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Thanks for 20k! vec3 p,c;for(float i,z,d,n=6.5*PI*(1.-cos(t*.2));max(i++,z/n)<1e2;o+=(cos(dot(sin(c/=19.),cos(c.yzx))*9.+vec4(0,.6,1,3)+t)+1.)/(2e2+.1*d*d))z+=d=length(sin(c=clamp(p=(z*(FC.rgb*2.-r.xyy)/r.y+vec3(0,0,n)/.4)*rotate3D(n/3e1,c/c),-n,n))+p-c)-.5;

22,246 次观看 • 1 年前 •via X (Twitter)

10 条评论

Xor 的头像
Xor1 年前

To celebrate 20k followers here are 20,000 spheres (well 19,683 to be exact). Each one of you is represented with a unique sphere. Thank you for following! Test it yourself here:

Divyansh gupta 的头像
Divyansh gupta1 年前

How do you come up with ideas For stuff like this?

Xor 的头像
Xor1 年前

This one was easy. I wanted to represent 20k of something and subdivision seemed the most clear way to do that. Coloring and design is an iterative process though

IAmCodeGay 的头像
IAmCodeGay1 年前

I dont know anything about trignometry. Will I be able to these stuff, after I get really good at it?

Xor 的头像
Xor1 年前

With practice and determination, absolutely

Collateral Image 的头像
Collateral Image1 年前

Even after I had Grok explain this to me, I still can't wrap my head around how you do it. My brain just does not compute 😅 Best thing you did, this one, imho, so smooth and pleasing to the eye.

Rohit 的头像
Rohit1 年前

👏🏽

Bradley Leatherwood 的头像
Bradley Leatherwood1 年前

this is one of those ones!

florian meier 的头像
florian meier1 年前

well deserved. it is over 21k now

vitruvian potato 的头像
vitruvian potato1 年前

The Singularity visualized.

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