Project 4: Maze Solver (JAVA) The purpose of this assignment is to assess your ability to: Implement stack and queue abstract data types in JAVA Utilize stack and queue structures in a computational problem. For this question, implement a stack and a queue data structure. After testing the class, complete the depth-first search method (provided). The method should indicate whether or not a path was found, and, in the case that a path is found, output the sequence of coordinates from start to end. The following code and related files are provided. Carefully ready the code and documentation before beginning. A MazeCell class that models a cell in the maze. Each MazeCell object contains data for the row and column position of the cell, the next direction to check, and a bool variable that indicates whether or not the cell has already been visited. A Source file that creates the maze and calls your depth-first search method. An input file, maze.in, that may be used for testing. You will write the following: a generic stack class, called MyStack, that supports the provided API (see file stackAPI.png) a generic queue class, called MyQueue, that supports the provided API (see file queueAPI.png) an implementation for the depth-first algorithm Your data structure choices for the stack and queue implementation. Your use of MyStack and MyQueue structures in your maze solution Your depth first algorithm

C++ Programming: From Problem Analysis to Program Design

8th Edition

ISBN:9781337102087

Author:D. S. Malik

Publisher:D. S. Malik

Chapter18: Stacks And Queues

Section: Chapter Questions

Problem 3PE

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Project 4: Maze Solver (JAVA)

The purpose of this assignment is to assess your ability to:

Implement stack and queue abstract data types in JAVA
Utilize stack and queue structures in a computational problem.

For this question, implement a stack and a queue data structure. After testing the class, complete the depth-first search method (provided). The method should indicate whether or not a path was found, and, in the case that a path is found, output the sequence of coordinates from start to end.

The following code and related files are provided. Carefully ready the code and documentation before beginning.

A MazeCell class that models a cell in the maze. Each MazeCell object contains data for the row and column position of the cell, the next direction to check, and a bool variable that indicates whether or not the cell has already been visited.
A Source file that creates the maze and calls your depth-first search method.
An input file, maze.in, that may be used for testing.

You will write the following:

a generic stack class, called MyStack, that supports the provided API (see file stackAPI.png)
a generic queue class, called MyQueue, that supports the provided API (see file queueAPI.png)
an implementation for the depth-first algorithm
Your data structure choices for the stack and queue implementation.
Your use of MyStack and MyQueue structures in your maze solution
Your depth first algorithm

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