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 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 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 6 point polygon at 36 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 6 point polygon at 36 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 6 point polygon at 36 degrees, perpetually shaded colours of Green Pink Yellow on a black background.
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 6 point polygon at 36 degrees, perpetually shaded colours of Green Pink Yellow on a white background.
A kaleidoscope design inspired by the beauty and symmetry of Rose Curves arranged into an 11 point polygon at 45 degrees.
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.
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.
A design inspired by the beauty and intrigue of kaleidoscopes. The design was created with randomly created generated data in R in the Nebula color palette, perpetually uniform shades of blue green pink on a black background.
Afterwards a kaleidoscope algorithm was applied at 45 degrees with 9 polygon points.
A design inspired by the beauty and intrigue of kaleidoscopes. The design was created with randomly created generated data in R in the Plasma color palette, perpetual uniform shades of blue red yellow.
Afterwards a kaleidoscope algorithm was applied at 30 degrees with 6 polygon points.
A design inspired by the beauty and intrigue of kaleidoscopes. The design was created with randomly created generated data in R in the Viridis color palette, perpetual uniform shades of blue green yellow.
Afterwards a kaleidoscope algorithm was applied at 30 degrees with 6 polygon points.
A collection of phyllotactic spirals inspired by the arrangement of leaves on a plant stem. Each spiral was generated with individual points using R code. Afterwards a kaleidoscope algorithm was applied at 36 degrees with 6 polygon points.
A design inspired by the beauty and intrigue of kaleidoscopes. The design was created with randomly created generated data in R in the Inferno color palette, perpetual shades of black red yellow. Afterwards a kaleidoscope algorithm was applied at 30 degrees with 6 polygon points.
