: Choose your map provider (e.g., Digital Globe or Bing) and map type (Street or Satellite). Click Import (or Grab ) to bring the data into SketchUp. Key Features & Capabilities Add Geo-Location in SketchUp - CAD International
Mastering Geolocation in SketchUp 2021: A Complete Guide Accurate real-world context is vital for architectural, urban, and landscape design. SketchUp 2021 offers built-in tools to import precise geographical data directly into your 3D workspace. This comprehensive guide covers how to geolocate your models, understand the data providers, troubleshoot common issues, and optimize your workflow. 1. Why Geolocate Your SketchUp Models?
Keep your main building structure close to the axis origin point (0,0,0) . Bring the terrain to the building, rather than moving the building miles away from the origin, to prevent viewport clipping glitches. geolocation sketchup 2021
To geolocate your model in SketchUp 2021, follow these steps provided by CAD International Access the Tool : Navigate to Window > Model Info and select the Geo-Location tab, or simply click the Add Location button in the toolbar. Search Your Site
Unlike newer versions, SketchUp 2021 still uses (not the improved 3D terrain + imagery from later releases). Here's how to do it: : Choose your map provider (e
: Click Grab to import the 2D satellite image into your SketchUp workspace.
Open the tray ( Window > Shadows ). Check the box to turn shadows on. Because your model now has real latitude and longitude data, adjusting the time and date sliders will accurately reflect real-world solar exposure. This is crucial for analyzing solar panel placement, daylighting, and property shading. Exporting to LayOut SketchUp 2021 offers built-in tools to import precise
Pan and zoom the map to frame your exact project boundaries. Click the button in the upper right corner of the window. 4. Choose Your Provider and Grid Size
: Imports surrounding buildings, roads, and land features.
Beyond orientation, the "Add Location" tool provides access to 2D imagery and 3D terrain data. For architects and landscape designers, the terrain feature is particularly significant. Rather than modeling slopes and contours manually, users can toggle between a "Flat" view and a "Terrain" view, the latter of which provides a mesh representing the actual topography of the site. This allows for the design of structures that sit naturally within their environment, accounting for changes in elevation that might otherwise be overlooked in a vacuum. Furthermore, the Add Geo-Location workflow enables the use of selection pins to define specific boundaries, ensuring that only the relevant site data is imported, which optimizes model performance.