aRtVerse

A design inspired by dream catchers arranged in three levels. This Data Catcher was constructed from 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).

A design inspired by dream catchers. This Data Catcher was constructed from Maurer roses and Rose curves created with specially generated data in R.

A design inspired by dream catchers. This Data Catcher was constructed from Maurer roses and Rose curves created with specially generated data in R.

A biologist's definition of a data scientist. The minimalist design features typography with the word 'data scientist' on an audio/sound waves (data) background. It includes a dictionary description as well, "noun da-ta sci-en-tist An organism that turns data and coffee into business solutions".

A biologist's definition of a data scientist. The minimalist design features typography with the word 'data scientist' on an audio/sound waves (data) background. It includes a dictionary description as well, "noun da-ta sci-en-tist An organism that turns data and coffee into business solutions".

A humorous design based on how a cat owner who is also a programmer can fix their software bugs by feeding them to their cat! The design features typography with the following text "A cat owner's guide to debugging: SELECT bugs FROM code LEFT JOIN cats ON bug.fixID = cat.eatbugID" as well as a Kaomoji cat (a vertically typed Japanese text based emoji).

A humorous design based on how a cat owner who is also a programmer can fix their software bugs by feeding them to their cat! The design features typography with the following text "A cat owner's guide to debugging: SELECT bugs FROM code LEFT JOIN cats ON bug.fixID = cat.eatbugID" as well as a Kaomoji cat (a vertically typed Japanese text based emoji).

A design inspired by the beauty and splendour of peacocks. 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), octagons (8) and a tridecagons (13). The head and body of the peacock is created with circular bar charts, whereas the crest is created with maurer roses. Generated in the Inferno, Plasma and Viridis color palette; perceptually uniform shades of black, blue, green, red and yellow.

A design inspired by the beauty and splendour of peacocks. 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), octagons (8) and a tridecagons (13). The head and body of the peacock is created with circular bar charts, whereas the crest is created with maurer roses. Generated in the Inferno, Plasma and Viridis color palette; perceptually uniform shades of black, blue, green, red and yellow.

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 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 kaleidoscopes and harmonographs. The harmonographs were created using an algorithm and specially created data in R using ggplot2. The harmonographs were arranged into an 9 point polygon at 42 degrees.

A design inspired by kaleidoscopes and harmonographs. The harmonographs were created using an algorithm and specially created data in R using ggplot2. The harmonographs were arranged into an 9 point polygon at 42 degrees.

A design inspired by the important active little pollinator known as the honey bee. Created with specially generated data in R studio using polygon algorithms for the mandalas, circular bar charts and rose curves. Includes polygon mandalas such as, a triangle (3 points), pentagon (5), heptagon (7) and tridecagon (13). The wings are circular bar charts and the antenna are modified rose curves. Generated in the Inferno color palette; perceptually uniform shades of black, red and yellow.

A design inspired by the important active pollinator known as the honey bee created with specially generated data in R studio using polygon algorithms for the mandalas, circular bar charts and rose curves. Includes polygon mandalas such as, a triangle (3 points), pentagon (5), heptagon (7) and tridecagon (13). The wings are circular bar charts and the antenna are modified rose curves. Generated in the Inferno color palette; perceptually uniform shades of black, red and yellow.

A set of letters for Artificial Intelligence (AI) constructed using geometric shapes and gradients to give a futuristic science fiction look. The design is unique and drawn digitally by hand.

A set of letters for Artificial Intelligence (AI) constructed using geometric shapes and gradients to give a futuristic science fiction look. The design is unique and drawn digitally by hand.

A design inspired by kaleidoscopes and harmonographs arranged in a lotus flower. The harmonographs were created using an algorithm and specially created data in R using ggplot2. The harmonographs were arranged into an 6 point polygon at 36 degrees.

A design inspired by kaleidoscopes and harmonographs arranged in a lotus flower. The harmonographs were created using an algorithm and specially created data in R using ggplot2. The harmonographs were arranged into an 6 point polygon at 36 degrees.

A rainbow coloured layered flower created with overlapping rose curves. The rose curves were created in R with specially generated data using ggplot2.

A rainbow coloured layered flower created with overlapping rose curves. The rose curves were created in R with specially generated data using ggplot2.

An ammonite with a sunset coloured shell. The shell was created with specially generated data in R and ggplot2 with the plasma palette of perpetual blue red and yellow.

An ammonite with a sunset coloured shell. The shell was created with specially generated data in R and ggplot2 with the plasma palette of perpetual blue red and yellow.

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.

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.

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 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 butterfly created with specially generated data in R and ggplot2. The design features bar chars arranged in a circular pattern to create wings.

A butterfly created with specially generated data in R and ggplot2. The design features bar chars arranged in a circular pattern to create wings.

A butterfly created with specially generated data in R and ggplot2. The design features bar chars arranged in a circular pattern to create wings.

A butterfly created with specially generated data in R and ggplot2. The design features bar chars arranged in a circular pattern to create wings.

A butterfly created with specially generated data in R and ggplot2. The design features bar chars arranged in a circular pattern to create wings.

A butterfly created with specially generated data in R and ggplot2. The design features bar chars arranged in a circular pattern to create wings.

A butterfly created with specially generated data in R and ggplot2. The design features bar chars arranged in a circular pattern to create wings.

A butterfly created with specially generated data in R and ggplot2. The design features bar chars arranged in a circular pattern to create wings.

A butterfly created with specially generated data in R and ggplot2. The design features bar chars arranged in a circular pattern to create wings.