-->
ArchitectureVéhiculesPersonnagesAvionMeublesélectroniqueAnimauxLes PlantesArmesDes SportsAlimentsAnatomie
Favoris
Signet supprimé

Pavillon paramétrique modèle 3D

0
Pavillon paramétrique royalty-free 3d model - Preview no. 1
Pavillon paramétrique royalty-free 3d model - Preview no. 2
Pavillon paramétrique royalty-free 3d model - Preview no. 3
Pavillon paramétrique royalty-free 3d model - Preview no. 4
Pavillon paramétrique royalty-free 3d model - Preview no. 5
Pavillon paramétrique royalty-free 3d model - Preview no. 6
Pavillon paramétrique royalty-free 3d model - Preview no. 1
Pavillon paramétrique royalty-free 3d model - Preview no. 2
Pavillon paramétrique royalty-free 3d model - Preview no. 3
Pavillon paramétrique royalty-free 3d model - Preview no. 4
Pavillon paramétrique royalty-free 3d model - Preview no. 5
Pavillon paramétrique royalty-free 3d model - Preview no. 6
Licence Libre de DroitsToutes les utilisations prolongées
Retours simples
Garantie du meilleur prix
Fonctionne hors de la boîte
0 visites
designsbydesire

Caractéristiques

  • Géométriepolygonal
  • Des polygones307,072
  • Sommets160,814
  • Les texturesYes
  • GrééYes
  • AniméNo
  • Prêt pour l'impression 3DNo
  • Jeu Prêt (low poly)No
  • UV mappéYes
  • UV non emballésnone

Formats et fichiers

Rhino 3d
(.3dm)
54 MB

Markov Pavilion.3dm
Rhino 3d
(.3dm)
35 MB

Markov Pavilion old 3.3dm
OBJ
(.obj)
43 MB

Markov Pavilion.zip

La description

Two types of pavilions resembling two types of trees: Pinus pinea and Quersus spp are designed. The pavilions provide an unprecedented outdoor meeting place for citizens. The desire to connect and bond with nature is accomplished. The external hexagonal structure interlacing and extending as branches becomes the skin. The internal voronoi cells resembling rocks become adjustable seats. The shadows the pavilions cast are almost indistinguishable from the shadows the trees cast. It is uncertain whether it is an indoor or outdoor space. In fact, it can best be described as a habitable tree. *They are designed following the Hidden Markov Chain on grasshopper and using the Vertebi algorithm and python script to determine the spacing of the branches.
Jun 09, 2020 date ajoutée
Feb 12, 2022 dernière mise à jour

Avis

Il n'y a actuellement aucun avis sur ce produit.
Pourquoi ne pas être le premier à briser la glace?