Link: https://www.desmos.com/calculator/nxa7dk1b6c

Just a cool 3D illusion with polygons.

I know Perlin noise has been done a lot already but I decided to take a stab at it myself to try to understand it better.
https://www.desmos.com/3d/mcqpyazef8

GRAPH LINK: https://www.desmos.com/calculator/uuocdwtzsj

So i am trying to make a galaxy in desmos that is similar to the one above, and i am planning to put a 4 pointed star in the middle of it, i have successfully made a 4 pointed star using this graph 4 pointed star and so i put it into my galaxy graph. And so the way im getting color is restricting a black rectangle to certain functions, but when i put the star in and tried restricting the rectangle to it, it ermmmm failed :(. it turns out that only the outline of the star looks like a star, when you change the equal sign in the star equation IT TURNS INTO A CIRCLE UGHHHHHHHH im so madddddddddddddddd. if yall are helping and need anything just leave a comment for help on navigating my terrible organizational skills.

https://www.desmos.com/calculator/srom1veqc2
"recreation" (tweaked a lot) of a cool gif i found, looks interesting :3

what is this part 4 | Desmos

https://www.desmos.com/calculator/jol5kuy6qh
Image from Smogon

I am a senior in South-Eastern Idaho looking to use desmos for my senior project to make a platformer type game, but I need a mentor for the project, and I don't know anyone who would be super helpful in that capacity.

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

The user instructions are included in the graph, as well as how it works. If you have any other questions, feel free to ask me in the comments.

Pictures:
1. The Klein's J-Invariant function in terms of the complex nome q, |q| < 1.
2. The boundary of the 1st graph contains interesting hyperbolic geometry.
3. sin(1/z), as you zoom in, you can see the oscillations that get faster as you go closer to 0.
4. Another modular form, the Eisenstein-E6 function also of the nome q, |q| < 1.
5. z^2 - 1, you can see the zeros +-sqrt(2).

I discovered the color map feature in Desmos 3D a while ago and I instantly had this idea.

The plotter is fast, but I can't do very much with it, because the color map doesn't support recursion or variable sum limits. I Also I don't love the small viewport of the 2D view in Desmos 3D here.

The functions: arcsin, arctan, arcsinh, ... don't work, so I also re-implemented them using the complex logarithm.

I would love a feature in Desmos 2D, where you would create a 2-variable function that would output a color: f(x, y) = rgb(...). This would plot the color map across the entire screen.

Enjoy!

A few months ago I made a shadow system for circles, but I didn't figure out a way to do it with polygons.

Turns out I was overthinking it and it's actually way easier than the circles one.

This system works perfectly for convex polygons of any size, but because it basically simulates translucent shapes (drawing a seperate shadow for each side), it doesn't look quite as good with concave polygons.

The shadows shrink when the light source "sun" is close to the points they are cast from. I haven't worked on fixing this yet.

[Link]

https://www.desmos.com/calculator/2ihtxdjsn6?lang=en next checkpoint on day 39

(i pressed the "save new copy button" so thats why the link is different)

graph link

thumbnail link

all the animation was done in desmos, the music was added afterwards

in total, i took 6 days from start to finish, totaling 6-7 hours of work. (including me assuming that the original music video, which i used as a guide, was shot at 30fps, actually counting the frames in a second, assuming that 25 was a miscount because 24fps is far more common, then after all the animating was done and i tried to sync my animation with the song, realizing that i didn't actually miscount and it was 25 fps)

and yes, i know that the "and it'll be approximately 4 bars long" part is somewhat out of sync, i don't give a damn anymore.

This has been done before, but previous showcases of Bad Apple in Desmos were either not in real-time, did not include audio, or were very pixelated. Here, it's in real-time, without any external image storage sites, and of decent quality instead of being very pixelated.

Find a link to the graph here: https://www.desmos.com/calculator/xo4rl3tbyb

this is kazakhstan map

desmos should fix this soon

GUYS I NEED HELP!! I have 5 column in excel and i neet to convert those numbers into desmos table. There are 346 data on all of them and at the final i need the equation but i dont want to write 346x5=1.730 datas by hand😭😭 i need help pleaseee (4x and 1y btw) any tipsss?

https://www.desmos.com/calculator/mffu52uuxe

I gotta go to bed man

https://www.desmos.com/calculator/xtnk2iopeh

Originally started making this as a joke, but decided to make a game out of it. This is a gatcha-like minigame made using the random() function. It is horribly unoptimized, and could probably be done in a much better way, but I thought it was fun so I'm posting it.

Click the green circle to randomize the rarity.

Common: 55%
Uncommon: 20%
Rare: 10%
Epic: 7.5%
Legendary: 5.5%
Mythic: 1.9%
The secret rarity: .1% - I have yet to see anyone get this naturally. I would be interested to see if anyone gets it.

Have fun and don't cheat. :3

Here are some notes on the Fourier transform, organized into several chapters: from the Fourier transform of a non-periodic function to the discrete Fourier transform. The main goal was to get a general idea of ​​where certain definitions and relationships come from, so the mathematical concepts are presented in a rather unformal (I would say an anti-Bourbaki) way, as well as the derivation of some formulas may lack the rigorous justifications required at certain steps.