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Pokemon Emerald Ported to WebAssembly (100k FPS)

A developer has successfully ported the classic Game Boy Advance game, Pokemon Emerald, directly to WebAssembly, making it playable in a web browser. This impressive technical feat showcases the power of WebAssembly, achieving reported performance figures up to 100,000 frames per second. Hacker News loves projects that combine beloved nostalgia with cutting-edge web technology and demonstrate significant engineering prowess.

15
Score
4
Comments
#4
Highest Rank
5h
on Front Page
First Seen
Jun 6, 1:00 PM
Last Seen
Jun 6, 5:00 PM
Rank Over Time
66477

The Lowdown

This project, titled 'pokeemerald-wasm,' brings the popular Nintendo Game Boy Advance title, Pokemon Emerald, to the web using WebAssembly (Wasm). Developed by tripplyons, this open-source effort allows users to play the iconic game directly in their web browser, highlighting the potential for high-performance applications on the web.

  • Core Technology: The game is powered by an 11.6 MiB WebAssembly module.
  • Performance: The project boasts impressive performance, with display FPS around 3 and game FPS at 10 (0.2x speed relative to original, but the title claims 100k FPS which likely refers to an internal engine metric or potential in ideal conditions, not displayed framerate).
  • Controls: Users can navigate the game using standard keyboard inputs: arrows for movement, 'Z' for A-button, 'X' for B-button, 'Enter' for Start, and 'Shift' for Select.
  • Open Source: The project's code is available on GitHub under the tripplyons/pokeemerald-wasm repository, inviting inspection and contributions.

Overall, the pokeemerald-wasm project serves as a compelling demonstration of WebAssembly's capability to run complex, performance-intensive applications, such as classic video games, seamlessly within a web environment.