rocks Low-poly  3D model

rocks Low-poly 3D model

cgtrader

The model is a robust 5286-sided polygon mesh, crafted with precision and boasting an impressive 2645 vertices that define its intricate structure. Visualizing it in exquisite detail demands a massive texture of 4096 by 4096 pixels, meticulously rendered to bring forth every nuance of the subject's complex topography. Supported formats for this finely crafted model include OBJ, FBX, and Blend, each designed to be readily compatible with a broad range of 3D design applications. This allows the artist complete freedom in working with their preferred toolsets, whether it's sculpting intricate textures or polishing rough drafts. Within the provided UV map, you'll find an assortment of maps expertly applied: 1. Rock_Base_Color: Setting the tone for its overall appearance by detailing a wide spectrum of rock types in exquisite color. 2. Rock_Normal: Revealing the subtle imperfections that define a genuine stone surface, these nuances will lend depth and authenticity to your designs. 3. Rock_Specular: The shining aspects of rock surfaces are highlighted with these detailed textures, perfectly mimicking real-world scenarios where reflective glints illuminate certain regions of a natural setting. 4. Rock_ao: In those hard-to-illuminate dark crevices or corners of your polygonal structure, this attribute maps provide vital information that the lighting needs to effectively convey shadows. To ensure you achieve stunning game-quality visuals and precise gameplay simulations with your 3D art project, use Rock_Glossiness in a carefully planned way: balance out reflective details by incorporating slight dulling, thus evoking a highly immersive visual experience when put on high-res screens or projected for large-scale displays.

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With this file you will be able to print rocks Low-poly 3D model with your 3D printer. Click on the button and save the file on your computer to work, edit or customize your design. You can also find more 3D designs for printers on rocks Low-poly 3D model.