Create(tileMS); //new Bitmap(tileMS);
				combiner.X = 0;
				combiner.Y = yOffset;

				combiners.Add(combiner);
				results += combiner;
			}

			results += writer;
			results.Run();

			foreach (var part in combiners)
			{
				part.AutoDisposeTopImage = true;
				part.Dispose();
			}
		}
	}
}