Campus Buildings Set 02 Low-poly 3D model

cgtrader

This is an authentic, real-world-scale representation of a University Building Complex, encompassing both interior spaces and the surrounding urban environment, carefully designed by an accomplished architect. Dimensions: 300 meters in length and width Created utilizing 3ds Max 2011 software USAGE This comprehensive model is ideal for a range of applications, including: Exterior visualization projects Real-time simulations Game development Architecture consulting Educational settings Units employed: Centimeters GEOMETRY Intricate interior spaces feature fully realized floors, walls, and detailed elements. The high-quality mesh boasts smooth edges with no visible anomalies or defects. Extensive testing ensures that the geometry is flawless, eliminating any potential issues associated with holes, flipped normals, and overlapping polygons. Mesh optimized for efficiency, enabling seamless incorporation of additional details and effortless geometry edits. Effortless modifications can be made to all similarly constructed objects thanks to the Instances feature. Glass objects are prepared for effortless modification by applying a Shell Modifier that has been disabled. Scene objects are thoughtfully organized within carefully designated layers: * BLD_glass * BLD_floors * BLD_interior * BLD_podium * BLD_walls * ENV_buildings * ENV_masterplan * ENV_roads * ENV_trees * ENV_transport PRESENTATION IMAGES High-quality preview images have been rendered using the 3.20 V-Ray rendering engine. For thorough geometry testing, wire images were created utilizing a combination of VrayLightMtl and VrayDirt. To streamline presentation efforts, VRayHDRI with map VRayCamera is included – making it an out-of-the-box solution ready for instant rendering. MATERIALS Both V-Ray and Standard materials are utilized throughout this comprehensive model. All objects have been carefully UV mapped, ensuring precise color mapping and effortless editing. Material names have been diligently labeled for clear identification and modification purposes.