Data Visualization T-Shirts

A minimalist poster extracted from every frame of the movie, presented in a circular visualization. The movie "starts" at the center of the circle and "ends" on the edge.

A minimalist poster extracted from every frame of the movie, presented in a circular visualization. The movie "starts" at the center of the circle and "ends" on the edge.

A minimalist poster extracted from every frame of the movie, presented in a warp visualization. The movie "starts" and "ends" at 12 o'clock.

A minimalist poster extracted from every frame of the movie, presented in a warp visualization. The movie "starts" and "ends" at 12 o'clock.

A minimalist poster extracted from every frame of the movie, presented in a circular visualization. The movie "starts" at the center of the circle and "ends" on the edge.

A minimalist poster extracted from every frame of the movie, presented in a circular visualization. The movie "starts" at the center of the circle and "ends" on the edge.

A minimalist poster extracted from every frame of the movie, presented in a warp visualization. The movie "starts" and "ends" at 12 o'clock.

A minimalist poster extracted from every frame of the movie, presented in a circular visualization. The movie "starts" at the center of the circle and "ends" on the edge.

A minimalist poster extracted from every frame of the movie, presented in a warp visualization. The movie "starts" and "ends" at 12 o'clock.

A minimalist poster extracted from every frame of the movie, presented in a warp visualization. The movie "starts" and "ends" at 12 o'clock.

A minimalist poster extracted from every frame of the movie, presented in a circular visualization. The movie "starts" at the center of the circle and "ends" on the edge.

A minimalist poster extracted from every frame of the movie, presented in a warp visualization. The movie "starts" and "ends" at 12 o'clock.

A minimalist poster extracted from every frame of the movie, presented in a circular visualization. The movie "starts" at the center of the circle and "ends" on the edge.

A minimalist poster extracted from every frame of the movie, presented in a warp visualization. The movie "starts" and "ends" at 12 o'clock.

A minimalist poster extracted from every frame of the movie, presented in a warp visualization. The movie "starts" and "ends" at 12 o'clock.

A minimalist poster extracted from every frame of the movie, presented in a warp visualization. The movie "starts" and "ends" at 12 o'clock.

A minimalist poster extracted from every frame of the movie, presented in a circular visualization. The movie "starts" at the center of the circle and "ends" on the edge.

A minimalist poster extracted from every frame of the movie, presented in a warp visualization. The movie "starts" and "ends" at 12 o'clock.

A minimalist poster extracted from every frame of the movie, presented in a warp visualization. The movie "starts" and "ends" at 12 o'clock.

A minimalist poster extracted from every frame of the movie, presented in a warp visualization. The movie "starts" and "ends" at 12 o'clock.

A minimalist poster extracted from every frame of the movie, presented in a warp visualization. The movie "starts" and "ends" at 12 o'clock.

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.

A design inspired by square-inside-square pop fashion with a modern and more stylistic interpretation. The design was created with randomly created generated data in R in the Plasma color palette.

A design inspired by square-inside-square pop fashion with a modern and more stylistic interpretation. The design was created with randomly created generated data in R in the Plasma color palette.

A design inspired by harmonographs and Lissajous curves that create geometric images using pendulums and harmonic motion. The harmonograph was created using an algorithm and specially created data in R using ggplot2. Additional triangles were added to create more visual interest and to frame the 'wormhole'. The harmonograph is colored with the Plasma palette; perpetually shaded colors of Blue Red Yellow.

A design inspired by harmonographs and Lissajous curves that create geometric images using pendulums and harmonic motion. The harmonograph was created using an algorithm and specially created data in R using ggplot2. Additional triangles were added to create more visual interest and to frame the 'wormhole'. The harmonograph is colored with the Viridis palette; perpetually shaded colors of Blue Green Yellow.

A design inspired by square-inside-square pop fashion with a modern and more stylistic interpretation. The design was created with randomly created generated data in R in the Inferno color palette; perceptually uniform shades of black red yellow on a white background.

A design inspired by square-inside-square pop fashion with a modern and more stylistic interpretation. The design was created with randomly created generated data in R in the Nebula color palette.

A design inspired by square-inside-square pop fashion with a modern and more stylistic interpretation. The design was created with randomly created generated data in R in the Nebula color palette.

A phyllotactic spiral filled into a circle, inspired by the arrangement of leaves on a plant stem. Generated with individual points using R code in the Viridis color palette; perceptually uniform shades of blue green yellow on a black background.

A phyllotactic spiral filled into a circle, inspired by the arrangement of leaves on a plant stem. Generated with individual points using R code in the Viridis color palette; perceptually uniform shades of blue green yellow on a black background.

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 phyllotactic spiral filled into a circle, inspired by the arrangement of leaves on a plant stem. Generated with individual points using R code in the Plasma color palette; perceptually uniform shades of blue red yellow on a white background.

A phyllotactic spiral filled into a circle, inspired by the arrangement of leaves on a plant stem. Generated with individual points using R code in a custom Nebula color palette; perceptually uniform shades of pink blue green on a white background.

A phyllotactic spiral filled into a circle, inspired by the arrangement of leaves on a plant stem. Generated with individual points using R code in the Plasma color palette; perceptually uniform shades of blue red yellow on a black background.

A phyllotactic spiral filled into a circle, inspired by the arrangement of leaves on a plant stem. Generated with individual points using R code in a custom Nebula color palette; perceptually uniform shades of pink blue green on a black background.