johnnyDiBlasi

Vertices

Johnny DiBlasi
Custom software,
pigmented inkjet prints
2022

Vertex 221128
Custom software, archival pigmented inkjet print
2022

Vertex 221207
Custom software, pigmented inkjet print
2022

Vertex 221120
Custom software, pigmented inkjet print
2022

Vertex 221206
Custom software, archival pigmented inkjet print
2022

Vertex 221121
Custom software, pigmented inkjet print
2022

Vertex 230221
Custom software, pigmented inkjet print
2022

Vertex 230311
Custom software, archival pigmented inkjet print
2023

Vertex 231116
Custom software, pigmented inkjet print
2023

Vertex 173908
Custom software, pigmented inkjet print
2023

The Vertices or Data portrait series images, or what I call computational drawings, are part of a series of generative imagery that are created by the ephemeral and ubiquitous image data that we generate constantly of ourselves and others. This data is compiled in our lives, knowingly and unknowingly, throughout the day, and inevitably piling up over a given year. The system or custom software that makes the images was developed for an interactive video installation that utilizes custom software to create generative imagery in real time. For this series, \images of people or myself (portrait photographs) are fed into the system which analyzes the image data in order to generate algorithms for visualizing the imagery. The camera, and the resulting portrait imagery that it creates, acts as a type of sensor where the light from the lens transforms light into our image — into data as pixels. These pixels are then evaluated based on certain properties of light and dark. This created data is transcoded into various systems of vectors, colors, soundwaves, and text.

The piece transforms the picture plane into three dimensional space that creates a data visualization of a person's imagery data. The series of still images taken from these data visualizations are titled Untitled (Data Portraits). These resulting printed images are created by computational processes which draw outputs of line, shape, and color based on data that is input into different drawing algorithms. Pixel data is mined from imagery and video and then translated into numerical data that is computed by different algorithms. These algorithms govern how line and color are generated by custom software. The resulting forms or drawings are printed on canvas or matte paper with archival pigmented ink.