Welcome to our CS 3500 Software Practices repository! This project showcases two major applications:

1. Spreadsheet Application: A powerful tool for managing and manipulating data in an interactive spreadsheet interface.
2. Snake Game: A fun, multiplayer game with a modern twist on the classic Snake mechanics.

Both projects demonstrate thoughtful design, core functionality, and enhanced features to improve user experience and performance.

The Spreadsheet Application is a tool designed to facilitate data management and manipulation through an intuitive interface. Below is a guide to using the application.

• Content Field Setting: Input data into a content field corresponding to each cell in the spreadsheet, enabling dynamic cell value editing.
• Cell Value and Name Management: Assign a name (e.g., A1, B1) and value (e.g., 10, "Hello") to each cell, making referencing and retrieval easier.
• Save and Load Functionality: Save your spreadsheet to a file and reload it later, ensuring data is preserved between sessions.

• Enter Key Functionality: Pressing the "Enter" key saves the cell value and moves focus to the next cell below for faster data entry.
• Color Coding: Cells are color-coded based on their content:
  • Formula: Yellow
  • Double Values: Green
  • String Values: Red
• Dark Mode: A dark mode feature for a comfortable viewing experience in low-light environments.
• Clear Cell Button: Clears the content of the currently selected cell.
• Clear All Cells Button: Resets the spreadsheet by clearing all cells.

Dive into the Snake Game, where you control a snake, collect powerups, and compete for the highest score!

The game revolves around classic snake mechanics with several modern twists:

• Control your snake to slither around and collect powerups to grow longer.
• Snakes cannot pass through walls, resulting in game over if they try.
• Edge-of-the-world behavior is undefined unless surrounded by walls.
• Powerups: Collect powerups to increase your snake's length by a fixed amount.
• Crashing: Crashing into walls or other snakes results in respawning with a shorter snake after a delay.

• Visual Design:

  • Snakes are rendered with colorful, smooth lines (10px stroke width).
  • Powerups are bright red squares (16x16px) with yellow borders.
  • Walls are solid blocks (50x50px) that create obstacles.

• Game World:

  • The game utilizes two coordinate spaces:
    • World-Space: Centered at (0, 0) with coordinates extending from -worldSize / 2 to +worldSize / 2.
    • Image-Space: The screen's top-left corner is (0, 0), dynamically adjusted to keep the snake centered.

The game is structured using three main components:

1. Model: Tracks all in-game entities, including snakes, walls, powerups, and world size.
2. Controller: Handles server communication, player inputs, and updates to the model.
3. View: Renders the game world using Blazor.Extensions.Canvas for a smooth and engaging experience.

• Name Customization: Players can customize their snake's name.
• Server Connection: Connect to the game via IP address or hostname and select a connection port.
• Dynamic Rendering: Snakes, powerups, walls, and player scores are rendered in real-time.
• Player Customization: First 8 players have unique colors, with options for additional players to reuse colors.
• Crash Animations: Snakes flash red briefly when crashing.
• Powerup Effects: Powerups provide satisfying visual feedback when collected.
• Zoom: Use the 'm' and 'n' keys to zoom in and out of the game world.
• Disconnect Button: A dedicated button allows players to disconnect (reconnection is not yet implemented).

• High Performance: Optimized for smooth gameplay, even at 50+ FPS.
• Polished Animations: Including smooth score updates, crash effects, and zoom animations.
• User-Friendly Design: Thoughtful user experience with seamless interactions and feedback.

This project is licensed under the MIT License – see the LICENSE file for details. Please do not copy code, it counts under Academic Misconduct