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Earlier quoted context omitted.
makes sense, adding to the next push (in the interim, u can also use the copy circuit button to ask gpt if ur correct or not), also, what level is this? (if u dont mind me asking)
Oh that's what the "copy circuit" button does. I have been trying to paste circuits from previous levels into subsequent ones and wondering what I was doing wrong
Hi everyone, commenting to address feedback: - Made timed minigames optional (e.g. binary tables) - Added 7 (optional) intro levels to walk through pmos and nmos transistors - Fixed the bug in the capacitor levels - Changed editor bg to use dots instead of lines to fix wire confusion
Layout appears unusable on my phone on Firefox Android (both portrait and landscape). Necessary elements seem to get hidden behind others. Not sure if I'm even supposed to be able to play it without kB&m though lol :)
Is this a sequel to "How to make a CPU"? https://www.youtube.com/watch?v=vuvckBQ1bME
...why capacitor has 3 pins ?
if you solve a level, then press "next level", then solve that next level - then it still shows the original level (I think it just gets hidden below the new one and then reappears after a solve?)
So, is there anything about GPU's in here right now? I didn't actually finish Act 2, but it seems to end in a conventional processor with the GPU first coming after another two acts currently under construction.
I'm confused about a difference in the NMOS and PMOS. The scenario I'm confused about is when the source is VDD and the drain is connected to GND and output. For the PMOS, the output toggles between 1 and 0 (opposite the gate) as expected. However, for the NMOS, the output is always 0. I don't understand why GND pulls VDD down to 0 for the NMOS, but not the PMOS.
The 2.13 level ("hex racer") is kind of pain. Apparently I'm not fast enough at dividing/multiplying by 16... when I get something like "convert 0xB3 to decimal"