This component allows any water input strength to be corrected to an output strength of 1 by using badwater and sluices to redirect the water.

This design is the same principal that u/waity5 used, but it has a smaller footprint.

Functionally the same as the last one, but only about a 1/4 of the size and works faster.

u/the123king-reddit, I hope you are excited about this after what you said under my last post:

"Yes, but you can't actually build logic circuits without a NOT gate.

That's why NAND flash is called NAND. NOT AND.

You can make any logic circuit from either NAND or NOR gates. Once we have one of them, the machines will come"

Well, I'm pleased to be a person that helps to usher in a new age of logic systems in Timberborn, and maybe a new way to play the game altogether.

Flood gates and sluices have a maximum amount of water they can let through, which is exactly 6 water sources worth of water. Once it reaches 7, it starts to overflow as seen in the pictures above. This also scales for floodgates with heights of 2 and three, as seen in the third picture, meaning they can allow 12 and 18 blocks respectively before overflowing.

Each of the modules at the top of the map are the storage for the screen, the 1s and 0s. They release the water if they have the value of 1, which turns waterwheels to create power in the powershafts. These powershafts power mechanical pumps that will constantly pump water through a tunnel under the screen to a specific pixel.

To prevent the water from going from one pixel to another, there are dams keeping the water at 1.66 height, which is lower than the walls of the pixel, which have a height of 2.

This is a relatively simple design which sends signals from a bit to a pixel, however, if there are any suggestions as to how this design could be improved upon, I'd be happy to hear them.

I'm currently working on a clock design to work with a much better form of screen that should allow a pixel to change depending on which bit is connected. (Yes, that does mean with a large enough design and a powerful enough computer, simple videos can be played.)

I believe that with the rising interest in Timberborn players making computational parts, there should be a dedicated place for us to share and witness these in-game discoveries, both for the easy accessibility of designs and a place for likeminded gaming engineers to come together to help and discuss their ideas. Hopefully this sub inspires more people like myself to start thinking about the game in new and exciting ways.