Viney is a high-performance infrastructure and automation utility designed to bridge advanced mechanics with programmable logic. Built natively for technical players and modpack architects, Viney introduces smart automation components, standalone diagnostic tools, and deeply integrated terminal peripherals.
A centralized logistics hub acting as a high-density intersection for item and fluid management.
Dual Capacity: Functions simultaneously as an item crate (9 slots) and a high-capacity fluid tank (32 buckets).
Cross-Mod Pipe Compatibility: Natively exposes standard Forge capabilities, allowing direct interaction with Mekanism pipes, Create funnels, Applied Energistics 2, and Refined Storage networks.
A robust chunk-loading solution powered by Forge Energy (FE).
Dynamic Position Tracking: Unlike standard stationary chunk loaders, the Viny Loader dynamically tracks its global position vectors.
Contraption Compatibility: Designed to maintain active chunk states even when attached to moving structures, such as Create Mod contraptions.
Viney introduces two specialized utility devices with built-in mechanics:
Pathogen Scanner: A hand-held diagnostic tool that analyzes biological baselines. Right-clicking living entities reads out vital stats, health data, and anomalous infection markers.
Nano-Stabilizer: A futuristic structural diagnostic wand. Deploys a nano-core to blocks to instantly read and monitor real-time entropy and stabilization levels.
Every core block in Viney acts as a native ComputerCraft peripheral. You can write custom Lua scripts to:
Monitor real-time energy (FE) levels and toggle chunk-loading grids.
Query precise item counts and fluid capacities within the Logistics network.
Automate factories dynamically based on inventory status.
PneumaticCraft: Repressurized: Built-in hooks natively expose pressure capabilities, allowing you to read and track system pressure values directly from your computer networks without third-party APIs.
Server Resource Optimizer: Includes a background utility that automatically adjusts core threading models and file limits within computercraft-server.toml on server startup, ensuring system stability under massive automation loads.
This project is currently in Beta. Mechanics, API capabilities, and asset models are fully functional but subject to optimization and refinement based on community feedback. Please report any unexpected behavior or issues on the project tracker.
