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Konrad Hinsen boosted
Karsten Schmidt
@toxi@mastodon.thi.ng  ·  activity timestamp 6 hours ago

MonochromeEvolutionaryBioDigitalCellularAutomataSimulation

Unlike the recently shared[1] multi-cellular struggles, these here are some selected research stills (handpicked from tens of thousands) of only single CA configurations (aka mono-cultures) which I found interesting/promising and which were then used as raw ingredients/candidates for my infinitely evolving C-SCAPE project[2]...

Each of these cellular automata is 1.5D, meaning each pixel row is one generation, but I allowed the neighborhoods to be flexible, larger (potentially discontinuous), and in some cases extended to enable access to cell states in previous generations (i.e. a form of temporal short term memory). This leads to all sorts of much more interesting and complex outcomes than "traditional" (aka textbook) 1-dimensional CA setups...

More details in the readme of the related open source project:
https://thi.ng/cellular

[1] https://mastodon.thi.ng/@toxi/115526402745728497
[2] https://art.thi.ng/c-scape

#MonochromeMonday #TextureTuesday #AbstractArt #EvolutionaryArt #GenerativeArt #CellularAutomata #Noise #Texture #CSCAPE #ThingUmbrella #NoAI #TypeScript

Abstract monochrome still image of a 1.5D cellular automata simulation, showing the evolution of almost geometric/architectural features from an initial seed generation of just noise.
Abstract monochrome still image of a 1.5D cellular automata simulation, showing the evolution of almost geometric/architectural features from an initial seed generation of just noise.
Abstract monochrome still image of a 1.5D cellular automata simulation, showing the evolution of almost geometric/architectural features from an initial seed generation of just noise.
Abstract monochrome still image of a 1.5D cellular automata simulation, showing the evolution of almost geometric/architectural features from an initial seed generation of a regular pattern.
Abstract monochrome still image of a 1.5D cellular automata simulation, showing the evolution of almost geometric/architectural features from an initial seed generation of a regular pattern.
Abstract monochrome still image of a 1.5D cellular automata simulation, showing the evolution of almost geometric/architectural features from an initial seed generation of a regular pattern.
Abstract monochrome still image of a 1.5D cellular automata simulation, showing the evolution of almost geometric/architectural features from an initial seed generation of just noise.
Abstract monochrome still image of a 1.5D cellular automata simulation, showing the evolution of almost geometric/architectural features from an initial seed generation of just noise.
Abstract monochrome still image of a 1.5D cellular automata simulation, showing the evolution of almost geometric/architectural features from an initial seed generation of just noise.
Abstract monochrome still image of a 1.5D cellular automata simulation, showing the evolution of almost geometric/architectural features from an initial seed generation of just noise.
Abstract monochrome still image of a 1.5D cellular automata simulation, showing the evolution of almost geometric/architectural features from an initial seed generation of just noise.
Abstract monochrome still image of a 1.5D cellular automata simulation, showing the evolution of almost geometric/architectural features from an initial seed generation of just noise.
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Karsten Schmidt
@toxi@mastodon.thi.ng  ·  activity timestamp 6 hours ago

MonochromeEvolutionaryBioDigitalCellularAutomataSimulation

Unlike the recently shared[1] multi-cellular struggles, these here are some selected research stills (handpicked from tens of thousands) of only single CA configurations (aka mono-cultures) which I found interesting/promising and which were then used as raw ingredients/candidates for my infinitely evolving C-SCAPE project[2]...

Each of these cellular automata is 1.5D, meaning each pixel row is one generation, but I allowed the neighborhoods to be flexible, larger (potentially discontinuous), and in some cases extended to enable access to cell states in previous generations (i.e. a form of temporal short term memory). This leads to all sorts of much more interesting and complex outcomes than "traditional" (aka textbook) 1-dimensional CA setups...

More details in the readme of the related open source project:
https://thi.ng/cellular

[1] https://mastodon.thi.ng/@toxi/115526402745728497
[2] https://art.thi.ng/c-scape

#MonochromeMonday #TextureTuesday #AbstractArt #EvolutionaryArt #GenerativeArt #CellularAutomata #Noise #Texture #CSCAPE #ThingUmbrella #NoAI #TypeScript

Abstract monochrome still image of a 1.5D cellular automata simulation, showing the evolution of almost geometric/architectural features from an initial seed generation of just noise.
Abstract monochrome still image of a 1.5D cellular automata simulation, showing the evolution of almost geometric/architectural features from an initial seed generation of just noise.
Abstract monochrome still image of a 1.5D cellular automata simulation, showing the evolution of almost geometric/architectural features from an initial seed generation of just noise.
Abstract monochrome still image of a 1.5D cellular automata simulation, showing the evolution of almost geometric/architectural features from an initial seed generation of a regular pattern.
Abstract monochrome still image of a 1.5D cellular automata simulation, showing the evolution of almost geometric/architectural features from an initial seed generation of a regular pattern.
Abstract monochrome still image of a 1.5D cellular automata simulation, showing the evolution of almost geometric/architectural features from an initial seed generation of a regular pattern.
Abstract monochrome still image of a 1.5D cellular automata simulation, showing the evolution of almost geometric/architectural features from an initial seed generation of just noise.
Abstract monochrome still image of a 1.5D cellular automata simulation, showing the evolution of almost geometric/architectural features from an initial seed generation of just noise.
Abstract monochrome still image of a 1.5D cellular automata simulation, showing the evolution of almost geometric/architectural features from an initial seed generation of just noise.
Abstract monochrome still image of a 1.5D cellular automata simulation, showing the evolution of almost geometric/architectural features from an initial seed generation of just noise.
Abstract monochrome still image of a 1.5D cellular automata simulation, showing the evolution of almost geometric/architectural features from an initial seed generation of just noise.
Abstract monochrome still image of a 1.5D cellular automata simulation, showing the evolution of almost geometric/architectural features from an initial seed generation of just noise.
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