We just announced the Sony Xperia™ go, which comes with equipped with a pressure sensor, which enables you as a developer to create barometric, altitude or speed-related apps by accessing it through the Android sensor API. In this article, we’re highlighting information on how you can develop apps that work with the pressure sensor in Xperia™ go, as well as Xperia™ active as the sensor is accessed through the same API.
We just announced the Sony Xperia™ go, which comes with equipped with a pressure sensor, which enables you as a developer to create barometric, altitude or speed-related apps by accessing it through the Android sensor API. In this article, we’re highlighting information on how you can develop apps that work with the pressure sensor in Xperia™ go, as well as Xperia™ active as the sensor is accessed through the same API.
Read on to get a code example and instructions on how to create a simple app that can read data from the pressure sensor.
We recently showed you how to get your apps to work with the Xperia™ active pressure sensor. And to help with your development, we’ve also created a simple app and a new code example that shows you exactly how a pressure sensitive app works. Read on to learn more about our new barometric sensor app, download the apk file and view the new code example.
We recently showed you how to get your apps to work with the Xperia™ active pressure sensor. And to help with your development, we’ve also created a simple app and a new code example that shows you exactly how a pressure sensitive app works. Read on to learn more about our new barometric sensor app, download the apk file and view the new code example.
The Sony Ericsson Xperia™ active is a compact Android smartphone designed for consumers with an active lifestyle. A truly unique feature of the Xperia™ active lies in its pressure sensor for barometric measuring. Developers can use this sensor in apps, by accessing it through the Android sensor API.
This tutorial provides some tips and code examples to get your app to work with the pressure sensor.
A couple of weeks ago, Sony Ericsson announced the new Xperia™ active – a compact Android smartphone designed for consumers with an active lifestyle. A truly unique feature of the Xperia™ active lies in its pressure sensor for barometric measuring. Developers can use this sensor in apps, by accessing it through the Android sensor API.
This tutorial provides some tips and code examples to get your app to work with the pressure sensor.
This is the second in a series of tips that supplement the Xperia™ game developer recommendations. This tip expands on Input recommendation IN5 in the list of game developer recommendations: A game should query the possible hardware capabilities of the platform to check if they exist on the current device.
This is the second in a series of tips that supplement the Xperia™ game developer recommendations. This tip expands on Input recommendation IN5 in the list of game developer recommendations: A game should query the possible hardware capabilities of the platform to check if they exist on the current device. You can also download a PDF of this article.
Check out our latest video, where Marcus shows the new Xperia™ active. It supports ANT+ wireless technology for connecting sport and fitness equipment, and it is classed as IP67, which means that it can be under 1 meter (3 feet) of water for 30 minutes. A truly unique feature of the Xperia™ active lies in its pressure sensor for barometric measuring. As a developer, you can use this sensor in applications, which can be accessed through the Android sensor API.
Stay tuned to Developer World for more information about the pressure sensor in Xperia™ active going forward!
In a press conference in Singapore today, Sony Ericsson introduced the addition of three new, exciting phones to its portfolio – the Xperia™ ray, Xperia™ active and the Sony Ericsson txt. Xperia™ ray and Xperia™ active are the newest members of the Xperia family of smartphones. The Sony Ericsson txt is an entertaining messaging phone.
