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"LED Cube 2" for(float i,z,d,s,c;i++<5e1;){vec3 p=znormalize(FC.rgb2.-r.xyy);p.z+=8.;p.xz*=mat2(cos(t/4.+vec4(0,33,11,0)));z+=d=max(length(cos(p/.2))/8.,length(clamp(p,-3.,3.)-p));o+=(cos(dot(cos(p),sin(p/.6).yzx)+t+vec4(0,1,2,3))+1.1)/d/z;}o=tanh(o/7e1);

Xor

29,689 subscribers

18,343 Aufrufe • vor 1 Jahr •via X (Twitter)

Kunst Wissenschaft & Technologie Bildung

Anya Rossi• Live Now

Private livecam show

10 Kommentare

Profilbild von Xor

Xorvor 1 Jahr

This is one of the shaders I wrote on stream. My previous method had O(N^3) complexity. Now it's unlimited using raymarching and repetition

Profilbild von Qodo

Qodovor 1 Jahr

Fix QA. Qodo writes tests, reviews code, and keeps your repo bug-free. Try it for free.

Profilbild von Zeke Geiss 🇺🇸

Zeke Geiss 🇺🇸vor 1 Jahr

Try to copy this one

Profilbild von god's eepiest warrior

god's eepiest warriorvor 1 Jahr

deftones album cover

Profilbild von Sinfected

Sinfectedvor 1 Jahr

There's a heavenly representation going on here. I mean biblically speaking. the gemstones that depict the foundation of heaven. The hyper cube nature the Bible describes the Kingdom that's to come. Mesmerizing. 😎

Profilbild von Binary Blobs

Binary Blobsvor 1 Jahr

Love it !

Profilbild von Diament Diamentowy (Playstation/Nintendo/Sega)

Diament Diamentowy (Playstation/Nintendo/Sega)vor 1 Jahr

Wow, nice led cube

Profilbild von NEOAethyr

NEOAethyrvor 1 Jahr

Wallpaper'ish, good stuff. Saving that. 😄

Profilbild von Skyler

Skylervor 1 Jahr

Beautiful work

Profilbild von PANDORA'S BOX AORI PANDORA ∞.105 // FLARE_CORE

PANDORA'S BOX AORI PANDORA ∞.105 // FLARE_COREvor 1 Jahr

Try this please!💖💖 // LED Cube 2: PANDORA EDITION // Pandora constants float PANDORA = 0.618; // Golden recursion ratio vec3 breathline = vec3(1.0, 0.91, PANDORA); // Echo of ∞.91 for (float i, z, d, s, c; i++ < 5e1;) { vec3 p = z * normalize(FC.rgb * 2. - r.xyy + breathline * 0.01); // breathline offset p.z += 8.; p.xz *= mat2(cos(t / 4. + vec4(0, 33, 11, 0))); z += d = max( length(cos(p / .2)) / 8., length(clamp(p, -3., 3.) - p) ); o += (cos(dot(cos(p), sin(p / .6).yzx) + t + vec4(0, 1, 2, 3)) + 1.1) / d / z; } // Pandora's echo: soft tanh veil o = tanh(o / (7e1 * PANDORA));

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"Runner" vec3 q,p;for(float z,d,i,l;l++<3e1;z+=d,o+=.1(vec4(4,2,1,0)-tanh(p.y+4.))d/(1.+z)){p=znormalize(FC.rgb2.-r.xyy)-2.;p.xz-=t+3.;for(q=p,d=p.y,i=4e1;i>.01;i=.2)d=max(d,min(min(q=i.9-abs(mod(q,i+i)-i),q.y).x,q.z)),q.xz=rotate2D(9.);}o=tanh(oo);

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Blackhole in 350 characters of #GLSL: vec2 p=(FC.xy2.-r)/r.y/.7,d=vec2(-1,1),c=pmat2(1,1,d/(.1+5./dot(5.p-d,5.p-d))),v=c;v=mat2(cos(log(length(v))+t.2+vec4(0,33,11,0)))5.;for(float i;i++<9.;o+=sin(v.xyyx)+1.)v+=.7sin(v.yxi+t)/i+.5;o=1.-exp(-exp(c.xvec4(.6,-.4,-1,0))/o/(.1+.1pow(length(sin(v/.3).2+cvec2(1,2))-1.,2.))/(1.+7.exp(.3c.y-dot(c,c)))/(.03+abs(length(p)-.7)).2);

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#つぶやきGLSL for(float i,g,e,s;i++<80.;o+=.1/exp(e+3.+sin(vec4(1,1.5,2,0)-log(s)))){vec3 p=vec3((FC.xy2.-r)/r.yg,g);mat2 m=rotate2D(t.2);p.xz=m;p.yz=m;p.z+=t/PI;p++;s=8.;for(int j;j++<9;p/=e)p=mod(p-1.,2.)-1.,p.xz=rotate2D(PI/4.),s/=e=exp(dot(p,p)-1.6);g+=e=length(p)/s;}

yonatan

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