DOWNLOAD PDF GOOGLE ANDROID PLAN VIEWER

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1 Chapter 1 : Google Drive stellt sich vor â Alle Ihre Dateien an einem Ort File Viewer for Android is a universal file viewer that supports over file types, including PDFs, files, audio and video files, images, camera raw photos, archives, and more. In addition to viewing files, you can browse and manage files on your Android device and view file metadata. A route planner that transforms up to points to a smooth visualization with Roads. You can also set daily quotas to protect against unexpected increases. Pay only for what you use Our pricing scales to fit your needs with no commitments, termination fees, or usage limits â and you can use mobile Maps at no charge. Pricing for enterprise customers For large-scale enterprises or startups looking for volume pricing or industry-specific solutions, we offer access to: Frequently Asked Questions How has pricing changed? On July 16,, a new pay-as-you-go pricing plan went into effect for Maps, Routes, and Places. This new plan gives you more flexibility and control over how you use our APIs: You can use as much or as little as you need and only pay for what you use each month. You can also estimate your monthly bill with the pricing calculator. Is there anything I need to do? Starting November 1,, Premium Plan customers will be able to migrate to the new Google Maps Platform pay-as-you-go pricing plan once their current Premium Plan contract expires. Only contracts whose end date is November 1,, or later, are eligible to be migrated to Google Maps Platform. Contracts expiring prior to that date must be renewed on Premium Plan. For more information, see the Maps Platform Migration Guide. If you have additional projects not covered under your Premium Plan, please see the User Guide for more information. Can I still use Google Maps Platform for free? Based on the millions of users using our APIs today, most of them can continue to use Google Maps Platform for free with this credit. Maps, Routes, and Places. The credit does not apply to our gaming, ridesharing, or asset tracking industry solutions. You only pay for what you use. You can review rates and access your spending any time in your Google Cloud Platform Console, where you can also set daily quotas to protect against unexpected increases. You can also set billing alerts to receive notifications when charges reach a preset threshold determined by you. We want you to experience the speed, accuracy, and comprehensive coverage of our Maps, Routes and Places products. Is a credit card or billing account required? When do I need an Enterprise account? How is pricing structured for the Maps product? Will nonprofit organizations or other organizations who currently have Google grants continue to receive Google Maps Platform grants? Learn how to apply for Google Maps Platform credits. Please visit the billing section of the Google Cloud Platform Console, where you can view what each credit covers. Pick product s below. Page 1

2 Chapter 2 : Camera and View Maps SDK for Android Google Developers PDF Viewing is now available directly in Google Drive. For environments where this cannot be deployed, Google PDF Viewer offers the same capabilities in a standalone app. View, print, search and copy text from pdf documents while you're on the go. VR-glasses will be a cool gift and an amazing eco-friendly device for viewing VR-content Price: Up to 5 inches Material: All of the viewers here carry the Works with Google Cardboard badge, which means they work with your Cardboard apps. So find the viewer that fits you and your smartphone best, then enjoy your favorite immersive experiences. Beyond this software compatibility, Google makes no claims on the safety, quality, or functionality of these viewers. These companies are listed in no particular order. If you would like to certify a viewer for Works with Google Cardboard, visit the manufacturers page. Most Cardboard apps work with Android 4. Where can I find apps for Cardboard? Can I use Cardboard if I wear glasses? Yes, Cardboard works with most glasses. Some glasses may be more viewer-friendly than others, and some viewers may be more glasses-friendly than others. Can I use a pizza box to make my own Cardboard viewer? Make sure you order an extra large. Build It Yourself To build your own viewer all you need are a few everyday items you can find in your garage, online, or at your local hardware store: Download instructions For manufacturers Cardboard Corrugated cardboard sheet, preferably E Flute corrugated cardboard comes in a variety of thicknesses called "flutes", available at many art supply stores and online. For best results, you should look for strong, thin cardboard sturdy shoe box rather than moving box. Online sources here and here Lenses This is the trickiest component. Lenses that have a 45mm focal distance might work. Biconvex lenses work best because they prevent distortion around the edges. Magnets One neodymium ring magnet - like this or this - and one ceramic disk magnet - like this or this. Hook and loop fastener Two strips of regular strength adhesive-backed hook and loop fastener. Rubber band One rubber band, to prevent the phone from sliding out. Minimum length of 3. Program it with the URL cardboard: Get the latest news from the Google VR team. You are now subscribed to the newsletter. Enter your address. Page 2

3 Chapter 3 : Map Objects Maps SDK for Android Google Developers Map data  Google Imagery Â, Aerodata International Surveys, DigitalGlobe, GeoBasis-DE/BKG, GeoContent; Terms. Adding a SupportMapFragment in a layout definition Add a map to an Android app See the getting started guide for a quick way to create an app using the Google Maps template in Android Studio. The basic steps for adding a map are: You only need to do this step once. Follow the steps in the project configuration guide to get the API, obtain a key and add the required attributes to your Android manifest. Add a Fragment object to the Activity that will handle the map. The GoogleMap object is the internal representation of the map itself. To set the view options for a map, you modify its GoogleMap object. Call getmapasync on the fragment to register the callback. Below is more detail about each step. In this element, set the android: This automatically attaches a MapFragment to the activity. To do this, create a new MapFragment instance, and then call FragmentTransaction. The first step is to implement the callback interface: For example, if the layout file has the name main. Notice that the resource ID R. Then use getmapasync to set the callback on the fragment. If you are targeting an application earlier than API level 12, you can access the same functionality through the SupportMapFragment class. You must also include the Android Support Library. The callback is triggered when the map is ready to be used. It provides a non-null instance of GoogleMap. You can use the GoogleMap object to set the view options for the map or add a marker, for example. Not all icons on the map are clickable. However, markers that you add to the map are clickable, and the API has a listener callback interface for various marker interactions. In addition to mapping functionality, the API also supports a full range of interactions that are consistent with the Android UI model. For example, you can set up interactions with a map by defining listeners that respond to user gestures. The key class when working with a map object is the GoogleMap class. GoogleMap models the map object within your application. GoogleMap handles the following operations automatically: Connecting to the Google Maps service. Displaying tiles on the device screen. Displaying various controls such as pan and zoom. Responding to pan and zoom gestures by moving the map and zooming in or out. In addition to these automatic operations, you can control the behavior of maps with objects and methods of the API. For example, GoogleMap has callback methods that respond to keystrokes and touch gestures on the map. You can also set marker icons on your map and add overlays to it, using objects you provide to GoogleMap. MapFragment objects act as containers for the map, and provide access to the GoogleMap object. Unlike a View, a Fragment represents a behavior or a portion of user interface in an activity. You can combine multiple fragments in a single activity to build a multi-pane UI and reuse a fragment in multiple activities. Refer to the Android documentation on Fragments to learn more. A View represents a rectangular region of the screen, and is a fundamental building block for Android applications and widgets. Much like a MapFragment, the MapView acts as a container for the map, exposing core map functionality through the GoogleMap object. When using the API in fully interactive mode, users of the MapView class must forward the following activity lifecycle methods to the corresponding methods in the MapView class: The ApiDemos repository on GitHub includes a sample that demonstrates how to forward the activity lifecycle methods. When using the API in lite mode, forwarding lifecycle events is optional. For details, see the lite mode documentation. For example, an atlas usually contains political maps that focus on showing boundaries, and road maps that show all of the roads for a city or region. Normal Typical road map. Shows roads, some features built by humans, and important natural features like rivers. Road and feature labels are also visible. Hybrid Satellite photograph data with road maps added. Satellite Satellite photograph data. Road and feature labels are not visible. The map includes colors, contour lines and labels, and perspective shading. Some roads and labels are also visible. The map will be rendered as an empty grid with no tiles loaded. For example, to display a satellite map: Indoor maps At high zoom levels, the map shows floor plans for indoor spaces such as airports, shopping malls, large retail stores, and transit stations. They are automatically enabled when the user zooms in, and they fade away when the map is zoomed out. In a future release, indoor maps will only be available on the normal map type. From that future release, indoor maps will Page 3

4 not be supported on satellite, terrain or hybrid maps. Even where indoor is not supported, isindoorenabled will continue to return the value that has been set via setindoorenabled, as it does now. By default, setindoorenabled is true. The release notes will let you know when indoor support becomes unavailable on those map types. You can disable indoor maps by calling GoogleMap. By default, indoor maps are enabled. Indoor maps are displayed on one map at a time. By default this is the first map added to your app. To disable the default level picker floor picker, call GoogleMap. For more details, see Interacting with the Map. An interface on GoogleMap, OnIndoorStateChangeListener, allows you to set a listener to be called when either a new building comes into focus, or a new level is activated in a building. You can then find the currently active level by calling IndoorBuilding. Refer to the reference documentation to see all the information available in the IndoorBuilding and IndoorLevel objects. Styling of the base map does not affect indoor maps. Add floor plans Indoor maps floor plans are available in select locations. If floor plan data is not available for a building that you would like to highlight in your application, you can: Add floor plans to Google Maps directly. This will make your floor plans available to all users of Google Maps. Display a floor plan as a ground overlay or tile overlay on your map. This will enable only users of your application to view your floor plans. You can specify the following: The camera position, including: See Camera and View for more details on camera positioning. The gestures a user can use to manipulate the camera. Whether lite mode is enabled or not. A lite mode map is a bitmap image of a map that supports a subset of the functionality supplied by the full API. Using XML attributes This section describes how to set the initial state of the map if you have added a map to your application using an XML layout file. The following attributes are currently defined: This allows you to specify the type of map to display. These allow you to specify the initial camera position. See here for more details on Camera Position and its properties. These allow you to specify whether you want the zoom controls and compass to appear on the map. See UiSettings for more details. Note that this will cover all other views that could appear on the map e. Only valid with a MapFragment. See here for more details. A value of true sets the map to lite mode. The default value of this attribute is false. In order to use these custom attributes within your XML layout file, you must first add the following namespace declaration. The same attributes can be applied to a MapView as well. Page 4

5 Chapter 4 : Google Cardboard â Google VR You can remove floor plans or walking information from your Google Account. After you've disassociated the info, Google may still have the floor plans and walking information, but the floor plans and walking information won't be tied to your Google Account or be used to identify you. The following images show the visual appearance of different zoom levels: A map at zoom level 5. A map at zoom level Due to screen size and density, some devices may not support the lowest zoom levels. If you need to show the entire world in the viewport, it may be better to use Lite Mode. This is achieved by changing the position of the camera as opposed to moving the map. When you change the camera, you have the option of animating the resulting camera movement. The animation interpolates between the current camera attributes and the new camera attributes. You can also control the duration of the animation. All programmatic camera movements are calculated against size of the GoogleMap object after first taking into account any padding that has been added to the map. For example, adding pixels of padding to the left edge of your map will shift the center of your map to the right by 50 pixels. More information is available in the map padding documentation. To change the position of the camera, you must specify where you want to move the camera, using a CameraUpdate. The following options are available: For example, satellite or terrain may have a lower maximum zoom than the base map tiles. Changing camera position There are two convenience methods for the common position changes. For full flexibility in changing the camera position, use CameraUpdateFactory. Builder using new CameraPosition. A positive x value causes the camera to move to the right, so that the map appears to have moved to the left. A positive y value causes the camera to move down, so that the map appears to have moved up. Conversely, negative x values cause the camera to move to the left, so that the map appears to have moved right and negative y values cause the camera to move up. For example, if the camera has a bearing of 90 degrees, then east is "up". To do this, first calculate the LatLngBounds that you want to be visible on the screen. You can then use CameraUpdateFactory. The returned CameraUpdate ensures that the gap in pixels between the given bounds and the edge of the map will be at least as much as the specified padding. Note that the tilt and bearing of the map will both be 0. You can only invoke newlatlngbounds boundary, padding to change the camera after the map layout is complete. This is because the API calculates the display boundaries of the map during layout. If you want to call newlatlngbounds before layout has occurred, you can use newlatlngbounds boundary, width, height, padding described below. Centering the map within an area In some cases, you may wish to center your camera within a bounds instead of including the extreme borders. For example, to center the camera on a country while maintaining a constant zoom. The getcenter method will return the geographic center of the LatLngBounds. The returned CameraUpdate will move the camera such that the specified LatLngBounds are centered on screen within the given rectangle at the greatest possible zoom level, taking into account the padding required. Only use the simpler method newlatlngbounds boundary, padding to generate a CameraUpdate if it is going to be used to move the camera after the map has undergone layout. During layout, the API calculates the display boundaries of the map which are needed to correctly project the bounding box. In comparison, you can use the CameraUpdate returned by the more complex method newlatlngbounds boundary, width, height, padding at any time, even before the map has undergone layout, because the API calculates the display boundaries from the arguments that you pass. For example, a retail app for a shopping centre or airport may want to constrain the map to a particular bounds, allowing users to scroll and pan within those bounds. The user can scroll and pan, provided the camera target remains within the bounded area. The cross represents the camera target: The map always fills the viewport, even if that results in the viewport showing areas that are outside the defined bounds. For example, if you position the camera target at a corner of the bounded area, the area beyond the corner is visible in the viewport but users cannot scroll further into that area. The following diagram illustrates this scenario. In the following diagram, the camera target has a very restricted bounds, offering the user very little opportunity to scroll or pan the map. Updating the camera view To apply a CameraUpdate to the map, you can either move the camera instantly or animate the camera smoothly. To move the camera instantly with the Page 5

6 given CameraUpdate, you can call GoogleMap. You can make the user experience more pleasing, especially for short moves, by animating the change. To do this instead of calling GoogleMap. The map will move smoothly to the new attributes. The most detailed form of this method, GoogleMap. For animation, the methods are called in the following circumstances: Chapter 5 : Anmelden â Google Konten To start, you print the PDF templates for the Cardboard viewer parts onto three xin. paper sheets. Pictured here is the template for the largest part (which I'll call the Viewer Case). Chapter 6 : Get Cardboard â Google VR Plan your day like magic. Google Trips makes it easier than ever to plan and organize your trips. It automatically maps out a half day or a full day with suggestions for things to see and do. Chapter 7 : Google Kalender Find the top Android phones at Verizon, featuring the amazing Galaxy series, the new Google Pixel line and phones from Motorola, Asus, and LG. Get the best Android smartphones from Verizon the best network with the best unlimited. Chapter 8 : Complying with the ECâ s Android decision Starting November 1,, Premium Plan customers will be able to migrate to the new Google Maps Platform pay-as-you-go pricing plan once their current Premium Plan contract expires. Only contracts whose end date is November 1,, or later, are eligible to be migrated to Google Maps Platform. Chapter 9 : Use Street View in Google Maps - Computer - Google Maps Help With Street View, explore world landmarks, see natural wonders, and step inside places such as museums, arenas, restaurants, or small businesses. You can use Street View in Google Maps, the Street View gallery, or the Street View app. Page 6