Dortmund Germany 3D model

cgtrader

SCENE INFORMATION The area spans 50 kilometers square. This model leverages OSM data for its foundation. The scene has been tailored specifically for use within 3ds Max and V-Ray Next software combination. Images were rendered using the advanced capabilities of V-Ray Next. Though this asset may be employed with earlier V-Ray versions, it's essential to note that results could potentially vary. Preview images represent actual render-outputs, demonstrating what you can expect from this model. The system unit of measurement is set to centimeters for real-world scale consistency. Export formats are accessible in collapsed mesh configurations. For further support or guidance, please don't hesitate to reach out to our support team. DISCLAIMER This asset is specifically optimized for seamless integration with 3ds Max software using V-Ray. All materials utilized are designed within the parameters of V-Ray's specifications. Similarly, all light sources are V-Ray enabled. However, it's crucial to note that V-Ray material settings may not perfectly translate when exported into different formats. It's also important to recognize that usage of this model with different software or renderers is not officially supported by our team. Additionally, employment within varied software and rendering solutions may yield divergent results. We can't provide official support for compatibility with alternative software or renderers at present. GEOMETRY The structure of the 3D model consists of a collapsed stack. All elements are thoroughly labeled and organized through layers, promoting effortless navigation. Specifically designed layer hierarchies exist to compartmentalize individual features (buildings, highway, railroad, water). View the attached preview images for visual demonstration of layer arrangement. However, please note that due to import restrictions or missing data from OSM sources, not every building or residence within this scene has been accurately modeled. To gauge covered areas more effectively, inspect the corresponding preview images. Landmarks included are not comprehensive models but rather direct imports from original OSM information. Furthermore, no height or elevation details exist within the 3D structure itself. Quantifying polycount and vertices for individual trees results in values of approximately 1,440,080 and 756,042 respectively. As these structures appear in the form of standard box configurations, further object properties detail specifics. Notably, all included components rest upon a defined V-Ray plane positioned at coordinates (0,0,0). It is crucial to recognize that the plane itself will not be exported. MATERIALS This model's materials were carefully designed within V-Ray's constraints. For seamless access and easier application, we've compiled maps into a separate, downloadable zip archive. To ensure the highest quality representation possible, no unwrapping process has been initiated on the model itself. UVWs are applied through the employment of UVW Map Modifier software for optimal mapping outcomes. LIGHT SETUP A comprehensive V-Ray sun system and sky simulation has been incorporated to ensure visually authentic lighting scenarios. Linear Workflow was used during rendering sessions for maximized consistency. FORMAT For users interested in exporting data from our asset, please be aware that 3ds Max (safed versions), FBX and OBJ export options are all viable. ADDITIONAL INFORMATION If additional guidance on file format compatibility is required, please don't hesitate to reach out to our support team. Explore our comprehensive catalog for access to high-quality models catering various preferences and application demands. By generously contributing a rating after employing this 3D model within your chosen environment, you can greatly assist us in understanding user needs, further refine model offerings and improve upon compatibility options. Ultimately, remember that all provided digital assets originate as computer-generated outputs; the resulting data may never directly match any real-world scenario or entity.