Budapest City of Hungary Europe Low-poly 3D model

cgtrader

Human-Created 3D representation of Budapest, a vibrant European city in Hungary, carefully crafted with 2019 map data accuracy. Each feature - from serpentine roads to railways and waterways - was precisely mapped from real-world information, making the model a reliable facsimile. For areas where authentic details were scarce, clever algorithms have augmented missing elements by creating plausible building silhouettes that reflect realistic proportions. In the 3D environment, every object and group has been organized under an easily navigable hierarchy. Naming conventions are strict and logical, further clarifying the distinctions between man-made materials like roads, railways, bridges, commercial districts, industrial complexes, residential areas, historic landmarks, parks, tourist attractions, rivers, streams, and coastal regions. Visual quality has not compromised clarity, with flat UV mapping utilized for most components to facilitate intuitive modification of appearances through texturing or repainting. A select number of models have undergone cubic texture application due to intricacies inherent in capturing minute detail from authentic maps. The resulting dataset features buildings harvested directly from geographical surveys - plus randomized additional structures positioned across areas where the original dataset suffered limited height precision. For maximum ease of comprehension and efficient manipulation, layers may be dynamically suppressed to isolate essential aspects of this virtual model. Inherent attributes such as a scale that perfectly matches real-life size (1:1 ratio), units in centimeters for simplicity in modeling enhancements further support straightforward adjustments, and modifications. Users can seamlessly shift from viewing one scene perspective to another based on pre-established layer structure. Underlying mapping is owed to an extensive collaborative contribution effort - OpenStreetMap. This project demonstrates considerable compatibility and the capability to smoothly switch out present material or color palettes in real time while still retaining accuracy thanks to highly unique textures carefully allocated per geographical type of entity, all in sync with global map resources providing foundation of the visual dataset -