johncurcio / ETL4LODPlus

import java.util.ArrayList;

import java.util.LinkedHashMap;

import java.util.List;

import javax.xml.bind.annotation.XmlElement;

import javax.xml.bind.annotation.XmlRootElement;

import javax.xml.bind.annotation.XmlTransient;

import javax.xml.bind.annotation.XmlAttribute;

@XmlRootElement(name = "Compare")

public class Metric {

	@XmlAttribute

	private String id;

	@XmlAttribute

	private String required;

	@XmlAttribute

	private String weight;

	@XmlAttribute

	private String metric;

	@XmlAttribute

	private String threshold;

	@XmlAttribute

	private String indexing;

	@XmlElement(name = "Input")

	private List<Input> inputs = new ArrayList<>();

	@XmlElement(name = "Param")

	private List<Param> params = new ArrayList<>();

	@XmlTransient

	public static final LinkedHashMap<String, String> metrics = new LinkedHashMap<String, String>() {

		{

			put("Jaro distance", "jaro");

			put("Jaro-Winkler distance", "jaroWinkler");

			put("Levenshtein distance", "levenshteinDistance");

			put("Normalized Levenshtein distance", "levenshtein");

			put("Substring", "substring");

			put("qGrams", "qGrams");

			put("Constant", "constant");

			put("Equality", "equality");

			put("Inequality", "inequality");

			put("Lower Than", "lowerThan");

			put("Relaxed Equality", "relaxedEquality");

			put("Date", "date");

			put("Date Time", "dateTime");

			put("Geographical Distance", "wgs84");

			put("Inside numeric interval", "insideNumericInterval");

			put("Numeric similarity", "num");

			put("Centroid distance", "CentroidDistanceMetric");

			put("Crosses", "CrossesMetric");

			put("Disjoint", "DisjointMetric");

			put("Intersects", "IntersectsMetric");

			put("Min distance", "MinDistanceMetric");

			put("Relate", "RelateMetric");

			put("Spatial Contains", "SContainsMetric");

			put("Spatial Equals", "SEqualsMetric");

			put("Touches", "TouchesMetric");

			put("Within", "WithinMetric");

			put("After", "AfterMetric");

			put("Before", "BeforeMetric");

			put("Days distance", "DaysDistanceMetric");

			put("During", "DuringMetric");

			put("Finishes", "FinishesMetric");

			put("Hours distance", "HoursDistanceMetric");

			put("is Finished By", "isFinishedByMetric");

			put("is Met By", "IsMetByMetric");

			put("is Overlapped By", "IsOverlappedByMetric");

			put("is Started By", "IsStartedByMetric");

			put("Meets", "MeetsMetric");

			put("Millisecs distance", "MillisecsDistanceMetric");

			put("Mins distance", "MinsDistanceMetric");

			put("Months distance", "MonthsDistanceMetric");

			put("Secs distance", "SecsDistanceMetric");

			put("Starts", "StartsMetric");

			put("Temporal Contains", "TContainsMetric");

			put("Temporal Equals", "TEqualsMetric");

			put("Temporal Overlaps", "TOverlapsMetric");

			put("Years distance", "YearsDistanceMetric");

			put("Cosine", "consine");

			put("Dice Coefficient", "dice");

			put("Jaccard", "jaccard");

			put("Soft Jaccard", "softjaccard");

			put("Token-wise distance", "tokenwiseDistance");

		}

	};

	public Metric() {

	}

	public Metric(String id, String required, String weight, String metric, String threshold,

			String indexing) {

		this.id = id;

		this.required = required;

		this.metric = getMetric(metric);

		this.weight = weight;

		this.threshold = threshold;

		this.indexing = indexing;

	}

	public void addInput(Input input) {

		this.inputs.add(input);

	}

	public void addParam(Param param) {

		this.params.add(param);

	}

	public static String[] getMetricsNames(){

		return metrics.keySet().toArray(new String[0]);

	}

	public String getMetric(String metric) {

		return metrics.get(metric);

	}