![[1.13-1.18] ⚡AdvancedRedstone⚡ :: Create COMPLEX circuits EASILY!](https://www.spigotmc.org/data/resource_icons/66/66804.jpg?1566929477){kind=icon}
Simple Fast Powerful
It supports 1.13-1.18, without any code change! That's why it's EFFICIENT!
The plugin can basically help you to:
- create simple wireless connections (absolute connection or relative position mapping)
- create simple logics: inverted/flip_flop/turn_on/turn_off
- create stackable arrays of transmitters/receivers by using index mapping (SSWO mode)
- Copieable circuits by using relative links.
- High frequency redstone clocks (can be per tick)
- NO configs, NO databases, it's light-weight and it's fast!
Also there are more planned features like:
- Multi-input transmitters
- Logic gates
- Counters
- Memories
- ICs (Integrated circuits)
- Decoders (binary to digit display)
Ways to Trigger:
1. signal source -> repeater -> sign
2. detector rail -> sign
How to use remote/wireless redstone (important):
Spoiler: Usage
Good-to-know stuff: ALWAYS remember to use /rs clear to DESLECT the transmitter to prevent unwanted links.
- Simple usage, basic link:
1. A repeater point to an empty sign or on a side of a block which has a detector rail on it.
2. Right click the sign with redstone dust to initialize it as a transmitter and select it.
3. Right click a lever/button to link it. (use sneak to set it to absolute link)
- switch sign mode
1. Hold a piece of redstone and right click the target transmitter sign.
2. Type command "/rs signmode MODE"
(Run without MODE parameter to list all the modes you can use.)
Note: All lines under it will be affected. The default mode is NORMAL, which is direct copying the transmitter's state.
- SSWO mode
For example you want to make a long railway and create a small track state display, it will be painful to manually create all the links, SSWO can help you to map indexes on axies.
1. First use redstone to select the FIRST transmitter sign.
(OPTIONAL) ?. Change the sign mode to your desginated one.
2. Find out the transmitter array axis/direction and the total length for one section.
3. Find out the receiver array axis and the total length for one section.
4. With the first transmitter selected, go to the FIRST receiver sign.
5. Stand within its block area and type:
/rs sswo <TX_AXIS> <TX_LEN> <RX_AXIS> <RX_LEN>
TX/RX_AXIS: Can be X+/X-/Z+/Z-/Y+/Y-
RX/RX_LEN: Is the total length for one section, from first transmitter/receiver to one block BEFORE the second one, a positive integer.
3. Go to the FIRST receiver
- Simple usage, basic link:
1. A repeater point to an empty sign or on a side of a block which has a detector rail on it.
2. Right click the sign with redstone dust to initialize it as a transmitter and select it.
3. Right click a lever/button to link it. (use sneak to set it to absolute link)
- switch sign mode
1. Hold a piece of redstone and right click the target transmitter sign.
2. Type command "/rs signmode MODE"
(Run without MODE parameter to list all the modes you can use.)
Note: All lines under it will be affected. The default mode is NORMAL, which is direct copying the transmitter's state.
- SSWO mode
For example you want to make a long railway and create a small track state display, it will be painful to manually create all the links, SSWO can help you to map indexes on axies.
1. First use redstone to select the FIRST transmitter sign.
(OPTIONAL) ?. Change the sign mode to your desginated one.
2. Find out the transmitter array axis/direction and the total length for one section.
3. Find out the receiver array axis and the total length for one section.
4. With the first transmitter selected, go to the FIRST receiver sign.
5. Stand within its block area and type:
/rs sswo <TX_AXIS> <TX_LEN> <RX_AXIS> <RX_LEN>
TX/RX_AXIS: Can be X+/X-/Z+/Z-/Y+/Y-
RX/RX_LEN: Is the total length for one section, from first transmitter/receiver to one block BEFORE the second one, a positive integer.
3. Go to the FIRST receiver
How to use redston clock (important):
Spoiler
1. Place an empty sign.
2. Look at it and type `/clock FREQ`, eg. `/clock 20` for one update per second.
3. Place repeater and hook enable signal in at the front of the sign.
4. Put an output lever behind the sign.
2. Look at it and type `/clock FREQ`, eg. `/clock 20` for one update per second.
3. Place repeater and hook enable signal in at the front of the sign.
4. Put an output lever behind the sign.
Permissions:
advredstone.remote.create - To initialize a transmitter using redstone dust.
advredstone.remote.link - To link a receiver to a transmitter.
advredstone.remote.signmode - To add a sign-mode change line.
advredstone.remote.signmode.<mode> - Allow to use a mode, lower-case.
advredstone.clock - Allow to create redstone clocks.
Commands:
/rs - Show helps!
/rs tp - Teleport you to the transmitter in your linking session.
/rs clear - Clear the linking session.
/rs signmode - Adds a sign mode change line to your transmitter.
/rs sswo - Install SSWO controller onto an available line.
/clock <freq> - Setup a redstone clock.
Line Parsing:
Lines will be parsed from top to bottom!
Select a transmitter and use /rs signmode to add a mode change.
Sign Modes:
Code (Text):
NORMAL: Just like wireless repeater.
FLIP_FLOP: Will trigger a flip-flop when powered.
TURN_ON: Will turn on the output when powered, won't turn off.
TURN_OFF: Opposite to TURN_ON.
INVERTED: Name says it all, it inverts signals.
FLIP_FLOP: Will trigger a flip-flop when powered.
TURN_ON: Will turn on the output when powered, won't turn off.
TURN_OFF: Opposite to TURN_ON.
INVERTED: Name says it all, it inverts signals.
Handlers will be triggered when redstone sginals are received!
Sign header: [cs:SignType]
Register via CustomSignRegister::register();
Screenshots:
Video tutorials/showcases:
Spoiler
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If you like this plugin,
please consider to leave a good review.
Or you can become my patreon!
https://www.patreon.com/defevil
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If it doesn't work for you properly,
please send me a private message!
All complaints in the review section WILL BE IGNORED.
Bug Report:
https://github.com/DefinitlyEvil/RemoteRedstone/issues
Icon provided by Freepik.
Quick facts
- Edition: Minecraft Java
- File type: .jar
- Minecraft versions listed: 1.13, 1.14, 1.15
- How to install: Install the matching mod loader (Forge, Fabric or NeoForge) for your Minecraft version. → Download the .jar. → Put it in the .minecraft/mods folder and launch that loader profile.
- Where to get it: Opens on Spigot — not every file is mirrored on our own servers.
Install steps are the general flow for this file type — How to install Minecraft Java mods & modpacks walks through it step by step.
[1.13-1.18] ⚡AdvancedRedstone⚡ :: Create COMPLEX circuits EASILY! is a free Minecraft Java mod. Compatible with Minecraft 1.13, 1.14, 1.15, 1.16 and newer. Downloaded 6,905 times (via Spigot). Download it and open it directly in the game.