$Placeholder: [asymmetric fractal art: Mandelbulb 3d] Diptych with his synthography and my fractal [Shattered Image, Shot the texture and then rewound the film and double exposed from multiple patterns]$ $[asymmetric fractal art: Mandelbulb 3d] Diptych with his synthography and my fractal [Shattered Image, Shot the texture and then rewound the film and double exposed from multiple patterns]$

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@generalpha

Prompt

[asymmetric fractal art: Mandelbulb 3d] Diptych with his synthography and my fractal [Shattered Image, Shot the texture and then rewound the film and double exposed from multiple patterns]

distorted image, malformed body, malformed fingers

4 months ago

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Model

SSD-1B

Guidance Scale

Dimensions

832 × 1248

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$[fractal art: Mandelbulb 3d] Diptych with his synthography and my fractal [Shattered Image, Shot the texture and then rewound the film and double exposed from multiple patterns]$

[Ultra Fractal art] Deux heures moins le quart avant Jésus-Christ, by Jean Yanne

$[fractal art: Mandelbulb 3d, Apophysis, Ultra Fractal] a fractal artwork inspired by the intricate details of a parrot feather. The design should feature vibrant colors like green, blue, and yellow, emphasizing the delicate textures and patterns of the feather. The fractal should incorporate swirling shapes and repeating motifs that mimic the organic flow and complexity of the feather's structure, giving a sense of depth and movement.$

$[fractal art: Mandelbulb 3d] Diptych with his synthography and my fractal [Shattered Image, Shot the texture and then rewound the film and double exposed from multiple patterns]$

$Fractal Art, as the name says, is fractals made art. Its is not drawn or painted by hand (traditional or digital). It is created with fractal generating software (for example, Apophysis, Mandelbulb 3d, Ultra Fractal, and many others), in roughly two step: defining the parameters for a set of selected functions, and rendering it into actual artwork. Although some fractals also may incorporate non fractal images, certain photomanipulation techniques (particulary plugins similar to fractalius or ka$

$Botanical expansion: a Quaternion and Hypercomplex Fractals f(z) = c × sin(z) [in fractales IFS with Apophysis refined in Mandelbulb 3D]$

$[fractal art: Mandelbulb 3d] Flight to the moon$

$Quaternion and Hypercomplex Fractals Description: Generalization of Mandelbrot and Julia fractals using quaternion (4D) or hypercomplex numbers, then projected into 3D. Characteristics: More exotic and less intuitive shapes, often with “holes” or ribbon-like structures. [in fractales IFS with Apophysis refined in Mandelbulb 3D]$

Vorticity map, partial derivatives equation, turbulence

By examining the modulus of continuity, mathematicians can analyze the convergence, differentiability, and continuity of functions and sequences. It helps us understand the smoothness properties on both local and global scales, shedding light on the intricate relationships between local fluctuations and global patterns. In the realm of analysis, the modulus of continuity plays a fundamental role in studying functions' properties, such as Lipschitz continuity, Hölder continuity, or even different