My interpretation of Aerial View is a bird's Eye View over a city block with illuminated/twisted buildings and light trails. It uses an on-chain stored algorithm to represent the generative artwork based on a hash. Each Aerial comes with different distances, building elevations, rotations and colors. Welcome to my genesis project and the first step on my on-chain journey!

Aerial View

**Cargo** is a series of abstract paintings created with animated pixels that are constantly moving without ever repeating. It is painting new patterns on the fly in between macro and micro compositions with a duality of different rhythms and continuous synchronicity. The focus is alternately drawn to detail, then distracted by movement elsewhere and caught up in the overall picture. This rhythm turns the visual complexity into an active experience.

ASDF: “My work should offer individual ways of interpretation, or even allow one to find some self in it. It wants to inspire some thoughts about dynamics and systemics and also just mesmerize the audience, capture them in a little fantasy, or just for a brief moment in a state of satisfaction.”

Cargo is the latest work in Kim Asendorf’s ongoing work series of pixel pattern animations. Starting with [monogrid](https://monogrid.xyz) in 2021, and [Sabotage](https://sabotage.kim) in 2022, both highly conceptual series, therefore visually very raw and unimaginable. Asendorf discovered various interesting details in these works, which eventually became fundamental in his artistic expression.

Cargo is a real time WebGL software written in JavaScript and GLSL. At its core is a flip-flop render buffer, also known as feedback buffer. That means the animation is alternately rendered in two different frame buffers. This technique allows the usage of the previous frame of the animation as an asset in the current rendering, which allows for a series of reactive animation strategies.

An initial image with variable structures and patterns is rendered and subsequently loaded into the frame buffer. A fragment shader is used to apply a set of animation algorithms that make the pixel move and a set of reset algorithms that constantly try to recreate the initial image. The final animation happens in selected containers and is always a combination of two algorithms, one from each set. By regularly animating and partially resetting the pixels, a wide range of movement patterns appear.

Cargo is a responsive and pixel exact artwork and it will fill the screen on any display size, thus changing the total amount of used pixels accordingly. This results in the fact that the detail level in the artwork is changing depending on the dimensions. The overall structure is consistently stretching the x and y axis independently. Single containers scale along the dimensions and offer more pixels to render the patterns at a larger representation compared to a smaller representation. This behavior leads to a brilliance, perfect pixels, a crisp rendering with nothing like compression artifacts.

This software includes the [simplex noise](https://github.com/jwagner/simplex-noise.js) JavaScript implementation by Jonas Wagner and the [cellular noise](https://github.com/stegu/webgl-noise) GLSL code by Stefan Gustavson.

Cargo

A synthesis of over 777 days of generative artmaking, motion as survival, and coding as transformative ritual. Sky gardens of trustless techno-leviathans crystallize, entangle, and play between dimensions online and AFK, generating new forms altogether. I channel these speculative phenomena to highlight the fluid, transformative possibilities of structures perceived as rigid and immutable. Their intricate geometries move freely beyond limited social media compression that severely reduces the experience of digital art. These formations also embody choreographic elements from collaborative live coding dance performance.

glitch crystal monsters

Random and anarchy, chaos and structurality. Jiometory No Compute is a living motion experimental study, a contemplative geometry organism that lives now and forever. Each individual units movement contributes and flows into a generative path for a greater purpose. Together they try to achieve a symbiosis, although an « ideal » computer program is very relative. Exploring domains of definitions and warping an input data-set leads to unexpected behaviors, sometimes surprising, often fascinating.   Interactions : Zoom-in / Zoom-out / Drag left and right / Best view in full-screen. 

ム サクイ デ ムチツジョ、 コントン ト コウゾウセイ。 Jiometory No Compute ハ、 セイブツテキ ナ ウゴキ ノ ジッケンテキ ケンキュウ デ アリ、 ゲンザイ ソシテ エイエン ニ セイチョウスル シコウテキ ナ キカガクテキ ユウキブツ デス。 ココ ノ ユニット ノ ウゴキ ハ、 オオキナ モクテキ ノ タメ ノ セイセイ ニ ナガレコミ、 ツカワレマス。 « リソウテキ ナ » コンピュータ プログラム ハ ヒジョウ ニ ソウタイテキ デス ガ、 ソレラ ハ キョウセイ ヲ タッセイシヨウ ト スル ノ デス。 テイギ ノ ドメイン ヲ タンサクシ、 ニュウリョク データセット ヲ ワープスル コト デ、 ヨキシナイ ドウサ ガ ハッセイシ、 トキニハ オドロク ベキ、 シバシバ ミリョクテキ ナ ドウサ ヲ ウミマス

Unique working GameBoy Cartridges certificate are redeemable for every holders of the Jiometory No Compute artworks to be displayed as a special and rare piece of hardware art. Because they are completely hand-made / crafted, those will be available in small batches for an additional fee, some more informations about the cartridges will be released after the sale.

Jiometory No Compute - ジオメトリ ハ ケイサンサレマセン

LoVid’s signature video work mixes handmade analog synthesizers with digital tools in immersive Red, Green, and Blue (RGB) compositions that celebrate luminosity, chaos, relationships between craft and engineering, and connections between body and tech.
 
Tide Predictor, LoVid’s first onchain generative work, builds a bridge from video synthesizer patches to algorithmic code-derived imagery. This collection is formally and technically inspired by hardware-based image generation, and places experimental moving-image, circuit boards, and electrical signal-based video art at the conceptual roots of generative art.

Tide Predictor is a modular video synthesizer patch model, designed to reflect the analog spirit by working with three channels: RGB. Tide Predictor reimagines NTSC-encoded, oscillator driven electrical current based video synthesis while adding digital randomness/unpredictability, and transformations based on code, along with each mint’s unique content.
 
In the late 19th century, mechanical analog computers used rhythm and repetition to anticipate the rise and fall of water levels. In addition to “tides”, which are low frequency oscillations of the ocean, higher frequency changes or “waves” are frequently discussed in reference to both water and electrical signals. By working with looping - and explicitly addressing the period (=1/frequency) for each RGB color - Tide Predictor extends analogies between the flow of water and the flow of electricity.

LoVid’s Tide Predictor brings these relationships from the blockchain, through your screen, straight to your retina!

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