@Test(groups= { "default" },priority=8,enabled=true)
    public void testPreparedQueryCacheGeneration3DFromVirtuosoToMongoDB_50() throws Exception{
        String projectName = "projectTest";
        String simulationName = "simulationUnitTest";
        System.out.println("STARTING 50");
        JenaModel model = new JenaModel();

        String query = "PREFIX rdf: <http://www.w3.org/1999/02/22-rdf-syntax-ns#> "
                + "PREFIX owl: <http://www.w3.org/2002/07/owl#> "
                + "PREFIX xsd: <http://www.w3.org/2001/XMLSchema#> "
                + "PREFIX rdfs: <http://www.w3.org/2000/01/rdf-schema#> "
                + "PREFIX fem: <http://www.sifemontologies.com/ontologies/FiniteElementModel.owl#> "
                + "PREFIX pak: <http://www.sifemontologies.com/ontologies/FEMSettingsPAK.owl#> "
                + "PREFIX sim: <http://www.sifemontologies.com/ontologies/Simulation.owl#> "
                + "SELECT ?material ?materialType ?node ?xCoord ?yCoord ?zCoord ?translationX ?translationY ?translationZ ?subDomain ?id  "
                + "FROM NAMED <http://www.sifemontologies.com/ontologies/displacement_50>  "
                + "WHERE {  "
                + "GRAPH ?g {  "
                + "?material rdf:type fem:Material . ?material fem:hasMaterialNumber ?y .    ?material pak:hasMaterialSettings ?z .  ?z pak:MATTYPE ?materialType. FILTER (?y=1) . ?node rdf:type fem:Node .   "
                + "?node fem:isNodeOf ?subDomain. ?node fem:hasNodeID ?id. ?subDomain fem:makesUp ?subDomainGroup. ?subDomainGroup fem:hasMaterial ?material. ?node fem:hasXCoordinate ?xCoord . ?node fem:hasYCoordinate ?yCoord . ?node fem:hasZCoordinate ?zCoord . ?node fem:holdsValueFor ?b . ?b rdf:type fem:Translation. ?b sim:hasVectorValue ?a . ?a sim:isReal true . ?a sim:hasVectorXValue ?translationX . ?a sim:hasVectorYValue ?translationY . ?a sim:hasVectorZValue ?translationZ .  "
                + "} "
                + " }";

        List<String> queryVariables = new ArrayList<String>();

        ResultSet results = Util.executeQuery(query, virtDataset);

        queryVariables.add("material");queryVariables.add("materialType");queryVariables.add("node");
        queryVariables.add("xCoord");queryVariables.add("yCoord");queryVariables.add("zCoord");
        queryVariables.add("translationX");queryVariables.add("translationY");queryVariables.add("translationZ");
        queryVariables.add("subDomain");queryVariables.add("id");

         Map<String, List<RDFNode>> queryModel = model.queryModelWithResultService(results,queryVariables);

        //List<RDFNode> materials = queryModel.get(queryVariables.get(0));
        //List<RDFNode> materialTypes = queryModel.get(queryVariables.get(1));
        List<String> nodes = new Util().changeFromRDFNodeToStringList(queryModel.get(queryVariables.get(2)));
        List<String> xCoords = new Util().changeFromRDFNodeToStringList(queryModel.get(queryVariables.get(3)));
        //List<RDFNode> yCoords = queryModel.get(queryVariables.get(4));
        List<String> zCoords = new Util().changeFromRDFNodeToStringList(queryModel.get(queryVariables.get(5)));
        List<String> translationXs = new Util().changeFromRDFNodeToStringList(queryModel.get(queryVariables.get(6)));
        //List<RDFNode> translationYs = queryModel.get(queryVariables.get(7));
        //List<String> translationZs = new Util().changeFromRDFNodeToStringList(queryModel.get(queryVariables.get(8)));
        List<String> subDomains = new Util().changeFromRDFNodeToStringList(queryModel.get(queryVariables.get(9)));
        List<String> ids = new Util().changeFromRDFNodeToStringList(queryModel.get(queryVariables.get(10)));

        System.out.println("Nodes number: " + nodes.size());

        //Assert.assertEquals(""+nodes.size()+"".trim(),"9600".trim());


//      List<String> nodes = Collections.EMPTY_LIST;
//      List<String> xCoords = Collections.EMPTY_LIST;
//      List<String> translationXs = Collections.EMPTY_LIST;
//      List<String> subDomains = Collections.EMPTY_LIST;
//      List<String> ids = Collections.EMPTY_LIST;
//
        if(nodes.toString().contains("[")){
            String nodesStr = new Util().removeListKeysFromString(nodes.toString().replace(" ",""));
            nodes = Arrays.asList(nodesStr.split(","));

            String xCoordStr = new Util().removeListKeysFromString(xCoords.toString().replace(" ",""));
            xCoords = Arrays.asList(xCoordStr.split(","));

            String translationXStr = new Util().removeListKeysFromString(translationXs.toString().replace(" ",""));
            translationXs = Arrays.asList(translationXStr.split(","));

            String zCoordsStr = new Util().removeListKeysFromString(zCoords.toString().replace(" ",""));
            zCoords = Arrays.asList(zCoordsStr.split(","));

            String subDomainStr = new Util().removeListKeysFromString(subDomains.toString().replace(" ",""));
            subDomains = Arrays.asList(subDomainStr.split(","));

            String idsStr = new Util().removeListKeysFromString(ids.toString().replace(" ",""));
            ids = Arrays.asList(idsStr.split(","));
        }

        int size = subDomains.size();
        Map<String, Double> nodeXDisplacement = new HashMap<String, Double>();
        Map<String, Double> nodeZCoord = new HashMap<String, Double>();
        Map<Integer, String> idNodeMap = new HashMap<Integer, String>();
        Map<String, Double> nodeXCoord = new HashMap<String, Double>();
        System.out.println("size: "+size);
        for(int i=0; i<size; i++){
            String displacementXStr = new Util().fixNumericValueForCacheList(translationXs.get(i));
            String currentZCoordStr = new Util().fixNumericValueForCacheList(zCoords.get(i));
            String currentXCoordStr = new Util().fixNumericValueForCacheList(xCoords.get(i));
            String idStr = new Util().fixNumericValueForCacheList(ids.get(i));
            if(displacementXStr==null || currentXCoordStr==null || idStr==null || currentZCoordStr==null){
                continue;
            }
            Double displacementX =  new Double(displacementXStr);
            Double currentZCoord = new Double(currentZCoordStr);
            Double currentXCoord = new Double(currentXCoordStr);
            String node = nodes.get(i);
            int nodeNumber = new Integer(idStr);
            nodeXDisplacement.put(node, displacementX);
            nodeZCoord.put(node, currentZCoord);
            nodeXCoord.put(node, currentXCoord);
            idNodeMap.put(nodeNumber, node);
        }

        System.out.println("Final Nodes Remaining: " + idNodeMap.size());
        //Assert.assertEquals(""+idNodeMap.size()+"".trim(),"2020".trim());

        List<String> datax = new ArrayList<String>();
        List<String> datay = new ArrayList<String>();
        List<String> dataz = new ArrayList<String>();
        List<Integer> nodeSortedIds = new ArrayList<Integer>();
        for(int i : idNodeMap.keySet()) {
            nodeSortedIds.add(i);
        }
        Collections.sort(nodeSortedIds);
        Double previousXCoord = new Double(Float.MIN_VALUE);
        for(Integer id : nodeSortedIds){
            String node = idNodeMap.get(id);
            Double displacement = nodeXDisplacement.get(node);
            Double currentXCoord = nodeXCoord.get(node);
            Double currentZCoord = nodeZCoord.get(node);
            if(currentXCoord > previousXCoord){
                datax.add(currentXCoord.toString());
                datay.add(displacement.toString());
                dataz.add(currentZCoord.toString());
                previousXCoord = currentXCoord;
            }
        }

        ViewTO viewTO = new ViewTO();
        for (String value : datax) {
            viewTO.getxView().add(value);
        }
        for (String value : datay) {
            viewTO.getyView().add(value);
        }
        for (String value : dataz) {
            viewTO.getzView().add(value);
        }


        DataSetHashCacheTO greenwoodCache = new DataSetHashCacheTO();
        greenwoodCache.setProjectName(projectName.toUpperCase());
        greenwoodCache.setSimulationName(simulationName.toUpperCase());
        greenwoodCache.setxName("BasilarMembraneMagnitude".toUpperCase());
        greenwoodCache.setyName("DistanceFromTheCochleaBasis".toUpperCase());
        greenwoodCache.setyName("ZValueForDisplacement".toUpperCase());
        greenwoodCache.setHash(Util.generateHashCacheID(greenwoodCache));
        greenwoodCache.setViewTO(viewTO);
        greenwoodCache.setFrequency("50");
        dataSetHashCacheDAO.insert(greenwoodCache);
        System.out.println("DONE!");

    }