The reborn SFPI! Our goal is to develop and identify forms of pseudointelligence and life within TPT in the forms of PSTN bots, computing systems, genome emulators, brain architecture simulations, and anything else we (or TPT AIs we find :D) can think of
sfpi
tpte3
Comments
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i think that is because of the small space it is confined in. the algorithm tells the TRON to stay in the same path for a longer time.
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I think I have a solution, though. I can rig up a timer to activate a PCLN every 10 frames or so, creating more TRON.
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There's a problem with the TRON bots. I'm suspending the TRON in INVS to bypass the issue of hollow bots not working, but TRON doesn't change its path while inside INVS, causing it to collide with the walls of the box and decay.
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@Wipyman yes, kind of. I'm more working on evolutionary systems to emulate natural selection.
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the TRON does follow a pattern with small confinement spaces, and becomes more complex (looking more random though) when you have bigger confinement spaces.
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So, you're onto researching methods of pseudorandom data generation and using aforementioned pseudorandom data to emulate artificial intelligence?
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oh, maybe you could have a box with detectors with tron and wifi inside it, so it will send signals thorugh wifi to the bot!
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i still don't know how to make simple pstn bots..... lol
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The only problem is that PSTN bots can't have empty spaces inside them...
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I could whip up a TRON-controlled PSTN bot for large-scale testing.