Minecraft Mod Generator

The Minecraft Mod Generator produces a ready-to-build project skeleton for Forge or Fabric mods, focusing on structure, build scripts, and standard entry points so developers can begin implementing gameplay ideas immediately. It outputs Java or Kotlin sources, data generator stubs, and resource layouts that conform to Minecraft packaging conventions. This tool helps mod teams, educators, and hobbyists align on a consistent starter framework and reduces boilerplate errors across projects. It emphasizes reproducibility, version compatibility, and clear file organization, enabling faster onboarding for new contributors. The generated skeleton includes a modid-based package layout, a basic entry class, and placeholder data providers that you can replace with actual content. It does not create in-game assets but provides the scaffolding to integrate assets later. The end result is a predictable starting point for testing, collaboration, and versioned releases.
Conceptually, the tool maps user inputs (mod_id, target Minecraft version, toolkit, and language) to a layered project layout: source packages, data generation hooks, resource folders, and metadata files. The generator selects appropriate templates for Forge or Fabric, applies recommended Gradle settings and Java compatibility, and outputs a ready-to-build project archive. It also includes optional data generation scaffolds for blocks, items, and loot tables, plus sample config files that demonstrate metadata definitions and mod loading behavior. Beneficiaries include solo developers, student projects, and small studios seeking a reliable baseline from which to iterate features quickly.
Core value lies in consistency, speed, and risk reduction. The tool enforces naming conventions, creates a clean folder structure, and provides build instructions that work across major IDEs. Use cases include starting a new mod, upgrading to a newer Minecraft release, or provisioning a team with a shared baseline. Advanced users can enable data generators and testing fixtures to accelerate feature validation, while teams can adopt the produced skeleton as a base for multiple mods. The result is a scalable, repeatable, and platform-consistent starting point that minimizes setup time and maximizes development focus.