C program to solve towers of hanoi problem




















What is the Tower of Hanoi? Tower of Hanoi is a game where a certain number of disks of different sizes on a particular rod have to be transferred to the final rod with the help of other available rods following the following rules: One disk can be transferred at a time. A large disk cannot be placed on a small disk. Following is the initial condition of the Tower of Hanoi:. Leave a Reply Cancel reply Comment. Enter your name or username to comment. Enter your email address to comment.

Enter your website URL optional. The following rules are to be followed while solving this problem which makes it more challenging and interesting. If you have n disks, the minimum number of moves required to solve it is 2 n — 1.

B will be used as a spare pole. The recursive task is to keep moving the disks from one pole to another pole. Let us see how we shall arrive at our base case and the recursive case for our program. As stated initially, our objective is to move all the disks placed on pole A — source pole to pole C — destination pole. Thus, our cases have been derived and they are as given below: a. Recursive Case:.

What is the Tower of Hanoi? In the program source code, hanoifun is the recursive function with four arguments, namely — n , fr , tr and ar. In this C program for Tower of Hanoi, the objective of defining n is to store numbers of discs, and the other character variables fr , tr and ar stand for from rod, to rod and auxiliary rod, respectively.

There is nothing to be provided as input in this program. Copy the source code in Code::Blocks and run it. Alternative C source code for Tower of Hanoi puzzle is given below. It is almost similar to the above one, except that in this code, you can input the number of discs.

Do have any other alternative completely different source code for Tower of Hanoi in C? If yes, feel free to share them with us. The source codes provided here have been coded perfectly, and are error-free. Your feedbacks and queries relevant to this topic can be discussed in, and brought directly to us from the comments box below.

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