Examples with StatisticsGroupingKey de.symeda.sormas.api.statistics.StatisticsGroupingKey used on opensource projects

Example 1 with StatisticsGroupingKey

use of de.symeda.sormas.api.statistics.StatisticsGroupingKey in project SORMAS-Project by hzi-braunschweig.

the class StatisticsFilterElement method createTokens.

protected List<TokenizableValue> createTokens(Collection<? extends StatisticsGroupingKey> groupingKeys) {
    List<TokenizableValue> result = new ArrayList<>(groupingKeys.size());
    int index = 0;
    for (StatisticsGroupingKey groupingKey : groupingKeys) {
        result.add(new TokenizableValue(groupingKey, index++));
    }
    return result;
}

Example 2 with StatisticsGroupingKey

use of de.symeda.sormas.api.statistics.StatisticsGroupingKey in project SORMAS-Project by hzi-braunschweig.

the class CaseStatisticsFacadeEjb method queryCaseCount.

@SuppressWarnings("unchecked")
@Override
public List<StatisticsCaseCountDto> queryCaseCount(StatisticsCaseCriteria caseCriteria, StatisticsCaseAttribute rowGrouping, StatisticsCaseSubAttribute rowSubGrouping, StatisticsCaseAttribute columnGrouping, StatisticsCaseSubAttribute columnSubGrouping, boolean includePopulation, boolean includeZeroValues, Integer populationReferenceYear) {
    // case counts
    Pair<String, List<Object>> caseCountQueryAndParams = buildCaseCountQuery(caseCriteria, rowGrouping, rowSubGrouping, columnGrouping, columnSubGrouping);
    Query caseCountQuery = em.createNativeQuery(caseCountQueryAndParams.getKey().toString());
    for (int i = 0; i < caseCountQueryAndParams.getValue().size(); i++) {
        caseCountQuery.setParameter(i + 1, caseCountQueryAndParams.getValue().get(i));
    }
    Function<Integer, RegionReferenceDto> regionProvider = id -> regionFacade.getRegionReferenceById(id);
    Function<Integer, DistrictReferenceDto> districtProvider = id -> districtFacade.getDistrictReferenceById(id);
    Function<Integer, CommunityReferenceDto> communityProvider = id -> communityFacade.getCommunityReferenceById(id);
    Function<Integer, FacilityReferenceDto> healthFacilityProvider = id -> facilityFacade.getFacilityReferenceById(id);
    List<StatisticsCaseCountDto> caseCountResults = ((Stream<Object[]>) caseCountQuery.getResultStream()).map(result -> {
        Object rowKey = "".equals(result[1]) ? null : result[1];
        Object columnKey = "".equals(result[2]) ? null : result[2];
        return new StatisticsCaseCountDto(result[0] != null ? ((Number) result[0]).intValue() : null, null, StatisticsHelper.buildGroupingKey(rowKey, rowGrouping, rowSubGrouping, regionProvider, districtProvider, communityProvider, healthFacilityProvider), StatisticsHelper.buildGroupingKey(columnKey, columnGrouping, columnSubGrouping, regionProvider, districtProvider, communityProvider, healthFacilityProvider));
    }).collect(Collectors.toList());
    if (includeZeroValues) {
        List<StatisticsGroupingKey> allRowKeys;
        if (rowGrouping != null) {
            allRowKeys = (List<StatisticsGroupingKey>) caseCriteria.getFilterValuesForGrouping(rowGrouping, rowSubGrouping);
            if (allRowKeys == null) {
                allRowKeys = StatisticsHelper.getAttributeGroupingKeys(rowGrouping, rowSubGrouping, diseaseConfigurationFacade, caseFacade, regionFacade, districtFacade);
            }
        } else {
            allRowKeys = Arrays.asList((StatisticsGroupingKey) null);
        }
        List<StatisticsGroupingKey> allColumnKeys;
        if (columnGrouping != null) {
            allColumnKeys = (List<StatisticsGroupingKey>) caseCriteria.getFilterValuesForGrouping(columnGrouping, columnSubGrouping);
            if (allColumnKeys == null) {
                allColumnKeys = StatisticsHelper.getAttributeGroupingKeys(columnGrouping, columnSubGrouping, diseaseConfigurationFacade, caseFacade, regionFacade, districtFacade);
            }
        } else {
            allColumnKeys = Arrays.asList((StatisticsGroupingKey) null);
        }
        for (StatisticsGroupingKey rowKey : allRowKeys) {
            for (StatisticsGroupingKey columnKey : allColumnKeys) {
                StatisticsCaseCountDto zeroDto = new StatisticsCaseCountDto(0, null, rowKey, columnKey);
                if (!caseCountResults.contains(zeroDto)) {
                    caseCountResults.add(zeroDto);
                }
            }
        }
    }
    // population
    if (includePopulation) {
        Pair<String, List<Object>> populationQueryAndParams = buildPopulationQuery(caseCriteria, rowGrouping, rowSubGrouping, columnGrouping, columnSubGrouping, populationReferenceYear);
        Query populationQuery = em.createNativeQuery(populationQueryAndParams.getKey().toString());
        for (int i = 0; i < populationQueryAndParams.getValue().size(); i++) {
            populationQuery.setParameter(i + 1, populationQueryAndParams.getValue().get(i));
        }
        List<StatisticsCaseCountDto> populationResults = ((Stream<Object[]>) populationQuery.getResultStream()).map(result -> {
            Object rowKey = "".equals(result[1]) ? null : result[1];
            Object columnKey = "".equals(result[2]) ? null : result[2];
            return new StatisticsCaseCountDto(null, result[0] != null ? ((Number) result[0]).intValue() : null, StatisticsHelper.buildGroupingKey(rowKey, rowGrouping, rowSubGrouping, regionProvider, districtProvider, communityProvider, healthFacilityProvider), StatisticsHelper.buildGroupingKey(columnKey, columnGrouping, columnSubGrouping, regionProvider, districtProvider, communityProvider, healthFacilityProvider));
        }).collect(Collectors.toList());
        boolean rowIsPopulation = rowGrouping != null && rowGrouping.isPopulationData();
        boolean columnIsPopulation = columnGrouping != null && columnGrouping.isPopulationData();
        if (!populationResults.isEmpty()) {
            assert ((populationResults.get(0).getRowKey() != null) == rowIsPopulation);
            assert ((populationResults.get(0).getColumnKey() != null) == columnIsPopulation);
        }
        // add the population data to the case counts
        // when a key is not a population data key, we use null instead
        StatisticsCaseCountDto searchDto = new StatisticsCaseCountDto(null, null, null, null);
        for (StatisticsCaseCountDto caseCountResult : caseCountResults) {
            if (rowIsPopulation) {
                searchDto.setRowKey(caseCountResult.getRowKey());
            }
            if (columnIsPopulation) {
                searchDto.setColumnKey(caseCountResult.getColumnKey());
            }
            int index = populationResults.indexOf(searchDto);
            if (index >= 0) {
                caseCountResult.setPopulation(populationResults.get(index).getPopulation());
            }
        }
    }
    return caseCountResults;
}

Example 3 with StatisticsGroupingKey

use of de.symeda.sormas.api.statistics.StatisticsGroupingKey in project SORMAS-Project by hzi-braunschweig.

the class StatisticsFilterValuesElement method getFilterValues.

private List<TokenizableValue> getFilterValues() {
    if (subAttribute != null) {
        switch(subAttribute) {
            case YEAR:
            case QUARTER:
            case MONTH:
            case EPI_WEEK:
            case QUARTER_OF_YEAR:
            case MONTH_OF_YEAR:
            case EPI_WEEK_OF_YEAR:
                List<StatisticsGroupingKey> dateValues = StatisticsHelper.getTimeGroupingKeys(attribute, subAttribute, FacadeProvider.getCaseFacade());
                return createTokens(dateValues);
            case REGION:
                return createTokens(FacadeProvider.getRegionFacade().getAllActiveByServerCountry());
            case DISTRICT:
                if (jurisdictionElement == null) {
                    return createTokens(FacadeProvider.getDistrictFacade().getAllActiveAsReference());
                }
                return createDistrictTokens(jurisdictionElement.getSelectedRegions());
            case COMMUNITY:
                if (jurisdictionElement == null) {
                    return new ArrayList<>();
                }
                return createCommunityTokens(jurisdictionElement.getSelectedDistricts());
            case FACILITY:
                if (jurisdictionElement == null) {
                    return new ArrayList<>();
                }
                List<TokenizableValue> selectedDistrictTokenizables = jurisdictionElement.getSelectedDistricts();
                List<TokenizableValue> selectedCommunityTokenizables = jurisdictionElement.getSelectedCommunities();
                if (CollectionUtils.isNotEmpty(selectedCommunityTokenizables)) {
                    List<FacilityReferenceDto> facilities = new ArrayList<>();
                    for (TokenizableValue selectedCommunityTokenizable : selectedCommunityTokenizables) {
                        CommunityReferenceDto selectedCommunity = (CommunityReferenceDto) selectedCommunityTokenizable.getValue();
                        facilities.addAll(FacadeProvider.getFacilityFacade().getActiveFacilitiesByCommunityAndType(selectedCommunity, jurisdictionElement.getFacilityType(), false, false));
                    }
                    return createTokens(facilities);
                } else if (CollectionUtils.isNotEmpty(selectedDistrictTokenizables)) {
                    List<FacilityReferenceDto> facilities = new ArrayList<>();
                    for (TokenizableValue selectedDistrictTokenizable : selectedDistrictTokenizables) {
                        DistrictReferenceDto selectedDistrict = (DistrictReferenceDto) selectedDistrictTokenizable.getValue();
                        facilities.addAll(FacadeProvider.getFacilityFacade().getActiveFacilitiesByDistrictAndType(selectedDistrict, jurisdictionElement.getFacilityType(), false, false));
                    }
                    return createTokens(facilities);
                } else {
                    return new ArrayList<>();
                }
            case PERSON_REGION:
                return createTokens(FacadeProvider.getRegionFacade().getAllActiveByServerCountry());
            case PERSON_DISTRICT:
                if (residenceElement == null) {
                    return createTokens(FacadeProvider.getDistrictFacade().getAllActiveAsReference());
                }
                return createDistrictTokens(residenceElement.getSelectedRegions());
            case PERSON_COMMUNITY:
                if (residenceElement == null) {
                    return new ArrayList<>();
                }
                return createCommunityTokens(residenceElement.getSelectedDistricts());
            case PERSON_CITY:
            case PERSON_POSTCODE:
                return new ArrayList<>();
            default:
                throw new IllegalArgumentException(this.toString());
        }
    } else {
        switch(attribute) {
            case SEX:
                List<TokenizableValue> tokens = createTokens(Sex.values());
                tokens.add(new TokenizableValue(I18nProperties.getCaption(Captions.notSpecified), tokens.size()));
                return tokens;
            case AGE_INTERVAL_1_YEAR:
            case AGE_INTERVAL_5_YEARS:
            case AGE_INTERVAL_CHILDREN_COARSE:
            case AGE_INTERVAL_CHILDREN_FINE:
            case AGE_INTERVAL_CHILDREN_MEDIUM:
            case AGE_INTERVAL_BASIC:
                List<StatisticsGroupingKey> ageIntervalValues = StatisticsHelper.getAgeIntervalGroupingKeys(attribute);
                return createTokens(ageIntervalValues);
            case DISEASE:
                return createTokens(FacadeProvider.getDiseaseConfigurationFacade().getAllDiseases(true, true, true));
            case CLASSIFICATION:
                return createTokens(CaseClassification.values());
            case OUTCOME:
                return createTokens(CaseOutcome.values());
            case REPORTING_USER_ROLE:
                return createTokens(UserRole.values());
            default:
                throw new IllegalArgumentException(this.toString());
        }
    }
}

Example 4 with StatisticsGroupingKey

use of de.symeda.sormas.api.statistics.StatisticsGroupingKey in project SORMAS-Project by hzi-braunschweig.

the class StatisticsView method generateChart.

public void generateChart() {
    List<StatisticsCaseCountDto> resultData = generateStatistics();
    if (resultData.isEmpty()) {
        resultsLayout.addComponent(emptyResultLabel);
        return;
    }
    if (showCaseIncidence && caseIncidencePossible && populationReferenceYear != null && populationReferenceYear != Calendar.getInstance().get(Calendar.YEAR)) {
        referenceYearLabel = new Label(VaadinIcons.INFO_CIRCLE.getHtml() + " " + String.format(I18nProperties.getString(Strings.infoPopulationReferenceYear), populationReferenceYear), ContentMode.HTML);
        resultsLayout.addComponent(referenceYearLabel);
        CssStyles.style(referenceYearLabel, CssStyles.VSPACE_TOP_4);
    }
    if (showCaseIncidence && (!caseIncidencePossible || hasMissingPopulationData)) {
        if (!caseIncidencePossible) {
            if (hasMissingPopulationData) {
                caseIncidenceNotPossibleLabel = new Label(VaadinIcons.INFO_CIRCLE.getHtml() + " " + String.format(I18nProperties.getString(Strings.infoCaseIncidenceNotPossible), missingPopulationDataNames), ContentMode.HTML);
            } else {
                caseIncidenceNotPossibleLabel = new Label(VaadinIcons.INFO_CIRCLE.getHtml() + " " + I18nProperties.getString(Strings.infoCaseIncidenceIncompatible), ContentMode.HTML);
            }
        } else {
            caseIncidenceNotPossibleLabel = new Label(VaadinIcons.INFO_CIRCLE.getHtml() + " " + String.format(I18nProperties.getString(Strings.infoCaseIncidenceMissingPopulationData), missingPopulationDataNames), ContentMode.HTML);
        }
        resultsLayout.addComponent(caseIncidenceNotPossibleLabel);
        caseIncidenceNotPossibleLabel.setWidth(100, Unit.PERCENTAGE);
        CssStyles.style(caseIncidenceNotPossibleLabel, CssStyles.VSPACE_TOP_4);
    }
    StatisticsVisualizationChartType chartType = visualizationComponent.getVisualizationChartType();
    StatisticsCaseAttribute xAxisAttribute = visualizationComponent.getColumnsAttribute();
    StatisticsCaseSubAttribute xAxisSubAttribute = visualizationComponent.getColumnsSubAttribute();
    StatisticsCaseAttribute seriesAttribute = visualizationComponent.getRowsAttribute();
    StatisticsCaseSubAttribute seriesSubAttribute = visualizationComponent.getRowsSubAttribute();
    HighChart chart = new HighChart();
    chart.setWidth(100, Unit.PERCENTAGE);
    chart.setHeight(580, Unit.PIXELS);
    StringBuilder hcjs = new StringBuilder();
    hcjs.append("var options = {").append("chart:{ " + " ignoreHiddenSeries: false, " + " type: '");
    switch(chartType) {
        case COLUMN:
        case STACKED_COLUMN:
            hcjs.append("column");
            break;
        case LINE:
            hcjs.append("line");
            break;
        case PIE:
            hcjs.append("pie");
            break;
        default:
            throw new IllegalArgumentException(chartType.toString());
    }
    hcjs.append("', " + " backgroundColor: 'transparent' " + "}," + "credits:{ enabled: false }," + "exporting:{ " + " enabled: true," + " buttons:{ contextButton:{ theme:{ fill: 'transparent' } } }" + "}," + "title:{ text: '' },");
    CaseCountOrIncidence dataStyle = showCaseIncidence && caseIncidencePossible ? CaseCountOrIncidence.CASE_INCIDENCE : CaseCountOrIncidence.CASE_COUNT;
    TreeMap<StatisticsGroupingKey, String> xAxisCaptions = new TreeMap<>(new StatisticsKeyComparator());
    TreeMap<StatisticsGroupingKey, String> seriesCaptions = new TreeMap<>(new StatisticsKeyComparator());
    boolean appendUnknownXAxisCaption = false;
    if (seriesAttribute != null || xAxisAttribute != null) {
        // Build captions for x-axis and/or series
        for (StatisticsCaseCountDto row : resultData) {
            if (xAxisAttribute != null) {
                if (!StatisticsHelper.isNullOrUnknown(row.getColumnKey())) {
                    xAxisCaptions.putIfAbsent((StatisticsGroupingKey) row.getColumnKey(), row.getColumnKey().toString());
                } else {
                    appendUnknownXAxisCaption = true;
                }
            }
            if (seriesAttribute != null) {
                if (!StatisticsHelper.isNullOrUnknown(row.getRowKey())) {
                    seriesCaptions.putIfAbsent((StatisticsGroupingKey) row.getRowKey(), row.getRowKey().toString());
                }
            }
        }
    }
    if (chartType != StatisticsVisualizationChartType.PIE) {
        hcjs.append("xAxis: { categories: [");
        if (xAxisAttribute != null) {
            xAxisCaptions.forEach((key, value) -> {
                hcjs.append("'").append(StringEscapeUtils.escapeEcmaScript(xAxisCaptions.get(key))).append("',");
            });
            if (appendUnknownXAxisCaption) {
                hcjs.append("'").append(getEscapedFragment(StatisticsHelper.NOT_SPECIFIED)).append("'");
            }
        } else if (seriesAttribute != null) {
            hcjs.append("'").append(seriesSubAttribute != null ? seriesSubAttribute.toString() : seriesAttribute.toString()).append("'");
        } else {
            hcjs.append("'").append(getEscapedFragment(StatisticsHelper.TOTAL)).append("'");
        }
        int numberOfCategories = xAxisAttribute != null ? appendUnknownXAxisCaption ? xAxisCaptions.size() + 1 : xAxisCaptions.size() : 1;
        hcjs.append("], min: 0, max: " + (numberOfCategories - 1) + "},");
        hcjs.append("yAxis: { min: 0, title: { text: '").append(dataStyle).append("' },").append("allowDecimals: false, softMax: ").append(showCaseIncidence && caseIncidencePossible ? 1 : 10).append(", stackLabels: { enabled: true, ").append("style: {fontWeight: 'normal', textOutline: '0', gridLineColor: '#000000', color: (Highcharts.theme && Highcharts.theme.textColor) || 'gray' } } },");
        hcjs.append("tooltip: { headerFormat: '<b>{point.x}</b><br/>', pointFormat: '{series.name}: {point.y}");
        if (chartType == StatisticsVisualizationChartType.STACKED_COLUMN) {
            hcjs.append("<br/>").append(I18nProperties.getCaption(Captions.total) + ": {point.stackTotal}");
        }
        hcjs.append("'},");
    }
    hcjs.append("legend: { verticalAlign: 'top', backgroundColor: 'transparent', align: 'left', " + "borderWidth: 0, shadow: false, margin: 30, padding: 0 },");
    hcjs.append("colors: ['#FF0000','#6691C4','#ffba08','#519e8a','#ed254e','#39a0ed','#FF8C00','#344055','#D36135','#82d173'],");
    if (chartType == StatisticsVisualizationChartType.STACKED_COLUMN || chartType == StatisticsVisualizationChartType.COLUMN) {
        hcjs.append("plotOptions: { column: { borderWidth: 0, ");
        if (chartType == StatisticsVisualizationChartType.STACKED_COLUMN) {
            hcjs.append("stacking: 'normal', ");
        }
        // @formatter:off
        hcjs.append("groupPadding: 0.05, pointPadding: 0, " + "dataLabels: {" + "enabled: true," + "formatter: function() { if (this.y > 0) return this.y; }," + "color: '#444'," + "backgroundColor: 'rgba(255, 255, 255, 0.75)'," + "borderRadius: 3," + "padding: 3," + "style:{textOutline:'none'}" + "} } },");
    // @formatter:on
    }
    hcjs.append("series: [");
    if (seriesAttribute == null && xAxisAttribute == null) {
        hcjs.append("{ name: '").append(dataStyle).append("', dataLabels: { allowOverlap: false }").append(", data: [['").append(dataStyle).append("',");
        if (!showCaseIncidence || !caseIncidencePossible) {
            hcjs.append(resultData.get(0).getCaseCount().toString());
        } else {
            hcjs.append(resultData.get(0).getIncidence(incidenceDivisor));
        }
        hcjs.append("]]}");
    } else if (visualizationComponent.getVisualizationChartType() == StatisticsVisualizationChartType.PIE) {
        hcjs.append("{ name: '").append(dataStyle).append("', dataLabels: { allowOverlap: false }").append(", data: [");
        TreeMap<StatisticsGroupingKey, StatisticsCaseCountDto> seriesElements = new TreeMap<>(new StatisticsKeyComparator());
        StatisticsCaseCountDto unknownSeriesElement = null;
        for (StatisticsCaseCountDto row : resultData) {
            Object seriesId = row.getRowKey();
            if (StatisticsHelper.isNullOrUnknown(seriesId)) {
                unknownSeriesElement = row;
            } else {
                seriesElements.put((StatisticsGroupingKey) seriesId, row);
            }
        }
        seriesElements.forEach((key, value) -> {
            Object seriesValue;
            if (!showCaseIncidence || !caseIncidencePossible) {
                seriesValue = value.getCaseCount();
            } else {
                seriesValue = value.getIncidence(incidenceDivisor);
            }
            Object seriesId = value.getRowKey();
            hcjs.append("['").append(StringEscapeUtils.escapeEcmaScript(seriesCaptions.get(seriesId))).append("',").append(seriesValue).append("],");
        });
        if (unknownSeriesElement != null) {
            Object seriesValue;
            if (!showCaseIncidence || !caseIncidencePossible) {
                seriesValue = unknownSeriesElement.getCaseCount();
            } else {
                seriesValue = unknownSeriesElement.getIncidence(incidenceDivisor);
            }
            hcjs.append("['").append(dataStyle).append("',").append(seriesValue).append("],");
        }
        hcjs.append("]}");
    } else {
        Object seriesKey = null;
        TreeMap<StatisticsGroupingKey, String> seriesStrings = new TreeMap<>(new StatisticsKeyComparator());
        final StringBuilder currentSeriesString = new StringBuilder();
        final StringBuilder unknownSeriesString = new StringBuilder();
        final StringBuilder totalSeriesString = new StringBuilder();
        TreeMap<Integer, Number> currentSeriesValues = new TreeMap<>();
        for (StatisticsCaseCountDto row : resultData) {
            // Retrieve series caption of the current row
            Object rowSeriesKey;
            if (seriesAttribute != null) {
                if (!StatisticsHelper.isNullOrUnknown(row.getRowKey())) {
                    rowSeriesKey = row.getRowKey();
                } else {
                    rowSeriesKey = StatisticsHelper.VALUE_UNKNOWN;
                }
            } else {
                rowSeriesKey = StatisticsHelper.TOTAL;
            }
            // begin a new series
            if (!DataHelper.equal(seriesKey, rowSeriesKey)) {
                finalizeChartSegment(seriesKey, currentSeriesValues, unknownSeriesString, currentSeriesString, totalSeriesString, seriesStrings);
                // Append the start sequence of the next series String
                if (StatisticsHelper.isNullOrUnknown(rowSeriesKey)) {
                    seriesKey = StatisticsHelper.VALUE_UNKNOWN;
                    unknownSeriesString.append("{ name: '").append(getEscapedFragment(StatisticsHelper.NOT_SPECIFIED)).append("', dataLabels: { allowOverlap: false }, data: [");
                } else if (rowSeriesKey.equals(StatisticsHelper.TOTAL)) {
                    seriesKey = StatisticsHelper.TOTAL;
                    totalSeriesString.append("{name : '").append(getEscapedFragment(StatisticsHelper.TOTAL)).append("', dataLabels: { allowOverlap: false }, data: [");
                } else {
                    seriesKey = (StatisticsGroupingKey) row.getRowKey();
                    currentSeriesString.append("{ name: '").append(StringEscapeUtils.escapeEcmaScript(seriesCaptions.get(seriesKey))).append("', dataLabels: { allowOverlap: false }, data: [");
                }
            }
            Object value;
            if (!showCaseIncidence || !caseIncidencePossible) {
                value = row.getCaseCount();
            } else {
                value = row.getIncidence(incidenceDivisor);
            }
            if (xAxisAttribute != null) {
                Object xAxisId = row.getColumnKey();
                int captionPosition = StatisticsHelper.isNullOrUnknown(xAxisId) ? xAxisCaptions.size() : xAxisCaptions.headMap((StatisticsGroupingKey) xAxisId).size();
                currentSeriesValues.put(captionPosition, (Number) value);
            } else {
                currentSeriesValues.put(0, (Number) value);
            }
        }
        // Add the last series
        finalizeChartSegment(seriesKey, currentSeriesValues, unknownSeriesString, currentSeriesString, totalSeriesString, seriesStrings);
        seriesStrings.forEach((key, value) -> {
            hcjs.append(value);
        });
        // Add the "Unknown" series
        if (unknownSeriesString.length() > 0) {
            hcjs.append(unknownSeriesString.toString());
        }
        // Add the "Total" series
        if (totalSeriesString.length() > 0) {
            hcjs.append(totalSeriesString.toString());
        }
        // Remove last three characters to avoid invalid chart
        hcjs.delete(hcjs.length() - 3, hcjs.length());
        hcjs.append("]}");
    }
    hcjs.append("],");
    // @formatter:off
    hcjs.append("exporting: {\n" + "        buttons: {\n" + "            contextButton: {\n" + "                menuItems: [\n" + "                    'printChart',\n" + "                    'separator',\n" + "                    'downloadPNG',\n" + "                    'downloadJPEG',\n" + "                    'downloadPDF',\n" + "                    'downloadSVG',\n" + "                    'downloadCSV',\n" + "                    'downloadXLS'\n" + "                ]\n" + "            }\n" + "        }\n" + "    }");
    hcjs.append("};");
    // @formatter:on
    chart.setHcjs(hcjs.toString());
    resultsLayout.addComponent(chart);
    resultsLayout.setExpandRatio(chart, 1);
    if (showCaseIncidence && hasMissingPopulationData && caseIncidencePossible) {
        resultsLayout.addComponent(caseIncidenceNotPossibleLabel);
    }
}