Placeholder: Roger Penrose’s aperiodic tiles. Left: Rhombuses, or “rhombs.” Right: Kites and darts. Roger Penrose’s aperiodic tiles. Left: Rhombuses, or “rhombs.” Right: Kites and darts.

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@generalpha

Prompt

Roger Penrose’s aperiodic tiles. Left: Rhombuses, or “rhombs.” Right: Kites and darts.

2 years ago

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Model

Openjourney

Guidance Scale

16

Dimensions

512 × 768

Similar

Roger Penrose’s aperiodic tiles. Left: Rhombuses, or “rhombs.” Right: Kites and darts.
Regular pentagons do not tile the plane, but there are 15 families of irregular convex pentagons that do
The three regular tilings of the plane.
A semiregular tiling of the plane.
A semiregular tiling of the plane.
A semiregular tiling of the plane.
The three regular tilings of the plane.
A semiregular tiling of the plane.
A semiregular tiling of the plane.
A semiregular tiling of the plane.
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]
Regular pentagons do not tile the plane, but there are 15 families of irregular convex pentagons that do
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