andrewdunndev

	private static Map<String, Value> intermittentError(Sensor sensor) {
		Map<String, Value> map = new HashMap<String, Value>();
		
		Map<String, Value> abruptError = abruptError(sensor);
		
		if(abruptError.size() == 0 || sensor.id.equals("ST516"))
			return map;
		
		int timeOfFault = ((IntegerValue)(abruptError.get("faultIndex"))).get() + INTERMITTENT_OFFSET; 
		

andrewdunndev

package gov.dod.army.rdecom.tardec.tcctda;

import org.dxc.api.datatypes.*;

import java.util.Map;
import java.util.HashMap;

/**
 * 
 * @author Jeremy Mange, Michael Duffy, Andrew Dunn 

andrewdunndev

    private static void ProcessRecievedData() {
        Vector<Map<String, Value>> errorSensors = new Vector<Map<String, Value>>();
        
        for(Object keySet : allSensors.keySet()) {
        	Sensor individualSensor = (Sensor)allSensors.get(keySet);
        	individualSensor.removeOutliers();
        	
        	//Send the individual sensor to our filters, if there is a detected error we will make sure to set the falutIndex. 
        	Map<String, Value> filterSensor = ErrorFinder.errorParams(individualSensor);
        	

andrewdunndev

		// Boolean Error
		if(!(sensor.data.elementAt(0) instanceof RealValue)) {
			boolean firstVal = ((BoolValue)sensor.data.elementAt(0)).get();
			for(int index = 1; index < sensor.data.size()-1; index++) {
				boolean indexValue = ( (BoolValue) sensor.data.elementAt(index)).get();
				if(indexValue != firstVal) {
					map.put("booleanError", Value.v(indexValue));
					map.put("faultIndex", Value.v(index));
					break;
				}

andrewdunndev

    private static void ProcessRecievedData() {
    	
        Vector<Map<String, Value>> errorSensors = new Vector<Map<String, Value>>();
        
        for(Object keySet : allSensors.keySet()) {
        	// Snag the individual sensor
        	Sensor individualSensor = (Sensor) allSensors.get(keySet);
        	// remove the outliers
        	individualSensor.removeOutliers();