Spain 2 Cities 3D Model Collection

cgtrader

SCENE INFORMATION 2 cities are present in the scene: Barcelona and Mardrid. The area being simulated spans 50 km x 50 km. Data used for simulation comes from OSM data sources. This model has been specifically prepared to function with 3ds Max and V-Ray Next rendering software. All images shown have been generated using V-Ray Next rendering technology. Although older V-Ray versions can also be utilized, the results may vary slightly due to compatibility issues. Preview images provided are direct outputs of render operations. Units of measurement in this scene conform to [cm]. Asset has been scaled to match real-world scale dimensions precisely. The asset's export options include the ability to use collapsed mesh formats for improved data transfer. For additional support beyond what is offered here, please contact our dedicated technical support team directly. DISCLAIMER This model has been designed and optimized specifically for usage in conjunction with 3ds Max and V-Ray rendering software suites. All applied materials are custom-designed for optimal interaction with the V-Ray rendering engine. Every lighting element present in this scene utilizes native V-Ray functionality for unparalleled accuracy and efficiency. While some users may be able to use our models within alternative applications, please note that compatibility has not been explicitly verified, nor guaranteed by our design team. In all cases, expected output from non-native applications should not be assumed equivalent to results seen within approved systems. GEOMETRY Model construction has entailed collapsing its primary stack to streamline structural integrity and simplify overall operations within the 3ds Max rendering environment. Individual object assignments have been systematically implemented via layer organization for enhanced ease of management. Layers present in this scene correspond to the following broad categories: 'buildings', 'highway', 'railroad', and 'water'. To facilitate a clearer visual hierarchy, all related assets can be seen together when browsing the available preview images. In light of OSM import constraints, a portion of structures including both dwellings (homes/buildings) have been necessarily excluded due to data incompatibility or absence of applicable mapping information. Users seeking specific details regarding coverage and missing components may consult the accompanying visual aids to better comprehend this design's spatial characteristics. Important points worth highlighting at this juncture include: All buildings included within our rendered output lack sufficient detail. OSM-derived datasets for specific geographic elements, such as 'landmarks,' have not been sufficiently resolved for detailed rendering in the final version provided here. As is often typical with OSM-derived mapping data, no real height variation exists; consequently, a purely two-dimensional spatial configuration prevails. This characteristic serves to simplify operations and optimize scene performance during runtime within approved platforms like V-Ray. The use of simplified 3D objects has been resorted to represent tree foliage due to processing demands. As per the operational parameters established for scene execution, each individual element can be placed in proximity on a designated origin plane set at coordinate values of [0.00,0,0]. Note that this operational reference is an inherent design decision based on optimizing performance and streamlining workflows while operating within compatible V-Ray rendering environments. MATERIALS All utilized materials directly interface with the native functionalities found in V-Ray rendering technology. Every image mapping operation employed across our model assets leverages V-Ray- optimized map integration strategies to optimize appearance within compliant scenes. To facilitate more accessible reference and customization options, corresponding image map files have been separately provided as a compressed ZIP archive accessible from this asset download package. Key considerations regarding surface unwrapping efforts can be summarized as follows: Our scene composition features V-Ray-designed material attributes across every structural element that defines its spatial configuration, ensuring seamless consistency between materials for all visual cues. As such, comprehensive surface mapping remains effectively unresolved since an active process in achieving a higher level of rendering precision and optimization through unwrapping individual map elements. Given this fundamental design constraint inherent to our scene composition objectives at runtime within compatible applications and compliant with operational norms of V-Ray 3dsMax Next, detailed information on any possible material-related attributes (U VW) utilized throughout our project scope remains subjectively integrated utilizing UVW Mapping Modifier tool to accommodate these necessary needs, optimizing visual impact through seamless interaction and harmonious synchronization between every applied Vray-material mapping solution across model elements and their spatial positioning. LIGHT SETUP All implemented illumination components conform fully with native features present within the V-Ray Next rendering suite. Scene setup utilizes an environment designed using a custom-built linear workflow setting for added realism during scene processing, leveraging optimal interaction potential within compatible rendering software suites. FORMAT Our asset has been designed specifically to be functional and work seamlessly within version 3ds Max (starting from v2017), which provides guaranteed backward compatibility across later versions such as v2020 for further assurance regarding long-term adaptability needs in the design lifecycle management. For optimal import experiences when working with different file formats, kindly refer directly to official V-Ray FBX integration documentation for precise implementation advice. ADDITIONAL INFORMATION To receive any level of assistance or troubleshooting regarding compatibility concerns, especially related to specific rendering requirements and corresponding system constraints beyond that provided within this package, please contact our dedicated customer service department. As a token of appreciation for utilizing our product and exploring its full range of possibilities within approved design workflows, please consider giving our asset the rating you believe best captures your personal satisfaction experience using it in practice. It will truly mean the world to us, supporting the ongoing growth and innovation within this shared creative space! This model has been purpose-built as a 3D digital reproduction – an original artificial representation crafted via automated computer-aided modeling processes rather than physical measurements obtained from any real-world sources.