Dorios Machinery Core
Dorios Machinery Core is the underlying engine used by machine-based addons such as:
- UtilityCraft
- Heavy Machinery
- Ascendant Technology
- Tiered Machinery
It provides a modular framework for building machines, generators, energy systems and multiblock structures in Minecraft Bedrock Edition.
The goal of the core is to simplify machine development while ensuring native compatibility between addons that use it.
By using Dorios Machinery Core, creators can focus on designing gameplay features instead of rewriting complex infrastructure.
Why use Dorios Machinery Core?
Creating machine systems from scratch often requires handling many complex systems such as:
- inventory management
- energy storage and transfer
- machine processing logic
- multiblock structures
- block and entity synchronization
Dorios Machinery Core provides a unified framework that solves these problems and exposes a clean API for addon creators.
This makes development:
- faster
- more consistent
- easier to maintain
Features
Dorios Machinery Core includes:
- A machine framework for creating automated machines
- Energy container systems
- Fluid container systems
- Multiblock structure detection
- Inventory compatibility layer
- Reusable block components
- Utility helpers for common scripting tasks
All systems are designed to work together while remaining flexible enough to support different addon designs.
Designed for Addon Creators
Dorios Machinery Core is intended for creators who want to build automation and machinery addons.
You do not need advanced programming knowledge, but basic to intermediate familiarity with JavaScript and the Minecraft Bedrock Script API is recommended.
Compatibility
Addons built with Dorios Machinery Core are designed to be fully compatible with each other.
This means machines, generators, and automation systems from different addons can interact seamlessly when they share the same core.
Example Use Cases
Dorios Machinery Core can be used to create systems such as:
- automated generators
- processing machines
- energy networks
- multiblock reactors
- advanced factories
- automation pipelines