Combine 2 clipping paths with the same name

using System;
using Aurigma.GraphicsMill;
using Aurigma.GraphicsMill.Codecs;
using Aurigma.GraphicsMill.Transforms;

class Program
{
	private const int FirstPathId = 2000;

	private const int LastPathId = 2997;

	static void Main(string[] args)
	{
		using (var reader1 = new JpegReader("../../../source-image-1.jpg"))
		using (var reader2 = new JpegReader("../../../source-image-2.jpg"))
		using (var writer = new JpegWriter("../../../result.jpg"))
		using (var sourceBitmap1 = reader1.Frames[0].GetBitmap())
		using (var sourceBitmap2 = reader2.Frames[0].GetBitmap())
		using (var resultBitmap = new Bitmap(sourceBitmap1.Width + sourceBitmap2.Width,
			Math.Max(sourceBitmap1.Height, sourceBitmap1.Height)
			, sourceBitmap1.PixelFormat))
		{
			resultBitmap.Draw(sourceBitmap1, 0, 0, CombineMode.Copy);
			resultBitmap.Draw(sourceBitmap2, sourceBitmap1.Width, 0, CombineMode.Copy);

			var adobeResources = new Aurigma.GraphicsMill.Codecs.AdobeResourceDictionary();

			// The clipping path has relatives coordinates (0.0f ... 1.f0). So we need to transform it.
			var clippingPath1 = reader1.ClippingPaths[0];

			var transform1 = new System.Drawing.Drawing2D.Matrix();
			transform1.Scale((float)sourceBitmap1.Width / (float)resultBitmap.Width, 1f);
			clippingPath1.ApplyTransform(transform1);

			adobeResources.Add(FirstPathId, new AdobeResourceBlock(clippingPath1.Name + "_1", clippingPath1.Data));


			var clippingPath2 = reader2.ClippingPaths[0];

			var transform2 = new System.Drawing.Drawing2D.Matrix();
			transform2.Translate((float)sourceBitmap1.Width / (float)resultBitmap.Width, 0);
			transform2.Scale((float)sourceBitmap2.Width / (float)resultBitmap.Width, 1f);

			clippingPath2.ApplyTransform(transform2);
	
			adobeResources.Add(FirstPathId + 1, new AdobeResourceBlock(clippingPath2.Name + "_2", clippingPath2.Data));


			writer.AdobeResources = adobeResources;


			Pipeline.Run(resultBitmap + writer);
		}

	}
}