OP: ‘Discreet’ when the author meant ‘discrete’ has been showing up in a lot of cheap pulp sci-fi novels for the past few years as well. PSA, then: the former means ‘subtle’, the latter means ‘separate’.
That's fantastic, love the ability to inspect each state and see it as a whole running in real-time. I remember seeing a C64 simulator that showed the memory/cpu state - but this goes beyond that.
Great work! I really liked the UI and the overall philosophy behind the project. It would be cool to connect a virtual graphical display to the output ports and have the CPU output something visual just for fun.
It also would be cool how you used Fable/AI to build this from scratch given that it wasn't one-shot.
Quite cool. Experimented it works. Nice to see each chip behavior is emulated. Wondering how does it make sure simulated chip is really behaving, the way real hardware behaves. Good to have a simple demo flow for 2 to 3 usecases, to get used to the simulator.
OP: ‘Discreet’ when the author meant ‘discrete’ has been showing up in a lot of cheap pulp sci-fi novels for the past few years as well. PSA, then: the former means ‘subtle’, the latter means ‘separate’.
That's fantastic, love the ability to inspect each state and see it as a whole running in real-time. I remember seeing a C64 simulator that showed the memory/cpu state - but this goes beyond that.
Great work! I really liked the UI and the overall philosophy behind the project. It would be cool to connect a virtual graphical display to the output ports and have the CPU output something visual just for fun.
It also would be cool how you used Fable/AI to build this from scratch given that it wasn't one-shot.
Quite cool. Experimented it works. Nice to see each chip behavior is emulated. Wondering how does it make sure simulated chip is really behaving, the way real hardware behaves. Good to have a simple demo flow for 2 to 3 usecases, to get used to the simulator.