Placeholder: Regular pentagons do not tile the plane, but there are 15 families of irregular convex pentagons that do Regular pentagons do not tile the plane, but there are 15 families of irregular convex pentagons that do

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@generalpha

Prompt

Regular pentagons do not tile the plane, but there are 15 families of irregular convex pentagons that do

11 months ago

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Model

22h Diffusion

Guidance Scale

16

Dimensions

512 × 768

Similar

A semiregular tiling of the plane.
Two shapes: Ah, the shift in distribution within measure theory, a wondrous transformation indeed! It expands our understanding beyond traditional functions, embracing generalized forms. Test functions play a vital role, enabling distributions to transcend pointwise limitations.
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.
The three regular tilings of the plane.
A semiregular tiling of the plane.
A semiregular tiling of the plane.
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.
Regular pentagons do not tile the plane, but there are 15 families of irregular convex pentagons that do
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