NIDAS - Networked Information Display & Automation Software

NIDAS runs as a program over the OpenOS shell.

The program is mostly developed for use with the GregTech: New Horizons modpack.

Check out our wiki for more information!

Installation

• Download and run the setup file from the OC shell:

  wget -f https://raw.githubusercontent.com/S4mpsa/NIDAS/master/setup.lua && setup

Main Features

AR HUD (OpenGlasses)

Power monitor

• Displays current power status:
  • Total capacity
  • Current capacity
  • Input / Output rate
  • Time to full or empty based on the rate.

Toolbar decoration

• Provides an overlay for the toolbar, displaying both the in game time and real world time.

Notifications

• Displays a HUD notification of important events, such as machines needing maintenance.

Gregtech machine maintenance overlay

• Notifies of maintenance need on the HUD and displays an in-world location helper.

Machine monitoring

Tracks machine information:

• Names

• Recipe progress

• Efficiency

• Power usage

• Number of issues.

• Locations

  Each machine has to be individually configured for location support.
  

  Local servers can display the data on a connected screen, while the main server provides HUD notifications of maintenace from all local servers.

Automated Infusions

• Checks for a pattern that maches the items in an ME subnetwork
• Checks for the required essentia for the infusion
• Infuses

Configuration options

System

• Color scheme with support for custom colors. Each of the three colors are configurable.
• Screen resolution.
• Primary screen: Choose which one of the screens connected to the computer is the primary screen.
• Autorun: Choose whether the program should run as soon as the computer boots. There is a run button for running it manually.
• Multicasting: Choose whether you want to have all connected screens display the same image.
• Developer mode: Show debug information such as allocated memory.

Server

• Choose if the server is the central server in the system, the one that is connected to the power buffer and controls the glasses.
• Choose which of the connected machines is the power buffer. We will soon suggest a power buffer based on the sensorInformation the machines gives us.

HUD

• Name the owner of the glasses.

• Change the rendering resolution.

• Chose GUI scale on the video options of the game: 1 for Small, 2 for Medium, ,3 for Large and 4 for Auto.

• Choose your timezone offset so the real world clock displays your time correctly.

  (If the offset is negative, you must type the number first and then press -, blame @S4mpsa for that)

Power

• Set the redstone component which controls the power.
• Configure the thresholds at which the power generators whould be turned on or off.