
Ivy Clumps with Levels of Detail Low-poly 3D model
cgtrader
Contents: Two detailed 3D mesh files, HangingIvy and IvyTop, are included, each with four detailed levels of texture and materials. Meshes can be combined to create complex vines. The zip file is organized into three folders: Exports, Materials, and Textures. **Exports** * This folder contains exported meshes and related files in .fbm and .mtl formats. * Included are various 3D mesh file types: + 3dsMax scene file + .3DS file format + .FBX file format + .OBJ file format Each mesh file contains four detailed levels of texture. HangingIvy Mesh: **HangingIvy00_LOD00**: 112 tris **HangingIvy00_LOD01**: 32 tris **HangingIvy00_LOD02**: 8 tris IvyTop Mesh: **IvyTop_LOD00**: 376 tris **IvyTop_LOD01**: 168 tris **IvyTop_LOD02**: 136 tris *********** * Materials * This folder contains 3ds Max material libraries. Each file includes a standard material as well as an alternative mental ray material. In order to view the mental ray material in 3ds Max, the mental ray renderer must be active in the Render Settings dialog. If using .fbx or .obj files, standard materials should automatically be included on import. HangingIvy Materials: **ivy_mat**: standard material **ivy_mat_mr**: alternative mental ray material IvyTop Materials: **ivyTop_mat**: standard material **ivyTop_mat_mr**: alternative mental ray material *********** * Textures * This folder contains texture maps for HangingIvy and IvyTop. HangingIvy Texture Maps: * **ivy_alpha**: alpha map * **ivy_ao**: occlusion map * **ivy_diffuse**: diffuse/color map * **ivy_normals**: normal map IvyTop Texture Maps: * **ivyTop_alpha**: alpha map * **ivyTop_ao**: occlusion map * **ivyTop_diffuse**: diffuse/color map * **ivyTop_normals**: normal map
With this file you will be able to print Ivy Clumps with Levels of Detail Low-poly 3D model with your 3D printer. Click on the button and save the file on your computer to work, edit or customize your design. You can also find more 3D designs for printers on Ivy Clumps with Levels of Detail Low-poly 3D model.