
Bear Photo Frame houses the world 3D model
cgtrader
This 3D model was originally designed with Sketchup 13 and then exported into various 3D formats seamlessly. The native format is .skp, while a 3dsmax scene uses 3ds Max 2016 and renders with Vray 3.00 2014 edition. For a complete makeover look, consider this lovely photo frame accompanied by two precious little angels. Adorned with two tender hearts, this sweet piece encourages you to share the most captivating images of your cherished child. Displaying it on a dresser or nightstand, this décor effortlessly fits in perfectly, completing their sanctuary. You may also discover the photo frame Cherub. Dimensions: 15 cm in height by 33 cm in width by 8 cm in depth; weight: approximately 1 kilogram Ref number: 143071, price €19.99, poly count: 38166. To locate textures, check the .skp file for embedded images. Obtaining textures from a .skp file can be easily done with compatible software using these guidelines: Sketchup (Free version) 1) Simply export your image as a preferred two-dimensional file by going to File -> Export -> 2d Graphic - Drop down option. Alternatively, Go to File->Export->3D Model, select .COLLADA FILE (dae) option and tick Export Texture Maps. The exported textures will be located in a separate folder along with the original .skp file. C4D (Trial edition works perfectly) 1) By importing the .skp file into C4D, it creates an automatic folder containing textures next to your project directory. 3ds Max When the .skp file is imported to 3ds Max, textures get stored in the location - '..\Documents \3dsmaxscenassetsimages' Another alternative: when you export an FBX file using 'Embed Media Option,' a folder of embedded images appears right alongside your FBX output.
With this file you will be able to print Bear Photo Frame houses 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 Bear Photo Frame houses the world 3D model.