returns maximum sampling frequency supported by the sensor . concode_field_sep double SENSOR_FREQUENCY_NORMAL concode_elem_sep double mCurrentPollingFrequency concode_elem_sep long mNativePlatformSensorAndroid concode_elem_sep double MICROSECONDS_IN_SECOND concode_elem_sep double SECONDS_IN_NANOSECOND concode_elem_sep int mReadingCount concode_elem_sep double SECONDS_IN_MICROSECOND concode_elem_sep Sensor mSensor concode_elem_sep int mMinDelayUsec concode_elem_sep PlatformSensorProvider mProvider concode_field_sep void onSensorChanged concode_elem_sep void nativeUpdatePlatformSensorReading concode_elem_sep void updateSensorReading concode_elem_sep boolean checkSensorConfiguration concode_elem_sep void sensorError concode_elem_sep double getDefaultConfiguration concode_elem_sep int getReportingMode concode_elem_sep void unregisterListener concode_elem_sep void initPlatformSensorAndroid concode_elem_sep boolean startSensor concode_elem_sep int getSamplingPeriod concode_elem_sep PlatformSensor create concode_elem_sep void onAccuracyChanged concode_elem_sep void stopSensor concode_elem_sep void nativeNotifyPlatformSensorError
double function ( ) { if ( mMinDelayUsec == 0 ) return getDefaultConfiguration ( ) ; return 1 / ( mMinDelayUsec * SECONDS_IN_MICROSECOND ) ; }