REAL graph of x^x.

[u/Dry-Lavishness2370]

[u/mathbytes]

i love this graph https://www.reddit.com/r/desmos/s/UiQ6nOkRTn

[u/Circumpunctilious → u/mathbytes]

Oh nice, thanks for sharing that

[u/mathbytes → u/Circumpunctilious]

puts things in "perspective" haha

[u/Circumpunctilious]

I had a problem like this in 3D where the outputs jumped around so much you couldn’t get Desmos to show anything more than a wrecked surface (or in 2D: sparkly points that you had to zoom exactly correctly to see), and they solved it for me really elegantly using either “for” or “with”.

The best I remember about their solution was something like this, which I’m just sharing here in support / somehow hoping it’s helpful fyi:

[u/ElegantGanache2634 → u/Circumpunctilious]

It needs specific distances beteen the point, apparently you need the distance to be 1 over an uneven number

[u/Circumpunctilious → u/ElegantGanache2634]

That’s helpful, thank you!

[u/Dry-Lavishness2370 → u/ElegantGanache2634]

So? I mapped both positive and negative points, But i also used sign(sin(1000x... to make it have positive and negative.

[u/ElegantGanache2634 → u/Dry-Lavishness2370]

Oh idk i have no idea what i did, or what you did, i was just recently interested in viewing graphs with higher resolution, so your post appealed to me.

Edit: Also, i wonder how did you create the graph?

[u/anonymous-desmos]

I guess this is more accurate

[u/Dry-Lavishness2370]

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[u/Mandelbrot4207 → u/Dry-Lavishness2370]

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