HTML5 Canvas Game Boilerplate

Overview

The Canvas Boilerplate is a project that aims to make starting an interactive 2D Canvas application fast and easy, even for developers who have never used Canvas before. It includes a stripped-down version of HTML5 Boilerplate and adds some Canvas-specific boilerplate and a couple of useful JavaScript abstractions. The project's goal is to provide thorough documentation and make it easy for developers to learn, use, and get started with Canvas.

Features

• Boilerplate HTML and CSS: Based on HTML5 Boilerplate, providing cross-browser compatibility and standards-compliance.
• Easy to learn: Developers can start developing without having to learn new APIs. The project provides intuitive extra features and thorough documentation.
• Rapid prototyping: Standard, extendable classes are provided with support for collision, physics, bulk initialization, and more.
• Boilerplate JS: Avoid low-level Canvas APIs and boilerplate setup. Focus on business logic without worrying about setting up the canvas, animation loop, physics timing, and image caching.
• Simple interaction: Easy interaction with the mouse and keyboard. An event model allows entities on the canvas to be treated as first-class citizens. The canvas automatically scrolls if the virtual world is too large to fit in view. Positioning HTML over the canvas (e.g. for menus) is straightforward.

Summary

The Canvas Boilerplate is a project that aims to simplify the development of interactive 2D Canvas applications. It provides a set of boilerplate HTML, CSS, and JavaScript, along with useful abstractions and rapid prototyping tools. The project focuses on ease of use and thorough documentation, making it accessible even for developers new to Canvas. It offers features like cross-browser compatibility, intuitive development, rapid prototyping, simplified interaction, and more. The installation process involves either cloning the repository or installing via NPM, and developers can start building by filling in logic in the provided functions.