Developers are also using Photorealistic 3D Tiles to create location-based AR experiences and to create branded immersive maps to drive customer engagement. While some are using Photorealistic 3D Tiles to illustrate future land developments with a realistic 3D backdrop, others are extending their 2D maps to 3D to help better communicate spatial patterns with more intuitive map views. Since our Experimental launch back in May 2023, developers across industries have used Photorealistic 3D Tiles to create powerful visual map experiences. You can access these features through the Map Tiles API. This allows you to get a sense of what you’re likely to encounter on the road.Today we’re moving our Photorealistic 3D Tiles, 2D Tiles, and Street View Tiles into general availability, enabling developers to build immersive maps in production environments. on Thursdays because of heavy traffic from delivery trucks, you’ll see more trucks reflected in Immersive View. So if a street is known to be congested at 5 p.m. To simulate live traffic - both current and in the future - we partner with Google Research to analyze historical, aggregated driving trends. Adding Google Maps’ trusted, real-world informationįinally, we layer on Google Maps’ trusted information - like weather, air quality and traffic - so that you can visualize what your route will look like as conditions change throughout the day and week. Combining these techniques, our system can quickly compute what should be in view at each step and always generate a path that’s easy to follow and beautiful in real-time. To make sure all of this dynamic movement is not jumpy or jarring to you, we use a mathematical construct called a B-spline curve to create a smooth camera path that has a clear view of the route. We use a technique called occlusion to hide the blue route line when it is meant to go behind buildings, under bridges, or around trees. We include a lot of intricate camera zooms, pans, and tilts to show you both a big-picture overview and street-level details about your route. We solve this using a couple of techniques. One of the biggest challenges of overlaying the route line in 3D is creating a realistic and helpful overview of your travel path, whether that’s a road, bike lane or sidewalk. This is the piece that differentiates Immersive View for routes from Immersive View for places. Once our model is in 3D, we need to actually show you how to navigate. The images are then stitched together in a process that feels a lot like putting together the world’s largest jigsaw puzzle. To start, billions of high-resolution images are collected – these can come from planes, as well as Street View cars and Trekkers. Putting together a jigsaw puzzle of 2D imagery Here’s a behind-the-scenes look at how AI and imagery bring Immersive View for routes to life in Google Maps. This feature, which has started rolling out in 15 cities, builds on Immersive View for places that allows you to experience a place before you go. That’s why we introduced Immersive View for routes, a feature that gives you all of the information you need about your journey - like weather and traffic - in a single, multidimensional view whether you’re walking, biking or cycling. Let’s say you’re biking to the park to meet friends you might look at the weather, see if there are road closures along the way, or scope out the bike parking situation on Street View. When navigating to a destination, it’s helpful to get a sense of your route so you can travel with confidence.
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