I start browsing some electronic saves, and most of them use ARAY/BRAY in some way or other. People have made displays, GPUs, CPUs, memory cards and copiers which use BRAY. My question is: If all BRAY can do is SPRK other metals and create solid points, how can it be so useful? I've seen GPUs where there is a large matrix of INWR and FILT and somehow, it works. So:
How can the way BRAY interacts with INWR and FILT be made useful?
Thanks in advance!
I made a fairly simple BRAY electronicy thing here:
Basically, the way it works is that it fires a line of red BRAY (the short-life BRAY that's made from ARAY sparked by PSCN) at one line of the matrix of INWR, and since INWR is transparent to BRAY (i.e. it goes through), you get a nice pattern of holes and dots: the INWR pixels will let BRAY lines through, but the red BRAY won't. Then, I shoot a wall of white BRAY at this new pattern, so the BRAY only passes through the points that had INWR in them.
Since this white BRAY can spark conductors, I take the output (using heaps of WIFI) and reconstruct the pattern in the box to the right. In the fourth frame of a cycle, the machine shoots red BRAY at the wall of white BRAY to clear it out and prevent it from making points.
I recommend using "F" to cycle through the operations frame-by-frame. The master of this kind of tech is probably @arK, his/her saver are ridiculously good.
There was a great 8-bit processor by Synergy... He used BRAY RAM and INWR ROM:
https://powdertoy.co.uk/Discussions/Thread/View.html?Thread=17358
(I'm a newb to forums, no clue how to insert this sweet save open thing)