Algorithmic Posters and Art Prints

Admire the beauty of algorithmic art with this captivating collection of cryptographic portraits.

Admire the beauty of algorithmic art with this captivating collection of cryptographic portraits.

A kaleidoscope design inspired by the beauty and symmetry of Rose Curves. In mathematics, a rose or rhodonea curve is a sinusoid plotted in polar coordinates. The curves were created with polygon density plots and specially generated data in R. The colours were created with the Viridis, Plasma and Inferno colour palettes in perpetual shades of blue green yellow, blue red yellow and black red yellow respectively.

An artificial intelligence art piece that mixes Ernst Haeckel's and Rembrandt's styles.

Tapestry pattern with colorful geometric pattern, mostly in yellow and red.

Abstract digital artwork in intense colors, mostly red, yellow and green. Some texture applied.

Black and White Algorithmic Pattern

A design inspired by the beauty and symmetry of Rose Curves. In mathematics, a rose or rhodonea curve is a sinusoid plotted in polar coordinates. This design features a grid of curves representative of the number of points (n) from left to right by row from 1 - 9, similarly the number of degrees (d) from top to bottom by column from 1 - 9. The curves were created with polygon density plots and specially generated data in R. The colours were created with the Viridis, Plasma and Inferno colour palettes in perpetual shades of blue green yellow, blue red yellow and black red yellow respectively.

A design inspired by dream catchers. This is a Data Catcher created with randomly generated data in R studio using Chord diagrams and Branching dendograms.

A design of a data garden complete with leaves, flowers and butterflies. All the images were created with specially generated data in R and ggplot2. The leaves and butterflies are circular bar charts and the flowers are rose curves. The colours included in the palette is from ggplot2; the inferno (black red yellow), plasma (blue red yellow) and viridis (blue green yellow).

A design inspired by dream catchers. This Data Catcher was constructed from a Harmonic Motion Kaleidoscope and Rose curves created with specially generated data in R. Features three different colour palettes; perceptually uniform shades of blue red yellow (Plasma), blue green yellow (Viridis), black red yellow (Inferno).

Not sure what a "Legend" means? Well now you do, with this monochromatic definition design. Stand out from the crowd and bring life to your environment with this typographic design!

A design inspired by the vibrant colours of the orb web spiders. Created with specially generated data in R studio using polygon algorithms for the mandalas and rose curves. Includes polygon mandalas such as, a triangles (3 points), pentagon (5), heptagon (7) and a decagon (10). The eyes are maurer roses and the legs are modified rose curves. Generated in the Plasma color palette; perceptually uniform shades of blue, red and yellow.

A design inspired by dream catchers. This is a Data Catcher created with randomly generated data in R studio using Chord diagrams and Branching dendograms.

A design inspired by dream catchers. This is a Data Catcher created with randomly generated data in R studio using Chord diagrams and Branching dendograms.

A design inspired by dream catchers. This is a Data Catcher created with randomly generated data in R studio using Chord diagrams and Branching dendograms.

A design inspired by dream catchers. This is a Data Catcher created with randomly generated data in R studio using Chord diagrams and Branching dendograms.

An ammonite with a volcano coloured shell. The shell was created with specially generated data in R and ggplot2 with the inferno palette of perpetual black red and yellow.

A typical prompt for AI generated images for a dystopian landscape. This is a base prompt list before refining.

An ammonite with a nebula coloured shell. The shell was created with specially generated data in R and ggplot2 with the inferno palette of perpetual Pink, Blue and Green.

An ammonite with a peacock coloured shell. The shell was created with specially generated data in R and ggplot2 with the viridis palette of perpetual blue green and yellow.

Bubble Clouds

Colorful fractal pattern.

A 5 point Maurer rose artwork created with R software programming code. Generated from scratch with specially created data and colored by hand with abstract shapes.

A 5 point Maurer rose artwork created with R software programming code. Generated from scratch with specially created data and colored by hand with abstract shapes.

Colorful fractal pattern.

Colorful multi-armed fractal.

A design inspired by the vibrant colours of the orb web spiders. Created with specially generated data in R studio using polygon algorithms for the mandalas and rose curves. Includes polygon mandalas such as, a triangles (3 points), pentagon (5), heptagon (7) and a decagon (10). The eyes are maurer roses and the legs are modified rose curves. Generated in the Plasma color palette; perceptually uniform shades of blue, red and yellow.

Experience the fusion of technology and art with this unique digital illustration of a human figure composed entirely of programming code. Featuring elements from HTML, CSS, JavaScript, and Python, the artwork beautifully merges the intricacies of coding with the human form. This tech-inspired creation captures the essence of innovation and ingenuity in the digital age, making it a perfect piece for tech enthusiasts, programmers, and anyone fascinated by the intersection of technology and creativity. Ideal for print-on-demand products, it's a testament to the artistry found in the world of coding and software development.

Forex algorithmic trading funny design from the Forex Collection.

Abstract arcs

Colorful line segments on a dark red coral background. Geometric pattern.

Geometric abstract digital art made with basic shapes in colorful tones.

A design inspired by dream catchers. This is a Data Catcher created with randomly generated data in R studio using Chord diagrams and Branching dendograms.

A design of a data garden complete with leaves, flowers and butterflies. All the images were created with specially generated data in R and ggplot2. The leaves and butterflies are circular bar charts and the flowers are rose curves. The colours included in the palette is from ggplot2; the inferno (black red yellow), plasma (blue red yellow) and viridis (blue green yellow).

A pleasing geometric abstract in a dominant violet, with complementary accents of muted lavenders and yellows. And as with many of his creations, Mr. Harshbarger composed this design with a computer program and lots of trigonometry.