Matrices is an ongoing series of projects conceived to run on a physical LED display with a resolution of 6464 pixels. 

In Recursive Tile an 8x8 tile is repeatedly used to form the larger composition of itself. The recursive algorithm replicates the succession of a series of abstract compositions in motion.

64 Pixels explores a series of geometric compositions using only 64 lit pixels at at time. 

Realtime, JavaScript and WebGL, variable dimensions, web-app ready.

Keyboard controls: 

f : fullscreen window 
c : hide cursor 
p : export a frame (PNG) 
1 : scale to 1:1 physical pixel

Note: some additional parameters can be set through the URL query string (see html for details).

Collectors have the option of acquiring a physical 32323 cm LED display with custom electronics and software to run the project.

Matrices

Digital Edition of 48 \
Realtime, JavaScript and WebGL, variable dimensions, [web-app ready](https://1p.infura-ipfs.io/ipfs/QmWUy1Xthh75LCL62LSsoZVBxDxYdboW3fW6ezzs1MZaMk/) \
From the series *Matrices*


Collectors have the option of acquiring a physical 32 x 32 x 3 cm LED display with custom electronics and software for an additional 1.5ETH.
 
*Recursive Tile*, like *64 Pixel*, is part of the *Matrices* series based on the physical limitation of 64x64 pxl LED matrices. In this project, an 8x8 tile is repeatedly used to form the larger composition of itself. The recursive algorithm replicates the succession of a series of abstract compositions in motion.
This artwork can be viewed in the [browser](https://1p.infura-ipfs.io/ipfs/QmWUy1Xthh75LCL62LSsoZVBxDxYdboW3fW6ezzs1MZaMk/) and the program is resolution independent and will adapt to any size and aspect ratio of the browser window; it can also be installed on mobile devices in the form of a web-app for fullscreen playback.
 
Keyboard controls: \
f : fullscreen window  \
c : hide cursor \
p : export a frame (PNG)  \
1 : scale to 1:1 physical pixel
 
Note: some additional parameters can be set through the URL query string (see html for details).
