🌌 AstraRedstoneSystems

Build complex redstone systems without cables using logic blocks, memory, timers, wireless signals and data processing.

Created and maintained with 💻 from Poland by DawcoU 🇵🇱

AstraRedstoneSystems is a powerful tool for technical players and map makers, allowing you to create complex Redstone mechanisms using dedicated logic blocks. For newer Minecraft versions (1.18 - 26.2+). Developed in Java 17 and leveraging the Paper API for maximum efficiency, it is the perfect choice for Survival, Technical, and Mini-Game servers. 🚀🎮

⭐ AstraRedstoneSystems supports:

• Paper
• Purpur
• Arclight (supported, but not recommended)
• Spigot (supported, but not recommended)

🚰⚠️ Spigot is supported, but it is not the recommended platform. Some features may behave differently or cause compatibility issues. Paper or its forks are strongly recommended for the best experience.

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🚀 Key Features

• Core Logic Gates: Includes all basic gates like NOT, AND, OR, XOR, NAND, NOR, XNOR. 🧩
• Data Processing: Advanced gates for math, variables, and comparisons. 🔢
• Memory & Timing: RS-Latch, T-Flip-Flop, and enhanced repeaters with delays up to several seconds. ⏱️
• Long-Range Sensing: Motion sensors that work at a distance. 📡
• Multi-input gates: Basic logic gates (e.g., AND, XOR, OR) can have 2-3 inputs 📥🚪🚪
• Convenient Gate Configuration: Easily edit gate settings through an intuitive GUI. 🖥️

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🛠️ Commands & Permissions

Command	Description	Permission
/gate <category> <type>	Receive a specific logic gate block 🧩	astrars.gates.<category>
/gate <category> <type> <param>	Receive a gate with parameter (e.g. DECODER 5) ⚙️	astrars.gates.<category>
/ars help	Displays the plugin help menu ❓	None
/ars info	Displays information about author, version, and license ℹ️	None
/ars reload	Reloads configuration and language files ⚙️	astrars.reload
/ars selector	Gives the selection tool wand 🪄	astrars.admin
/ars cut	Cuts the selected circuit area into the clipboard ✂️	astrars.admin
/ars copy	Copies the selected circuit area to the clipboard 📋	astrars.admin
/ars paste	Pastes the copied circuit from clipboard at current position 📌	astrars.admin
/ars undo	Reverts the last paste action ↩️	astrars.admin
/ars redo	Restores the previously undone paste action ↪️	astrars.admin
/ars rotate <90 | -90 | 180>	Rotates the copied circuit in clipboard by specified degrees 🔄	astrars.admin
/ars schematic save <name>	Saves the current clipboard contents to a schematic file 💾	astrars.admin
/ars schematic load <name>	Loads a schematic file into the clipboard 📂	astrars.admin
/ars schematic delete <name>	Deletes a saved schematic file 🗑️	astrars.admin

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📖 Full Gate List & Documentation

All blocks have a predefined output direction (Front) based on where you look during placement. Inputs come from the Back, Left, or Right sides.

⚙️ 1. Logic Category (/bramka logic <type>)

• NOT 🔴: Inverts the input signal from the back.
• NOR 🔴: Output ON only if all inputs sides are OFF.
• AND 🟡: Output ON only if both side inputs are ON.
• OR 🟡: Outputs ON if at least one input (Back or Sides) is ON.
• BUFFER 🟡: Isolates and passes the signal from the back forward.
• PULSER 🟡: Monostable circuit. Detects the rising edge from the back and triggers a clean 1-tick pulse output, then instantly shuts down.
• NAND 🟠: Inverted AND. Output OFF only if both sides are ON.
• XNOR 🟠: Output ON if both side inputs are identical (both ON or both OFF).
• NIMPLY 🟠: NOT IMPLY. Output ON only if Sides are OFF.
• XOR 🟢: Exclusive OR. Output ON if side inputs are different.
• IMPLY 🟢: Output OFF only if Back is ON and Sides are OFF.
• MUX 🟢: Multiplexer. Passes the signal from the left or right side, depending on the status of the rear input. If the rear input is OFF, it takes the signal from the left side, and if ON, it takes the signal from the right side.

💾 2. Memory Category (/bramka memory <type>)

• LATCH 🔵: RS-Latch memory cell. Set input on one right side and Reset on the left side.
• TFF 🔷: Toggle Flip-Flop. Changes its output state (Toggles ON/OFF) every time it receives a short pulse from the back.
• MEMORY_CELL 🟦: It stores the binary signal at the back, takes the redstone signal at the right input, writes it to the middle of the gate and at the left input reads it and turns on the output.

🔢 3. Numbers Category (/bramka number <type>)

• MATH 🟦: Core calculator block. Takes numbers from Left and Right inputs, performs actions (ADD, SUB, MUL, DIV, POW), and sends the result forward.
• DECIMAL_ACCUMULATOR 🟦: Accumulates digits to form larger numbers (e.g., typing 1 then 2 creates 12). Resets immediately on side pulse.
• COUNTER ⬜: Increases/decreases its internal stored number based on side inputs.
• COMPARATOR 🔲: Compares two numbers from Left and Right sides. Supports ==, >, <, >=, <=, !=. Outputs a redstone signal if true.
• DECODER 🔲: Outputs a Redstone signal if the incoming number from the back matches the preset target parameter.
• RANDOM_BOOLEAN 🔵: Generates a random true/false state when triggered.
• RANDOM_NUMBER 🔵: Generates a random number within a specified range.
• NUMBER_GATE 🟤: Constant provider. Outputs a preconfigured number when powered from the back.
• BOOLEAN_GATE 🟤: Converts Redstone to Data. Outputs 1 if powered, and 0 if unpowered.

🔤 4. String Category (/bramka string <type>)

• STRING_COMPARATOR 🔲: Compares two text strings from the sides.
• STRING_DECODER 🔲: Outputs a Redstone signal if the incoming text matches the decoder's text parameter.
• STRING_GATE 🟤: Constant text provider. Outputs a preset piece of text when powered.

📊 5. Data Category (/bramka data <type>)

• CABLE_DATA ⚫: The universal data highway. Transfers text and numbers between data blocks without mixing them up with normal Redstone. Includes anti-echo protection!
• DISPLAY ⬜: Text hologram display. Renders any incoming string/number from the back dynamically in the air.
• TRANSISTOR 🔴: Data valve. Passes data from the back to the front unless it is blocked by a side Redstone signal.
• DISK_GATE (Formerly VARIABLE_GATE) 🔷: The fixed String/Number memory cell on the back takes and stores incoming text or number and the sides are used to reset the cell.
• RAM_GATE 🟢: Volatile memory cell works the same as DISK_GATE but requires a constant redstone signal from the right side to store and hold the current value and the left side resets it.
• BATTERY 🟠: Energy storage cell. Charges when powered from the back and slowly decays over time. Outputs its current status as a percentage (e.g., 85%).
• DATA_DETECTOR 🟢: Data presence sensor. Listens for signals from the back and turns ON its output only when valid data is received (such as text or a number). Remains OFF if the input is empty or has no data.

📡 6. Space (Wireless) Category (/bramka space <type>)

• SENDER 🟪: Bluetooth transmitter. Reads text/numbers or standard Redstone signals from the back and broadcasts them wirelessly to a specific channel.
• RECEIVER 🟪: Bluetooth receiver. Tunes into a channel, captures the transmitted data string or Redstone signal, and outputs it forward.
• SENSOR 🟥: Motion radar. Scans a configured radius and outputs a Redstone signal if a living entity is detected nearby.

⏱️ 7. Time Category (/bramka time <type>)

• CLOCK 🟩: Automatic clock generator. Constantly toggles its output based on a configured interval.
• CLOCK_GATE 🟢: Gated clock. Toggles its output only when the back input is actively powered.
• REPEATER 🟡: Advanced repeater. Allows custom delays up to several seconds without losing signal strength.

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📥 Installation

1. Download the .jar file from Modrinth. 📥
2. Drop it into your plugins folder. 📂
3. Restart your server. 🔄
4. Customize your messages in the languages folder and settings in config.yml. 📝⚙️

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🛠️ Other Projects

🛡️ AstraLogin - Check out my other plugin! It's a modern, secure, and lightweight login system featuring Bcrypt hashing and advanced player protection.

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Links 💾

GitHub AstraRedstoneSystems: GitHub 🖥️

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🌐 Support & Community

If you need help, want to report a bug, or follow the development by DawcoU, join our official Discord community:
🔗 Join our Discord Server 💬👥