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

Nine factions populate the virtual space. While Utopians develop the main net, the others work on their nodes building an economy system over the secondary chains.
Each station is focusing on one activity but there’s some dangers out there: Scammers and Hackers trying to survive doing obscure things.
There are also some drafts and blueprints of stations waiting for a faction to buy and build them. Who knows what its final purpose will be.

This project plays with procedural architectonic structures. I’m using a sci-fi style to present a virtual world populated by space station-like structures.

Use Mouse to Control the Camera.
Click: Stop Rotation.
Double Click: Reset Auto Rotation.
Press Any Key to Change Background Mode. Space -> Stripped -> Fog -> Transparent

Stations

"Ouroboros" is inspired from the idea that we as humans must continually devour ourselves to be reborn with new understanding. The algorithm is a grid of rounded squares, continuously spinning, an eternal cycle which expresses unity of matter and spirit which never disappear but perpetually change form through this cycle of destruction and re-creation. A multitude of color palettes, grid sizes, blend modes, border styles and shadows allow this project to generate some beautifully mesmerizing outputs. Click for enlightenment.

Ouroboros

_There are no artifacts. There are only interpretations._

Glass is about the illusion of simplicity that cocoons us in our everyday existence. A glance at Glass may suggest a foam of bubbles or pebbles under clear water. But on inspection, these simple pictures dissolve. Instead of disks one finds stacked panes of translucent glass, intersecting and overlapping. There is dissonance between fine-scale chaos and the harmony of the aggregate. In Glass, two levels of reality -- panes of glass and the foam of bubbles -- are brought close together in scale, so that our oversimplified impression yields a palpable disquiet.

What appears simple is often anything but. Consider a standard wooden desk. To our eyes, it looks solid and continuous, but we know that it is made of atoms, tiny electrons orbiting nuclei. And these subatomic particles are themselves not like miniature solar systems, but creatures of quantum mechanics, stranger than we can imagine. The vast difference in scale between the atomic and the macroscopic hides this complex reality, but fundamentally it is the same phenomenon shown here.

Glass continues my exploration of emergence. While in previous work I explored how simple systems can create complex, emergent forms, here the interest is in the converse: how coherence is often deceptive, masking a complex underlying reality.

Glass draws on the aesthetic of Shin Hanga artists Hiroshi Yoshida and Kawase Hasui, and abstract expressionist Sonja Sekula. In live view, Glass has ambient motion: the shadows evolve, imperceptibly slowly.

The following variations & controls are possible. You may need to click on the canvas before they are active. For a high-resolution output, use the pixel density controls. For example, on a standard laptop, an image saved at pixel density 5 will be approximately 3200 x 4000 pixels, and therefore suitable for printing at ~ 11" x 13" at 300 dpi.

Variations (require redrawing):

f -- fit-to-screen on/off
o -- outline on/off

Controls:

s   -- save as png
spacebar  -- pause/unpause ( useful to reduce CPU load in Live mode )
b -- border on/off ( useful for printing )
1-9  -- set pixel density (default=2 on retina displays)
+/-  -- increase/decrease pixel density

Glass

### Good job, Computer. Do that some more.

To what degree can we teach a computer to make a painting? One that resembles creation from the imperfect hand of a human. Here, the computer attempts to hide itself from the viewer in the details, such as inconsistent borders or uneven layers of paint. Intentional flaws that a human might make unintentionally.
Good, Computer is an exploration of not only how small cumulative inaccuracies create complete images, but also the forms and harmonies that those images evoke.

Consider the following:

***A set of 4 colors is to be considered -- singly as "actors," together as "cast." They are to be presented in 4 different arrangements -- as "performances."***
***Although they remain unchanged in hue and light, in "character", and appear in an unchanging outer frame, the "stage", they are to produce 4 different "scenes" or "plays," each to be so different that one and the same set of colors will be seen as 4 different sets, presented by 4 different casts.***
***And all this can be achieved mainly through changes in quantity which result in shifts of dominance, of recurrence, and consequently of placement.***
***The essential question: which group of colors is ready to lose its identity as a cast?*** 
***-- Josef Albers***

We can answer this question simply by asking ourselves why we're drawn to some arrangements more than others. In doing so, we consider not just tone, but also quantity, intensity and weight in order to form new relationships between the colours. And as such the viewer gives each image their own subjective personality.

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Press `s` to save image.

Art Blocks Presents

Maps #30

john provencher

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Fernando Jerez

Ouroboros

Shane Rich | raregonzo

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