Bench_Table_Double_Side modelo 3d
0
Licencia Libre de DerechosTodos los usos extendidos
Devoluciones simples
Mejor precio garantizado
Trabaja fuera de la caja
Presupuesto
- Geometríapolygonal_quads/tris
- Poligonos2,214
- Vértices2,072
- TexturasYes
- AparejadoNo
- AnimadoNo
- Listo para imprimir en 3DNo
- Juego listo (polietileno baja)No
- Mapeado UVYes
- UV sin envolvernon-overlapping
Descripción
Renders settings included.
Gamma- 2.2
System Unit Setup-Metric-Centimeters
________________________________________
- Initially created in 3ds Max 2008 with V-Ray
4 textures in used / 11 textures, 4096x4096 jpg.(for the- diffuse, reflection, bump,)
________________________________________
Total 2218 polygon and 2081 vertices.
1 object + 1 V-Ray Light + 1 Plane + 1 VRayPhysicalCamera.
________________________________________
Bench Table Double Side dimension is 137x190.2x72.1 cm
________________________________________
In the scene just the camera is animated.
________________________________________
Objects:
Plane - Unwrapped, non overlapping - 4 polygon / 9 vertices
bench_table_double_side- Unwrapped, non overlapping - 2214 polygon / 2072 vertices
________________________________________
20 rendering image 1200x1200, jpg.
________________________________________
Real unit scale in cm.
________________________________________
Formats:
- 3ds Max 2008 - 61.39 mb,
- 3ds Max 2014 - 61.39 mb,
- 3ds Max 2016 - 61.39 mb,
- FBX 2006 - 61.42 mb,
- OBJ -61.48 mb, (*triangles, quads, polygons - version)
________________________________________
In the FBX & OBJ was imported without the Plane, light and camera.
________________________________________
All objects are organized on the same layer (different layer by category).
________________________________________
For rendering V-Ray plugin is need.
*********************************************************
Thank your for viewing my model, if you like it please rate it.
Sep 30, 2019
Fecha Agregada
May 19, 2022
última actualización
Opiniones
Actualmente no hay opiniones para este producto.
¿Por qué no ser el primero en romper el hielo?




















