If you use FILT logic you get 30 parallel AND, OR, XOR, NOT or NAND gates per pixel. You get 30 bit bitshifters too. FILT Tutorial
I want binary on/off signals to operate a on/off switch not a computer program.
In other words if output TSNS means all is good and that signal stops, invert said signal to on for a warning light and a shutdown call via sending sparks to the off button connected to the switch. So one wire can control two lights and provide automatic fault detection all in one foul swoop.
Furthermore how am I supposed to read the output from the photon?
" 8. "not" mode: Performs a bitwise not: all wavelengths of PHOT are flipped. Note that FILT's spectrum is ignored. "
What am I suppose to do with the photon wavelengths I get out of it?
Thank you for the help.
This is the smallest and fastest NOT gate I came up with. I'm not going to give a dissertation about how it works.
Once they finish up that complete electronics tutorial, the power of advanced ARAY/FILT techniques will be within anyone's grasp and requests for logic gate elements might just be a thing of the past.
Thank you, That is just what I was looking for, a one line NOT logic gate that actually works at the size I'm looking for.