Building a functional 1-bit binary half-adder using rockets in Kerbal Space Program
In short: Scott Manley showcases a bizarre engineering feat: a 1-bit half-adder constructed entirely within the game Kerbal Space Program. By repurposing docking ports, probes, and action groups, the creator demonstrates how to perform basic binary logic using rocket exhaust as the primary output signal.
The machine, designed by a player known as 3_Bit, functions as a 1-bit half-adder. It utilizes action groups to handle inputs, while docking ports and probes manage the internal state of the logic gate. The system is visual, relying on the firing of rockets to indicate the output state.
This project highlights the creative potential of game mechanics, transforming a space flight simulator into a platform for rudimentary computing. While this is a 1-bit implementation, the creator has indicated plans to develop more complex and larger-scale machines in the future.
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Sources
- Summary by Intellect · source: Kerbal Space Program - Rocket Powered Binary Logic
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