Examples with Range org.apache.commons.lang3.Range used on opensource projects

Example 11 with Range

use of org.apache.commons.lang3.Range in project sirix by sirixdb.

the class AbstractSunburstControl method controlEvent.

/**
 * Called on every change of the GUI.
 *
 * @param paramControlEvent
 *          the {@link ControlEvent}
 */
@Override
public void controlEvent(final ControlEvent paramControlEvent) {
    assert paramControlEvent != null;
    if (paramControlEvent.isController()) {
        if (paramControlEvent.getController().getId() == 50) {
            mModel.evaluateXPath(paramControlEvent.getController().getStringValue());
        } else {
            if (paramControlEvent.getController() instanceof Toggle) {
                final Toggle toggle = (Toggle) paramControlEvent.getController();
                switch(paramControlEvent.getController().getId()) {
                    case 0:
                        mGUI.setShowArcs(toggle.getState());
                        break;
                    case 1:
                        mGUI.setShowLines(toggle.getState());
                        break;
                    case 2:
                        mGUI.setUseBezierLine(toggle.getState());
                        break;
                }
            } else if (paramControlEvent.getController() instanceof Slider) {
                switch(paramControlEvent.getController().getId()) {
                    case 0:
                        mGUI.setInnerNodeArcScale(paramControlEvent.getController().getValue());
                        break;
                    case 1:
                        mGUI.setLeafArcScale(paramControlEvent.getController().getValue());
                        break;
                    case 2:
                        mGUI.setModificationWeight(paramControlEvent.getController().getValue());
                        break;
                    case 3:
                        mGUI.setDotSize(paramControlEvent.getController().getValue());
                        break;
                    case 4:
                        mGUI.setDotBrightness(paramControlEvent.getController().getValue());
                        break;
                    case 5:
                        mGUI.setBackgroundBrightness(paramControlEvent.getController().getValue());
                        break;
                }
            } else if (paramControlEvent.getController() instanceof Range) {
                final float[] f = paramControlEvent.getController().getArrayValue();
                switch(paramControlEvent.getController().getId()) {
                    case 0:
                        mGUI.setHueStart(f[0]);
                        mGUI.setHueEnd(f[1]);
                        break;
                    case 1:
                        mGUI.setSaturationStart(f[0]);
                        mGUI.setSaturationEnd(f[1]);
                        break;
                    case 2:
                        mGUI.setBrightnessStart(f[0]);
                        mGUI.setBrightnessEnd(f[1]);
                        break;
                    case 3:
                        mGUI.setInnerNodeBrightnessStart(f[0]);
                        mGUI.setInnerNodeBrightnessEnd(f[1]);
                        break;
                    case 4:
                        mGUI.setInnerNodeStrokeBrightnessStart(f[0]);
                        mGUI.setInnerNodeStrokeBrightnessEnd(f[1]);
                        break;
                    case 5:
                        mGUI.setStrokeWeightStart(f[0]);
                        mGUI.setStrokeWeightEnd(f[1]);
                        break;
                }
            }
            mGUI.update(EResetZoomer.YES);
        }
    }
}

Example 12 with Range

use of org.apache.commons.lang3.Range in project sirix by sirixdb.

the class AbstractSunburstGUI method setupGUI.

/**
 * Initial setup of the GUI.
 */
private void setupGUI() {
    mParent.textFont(mFont);
    mParent.smooth();
    mParent.background(255f);
    final int activeColor = mParent.color(0, 130, 164);
    mControlP5.setColorActive(activeColor);
    mControlP5.setColorBackground(mParent.color(170));
    mControlP5.setColorForeground(mParent.color(50));
    mControlP5.setColorLabel(mParent.color(50));
    mControlP5.setColorValue(mParent.color(255));
    final int len = 300;
    final Range hueRange = mControlP5.addRange("leaf node hue range", 0, 360, getHueStart(), getHueEnd(), LEFT, TOP + mPosY + 0, len, 15);
    mRanges.add(hueRange);
    final Range saturationRange = mControlP5.addRange("leaf node saturation range", 0, 100, getSaturationStart(), getSaturationEnd(), LEFT, TOP + mPosY + 20, len, 15);
    mRanges.add(saturationRange);
    final Range brightnessRange = mControlP5.addRange("leaf node brightness range", 0, 100, getBrightnessStart(), getBrightnessEnd(), LEFT, TOP + mPosY + 40, len, 15);
    mRanges.add(brightnessRange);
    mPosY += 70;
    final Range innerNodebrightnessRange = mControlP5.addRange("inner node brightness range", 0, 100, getInnerNodeBrightnessStart(), getInnerNodeBrightnessEnd(), LEFT, TOP + mPosY + 0, len, 15);
    mRanges.add(innerNodebrightnessRange);
    final Range innerNodeStrokeBrightnessRange = mControlP5.addRange("inner node stroke brightness range", 0, 100, getInnerNodeStrokeBrightnessStart(), getInnerNodeStrokeBrightnessEnd(), LEFT, TOP + mPosY + 20, len, 15);
    mRanges.add(innerNodeStrokeBrightnessRange);
    mPosY += 50;
    // name, minimum, maximum, default value (float), x, y, width, height
    final Slider innerNodeArcScale = mControlP5.addSlider("setInnerNodeArcScale", 0, 1, getInnerNodeArcScale(), LEFT, TOP + mPosY + 0, len, 15);
    innerNodeArcScale.setCaptionLabel("innerNodeArcScale");
    mSliders.add(innerNodeArcScale);
    final Slider leafNodeArcScale = mControlP5.addSlider("setLeafArcScale", 0, 1, getLeafArcScale(), LEFT, TOP + mPosY + 20, len, 15);
    leafNodeArcScale.setCaptionLabel("leafNodeArcScale");
    mSliders.add(leafNodeArcScale);
    mPosY += 50;
    final Slider modWeight = mControlP5.addSlider("setModificationWeight", 0, 1, getModificationWeight(), LEFT, TOP + mPosY + 0, len, 15);
    modWeight.setCaptionLabel("modification weight");
    mSliders.add(modWeight);
    mPosY += 50;
    final Range strokeWeight = mControlP5.addRange("stroke weight range", 0, 10, getStrokeWeightStart(), getStrokeWeightEnd(), LEFT, TOP + mPosY + 0, len, 15);
    mRanges.add(strokeWeight);
    mPosY += 30;
    final Slider dotSize = mControlP5.addSlider("setDotSize", 0, 10, mDotSize, LEFT, TOP + mPosY + 0, len, 15);
    dotSize.setCaptionLabel("dot size");
    mSliders.add(dotSize);
    final Slider dotBrightness = mControlP5.addSlider("setDotBrightness", 0, 100, mDotBrightness, LEFT, TOP + mPosY + 20, len, 15);
    dotBrightness.setCaptionLabel("dot brightness");
    mSliders.add(dotBrightness);
    mPosY += 50;
    final Slider backgroundBrightness = mControlP5.addSlider("setBackgroundBrightness", 0, 100, getBackgroundBrightness(), LEFT, TOP + mPosY + 0, len, 15);
    backgroundBrightness.setCaptionLabel("background brightness");
    mSliders.add(backgroundBrightness);
    mPosY += 50;
    final Toggle showArcs = mControlP5.addToggle("isShowArcs", isShowArcs(), LEFT + 0, TOP + mPosY, 15, 15);
    showArcs.setCaptionLabel("show arcs");
    mToggles.add(showArcs);
    final Toggle showLines = mControlP5.addToggle("isShowLines", isShowLines(), LEFT + 0, TOP + mPosY + 20, 15, 15);
    showLines.setCaptionLabel("show lines");
    mToggles.add(showLines);
    final Toggle useBezier = mControlP5.addToggle("isUseBezierLine", isUseBezierLine(), LEFT + 0, TOP + mPosY + 40, 15, 15);
    useBezier.setCaptionLabel("Bezier / Line");
    mToggles.add(useBezier);
    setup();
    style();
}

Example 13 with Range

use of org.apache.commons.lang3.Range in project incubator-pulsar by apache.

the class SimpleLoadManagerImpl method findBrokerForPlacement.

/**
 * Assign owner for specified ServiceUnit from the given candidates, following the the principles: 1) Optimum
 * distribution: fill up one broker till its load reaches optimum level (defined by underload threshold) before pull
 * another idle broker in; 2) Even distribution: once all brokers' load are above optimum level, maintain all
 * brokers to have even load; 3) Set the underload threshold to small value (like 1) for pure even distribution, and
 * high value (like 80) for pure optimum distribution;
 *
 * Strategy to select broker: 1) The first choice is the least loaded broker which is underload but not idle; 2) The
 * second choice is idle broker (if there is any); 3) Othewise simply select the least loaded broker if it is NOT
 * overloaded; 4) If all brokers are overloaded, select the broker with maximum available capacity (considering
 * brokers could have different hardware configuration, this usually means to select the broker with more hardware
 * resource);
 *
 * Broker's load level: 1) Load ranking (triggered by LoadReport update) estimate the load level according to the
 * resourse usage and namespace bundles already loaded by each broker; 2) When leader broker decide the owner for a
 * new namespace bundle, it may take time for the real owner to actually load the bundle and refresh LoadReport,
 * leader broker will store the bundle in a list called preAllocatedBundles, and the quota of all
 * preAllocatedBundles in preAllocatedQuotas, and re-estimate the broker's load level by putting the
 * preAllocatedQuota into calculation; 3) Everything (preAllocatedBundles and preAllocatedQuotas) will get reset in
 * load ranking.
 */
private synchronized ResourceUnit findBrokerForPlacement(Multimap<Long, ResourceUnit> candidates, ServiceUnitId serviceUnit) {
    long underloadThreshold = this.getLoadBalancerBrokerUnderloadedThresholdPercentage();
    long overloadThreshold = this.getLoadBalancerBrokerOverloadedThresholdPercentage();
    ResourceQuota defaultQuota = pulsar.getLocalZkCacheService().getResourceQuotaCache().getDefaultQuota();
    double minLoadPercentage = 101.0;
    long maxAvailability = -1;
    ResourceUnit idleRU = null;
    ResourceUnit maxAvailableRU = null;
    ResourceUnit randomRU = null;
    ResourceUnit selectedRU = null;
    ResourceUnitRanking selectedRanking = null;
    String serviceUnitId = serviceUnit.toString();
    // If the ranking is expected to be in the range [0,100] (which is the case for LOADBALANCER_STRATEGY_LLS),
    // the ranks are bounded. Otherwise (as is the case in LOADBALANCER_STRATEGY_LEAST_MSG, the ranks are simply
    // the total message rate which is in the range [0,Infinity) so they are unbounded. The
    // "boundedness" affects how two ranks are compared to see which one is better
    boolean unboundedRanks = getLoadBalancerPlacementStrategy().equals(LOADBALANCER_STRATEGY_LEAST_MSG);
    long randomBrokerIndex = (candidates.size() > 0) ? (this.brokerRotationCursor % candidates.size()) : 0;
    // find the least loaded & not-idle broker
    for (Map.Entry<Long, ResourceUnit> candidateOwner : candidates.entries()) {
        ResourceUnit candidate = candidateOwner.getValue();
        randomBrokerIndex--;
        // skip broker which is not ranked. this should never happen except in unit test
        if (!resourceUnitRankings.containsKey(candidate)) {
            continue;
        }
        String resourceUnitId = candidate.getResourceId();
        ResourceUnitRanking ranking = resourceUnitRankings.get(candidate);
        // check if this ServiceUnit is already loaded
        if (ranking.isServiceUnitLoaded(serviceUnitId)) {
            ranking.removeLoadedServiceUnit(serviceUnitId, this.getResourceQuota(serviceUnitId));
        }
        // record a random broker
        if (randomBrokerIndex < 0 && randomRU == null) {
            randomRU = candidate;
        }
        // check the available capacity
        double loadPercentage = ranking.getEstimatedLoadPercentage();
        double availablePercentage = Math.max(0, (100 - loadPercentage) / 100);
        long availability = (long) (ranking.estimateMaxCapacity(defaultQuota) * availablePercentage);
        if (availability > maxAvailability) {
            maxAvailability = availability;
            maxAvailableRU = candidate;
        }
        // check the load percentage
        if (ranking.isIdle()) {
            if (idleRU == null) {
                idleRU = candidate;
            }
        } else {
            if (selectedRU == null) {
                selectedRU = candidate;
                selectedRanking = ranking;
                minLoadPercentage = loadPercentage;
            } else {
                if ((unboundedRanks ? ranking.compareMessageRateTo(selectedRanking) : ranking.compareTo(selectedRanking)) < 0) {
                    minLoadPercentage = loadPercentage;
                    selectedRU = candidate;
                    selectedRanking = ranking;
                }
            }
        }
    }
    if ((minLoadPercentage > underloadThreshold && idleRU != null) || selectedRU == null) {
        // assigned to idle broker is the least loaded broker already have optimum load (which means NOT
        // underloaded), or all brokers are idle
        selectedRU = idleRU;
    } else if (minLoadPercentage >= 100.0 && randomRU != null && !unboundedRanks) {
        // all brokers are full, assign to a random one
        selectedRU = randomRU;
    } else if (minLoadPercentage > overloadThreshold && !unboundedRanks) {
        // assign to the broker with maximum available capacity if all brokers are overloaded
        selectedRU = maxAvailableRU;
    }
    // re-calculate load level for selected broker
    if (selectedRU != null) {
        this.brokerRotationCursor = (this.brokerRotationCursor + 1) % 1000000;
        ResourceUnitRanking ranking = resourceUnitRankings.get(selectedRU);
        String loadPercentageDesc = ranking.getEstimatedLoadPercentageString();
        log.info("Assign {} to {} with ({}).", serviceUnitId, selectedRU.getResourceId(), loadPercentageDesc);
        if (!ranking.isServiceUnitPreAllocated(serviceUnitId)) {
            final String namespaceName = LoadManagerShared.getNamespaceNameFromBundleName(serviceUnitId);
            final String bundleRange = LoadManagerShared.getBundleRangeFromBundleName(serviceUnitId);
            ResourceQuota quota = this.getResourceQuota(serviceUnitId);
            // Add preallocated bundle range so incoming bundles from the same namespace are not assigned to the
            // same broker.
            brokerToNamespaceToBundleRange.computeIfAbsent(selectedRU.getResourceId().replace("http://", ""), k -> new HashMap<>()).computeIfAbsent(namespaceName, k -> new HashSet<>()).add(bundleRange);
            ranking.addPreAllocatedServiceUnit(serviceUnitId, quota);
            resourceUnitRankings.put(selectedRU, ranking);
        }
    }
    return selectedRU;
}

Example 14 with Range

use of org.apache.commons.lang3.Range in project vind by RBMHTechnology.

the class SolrSearchServer method buildSolrQuery.

protected SolrQuery buildSolrQuery(FulltextSearch search, DocumentFactory factory) {
    // build query
    final SolrQuery query = new SolrQuery();
    final String searchContext = search.getSearchContext();
    if (search.getTimeZone() != null) {
        query.set(CommonParams.TZ, search.getTimeZone());
    }
    // fulltext search
    query.set(CommonParams.Q, search.getSearchString());
    if (SearchConfiguration.get(SearchConfiguration.SEARCH_RESULT_SHOW_SCORE, true)) {
        query.set(CommonParams.FL, "*,score");
    } else {
        query.set(CommonParams.FL, "*");
    }
    if (search.getGeoDistance() != null) {
        final FieldDescriptor descriptor = factory.getField(search.getGeoDistance().getFieldName());
        if (Objects.nonNull(descriptor)) {
            query.setParam(CommonParams.FL, query.get(CommonParams.FL) + "," + DISTANCE + ":geodist()");
            query.setParam("pt", search.getGeoDistance().getLocation().toString());
            query.setParam("sfield", getFieldname(descriptor, UseCase.Facet, searchContext));
        }
    }
    Collection<FieldDescriptor<?>> fulltext = factory.listFields().stream().filter(FieldDescriptor::isFullText).collect(Collectors.toList());
    if (!fulltext.isEmpty()) {
        query.setParam(DisMaxParams.QF, SolrUtils.Query.buildQueryFieldString(fulltext, searchContext));
        query.setParam("defType", "edismax");
    } else {
        query.setParam(CommonParams.DF, TEXT);
    }
    // filters
    query.add(CommonParams.FQ, "_type_:" + factory.getType());
    if (search.hasFilter()) {
        SolrUtils.Query.buildFilterString(search.getFilter(), factory, search.getChildrenFactory(), query, searchContext, search.getStrict());
    }
    // fulltext search deep search
    if (search.isChildrenSearchEnabled()) {
        // append childCount facet
        search.facet(new Facet.SubdocumentFacet(factory));
        // TODO: move to SolrUtils
        final String parentSearchQuery = "((" + query.get(CommonParams.Q) + ") AND " + TYPE + ":" + factory.getType() + ")";
        final String childrenSearchQuery = "_query_:\"{!parent which=" + TYPE + ":" + factory.getType() + "}(" + TYPE + ":" + search.getChildrenFactory().getType() + " AND (" + search.getChildrenSearchString().getEscapedSearchString() + "))\"";
        query.set(CommonParams.Q, String.join(" ", parentSearchQuery, search.getChildrenSearchOperator().name(), childrenSearchQuery));
        if (search.getChildrenSearchString().hasFilter()) {
            // TODO clean up!
            final String parentFilterQuery = "(" + String.join(" AND ", query.getFilterQueries()) + ")";
            final String childrenFilterQuery = search.getChildrenSearchString().getFilter().accept(new SolrChildrenSerializerVisitor(factory, search.getChildrenFactory(), searchContext, search.getStrict()));
            query.set(CommonParams.FQ, String.join(" ", parentFilterQuery, search.getChildrenSearchOperator().name(), "(" + childrenFilterQuery + ")"));
        }
    }
    if (search.hasFacet()) {
        query.setFacet(true);
        query.setFacetMinCount(search.getFacetMinCount());
        query.setFacetLimit(search.getFacetLimit());
        // Query facets
        search.getFacets().values().stream().filter(facet -> Facet.QueryFacet.class.isAssignableFrom(facet.getClass())).map(genericFacet -> (Facet.QueryFacet) genericFacet).forEach(queryFacet -> query.addFacetQuery(StringUtils.join(SolrUtils.Query.buildSolrFacetCustomName(SolrUtils.Query.buildFilterString(queryFacet.getFilter(), factory, search.getChildrenFactory(), searchContext, search.getStrict()), queryFacet))));
        // Numeric Range facet
        search.getFacets().values().stream().filter(facet -> Facet.NumericRangeFacet.class.isAssignableFrom(facet.getClass())).map(genericFacet -> (Facet.NumericRangeFacet) genericFacet).forEach(numericRangeFacet -> {
            final UseCase useCase = UseCase.valueOf(numericRangeFacet.getScope().name());
            final String fieldName = getFieldname(numericRangeFacet.getFieldDescriptor(), useCase, searchContext);
            query.add(FacetParams.FACET_RANGE, SolrUtils.Query.buildSolrFacetCustomName(fieldName, numericRangeFacet));
            query.add(String.format(Locale.ROOT, "f.%s.%s", fieldName, FacetParams.FACET_RANGE_START), numericRangeFacet.getStart().toString());
            query.add(String.format(Locale.ROOT, "f.%s.%s", fieldName, FacetParams.FACET_RANGE_END), numericRangeFacet.getEnd().toString());
            query.add(String.format(Locale.ROOT, "f.%s.%s", fieldName, FacetParams.FACET_RANGE_GAP), numericRangeFacet.getGap().toString());
        /*query.addNumericRangeFacet(
                                    SolrUtils.Query.buildSolrFacetCustomName(fieldName, numericRangeFacet.getName()),
                                    numericRangeFacet.getStart(),
                                    numericRangeFacet.getEnd(),
                                    numericRangeFacet.getGap());*/
        });
        // Interval Range facet
        search.getFacets().values().stream().filter(facet -> Facet.IntervalFacet.class.isAssignableFrom(facet.getClass())).map(genericFacet -> (Facet.IntervalFacet) genericFacet).forEach(intervalFacet -> {
            final UseCase useCase = UseCase.valueOf(intervalFacet.getScope().name());
            final String fieldName = getFieldname(intervalFacet.getFieldDescriptor(), useCase, searchContext);
            query.add(FacetParams.FACET_INTERVAL, SolrUtils.Query.buildSolrFacetKey(intervalFacet.getName()) + fieldName);
            for (Object o : intervalFacet.getIntervals()) {
                // TODO why is this necessary?
                Interval i = (Interval) o;
                query.add(String.format("f.%s.%s", fieldName, FacetParams.FACET_INTERVAL_SET), String.format("%s%s%s,%s%s", SolrUtils.Query.buildSolrFacetKey(i.getName()), i.includesStart() ? "[" : "(", i.getStart() == null ? SOLR_WILDCARD : SolrUtils.Query.buildSolrQueryValue(i.getStart()), i.getEnd() == null ? SOLR_WILDCARD : SolrUtils.Query.buildSolrQueryValue(i.getEnd()), i.includesEnd() ? "]" : ")"));
            }
        });
        // Date Range facet
        search.getFacets().values().stream().filter(facet -> Facet.DateRangeFacet.class.isAssignableFrom(facet.getClass())).map(genericFacet -> (Facet.DateRangeFacet) genericFacet).forEach(dateRangeFacet -> generateDateRangeQuery(dateRangeFacet, query, searchContext));
        // stats
        search.getFacets().values().stream().filter(facet -> Facet.StatsFacet.class.isAssignableFrom(facet.getClass())).map(genericFacet -> (Facet.StatsFacet) genericFacet).forEach(statsFacet -> {
            final UseCase useCase = UseCase.valueOf(statsFacet.getScope().name());
            String fieldName = getFieldname(statsFacet.getField(), useCase, searchContext);
            query.add(StatsParams.STATS, "true");
            query.add(StatsParams.STATS_FIELD, SolrUtils.Query.buildSolrStatsQuery(fieldName, statsFacet));
        });
        // pivot facet
        search.getFacets().values().stream().filter(facet -> Facet.PivotFacet.class.isAssignableFrom(facet.getClass())).map(genericFacet -> (Facet.PivotFacet) genericFacet).forEach(pivotFacet -> {
            String[] fieldNames = pivotFacet.getFieldDescriptors().stream().map(fieldDescriptor -> getFieldname(fieldDescriptor, UseCase.Facet, searchContext)).toArray(String[]::new);
            query.add(FacetParams.FACET_PIVOT, SolrUtils.Query.buildSolrPivotSubFacetName(pivotFacet.getName(), fieldNames));
        });
        // facet fields
        final HashMap<String, Object> strings = SolrUtils.Query.buildJsonTermFacet(search.getFacets(), search.getFacetLimit(), factory, search.getChildrenFactory(), searchContext);
        query.add("json.facet", strings.toString().replaceAll("=", ":"));
        // facet Subdocument count
        final String subdocumentFacetString = SolrUtils.Query.buildSubdocumentFacet(search, factory, searchContext);
        if (Objects.nonNull(subdocumentFacetString)) {
            query.add("json.facet", subdocumentFacetString);
        }
    }
    // sorting
    if (search.hasSorting()) {
        final String sortString = SolrUtils.Query.buildSortString(search, search.getSorting(), factory);
        query.set(CommonParams.SORT, sortString);
    }
    // TODO this is a mess
    if (search.hasSorting()) {
        query.set(DisMaxParams.BF, SolrUtils.Query.buildBoostFunction(search.getSorting(), searchContext));
    }
    // paging
    switch(search.getResultSet().getType()) {
        case page:
            {
                final Page resultSet = (Page) search.getResultSet();
                query.setStart(resultSet.getOffset());
                query.setRows(resultSet.getPagesize());
                break;
            }
        case slice:
            {
                final Slice resultSet = (Slice) search.getResultSet();
                query.setStart(resultSet.getOffset());
                query.setRows(resultSet.getSliceSize());
                break;
            }
    }
    return query;
}

Example 15 with Range

use of org.apache.commons.lang3.Range in project Eidolons by IDemiurge.

the class AttackTooltipFactory method createAttackTooltip.

public static AttackTooltip createAttackTooltip(DC_UnitAction el, boolean precalc, boolean costs, boolean additionalInfo, boolean combatMode, DC_Obj target) {
    Pair<PARAMS, PARAMS> pair = ACTION_TOOLTIPS_PARAMS_MAP.get(ACTION_TOOLTIP_HEADER_KEY);
    String name = ActionTooltipMaster.getStringForTableValue(ACTION_TOOLTIP_HEADER_KEY, el);
    final String leftImage = ActionTooltipMaster.getIconPathForTableRow(pair.getLeft());
    final String rightImage = ActionTooltipMaster.getIconPathForTableRow(pair.getRight());
    MultiValueContainer head = new MultiValueContainer(name, leftImage, rightImage);
    VALUE[] baseKeys = ACTION_TOOLTIP_BASE_KEYS;
    final List<MultiValueContainer> base = extractActionValues(el, baseKeys);
    baseKeys = ACTION_TOOLTIP_RANGE_KEYS;
    final List<MultiValueContainer> range = extractActionValues(el, baseKeys);
    List /*<List<MultiValueContainer>>*/
    textsList = new ArrayList<>();
    for (PARAMS[] params : ACTION_TOOLTIP_PARAMS_TEXT) {
        textsList.add(Arrays.stream(params).map(p -> {
            String textForTableValue = ActionTooltipMaster.getTextForTableValue(p, el);
            textForTableValue = TextWrapper.wrapWithNewLine(textForTableValue, 50);
            if (StringUtils.isEmpty(textForTableValue)) {
                return null;
            } else {
                return new MultiValueContainer(textForTableValue, "");
            }
        }).filter(Objects::nonNull).collect(Collectors.toList()));
    }
    AttackTooltip toolTip = new AttackTooltip(el);
    ValueContainer precalcRow = createPrecalcRow(precalc, el, target);
    toolTip.setUserObject(new ActionTooltipSource() {

        @Override
        public MultiValueContainer getHead() {
            return head;
        }

        @Override
        public List<MultiValueContainer> getBase() {
            return base;
        }

        @Override
        public List<MultiValueContainer> getRange() {
            return range;
        }

        @Override
        public List<List<ValueContainer>> getText() {
            return textsList;
        }

        @Override
        public CostTableSource getCostsSource() {
            return () -> ActionCostSourceImpl.getActionCostList(el);
        }

        @Override
        public ValueContainer getPrecalcRow() {
            return precalcRow;
        }
    });
    return toolTip;
}