I Make Games

  Exporting a Unity Game for muOS on the Anbernic RG35XX Developing a Unity game for muOS (MustardOS) on the Anbernic RG35XX is challenging due to both software and hardware limitations. Unity does not natively support the RG35XX’s ARM-based Linux environment, and the device’s modest specs impose strict performance constraints. Below we detail the available build targets, performance considerations, export settings, runtime requirements, and distribution options (standalone .muxapp vs PortMaster) for getting a Unity game running on muOS. 1. Unity Support for ARM Linux on muOS Official Build Target: Unity’s standard editor does not support building Linux players for ARMv7 (32-bit) or ARM64 (AArch64) under normal licenses. By default, Unity produces Linux binaries for x86_64 (and optionally x86) architectures  docs.unity3d.com . In other words, there is no out-of-the-box Unity export for ARM Linux devices like the RG35XX. Unity has an “Embedded Linux” offering (for indus...

  Game Publishing Platforms and Methods Game developers have a wide range of platforms and distribution methods to publish their games, each with its own requirements, fees, and audiences. Below is a comprehensive list organized by category – Mobile , PC , Console , Web , Self-Hosting , and Physical – with key details, access requirements, and pros/cons for each. Mobile Platforms Google Play Store (Android) – The primary marketplace for Android apps. Requires a one-time $25 developer registration fee support.google.com . Google takes a 30% revenue share on app sales and in-app purchases (reduced to 15% for a developer’s first $1M per year) 1d3.com 1d3.com . Open to all developers (apps must adhere to content policies and pass a review). Pros: Huge global Android user base; relatively straightforward submission and update process. Cons: Very crowded store, discoverability challenges, and compliance with Google’s policies (e.g. Android API level requirements, content guideli...