Turing Complete Byte Or at Marvin Goff blog

Turing Complete Byte Or. This time you have to create a byte version of the or gate. To complete the level, you will need two byte splitter components, one 8 bit maker component, and eight full adders. If you add 1 over and over to a byte, and you add 1 again once it reaches 255, it wraps around to 0. In the byte or level, your objective is to construct a circuit that can or together two byte values. You can interpret those as numbers, but you can also interpret them as a sequence of on/off flags. To complete this level, you will. Since you already have a component that saves a single bit, it's just a matter of placing. Bring out two byte splitters, eight or gates and a byte maker. For this level you have to create a component that saves and loads an entire 8 bit value. Here is where we put everything together. They might store user preferences, or goals.

For this level you have to create a component that saves and loads an entire 8 bit value. Here is where we put everything together. If you add 1 over and over to a byte, and you add 1 again once it reaches 255, it wraps around to 0. You can interpret those as numbers, but you can also interpret them as a sequence of on/off flags. In the byte or level, your objective is to construct a circuit that can or together two byte values. This time you have to create a byte version of the or gate. To complete the level, you will need two byte splitter components, one 8 bit maker component, and eight full adders. They might store user preferences, or goals. Since you already have a component that saves a single bit, it's just a matter of placing. To complete this level, you will.

Turing Complete/Saving Bytes — StrategyWiki Strategy guide and game

Turing Complete Byte Or If you add 1 over and over to a byte, and you add 1 again once it reaches 255, it wraps around to 0. Here is where we put everything together. Bring out two byte splitters, eight or gates and a byte maker. This time you have to create a byte version of the or gate. In the byte or level, your objective is to construct a circuit that can or together two byte values. You can interpret those as numbers, but you can also interpret them as a sequence of on/off flags. Since you already have a component that saves a single bit, it's just a matter of placing. To complete this level, you will. For this level you have to create a component that saves and loads an entire 8 bit value. To complete the level, you will need two byte splitter components, one 8 bit maker component, and eight full adders. They might store user preferences, or goals. If you add 1 over and over to a byte, and you add 1 again once it reaches 255, it wraps around to 0.