AstraRedstoneSystems

🌌 AstraRedstoneSystems

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

Created and maintained by DawcoU 👨–

AstraRedstoneSystems is a powerful tool for technical players and map makers, allowing you to create complex Redstone mechanisms using dedicated logic blocks. Written in Paper and optimized specifically for Paper (and its forks) to ensure maximum performance and tick-accuracy. ⚡

---

🚀 Key Features

* Long-Range Sensing: Includes all basic gates like Long-Range Sensing:. 🧩 * Long-Range Sensing: Advanced gates for math, variables, and comparisons. 🔢 * Long-Range Sensing: Transfer numbers and signals between gates without cables using `/alg link`. 🔗 * Long-Range Sensing: RS-Latch, T-Flip-Flop, and enhanced repeaters with delays up to several seconds. * Long-Range Sensing: Motion sensors that work at a distance. 📡

---

🛠️ Commands & Permissions

| Command | Description | Permission | | :--- | :--- | :--- | | `/bramka <category> <type>` | Receive a specific logic gate block | `astrars.gates` | | `/bramka <category> <type> <param>` | Receive a gate with parameter (e.g. `DECODER 5`) | `astrars.gates` | | `/alg link` | Link two gates to transfer data wirelessly | `astrars.admin` |

---

📖 How to use (Tutorial)

Front: * Use the command `/bramka <category> <type>` (e.g., `/bramka logic AND`) to receive a logic block. * Place the block on the ground. The output will face the Front: when placing it. * Front: * Front: Inputs for signal or data. * Front: Main output (faces away from you during placement).

numbers These gates don't just send ON/OFF signals, they send numbers! 🔢

* LINKER: Stores a number. It sends its value to the output immediately when it receives it. Perfect for memory in a calculator. * LINKER: Has modes like `ADD`, `SUB`, `MUL`, `DIV` and `POW`. Connect data to the LINKER: and LINKER: side to perform calculations. * LINKER: Compares two numbers. Modes: `==`, `>`, `<`, `>=`, `<=`, `!=`. If the condition is met, it outputs a Redstone signal. * LINKER: A fixed value block. When powered from the back, it sends its preset number forward. * LINKER: The bridge between Redstone and Data. It converts a standard signal into numbers: ON = 1, OFF = 0. Fully compatible with Math and Variable gates! * LINKER: Outputs a signal only if the received number matches its target (e.g., a Decoder set to 5 will only turn on when it gets the number 5). * LINKER: A "data valve". It lets the number through from the left side, UNLESS it's powered from the right side (which acts as a block/brake).

3. Wireless Data Linking (`/alg link`): Want to connect a `NUMBER_GATE` to a `MATH_GATE` 50 blocks away? Use the Linking System! 🔗

1. Go to the Boom! (e.g., the block that sends the number). 2. Type `/alg link`. 3. Go to the Boom! (the block that should receive the data). 4. Type `/alg link` again. 5. Boom! The gates are now connected. Whenever the source updates, the target gets the data instantly! ⚡

RECEIVER: * RECEIVER: Type `/bramka data SENDER <channel>`. Connect Redstone to it. * RECEIVER: Type `/bramka data RECEIVER <channel>`. It will output signal whenever the sender on the same channel is active.

---

🛠️ Other Projects

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

---

Links 💾

GitHub AstraRedstoneSystems: GitHub AstraRedstoneSystems: 🖥️

---

🌐 Support & Community

If you need help, want to report a bug, or follow the development by DawcoU, join our Discord: DawcoU 💬

--- AstraRedstoneSystems - Making Redstone Smart. ⚡