OPPO F7 3D model

cgtrader

The design has been expertly crafted to deliver razor-sharp, photorealistic renders at an optimal level up to 2K. Every aspect of the model is meticulously detailed, making it ideal for close-up captures without the need for post-processing. In its original format, this model was created within 3ds Max 2012 and powered by V-Ray. The setup includes pre-configured Lighting, Camera and Materials in place and ready to be rendered alongside an included HDRI file. This versatile 3D asset comes in multiple formats, making it compatible with a wide range of popular applications: - For users requiring high-level rendering capabilities, the file is available in 3ds Max 2012 along with V-Ray 3.4, complete with setup for Lighting, Camera. - For more standard usage, versions are also provided in Cinema 4D R12, Maya 2012 and Lightwave 11 formats - each featuring optimized materials and textures setup for seamless use. In addition to these applications, this asset can be used within FBX 2012 or OBJ 2012 environments. Its impressive list of features includes: - It contains no isolated vertices, coincident vertices or coincident/coplanar faces. - It's constructed from a combination of quads and triangles ( ensuring clean edge flow with predominantly quads and subdivision-friendly topology, without poles having more than 5 edges) and supporting edges to maintain the model's integrity upon subdivision. Furthermore, its mesh resolution is carefully optimized for efficient polygon use - a characteristic which can be easily amplified by applying 3ds Max's Meshsmooth/Turbosmooth function as required. As with our previous projects, this 3D model has been accurately scaled in real-world dimensions. We've employed the reference method, combining actual size and high-quality image capture for the purpose of crafting accurate, lifelike models that excel particularly well within video intro design, marketing promotions, animations, or gaming. Each component features intricate high-definition textures ( measuring 2048 to 4096 pixels) meticulously arranged across a combination of UVWs mapping - consisting of overlapping as well as non-overlapping methodologies. Our sincere appreciation goes out to those who have taken the time to view this creation by the 3D Team!