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1. #37 HOLE PEG SOLITAIRE SOLUTION CRACKER#
2. #37 HOLE PEG SOLITAIRE SOLUTION CODE#
3. #37 HOLE PEG SOLITAIRE SOLUTION FREE#

Well too often our approach to problem solving is reactive, we wait for the problems to arise. This is also one of the most important stages in our seven step problem solving technique. Ask yourself “Is it the right problem to solve?”. Think how often we spend time and resources on problems which don’t necessarily demand such attention. Surprised to start with this step? Not many problem solving processes include this step, yet it is absolutely crucial. Once you’ve read these, you can find more details, in our comprehensive guide to problem solving: What’s the Problem (with a tool for each or our problem solving steps). You’ll find a brief explanation of these points below. After creating this game of Artificial Intelligence, I have clear idea of the backtracking algorithm.The seven step problem solving technique covers:

#37 HOLE PEG SOLITAIRE SOLUTION FREE#

Also, feel free to leave any feedback you might have. I hope that this article helped you and that you will have a good time playing the game. Then I changed the program to input the place of the hole manually. I have attached the program and output.įirst time when I created the program, the place of the hole in the beginning of the program was fixed.

First, you can choose the location of the hole in the beginning. I used Depth First Search Algorithm (DFS) to create the game.

Public Move(Position start, Position jump, Position end) This is the algorithm used in this peg solitaire solution.

#37 HOLE PEG SOLITAIRE SOLUTION CODE#

The source code in the project is very well commented, and should be easy to follow by adding some breakpoints on the mouse events. I just want to give a real basic overview of the code. For example, configuration (b) shown below is obtained from configuration (a) by one jump, and then (c) is obtained from (b) by making a second jump. Hence, a legal move can only be made if there is a peg flanked by both another peg and a hole, arranged in a line. A Peg is removed only by "jumping" it with another peg. The object of the puzzle is to make a sequence of moves, each move causing one peg to be removed, such that only one peg remains. Typically, the puzzle begins with only one hole, as in configuration (a) below, where solid circles represent pegs, and empty circles represent holes. The Triangle Puzzle is a collection of 15 holes organized into a triangle, into which pegs are placed, leaving at least one empty hole. Solving this puzzle will require the use of a technique known as backtracking to search through all possible sequences of moves, which is easy to implement using recursion. In this assignment, you will write a program that solves a classic puzzle, sometimes called the triangle puzzle or peg solitaire. It also provides an object oriented vestment to backtracking, in the form of a reusable class holding all the backtracking logic. The main principle of this program is to demonstrate the concepts of recursive function, inherently recursive problem and backtracking.

The program, in fact, implements a simple backtracking algorithm DFS to search for a solution starting from the current disposition of the pieces on the board. One of the spaces in the triangle is left empty, and the object is to jump pegs, removing each peg jumped, until you are left with only one. The game consists of 14 pegs set in a triangle shape with 15 holes like bowling pins, but with one more row. This program allows you play Solitaire puzzle also known as Peg Solitaire Puzzle. The puzzle gained in popularity when the restaurant put one on every table to amuse patrons waiting for their food.

#37 HOLE PEG SOLITAIRE SOLUTION CRACKER#

It is also known as peg solitaire or the Cracker Barrel puzzle. Smith patented a triangular version of the game in 1891. The 15-hole triangle peg board game is a modern version of a game that has been played in Europe since the end of the 17 th century.