Yekaterinburg - city and surroundings Low-poly 3D model

cgtrader

This is a precise and accurate 3D city model of Yekaterinburg, Russia, and its surrounding region based on GIS data as of October 2019. File units are measured in meters. The scale is exactly 1:1. MEGAPACK Collection Details: The MEGAPACK collection consists of three distinct scenes with varying sizes. To make the purchase process more attractive, a special discount is offered for each scene individually. Scene sizes and options include: 80 x 80 km - A complete city model encompassing a broad area. 40 x 40 km - This option features a detailed depiction of the city limits including the airport. 10 x 10 km - The downtown area is captured with great precision, focusing on the heart of the city. File Formats: A variety of file formats are included for easy integration into different applications and software platforms. The formats available are as follows: MAX - This format is compatible with Autodesk 3dsMax. FBX - An exchange format that facilitates easy sharing between different design tools. OBJ - An exchange format specifically designed for exchanging data across various platforms. DAE - Another versatile exchange format facilitating seamless data exchange. In addition to the listed formats, customers also have the option of converting their scene files free of charge within a day. The converted file is delivered promptly upon request. Further compatibility options are available: UNITYPACKAGE - Specifically tailored for Unity 3D platform users. BLEND - A blend format suitable for Blender design tool. SKP - Compatible with SketchUp software platform. 3DM - Rhino 3D compatible format. RVT - This option supports Autodesk Revit design platform. Key Benefits and Features: The city model features administrative boundaries accurately represented as polygon geometries. The surface of the scene is flat, allowing for easy editing of details or addition of custom terrain if desired. The data within the city model is carefully categorized into the following sections: BUILDINGS - residential, commercial, industrial, public spaces, and other specific categories. ROADS - highways, primary roads, secondary roads, tertiary roads, pedestrian walkways, cycle paths, and service lanes are all distinct entities in the scene. RAILWAYS - The railway system includes high-speed trains, city trams, subway lines, monorails, abandoned or under construction tracks, etc. Each object is properly categorized by name and layer structure. Additional features of the model include: Vegetation elements: Forests, grasslands, parks, gardens, and various types of natural scenery are represented accurately in this scene. Landmarks such as buildings can be adjusted and edited based on preference or client requests. Vegetation, Landuse, Land categories all are detailed with sub classifications. Roads have road lanes categorization etc. Usage and Scene Details: This precise city model is best suited for visualization, augmented reality/virtual reality projects, real-time applications in gaming and architecture fields. Its details also make it suitable for consulting, educational purposes as well. Urban planning professionals will find it useful too, particularly for town or area analysis, land property sales, and architecture. The accurate classification and separation of all scene elements facilitate easy manipulation and alteration. Organized Structure: Scene objects are arranged into layers by type for better control over the model and data extraction. Categories include: Residential: Including detached houses. Commercial and industrial buildings categorized appropriately by name. Road Network categorization - highways, primary, secondary tertiary and pedestrian zones.