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function u(t) {
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u(t) is called 60 times per second. t: Elapsed time in seconds. S: Shorthand for Math.sin. C: Shorthand for Math.cos. T: Shorthand for Math.tan. R: Function that generates rgba-strings, usage ex.: R(255, 255, 255, 0.5) c: A 1920x1080 canvas. x: A 2D context for that canvas.
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remix of d/25378 by u/tomxor

function u(t) {

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  • XOR transition

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remix of d/25377 by u/tomxor

function u(t) {

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  • Slide puzzle transition

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remix of d/25377 by u/tomxor

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  • Wave transition

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function u(t) {

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  • Infinite hopscotch
  • u/Odog8
    Thats nuts
  • u/Joachim
    This 3D-like technique is useful for making single-direction ground textures. This is roughly how it works: A rectangle with a height of ~1px is drawn for every row of pixels on the screen. The width of every rectangle depends on how far down it is (their index). The x position of every rectangle is defined by this bit of code: T(z^z/i+t*9). This is then multiplied by their index to achieve a 3D look, as everything gets bigger & faster near the bottom of the screen. Without the animation or colours, the entire thing can get as small as 64 char: for(i=z=c.width=300;i--;)x.fillRect(140+T(z^z/i+t*9)*i,90+i,i,1). Feel free to get it even smaller!
  • u/vain
    @u/Joachim: Thanks a lot for the litte explanation and example. =)
  • u/Joachim
    #d3 #perspective #mist #colors
  • u/lineburgb
    for(i=z=c.width=300;i--;)x.fillRect(140+T(z^z/i+t*9)*i,90+i,i,1)

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function u(t) {

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  • Telephone Lines ☎️ Uncompressed
  • u/vain
    Just wow!
  • u/tomxor
    hah, awww, i was just about to try to uncompress it :P
  • u/KilledByAPixel
    i had a feeling, beat you to it, still room for improvements and variations in this rendering style :)
  • u/tomxor
    -9 i?q?[8,8,13,2]:[9*i,7+9*S(t%1*3),w,w]:[13,q?5:41,2,1e3]

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function u(t) {

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  • Utility Lines ☎️

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  • City Blocks 🌇

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function u(t) {

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  • Kaleidoscopic Spiral

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function u(t) {

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  • Show more comments…
  • u/taupelink
    wow!
  • u/ntsutae
    👍👍
  • u/danny@hille.dk
    NICE! - Interestingly this code f=(X,Y,n=98)=>Y*Y>n?n:f(4*X*Y-.5,Y*Y-X*X,n+1.2) from d/19821 produces an image with many similarities with this.
  • u/danny@hille.dk
    DANG this is speedy! - you can crank out some fractals in no time :-) f=(X,Y,n=1)=>X*X>n?n:f(4*X*Y-.5,Y*Y-X*X,n+1.2) for(i=5e4;t<1&&i--;x.fillRect(X=u&2047,u>>11,19/f(X/960-1,u/2e6-.56),1))u=-~u

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