Google Maps 3d Buildings Satellite View

Google Maps 3d Buildings Satellite View – Getting a reliable GPS location in the city can be difficult with all the tall buildings. Skyscrapers reflect the GPS signal and can mess up your location data, but now Google says it can fix that and give users a more accurate location. Google is working on an update that will use 3D building data from Google Maps to calculate how buildings interfere with GPS, and says a new “3D mapping-assisted correction module” for Android can fix GPS glitches.

A quick reminder of how GPS works: your location is triangulated by satellites in space. Your phone receives a signal from a GPS satellite that contains the satellite’s position and a very precise time stamp. The GPS timestamp tells the phone how long it took for the signal to arrive from space, and then it simply multiplies that by the speed of light to get the distance from the satellite. If you receive such a signal from several satellites, you can narrow down your location on Earth to within a few feet.

Google Maps 3d Buildings Satellite View

All these fancy spatial calculations work very well as long as you have a clear view of the sky. GPS triangulation assumes that your signals are transmitted directly from the satellite to your phone, but this is not always the case. Huge glass and metal skyscrapers in the city can reflect the GPS signal as it descends from space. If your GPS signal has a jump, your “time x speed of light” equation is suddenly no longer equal to your distance from the satellite, the triangle is longer than it should be, and your GPS coordinates are no longer accurate. . It could mean your place is suddenly on the wrong side of the street or on the wrong block.

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Google has developed a scheme to improve GPS performance in cities by correcting for GPS jumps when calculating distance. For this, Google’s solution uses the large amount of 3D building data available on Google Maps. Google doesn’t go into much detail, but if the GPS reflects buildings, once you know where the buildings are, you can map the distance of the reflection and adjust it. Google reports that [location] accuracy in cities has been significantly improved using new “3D-assisted map corrections.” Android’s positioning system can now “reduce wrong-side-of-the-street occurrences by approximately 75%.” In the gallery above, Google pre- and then the picture is very illustrative.

The new 3D GPS correction scheme is introduced to Android as the “3D Mapping-enabled correction module”, part of the FLP (Fused Location Provider API) of Google Play Services. FLP is the preferred way to find space on Android for apps. Instead of raw GPS coordinates (which are also available via an API call), FLP represents the system’s best efforts at location while conserving battery. Using GPS and doing a lot of calculations in space consumes a lot of battery, so FLP tries to do as little as possible.

For example, almost all Android phones contribute to Google’s worldwide database of Wi-Fi hotspot locations, so if you’re connected to a known hotspot, Android can figure out where you are without GPS. . FLP acts as a system-wide location provider, so instead of five apps trying to run GPS and do their own calculations, FLP can determine your location once and share it with any app that has location permission in the background.

Google says the features will work in “3,850 cities around the world,” basically anywhere Google has 3D building data. 3D construction calculations are powered by the US military’s dedicated GPS system, as well as some of the world’s leading equivalents: Russia’s GLONASS, Europe’s Galileo, Japan’s QZSS, and even China’s BeiDou satellite navigation system. Play Services and the bundled location provider are not available on phones sold in China. So far, the Pixel 5 and Pixel 4a (5G) have the first advantages of the improved mapping feature, and so far it only works while walking. Google says the 3D map fixes will roll out “to the entire Android ecosystem (Android 8 or later) in early 2021.”

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Ron Amadeo Ron is the Reviews Editor at Ars Technica, where he specializes in the Android operating system and Google products. He is always looking for new gadgets and likes to take things apart to see how they work. This code lab will teach you how to use the WebGL functions of the Maps JavaScript API to manipulate and display a three-dimensional vector map. .

This code lab assumes you have an intermediate understanding of JavaScript and the Google Maps JavaScript API. Try the Add a map to your website (JavaScript) code lab to learn the basics of using the Maps JS API.

If you don’t already have a Google Cloud Platform account and a billing-enabled project, see the Getting started with Google Maps Platform guide to create a billing account and project.

If you don’t already have it, visit to download and install the Node.js runtime on your computer.

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Before starting this code lab, follow these steps to download the starter project template as well as the complete solution code:

The initial project is configured to use webpack-dev-server, which compiles and runs the code you write locally. webpack-dev-server also automatically reloads your app in the browser when the code changes.

You can follow the configuration steps above in the section to see the full code of the working solution

The starter app contains all the code needed to load a map using the JS API Loader, so all you need to do is provide your API key and map ID. JS API Loader is a simple library that abstracts the Maps JS API into an HTML template using the traditional method of online loading.

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To use the WebGL-based features of the Google Maps JavaScript API, you need a map ID enabled for vector maps.

To load a vector map, you must specify the map ID as a property in the options when you create the map. You can also provide the same map identifier when loading the Maps JavaScript API.

Check the program running in your browser. A vector map with tilt and rotation enabled should load properly. To check if tilt and rotate is enabled, hold down the Shift key and drag the mouse or use the arrow keys on your keyboard.

. If the map doesn’t tilt or rotate, make sure you enter the map ID for which tilt and rotate are enabled.

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Provides direct access to the same WebGL rendering context used to render the vector basemap. This means you can render 2D and 3D objects directly on the map using WebGL as well as popular WebGL-based graphics libraries.

Exposes five hooks in the lifecycle of a WebGL map rendering context that you can use. Here’s a brief description of each hook and why you should use it:

. All code will be processed for overlay to keep things clean and easy to follow

. Next, you set up everything you need to render a 3D object on a map using Three.js.

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Using WebGL can be very difficult because it requires you to manually define every aspect of every object and then some. To make this very easy, in this code lab you will use Three.js, a popular graphics library that provides a simplified abstraction over WebGL. Three.js comes with a wide variety of useful functions that do everything from creating WebGL rendering to drawing common 2D and 3D object shapes, handling cameras, modifying objects, and more.

Your scene is now set up and ready to be rendered. Next, set up a WebGL renderer and render the scene.

It’s time to present your scene. Everything you’ve created with Three.js up to this point has been initialized in code, but doesn’t actually exist because it hasn’t been rendered in the WebGL rendering context yet. WebGL renders 2D and 3D content in the browser using the Canvas API. If you’ve used the Canvas API before, you’re probably familiar

HTML canvas where everything is displayed. What you may not know is that it is an interface that exposes the OpenGL graphics rendering context in the browser via the WebGLRenderingContext API.

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To facilitate working with the WebGL renderer, Three.js provides WebGLRenderer, which makes it relatively easy to set up a WebGL rendering context so that Three.js can render scenes in the browser. However, in the case of a map, simply rendering a Three.js scene in the browser next to the map is not enough. Three.js must be rendered in the same render context as the map, so that both the map and all objects in the Three.js scene are rendered in the same worldspace. This allows the renderer to control the interaction between objects in the map and objects in the scene, e.g

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