package org.gcube.dataanalysis.wps.statisticalmanager.synchserver.test;


public class TestMappedEvaluators {

	/*
	@Test
	public void testMAPS_COMPARISON() throws Exception{
		MAPS_COMPARISON algorithm = new MAPS_COMPARISON();
		
//		algorithm.setScope("/gcube/devsec");
		
		algorithm.setKThreshold(0.5);
		algorithm.setLayer_1("http://geoserver.d4science.org/geoserver/ows?service=wfs&version=1.0.0&request=GetFeature&typeName=stat9fca7a86789046edbf4c697b9ef8f8f4&format=json");
		algorithm.setLayer_2("http://geoserver.d4science.org/geoserver/ows?service=wfs&version=1.0.0&request=GetFeature&typeName=stat9fca7a86789046edbf4c697b9ef8f8f4&format=json");
		algorithm.setTimeIndex_1(0);
		algorithm.setTimeIndex_2(0);
		algorithm.setValuesComparisonThreshold(0.5);
		algorithm.setZ(0);
		
		algorithm.run();
	}
	
	@Test
	public void testHRS() throws Exception{
		HRS algorithm = new HRS();
		
//		algorithm.setScope("/gcube/devsec");
		
		File f1 = new File("./datasets/locallinkshcaf1.txt");
		algorithm.setProjectingAreaTable(new GenericFileData(f1,"text/csv"));
		algorithm.setNegativeCasesTable(new GenericFileData(f1,"text/csv"));
		algorithm.setPositiveCasesTable(new GenericFileData(f1,"text/csv"));
		algorithm.setOptionalCondition("where oceanarea>0");
		algorithm.setFeaturesColumns("depthmin|depthmax");
		
		algorithm.run();
	}
	
	
		@Test
		public void testQualityAnalysis() throws Exception{
			HRS algorithm = new HRS();
			
				
//			algorithm.setScope("/gcube/devsec");
			
			File f1 = new File("./datasets/locallinkshcaf1.txt");
			algorithm.setProjectingAreaTable(new GenericFileData(f1,"text/csv"));
			algorithm.setNegativeCasesTable(new GenericFileData(f1,"text/csv"));
			algorithm.setPositiveCasesTable(new GenericFileData(f1,"text/csv"));
			algorithm.setOptionalCondition("where oceanarea>0");
			algorithm.setFeaturesColumns("depthmin|depthmax");
			
			algorithm.run();
		}
	
		*/
}