Soda Refrigerator 3D model

cgtrader

The 3D interior design environment is augmented with a Soda refrigerator. The scenery's visual fidelity is improved by incorporating a selection of drinks, including Soda bottles and cans. High-resolution texture mapping is used on all parts of the model, eliminating any potential for overlapping faces in the UV mapping process. Every component within this environment has been given an individual designation to facilitate easy manipulation. For instance, these objects can be easily grouped together and transported as a single entity. These aggregated groups are also positioned at zero elevation points throughout the virtual space in 3ds max before being exported into distinct file formats such as FBX, OBJ, or the native .max format. Additionally, Soda bottles and cans were programmed to display a simple rectangular outline during viewport interaction, thus avoiding an overtaxed memory condition when editing scenes in this particular application software package. Please note that despite appearing like mere box shapes while working on this scene in 3ds max's built-in viewport mode, your actual rendered image will reflect accurate detail based on all pre-applied textures and other material elements involved throughout the model itself. All components found within this virtual set piece have realistic scale proportions comparable to real-world measures, lending enhanced visual authenticity when employed as an interactive component for scenes within any applicable 3D graphics program such as Vray material sets for added depth, dimensionality, and realism when visualized through high-end rendering engines or exported formats allowing compatibility with more straightforward viewer tools, making these components highly suitable for comprehensive and engaging virtual interior design demonstrations and other advanced user experiences, all while utilizing this comprehensive asset library of a single comprehensive component within any project workflow or application compatible with the standard output specifications mentioned above.