ambient temperature sensor android

follows: SensorManager. SENSOR_DELAY_FASTEST:The fastest, with the lowest latency. This frequency is recommended only for applications that are particularly dependent on sensor data. SensorManager. SENSOR_DELAY_GAME:Suitable for games. This frequency is suitable for general practical applications. SensorManager. SENSOR_DELAY_NORMAL:Normal Frequency. Generally, applications with low real-time requirements are suitable for use. SensorManager. SENSOR_DE

This article describes how to obtain a list of sensors supported by your Android device.Currently, Android 4.4 (API level 19) supports the following sensors:Type_accelerometer Accelerometer, Unit m/s2, measurement of the accelerometer type values (sensors type) applied to the device x, Y, Z axes: 1 (0x00000001) Type_ambient_ Temperature

light intensity, the unit of light is lux, and its physical meaning is luminous flux on the unit area.The light sensor is mainly used for the LCD auto-brightness function of Android system.The brightness of the LCD can be adjusted in real time according to the light intensity sampled.1-6 Pressure sensorThe pressure sensor returns the current pressure in the unit

Android environment sensor and android Sensor Environment Sensor The Android platform provides four sensors for detecting different external environments. We can use these sensors to detect the surroundings. For example, it can de

.sensor.type_light: Light sensorValues[0]: Ambient light level lux unit value. 5.sensor.type_pressure: Pressure sensorValues[0]: Atmospheric pressure value, unit kpa. 6.sensor.type_proximity: Proximity sensorValues[0]: The distance value in centimeters. 7.sensor.type_relative_humidity: Humidity SensorValues[0]: percentage of ambient air relative humidity. 8.sensor.type_temperature:

("Cat/sys/class/net/wlan0/address"); InputStreamReader ir=NewInputStreamReader (Pp.getinputstream ()); LineNumberReader input=NewLineNumberReader (IR); for(;NULL!=str;) {STR=Input.readline (); if(str! =NULL) {macserial= Str.trim ();//Go to Space Break; } } } Catch(IOException ex) {//give default valuesEx.printstacktrace (); } returnmacserial; }Third, get all the sensors inside the device: The sensors included in the

sensors, gravity sensors, light sensors, gyroscope sensors and directional sensors. In addition to these sensors, the Android SDK also supports several of the following sensors. Readers can refer to the official documentation for the use of these sensors and the constants and methods associated with these sensors. Proximity sensor (sensor.type_proximity) Linear acceleration

direct the device's normal direction to all eight quadrants of the space as much as possible. The gyroscope sensor, called Gyro-sensor, returns the angular velocity data of x, y, and z axes. The unit of the angular velocity is radians/second. According to the Nexus S mobile phone test: Rotate horizontally counterclockwise, And the Z axis is positive. Rotate horizontally counterclockwise, And the Z axis is

) Proximity sensor) Light sensor) Pressure sensor) Temperature sensor) Gravity sensor (introduced in Android 2.3) Linear acceleration s