### 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.

Good, Computer

Wabi-sabi, an ancient Japanese aesthetic sense, refers to finding beauty in imperfect and lonely things.
Life is irrational and ephemeral. 
Peace and happiness are illusory, built on a fragile balance. 
Wabi-sabi is an immersion of the quality of loneliness within ourselves that accepts various nuances to be beautiful, through a sophisticated lens.
This work attempts to store the compelling concept of Wabi-sabi on the blockchain as the code dynamically generates brushstrokes based on motifs of Shodo (Japanese calligraphy)

Wabi-sabi begins with a deliberate movement in which an ink-soaked brush is plopped down onto the paper, causing the ink to splatter.
Thereafter, a unique algorithm assists in drawing brushstrokes. 
The various forms that emerge from the balance of lines that are straight or curved, regular or irregular, strong or slight, complex or delicate, with varying speeds analogize a person’s will through the brushstrokes. The bleeding, scratching, and splattering of ink lend the modelling even more complexity. Wabi-sabi does not impose precision in creating Shodo strokes. You may notice how the colors always bleed in the same direction, which is impossible to generate in our physical reality. This is because even if the brush is impregnated with multiple hues of ink, the bristles rotate as the brushstrokes are drawn. It may also generate three-dimensional patterns, a feature that is absent in physical practice, offering the impression of depth, as if brushstrokes were drawn arbitrarily in space. This is achieved by controlling the focus.

A key feature of each artwork is that it can be edited. A piece of art is usually completed by the artist and presented to the viewer. I intended to make this work as imperfect as the concept of Wabi-sabi, which can be infinitely edited by the viewer. This is impossible with conventional NFTs, with generated image data uploaded to a server. Such is the luxury in art created with on-chain generative art by code.

For each composition, the blank space as the foreground and background is a conscious and elemental choice in this work.
Wabi-sabi is to accept the lacking. Some artworks can have much of the space as blank, which may seem odd but is consistent with the narrative. Digitally native art often takes full advantage of the computing power to lay out complex patterns across the entire canvas. Wabi-sabi is minimal as a contemporary take on that trend. Through the bleeding and scratching of ink in each brushstroke along with the blank space represented in this work, we welcome imperfection. Conceptually, contrasts between movement and stillness, strength and weakness, audacity and delicacy, complexity and simplicity, vividness and fadedness reveal a melancholic beauty.

The search for beauty through imitation and slight modification, and the exploration of the techniques used to create traditional or innovative shapes, is akin to the training in Shodo. 
Simply said, you cannot do it well the first time. The Japanese word for Shodo ("do") means "road". It is by travelling down the long road involving hours of training and exploration, that the sensitive concept of Wabi-sabi may be understood.

The underlying intention is to facilitate partaking in the process of the artist's exploration. The viewer is the artist and the artist is the viewer, sharing a sense of camaraderie that lives forever on the blockchain

[NOTE]
-Move the mouse over the left edge of the canvas and press the Edit button. 
-To edit, press the ‘S’ key
-To save the image press the ‘R’ key.
-To redraw, modern hardware and browser hardware acceleration is recommended. The Chrome browser on a desktop with a high-end GPU is optimal. On iOS, the best experience is available on iOS 12 or later.

Wabi Sabi

Revisiting one of my first algorithms on the occasion of the Tribute to Herbert W. Franke. All artist proceeds from minting will be directed to *art meet science – Foundation Herbert W. Franke* to support the preservation of Herbert's legacy with ZKM Karlsruhe and technology education through RÜTGERS Foundation.

Rectangles (for Herbert)

Rippling is a generative algorithm that recreates the impression of a raining day. It is a research for the balance between order and chaos. It is also a journey through time and light. Each token represents a different moment and space, creating a unique composition.

I took great inspiration from Impressionism, focusing on capturing the light of a moment. The highlights of the ripples are calculated with a simulated 3D water surface combined with a directional light in order to achieve the realistic look of the reflection. The result of this then serves as a base for laying the strokes on the canvas. Light plays an important role in our memory. Through the light and the colour we travel back to different moments and places in our memory.

The colouring of Rippling is inspired by the 24 solar terms of the Traditional Chinese Calendar. Each term represents a different period in the year. Rippling uses these terms to represent not only the time but also the memories of the season.

Growing up on a subtropical island, rain was a big part of my childhood. I can vividly recall those heavy showers in the afternoon of the summer. It washed out the agitating heat and calmed the world. With Rippling, I'm seeking to use a generative algorithm to recreate the feeling of a rainy day or night at different moments. And perhaps, it could remind you of the sound of the rain drops, the scent of the dirt after the rain or that moment the sunset peek through the heavy cloud ...

Rippling

Dot Matrix Gradient Study takes my approach of splitting the canvas into "patches", which each have their own stipple sizing, density, and layering, and distorts this process to create outputs which blur the lines of recognizable stippling. This piece is an exploration of creating abstract forms with stippling rather than depicting figurative ones. All pieces in this series are composed purely with dots. Some more than others. 50% of sales proceeds from Dot Matrix Gradient Study were donated on-chain at the time of mint to GiveDirectly, where the funds will be directed to helping those in poverty. 

Art Blocks Presents

Good, Computer #5

Dean Blacc

More in Art Blocks Presents

Wabi Sabi

Kazuhiro Tanimoto

Rectangles (for Herbert)

Jeff Davis

Rippling

Yi-Wen Lin

Dot Matrix Gradient Study

Jake Rockland

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