That game is lots of fun, although I last time I played it, I got stuck at circuit 14, the 4-bit shift register.
Getting circuits correct with minimal gate delay can be pretty challenging. I'd be interested in seeing other people's interesting solutions to the problems. I'm reasonably proud of my solution to circuit 7 (dual toggle latch):
It hits the minimum possible error (7 incorrect timeslices; minimal because turning off part of a circuit by turning on another part requires at least one gate) with a design score of 74.
Comments 2
That game is lots of fun, although I last time I played it, I got stuck at circuit 14, the 4-bit shift register.
Getting circuits correct with minimal gate delay can be pretty challenging. I'd be interested in seeing other people's interesting solutions to the problems. I'm reasonably proud of my solution to circuit 7 (dual toggle latch):
eNrtml0WgiAQRoXhxTW0hd5bS/vfSEdMPSYDidIhvBBP188fYj5g1N3drX+a/mFc
l1ObExrfhmr3CO1cdwqnq5o8Yet/B0KECBEibEH424nVXHRi9cs5qxdPRSTYjtOx
yFzs8Juvuy7iOi9U8Ps8Ol09EhQKPYNOVqIeMcLVAetA/VC//WHDNZco7U6hB/vK
Nmui+CIU2iqtObqrs8rIElImmKFlWEKhRHczVum7S92ML72p7MUte3EotF4aidBE
dEed4ZpWaaOpx0hWk2EJhdZulZH4TcU+G/BtZ2p0TO7maRm0UCjRXdwqT3jfvU1K
BBfhqQ7BDKHQ/6URqwzGvuYbZd5xn2KV4XacLjOKyPy5gHrbksyEMCyh0Jpzlfui
W3OG0o4UKC90RMb3
It hits the minimum possible error (7 incorrect timeslices; minimal because turning off part of a circuit by turning on another part requires at least one gate) with a design score of 74.
Reply
Reply
Leave a comment