I've finally finished the more interesting parts of the text screen peripheral I'd been building for several months for R16K1S60. *** Update: Fixed TEST, see main save ***
sorcery
nextgen
screen
computer
60hz
display
printer
electronics
subframe
r16k1s60
Comments
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Aaand, the magic is in the FRME, not the PSTN. If only wiki and tutorials led me to FRME's tmp for making it "non-sticky". Otherwise, a very clever setup.
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I'm still very confused with the timing of the screen writing DRAY on the PSTN head. It appears that when you push it into the selected column of COAL from the left PSTN, it immediately retracts and "leaves" it there? If so, such that the DRAY and CRAY first propagate prior to being pushed back by the PSTN on the right (clever), how? On isolated tests, I find that while COAL can block PSTN, it won't cause something to "stick" to it and the PSTN will retract the object back.
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we need quantum mechanics in tpt for that...... things like superposition and entanglement, electron and/or nuclear spins, as well as magnets!
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Quantum Compooter pls we need dat
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kewl..... .
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That is certainly my plan if I can get past my present grogginess. I'm actually thinking of starting a video series to ease the process; that way I can explain better instead of posting 100 page developer's manuals.
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+Schmolendevice could you please make more tutorials on 60hz electronics?
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Technically it is good sir FuriousWeasel who keeps coming up with really small designs which I try to "refine" for computing applications.
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Let's say it kind of began with mniip, mecha-man and some PSTN saves by Vanhar. Then myself and a few people jumped on it. And presently I congratulate LBPHacker's revolutionary progress on the project whilst I continue to concentrate on documentation and driving TPT's Moore's Law. Also, that keyboard demonstration is a heavenly prophetical thing to behold.
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.... AND THEN DONALD TRUMP BECOMES PRESIDENT!