Wicker Basket

Wicker Basket

  • General
  • This is a 3d model of a generic wicker bowl with french rattan pattern. It was modeled and prepared for photorealistic renderings, close-ups, CG visualization. The basket model is ready to be inserted in your scene out of the box.

  • Meshes
  • The rattan basket model is presented as single mesh. Mesh is named accordingly. Pivot is set for ease of use at the bottom of object. Mesh is mainly quad based. Base polycount is 172K, for closeups turbosmooth or similar subdivision method recommended.

  • Vray Materials
  • As this model was primary created for vray render engine, the vray version of the file contains also properly configured and assigned material for the wicker basket 3d model. Other versions have basic materials, so you will need to adjust them in connection with your particular software. Material reconstruction will be easy as there are specific maps for each channel.

  • Maps
  • 5 generic and 4 specific maps are supplied with this model. The generic ones are used for complex vray shader network. The 4 specific ones are baked (8192×8192) maps for diffuse, reflection, reflection glossiness and bump channels. The wicker bowl model is uvw mapped.

  • Formats
  • The original file was created in 3ds Max 2014 with V-Ray materials (2.0 and above). You will receive a 3DS, OBJ, LWO, FBX, SKP, C4D, 3DM and MAX file(2012 and 2014). If you need any other format please enquire via 3Docean.

  • Information
  • All preview images were rendered with Vray. You will get only the wicker basket and not the scenes used for the preview renders. Please also take into consideration that the preview images are the result of the post-production and the look of the rattan bowl 3d model in your scene may differ due to the specific settings of your own scene. Product is ready to render out-of-the-box. Please note that the lights, cameras, and any background not described above objects are not included in the product. The models are clean and alone in the provided files, centred at origin and have real-world scale.
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