
Dressing child cabin VIOLET beach house in the world 3D model
cgtrader
This 3D model was originally created with Sketchup 13 before being converted into various other 3D formats. The native format of this model is .skp, while a 3dsmax scene renders using Vray 3.00 within Catalogue 2014. The shape of beach cabin has a charming white dressing that brings a nice touch of freshness to the decor. This wooden dressing contains inside features like a closet rod, a fixed shelf, and 2 adjustable shelves. Its deco is marked by playful spring printing along with colorful slats on the facade. This dressing is also available in blue and white version. Dimensions: H 160 x W 42 x D 60; Weight: 46 kg. Ref. 143438 Price: ⬠299.90 The number of polygons within this model stands at 65, and all textures are embedded within the .skp file itself. You can access these textures using the following methods: If you have Sketchup, you simply export the image in your preferred 2D file under the File/Export/2d Graphic dropdown option. An alternative method exists when working with Sketchup as well: Go to File -> Export -> 3D Model and then choose COLLADA file (*.dae). Select the checkbox for Export Texture Maps during the process, which generates a folder containing textures upon export. C4D offers another path: simply import the .skp file into C4D, after which it automatically creates a folder with associated textures next to the imported .skp file. Within 3ds Max, when importing the .skp model, textures are stored in the location .3dsMaxsceneassetsimages. Another approach includes exporting fbx files using embed media option selected in export dialog window, so as to automatically generate a textures folder together with the exported fb.
With this file you will be able to print Dressing child cabin VIOLET beach house in the world 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 Dressing child cabin VIOLET beach house in the world 3D model.