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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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KilledByAPixel
remix of d/33563 by u/KilledByAPixel

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  • Pixel Melt 🔎🖍️

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KilledByAPixel
remix of d/33559 by u/KilledByAPixel

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  • Shape Splitter 🔪
  • u/BriSeven
    Some frames of this would make great wallpaper
  • u/shubham7007
    In the ever-evolving landscape of advanced materials, amorphous iron stands out as a quiet game-changer. Unlike traditional crystalline metals, amorphous iron lacks a long-range atomic order — its atoms are arranged in a disordered, non-crystalline structure. This unique characteristic gives it a suite of superior properties that make it a compelling candidate across a wide range of industries. Often referred to as "metallic glass," this alloy is formed by rapidly cooling molten iron to prevent crystal formation, locking atoms into an unconventional but highly functional configuration. What makes amorphous iron especially fascinating is its combination of magnetic excellence and mechanical robustness. It exhibits extremely low energy losses during magnetization cycles, which makes it ideal for energy-efficient transformers and electric motors. Its high electrical resistivity further reduces eddy current losses, allowing devices to operate cooler and more efficiently. This is especially vital in an era where energy conservation and compact high-performance electronics are in growing demand. In renewable energy systems and smart grids, the efficiency leap provided by amorphous iron cores can translate into significant cost savings and reduced carbon footprints over time. Beyond its magnetic appeal, amorphous iron offers surprising strength and hardness, despite its non-crystalline nature. It is remarkably corrosion-resistant and has a high elastic limit, making it a strong contender in harsh environments and structural applications where durability is key. Scientists are also exploring its potential in biomedical devices and aerospace components, where weight, strength, and reliability are of utmost importance. As manufacturing technologies like 3D printing and rapid solidification techniques advance, the scalability and affordability of amorphous iron are expected to improve. This could pave the way for broader integration into everyday products and infrastructure. In short, amorphous iron isn't just another alloy — it's a material redefining the boundaries of performance and sustainability in the modern world.

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KilledByAPixel

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  • Cut Slide ✂️

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KilledByAPixel
remix of d/32818 by u/KilledByAPixel

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KilledByAPixel
remix of d/4188 by u/xem

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  • Life is too short. 🏌️
  • u/Xen
    possibly map n? ;-) T=[B=T] for(c.width=w=98,i=8e3;i--;x.fillRect(i%w,i/w,T[i]=4-n?n<5&n>2&B[i]:1,1))for(j of[n=1,97,w,99])n+=B[i+j]+B[i-j]

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KilledByAPixel
remix of d/33384 by u/KilledByAPixel

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  • Isometric Insanity 🏙️ Different every refresh!

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KilledByAPixel
remix of d/31797 by u/KilledByAPixel

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  • Blind Madness 🔮 Different every refresh!

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KilledByAPixel
remix of d/14222 by u/KilledByAPixel

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  • Fire CSS 🔥

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KilledByAPixel
remix of d/33252 by u/rodrigo.siqueira

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  • Tiny Hypnotizer 👁️

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KilledByAPixel
remix of d/28650 by u/KilledByAPixel

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  • Marquee Bouncer 🏀
  • u/tzador
    ) very nice and jumpy.. is there still space to add some ball rotation?

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