proOPTIC 8mm f 3-5 AS IF UMC Fish-eye CS II AE Nikon F Lens Low-poly 3D model

cgtrader

Human beings can utilize this high-quality low-poly 3D model to represent a 8mm f/3.5 AS IF UMC Fish-eye CS II AE Nikon F mount Lens across multiple fields like 3D Graphics, game development, advertising, interior design, motion picture art, visualization, and more. This model's precision is attributed to the meticulous process of creating it from real-life lens ortho-photos. Therefore, its detailed structure closely replicates the original lens' intricate features. Using this model comes with added convenience due to its simplified composition consisting of three interconnected meshes. Moreover, its three materials effectively balance resource consumption, featuring Lens body and two distinct glass textures. Any chosen rendering tool will successfully depict this model as accurately as a high-definition photo because it is equipped with the superior quality photo-textures. Its well-designed low-poly model, complemented by rich textures, allows for optimal resource allocation while ensuring the utmost visual fidelity even at close-ups. Furthermore, to augment realism further, Specular, Glossiness, and Bump maps have been strategically incorporated. These texture-enhanced attributes work in conjunction with Maya Software materials or V-Ray MTL materials for optimized output. The comprehensive set of textures available totals four. All are stored in .png format and maintain a square resolution of 2048 pixels. Original files can be retrieved in .PSD format within the included archive. For creators looking to incorporate this model into their work, the following steps can guide them: Firstly, access the detailed user manual provided by navigating through various features including model topology optimization and render scene creation. The rendered output is highly authentic, which results from careful adjustments during setup for an ideal balance between efficiency and visual fidelity. This 3D model adheres strictly to real-world scale in centimeters while its parts remain perfectly grouped under meaningful names for seamless organization within scenes. To cater to a broader user base across various programs, we offer the option to export models directly into popular file formats including .fbx, .obj, .DAE and Max (2010 version). A significant consideration for those who intend on implementing this low-poly model in 3D rendering software - it does not function optimally when used with any type of smoothing modifiers. This restriction can sometimes be restrictive in real-time applications; therefore please bear that in mind if integrating the model into live scenes, animations, etc..