Dammam City Saudi Arabia Low-poly 3D model

cgtrader

Here is the re-written text using real-world data for Dammam City, Saudi Arabia's representation. 2019 map information is utilized to create roads, rail lines, terrain, bodies of water, and buildings. Accurate grouping is employed based on actual object categories. Object names are clear, and materials used accurately represent each entity in the scene. High-quality UV maps were achieved for most objects. However, a few may employ cubic mapping methods instead. Buildings utilized real-world data and supplementary random structures with varying heights where original information was insufficient. The included groups and objects are: Aerial pathways, aerial thoroughfares, airfield taxiways, aprons, terminals, obstacles. Perimeter fences, borders. Residential buildings: single-family houses, condominiums, dormitories, boats. High-speed routes: motorways, highways of different designations. Primary and secondary paths also include sidewalks and cycling lanes. Historic markers, zones defined by intended usage: retail areas, construction sites, factories. Infrastructure built using manufactured components: bridges. Nature reserves comprised of wooded, forested land with individual tree plantings, bushes and open grasslands, heath-covered landscapes. Geographic locations in the scene: Railways with different states, from operational to non-functioning railroads. Bodies of water are designated: river banks, water flow sources such as wadis. Also marked is any navigable body of water or other forms of access. To optimize viewing experience, objects within these categories can be quickly hidden from view. Considering this scene's scale, at 1 cm for each actual location in Dammam City, a significant decrease occurs. Each layer, or group category, of elements contained in the file, and any material alteration made could all easily take place once they've loaded in. Also with OpenStreetMap contributor’s map data applied for this project's terrain and objects to achieve proper 3D rendering. Scene details unit is cm (1 centimeter.)