3D earth with fig fruit Fig Tree 3D 3D model

cgtrader

This 3D model was originally built with Sketchup 8 before being converted to all other formats. The native format is .skp, while 3ds Max scene is compatible with 3ds Max 2016, rendered with Vray 3.00. A 3D fig tree model featuring fruit was created, totaling 29698 polygons. Textured images are stored within the .skp file itself, waiting to be extracted by users possessing specific software applications. Individuals equipped with Sketchup can easily extract textures through various methods. One way is by exporting an image as a chosen 2D file type via File/Export/2d Graphic - drop-down options. Another effective approach for those utilizing Sketchup is to go to File -> Export -> 3D Model, converting the .skp into a COLLADA File (*.dae). Be sure to check the Export Texture Maps box before selecting export. Upon completion, users will find the exported textures organized within a folder bearing the name of the exported file in the chosen directory. Users possessing C4D can import .skp files with ease and then generate an automatically organized texture folder beside the .skp file itself without any additional configuration required. For individuals running 3ds Max, when they import .skp models, 3ds Max instantly stores them within a designated image storage location - usually denoted as ..\3dsMaxsceneassetsimages. Furthermore, by exporting files as an fbx with the embed media option activated during export, it allows textures to be packaged alongside and grouped in an accompanying folder along with their associated fbx file. Rhinoceros 3D users, too, can simply import .skp models before navigating to Material Editor (Panel -> Material editor) and clicking on the name of a material containing texture information. Afterward, hitting the three dot button should yield an opportunity to inspect all existing textures contained in this program - likely placed within the local machine directory path denoted as ..\AppDataLocalTempembedded_files. With all of these approaches yielding desired results, individuals are encouraged to select and duplicate extracted images at will, ensuring the transferability of valuable 3D texture models between diverse digital platforms.