This could also add overclocking

Please note that I only started working on that yesterday so I can't present this functionality yet

I'm here once again with a new addon mod for OpenComputers (Unlike most of my others this one works without OC too). OpenFM allows you to stream from lots of online radio streaming services to your Minecraft world, all sound playing is done client side so there is little added load server side.  OpenFM supports Streaming audio in MPEG 1/2/3 format, or pls/m3u playlists linking to MPEG 1/2/3 sources.

Downloads are at: http://minecraft.curseforge.com/projects/openfm

Source is at: https://github.com/PC-Logix/OpenFM

Usage:

fm = components.openfm_radio
fm.setURL("http://listen.radionomy.com/DeepHouse")
fm.start()
fm.stop()
fm.volUp()
fm.volDown()
fm.getVol()

Disclaimer: This was not originally my idea. Credits go to https://github.com/MightyPirates/OpenComputers/issues/2976

Hey! This is my new mod, Computronics. It adds some new interesting peripherals, including simple Cameras, Cassette Tapes and MiscP's Iron Note Blocks.

The Cameras let you (and Robots) gather information (distance) about your surroundings, the Cassette Tapes let you record and play back music with a special format and... Iron Note Blocks are noteblocky. More features are planned, though!



WIKI AND DOWNLOADS: http://mc.shinonome.ch  https://wiki.vexatos.com/wiki:computronics

Edit by Sangar: changed URL as per Vexatos' request.

for Minecraft 1.12.2

____________________________________________________

Source Code and builds can be found on Github.

Note: Requires Forgelin.

General Purpose (E)EPROMs?

Have you ever wanted fast storage? How about wanting to boot PsychOS 2 on a uC? Well, now you can! There are two main variants: The card and the drive.

The Card!

The Drive!

Tiers:

• Tier 1 - Manually erased EPROM, erased with the assembler. 64KiB
• Tier 2 - Electronically erased! Still 64KiB
• Tier 3 - Bigger EEPROM! 128KiB!

But how do I craft them?

Just use JEI, trust me.

What else is included?

A utility floppy and ROMFS boot EEPROM are included with the mod!

Feel free to ask more questions!

i need to make docs

A while ago there was a post on here about someone making custom cases, I am not that person but I do have a release.  This may be improved upon in the future but as of right now it is in a completely usable state.

This is a client side replacement for opencomputers. Do not use with normal opencomputers. This will be updated to release versions of OC and will not be for 1.7.10

Theoretically this should be usable as a client connecting to a server with normal opencomputers, this was not tested.

To use this install this modified version of opencomputers, it includes a custom case with it. If you want a different case you can choose to install a resource pack, I have made 2 so far. If a resource pack says it is incompatible for any reason ignore it, it's a single number in the pack.mcmeta that has to be different for certain minecraft versions, it will not effect the pack.

The default case that comes with the mod:

1.10, OC version 1.7.3

1.11, OC version 1.7.3

1.12, OC version 1.7.3

NZXT Case: download

IBM 5150 Case: download

Let me know of any issues, or any suggestions for future cases.

for Minecraft Forge 1.12 to 1.12.2

OpenScreens adds more display options for OpenComputers.

Curse Link: https://minecraft.curseforge.com/projects/openscreens

Holo Screens

Holo screens are floating displays with adjustable size and color.

Hologram projector model and texture by ZefTheFox

Right clicking a holo screen with a dye will change the background color. Right clicking the sides with an empty hand while crouching adjusts the size of the display.

Flatscreens

Flatscreens are simple displays that are... flat! There's two types, one on the front of the block and one on the back to allow more freedom.

I have questions/need support! Where can I get help?

You can always ask in my Discord server. If your issue is related to OpenComputers, you can read the OpenComputers Wiki. Report bugs here.

My website: https://itsmeow.dev/

Discord Server: https://discord.gg/zrjXjP5

Curse Link: https://minecraft.curseforge.com/projects/openscreens

Documentation has been moved to GitHub: https://github.com/PC-Logix/OpenSecurity/wiki

FlatScreen Panel 

frameless screen which can be configured to be "rotated/tilted" on the x/y axis and can render transparent (they work as normal Screens, Touchinput will be improved in the final release)

CardDock 

external housing for OpenComputer Cards which can be bound to any machine in the Network

Cases

additional Tier3 computer cases from ZefTheFox

Download on curseForge for Minecraft 1.12.2

https://minecraft.curseforge.com/projects/ocdevices

Planned content (may change):

- A Transporter system similar to the technology of the same name seen in Star Trek. (This will be the first feature added and is currently being worked on)

- A viable endgame power source (power output comparable to Mekanism's Fusion Reactor) in the form of a matter-antimatter reactor.

- An Energy->Matter converter similar to the Replicator technology seen in Star Trek.

Any ideas or feedback on this project is welcome!

The GitHub repository for this project may be found here.

Understands Aspects in jars and machines, aspects on items inside chests.

Code at Github

Download at Github

Github Repository

This mod adds drivers for Tinker's Construct multiblocks.

It allows for obtaining information on the state of each structure, and enables moving fluids around in the Smeltery and Tank.

This mod is currently in an alpha state due to very limited testing, but should be usable.

Wiki: https://github.com/ben-mkiv/OpenEntity/wiki

Curse Project Site: https://minecraft.curseforge.com/projects/openentity

Latest Downloads: https://minecraft.curseforge.com/projects/openentity/files

make world backups if you use alpha/beta builds of my mod!  xD

OpenComputer 1.7+ for Minecraft 1.12 is required to enable the OpenComputers features

feel free to contribute any feedback, specially how to balance costs of features out

It allows searching for and scanning nearby blocks for energy, items etc

Downloads, description and examples on curse
Sources on github

Maybe this is useful to somebody else but me. It should also be easily extendable to support more mods. Pull requests always welcome!

Download: LINK
Wiki: LINK
Issues: LINK

so I'm starting on the latest version of minecraft so I'll have something decent by the time enough decent mods have been ported to the version.
(basically working my way into the modding community)
so don't expect to see this mod released for a while.

feel free to jump in and lend any info you may have to help me make this better

Minecraft is a game about creativity, so why not extend it with something purely creative.

This mod will add the ability to manipulate "physical" light through the use of the OC computer.
The inspiration and idea for this mod came from both the OpenGlasses mod (being able to program virtual holograms), and the concept of Hard Light.
(credit to Loggren aka RickyTheVoice for being the first to inform me about the concept on my forum.)

Hard Light is a concept by which holograms can physically interact with you, whether it be:
- standing on a floating "magical" platform
- protecting your base from intruders with a force-field
- cloaking your base (this would actually be less CPU-tasking than a massive area of sky-blocks)
- defining entities in the world (mobs or pets)
- programming tools weapons or magical abilities

Sources:
http://reddwarf.wikia.com/wiki/Hologram
https://www.filterbypass.me/s.php?k=http%3A%2F%2Fwww.halopedia.org%2FHard_light&b=4&f=norefer
http://theportalwiki.com/wiki/Hard_Light_Bridge

a bit far-fetched here, but:
http://overwatch.gamepedia.com/Hard-light

Now yes, because it's Hard Light, aside from getting in your way and/or supporting you, it'll also be able to break blocks and/or hurt you...
So to add some grief-control, I'll be adding area definitions to the LUA-API, to secure blocks that hard light will simply "pass through".
(This means other players won't be able to mine your blocks with hard-light tools)
^ I will also try to integrate into current grief-prevention systems, so you can use factions or claims to do this for you

The light casted is also controlled via the LUA-API (see the next post below for format descriptions).

Like a real GPU, the projector will act as a server for storing model data (as arrays) when supplied with RAM.
And like modern 3D engines, The LUA-API will allow you to control the data uploaded to the projector.
This basically means you can upload say, a vertex array, and then modify it through your program's run-loop.

@TheMightyPirates: (regarding an earlier issue) yes this means I'm providing a sandboxed interface, I'm experienced with this thanks to my model converter's scripting interface.

Now, the mod will provide it's own type of RAM which will be significantly larger and faster than the RAM provided by OC.
Note that crafting RAM is not meant to be cheap, with a recipe similar to OC's T3.5 RAM, for a base craft of 2MB in size.
2MB will typically be all you'll need for pretty much anything... (the Wii's embedded GPU-RAM is 3MB to give you an idea)
Any higher amounts of RAM are crafted from an X2 recipe (like OC Lights) up to 256MB maxed for those who want to build complete virtual worlds with alot of GFX.
(go crazy with your creative skillz, just be careful to consider other people who'll see your stuff, they may not have the hardware power you have)

I will try to automate available GPU-RAM detection, which should allow you to define whatever you want w/o hurting anyone else.
if the end-user's GPU-RAM is full, the data will simply not be displayed...
Note that distance, clipping, and render-priority plays a part in the data uploaded to the actual GPU, so really this shouldn't be a problem

Aside from RAM, each projector will also have a default range before the light "weakens" or fades out (unless given the Ender upgrade),
so range upgrades (crafted in the same way as RAM, though limitless) will allow you to extend your projection range, simply adding the multiple to the default range until maxed.
The more upgrade power you have, the less power you'll use at a closer range, and the farther you'll be able to project hard light.
(this also affects tools which will show a faded version in your inv when you're out of range or don't have enough power to use)

Power usage affection at max distance is default_power + ( upgrade_power * .25 ) which actually cuts power usage at the default distance.

Now with the Ender upgrade, projecting long distances will need to use extreme amounts of power (WIP), where installing range upgrades simply reduces the amount of power used (WIP).
(theoretically though, you should be able to project at any location, as long as you can supply enough power)

Here's a chart listing the tier ranges and RAM limits:

 Tier | max RAM | block-range | color-depth
------+---------+-------------+-------------
  1   |  64MB   |   16 - 384  | bitmap (B/W)
  1.5 |  64MB   |   16 - 384  | grayscale
  2   |  128MB  |   48 - 4096 | 16 color
  2.5 |  128MB  |   48 - 4096 | 256 color
  3   |  256MB  |   64 - ∞    | 16bit RGB5A3
  3.5 |  256MB  |   64 - ∞    | true-color
  4(C)|    ∞    | ∞ + upgrade | true-color

yes, T4 is actually creative, meaning no limits on anything (including power) (unlike OC's cases)

Progress Log:

EDIT: should've also mentioned I have no internet at home...

I do have a bunch of sources from various mods though which I'm using for examples.

Remember: If you have any ideas for this, feel free to post here or PM me.

Notes and plans:

- [removed] custom player models will require a separate mod (you can't cloak yourself as a mouse and expect to fit in a mouse-hole)

- [removed] world casting can be done via a void world with RFTools or MystCraft and the like (otherwize things would clash)

- [planned] basic and ender projector upgrades for robots and drones (limited with 64MB RAM and a 48, 96, or 128 block range with half the power use)

Join my community on Discord and chat with me live:

https://discord.gg/0Y8h5pLQK5uS7xMH

Builds 120+ are MC 1.7.10, and require OC 1.5+
 
Downloads:

https://minecraft.curseforge.com/projects/OpenPrinter
Also, the mod has a auto update checker, like most mods, but this one is based on the M.U.D of Battlegear2 mod, and includes the ability to download updates to the mod from within the game. (restart still required)


A Printed page:

 
Recipes:
The Printer:

4 Iron Ingot,
2 tier 1 ICs,
2 Redstone,
1 PCB.
 
Color Ink Cartridge:

1 Rose Red,
1 Cactus Green,
1 Lapis Lazuli
1 Iron Ingot.
100 uses by default, changeable in the config.
 
Black Ink Cartridge:

3 Squid Ink
1 Iron Ingot
100 uses by default, changeable in the config.
 
Ink Refill recipe, use the proper recipe above, but replace the iron nugget with a partially used ink cartridge.
 
Printer Paper Roll (256 sheets of paper in one item)

4 stacks of 64 Minecraft Paper
 
Methods:

op = component.openprinter

op.writeln("String", [0xHEXCOLOR], ["center"])

 
Color, and center are optional, format is 0xRRGGBB, using this will add one use of your color ink cartridge, center will attempt to render the string in the center of the page, instead of left justified.  you CAN use Minecraft's chat formatting control codes with calls to writeln, http://minecraft.gamepedia.com/Formatting_codes  EACH CALL to a COLOR set will add one use of the color ink cartridge, calls to format codes will NOT.

op.setTitle("String")

Sets the "name" of the printed page, this also effects the item display in your inventory, never forget which page is which!

op.getPaperLevel()

Returns the amount of paper in your printer, 0-64 for Normal MC paper, or 0-256 for a paper roll.

op.getColorInkLevel()
op.getBlackInkLevel()

returns the number of uses left in the ink cartridge 0-100 (default)

op.clear()

Will clear everything set by previous calls to op.writeln()

op.print()

Calling this method will print all previous calls to writeln to the printer.

op.printTag("String")

will print data to a Name Tag, op.printTag("Dinnerbone") and op.printTag("jeb_")
This can be disabled via the config because this usually costs XP to set, using this method it is free.

Some features in this mod:

• Computer carts with an build-in engine and a break.
• Remote module for railcraft locomotives
• Network rail to send network messages and power to a computer cart.

Interaction with Railcraft:

• Computer carts can take energy from electric rails.
• Carts are linkable.
• Signal for cart lockdown (holding tracks).
• Linking Upgrade for Computer Carts
• You can put railcraft emblems on Computer Carts

Screenshot:

Download and more informations on Curse.

Please report any issues. Github

Download from Curse. Source available on Github.

If you find any bugs or have suggestions, please use the Github issue tracker to submit them.

Now we made small mod that adds some useful robot components

Embadded Tesseracts...[ThermalExpansion]

Yes, we added upgrade for robot. It's Tesseract upgrade and Energy Tesseract Upgrade

It's a Tesseract upgrade, it can be installed to Slot Tier 3 in robot

When it installed, there is new component available

component.tesseract

--Work with activate and frequncy
component.tesseract.setFrequency(freq:number):boolean,string(failreason) -- Sets the frequency of Tesseract and activating it, returns success(Consumes energy)

component.tesseract.deactivate():boolean -- Resets the frequency of tesseract and deactivating it, returns success

component.tesseract.isActive():boolean -- returns whatever tesseract active or not

--Work with mode
component.tesseract.setSendMode():boolean,string(failreason) -- Sets tesseract to send mode, returns success(Consumes energy)

component.tesseract.setReceiveMode():boolean,string(failreason) -- Sets tesseract to receive mode, returns success(Consumes energy)

component.tesseract.isMode(receive:boolean or nil):boolean --return receive==isReceiveMode

component.tesseract.setMode(receive:boolean):boolean,string(failreason) -- Sets tesseract to receive or send mode, returns success(Consumes energy)

--Sending items and private mode
component.tesseract.sendItems([count:number]):boolean,(number or string failreason) -- (Send mode) Sends item in selected slot to tesseract, returns success and number of NOT sended items(Consumes energy)

component.tesseract.setPrivate(isPrivate:boolean):void -- Sets tesseract's private mode to given value and deactivating tesseract(If in private mode items will be sended and received to tesseracts that owned by robot owner)

Tesseract received items will be added to firs matching or free slot

Energy tesseract can charge robot by remote sending energy:

component.etesseract

--Work with active
component.etesseract.activate():void -- Activating tesseract

component.etesseract.deactivate():void -- Deactivating tesseract

component.etesseract.isActive():boolean -- returns whatever tesseract active or not

--Work with frequency and private mode
component.etesseract.setFrequency(freq:number):boolean,(string fail) -- Sets the frequency of Tesseract and activating it, returns success

component.etesseract.resetFrequency():boolean -- Resets tesseract's frequncy, and deactivating it, returns success

component.etesseract.setPrivate(isPrivate:boolean):void -- Sets tesseract's private mode to given value and deactivating tesseract

It a legal way to charge IC2 items in robot

component.itemcharger

--Its methods
component.itemcharger.getIsElectricItem():boolean,(string fail) -- Returns whatever item in selected slot is IC2 electric or not

component.itemcharger.getCharge():boolean,(string fail)/number -- Returns success, charge of item in currently select slot

component.itemcharger.getEquippedCharge():boolean,(string fail)/number -- (Needs inventory controller)Returns success, charge of item that currently equipped

component.itemcharger.rechargeItem(fromSlot:number,[count:number]):boolean,(string fail)/number -- Charges item in currently selected slot using energy from item in fromSlot, returns success, count of energy transferred

component.itemcharger.rechargeEquippedItem(fromSlot:number,[count:number]):boolean,(string fail)/number -- (Needs inventory controller)Charges item in currently equipped using energy from item in fromSlot, returns success, count of energy transferred

--Example to charge item in slot 1 using battary in slot 2

robot.select(1)
local ch=component.itemcharger
repeat
  local res=ch.rechargeItem(2)
until not res[1] or res[2]>0

Version 1.1.5-1.6.4 => LINK

Version 1.1.2-1.7.10 => LINK

Old versions

Minecraft forum post

Enjoy!

If some bugs or ideas replay this thread.

Sorry, if my english not perfect =(

UPD: And if you have ideas where i can also post it, replay please.

UPDD: Version 1.1 addtions! Enjoy!

Note: This mod doesn't have it's own Creative tab, the comonent(s) show up in the OpenComputers tab.

Download

You can get the latest builds from the jenkin's server: http://pc-logix.com/mods/ICBMComponent/artifacts/
You can find the source code on github, here: https://github.com/bizzycola/ICBMComponent/

Easy Mode
This is the default mode, it has one single block. The OC ICBM Component Block.
This block, when placed next to the launch controller and connected to OC(via a cable or being next to it) will allow you to control the launcher via OC code.
 

Recipe:

Iron nugget, Microchip(Tier 1), iron Nugget

Microchip(Tier 1), Printed Circuit Board(PCB), Microchip(Tier 1)

Iron Nugget, Microchip(Tier 1), Iron Nugget

(Note: This is the same recipe as the Tier 1 component in Hard Mode).

 
Hard mode
This mode has the same methods and everything as the easy mode, but it instead has 3 tiers of component block, as the ICBM mod has 3 tiers of launchers. In this mode you need higher tiers for higher tier launchers.
So, a tier 1 component won't work with a tier 2 or 3 controller, but of course a tier 3 component will work with tier 1 and 2.
At this time, all 3 blocks look the same, but have different crafting recipes.
To enable hard mode, change the option in the ICBM Component config file.

Tier 1 Component

Compatible with: Tier 1 launcher

Recipe:

Iron nugget, Microchip(Tier 1), iron Nugget

Microchip(Tier 1), Printed Circuit Board(PCB), Microchip(Tier 1)

Iron Nugget, Microchip(Tier 1), Iron Nugget

Tier 2 Component

Compatible with: Tier 1 and Tier 2 launchers.

Recipe:

Iron nugget, Microchip(Tier 2), iron Nugget

Microchip(Tier 2), Printed Circuit Board(PCB), Microchip(Tier 2)

Iron Nugget, Microchip(Tier 2), Iron Nugget

Tier 3 Component

Compatible with: Tier 1, Tier 2 and Tier 3 launchers.

Recipe:

Iron nugget, Microchip(Tier 3), iron Nugget

Microchip(Tier 3), Printed Circuit Board(PCB), Microchip(Tier 3)

Iron Nugget, Microchip(Tier 3), Iron Nugget

Okay, so as you can see, to go up a tier, just use the next tier of Microchip.

These items used are part of the OpenComputers mod, which is obviously required!

Here is the actual block:

Methods

These are the methods available in the mod:
First off, to get the primary component:

local component = require("component")
local icbm = component.icbm_bridge

Now, for the actual methods..

icbm.isConnected() --Returns true if the component is connected to a launcher, false otherwise. If you try to use any other methods when it isn't connect, it'll error.

icbm.launch() --Launches the ICBM

icbm.canLaunch() --Returns true if the launcher can launch, false otherwise.

icbm.getStatus() --Returns a string of the controller status(will contain the error if it cannot launch)

icbm.getMissileType() --Returns the name of the missile in the launcher

x,y,z = icbm.getTarget() --Returns the coords of the target

icbm.setTarget(x,y,z) --Sets the launcher target

At this time the mod doesn't have support for turrets, radars, etc, but we're looking into it.

Have fun!

CREDITS

Me --I started the mod and did some stuff

Michiyo: Did most of the work, adding config, better detection, etc.

This is only a secondary forum thread, my main thread is over here.

Because people here like it, here is the github for the project.