scitor

Yeah, just added that as a "bug" After an update it will look for all those peripherals by itself (no setup procedure) and it will only take dimlets from ME, no bows (lol)

Hello, I'd like to suggest Ghostwood Saplings (253:4) for the admin shop, on the Direwolf20 1.7.10 Server. Since they seem to be bugged in the version we use, so they don't spawn in nether like thet should. Checkout this issue: https://github.com/progwml6/Natura/issues/192 (we seem to have an older version) - scitor

Hey, here is another handy tool I wrote, since I couldnt find any working Turbine controller that did what I wanted: Prerequisites: One or more reactors, connected with Wired Modems One or more turbines, also connected Vibrant Capacity Bank, the number of cells is configured in the script Preheater / Alternative Steam Generator for spinup and standby mode This script DOES NOT regulate reactor rods. They have to be setup to power all connected turbines. Installation: Connect everything with Wired Modems and Networking Cable. Make sure the modems are connected (red). Open the Computer and type: pastebin get Tpri61yS i Just start "i", the installer should download the newest version. You can use this also for updates in the future. The startup script has to be edited (edit startup), there is a dedicated config variable where all values should be clear. Preheater: config.prechargerName is the computers side where a rednet cable (or comparable redstone cable) is connected to a valve (e.g. tesseract) regulating the precharger steam. The reason for this is to not use up the precharger steam for normal power generation. The precharger is used to hold the turbines on rpm without using the main reactor. The program is written that when you don't use a precharger the config.prechargerName variable should be left empty. In that case the main reactor will be used for standby steam generation, although this is not tested very well. Operation: The program spins up the turbines to the configured optimalTurbineSpeed and tries to hold them there. It monitors the Battery, once it falls below the bankChargeMin percentage the turbines start to charge the battery until it reaches bankChargeMax. If one of the turbines falls below the optimal rpm, its coils get disabled and the turbine is spun up with a bit random disable. Known problems: Cold starting all turbines at once with a full battery can take some time. not well tested, you tell me Example Installation:

Hey, I wanted to share a handy tool I made with CC: Operation: The script takes any unknown dimlets and all dimlets that are multiples above the selected amount, and scrambles and researches them until there are no more duplicates. Items needed: 1 Dimlet Researcher 1 Dimlet Scrambler 1 ME Interface 1 Advanced Computer 1 Advanced Monitor 5 Wired Modem 5+ Networking Cable Installation: Place everything and connect with modems. Don't forget to right click (connect) the modems once all network cables are in place. Write down the names of the modems you will need them for the config. Open the Computer and type: pastebin get kpJQJRvg i Now start "i", the installer should download the newest version. You can also use this for updates in the future. The startup script has to be edited (edit startup) and the modems must be named correctly. The variables sideScrambler and sideResearcher have to be the sides seen from the ME Interface. Known Bugs: - The scrambler sometimes clogs up with same-type dimlets. In that case try to mix up the types. Normally it's enough to take out one or two dimlets. - The program assumes only dimlets in the ME storage, so best is a simple ME drive with ME interface and a terminal (not a bug but worth mentioning). - not well tested, you tell me Input: Result: Build: