Some time ago I had the idea that it would be technically possible to transmit a signal using calibrated sculk sensors. My general idea would be a series of smaller machines that interact with one another using the mechanics of the sculk sensor. The machine would be a calibrated sculk sensor primed to detect liquid being placed, connected to a dispenser that will dispense water when triggered by the redstone signal emitted by the sensor. The water then being placed will trigger the next sensor and so on. The main problems with this are the chunks not being loaded while the machine is moving, other sensors reacting to water being placed, and the water not actually being able to be picked up. If you guys think of features or problems, comment them below.
Some time ago I had the idea that it would be technically possible to transmit a signal using calibrated sculk sensors. My general idea would be a series of smaller machines that interact with one another using the mechanics of the sculk sensor. The machine would be a calibrated sculk sensor primed to detect liquid being placed, connected to a dispenser that will dispense water when triggered by the redstone signal emitted by the sensor. The water then being placed will trigger the next sensor and so on. The main problems with this are the chunks not being loaded while the machine is moving, other sensors reacting to water being placed, and the water not actually being able to be picked up. If you guys think of features or problems, comment them below.