Device
•
0 likes•391 views
The document discusses setting up GPS location tracking and displaying the location on a map in an Android application. It covers permissions needed for fine location access, using the LocationManager to request location updates from the GPS in an Activity, and handling the location data in a MapView to animate the map to the user's location. The document also mentions speech recognition and web search APIs, logging, and some additional map features that are still under construction.
Report
Share
Report
Share
Download to read offline
Recommended
Geospaial Technologies Workshop_InterFace2011
The document discusses technologies used at a Geospatial Technologies Workshop, including Quantum GIS, an open source desktop geographic information system, SIMILE Exhibit, a framework for building interactive web applications, Google Fusion Tables for creating and sharing online interactive maps and databases, and GeoNames, a global geographical database of toponyms.
Google map and navigation
this PPt cover all relevant point of Google map
you can easily explain each and every topic with the help of this ppt.
Google earth
This presentation introduces Google Earth, an interactive mapping application that allows users to visually explore the globe. It summarizes that Google Earth displays roads, buildings and geographic features, and that users can search locations by address, name or coordinates to fly to new places. The document also outlines that Google Earth is used by teachers, scientists, students and others to easily show locations, and describes some of its key features like Street View, historical imagery of places and the ability to add one's own placemarks.
Preferences
This document discusses using preferences in Android to store key-value data. It covers getting and setting string, integer, and boolean preferences using methods like getSharedPreferences, getPreferences, getString, putString, and commit. It also mentions creating a PreferencesActivity to display and edit preference data in the app's UI using an OptionsMenu.
A B C2009 Fall
This document discusses the ABC 2009 Fall conference, focusing on several mobile technology topics including Long Term Evolution (LTE) networks, smartphones, and Android. Key points mentioned include LTE's expected speeds of 100Mbps/50Mbps by 2013, the growing market shares of Android and iPhone smartphones, and predictions that the number of mobile connections will grow from 50 billion to 300 billion by 2020 with the rise of LTE networks and new mobile operating systems. The conference provided a forum for discussion and feedback on these emerging mobile trends.
20100508
This document provides an overview of Git, an open source distributed version control system. It discusses key Git concepts like cloning repositories, branching, committing changes, merging, and pushing updates. URLs are included for the Git website and documentation as well as popular hosting services like GitHub. The document ends by inviting any questions about Git.
Recommended
Geospaial Technologies Workshop_InterFace2011
The document discusses technologies used at a Geospatial Technologies Workshop, including Quantum GIS, an open source desktop geographic information system, SIMILE Exhibit, a framework for building interactive web applications, Google Fusion Tables for creating and sharing online interactive maps and databases, and GeoNames, a global geographical database of toponyms.
Google map and navigation
this PPt cover all relevant point of Google map
you can easily explain each and every topic with the help of this ppt.
Google earth
This presentation introduces Google Earth, an interactive mapping application that allows users to visually explore the globe. It summarizes that Google Earth displays roads, buildings and geographic features, and that users can search locations by address, name or coordinates to fly to new places. The document also outlines that Google Earth is used by teachers, scientists, students and others to easily show locations, and describes some of its key features like Street View, historical imagery of places and the ability to add one's own placemarks.
Preferences
This document discusses using preferences in Android to store key-value data. It covers getting and setting string, integer, and boolean preferences using methods like getSharedPreferences, getPreferences, getString, putString, and commit. It also mentions creating a PreferencesActivity to display and edit preference data in the app's UI using an OptionsMenu.
A B C2009 Fall
This document discusses the ABC 2009 Fall conference, focusing on several mobile technology topics including Long Term Evolution (LTE) networks, smartphones, and Android. Key points mentioned include LTE's expected speeds of 100Mbps/50Mbps by 2013, the growing market shares of Android and iPhone smartphones, and predictions that the number of mobile connections will grow from 50 billion to 300 billion by 2020 with the rise of LTE networks and new mobile operating systems. The conference provided a forum for discussion and feedback on these emerging mobile trends.
20100508
This document provides an overview of Git, an open source distributed version control system. It discusses key Git concepts like cloning repositories, branching, committing changes, merging, and pushing updates. URLs are included for the Git website and documentation as well as popular hosting services like GitHub. The document ends by inviting any questions about Git.
Geolocation and Mapping
This document provides an overview of geolocation and mapping using Google Maps services. It defines geolocation as identifying the real-world location of an object like a mobile phone or computer. Mapping refers to map-making and cartography. The document reviews the navigator.geolocation API for accessing location data, the Google Maps Javascript API for embedding maps, and common overlays like markers and polylines that can be added to maps. It also summarizes services for obtaining directions and distance matrix information between locations.
mDevcon tour 2014 beyondar
This document provides an overview of augmented reality and the BeyondAR framework. It begins with definitions of augmented reality and discusses existing AR platforms like Vuforia, Layar and Wikitude. It then focuses on the open-source BeyondAR framework, describing how to get started by creating an AR world and adding objects. It also covers interacting with objects, using location utilities, adding views to objects, taking screenshots, and creating plugins. The document provides code examples for many of these features.
スマートフォン勉強会＠関東 #11 どう考えてもdisconなものをiPhoneに移植してみた
This document provides a summary of Taro Matsuzawa's career and activities from 1981 to 2011. It notes that he was involved with various computer-related clubs and organizations in Japan, including English language societies and Linux communities. It also discusses his work on open source projects like Mozilla and Pantomime, an open source email library for iOS.
LocationTech Projects
LocationTech presentation from Eclipse Developers Day Sydney.
Libraries:
* JTS
* Mobile Map Tools
* GeoMesa
* Spatial4j
Processing:
* GeoTrellis
* SpatialHadopp / GeoJinni
Applications:
* GEOFF
* GeoGit
* GeoScript
* uDig
Thanks to Eclipse and Acuate for sponsoring the event.
Day 6 - PostGIS
This document introduces PostGIS, an extension to PostgreSQL that adds support for geographic objects allowing location queries to be run in SQL. It discusses geospatial data types and functions in PostGIS for working with spatial features like points, lines, polygons, and rasters. PostGIS allows importing and exporting geospatial data, integration with GIS software, and access to open mapping data sources. It also covers spatial queries and analysis in PostGIS using functions for distance, containment, intersections and more. Additional topics mentioned include pgRouting for routing/navigation, generating maps/images from PostGIS data, and real-world use cases.
Ioannis Doxaras on GIS and Gmaps at 1st GTUG meetup Greece
Google provides mapping and geospatial APIs and services like Maps API, Fusion Tables, and Latitude that allow developers to display base maps, overlay data, and build location-aware applications. These services can be used to organize web information geographically, access Google mapping data and services, and allow users to interact with maps. Google is focusing on improving these APIs and services to support new features, better performance on mobile, and new data management and analytics capabilities.
rubykaigi2011_spatial.key
The document discusses various Ruby gems and libraries for working with geospatial data, including RGeo for processing geospatial data, ActiveRecord spatial adapters for integrating geospatial features into Rails applications, GeoHash for encoding geospatial data as strings, and Mongoid for adding geospatial support to MongoDB documents. Links are provided to documentation and blog posts about these different libraries.
Google Analytics & iPhone
The document discusses Google Analytics for iOS applications. It explains how to integrate Google Analytics tracking code into iOS apps to track page views, events, and user behavior. Developers can initialize tracking, track page views when views load, track custom events and errors, and stop tracking when the app terminates or goes to the background. Macros are provided for easily tracking common events with Google Analytics.
Map view
This document provides instructions for displaying a map using MapView in an Android application. It includes steps to get an API key from Google Maps, implement MapActivity instead of a regular Activity, add a MapView to the layout, and override the isRouteDisplayed method. It also discusses setting the zoom level and handling configuration changes like orientation changes.
BigQueryで作る分析環境
This document discusses various tools used for data pipelines including Digdag for workflow automation, BigQuery for data storage and analysis, and Tableau, Python, and R for visualization and reporting. It provides examples of using these tools together including loading data from MySQL to BigQuery, partitioning BigQuery tables, and altering tables. It also briefly mentions other related tools like Airflow, Redash, and Metabase.
Developing Windows Phone Apps with Maps and Location Services
This session will not teach you why we are on Earth, but it will teach you how to find out where we are on it. Looking for the user? Find the phone. Thanks to standard built-in Location Services and hybrid positioning hardware, every Windows Phone knows where it is. In this session, ActiveNick shows you how to build a truly “smart” phone application by adding Location Intelligence Services (LIS) to it. Using Microsoft Visual Studio, the Windows Phones SDK and other geospatial APIs from Nokia, Google and Bing Maps, you will learn how to locate the device in the world using the phone GPS and other Location Services, display maps and manipulate them with touch gestures, geocode addresses into lat/long pairs, and display the results on a map using pushpins, UI elements and more. We’ll discuss the various mapping technologies, SDKs and APIs in the GIS world and explore how Windows Phone apps can participate in geospatial circles. Location Intelligence is a natural extension of mobility: Come learn how it’s done.
Augmented reality
This document provides information on augmented reality (AR), including its definition, history, technologies used, and workflow. It defines AR as a live direct or indirect view of the physical real-world environment whose elements are augmented by computer-generated imagery. The history section outlines some key developments in AR from 1966 to present day. It also discusses the technologies used for tracking such as cameras, sensors and computer vision techniques. Finally, it describes the general workflow for an AR application including retrieving GPS position, orientation, acceleration and camera image.
Augmented Reality on iPhone Applications
Augmented reality overlays virtual imagery on the real world by using devices' cameras and sensors. It has been developing since the 1960s and uses technologies like GPS, compasses, and accelerometers to track devices' positions and orientations. Developers retrieve location data from GPS, orientation from compasses, and acceleration from accelerometers. They use the camera to view the real world. Existing libraries help create augmented reality applications, and popular examples on app stores include Layar, Wikitude, and Around Me.
Leveraging Collector & UtiliSync to Manage Utilities
How Spanish Fork City has taken a GIS-centric approach to managing their Public Works by using ArcGIS Collect and UtiliSync field apps.
managing georeferenced content with Plone and collective.geo
Collective.geo is a package bundle for Plone that allows georeferencing of content and displaying it on maps. It provides a user interface to georeference Archetypes content types by inserting geographic data in WKT format. Georeferenced objects can have customized styles and are registered in the collective.geo.geographer package. Maps are rendered using OpenLayers with layers from sources like Google, Yahoo, Bing and OpenStreetMap. The packages are modular and extensible to meet a variety of georeferencing and mapping needs in Plone.
サーバーサイド Kotlin のテストフレームワーク事情
Test frameworks in Server Side Kotlin.
Performed at https://love-kotlin.connpass.com/event/183232/ .
Comparison of JUnit/Spek/kotest.
Navigation Architecture Component(京都Devかふぇ バージョン)
This document contains notes from a presentation on navigation architecture components. It discusses navigation graphs, navigation hosts, navigation controllers, safe args for passing data between fragments, and deep linking. Code samples are provided for setting up navigation in activities, fragments, and navigation drawers. Issues and resources for further learning about navigation architecture are also listed.
Geolocation on Rails
This document discusses geolocation and provides a brief history. It explains that geolocation is the identification of a real-world geographic location. It then provides a brief history of geolocation techniques from ancient times using smoke signals and celestial navigation to modern GPS systems. The document also discusses geolocation applications and APIs as well as geocoding locations and using the geocoder gem.
Geo django
GeoDjango allows you to work with geographic data seamlessly in Django. It adds spatial lookups to the Django ORM so you can query geographic objects by distance and location. Setting up GeoDjango involves installing PostGIS and GEOS libraries, creating a spatial database, configuring Django settings to use the PostGIS database engine, and registering geographic models with GeoManager. The admin site can also be customized to display maps using templates that include Google Maps JavaScript API.
Google Web Toolkitのすすめ
Google Web Toolkit (GWT) is a development toolkit that allows web applications to be developed in Java and deployed as JavaScript that runs on the client-side in a web browser. GWT has features like remote procedure calls, UI bindings, internationalization, and integrations with tools like Eclipse. It supports developing rich internet applications using standard Java classes and APIs which get compiled into optimized JavaScript for cross-browser compatibility.
More Related Content
Similar to Device
Geolocation and Mapping
This document provides an overview of geolocation and mapping using Google Maps services. It defines geolocation as identifying the real-world location of an object like a mobile phone or computer. Mapping refers to map-making and cartography. The document reviews the navigator.geolocation API for accessing location data, the Google Maps Javascript API for embedding maps, and common overlays like markers and polylines that can be added to maps. It also summarizes services for obtaining directions and distance matrix information between locations.
mDevcon tour 2014 beyondar
This document provides an overview of augmented reality and the BeyondAR framework. It begins with definitions of augmented reality and discusses existing AR platforms like Vuforia, Layar and Wikitude. It then focuses on the open-source BeyondAR framework, describing how to get started by creating an AR world and adding objects. It also covers interacting with objects, using location utilities, adding views to objects, taking screenshots, and creating plugins. The document provides code examples for many of these features.
スマートフォン勉強会＠関東 #11 どう考えてもdisconなものをiPhoneに移植してみた
This document provides a summary of Taro Matsuzawa's career and activities from 1981 to 2011. It notes that he was involved with various computer-related clubs and organizations in Japan, including English language societies and Linux communities. It also discusses his work on open source projects like Mozilla and Pantomime, an open source email library for iOS.
LocationTech Projects
LocationTech presentation from Eclipse Developers Day Sydney.
Libraries:
* JTS
* Mobile Map Tools
* GeoMesa
* Spatial4j
Processing:
* GeoTrellis
* SpatialHadopp / GeoJinni
Applications:
* GEOFF
* GeoGit
* GeoScript
* uDig
Thanks to Eclipse and Acuate for sponsoring the event.
Day 6 - PostGIS
This document introduces PostGIS, an extension to PostgreSQL that adds support for geographic objects allowing location queries to be run in SQL. It discusses geospatial data types and functions in PostGIS for working with spatial features like points, lines, polygons, and rasters. PostGIS allows importing and exporting geospatial data, integration with GIS software, and access to open mapping data sources. It also covers spatial queries and analysis in PostGIS using functions for distance, containment, intersections and more. Additional topics mentioned include pgRouting for routing/navigation, generating maps/images from PostGIS data, and real-world use cases.
Ioannis Doxaras on GIS and Gmaps at 1st GTUG meetup Greece
Google provides mapping and geospatial APIs and services like Maps API, Fusion Tables, and Latitude that allow developers to display base maps, overlay data, and build location-aware applications. These services can be used to organize web information geographically, access Google mapping data and services, and allow users to interact with maps. Google is focusing on improving these APIs and services to support new features, better performance on mobile, and new data management and analytics capabilities.
rubykaigi2011_spatial.key
The document discusses various Ruby gems and libraries for working with geospatial data, including RGeo for processing geospatial data, ActiveRecord spatial adapters for integrating geospatial features into Rails applications, GeoHash for encoding geospatial data as strings, and Mongoid for adding geospatial support to MongoDB documents. Links are provided to documentation and blog posts about these different libraries.
Google Analytics & iPhone
The document discusses Google Analytics for iOS applications. It explains how to integrate Google Analytics tracking code into iOS apps to track page views, events, and user behavior. Developers can initialize tracking, track page views when views load, track custom events and errors, and stop tracking when the app terminates or goes to the background. Macros are provided for easily tracking common events with Google Analytics.
Map view
This document provides instructions for displaying a map using MapView in an Android application. It includes steps to get an API key from Google Maps, implement MapActivity instead of a regular Activity, add a MapView to the layout, and override the isRouteDisplayed method. It also discusses setting the zoom level and handling configuration changes like orientation changes.
BigQueryで作る分析環境
This document discusses various tools used for data pipelines including Digdag for workflow automation, BigQuery for data storage and analysis, and Tableau, Python, and R for visualization and reporting. It provides examples of using these tools together including loading data from MySQL to BigQuery, partitioning BigQuery tables, and altering tables. It also briefly mentions other related tools like Airflow, Redash, and Metabase.
Developing Windows Phone Apps with Maps and Location Services
This session will not teach you why we are on Earth, but it will teach you how to find out where we are on it. Looking for the user? Find the phone. Thanks to standard built-in Location Services and hybrid positioning hardware, every Windows Phone knows where it is. In this session, ActiveNick shows you how to build a truly “smart” phone application by adding Location Intelligence Services (LIS) to it. Using Microsoft Visual Studio, the Windows Phones SDK and other geospatial APIs from Nokia, Google and Bing Maps, you will learn how to locate the device in the world using the phone GPS and other Location Services, display maps and manipulate them with touch gestures, geocode addresses into lat/long pairs, and display the results on a map using pushpins, UI elements and more. We’ll discuss the various mapping technologies, SDKs and APIs in the GIS world and explore how Windows Phone apps can participate in geospatial circles. Location Intelligence is a natural extension of mobility: Come learn how it’s done.
Augmented reality
This document provides information on augmented reality (AR), including its definition, history, technologies used, and workflow. It defines AR as a live direct or indirect view of the physical real-world environment whose elements are augmented by computer-generated imagery. The history section outlines some key developments in AR from 1966 to present day. It also discusses the technologies used for tracking such as cameras, sensors and computer vision techniques. Finally, it describes the general workflow for an AR application including retrieving GPS position, orientation, acceleration and camera image.
Augmented Reality on iPhone Applications
Augmented reality overlays virtual imagery on the real world by using devices' cameras and sensors. It has been developing since the 1960s and uses technologies like GPS, compasses, and accelerometers to track devices' positions and orientations. Developers retrieve location data from GPS, orientation from compasses, and acceleration from accelerometers. They use the camera to view the real world. Existing libraries help create augmented reality applications, and popular examples on app stores include Layar, Wikitude, and Around Me.
Leveraging Collector & UtiliSync to Manage Utilities
How Spanish Fork City has taken a GIS-centric approach to managing their Public Works by using ArcGIS Collect and UtiliSync field apps.
managing georeferenced content with Plone and collective.geo
Collective.geo is a package bundle for Plone that allows georeferencing of content and displaying it on maps. It provides a user interface to georeference Archetypes content types by inserting geographic data in WKT format. Georeferenced objects can have customized styles and are registered in the collective.geo.geographer package. Maps are rendered using OpenLayers with layers from sources like Google, Yahoo, Bing and OpenStreetMap. The packages are modular and extensible to meet a variety of georeferencing and mapping needs in Plone.
サーバーサイド Kotlin のテストフレームワーク事情
Test frameworks in Server Side Kotlin.
Performed at https://love-kotlin.connpass.com/event/183232/ .
Comparison of JUnit/Spek/kotest.
Navigation Architecture Component(京都Devかふぇ バージョン)
This document contains notes from a presentation on navigation architecture components. It discusses navigation graphs, navigation hosts, navigation controllers, safe args for passing data between fragments, and deep linking. Code samples are provided for setting up navigation in activities, fragments, and navigation drawers. Issues and resources for further learning about navigation architecture are also listed.
Geolocation on Rails
This document discusses geolocation and provides a brief history. It explains that geolocation is the identification of a real-world geographic location. It then provides a brief history of geolocation techniques from ancient times using smoke signals and celestial navigation to modern GPS systems. The document also discusses geolocation applications and APIs as well as geocoding locations and using the geocoder gem.
Geo django
GeoDjango allows you to work with geographic data seamlessly in Django. It adds spatial lookups to the Django ORM so you can query geographic objects by distance and location. Setting up GeoDjango involves installing PostGIS and GEOS libraries, creating a spatial database, configuring Django settings to use the PostGIS database engine, and registering geographic models with GeoManager. The admin site can also be customized to display maps using templates that include Google Maps JavaScript API.
Google Web Toolkitのすすめ
Google Web Toolkit (GWT) is a development toolkit that allows web applications to be developed in Java and deployed as JavaScript that runs on the client-side in a web browser. GWT has features like remote procedure calls, UI bindings, internationalization, and integrations with tools like Eclipse. It supports developing rich internet applications using standard Java classes and APIs which get compiled into optimized JavaScript for cross-browser compatibility.
Similar to Device (20)
Ioannis Doxaras on GIS and Gmaps at 1st GTUG meetup Greece
Ioannis Doxaras on GIS and Gmaps at 1st GTUG meetup Greece
Developing Windows Phone Apps with Maps and Location Services
Developing Windows Phone Apps with Maps and Location Services
Leveraging Collector & UtiliSync to Manage Utilities
Leveraging Collector & UtiliSync to Manage Utilities
managing georeferenced content with Plone and collective.geo
managing georeferenced content with Plone and collective.geo
More from YAMANE Toshiaki
Introduction ofintent
This document discusses intents and intent filters in Android. Intents allow activities to start other activities or services and intent filters define the types of intents an application component will respond to. The manifest file is used to declare intent filters for activities and services so they can be started by implicit intents that match the declared filters.
Dialog
This document discusses Android dialogs and provides information on how to create, prepare, show, and dismiss them. It notes that dialogs require a unique ID and that the onCreateDialog and onPrepareDialog methods are used to define dialogs by ID, while showDialog displays them and dismissDialog or dismiss removes them from the screen.
Async processing
This document provides links and information about various Android components including Handler, AsyncTask, IntentService, Service, and broadcasting Intents. It discusses starting and binding Services, using AIDL for cross-process communication, and receiving broadcasts in an Activity or Service.
More from YAMANE Toshiaki (20)
Device
- 3. • google Android (?) • api
- 4. • http://db.tt/ETXCOa – – Eclipse import – – Intent – ACTION RECOGNIZE SPEECH – ACTION WEB SEARCH
- 5. •
- 7. permission • ACCESS_FINE_LOCATION • – ACCESS_MOCK_LOCATION
- 8. • Activity LocationListener • – GPS – LocationListener#onLocationChanged() • Activity#getSystemService() LocationManager • LocationManager#requestLocationUpdates()
- 9. ? ( )
- 10. • Log • • (
- 11. Log •
- 12. • GPS – onPause() (removeUpdates) – onResume() (requestLocationUpdates) • (onCreate onStop ) •
- 13. • – – – • http://db.tt/zSSCCV
- 14. ( ) • MapView MapController – MapView – setClickable – setBuiltInZoomControls – MapView#getController
- 15. (onLocationChanged) • GeoPoint – 1E6 int • MapController#animateTo