Dig, Dig, Repeat (Mathified Version) - Game

Overview

"Dig, Dig, Repeat (Mathified Version)" is a modified version of the original Dig, Dig, Repeat game, now featuring math-based challenges. In this interactive, grid-based game, the player navigates through a maze while solving math problems. The goal is to reach the designated "True Goal" block at the bottom-right corner of the grid. Along the way, players must solve math challenges after every move and avoid teleporters, which reset the player’s position.

Features

• Math Challenges:

  • Players must solve a math problem (addition, subtraction, multiplication, or division) every time they move. Incorrect answers will cost the player a life.

• Teleporters:

  • Teleporters reset the player’s position to the starting point without losing any lives.

• True Goal:

  • The player must reach the True Goal block (🟢) at the bottom-right corner of the grid.

• Lives Management:

  • Players start with 3 lives ❤️ and lose a life for incorrect answers. Correct answers allow the player to continue without penalty.

• Randomized Grid:

  • The grid is randomly generated at the start of each game, ensuring every playthrough is unique.

• Timer:

  • Time is tracked, and the goal is to reach the True Goal as quickly as possible.

• Responsive UI:

  • The UI shows the number of lives remaining, elapsed time, and the current game status (such as hitting a teleporter or answering a question).

Installation

1. Clone or download this repository to your local machine.
2. Open the index.html file in your browser to play the game.

1. Main Menu:

Upon starting the game, you will be presented with a Main Menu. The game includes only one mode:

• Mathified Mode: The player navigates through the grid while solving math problems. If the player answers incorrectly, they lose a life.

2. Gameplay:

• Use the arrow keys (Up, Down, Left, Right) to move the player through the grid.
• The player starts at the top-left corner of the grid (position [0,0]).
• Each time the player moves, a random math problem will appear. The player must answer correctly to avoid losing a life.
• Teleporters (🟣) will reset the player's position to the start of the grid without affecting the number of lives.
• The goal is to reach the True Goal block (🟢) at the bottom-right corner of the grid.
• Once the player reaches the True Goal block (🟢), the game ends, and the time taken is displayed.

3. UI Elements:

• Lives: Displays the number of lives remaining.
• Timer: Tracks the time spent in the game.
• Status: Displays the current game message, such as when the player hits a teleporter or answers a question.

4. Restarting the Game:

• You can restart the game by clicking the "Restart" button in the game screen or return to the Main Menu to start a new game.

Game Logic:

• The game is built using HTML, CSS, and JavaScript.
• The grid is randomly generated at the start of each game, and the player must navigate it.
• The game features random placement of Teleporters and the True Goal.
• Movement is controlled using arrow keys, and each block's type is checked to update the player's state.

Grid Generation:

• The grid is created dynamically in JavaScript, where each cell in the grid is either empty, a teleporter, or the True Goal block.
• The player moves across the grid by interacting with the arrow keys, and the current position is updated as the player moves.

UI Rendering:

• The game uses the Canvas API to draw the grid, player, and other UI elements like lives and timer.
• CSS styles are used to create the terminal-themed UI with green and black colors to give it a retro look.
• The game screen is updated continuously, and the player's position is redrawn after every move.

Technologies Used

• HTML5: Used for the basic structure of the game.
• CSS3: Used for styling the game interface and making it responsive.
• JavaScript: Used for handling the game logic, grid generation, movement, and player interaction.

Credits

• Developer: [Umesh Sriraj Adabala]
• Special Thanks: [Level Devil Game on poki.com]

License

This project is open-source and licensed under the MIT License.

---

Enjoy playing "Dig, Dig, Repeat (Mathified Version)"! Challenge yourself to solve math problems and reach the True Goal as quickly as possible! 🕹️