diff --git a/docs/html/training/location/geofencing.jd b/docs/html/training/location/geofencing.jd index ce6ad55ad8891..046e99e9bed10 100644 --- a/docs/html/training/location/geofencing.jd +++ b/docs/html/training/location/geofencing.jd @@ -332,22 +332,39 @@ LocationServices.GeofencingApi.removeGeofences(
This section outlines recommendations for using geofencing with the location APIs for Android.
-You can use the following techniques to optimize power consumption in your apps that use geofencing:
++ You can use the following techniques to optimize power consumption in your + apps that use geofencing: +
Set the -notification responsiveness to a higher value. Doing so improves power consumption by -increasing the latency of geofence alerts. For example, if you set a responsiveness value of five -minutes your app only checks for an entrance or exit alert once every five minutes. -Setting lower values does not necessarily mean that users will be notified within that time period -(for example, if you set a value of 5 seconds it may take a bit longer than that to receive the -alert).
Use a larger geofence radius for locations where a user spends a significant amount of time, -such as home or work. While a larger radius doesn't directly reduce power consumption, it reduces -the frequency at which the app checks for entrance or exit, effectively lowering overall power -consumption.
+ Set the + notification responsiveness to a higher value. Doing so improves + power consumption by increasing the latency of geofence alerts. For + example, if you set a responsiveness value of five minutes your app only + checks for an entrance or exit alert once every five minutes. Setting + lower values does not necessarily mean that users will be notified + within that time period (for example, if you set a value of 5 seconds it + may take a bit longer than that to receive the alert). +
++ Use a larger geofence radius for locations where a user spends a + significant amount of time, such as home or work. While a larger radius + doesn't directly reduce power consumption, it reduces the frequency at + which the app checks for entrance or exit, effectively lowering overall + power consumption. +
+