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me3 is a software framework developed and published by garyttierney, designed for modding and instrumenting games. Its primary purpose is to extend the functionality of titles produced by FROMSOFTWARE, giving users a structured way to modify, enhance, and observe game behavior beyond what the base software provides out of the box. As a modding framework, me3 falls into the game modification and instrumentation category, a space typically occupied by tools that help players and developers customize gameplay, load additional content, or analyze how a game operates at runtime. The instrumentation aspect of the framework means it can also be used to monitor or inspect a game's internal behavior, which is useful for debugging, research, reverse engineering, and the development of more advanced modifications built on top of the framework itself. The current and only version of me3 listed is 0.11.0, with the catalog recording a single published release. The pre-1.0 version number indicates that the project is still in active early development and may be subject to changes in functionality or stability as it matures, so users should be aware that interfaces and behaviors could evolve between future releases. Because there is only one version available, there is no upgrade history to consider, and anyone adopting the tool will be starting from the 0.11.0 release. Typical use cases for me3 center on the FROMSOFTWARE game ecosystem. Players interested in altering their experience can use the framework to apply mods that change or add to a game's features, while mod authors and technical users can rely on it as a foundation for building, testing, and distributing their own modifications. The instrumentation capabilities make it equally relevant for those who want to study how these games function internally, whether for creating compatible mods, diagnosing issues, or conducting technical analysis. Overall, me3 serves as a specialized utility aimed squarely at the FROMSOFTWARE modding community, combining extension and inspection capabilities in a single framework published under the garyttierney name.
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