And while things like ArcGIS’s ability to perform physically based rendering (PBR) or ambient occlusion enhances our capability to view our data, we need to be cognizant of the same workflows used across other industries for visualization.Įarthquake or tremor activity is often captured underground, and the exploration of this data can be enhanced with 3D. After all, just as we take pride in perfecting the accuracy of our data, we need to make sure we show it in it’s best light. It’s not enough to consume and view the data in 3D, but we need to massage it to look it’s best. But the key is how we, as cartographers and GIS technologists, use these tools. And we can do this by combining the power of visualization with delivery platforms like stereo display, VR, and AR.Īs ArcGIS users, we now have a variety of tools at our disposal that enable us to tell stories about GIS with technology utilized by AAA games and films. To walk the hallways, analyze the sunlight passing through the windows, and explore how large pedestrian movement is handled by the corridors. Such as, enabling our audience to not only be able to view their building from above, but also letting them explore it in 3D. 3D and new emerging immersive technology is just another tool to create a story that attracts a wider audience. Getting our data out to a larger audience often has as much to do with the delivery as the information itself. Tricks often employed by game developers like billboarded clouds and even ArcGIS’s robust lighting will be a few of the highlighted ways that can help you develop more immersive 3D content for your GIS data.ĪrcGIS Pro’s Local and Global maps enable you to explore your 3D data with both analysis and highend visualization capabilities. This post will highlight some ways you can enhance a 3D scene using ArcGIS. The overall scope for 3D is growing exponentially, and so is our appetite to emulate our world with detail that is compelling and real. Army’s Synthetic Training Environment (STE). Projects ranging from Singapore’s integrated map system, called OneMap, to the U.S.
These workflows of digital representations are now culminating into projects of need for digital twins, architecture, and synthetic environment generation.
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ArcGIS Pro enables us to consume these, visualize BIM models, Lidar, I3S, and many other complex data types in 3D. CityEngine provides procedural modeling for cities and urban regions. And with the ability to author and visualize complex 3D data in ArcGIS, we can now mirror locations that immediately become recognizable to our audience. The use of game engines like Unreal and Unity with the ArcGIS Maps SDK for game engines enables you to compile your data into an immersive, interactive, and often photorealistic environment. While 2D will always enable us to create compelling stories about location, 3D and emerging interactive technologies are now enabling us to bring our data to a wider audience. As ArcGIS users, we’re fortunate to be able to enhance our storytelling of GIS data in ways that weren’t possible before. Maps have always been about describing location, examining data, and telling a story.