Ornate building with arched windows, spires, and dome

Ukraine, Kotsiubiiv, Kotsiubiiv O & B Theatre

Artist
Neo Kotsiu...
DDG Model
Artistic
Access
Public
Created
2yrs ago
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- Info
  Ukraine, Kotsiubiiv, Kotsiubiiv O & B Theatre
  
  Model: Artistic
  
  Size: 1024 X 576 (0.59 MP)
  
  Used settings:
  
  Prompt: Neo-futurism architecture is a style that values dynamic and futuristic forms, and often incorporates organic shapes and curves. If we were to describe this style using a fractal flame, we can imagine a building with a complex, self-similar design that is both visually striking and innovative. A fractal flame is a type of digital art that creates fractal patterns using mathematical algorithms, and could be used to generate the design of a Neo-futurism building. The fractal flame would produce patterns that are both intricate and endlessly repeating, creating a dynamic and constantly changing visual experience. This would be a perfect match for the innovative and futuristic style of Neo-futurism architecture. The design would likely have a rhythmic, almost hypnotic quality to it, with a form that is dynamic and visually striking. If we were to generate a fractal with a finite subdivision rule for an alternating link in this style, we might imagine a structure with a series of overlapping curves and angles, like a spiraling staircase or a twisted helix. The fractal could be generated by applying a recursive rule that alternates between dividing each segment into two parts.
  
  Using base image: Yes
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Prompt: Neo-futurism architecture is a style that values dynamic and futuristic forms, and often incorporates organic shapes and curves. If we were to describe this style using a fractal flame, we can imagine a building with a complex, self-similar design that is both visually striking and innovative. A fractal flame is a type of digital art that creates fractal patterns using mathematical algorithms, and could be used to generate the design of a Neo-futurism building. The fractal flame would produce patterns that are both intricate and endlessly repeating, creating a dynamic and constantly changing visual experience. This would be a perfect match for the innovative and futuristic style of Neo-futurism architecture. The design would likely have a rhythmic, almost hypnotic quality to it, with a form that is dynamic and visually striking. If we were to generate a fractal with a finite subdivision rule for an alternating link in this style, we might imagine a structure with a series of overlapping curves and angles, like a spiraling staircase or a twisted helix. The fractal could be generated by applying a recursive rule that alternates between dividing each segment into two parts.

Modifiers:

elegant extremely detailed intricate oil on canvas photorealistic beautiful high detail dynamic lighting hyperrealistic high definition crisp quality coherent serene graceful 4k HDR

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Prompt

Neo-futurism architecture is a style that values dynamic and futuristic forms, and often incorporates organic shapes and curves. If we were to describe this style using a fractal flame, we can imagine a building with a complex, self-similar design that is both visually striking and innovative. A fractal flame is a type of digital art that creates fractal patterns using mathematical algorithms, and could be used to generate the design of a Neo-futurism building. The fractal flame would produce patterns that are both intricate and endlessly repeating, creating a dynamic and constantly changing visual experience. This would be a perfect match for the innovative and futuristic style of Neo-futurism architecture. The design would likely have a rhythmic, almost hypnotic quality to it, with a form that is dynamic and visually striking. If we were to generate a fractal with a finite subdivision rule for an alternating link in this style, we might imagine a structure with a series of overlapping curves and angles, like a spiraling staircase or a twisted helix. The fractal could be generated by applying a recursive rule that alternates between dividing each segment into two parts.