Comment how far you've gone... I think it takes about a hour for 16 modules to light up
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I'll just spark the last one and call it a day.
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This number will be... Well, i suppose absolutely NOTHING can last such a long time. Including things that currently we think do not decay.
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Actually if you want to see how many seconds it would take on 60 fps - you need to calculate 2^2560/8/60 (The first component flips each 8 frames)
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you need to calculate 4^80 to calculate the time needed to get to the last position, not 80^4.
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80 to the power of four would be 40960000 seconds, which is 474 days. It would take 1 Year and 109 days for this counter to be at the last position
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To get to the last position (80th) it would be 80^4, If you wanted to find the time it would be The number of the module to the power of 4 i think.
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convienently it takes 4 seconds to move to next chunk. i think it takes 4 times longer for the next module. So the for how long would be m*4
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8 by 10 is how big the machine is in 4 bit chunks. it takes 1 second for 1rst bit to light up. So If we imagined the machine as a straight line we get 80 4 bit chunks.
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lol (comment too short)
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i think it would take somewhere between the heat death of the universe and forever to light up all the modules.