List of usage examples for java.util TreeMap putAll
public void putAll(Map<? extends K, ? extends V> map)
From source file:uk.ac.ebi.phenotype.service.StatisticalResultService.java
/** * @return Map <String, Long> : <top_level_mp_name, number_of_annotations> * @author tudose/*from w w w. j ava 2 s .co m*/ */ public TreeMap<String, Long> getDistributionOfAnnotationsByMPTopLevel(ArrayList<String> resourceName, Float pValueThreshold) { SolrQuery query = new SolrQuery(); if (resourceName != null) { query.setQuery(StatisticalResultDTO.RESOURCE_NAME + ":" + StringUtils.join(resourceName, " OR " + StatisticalResultDTO.RESOURCE_NAME + ":")); } else { query.setQuery("*:*"); } if (pValueThreshold != null) { query.setFilterQueries(StatisticalResultDTO.P_VALUE + ":[0 TO " + pValueThreshold + "]"); } query.setFacet(true); query.setFacetLimit(-1); query.setFacetMinCount(1); query.setRows(0); query.addFacetField(StatisticalResultDTO.TOP_LEVEL_MP_TERM_NAME); try { QueryResponse response = solr.query(query); TreeMap<String, Long> res = new TreeMap<>(); res.putAll(getFacets(response).get(StatisticalResultDTO.TOP_LEVEL_MP_TERM_NAME)); return res; } catch (SolrServerException e) { e.printStackTrace(); } return null; }
From source file:edu.utexas.cs.tactex.tariffoptimization.TariffOptimizerIncremental.java
@Override public TreeMap<Double, TariffSpecification> optimizeTariffs( HashMap<TariffSpecification, HashMap<CustomerInfo, Integer>> tariffSubscriptions, HashMap<CustomerInfo, ArrayRealVector> customer2estimatedEnergy, List<TariffSpecification> competingTariffs, MarketManager marketManager, ContextManager contextManager, CostCurvesPredictor costCurvesPredictor, int currentTimeslot, Broker me) { // seed will be the best fixed-rate tariff TreeMap<Double, TariffSpecification> sortedTariffs = tariffOptimizerOneShot.optimizeTariffs( tariffSubscriptions, customer2estimatedEnergy, competingTariffs, marketManager, contextManager, costCurvesPredictor, currentTimeslot, me); TariffSpecification fixedRateSeed = extractBestTariffSpec(sortedTariffs); // this provides objective function evaluations TariffUtilityEstimateImpl tariffUtilityEstimate = new TariffUtilityEstimateImpl(utilityEstimator, NUM_RATES, fixedRateSeed, withdrawFeesOptimizer, tariffSubscriptions, competingTariffs, customer2estimatedEnergy, marketPredictionManager, costCurvesPredictor, configuratorFactoryService, currentTimeslot, me);// w w w . j a va 2 s . co m try { TreeMap<Double, TariffSpecification> touTariffs = optimizerWrapper.findOptimum(tariffUtilityEstimate, NUM_RATES, NUM_EVAL); Entry<Double, TariffSpecification> optimum = touTariffs.lastEntry(); sortedTariffs.putAll(touTariffs); // adding all tariffs // just printing TariffSpecification delete = optimum.getValue(); log.info("Daniel TOU BEST Candidate " + delete + " util " + optimum.getKey()); for (Rate r : delete.getRates()) { log.info(r); } } catch (Exception e) { log.error("caught exception from incremental tariff optimization, falling back to fixed-rate ", e); } return sortedTariffs; }
From source file:org.korecky.nlp.library.BasicTextProcessing.java
/** * Segments and calculate words in the input text * * @param input: Input string//from w w w . jav a2 s.c om * @param normalizeText: Indicator, if text should be normalized before * counting * @param removeAccents: Indicator, if should be removed accent in * normalization process * @return Sorted TreeMap by count */ public TreeMap<String, Long> wordSegmentation(String input, boolean normalizeText, boolean removeAccents) { HashMap<String, Long> map = new HashMap<>(); WordCountComparator comparator = new WordCountComparator(map); TreeMap<String, Long> sorted_map = new TreeMap<String, Long>(comparator); if (normalizeText) { input = normalizeText(input, removeAccents); } // Words segmentation and calculation Pattern pattern = Pattern.compile( "[a-zA-Z\\u00C1\\u00C2\\u00C4\\u00C7\\u00C9\\u00CB\\u00CD\\u00CE\\u00D3\\u00D4\\u00D6\\u00DA\\u00DC\\u00DD\\u00DF\\u00E1\\u00E2\\u00E4\\u00E7\\u00E9\\u00EB\\u00ED\\u00EE\\u00F3\\u00F4\\u00F6\\u00FA\\u00FC\\u00FD\\u0102\\u0103\\u0104\\u0105\\u0106\\u0107\\u010C\\u010D\\u010E\\u010F\\u0110\\u0111\\u0118\\u0119\\u011A\\u011B\\u0139\\u013A\\u013D\\u013E\\u0141\\u0142\\u0143\\u0144\\u0147\\u0148\\u0150\\u0151\\u0154\\u0155\\u0158\\u0159\\u015A\\u015B\\u015E\\u015F\\u0160\\u0161\\u0162\\u0163\\u0164\\u0165\\u016E\\u016F\\u0170\\u0171\\u0179\\u017A\\u017B\\u017C\\u017D\\u017E]+"); Matcher matcher = pattern.matcher(input); while (matcher.find()) { if (matcher.group() != null) { String foundString = matcher.group().trim(); if (map.containsKey(foundString)) { map.replace(foundString, map.get(foundString) + 1); } else { map.put(foundString, 1L); } } } sorted_map.putAll(map); return sorted_map; }
From source file:subsets.GenerateGFKMatrix.java
TreeMap<String, JSONObject> get_SC_BC_Dependency() {
graphDb = new GraphDatabaseFactory().newEmbeddedDatabase(DB_PATH);
registerShutdownHook(graphDb);/* w ww . j av a 2s . co m*/
ExecutionEngine engine = new ExecutionEngine(graphDb);
ExecutionResult result;
TreeMap<String, HashSet> SmartCube_SC_Attribut = new TreeMap();
TreeMap<String, HashSet> MetaCube_SmartCube = new TreeMap();
TreeMap<String, JSONObject> name_json1 = new TreeMap();
TreeMap<String, JSONObject> name_json2 = new TreeMap();
try (Transaction ignored = graphDb.beginTx()) {
result = (ExecutionResult) engine
.execute("MATCH (sc:SmartCube)<-[:MEMBER_OF]-(sca:SCAttribut) RETURN sc,sca");
//TreeMap<String,HashSet> SCAttribut_SCAlgo = new TreeMap();
//TreeMap<String,HashSet> SCAlgo_BCAttribut = new TreeMap();
//ArrayList<TreeMap<String,HashSet>> treemaps = new ArrayList();
for (Map<String, Object> row : result) {
String SmartCube = null;
String SC_Attribut = null;
String SC_Algorithumus = null;
String BC_Attribut = null;
String MetaCube = null;
for (Entry<String, Object> column : row.entrySet()) {
Node x = (Node) column.getValue();
if (column.getKey().equals("sca"))
SC_Attribut = (String) x.getProperty("name");
//if (column.getKey().equals("c")) SC_Algorithumus = (String) x.getProperty("name");
if (column.getKey().equals("sc"))
SmartCube = (String) x.getProperty("name");
//for (String y :x.getPropertyKeys()) System.out.println(y);
if (column.getKey().equals("sc"))
MetaCube = (String) x.getProperty("MetaCube");
}
System.out.println("------------------------");
addAttribute_to_Treemap(MetaCube, SmartCube, MetaCube_SmartCube);
addAttribute_to_Treemap(SmartCube, SC_Attribut, SmartCube_SC_Attribut);
} //ende query
}
graphDb.shutdown();
ArrayList<String[]> hirarchy = new ArrayList<String[]>();
hirarchy.add(sc);
hirarchy.add(sca);
hirarchy.add(bca);
TreeMap<String, JSONObject> SCAttribut_SCAlgo_BCAttribut = getDepTree_old(
"MATCH (sc:SCAttribut) -[:DERIVED_BY]->(sca:SCAlgorithmen)-[:USES] ->(bca:BCAttribut) RETURN sc,sca,bca",
hirarchy);
hirarchy.clear();
hirarchy.add(sc);
hirarchy.add(bca);
TreeMap<String, JSONObject> SCAttribut_BCAttribut = getDepTree(
"MATCH (sc:SCAttribut) -[:TRANSITION]->(bca:BCAttribut) RETURN sc,bca", hirarchy);
SCAttribut_SCAlgo_BCAttribut.putAll(SCAttribut_BCAttribut);
return SCAttribut_SCAlgo_BCAttribut;
//part_tree(SmartCube_SC_Attribut, SCAttribut_SCAlgo_BCAttribut,name_json1, false);
//part_tree(MetaCube_SmartCube, name_json1,name_json2, false);
}
From source file:subsets.GenerateGFKMatrix.java
void query2() { graphDb = new GraphDatabaseFactory().newEmbeddedDatabase(DB_PATH); registerShutdownHook(graphDb);//w ww. jav a2 s . c om ExecutionEngine engine = new ExecutionEngine(graphDb); ExecutionResult result; TreeMap<String, HashSet> SmartCube_SC_Attribut = new TreeMap(); TreeMap<String, HashSet> MetaCube_SmartCube = new TreeMap(); TreeMap<String, JSONObject> name_json1 = new TreeMap(); TreeMap<String, JSONObject> name_json2 = new TreeMap(); try (Transaction ignored = graphDb.beginTx()) { result = (ExecutionResult) engine .execute("MATCH (sc:SmartCube)<-[:MEMBER_OF]-(sca:SCAttribut) RETURN sc,sca"); //TreeMap<String,HashSet> SCAttribut_SCAlgo = new TreeMap(); //TreeMap<String,HashSet> SCAlgo_BCAttribut = new TreeMap(); //ArrayList<TreeMap<String,HashSet>> treemaps = new ArrayList(); for (Map<String, Object> row : result) { String SmartCube = null; String SC_Attribut = null; String SC_Algorithumus = null; String BC_Attribut = null; String MetaCube = null; for (Entry<String, Object> column : row.entrySet()) { Node x = (Node) column.getValue(); if (column.getKey().equals("sca")) SC_Attribut = (String) x.getProperty("name"); //if (column.getKey().equals("c")) SC_Algorithumus = (String) x.getProperty("name"); if (column.getKey().equals("sc")) SmartCube = (String) x.getProperty("name"); //for (String y :x.getPropertyKeys()) System.out.println(y); if (column.getKey().equals("sc")) MetaCube = (String) x.getProperty("MetaCube"); } System.out.println("------------------------"); addAttribute_to_Treemap(MetaCube, SmartCube, MetaCube_SmartCube); addAttribute_to_Treemap(SmartCube, SC_Attribut, SmartCube_SC_Attribut); } //ende query } graphDb.shutdown(); ArrayList<String[]> hirarchy = new ArrayList<String[]>(); hirarchy.add(sc); hirarchy.add(sca); hirarchy.add(bca); TreeMap<String, JSONObject> SCAttribut_SCAlgo_BCAttribut = getDepTree_old( "MATCH (sc:SCAttribut) -[:DERIVED_BY]->(sca:SCAlgorithmen)-[:USES] ->(bca:BCAttribut) RETURN sc,sca,bca", hirarchy); hirarchy.clear(); hirarchy.add(sc); hirarchy.add(bca); TreeMap<String, JSONObject> SCAttribut_BCAttribut = getDepTree( "MATCH (sc:SCAttribut) -[:TRANSITION]->(bca:BCAttribut) RETURN sc,bca", hirarchy); SCAttribut_SCAlgo_BCAttribut.putAll(SCAttribut_BCAttribut); part_tree(SmartCube_SC_Attribut, SCAttribut_SCAlgo_BCAttribut, name_json1, false); part_tree(MetaCube_SmartCube, name_json1, name_json2, false); //old and working // part_tree(SmartCube_SC_Attribut, null,name_json1, true); // part_tree(MetaCube_SmartCube, name_json1,name_json2, false); //part_tree(SmartCube_SCAttribut, name_json1, name_json2, false); JSONObject MetaCube = new JSONObject(); try { MetaCube.append("name", "MetaCube"); for (String key : name_json2.keySet()) { JSONObject cube = name_json2.get(key); MetaCube.append("children", cube); } } catch (JSONException e1) { // TODO Auto-generated catch block e1.printStackTrace(); } String content = MetaCube.toString(); try { //String content = json_smartcube.toString(); File file = new File("C://Users//frisch//Desktop//d3//flare.json"); // if file doesnt exists, then create it if (!file.exists()) { file.createNewFile(); } FileWriter fw = new FileWriter(file.getAbsoluteFile()); BufferedWriter bw = new BufferedWriter(fw); bw.write(content); bw.close(); System.out.println("Done"); } catch (IOException e) { e.printStackTrace(); } }
From source file:kz.nurlan.kaspandr.KaspandrWindow.java
private String checkLessonCountByGroup(String lessons) throws JsonParseException, JsonMappingException, IOException { String resultString = ""; ObjectNode rootNode1 = mapper.readValue("{\"lessons\":[" + lessons + "]}", ObjectNode.class); JsonNode lessonsNode1 = rootNode1.get("lessons"); HashMap<String, Integer> groupMap = new HashMap<String, Integer>(); HashMap<String, String> groupNameMap = new HashMap<String, String>(); ValueComparator bvc = new ValueComparator(groupNameMap); TreeMap<String, String> sortedGroupNameMap = new TreeMap<String, String>(bvc); groupMap.put("all", 0); if (lessonsNode1 != null && lessonsNode1.isArray()) { Iterator<JsonNode> it = lessonsNode1.elements(); while (it.hasNext()) { JsonNode lesson = it.next(); if (lesson.get("id") != null && !lesson.get("status").textValue().equalsIgnoreCase("deleted") && lesson.get("group") != null && !lesson.get("group").textValue().isEmpty()) { if (groupMap.containsKey(lesson.get("group").textValue())) groupMap.put(lesson.get("group").textValue(), groupMap.get(lesson.get("group").textValue()) + 1); else groupMap.put(lesson.get("group").textValue(), 1); groupNameMap.put(lesson.get("group").textValue(), lesson.get("groupName").textValue()); }//from ww w . j a va 2s . c om groupMap.put("all", groupMap.get("all") + 1); } } sortedGroupNameMap.putAll(groupNameMap); int count = 0; for (String group : groupMap.keySet()) { if (!group.equals("all")) { count += groupMap.get(group); } } for (String group : sortedGroupNameMap.keySet()) { if (!resultString.isEmpty()) resultString += ", "; resultString += groupNameMap.get(group) + "(" + groupMap.get(group) + ")"; } resultString = "Lessons(" + count + "/" + groupMap.get("all") + "); " + resultString; return resultString; }
From source file:org.apache.hadoop.hive.ql.exec.ExplainTask.java
/** * Retruns a map which have either primitive or string keys. * * This is neccessary to discard object level comparators which may sort the objects based on some non-trivial logic. * * @param mp//from w w w . j a v a 2 s . c o m * @return */ private TreeMap<Object, Object> getBasictypeKeyedMap(Map<?, ?> mp) { TreeMap<Object, Object> ret = new TreeMap<Object, Object>(); if (mp.size() > 0) { Object firstKey = mp.keySet().iterator().next(); if (firstKey.getClass().isPrimitive() || firstKey instanceof String) { // keep it as-is ret.putAll(mp); return ret; } else { for (Entry<?, ?> entry : mp.entrySet()) { // discard possibly type related sorting order and replace with alphabetical ret.put(entry.getKey().toString(), entry.getValue()); } } } return ret; }
From source file:com.isentropy.accumulo.collections.AccumuloSortedMap.java
/** * @return a local in memory TreeMap copy containing this ENTIRE map *//*from ww w .ja va 2 s .co m*/ public final TreeMap<K, V> localCopy() { TreeMap<K, V> local = new TreeMap<K, V>(); local.putAll(this); return local; }
From source file:edu.utexas.cs.tactex.tariffoptimization.TariffOptimizerBinaryOneShot.java
/** * evaluate suggestedSpecs(index), and record result to utilToIndex * and result// www .j a v a2 s. c o m * * @param index * @param utilToIndex * @param result * @param suggestedSpecs * @param consideredTariffActions * @param tariffSubscriptions * @param competingTariffs * @param costCurvesPredictor * @param currentTimeslot * @param me * @param customer2ShiftedEnergy * @param customer2RelevantTariffCharges * @param customer2NonShiftedEnergy */ private void evaluateAndRecord(int index, TreeMap<Double, Integer> utilToIndex, TreeMap<Double, TariffSpecification> result, List<TariffSpecification> suggestedSpecs, ArrayList<TariffSpecification> consideredTariffActions, HashMap<TariffSpecification, HashMap<CustomerInfo, Integer>> tariffSubscriptions, List<TariffSpecification> competingTariffs, CostCurvesPredictor costCurvesPredictor, int currentTimeslot, Broker me, HashMap<CustomerInfo, HashMap<TariffSpecification, ShiftedEnergyData>> customer2ShiftedEnergy, HashMap<CustomerInfo, ArrayRealVector> customer2NonShiftedEnergy, HashMap<CustomerInfo, HashMap<TariffSpecification, Double>> customer2RelevantTariffCharges) { TreeMap<Double, TariffSpecification> sortedTariffs; consideredTariffActions.clear(); consideredTariffActions.add(suggestedSpecs.get(index)); //log.info("computing utilities"); sortedTariffs = utilityEstimator.estimateUtilities(consideredTariffActions, tariffSubscriptions, competingTariffs, customer2RelevantTariffCharges, customer2ShiftedEnergy, customer2NonShiftedEnergy, marketPredictionManager, costCurvesPredictor, currentTimeslot, me); utilToIndex.put(sortedTariffs.lastEntry().getKey(), index); // maintain top 3 if (utilToIndex.size() > 3) { utilToIndex.remove(utilToIndex.firstKey()); } result.putAll(sortedTariffs); }
From source file:com.searchtechnologies.aspire.components.heritrixconnector.HeritrixScanner.java
@Override public AspireObject getStatus() throws AspireException { HeritrixSourceInfo info = (HeritrixSourceInfo) this.info; AspireObject status = addDerivedStatus(STAGE_ID, super.getStatus()); if (info != null) { CrawlJob job = info.getCrawlJob(); if (job != null) { status.push("uriTotalsReportData"); status.setAttribute("defaultConfig", Boolean.toString(info.useDefaultConfigFile())); if (info.useDefaultConfigFile()) { status.setAttribute("url", info.getStartUrl()); } else { status.setAttribute("configFile", info.getConfigFileLocation()); }/*from w w w. java 2 s.co m*/ if (job != null & job.uriTotalsReportData() != null) for (Entry<String, Long> entry2 : job.uriTotalsReportData().entrySet()) { if (!entry2.getKey().equalsIgnoreCase("futureuricount")) { status.add(entry2.getKey(), entry2.getValue()); } } status.pop(); // uriTotalsReportData status.add("uriTotalReport", job.uriTotalsReport()); status.add("frontierReport", job.frontierReport()); status.add("elapsedReport", job.elapsedReport()); } status.push("contentSourcesDB"); if (info.getIncrementalDB() != null) { status.push("database"); //status.setAttribute("id", ""+info.getDatabaseId()); status.add("friendlyName", info.getFriendlyName()); status.add("urlAdded", info.getDocsAdded()); status.add("urlUpdated", info.getDocsUpdated()); status.add("revisitRate", (info.getDocsUpdated() + 0.0) / ((info.getIncrementalDB().size() - 1) + info.getDocsDeleted() + 0.0)); status.add("urlDeleted", info.getDocsDeleted()); status.add("size", info.getIncrementalDB().size() - 1); status.add("directory", info.getUrlDir()); HashMap<String, MutableInt> hostCount = new HashMap<String, MutableInt>(); HashMap<String, MutableInt> lastHostCount = new HashMap<String, MutableInt>(); long now = new Date().getTime(); for (String url : info.getIncrementalDB().keySet()) { String hostname = null; if (url.equals("||status||")) continue; try { hostname = new URL(StringUtilities.safeUrl(url)).getHost(); } catch (MalformedURLException e) { throw new AspireException( "com.searchtechnologies.aspire.components.heritrixconnector.HeritrixScanner", e, "Error getting hostname for url: %s", url); } DataBaseURLEntry data = DataBaseURLEntry .createDataBaseURLEntryFromString(info.getIncrementalDB().get(url)); if (hostCount.containsKey(hostname)) { hostCount.get(hostname).increment(); } else { hostCount.put(hostname, new MutableInt(1)); } if ((now - data.getTimestamp().getTime()) <= 300000) { //last 5 minutes if (lastHostCount.containsKey(hostname)) { lastHostCount.get(hostname).increment(); } else { lastHostCount.put(hostname, new MutableInt(1)); } } } ValueComparator comparator = new ValueComparator(hostCount); TreeMap<String, MutableInt> sorted_map = new TreeMap<String, MutableInt>(comparator); sorted_map.putAll(hostCount); status.push("hostnames"); for (String hostname : sorted_map.keySet()) { status.push("hostname"); status.setAttribute("name", hostname); status.add("total", hostCount.get(hostname).toString()); status.pop(); // hostname } status.pop(); // hostnames comparator = new ValueComparator(lastHostCount); sorted_map = new TreeMap<String, MutableInt>(comparator); sorted_map.putAll(lastHostCount); status.push("lastHostnames"); for (String hostname : sorted_map.keySet()) { status.push("hostname"); status.setAttribute("name", hostname); status.add("total", lastHostCount.get(hostname).toString()); status.pop(); // hostname } status.pop(); // lastHostnames status.pop(); } } status.popAll(); return status; }