Columbia South Carolina USA 50x50km 3D model

cgtrader

SCENE INFORMATION The area covered by this scene measures 50 kilometers by 50 kilometers in size. This model relies on OpenStreetMap data for its creation. The scene has been specifically prepared to work seamlessly with 3ds Max and V-Ray Next software. All images were rendered using the advanced capabilities of V-Ray Next. While it is possible to use this asset with older versions of V-Ray, results may vary significantly due to differences in rendering engines and features. Preview images are actual render outputs from the scene. The system unit used for measurement purposes is centimeters. This asset has been designed to utilize real-world scale, ensuring accuracy and authenticity in its representation. For users requiring export formats, a collapsed mesh option is available upon request. If additional support or assistance is needed, please do not hesitate to contact our dedicated support team. DISCLAIMER The artist has optimized this asset specifically for use within 3ds Max software, utilizing V-Ray as the rendering engine. All materials used in the scene are V-Ray materials, designed to take full advantage of its advanced features and capabilities. V-Ray lights have also been employed throughout the scene, ensuring a high level of realism and accuracy. It is worth noting that V-Ray material settings may not translate correctly when exported, potentially affecting final render results. The artist does not support usage with different software or rendering engines, as this can lead to inconsistent results. Similarly, using this asset with alternative software and renderers is not supported by the artist, who cannot guarantee identical outcomes. GEOMETRY The model's stack has been collapsed for efficient use in 3ds Max software. All objects have been named and organized logically, utilizing layers to maintain a clear structure. Layers are used extensively throughout the scene, categorizing elements into buildings, highways, railroads, and water features. Please refer to the preview images provided for a detailed understanding of the layer structure used. Due to import restrictions or missing OpenStreetMap data, not all houses or buildings have been included in the model. The covered area is clearly visible in the preview images, providing insight into the scope of this digital creation. Landmarks within the scene are based on imported data from OpenStreetMap and may not be fully detailed or modeled accurately. It is also worth noting that the model itself is flat, lacking any height information. Polycount and vertex counts for trees have been recorded as 1,823,440 and 957,306 respectively. All elements in the scene are positioned on a V-Ray plane at coordinates (0,0,0). The V-Ray plane will not be exported as part of the asset. MATERIALS V-Ray materials have been used extensively throughout this scene to ensure high-quality rendering. Maps for these materials can be found in a separate zip archive, included with the model. It is worth noting that the model has not been unwrapped, and UVWs are applied using the UVW Map Modifier feature within 3ds Max software. LIGHT SETUP This asset utilizes a V-Ray sun and sky combination to achieve realistic lighting effects. The scene was rendered utilizing Linear Workflow, ensuring accurate color representation and consistency throughout. FORMAT Compatibility for this asset has been optimized specifically for 3ds Max 2017, with backward compatibility assured up to version 2020. FBX and OBJ file formats are also supported for export purposes. ADDITIONAL INFORMATION If further assistance is required with file formats or any other aspect of the model, please do not hesitate to contact our dedicated support team. For those interested in exploring more high-resolution and realistic models, we invite you to browse through our extensive catalogue. Your feedback and ratings are greatly appreciated, as they help us improve and refine our digital creations for future users. Please note that this is a computer-generated 3D model, not a representation of a real-life object.