A Map is a score for a new world...
 
Maps is a generative script stored on the blockchain. Each mint generates a unique svg using a seed hash.
 
The initial inspiration for Maps was the idea that graphic notation can create a variety of different outputs for music.
 
This led to using sprites, a form of graphic notation that gives a sense of how things move without being animated, as the layout to explore each world. 
 
Each Map uses variable colors and patterns to generate different environments. By mixing 10 different elements, new biomes are named ( i.e. scorched forest, dune ocean, etc… )
 
These environmental elements are represented by color ( HSL ). different base and accent environments were picked to be mixed and matched freely. 
 
Maybe an NFT can be an instruction for something non-digital, too… The different colors are also matched with pantone chips so that each SVG can be easily printed.
 
The method for generating the pattern is called dithering, which is both inherently as much a digital process ( i.e. bitmapping ) as it is a physical one ( i.e. halftone ). The script uses a modified Floyd–Steinberg dither algorithm to approximate the light between each pixel and create unique patterns.

Maps

Cyber Cities

**Gels** is a science-inspired generative piece. Our algorithm simulates *gel electrophoresis*, a powerful experimental method in molecular biology used daily by thousands of scientists worldwide. In the lab, scientists "run a gel" to separate and visualize molecules such as DNA, RNA, and proteins. These molecules appear as patterns of bands when photographed, and those patterns can be used to interpret the results of experiments. 

The DNA band patterns in this work derive from combinations of a simulated experimental data and real-world data, including DNA sequences that encode several variants of the SARS-CoV-2 spike protein, and the corresponding mRNA vaccines. Our algorithm first generates plausible sample tubes that typically contain one or more DNA fragments. Then, each sample is distributed and "run" on a simulated gel to create the characteristic band patterns that might be observed on real gels.

Our simulations also take into account human error — mistakes are common in the lab, especially for novice researchers, but they can also lead to visually interesting results. For example, uneven salt concentrations or applying excess voltage can cause warping effects.

Finally, we aim to leverage proceeds of this project to support future scientific research! We invite interested collectors to follow along with our future work.

Gels

Those structures suddenly appeared, yet they don't talk to us. Yet.

Messengers

Sail-o-bots try to combine but also spare concepts, perceptions and even basic human need based on Maslow's hierarchy. They are the mischief of the sea, have their own tiny boats to sail but they prefer to stand still, and watch the sunset. Until the next day comes, Sail-o-bots wait, they do not eat, they do not sleep, that's why they are on edge from time to time. Do not judge them quickly. Each bot has its own messages if you want to take or they are just shiny stuff you can stare at. Sail-o-bots cannot stay at a same style, that is who they are, they might be called inconsistent, but it has advantages, having multiple disciplines is really important for them, they will never stop trying to discover more. They will always be going back and forward around several versions, do not think that they will stop at one since they discover themselves, which is probably never.

sail-o-bots is based on the original generative project Strange Robots by Che-Yu Wu (https://twitter.com/Majer666666) Source code derived from https://openprocessing.org/sketch/1150492 under CC-BY-SA 3.0 license. Modifications include: custom botGlasses variable added with 3 different cases; custom botLips variable added with 3 different cases; 10 sets of custom colors added; antennas, ear and nose size and geometric shape types updated.

Art Blocks Presents

Maps #3

john provencher

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