Dual Universe Creators

This project leverages the recently released screen LUA APIs to provide an interface with the programming board. With this system, you can set up a public drop off point for ore with requirements for each available ore, and set the system to show all tiers, or single tier at a time. https://github.com/jdelgado-dtlabs/DU-Ore-Manager

Essentially, this script provides an AR overlay to your world to view waypoints you have set with Archaegeo's script, in addition to the planets around you. Like all AR scripts made with the AR projection library, there are specific conditions under which this script functions correctly. If you are on a planet, assuming you aren't in a cockpit in another ship, the script should function flawlessly. It will only work in a seat on the construct the programming board was deployed in, and only if you correctly calibrate said seat, assuming you have "freelook" enabled. What freelook enables is a way to track where your camera is looking purely based on your mouse movement. Of course, this comes with one major downside: it won't work in the third person. Nor will it work if you don't calibrate your pitch and heading. Calibration takes place in the form of looking either up or down, pushing your mouse past the limit you can look and then looking either left or right. The accuracy is around 1 degree when looking straight on if the calibration was done properly. (Inaccuracy is purely a result of the mouse capture not being absolutely perfect) In space, as long as you are on the ship the programming board was activated on, it should function for both in a seat, walking around and jetpacking. Note that for walking around, you need to calibrate your pitch. There are a couple more settings to change around if you want to. However, that is about all you need to know. To use the script, copy the JSON file contents found in the link below and select something like "paste Lua script" using a programming board. Connect the programming board to the core, and activate! If you have some saved waypoints using Archaegeo's script, connect the databank to it, and it should load his script's waypoints as well. Link: https://github.com/EasternGamer/AR-Library/blob/experimental/NewWaypointer.json Disclaimer: I coded this, however, Archaegeo provided the idea, hence when starting the script he is credited and used to host the script.

Simple script making your refiners to automatically cycle through t1 recipes when they are out of resources. Helps if you're just starting and have only one refiner or if you want to make your refiner more efficient. Just copy this into your onStatusChanged(3) filter on your refiner (assuming you named that slot "refiner") ``` --- status 3 -> jammed, no materials -- 198782496, -- hematite -> iron -- 2240749601, -- bauxite -> aluminum -- 159858782, -- coal -> carbon -- 2589986891, -- qurtz -> silicon local currentItem = refiner.getOutputs() -- linked list to cycle possible recipes local refinedOres = {} refinedOres[198782496] = 2240749601; refinedOres[2240749601] = 159858782; refinedOres[159858782] = 2589986891; refinedOres[2589986891] = 198782496; refiner.stop(true) refiner.setOutput(refinedOres[currentItem[1].id]) refiner.startRun() ```

YouTube Demo: https://youtu.be/SsrcFBkUe-g An interactive map of the solar system. Display distance, Ore, Gravity, updating ships position, warp pipes, safe zone, trajectory, and a warp animation. More locations can be added to the map by request. For a working demonstration on a static core visit "Divens Lua Bazzar" at your nearest surrogate station Contact Me in game [Player Name: DivenDerp] or via Discord [Diven Desu#5809]

HI everybody, I'm glad to present to you my old script pvp made in BETA, I take me some times to update it for the release. the fight works only under 1000 m distance between every opponents Installation : ------------- you have 2 reciever, 2 emetter and 1 transponder you have to define the channel for each one ! PUBLIC FIGHT CODE --------------------------- >>>name your ship !<<< receiver_1 = public2 receiver_2 = public1 emetter_1 = public2 emetter_2 = public1 transponder = publicAll -- in lua parameter -- canalemitter_1 = public1 canalemitter_2 = public2 video : https://www.youtube.com/watch?v=Xuu7uFORS6A dispencer at this position : ::pos{0,27,13.7056,23.2530,59.6596} vr = baxton aeronotics its 500000 h per ship enjoy !

for the script go to https://github.com/Davemane42/DU-Scripts#player-logger-script Log player activity to a Databank(s) and render to a screen v3.2 tested with 1300 entries with 8 databanks will import older data when upgrading (save the data using the 'dump' command just in case) Elements needed: 1x Programming board 1x Manual Switch 1x Screen 1x Detection zone 1 to 8 Databank(s) Instalation: 1. Copy the content of the link below and paste on a programming board lua config https://raw.githubusercontent.com/Davemane42/DU-Scripts/master/PlayerLogger/PlayerLogger.json 2. Connect Detection zone -> Manual Switch -> Programming Board For multiple detection zone: add an "OR operator" (only 1 needed) in between Detection zones and the Manual Switch 3. Programming Board -> Manual Switch (both way) 4. Then do the same for the databank(s) and screen . 5. Finnaly, hit ctrl+L while looking at the board add your username in line 7 of unit.start() rename the location to your liking Activate the board manualy and type "help" in the lua chat for the command list 'clear' [clear the databank(s)] 'dump' [dump the table as JSON in the screen HTML so you can copy it] 'exit' [exit debug mode] 'help' display a list of commands 'remove (indices)' [remove an entry from one of the table] 'update' [Update the screen code]

Simple AGG touch screen control UI. Far left slider controls the altitude, the "Alt Lock" button prevents it from being moved accidentally. Min is 1km and max is 10km. There are also 2 lock buttons to prevent the Agg power button from accidentally being toggled. The 2nd slider moves to display current current agg base altitude and the center box shows it also. The right box shows your ships current altitude. The script can be customized if needed (may be an additional fee depending on complexity) Future proof, uses new lua UI changes. Setup includes: Control board, any size screen, Databank (optional, but sometimes displays inconsistencies)

The IndyHUD is a forever free augmented reality display for industry, and includes translations for FR/DE. It's incredibly simple to use, requiring only a link to the Core unit. The AR display will show you a quick view of every machine's current state with a color indicator, including all containers. You can hover your mouse on one for a detail view, showing what the machine's name is, what it is producing, the tier, and status amounts for batch/maintain/infinite. You can also choose to show full container names at all times. Check out the github instructions here: https://tinyurl.com/indyhud

This script offers all shield functions on any size screen or screens. It uses touch buttons and is well tested. If you are interested, join my scripting discord at https://discord.gg/ttajxhZYXY

A simple HUD for monitoring and managing industry in Dual Universe Open source project, all sources available here : https://github.com/Jericho1060/DU-Industry-HUD You can join me on Guilded for help or suggestions or requests by following that link : https://guilded.jericho1060.com Feature list: - display all your industry status from a single programming board with only one link to the core - Add other boards to remote control all your machines (start/stop/batch/maintain) - easy locate your machine with arrows displayed around when selected on the HUD - fully controlled with Keyboard and can type setted value directly with your keyboard

An expanded version of my Factory Monitoring Screen for people with crazy big factories. Basic version resulted in text overlaps and eventually script crash due to 50k characters limit per screen. This version displays Metalworks, Electronics and Glass industry on screen 1, 3D Printers, Chemical Industry, Refinersm Honeycomb and Smelters on screen 2 and, finally, Assemblers on screen 3. I figured out it should be a proper setup for most big factories tho I know some of you are crazy :P Simply connect core and 3 (or 9) screens (in any order) to Programing Board and run the script. I humbly suggest setting refresh rate (In Lua settings) to 5 to avoid possible laggy situations with a lot of industry running. Script comes with industry locator. Type help in Lua Tab to see available commands. grab it here: https://github.com/BartasRS/Factory-Monitoring-Expanded As always, tips are appreciated but not required. Enjoy

Allows you a screen interface to view the contents of a container. Comes as both a screen and board script.

A small Node.js CLI built to ease the development of Lua scripts, from small to large ones. https://github.com/wolfe-labs/DU-LuaC ⭐ Features: • Project files and management, with configurable link types • Multiple source file support, compiled to Lua, JSON, YAML and CONF • Code on your favorite IDE or editor, be it VS Code, IntelliJ IDEA, Atom or even Notepad! • Automatic code completion support when used with EmmyLua on VS Code and IntelliJ IDEA • Multiple build targets, such as development and production, allowing control over minification, etc. • Multiple entry-point support, allowing you to use a single codebase to code multiple components of a build, such as different Programming Boards, seats, etc. • Support for code libraries, both built using the compiler and outside it • Integration with GitHub Actions available • Built-in helpers for linked element detection and event handling, no need to worry about multiple filters anymore! • Copy output JSON/YAML code directly to your clipboard, speed up your workflow! 📋 Requirements: • Node.js 18 or LTS • Tested on both Windows and Linux 🚗 Getting Started: 1. Install our CLI tool via `npm i -g @wolfe-labs/du-luac` 2. Run `du-lua create hello-world` to create a new project folder or just go into an existing one and run `du-lua init` then follow the prompts 3. When ready, run `du-lua script-add main` to create your main Lua file 4. Run `du-lua target-add` to create a new build target 5. Run `du-lua build` to compile your project You should now be ready to build your next big thing! ℹ️ Source and Documentation URL: https://github.com/wolfe-labs/DU-LuaC/