Barcelona Spain 3D model

cgtrader

SCENE INFORMATION The area spans an enormous 50 kilometers in every direction. Our asset relies heavily on data harvested from OpenStreetMap for its accuracy. It has been painstakingly prepared to be utilized within the popular digital art software 3ds Max and V-Ray Next, guaranteeing unparalleled visual fidelity. Every image within this dataset was carefully rendered using V-Ray Next's powerful engine. While it is theoretically possible to employ this asset with older iterations of V-Ray, results may vary significantly due to software incompatibilities. Preview images presented herein serve as a faithful representation of actual render outputs, allowing you to visualize the quality you can expect from this model. Standard units employed for calculations within our system are centimeters, maintaining strict adherence to real-world scale measurements. Additionally, all data contained within export formats is available (collapsed mesh), providing utmost flexibility during import processes. If specialized assistance or further clarification regarding this asset is required, we cordially invite you to reach out to our dedicated support team for personalized guidance. DISCLAIMER It goes without saying that our primary intention is for seamless integration with 3ds Max using V-Ray; materials are carefully crafted as V-Ray specific entities. Lights within the scene are exclusively designed as V-Ray compatible elements, streamlining overall performance and efficiency. Please note that translating V-Ray material settings may not yield the desired results in export formats. For best results, we highly recommend staying within our specified software boundaries to avoid any adverse consequences. Furthermore, while usage with other software packages or rendering engines might be possible in theory, it falls outside of our core competence as creators, and results may differ significantly from expectations. Support for cross-platform usage cannot be guaranteed due to the sheer complexity involved. GEOMETRY Noteworthy attributes defining the architecture of this dataset include collapsed stacks that have been meticulously reorganized and optimized for user-friendly navigation. Layers serve as a vital organizational tool within the asset; critical items like highways, railroad networks, and bodies of water are thoughtfully grouped for enhanced visualization purposes. A series of carefully designed preview images have been prepared to provide an insightful look into the overall layer structure – we encourage you to explore them for further context. While numerous dwellings are missing from this dataset due to either import restrictions or insufficient OSM data availability, they remain represented as designated spaces within preview images. Landmarks have undergone limited modeling efforts; only the imported raw data from OpenStreetMap was incorporated into this representation. Thus, expect modestly scaled or less detailed models compared to actual physical locations. It's essential to understand that this model resides entirely on a two-dimensional plane with zero height information. This configuration prevents elevation discrepancies in visual renderings. The combined count of polycounts and vertices attributed to tree elements amounts to approximately 1,608,720 – an astonishing 844,578 units respectively, highlighting the intricacies embedded within this natural feature dataset. When interacting with individual trees, they manifest as a generic box-based model when observing object properties. As part of optimizing workflow efficiency, all elements are neatly placed on a zero-centered V-Ray plane located at coordinates 0,0,0. The actual plane used will not be exported as part of the asset for practical purposes. MATERIALS Throughout this scene, every element has been assigned specifically designed V-Ray materials; they ensure uniform visual consistency throughout the entire dataset. For enhanced visual exploration, all maps required are conveniently bundled within a zip archive. Please note that unwrapping operations were deliberately left intact – meaning model UVWs remain in their original state after undergoing careful processing via the versatile UVW Map Modifier tool. LIGHT SETUP We relied exclusively on V-Ray sun and sky elements during lighting configuration processes; a choice which ensured photorealistic visual outputs throughout this dataset's various facets. Linear Workflow is strictly followed in rendering to provide utmost accuracy. FORMAT This dataset was compiled utilizing 3ds Max 2017 – however, as an added measure of compatibility, all models remain compatible with version 2020 and previous editions (due to safety precautions taken during coding). Additional file formats included are: - FBX for fluid model transfer - OBJ format supports seamless migration ADDITIONAL INFORMATION If any confusion arises regarding specific details of the exported formats used, please do not hesitate to contact our support specialists – they will be more than happy to address any queries or doubts you may have. When looking for additional models and datasets of this nature, consider checking out our full product catalogue which boasts numerous 3D designs meticulously crafted by hand with utmost care and dedication. Upon finishing your model review process, kindly leave a rating as we genuinely appreciate all customer feedback – it allows us to continuously refine and elevate the level of quality we deliver within our models. Please bear in mind that this model you are currently engaging with is nothing short of artificial computer-generated creations. It serves no real-world equivalent or counterpart.