The one working thing you've managed to demonstrate is, by your own admission, a standard thing.
Except it does use mathematics. I've explained this to you not
once,
not twice, not
thrice, but at least
four times (and that's ignoring other times I mention norms to you).
To even draw a sphere you're using mathematics. This is why things like machine vision are highly mathematical areas of research. To find something like a line or circle in a picture it's non-trivial. The way those are done in actual image recognition programs is through the
Hough Transform. Specifically its implemented through the use of
fast discrete Fourier transforms, the
projection-slice theorem and thresholding. And that's just to find lines!
I'm sorry you not only understand that you're actually using mathematics beyond 1+(-1)=0 but you're
actively ignoring multiple explanations but you can't magically avoid that by sticking your head in the sand.
If you are really doing viable stuff you shouldn't need to lie like that.
So that's another "In the future I will do...." statement of yours. Funny how you've got all these claims and plans and nothing to show for it.
People hear "AI neural net" and they imagine sci-fi like stuff when infact a neural net is a nice concept but rather mathematically mundane in its basic implementation. But even that will be enough to baffle Pincho, who doesn't even realise using numbers and distances involves basic mathematics.
Likewise for me. If you have one task, one very clear and precise task, then you can knock up something to do it pretty well. When you start getting into more elaborate things, beyond just basic classification or pattern matching, things get very unpleasant. Even if they didn't the scalings aren't nice, the size of neural nets to do some otherwise basic tasks can be completely impractical. Of course Pincho doesn't know this, he hasn't got that far in his grand plan.
Sure, there's tons of really interesting things someone can look at to do with cellular automata. The area is so vast it's hardly been explored and many problems are still open. Anyone with basic programming abilities can write their own CA engine or just get a Java one from online. Then they can explore the relationship between the rules and structures which appear in typical systems. Plenty of researchers do just that, trying to develop wider understanding of how small rules lead to big effects. But Pincho isn't interested in that, he's aiming for
literally everything.
No, Pincho cares more about proving to people he has the intelligence
he thinks he has. He's already proven his actual intelligence to all of us, the complete lack of substance or results despite all his grand claims settled that long ago. What it now comes down to is how attached to reality Pincho is.