the desert scene of a bird's eye view of a palace built with glass and wood. the spherical facade is formed by a series of chains of circles on a sphere so that each circle is tangent to the previous and next one of the same chain. Each circle represents a circular section of the sphere. Although the configuration is similar to the Steiner chain, which develops on a plane, in this case the circles are located on the spherical surface.
Style:
Photographie-Réaliste
Scène:
Bâtiment Commercial,Formes Arrondies,Jour
Mode:
Concept de Précision
Remix
1
Remix
0
Aimer
1269
hasan isawi
2024-5-8
the desert scene of a bird's eye view of a palace built with glass and wood. the spherical facade is formed by a series of chains of circles on a sphere so that each circle is tangent to the previous and next one of the same chain. Each circle represents a circular section of the sphere. Although the configuration is similar to the Steiner chain, which develops on a plane, in this case the circles are located on the spherical surface.
the desert scene of a bird's eye view of a palace built with glass and wood. the spherical facade is formed by a series of chains of circles on a sphere so that each circle is tangent to the previous and next one of the same chain. Each circle represents a circular section of the sphere. Although the configuration is similar to the Steiner chain, which develops on a plane, in this case the circles are located on the spherical surface.
Style:
Photographie-Réaliste
Scène:
Bâtiment Commercial,Formes Arrondies,Jour
Mode:
Concept de Précision
Remix
1
Remix
0
Aimer
1269
hasan isawi
2024-5-8
the desert scene of a bird's eye view of a palace built with glass and wood. the spherical facade is formed by a series of chains of circles on a sphere so that each circle is tangent to the previous and next one of the same chain. Each circle represents a circular section of the sphere. Although the configuration is similar to the Steiner chain, which develops on a plane, in this case the circles are located on the spherical surface.