Sliding Windows

using System;

namespace SlidingWindow
{
	class MainClass
	{
		public static void Main (string[] args)
		{
			int numOfSlides = 117; //# of passes, i.e. new neural network //based on sliding windows - slidingWindowSize?
				//counter = slide
			int numOfSlidingWindows = 7; //training sample size
				//counter = windowNumber
			int slidingWindowSize = 6; //# of input vars
				//counter = positionInWindow

			string entry = ""; //reusable

			Console.WriteLine ("Number of Sliding Windows, i.e. training sets: [7]");

			entry = Console.ReadLine();

			if (entry == "") {
				numOfSlidingWindows = 7;
			} else {
				numOfSlidingWindows = Int32.Parse (entry);
			}

			Console.WriteLine ("Size of 1 sliding windows i.e. inputs (months): [6]");

			entry = Console.ReadLine();

			if (entry == "") {
				slidingWindowSize = 6;
			} else {
				slidingWindowSize = Int32.Parse (entry);
			}

			//loop 1
			for (int slide = 0; slide <= (numOfSlides-numOfSlidingWindows-slidingWindowSize); slide++)
			{
				Console.WriteLine();
				Console.WriteLine();
				Console.WriteLine("slide: {0}", slide);
				for (int windowNumber = 0; windowNumber <= numOfSlidingWindows; windowNumber++)
				{
					if (windowNumber == numOfSlidingWindows)
						//test data
					{
						//header for next section
						Console.WriteLine();
						Console.WriteLine("  Test Data: ", windowNumber);
						//header for next section
						Console.WriteLine("  Months 0 to {0}", slidingWindowSize);
						Console.Write("  ");

						for (int positionInWindow = 0; positionInWindow <= slidingWindowSize; positionInWindow++)
						{
							//target
							if (positionInWindow == (slidingWindowSize)) {
								//just rGDP
								//Console.WriteLine("  target: {0} {1} {2}", positionInWindow, ": ", slide+windowNumber+positionInWindow);
								Console.Write(" t:{0}", (slide+windowNumber+positionInWindow));
							} else {
								//Console.Write("positionInWindow: {0} {1}", positionInWindow, ": ");
								Console.Write("{0}{1}", " ", slide+windowNumber+positionInWindow);
							}
						}
					}
					else //training data
					{
						//header for next section
						Console.WriteLine();
						Console.WriteLine("  windowNumber: {0}", windowNumber);
						//header for next section
						Console.WriteLine("  Months 0 to {0}", slidingWindowSize);
						Console.Write("  ");

						for (int positionInWindow = 0; positionInWindow <= slidingWindowSize; positionInWindow++)
						{
							//target
							if (positionInWindow == (slidingWindowSize)) {
								//just rGDP
								//Console.WriteLine("  target: {0} {1} {2}", positionInWindow, ": ", slide+windowNumber+positionInWindow);
								Console.Write(" t:{0}", (slide+windowNumber+positionInWindow));
							} else {
								//Console.Write("positionInWindow: {0} {1}", positionInWindow, ": ");
								Console.Write("{0}{1}", " ", slide+windowNumber+positionInWindow);
							}
						}
					}

				}

			}

		}
	}
}