felipecramos / amaze

An implementation of a Snake game merged with a maze inside.

AMAZE. A project for Linguagem de Programação I (LP I)

Introduction

This programming project implements a simulation over the SNAKE game, but also adding obstacles, so it also a merge between the game Snake and a Maze, therefore, we shall have our SNAZE. Snake is either controlled by a client, or by a programmed ia, with the purpose to always get the apple.

Description of Amaze goes Here.

Algorithms

Functions implemented for:

1. Recursively find the path to apple.
2. Functioning of Snake. Which means it's growing and movement.
3. c.

TODO

• Create (functional) Class Maze.
• Create (functional) Class Snake.
• Code function to find Snake's path to apple.
• Code Snake's growing and movement.
• Make it usable for both client and I.A.
• Doxygen commentation.
• Cope function ....

How to compile

First of all, obviously this repository is needed to work as desired, so we must to download this repo. As we know that git is a tremendous tool for any programmer, then we must have git installed.

It is also expected for user to have installed doxygen program. This will automatically generate documentation for code. Not a necessary package to compile and run program, but it is a tool to guide user through code functions. To install doxygen on UBUNTU, for example:

$ sudo apt-get install doxygen

To compile we will use a makefile, so compilations may be more dynamic and automatic.

# Using 'git clone' to clone this repo into desired directory:
$ git clone https://github.com/FelipeCRamos/amaze.git

# Enter repo:
$ cd snaze

# To compile the whole project insert 'make':
$ make

# To generate project documentation, insert 'make docs':
$ make docs

# To clean up all remaining trash data and files, such as the binary ones, insert 'make clean':
$ make clean

How to execute

Now, we show how to run the program. We made it able to generate the maze map either randomicly, or by receiving a file containg maze structure data.

To receive a file, it is needed to run program with 2 command arguments.

• -f : It says to code that a file is being requested to run.
• [FILE_NAME]: It tells code which file is this.

To generate random maze structure, run the executable with no arguments.

# To execute program, and create randomicly, simply run program:
$ ./snaze

# To execute program with maze received through file, run like this:
$ ./snaze -f <input_file_name>

Example

Let's say you wish to randomic create the maze map, then you must use like:

$ ./snaze

It will create a total random maze structure.

Now, if you have a file containing maze data(let's consider this file as 'data/input_file.dat'), and is wished to run the code with this specified data, then code must be run as:

$ ./snaze -f data/input_file.dat

GitHub Repository:

https://github.com/FelipeCRamos/amaze

Authorship

Program developed by Daniel Guerra ([email protected]) and Felipe Ramos ([email protected]), 2018.1

© QuebraCódigos_Ltda, 2018.