Diesel Electric Locomotive 664-036 3D model

cgtrader

Human: Geometry And Objects Information: A photorealistic 3D model of a diesel electric locomotive, number 664-036, showcases incredible detail in every aspect. Built on a real-world scale using feet and inches for precise measurements. This high-quality 3D model boasts basic walls with no intricate details or interiors included. For enhanced convenience, the object has been split into 20 logical groups. Each object is neatly attached to a common layer for streamlined selection and management. This streamlined structure also features a comprehensive naming system. One unified group represents the entire model, simplifying manipulation and rendering tasks. File Formats: The initial file format used was 3ds max 2009 in combination with Vray and Scanline. The versatile nature of these files is ensured by inclusion of popular formats like OBJ, FBX (Multi Format). Detailed Specifications: The polygon count, exclusive of subdivisions, stands at an impressive 187,704 polygons. Vertex numbers tally up to a substantial 199,392 vertices. Texture Information: Twelve rich and vibrant textures have been incorporated into the model. Each texture boasts an immersive diffuse map effect that adds immense visual appeal. In keeping with efficiency, all texture paths are promptly cleared upon opening. Texture Specifications: An impressive library of JPG files backs the project's visually stunning 3D models. Textures measuring 1024x1024 are featured in a total of six unique designs. In striking contrast, a mere three files showcase dimensions as large as 2048x2048. Similarly, textures covering an enormous 4096x4096 were also required, featuring three equally exceptional designs. Materials: Three standard materials combined with advanced Vray shaders enhance visual quality through intricate texture simulations and stunning reflections. These nineteen sophisticated shaders blend harmoniously within the framework of one Multi-Sub Object material structure, allowing precise customization without complexity.