Pergola 004

3docean

High quality polygonal 3D model of a pergola includes detailed files for seamless integration into your project. The Pergola 3D File package includes multiple formats to cater to various software needs, including .max (3ds Max 2010 for individual models), .max (3ds Max 2010 for the scene with XRef Objects and Proxy Object option), .max (3ds Max 2012 for the scene with XRef Objects and Proxy Object option), .obj (low poly), .obj (high poly), .fbx (low poly), and *.fbx (high poly). All scenes utilizing XRef Objects incorporate the Proxy Object option, allowing for rapid saving of file edits and improved Viewport performance. Relative paths within the scene ensure easy navigation and organization. The 3D models are neatly organized into corresponding layers for streamlined scene management. Named objects, materials, and layers facilitate effortless navigation through complex scenes. Our product is designed to be intuitive and user-friendly, allowing you to effectively utilize it in designing and projecting processes. To use our product, you will need 3ds Max 2010 or higher and VRay 2.0 or higher. With a standardized scene arrangement and easy setup, you can quickly get started with our pergola model. The named object layers and materials enable you to navigate through the various scenes with ease, making the entire work process more efficient. XRef links simplify your workflow by reducing file sizes and increasing viewport speed due to low-poly proxy representations. This link system allows you to modify mapping and material directly in the scene without affecting the original external file. As a result, each scene can have its unique color solution, giving you complete creative control. One of the significant advantages of this approach is the small size of the work file, enabling you to use standard equipment without investing in expensive professional machines. If you prefer not to use external links, don't worry – our product comes with a scene featuring all models presented in their original mesh.