Temparature.java

// NOT IN USE
/*package com.contextawareframework.sensors.environmentsensors;

public class Temparature {
//	_ID: database entry ID
//	TIMESTAMP: time instance of database entry
//	DEVICE_ID: the AWARE Device ID that collected this data
//	MAXIMUM_RANGE: the maximum value captured by this sensor
//	MINIMUM_DELAY: the minimum time interval (in microseconds) to sense
//	NAME: the name of the sensor
//	POWER_MA: the power requirement of this sensor, in mA (milliamps)
//	RESOLUTION: the sensor’s resolution in the sensor’s values unit
//	TYPE: the type of sensor, depending on the available sensors
//	VENDOR: the sensor’s manufacturer
//	VERSION: the sensor’s version
	
	// Temparature Sensor Data		
	
	private String _ID;
	public String get_ID() {
		return _ID;
	}
	public void set_ID(String _ID) {
		this._ID = _ID;
	}
	public String getTIMESTAMP() {
		return TIMESTAMP;
	}
	public void setTIMESTAMP(String tIMESTAMP) {
		TIMESTAMP = tIMESTAMP;
	}
	public String getDEVICE_ID() {
		return DEVICE_ID;
	}
	public void setDEVICE_ID(String dEVICE_ID) {
		DEVICE_ID = dEVICE_ID;
	}
	public int getMAXIMUM_RANGE() {
		return MAXIMUM_RANGE;
	}
	public void setMAXIMUM_RANGE(int mAXIMUM_RANGE) {
		MAXIMUM_RANGE = mAXIMUM_RANGE;
	}
	public int getMINIMUM_DELAY() {
		return MINIMUM_DELAY;
	}
	public void setMINIMUM_DELAY(int mINIMUM_DELAY) {
		MINIMUM_DELAY = mINIMUM_DELAY;
	}
	public String getNAME() {
		return NAME;
	}
	public void setNAME(String nAME) {
		NAME = nAME;
	}
	public int getPOWER_MA() {
		return POWER_MA;
	}
	public void setPOWER_MA(int pOWER_MA) {
		POWER_MA = pOWER_MA;
	}
	public String getRESOLUTION() {
		return RESOLUTION;
	}
	public void setRESOLUTION(String rESOLUTION) {
		RESOLUTION = rESOLUTION;
	}
	public String getTYPE() {
		return TYPE;
	}
	public void setTYPE(String tYPE) {
		TYPE = tYPE;
	}
	public String getVENDOR() {
		return VENDOR;
	}
	public void setVENDOR(String vENDOR) {
		VENDOR = vENDOR;
	}
	public String getVERSION() {
		return VERSION;
	}
	public void setVERSION(String vERSION) {
		VERSION = vERSION;
	}
	public float getTEMPARATURE_CELCIUS() {
		return TEMPARATURE_CELCIUS;
	}
	public void setTEMPARATURE_CELCIUS(float tEMPARATURE_CELCIUS) {
		TEMPARATURE_CELCIUS = tEMPARATURE_CELCIUS;
	}
	public String getACCURACY() {
		return ACCURACY;
	}
	public void setACCURACY(String aCCURACY) {
		ACCURACY = aCCURACY;
	}
	public String getLABEL() {
		return LABEL;
	}
	public void setLABEL(String lABEL) {
		LABEL = lABEL;
	}
	private String TIMESTAMP;
	private String DEVICE_ID;
	private int MAXIMUM_RANGE;
	private int MINIMUM_DELAY;
	private String NAME;
	private int POWER_MA;
	private String RESOLUTION;
	private String TYPE;
	private String VENDOR;
	private String VERSION;
	
	//Temparature Data 
//	TEMPERATURE_CELSIUS: the ambient air temperature in Celsius (˚C)
//	ACCURACY: the sensor’s accuracy level – constant from SensorManager
//	LABEL: researcher/user provided label. Useful for data calibration or labelling
	
	private float TEMPARATURE_CELCIUS;
	private String ACCURACY;
	private String LABEL;
	
	
}
*/