Profumo Daisy Dream Modello 3D
0
Licenza RoyaltySolo editoriale
Ritorni semplici
Miglior prezzo garantito
Funziona fuori dalla scatola
specificazioni
- Geometriapolygonal_quads/tris
- poligoni698,772
- vertici360,343
- TexturesYes
- riggedNo
- AnimatoNo
- Prontabile in 3DNo
- Gioco pronto (low poly)No
- UV mappatoYes
- UV non avvoltomixed
Descrizione
Eau de toilette spray "Daisy Dream" by Marc Jacobs.
Collection includes three different sized bottles: 30ml, 50ml and 100ml.
Liquid inside glass bottle is modeled to be correctly rendered by most modern render engines.
Each file contains all three bottle models.
Modeled in 3ds max.
Model is scaled to proper real world dimensions. Scene units are in cm.
All objects, materials and textures are properly and uniquely named.
All transformations are reset and models are placed at scene origin.
All texture paths are set to relative.
Materials are prepared for Corona and Scanline renderers. File for Scanline renderer has only basic materials and will NOT render the same as in preview images.
Preview images are rendered with Corona.
Textures are collected in one arhive.
Render scene is not included.
Scene has 1 high quality texture in 1400x1400 resolution.
File formats available: max - fbx - obj - stl
Files other than max, may not have all features available, due to format restrictions.
Some of most common restrictions are:
max scene with scanline renderer - contains simplified materials
fbx - contains simplified materials
obj - contains simplified materials, has no vertex colours
stl - has no materials, has no vertex colours, has no UV coordinates
***NOTES***
In order to maintain correct look of the model, it is important that your application would support rendering of refraction. Without refraction it might be very hard to recreate exact look as in preview images. Please keep this in mind, especially if you're intended to use the model in real time apps.
Apr 06, 2020
Data aggiunta
Dec 31, 2021
ultimo aggiornamento
Recensioni
Al momento non ci sono commenti per questo prodotto.
Perché non essere il primo a rompere il ghiaccio?








