ARAY RAM
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Could someone tell me how an ARAY ram is supposed to work? I know it has to do with crossing BRAY in specific patterns but I cannot figure out how you're supposed to read any information out of the long life BRAY created. Is there some sort of interaction that I don't know of that someone would be kind enough to explain?
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Okay, Just create Points.
Metal: M Aray: A Bray: B
MA B
A
M
Or you could put 2 aray on top of metal
MAA
Also if you replace metal with pscn it has a more shorter life.
Pscn bray shall remove white bray.684795View Save 684795 -
In "nothing" display; run frame by frame to get an idea:200172View Save 200172Also, this is awesome:641714View Save 641714
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Okay by paying very close attention I was able to figure out how it works :DI already understood the creating points mechanism.What I did not understand was how it could know if it had already created a BRAY there or not.It has to do with the interaction when the BRAY shooting code detects another BRAY particle!It always produces a long life BRAY.If the BRAY is a long life BRAY it keeps moving.If the BRAY is recently created (don't know limit) normal BRAY then it keeps moving.If the BRAY is normal and it is too old but still there, then it STOPS.This is applied in the 1Kbit ram because if they "shot" stops then it knows that the addressing BRAYdid not run over a long life BRAY there so that was a 0! Otherwise it was a 1! Thanks!
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@meep2000 (View Post)
Metal+Aray= Normal white Bray. Creates points when collided.
Pscn+Aray= Fast different Bray. Has 1 frame of life. One spark to pscn makes 2 frames. Removes points. Remove normal bray.
All other metals are the same as Metal.
Collide bray together makes a point. Which is longer life Bray.
