Difference between revisions of "Maze Craze"
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== Overview == | == Overview == | ||
| − | Maze Craze is | + | Maze Craze is a maze board game where the player tries to reach the final space without getting trapped by the ever changing walls. The maze is comprised of LED light walls in a grid formation. Every time the player moves spaces, the pattern of the walls changes to form a new maze. The game can cycle between 2 or 3 mazes so the player will have to remember the previous maze they just saw in order to make educated moves or change between random mazes. Magnetic sensors track the player's location to determine when the player has moved. The game will only create mazes that ensure the player can solve the maze in some fashion. Maze Craze is fun for the whole family! See who can solve the maze in the fewest moves and try to beat the high score! |
== Contributors == | == Contributors == | ||
Revision as of 18:43, 13 February 2017
Overview
Maze Craze is a maze board game where the player tries to reach the final space without getting trapped by the ever changing walls. The maze is comprised of LED light walls in a grid formation. Every time the player moves spaces, the pattern of the walls changes to form a new maze. The game can cycle between 2 or 3 mazes so the player will have to remember the previous maze they just saw in order to make educated moves or change between random mazes. Magnetic sensors track the player's location to determine when the player has moved. The game will only create mazes that ensure the player can solve the maze in some fashion. Maze Craze is fun for the whole family! See who can solve the maze in the fewest moves and try to beat the high score!
Contributors
Created by Jason Christal and Liz Halter
Objectives:
1. Construct a functioning game board.
2. Make the board aesthetically pleasing.
3. Create an input for users to change game settings.
4. Design different challenges and games for the players.
5. Make a random maze generator that ensures mazes are solvable.
6. Make a 2-player option.
Challenges
1. Learn any necessary coding languages.
2. Constructing a board.
3. Wiring the board.
4. Figuring out magnetic sensors.
5. Creating a program that solves the mazes in the shortest number of moves possible
6. Creating a program that can make mazes of varying difficulty.
Budget
Green LED lights, 5mm (pack of 50 @ $5.55 here)
LED RGB Strips, 1m (@ $14.95 here)
Pack of 400 pt and 830 pt Breadboards (@ $7.99 here)
Hall Effect sensors (x18 for @ $17.10 here)
Pivoting on/off switch (pack of 5 @ $6.99 here)
Arduino (Provided)
Spray Paint (@ $3.00 here)
Plywood 2ft by 4ft (@ $7.92 here)
Screws (@ $8.47 here)
4 Double A Battery Pack (@ $1.14 here)
Double A Batteries (4 pack for @ $3.78 here)
Wiring (provided)
Total
Total: $76.89
