ReciprocArt ◦ Concept

ReciprocArt is a project to explore the mesmerizing diversity of the Fourier space. The project was launched with the collection "Tilings", where you can find a brief description of the underlying concepts.

Ocellated lizard skin pattern produced by MC simulations and its Fourier transform

(crystal size: 100 unit cell radius; inspired by "Lizard Skin Patterns and the Ising Model" by S. Zakany et al.)

Fractal 太極圖 (tàijítú) mosaic and its Fourier transform (crystal size: 80 unit cells radius)

Polygons of Porygons (ポリゴン) and their Fourier transform (crystal size: 14 polygons radius)

Kaleidoscope of a handmade fruit tart and its Fourier transform (crystal size: 30 fruit tarts)

Disordered chocolate squares #1 and their Fourier transform (crystal size: 690 chocolate squares radius)

Dendritic structure (Kobayashi model) and its Fourier transform.
Pattern creation credits: https://github.com/GollyGang/ready

A pattern of Laue patterns, and its Fourier transform (Crystal size: 8 unit cells radius; ZIF-90 [111])

A Totoro (トトロ) crystal and its Fourier transform (crystal size: 160 Totoros radius)

Nothing too elaborated, just to remind us to be kind especially to those who act mean or weird due to their hidden struggles. Be soft, be like Totoro.

Tagliatelle alla Truchet and their Fourier transform (crystal size: 420 tiles radius; 3 types of tile)

Aperiodic Pacman labyrinth and its Fourier transform (crystal size: 85 tiles radius; 4 types of tile)

A Quick Response code and its Fourier transform
QR code creation: https://github.com/lincolnloop/python-qrcode
Source text: Abstract of "Polynomial Codes Over Certain Finite Fields" by I. S. Reed and G. Solomon

Full text of Dào Dé Jīng (道德经) and its Fourier transform.

Text source: https://ctext.org/dao-de-jing

A jigsaw puzzle and its Fourier transform (Puzzle size: 25600 pieces)
Picture for the puzzle: "Europe divided into its kingdoms, etc." by John Spilsbury, 1766