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Xor

@XorDev • 39,831 subscribers

Shader Artist. Building https://t.co/kaSRjYGvsp

Shorts

SHOPIFY SPHERE SHADER BREAKDOWN Here is how we rendered 8k 60fps video live on the sphere:

SHOPIFY SPHERE SHADER BREAKDOWN Here is how we rendered 8k 60fps video live on the sphere:

183,858 Aufrufe

for(float i,z,d,f;i++<1e2;o+=vec4(4,6,8.+z,0)/f-min(dFdx(z)*r.y+z,0.)/exp(d*d/.1)){vec3 p=z*(FC.rgb*2.-r.xyy)/r.y,c=p;p.z+=8.;c.z*=3.;for(f=1.;f++<9.;c+=sin(c.yzx*f+z+t*.5)/f);z+=min(f=.1+abs(.2*c.y+abs(p.y+.8)),d=max(length(p)-3.,.9-length(p-vec3(-1,1,3))))/7.;}o=tanh(o/2e3);

for(float i,z,d,f;i++<1e2;o+=vec4(4,6,8.+z,0)/f-min(dFdx(z)*r.y+z,0.)/exp(d*d/.1)){vec3 p=z*(FC.rgb*2.-r.xyy)/r.y,c=p;p.z+=8.;c.z*=3.;for(f=1.;f++<9.;c+=sin(c.yzx*f+z+t*.5)/f);z+=min(f=.1+abs(.2*c.y+abs(p.y+.8)),d=max(length(p)-3.,.9-length(p-vec3(-1,1,3))))/7.;}o=tanh(o/2e3);

166,930 Aufrufe

Event 2 vec2 p=(FC.xy*2.-r)/r.y/.3,v;for(float i,l,f;i++<9.;o+=.1/abs(l=dot(p,p)-5.-2./v.y)*(cos(i/3.+.1/l+vec4(1,2,3,4))+1.))for(v=p,f=0.;f++<9.;v+=sin(ceil(v.yx*f+i*.3)+r-t/2.)/f);o=max(tanh(o+(o=texture(b,(FC.xy+r.y*.04*sin(FC.xy+FC.yx/.6))/r))*o),.0);

Event 2 vec2 p=(FC.xy*2.-r)/r.y/.3,v;for(float i,l,f;i++<9.;o+=.1/abs(l=dot(p,p)-5.-2./v.y)*(cos(i/3.+.1/l+vec4(1,2,3,4))+1.))for(v=p,f=0.;f++<9.;v+=sin(ceil(v.yx*f+i*.3)+r-t/2.)/f);o=max(tanh(o+(o=texture(b,(FC.xy+r.y*.04*sin(FC.xy+FC.yx/.6))/r))*o),.0);

41,412 Aufrufe

View from my room! Should I write a tech breakdown of the effects?

View from my room! Should I write a tech breakdown of the effects?

47,520 Aufrufe

"Dust" Here's an infinite, mathematically generated space station with volumetric shadows in just 439 characters of code!

"Dust" Here's an infinite, mathematically generated space station with volumetric shadows in just 439 characters of code!

179,491 Aufrufe

Aliasing vs anti-aliasing. On the left, we simply test if a pixel center (in green) is inside the circle (red). On the right, we check how close the pixel is to the circle edge and blend one pixel width.

Aliasing vs anti-aliasing. On the left, we simply test if a pixel center (in green) is inside the circle (red). On the right, we check how close the pixel is to the circle edge and blend one pixel width.

92,352 Aufrufe

void mainImage(out vec4 o, vec2 f){float c=cos(iTime),s=sin(iTime),a=iResolution.y,z=-a,i,d;f=2.*f/a-1.;vec3 p;for(o*=i;i++<1e2;o+=(sin(p.x/.2+z/.1+vec4(0,1,2,3))+1.)/d)p=vec3(f.x*c-z*s,f.y,z*c+f*s),a=length(p.xy)-.6,z+=d=.01+.3*abs(sqrt(a*a+p*p).z-.3);o=tanh(o*o/7e6);}

void mainImage(out vec4 o, vec2 f){float c=cos(iTime),s=sin(iTime),a=iResolution.y,z=-a,i,d;f=2.*f/a-1.;vec3 p;for(o*=i;i++<1e2;o+=(sin(p.x/.2+z/.1+vec4(0,1,2,3))+1.)/d)p=vec3(f.x*c-z*s,f.y,z*c+f*s),a=length(p.xy)-.6,z+=d=.01+.3*abs(sqrt(a*a+p*p).z-.3);o=tanh(o*o/7e6);}

64,330 Aufrufe

for(float i,z,d,s;i++<1e2;){vec3 p=z*normalize(FC.rgb*2.-r.xyy);p.yz*=rotate2D(.2);for(d=5.;d<2e2;d+=d)p+=.5*sin(p.yzx*d-t*PI/10.)/d;z+=d=.5*(.01+.5*max(s=.3-abs(p.y),-s*.1));o+=(cos(s/.07+p.x+t*PI/10.-vec4(0,1,2,3)-3.)+1.5)*exp(s*9.)/d;}o=tanh(o*o/4e8);

for(float i,z,d,s;i++<1e2;){vec3 p=z*normalize(FC.rgb*2.-r.xyy);p.yz*=rotate2D(.2);for(d=5.;d<2e2;d+=d)p+=.5*sin(p.yzx*d-t*PI/10.)/d;z+=d=.5*(.01+.5*max(s=.3-abs(p.y),-s*.1));o+=(cos(s/.07+p.x+t*PI/10.-vec4(0,1,2,3)-3.)+1.5)*exp(s*9.)/d;}o=tanh(o*o/4e8);

68,134 Aufrufe

"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=z*normalize(FC.rgb*2.-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(o*o);

"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=z*normalize(FC.rgb*2.-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(o*o);

52,134 Aufrufe

"Waveform" for(float i,d,z,f;i++<9e1;o+=(cos(z*.5+t+vec4(0,2,4,3))+1.3)/d/z){vec3 p=z*normalize(FC.rgb*2.-r.xyy)+1.;f=max(-p.y,0.);p.y+=f+f;for(d=1.;d<3e1;d+=d)p.y+=cos(p*d+2.*t*cos(d)+z).x/d;z+=d=(.1*f+abs(p.y-1.)/(++f*f)+max(d=p.z+3.,-d*.1))/8.;}o=tanh(o/9e2);

"Waveform" for(float i,d,z,f;i++<9e1;o+=(cos(z*.5+t+vec4(0,2,4,3))+1.3)/d/z){vec3 p=z*normalize(FC.rgb*2.-r.xyy)+1.;f=max(-p.y,0.);p.y+=f+f;for(d=1.;d<3e1;d+=d)p.y+=cos(p*d+2.*t*cos(d)+z).x/d;z+=d=(.1*f+abs(p.y-1.)/(++f*f)+max(d=p.z+3.,-d*.1))/8.;}o=tanh(o/9e2);

46,883 Aufrufe

"Caustics" in 146 chars of #GLSL vec2 p=FC.xy/r.y*2e1+t;for(float i;i++<8.;)p+=sin(p+t/.2+i)*.4,p*=mat2(6,-8,8,6)/9.;o=vec4(tanh(length(fwidth(sin(p*.3)/.1))),texture(b,FC.xy/r));

"Caustics" in 146 chars of #GLSL vec2 p=FC.xy/r.y*2e1+t;for(float i;i++<8.;)p+=sin(p+t/.2+i)*.4,p*=mat2(6,-8,8,6)/9.;o=vec4(tanh(length(fwidth(sin(p*.3)/.1))),texture(b,FC.xy/r));

68,760 Aufrufe

"Storm" in 238 bytes: for(float i,z,d,s;i++<1e2;o+=vec4(.2/d,9,2,1)/d){vec3 p=z*normalize(FC.rgb*2.-r.xyy),a=p;p.z+=7.;s=length(p); for(d=0.;d++<9.;a+=sin(a*d-t).yzx/d); z+=d=length(vec4(sin(s+s-t/.1+a*sin(a.yzx/3.+t))+.9,min(s-=4.,-s/.1)*.4))*.1;} o=tanh(o/8e3);

"Storm" in 238 bytes: for(float i,z,d,s;i++<1e2;o+=vec4(.2/d,9,2,1)/d){vec3 p=z*normalize(FC.rgb*2.-r.xyy),a=p;p.z+=7.;s=length(p); for(d=0.;d++<9.;a+=sin(a*d-t).yzx/d); z+=d=length(vec4(sin(s+s-t/.1+a*sin(a.yzx/3.+t))+.9,min(s-=4.,-s/.1)*.4))*.1;} o=tanh(o/8e3);

29,096 Aufrufe

3D Camera uniforms for easily setup in any raymarching/raytracing shader

3D Camera uniforms for easily setup in any raymarching/raytracing shader

13,053 Aufrufe

Orchard vec3 p,v=normalize(FC.rgb*2.-r.xyx),c=v/v.y;c.z+=.5*t;for(float z,i,b,g,m;i++<5e1;z+=.8*max(b=length((p.y-m)/1e2/(abs(sin(c.xz/.1))-.05/v.y)),min(4.-m,g=length(sin(p.xz)+1.-.1*(1.+sin(p.y-p.zx*.5))*m))-b),o.rgb+=(.7-v)/(g+b))p=z*v+1.,p.z-=t,m=abs(++p.y);o=tanh(o/5e2);

Orchard vec3 p,v=normalize(FC.rgb*2.-r.xyx),c=v/v.y;c.z+=.5*t;for(float z,i,b,g,m;i++<5e1;z+=.8*max(b=length((p.y-m)/1e2/(abs(sin(c.xz/.1))-.05/v.y)),min(4.-m,g=length(sin(p.xz)+1.-.1*(1.+sin(p.y-p.zx*.5))*m))-b),o.rgb+=(.7-v)/(g+b))p=z*v+1.,p.z-=t,m=abs(++p.y);o=tanh(o/5e2);

12,216 Aufrufe

"Siri" vec3 p,a;for(float i,z,d,s;z+i++<2e2;o+=max(cos(p.x*.4+vec4(0,2,4,0)),5./s/s)/d/d)p=z*normalize(FC.rgb*2.-r.xyy),p.z+=9.,s=length(p=dot(a=normalize(cos(vec3(0,2,4)-t*.5+s*.3)),p)*a-cross(a,p)),z+=d=min(abs(dot(p,sin(p).yzx))*.2+max(d=s-5.,.1),abs(--d)+.2)*.2;o=tanh(o/3e4);

"Siri" vec3 p,a;for(float i,z,d,s;z+i++<2e2;o+=max(cos(p.x*.4+vec4(0,2,4,0)),5./s/s)/d/d)p=z*normalize(FC.rgb*2.-r.xyy),p.z+=9.,s=length(p=dot(a=normalize(cos(vec3(0,2,4)-t*.5+s*.3)),p)*a-cross(a,p)),z+=d=min(abs(dot(p,sin(p).yzx))*.2+max(d=s-5.,.1),abs(--d)+.2)*.2;o=tanh(o/3e4);

19,997 Aufrufe

Observer vec2 p=(FC.xy*2.-r)/r.y/.2,v;for(float i,l,f;i++<1e1;o+=.03/max(l=length(v)-i,-l*3.)*(cos(t-i*.4+.1/l+vec4(0,1,2,3))+1.1))for(v=p,f=0.;f++<9.;v+=sin(ceil(v*f+i*.9)-t/2.)/f);o=max(tanh(o+(o=texture(b,(FC.xy+r.y*.05*sin(FC.xy+FC.yx/.6))/r))*o),.0);

Observer vec2 p=(FC.xy*2.-r)/r.y/.2,v;for(float i,l,f;i++<1e1;o+=.03/max(l=length(v)-i,-l*3.)*(cos(t-i*.4+.1/l+vec4(0,1,2,3))+1.1))for(v=p,f=0.;f++<9.;v+=sin(ceil(v*f+i*.9)-t/2.)/f);o=max(tanh(o+(o=texture(b,(FC.xy+r.y*.05*sin(FC.xy+FC.yx/.6))/r))*o),.0);

10,558 Aufrufe

"Heavenly 2" for(float i,z,d;i++<1e2;o+=(cos(z+t+vec4(0,1,2,3))+1.1)/d){vec3 p=z*normalize(FC.rgb*2.-r.xyy);p.z-=t;for(d=1.;d<9.;d/=.7)p+=cos(p.yzx*d+z*.2-t*.1)/d;z+=d=.02+.1*abs(p.y+1.);}o=tanh(o/2e3);

"Heavenly 2" for(float i,z,d;i++<1e2;o+=(cos(z+t+vec4(0,1,2,3))+1.1)/d){vec3 p=z*normalize(FC.rgb*2.-r.xyy);p.z-=t;for(d=1.;d<9.;d/=.7)p+=cos(p.yzx*d+z*.2-t*.1)/d;z+=d=.02+.1*abs(p.y+1.);}o=tanh(o/2e3);

23,107 Aufrufe

"HOME" vec3 p; for(float i,z,d,l;i++<6e1;o+=(vec4(5,9,2.+d*5e1,0)/l)/z) p=z*normalize(FC.rgb*2.-r.xyy)-cos(.5*t), p.z+=5.,p.xz*=mat2(cos(t+p.y*.4-vec4(0,33,11,0))), d=length(p),z+=d=min(l=length(cos(p/d/.1)+p.y+d),d-.8-exp(-p*p/.1).y)/9.; o=tanh(o*o/7e3);

"HOME" vec3 p; for(float i,z,d,l;i++<6e1;o+=(vec4(5,9,2.+d*5e1,0)/l)/z) p=z*normalize(FC.rgb*2.-r.xyy)-cos(.5*t), p.z+=5.,p.xz*=mat2(cos(t+p.y*.4-vec4(0,33,11,0))), d=length(p),z+=d=min(l=length(cos(p/d/.1)+p.y+d),d-.8-exp(-p*p/.1).y)/9.; o=tanh(o*o/7e3);

18,807 Aufrufe

Cleanse vec2 p=(FC.xy*2.-r)/r.y/.3;for(float f;f++<1e2;p+=.02*sin(p.yx+.5*t))o+=(cos(f/27.+vec4(0,1,3,0))+1.1)/length(sin(p*sin(r+f)/.7));o=tanh(o*o/4e4);

Cleanse vec2 p=(FC.xy*2.-r)/r.y/.3;for(float f;f++<1e2;p+=.02*sin(p.yx+.5*t))o+=(cos(f/27.+vec4(0,1,3,0))+1.1)/length(sin(p*sin(r+f)/.7));o=tanh(o*o/4e4);

10,899 Aufrufe

"Facility" vec3 p,q;for(float z,d,i,l;l++<3e1;z+=d,o+=.1*pow(d*d*exp(p.yyyy),vec4(.7,.6,.5,1))){p=z*normalize(FC.rgb*2.-r.xyy);p.z-=t;for(q=++p,d=-9.,i=4.;i>.01;i*=.3)d=max(d,min(min(q=i*.7-abs(mod(q+i,i+i)-i),q.y).x,q.z))/(1.+z/3e1),q.zy*=rotate2D(2.);}o=tanh(o*o);

"Facility" vec3 p,q;for(float z,d,i,l;l++<3e1;z+=d,o+=.1*pow(d*d*exp(p.yyyy),vec4(.7,.6,.5,1))){p=z*normalize(FC.rgb*2.-r.xyy);p.z-=t;for(q=++p,d=-9.,i=4.;i>.01;i*=.3)d=max(d,min(min(q=i*.7-abs(mod(q+i,i+i)-i),q.y).x,q.z))/(1.+z/3e1),q.zy*=rotate2D(2.);}o=tanh(o*o);

17,855 Aufrufe

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Built a tool for producing themed backgrounds for my church. Would anyone be interested in something like this?
0:32
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Built a tool for producing themed backgrounds for my church. Would anyone be interested in something like this?

Xor

72,466 Aufrufe • vor 16 Tagen

Introducing FragCoord: My ultimate shader editing tool!
9:02
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Introducing FragCoord: My ultimate shader editing tool!

Xor

135,300 Aufrufe • vor 3 Monaten

"Rainbow Travel" by noztol
0:30
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"Rainbow Travel" by noztol

Xor

23,105 Aufrufe • vor 22 Tagen

Erosion demo based on Rune Skovbo Johansen →🦋🐘's work
0:30
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Erosion demo based on Rune Skovbo Johansen →🦋🐘's work

Xor

27,724 Aufrufe • vor 2 Monaten

Blackhole in 350 characters of #GLSL: vec2 p=(FC.xy*2.-r)/r.y/.7,d=vec2(-1,1),c=p*mat2(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+=.7*sin(v.yx*i+t)/i+.5;o=1.-exp(-exp(c.x*vec4(.6,-.4,-1,0))/o/(.1+.1*pow(length(sin(v/.3)*.2+c*vec2(1,2))-1.,2.))/(1.+7.*exp(.3*c.y-dot(c,c)))/(.03+abs(length(p)-.7))*.2);
0:31
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Blackhole in 350 characters of #GLSL: vec2 p=(FC.xy*2.-r)/r.y/.7,d=vec2(-1,1),c=p*mat2(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+=.7*sin(v.yx*i+t)/i+.5;o=1.-exp(-exp(c.x*vec4(.6,-.4,-1,0))/o/(.1+.1*pow(length(sin(v/.3)*.2+c*vec2(1,2))-1.,2.))/(1.+7.*exp(.3*c.y-dot(c,c)))/(.03+abs(length(p)-.7))*.2);

Xor

82,706 Aufrufe • vor 1 Jahr

for(float i,z,d,s;i++&lt;1e2;){vec3 p=z*normalize(FC.rgb*2.-r.xyy);p.yz*=rotate2D(.2);for(d=5.;d&lt;2e2;d+=d)p+=.5*sin(p.yzx*d-t*PI/10.)/d;z+=d=.5*(.01+.5*max(s=.3-abs(p.y),-s*.1));o+=(cos(s/.07+p.x+t*PI/10.-vec4(0,1,2,3)-3.)+1.5)*exp(s*9.)/d;}o=tanh(o*o/4e8);
0:20
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for(float i,z,d,s;i++&lt;1e2;){vec3 p=z*normalize(FC.rgb*2.-r.xyy);p.yz*=rotate2D(.2);for(d=5.;d&lt;2e2;d+=d)p+=.5*sin(p.yzx*d-t*PI/10.)/d;z+=d=.5*(.01+.5*max(s=.3-abs(p.y),-s*.1));o+=(cos(s/.07+p.x+t*PI/10.-vec4(0,1,2,3)-3.)+1.5)*exp(s*9.)/d;}o=tanh(o*o/4e8);

Xor

68,134 Aufrufe • vor 1 Jahr

Traffic: An unused shader concept for a client
0:30
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Traffic: An unused shader concept for a client

Xor

16,689 Aufrufe • vor 2 Monaten

Introducing GLSL Captcha. Pass the test by guessing the correct output for the GLSL shader code:
0:24
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Introducing GLSL Captcha. Pass the test by guessing the correct output for the GLSL shader code:

Xor

53,813 Aufrufe • vor 11 Monaten

Portfolio update. New shaders!
0:29
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Portfolio update. New shaders!

Xor

25,810 Aufrufe • vor 4 Monaten

"Runner" vec3 q,p;for(float z,d,i,l;l++&lt;3e1;z+=d,o+=.1*(vec4(4,2,1,0)-tanh(p.y+4.))*d/(1.+z)){p=z*normalize(FC.rgb*2.-r.xyy)-2.;p.xz-=t+3.;for(q=p,d=p.y,i=4e1;i&gt;.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(o*o);
0:20
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"Runner" vec3 q,p;for(float z,d,i,l;l++&lt;3e1;z+=d,o+=.1*(vec4(4,2,1,0)-tanh(p.y+4.))*d/(1.+z)){p=z*normalize(FC.rgb*2.-r.xyy)-2.;p.xz-=t+3.;for(q=p,d=p.y,i=4e1;i&gt;.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(o*o);

Xor

52,134 Aufrufe • vor 11 Monaten

"Vectors" for(float i,z,d;i++&lt;7e1;o+=vec4(9,i,z,1)/d){vec3 p=z*normalize(FC.rgb*2.-r.xyy),a=normalize(sin(t/4.+vec3(0,2,4))),v;p.z+=7.;v=a=dot(a,p)*a+cross(a,p); for(d=2.;d++&lt;9.;a+=sin(ceil(a*d)-t).yzx/d);z+=d=.1*length(sin(a*a))*sqrt(length(v*sin(v.yzx)));} o=tanh(o/6e4);
0:25
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"Vectors" for(float i,z,d;i++&lt;7e1;o+=vec4(9,i,z,1)/d){vec3 p=z*normalize(FC.rgb*2.-r.xyy),a=normalize(sin(t/4.+vec3(0,2,4))),v;p.z+=7.;v=a=dot(a,p)*a+cross(a,p); for(d=2.;d++&lt;9.;a+=sin(ceil(a*d)-t).yzx/d);z+=d=.1*length(sin(a*a))*sqrt(length(v*sin(v.yzx)));} o=tanh(o/6e4);

Xor

38,066 Aufrufe • vor 8 Monaten

"Starship [332]" is now on ShaderToy with comments to explain how it works:
0:24
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"Starship [332]" is now on ShaderToy with comments to explain how it works:

Xor

60,762 Aufrufe • vor 1 Jahr

"Waveform" for(float i,d,z,f;i++&lt;9e1;o+=(cos(z*.5+t+vec4(0,2,4,3))+1.3)/d/z){vec3 p=z*normalize(FC.rgb*2.-r.xyy)+1.;f=max(-p.y,0.);p.y+=f+f;for(d=1.;d&lt;3e1;d+=d)p.y+=cos(p*d+2.*t*cos(d)+z).x/d;z+=d=(.1*f+abs(p.y-1.)/(++f*f)+max(d=p.z+3.,-d*.1))/8.;}o=tanh(o/9e2);
0:20
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"Waveform" for(float i,d,z,f;i++&lt;9e1;o+=(cos(z*.5+t+vec4(0,2,4,3))+1.3)/d/z){vec3 p=z*normalize(FC.rgb*2.-r.xyy)+1.;f=max(-p.y,0.);p.y+=f+f;for(d=1.;d&lt;3e1;d+=d)p.y+=cos(p*d+2.*t*cos(d)+z).x/d;z+=d=(.1*f+abs(p.y-1.)/(++f*f)+max(d=p.z+3.,-d*.1))/8.;}o=tanh(o/9e2);

Xor

46,883 Aufrufe • vor 1 Jahr

"Balatro" in 345 chars #define M max(0.,1. float i,l,a,b;vec2 v=ceil(FC.xy/r.y*3e2)/18.-8.*r/r.y,u=v*mat2(cos(vec4(4,37,15,4)+.1*t-length(v)/6.));for(v=u+u.yx;i++<5.;l=length(u-=cos(u+u.yx)-sin(u.x*.7-u.y))/7.)v+=sin(max(u,u.yx))+u, u+=.5*sin(v/vec2(3,1)+.2*t).yx;a=M-abs(l-2.))+.1,b=M-l);o=a/vec4(1,4,4,1)+vec4(0,.4,.7,1)*b+M-a-b)/vec4(17,8,7,1)+M+a-2.)+M+b+b-2.6);
0:31
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"Balatro" in 345 chars #define M max(0.,1. float i,l,a,b;vec2 v=ceil(FC.xy/r.y*3e2)/18.-8.*r/r.y,u=v*mat2(cos(vec4(4,37,15,4)+.1*t-length(v)/6.));for(v=u+u.yx;i++<5.;l=length(u-=cos(u+u.yx)-sin(u.x*.7-u.y))/7.)v+=sin(max(u,u.yx))+u, u+=.5*sin(v/vec2(3,1)+.2*t).yx;a=M-abs(l-2.))+.1,b=M-l);o=a/vec4(1,4,4,1)+vec4(0,.4,.7,1)*b+M-a-b)/vec4(17,8,7,1)+M+a-2.)+M+b+b-2.6);

Xor

42,427 Aufrufe • vor 1 Jahr

On the main Shopify sphere, we also wanted dynamic clouds that flow naturally, whirling, forming and dissipating over time. Here's how we achieved that fluidity live
1:16
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On the main Shopify sphere, we also wanted dynamic clouds that flow naturally, whirling, forming and dissipating over time. Here's how we achieved that fluidity live

Xor

23,847 Aufrufe • vor 6 Monaten

"Caustics" in 146 chars of #GLSL vec2 p=FC.xy/r.y*2e1+t;for(float i;i++&lt;8.;)p+=sin(p+t/.2+i)*.4,p*=mat2(6,-8,8,6)/9.;o=vec4(tanh(length(fwidth(sin(p*.3)/.1))),texture(b,FC.xy/r));
0:20
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"Caustics" in 146 chars of #GLSL vec2 p=FC.xy/r.y*2e1+t;for(float i;i++&lt;8.;)p+=sin(p+t/.2+i)*.4,p*=mat2(6,-8,8,6)/9.;o=vec4(tanh(length(fwidth(sin(p*.3)/.1))),texture(b,FC.xy/r));

Xor

68,760 Aufrufe • vor 2 Jahren

"String Theory", 207 chars of #GLSL vec3 p;for(float i,z,d;i++&lt;1e2;o+=(sin(p.x+t+vec4(0,2,3,0))+1.)/d)p=z*normalize(FC.rgb*2.-r.xyy),p.z-=t,p.xy*=mat2(cos(z*.2+t*.1+vec4(0,33,11,0))),z+=d=length(cos(p+cos(p.yzx+p.z-t*.2)).xy)/6.;o=tanh(o/5e3);
0:31
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"String Theory", 207 chars of #GLSL vec3 p;for(float i,z,d;i++&lt;1e2;o+=(sin(p.x+t+vec4(0,2,3,0))+1.)/d)p=z*normalize(FC.rgb*2.-r.xyy),p.z-=t,p.xy*=mat2(cos(z*.2+t*.1+vec4(0,33,11,0))),z+=d=length(cos(p+cos(p.yzx+p.z-t*.2)).xy)/6.;o=tanh(o/5e3);

Xor

29,645 Aufrufe • vor 1 Jahr

"Neon" vec3 c,p,v;for(float i,z,d;i++&lt;5e1;o.rgb+=-c*d*d/z/z+(cos(p.y+vec3(6,1,2))+1.1)/(length(tan(p.y/.3)/cos(p.xz/.1))+d*d/.01)/z)c=normalize(FC.rgb*2.-r.xxy),p=z*c,p.xz-=t,z+=d=.4*max(dot(cos(v=p-sin(p).xxz).xz,sin(v.zx/.6))+.6,v.y+3.);o=tanh(.1*o);
0:31
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"Neon" vec3 c,p,v;for(float i,z,d;i++&lt;5e1;o.rgb+=-c*d*d/z/z+(cos(p.y+vec3(6,1,2))+1.1)/(length(tan(p.y/.3)/cos(p.xz/.1))+d*d/.01)/z)c=normalize(FC.rgb*2.-r.xxy),p=z*c,p.xz-=t,z+=d=.4*max(dot(cos(v=p-sin(p).xxz).xz,sin(v.zx/.6))+.6,v.y+3.);o=tanh(.1*o);

Xor

24,456 Aufrufe • vor 10 Monaten

"Heavenly" for(float i,z,d;i++&lt;1e2;o+=(cos(z+t+vec4(6,1,2,3))+1.)/d){vec3 p=z*normalize(FC.rgb*2.-r.xyy);p.z-=t;for(d=1.;d&lt;9.;d/=.7)p+=cos(p.yzx*d+z*.2)/d;z+=d=.02+.1*abs(3.-length(p.xy));}o=tanh(o/3e3);
0:31
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"Heavenly" for(float i,z,d;i++&lt;1e2;o+=(cos(z+t+vec4(6,1,2,3))+1.)/d){vec3 p=z*normalize(FC.rgb*2.-r.xyy);p.z-=t;for(d=1.;d&lt;9.;d/=.7)p+=cos(p.yzx*d+z*.2)/d;z+=d=.02+.1*abs(3.-length(p.xy));}o=tanh(o/3e3);

Xor

24,539 Aufrufe • vor 1 Jahr

"Heavenly 2" for(float i,z,d;i++&lt;1e2;o+=(cos(z+t+vec4(0,1,2,3))+1.1)/d){vec3 p=z*normalize(FC.rgb*2.-r.xyy);p.z-=t;for(d=1.;d&lt;9.;d/=.7)p+=cos(p.yzx*d+z*.2-t*.1)/d;z+=d=.02+.1*abs(p.y+1.);}o=tanh(o/2e3);
0:20
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"Heavenly 2" for(float i,z,d;i++&lt;1e2;o+=(cos(z+t+vec4(0,1,2,3))+1.1)/d){vec3 p=z*normalize(FC.rgb*2.-r.xyy);p.z-=t;for(d=1.;d&lt;9.;d/=.7)p+=cos(p.yzx*d+z*.2-t*.1)/d;z+=d=.02+.1*abs(p.y+1.);}o=tanh(o/2e3);

Xor

23,107 Aufrufe • vor 1 Jahr