You can't escape

Daily generative animation #1537 by @MacTuitui

Working out @tylerxhobbs paint algorithm, daily #1538 by @MacTuitui

Daily animation #1539 by @MacTuitui

Daily animation #1540 by @MacTuitui

Daily animation #1541

Daily animation #1542 by @MacTuitui

Daily animation #1542 by @MacTuitui

Daily animation #1544 by @MacTuitui

Daily animation #1545 by @MacTuitui

Daily animation #1545 by @MacTuitui for #OBJKT4OBJKT

Daily animation #1547 by @MacTuitui

Daily animation #1548 by @MacTuitui

Mike Tyka 2017 Edition size: 10 @mtyka https://www.miketyka.com Series: “Portraits of Imaginary People” https://www.electricartefacts.art/artist/mike-tyka @e_artefacts The series, titled "Portraits of Imaginary People" explores the latent space of human faces by training a generative adversarial neural network (GAN) to imagine and then depict portraits of people who don’t exist. The portraits are named after Russian troll accounts which were spreading disinformation during the 2016 elections. "hamidmansoor123" was exhibited at LAABF at the The Geffen Contemporary at MOCA (LA) in 2019.

Mike Tyka 2017 Edition size: 10 @mtyka https://www.miketyka.com Series: “Portraits of Imaginary People” https://www.electricartefacts.art/artist/mike-tyka @e_artefacts The series, titled "Portraits of Imaginary People" explores the latent space of human faces by training a generative adversarial neural network (GAN) to imagine and then depict portraits of people who don’t exist. The portraits are named after Russian troll accounts which were spreading disinformation during the 2016 elections. Exhibitions: 2018, Mediacity Biennale, Seoul Museum of Art, Seoul and 2019, LAABF, Geffen Contemporary at MOCA, Los Angeles

Experiment with GAN manipulation from 2020 by @mtyka for the #OBJKT4OBJKT event by @DiverseNftArt

4K PNG, a tribute to the greatest opening line

Generative geometry, @wblut

4K, Generative geometry, @wblut

4K, Generative geometry, @wblut

4k, Generative geometry, Creative coding, @wblut

Generative geometry by @wblut

Generative geometry by @wblut

Generative geometry by @wblut

11520 x 6480, Generative geometry by @wblut

8000x8000 Generative geometry by @wblut

8000x8000 Generative geometry by @wblut

11520x6480 Generative geometry by @wblut

11520x6480

8000x8000 Generative geometry by @wblut

8000x8000 Generative geometry by @wblut

8000x8000 Generative geometry by Frederik Vanhoutte, @wblut

8000x8000 Generative geometry by Frederik Vanhoutte, @wblut

8000x8000 Generative geometry by Frederik Vanhoutte, @wblut

8000x8000 Generative geometry by @wblut

8000x8000 Generative geometry by Frederik Vanhoutte, @wblut

Generative geometry in Processing by Frederik Vanhoutte, @wblut

800x800, 1-bit, dithered | YACHT Single Cover Art

800x800, 62 frames, 1-bit | YACHT Music Video Clip

800x800, 141 frames, 1-bit | YACHT Music Video Clip

800x800, 240 frames, 1-bit | YACHT Music Video Clip

800x800, Sierra Dithering, Teletext Colorway

800x800, Sierra Dithering, Teletext Colorway

800x800, Sierra Dithering, Teletext Colorway

1550x1550, Video Still

1920x1080, 38 frames, 1-bit | YACHT Music Video Clip

1920x1080, 140 frames, 1-bit | YACHT Music Video Clip

1920x1080, 61 frames, 1-bit | YACHT Music Video Clip

1920x1080, 133 frames, 1-bit | YACHT Music Video Clip

https://mrdoob.neocities.org/039/

Side-scroller with sounds in a SVG file.

Side-scroller with sounds in a SVG file.

Toggle the theme

Interactive light-emissive boids inside an audio-reactive SVG. Music by @gloom303.

Interactive light-emissive boids inside an audio-reactive SVG. Music by @gloom303.

Ori Toor - "Sugar Bike" https://www.instagram.com/p/CKwrKEjKmUL/?utm_source=ig_web_copy_link

By Ori Toor (IG: @oritoor) https://bit.ly/3f40qnb

Sybil attack test

An exploration of flows, expressionism, and texture. The sister of winds6040 available as a print at https://data-imaginist.com/art (By Thomas Lin Pedersen, @thomasp85 on Twitter)

An exploration of flows, expressionism, and texture. (By Thomas Lin Pedersen, @thomasp85 on Twitter)

Digit 0 of the generative digits series (by Thomas Lin Pedersen, @thomasp85 on Twitter)

Digit 1 of the generative digits series (by Thomas Lin Pedersen, @thomasp85 on Twitter)

Digit 2 of the generative digits series (by Thomas Lin Pedersen, @thomasp85 on Twitter)

Digit 3 of the generative digits series (by Thomas Lin Pedersen, @thomasp85 on Twitter)

Digit 4 of the generative digits series (by Thomas Lin Pedersen, @thomasp85 on Twitter)

Digit 8 of the generative digits series (by Thomas Lin Pedersen, @thomasp85 on Twitter)

Digit 9 of the generative digits series. Purchase of this single edition includes a generative glyph of the buyers choice. Contact on Twitter (by Thomas Lin Pedersen, @thomasp85 on Twitter)

A looping animation of a tilted square turning into a circle and back (by Thomas Lin Pedersen, @thomasp85 on Twitter)

A wallpaper created for the iPhone (by Thomas Lin Pedersen, @thomasp85 on Twitter)

A wallpaper created for the iPhone (by Thomas Lin Pedersen, @thomasp85 on Twitter)

○

Viral

Penrose Grind

Grid cells select two colors which transition across the canvas both vertically and horizontally. Generated in Processing by Dan Gries.

Grid cells select two colors which transition across the canvas both vertically and horizontally. Generated in Processing by Dan Gries.

Fractal generated with a customized fractal flame algorithm. Generated by Dan Gries in Processing.

Grid cells select two colors which transition across the canvas both vertically and horizontally. Generated in Processing by Dan Gries.

Fractal generated with a customized fractal flame algorithm. Generated by Dan Gries in Processing.

Fractal generated with a customized fractal flame algorithm. Generated by Dan Gries in Processing.

Fractal generated with a customized fractal flame algorithm. Generated by Dan Gries in Processing.

Generated in Processing by Dan Gries.

Generated in Processing by Dan Gries.

Generated in Processing by Dan Gries.

Generated by Dan Gries in Processing.

Generated by Dan Gries in Processing.

Generated by Dan Gries in Processing.

Generated by Dan Gries in Processing.

Generated by Dan Gries in Processing.

Generated by Dan Gries in Processing.

Generated by Dan Gries in Processing.

Grid cells select two colors which transition across the canvas both vertically and horizontally. Generated in Processing by Dan Gries.

Grid cells select two colors which transition across the canvas both vertically and horizontally. Generated in Processing by Dan Gries.

Grid cells select two colors which transition across the canvas both vertically and horizontally. Generated in Processing by Dan Gries.

Grid cells select two colors which transition across the canvas both vertically and horizontally. Generated in Processing by Dan Gries.

Grid cells select two colors which transition across the canvas both vertically and horizontally. Generated in Processing by Dan Gries.

Grid cells select two colors which transition across the canvas both vertically and horizontally. Generated in Processing by Dan Gries.

Spheres separate by RGB values. By Dan Gries.

Generated by Dan Gries.

Grid cells select two colors which transition across the canvas both vertically and horizontally. Generated in Processing by Dan Gries.

Grid cells select two colors which transition across the canvas both vertically and horizontally. Generated in Processing by Dan Gries.

One in a series. In this series, each imperfectly-shaped dot is filled with a gradient defined by smoothly mapping into RGB space. Floyd-Steinberg dithering is applied to create smooth gradient without the presence of color bands, and lossless PNG compression is applied to maintain quality.

One in a series. In this series, each imperfectly-shaped dot is filled with a gradient defined by smoothly mapping into RGB space. Floyd-Steinberg dithering is applied to create smooth gradient without the presence of color bands, and lossless PNG compression is applied to maintain quality.

One in a series. In this series, each imperfectly-shaped dot is filled with a gradient defined by smoothly mapping into RGB space. Floyd-Steinberg dithering is applied to create smooth gradient without the presence of color bands, and lossless PNG compression is applied to maintain quality.

One in a series. In this series, each imperfectly-shaped dot is filled with a gradient defined by smoothly mapping into RGB space. Floyd-Steinberg dithering is applied to create smooth gradient without the presence of color bands, and lossless PNG compression is applied to maintain quality.

One in a series. In this series, each imperfectly-shaped dot is filled with a gradient defined by smoothly mapping into RGB space. Floyd-Steinberg dithering is applied to create smooth gradient without the presence of color bands, and lossless PNG compression is applied to maintain quality.

One in a series. In this series, each imperfectly-shaped dot is filled with a gradient defined by smoothly mapping into RGB space. Floyd-Steinberg dithering is applied to create smooth gradient without the presence of color bands, and lossless PNG compression is applied to maintain quality.

Generated in Processing by Dan Gries.

Generated by Dan Gries in Processing.