Verona Italy 3D model

cgtrader

SCENE INFORMATION The area encompasses a substantial 50 x 50 km expanse. This particular model leverages OSM data for its construction. The scene has been carefully prepared to be fully compatible with 3ds Max and V-Ray Next, ensuring seamless rendering. Utilizing V-Ray Next, the images were successfully rendered within this framework. While the asset remains viable when paired with older versions of V-Ray, the outcomes may exhibit variability. The preview images displayed are actual render-outputs. A unit measurement of [cm] serves as the system base, while a genuine-world scale has been employed for authenticity. Export formats offering collapsed mesh options are available upon request. Should you require further assistance or encounter any difficulties during usage, kindly do not hesitate to contact our dedicated support team. DISCLAIMER Optimized for maximum efficacy within 3ds Max in conjunction with V-Ray, this asset excels in this specific environment. All utilized materials conform to V-Ray material specifications, while the integrated lights align with V-Ray illumination standards. However, it is crucial to acknowledge that V-Ray settings may not seamlessly translate when working across various export formats. Consequently, using this asset within different software or rendering programs may lead to incongruous results. The artist responsible for this creation explicitly disclaims support for utilizing their work in such configurations. GEOMETRY To ensure the efficient usage of computational resources and to reduce load times, all model elements are strategically collapsed into a simplified stack format. A comprehensive organization system featuring designated layers (buildings, highways, railroads, water) facilitates straightforward navigation through this 3ds Max V-Ray environment. Reviewing the preview images provides clear insight into the structural hierarchy established by these categorized layers. Please note that an exhaustive replication of houses or buildings has not been feasible due to constraints stemming from OSM data availability and certain import limitations. For a precise representation, review the attached preview images detailing areas excluded from the comprehensive landscape reconstruction. Unfortunately, while landmark details were derived directly from imported OSM data, complete modeling and precision detailing could not be accommodated in this version. Flatness in terrain orientation has been uniformly applied, thus precluding the presence of elevation gradients. Polycounts for each individual tree range between 1,034,320 to 543,018 vertices, collectively amounting to significant geometry that visually translates well through its simplified cube representations within object properties settings. Additionally, all pertinent components reside on a base plane at co-ordinates (0, 0, 0). The plane is specifically utilized for rendering purposes within V-Ray but remains excluded during file export procedures. MATERIALS Employing V-Ray materials for this project ensures comprehensive consistency throughout its various facets and surfaces. In preparation, all applicable texture maps have been neatly compiled within a convenient zip-archive to expedite seamless implementation within the 3ds Max framework. To streamline visual presentation, unwrapping of model geometry has not been included as part of its optimization process. Instead, UVWs (UV coordinate system used for textures) were meticulously applied through utilizing UVW Map Modifier features available in the program interface. LIGHT SETUP By default and according to specified parameters, this 3ds Max asset was initially created with incorporation of a sun-source provided by V-Ray rendering engines and designed within the Linear Workflow. The sun, being essential component and an integral element within linear rendering workflow that enhances realism is key, is rendered through its linear output in a way as per V-Ray default settings that bestow optimal representation in most light environments for this object. FORMAT File compatibility extends seamlessly across several supported formats: 3ds Max 2017, the original engine in which it was first produced (compatible backward for use within more recent versions up to but not including those past or later). - In support of industry-standard FBX, An open, widely accepted and most preferred method for asset transportation due to cross software capability allowing smooth implementation across the spectrum. Additional data formats like OBJ are available upon special request. ADDITIONAL INFORMATION In the event that complications arise related to desired output format configurations or compatibility concerns with specific software versions within this model's structure, we suggest establishing communication with our expert technical support specialists who can provide necessary guidance. Please refer to a comprehensive selection of other meticulously designed high-quality 3D models showcased in my personal collection which may fulfill various requirements you are seeking. A courteous appreciation for your time would be demonstrated if a rating was received subsequent to reviewing and effectively utilizing this model; please understand it serves its function as entirely artificial digital reconstruction.