Los Angeles County Elevation Terrain Low-poly 3D model

cgtrader

This is a precise and accurate three-dimensional terrain model of the entire Los Angeles County, California\n\nGeoreferencing: Utilizing the Transverse Mercator projection system\nDimensions: Spanning 150 kilometers in width, 150 kilometers in length, and a depth of 3 kilometers\n\nFile units are measured in meters\nScale is maintained at an exact ratio of one to one\nMEGAPACK This comprehensive collection comprises five distinct Levels Of Detail (LODs) Individual LODs can be purchased separately with special discounts available! Polycount - calculated polygons per vertices count LOD 1 showcases 14,060 polygons and 9,612 vertices LOD 2 exhibits a more detailed level with 31,942 polygons and 18,676 vertices LOD 3 demonstrates even greater detail with 109,706 polygons and 57,886 vertices LOD 4 offers a three-dimensional print-ready design with 421,940 polygons and 214,717 vertices LOD 5 showcases an extremely detailed model featuring 1,455,913 polygons and 733,215 vertices FORMATS available for various software applications 3dsMax (compatible with V-Ray and Standard materials) is supported in the MAX format FBX, OBJ, DAE formats enable seamless exchange between applications BLEND - optimized for Blender users SKP format ensures compatibility with SketchUp 3DM format caters to Rhino 3D software needs STL format facilitates three-dimensional printing with precise details KEY BENEFITS of this Digital Terrain Model (DTM) include: This terrain model is based on the latest SRTM data and represents an exact replica of real-world geography\nEach LOD undergoes meticulous processing and optimization to achieve a perfect balance between polygon count and detail For any inquiries or requests, send us a message 24 hours a day Want a different city, area, or terrain modeled with equal efficiency? We can provide it with same-day delivery! Require high-resolution satellite imagery in the ECW or JP2 format? We offer images up to 32,000 by 32,000 pixels with precise georeferencing.