• Online: Play directly in your browser here. Note: Chrome is highly recommended due to better performance.
• Desktop: Download the desktop version. Note: Ensure the game executable is next to the "assets" folder before running.

• Aim to achieve the highest PS (Passed Sectors count) possible.

Marked by MS (Movement Speed) variable. Increases with each passed sector as simulation accelerates.

You fly automatically.
To avoid obstackles jump.
Tip: Do it interchangably using all functional buttons.

1. Keyboard – click <space> button.
2. Mouse – click <left button>.
3. Touch screen – touch anywhere on the game viewport.

1. Go to the folder where you want to install (put) the game.
2. Use the following bash commands:

   git clone github.com/siiir/brick_bird
   cd brick_bird
   git switch stable
   cargo build --release

   These obviously requires having these bash commands installed.
3. When you want to run the game:
   1. go to instalation folder
   2. enter command cargo run -r

1. Ask AI model for help. Show it this README.md file & "Cargo.toml" file. It should help you to compile this project with best optimizations. These improvements are neither obvious nor necessary for everyone.
2. See build profiles in "Cargo.toml".

1. Go to the folder where you want to install (put) the game.
2. Use the following bash commands:

   git clone github.com/siiir/brick_bird
   cd brick_bird
   git switch web-stable

   These obviously requires having these bash commands installed.
3. When you want to run the game:
   1. Serve the game using a static file server
      Using Node.js http-server

      http-server . -p 8000

      Or using Python3

      python -m http.server 8000

   2. Access the game in a browser at https://localhost:8000.

Documentation for all Rust's "items" used/defined in this project outside of "main.rs".

{collisions, gravity, acceleration, turbulence} have been coded from scrath using math.

Will utilize all your cores, when running outside of browser. ECS design allows this game to scale with number of CPUs.

• Highly modular and scalable architecture.
• Leverages unique capabilities of the Rust programming language.

• Developed entirely through coding without the use of any graphical editors.