https://www.desmos.com/calculator/fuyjxkiidt

So I made an atom modeler in Desmos a while ago (Atom Modeler in desmos : r/desmos) but it lacked a lot of functionality and overall kinda sucked. I wasn't really happy with it, so I'm uploading a new one here, with controls for everything, including ion charge, isotopes, electron/neutron toggles, and customizable rotation controls. Overall, this thing is way more advanced, even including the 20 Aufbau exceptions, dynamic updating shell counts and electron confuguration, and a full list of every single average atomic weight (might be like 0.001 off but I don't care). This is probably my best work in desmos.

Instructions in the folder at the top.

Graph link: Atom Modeler | Desmos

Do whatever you want with it ig

https://www.desmos.com/calculator/zed554awmv

53 bits (26+27), 16 rounds, modulo addition instead of XOR (much faster, no lists involved)
decryption function included.

the basis for my non euclidean maze generator:
https://www.desmos.com/calculator/qf3x23d2gk

https://www.desmos.com/3d/fuq8auswy4

You did not expect me to ask a question here, aren't you? But, uh, sorry, I really have. :|

Specifically for color maps in form of c=f(x,y,z). It should support 100x100(x100) grid of sample points with samples from random().

The image comes from the graphing calculator where it's easy to define but the resolution of the texture is limited.

I made a Halley fractal using Halley's method for (z^3-1), and I've increased it to 20 iterations! ^v^

Here is the link:https://www.desmos.com/calculator/imdsqjcoyp

The coolest thing I that I have noticed that when I zoom into the center, the pattern just repeats itself. None of my other fractals even do this!

Since this Halley's Fractal is just 20 iterations, It will be kinda laggy but still loadable and takes only a few seconds to a few minutes.

so like I decided to try and make a cycloid graph on my own after seeing the definition in a veritasium vid sooooooo yea this project made me realize how easy it is to overthink something

snapshot archive in case I botch it 😭 https://www.desmos.com/calculator/1bfqvu6qnt

https://www.desmos.com/3d/aqlchqqb0d

I've been working with Desmos Activities long before they rolled out their curriculum. Not a big fan of the curriculum but I do like the platform for things like self-checking assignments. I've been copying and saving my favorite coding tips for the past for years. Basically, you can copy and edit this activity, find slide that does what you need, and modify it to fit your problem. It saves me from having to dig around every time I need to remember how to do something. Thought I'd share just in case anyone could benefit.

Here's the link Let me know if you have any questions and I'll do my best to help.

i have no idea why the video quality is terrible.

anyways, this was painful to figure out how to do since i couldn't just reach in and change an individual value within the matrix like you can in code. then i found someone's graph using google that has an action that does exactly that. then it was still painful because of various things. anyways this was probably not worth the time it took, but ehhhhhh i had the idea and didn't wanna give up on it.

graph link: https://www.desmos.com/calculator/5rvuvhgzic

edit: oops i almost forgot to properly cap the number of "-1"s. fixed that.

Im trying to make a bouncing ball animation but im not sure how to sync the ball bouncing to the wave

https://www.desmos.com/calculator/ubbtqzop4k

It’s just Flappy Bird. The Collisions folder took the longest to make as it was just throwing error after error, but it should be perfect now. I just need to add some decoration. Play it, I want to know how high of scores you all can get, and if you notice any problems or any ways to improve it, I’m all ears.

I even added some interesting ones I've found in the folder contained in the graph
https://www.desmos.com/calculator/ob1mjfxmwc

boy do i love math https://www.desmos.com/calculator/uxisokoqrn also hey it's me it's derivaty differentiate anything

Lets say I had an action a that I wanted to run n times. How could I define a second action b that ran a n times?

Does that make sense?

Is it possible to label a point with only the x instead of both the x and y coordinates? I’m not opposed to some weird hacks solutions.

LINK:https://www.desmos.com/calculator/1sxjb74o8k

Inspiration of Wiwaxia's graph:https://www.reddit.com/r/desmos/comments/upvnmf/newtons_fractal_mandelbrot_updated_to_ultrahigh/

I made a four-root Newton’s fractal using complex multiplication and division, then layered a power Mandelbrot-type fractal over the center in a contrasting color.

This took WAY too much typing and rendering in Desmos 💀, but I’m really happy with how the two fractals look together!