#Samsung java phone android
We also provide our recommendations for how you can do layout selection in apps targeted at Android 3.2 and higher in a way that should allow you to support the maximum number of device geometries with the minimum amount of effort. Of course, the official write-up on Supporting Multiple Screens is also required reading for people working in this space. Understanding Screen Densities and the “dp”
Resolution is the actual number of pixels available in the display, density is how many pixels appear within a constant area of the display, and size is the amount of physical space available for displaying your interface. These are interrelated: increase the resolution and density together, and size stays about the same. This is why the 320x480 screen on a G1 and 480x800 screen on a Droid are both the same screen size: the 480x800 screen has more pixels, but it is also higher density. To remove the size/density calculations from the picture, the Android framework works wherever possible in terms of "dp" units, which are corrected for density. In medium-density ("mdpi") screens, which correspond to the original Android phones, physical pixels are identical to dp's the devices’ dimensions are 320x480 in either scale. A more recent phone might have physical-pixel dimensions of 480x800 but be a high-density device. The conversion factor from hdpi to mdpi in this case is 1.5, so for a developer's purposes, the device is 320x533 in dp's. Screen-size BucketsĪndroid has included support for three screen-size “buckets” since 1.6, based on these “dp” units: “normal” is currently the most popular device format (originally 320x480, more recently higher-density 480x800) “small” is for smaller screens, and “large” is for “substantially larger” screens.
Devices that fall in the “large” bucket include the Dell Streak and original 7” Samsung Galaxy Tab. #SAMSUNG JAVA PHONE 2009 ANDROID#Īndroid 2.3 introduced a new bucket size “xlarge”, in preparation for the approximately-10” tablets (such as the Motorola Xoom) that Android 3.0 was designed to support.
Xlarge screens are at least 960dp x 720dp. Large screens are at least 640dp x 480dp. Normal screens are at least 470dp x 320dp. (Android does not currently support screens smaller than this.) Small screens are at least 426dp x 320dp. Here are some more examples of how this works with real screens:Ī QVGA screen is 320x240 ldpi. Converting to mdpi (a 4/3 scaling factor) gives us 426dp x 320dp this matches the minimum size above for the small screen bucket. The Xoom is a typical 10” tablet with a 1280x800 mdpi screen. This places it into the xlarge screen bucket. The Dell Streak is a 800x480 mdpi screen. This places it into the bottom of the large size bucket.Ī typical 7” tablet has a 1024圆00 mdpi screen. The original Samsung Galaxy Tab is an interesting case.
#Samsung java phone install
Then, click Options > Install game to launch installation.Physically it is a 1024圆00 7” screen and thus classified as “large”. Finally, select File Management > Other Files >.Head to the phone's main screen, and type the following code:.Start by transferring the game (which should have a.
jad to launch the game installation mode.
#Samsung java phone how to
This article will show you how to repair a game that cannot be installed onto your Samsung mobile. jad extension, and specific codes must be inserted, depending on the handset, through the game's settings. This problem is due to a formatting issue of the game extension that isn't recognized by the OS. Often, games fail to be installed on Samsung phones.
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