Example usage for org.jfree.data XYSeries XYSeries

Introduction

In this page you can find the example usage for org.jfree.data XYSeries XYSeries.

Prototype

public XYSeries(final String name) 

Source Link

Document

Creates a new empty series.

Usage

From source file:simMPLS.scenario.TReceiverStats.java

/**
 * Este mtodo crea una nueva instancia de TEstadisticasReceptor.
 * @since 1.0/*ww w .  j a v a 2s .c  o  m*/
 */
public TReceiverStats() {
    paquetesEntrantes = new XYSeriesCollection();
    entrantesIPv4 = new XYSeries(TStats.IPV4);
    entrantesIPv4_GOS1 = new XYSeries(TStats.IPV4_GOS1);
    entrantesIPv4_GOS2 = new XYSeries(TStats.IPV4_GOS2);
    entrantesIPv4_GOS3 = new XYSeries(TStats.IPV4_GOS3);
    entrantesMPLS = new XYSeries(TStats.MPLS);
    entrantesMPLS_GOS1 = new XYSeries(TStats.MPLS_GOS1);
    entrantesMPLS_GOS2 = new XYSeries(TStats.MPLS_GOS2);
    entrantesMPLS_GOS3 = new XYSeries(TStats.MPLS_GOS3);
    entrantesGPSRP = new XYSeries(TStats.GPSRP);
    tEIPV4 = 0;
    tEIPV4_GOS1 = 0;
    tEIPV4_GOS2 = 0;
    tEIPV4_GOS3 = 0;
    tEMPLS = 0;
    tEMPLS_GOS1 = 0;
    tEMPLS_GOS2 = 0;
    tEMPLS_GOS3 = 0;
    tEGPSRP = 0;
}

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From source file:simMPLS.scenario.TSenderStats.java

/**
 * Creates a new instance of TEstadisticasEmisor
 * @since 1.0// w ww  .j av  a  2 s  .c o m
 */
public TSenderStats() {
    paquetesSalientes = new XYSeriesCollection();
    paquetesDescartados = new XYSeriesCollection();
    salientesIPv4 = new XYSeries(TStats.IPV4);
    salientesIPv4_GOS1 = new XYSeries(TStats.IPV4_GOS1);
    salientesIPv4_GOS2 = new XYSeries(TStats.IPV4_GOS2);
    salientesIPv4_GOS3 = new XYSeries(TStats.IPV4_GOS3);
    salientesMPLS = new XYSeries(TStats.MPLS);
    salientesMPLS_GOS1 = new XYSeries(TStats.MPLS_GOS1);
    salientesMPLS_GOS2 = new XYSeries(TStats.MPLS_GOS2);
    salientesMPLS_GOS3 = new XYSeries(TStats.MPLS_GOS3);
    descartadosIPv4 = new XYSeries(TStats.IPV4);
    descartadosIPv4_GOS1 = new XYSeries(TStats.IPV4_GOS1);
    descartadosIPv4_GOS2 = new XYSeries(TStats.IPV4_GOS2);
    descartadosIPv4_GOS3 = new XYSeries(TStats.IPV4_GOS3);
    descartadosMPLS = new XYSeries(TStats.MPLS);
    descartadosMPLS_GOS1 = new XYSeries(TStats.MPLS_GOS1);
    descartadosMPLS_GOS2 = new XYSeries(TStats.MPLS_GOS2);
    descartadosMPLS_GOS3 = new XYSeries(TStats.MPLS_GOS3);
    tSIPV4 = 0;
    tSIPV4_GOS1 = 0;
    tSIPV4_GOS2 = 0;
    tSIPV4_GOS3 = 0;
    tSMPLS = 0;
    tSMPLS_GOS1 = 0;
    tSMPLS_GOS2 = 0;
    tSMPLS_GOS3 = 0;
    tDIPV4 = 0;
    tDIPV4_GOS1 = 0;
    tDIPV4_GOS2 = 0;
    tDIPV4_GOS3 = 0;
    tDMPLS = 0;
    tDMPLS_GOS1 = 0;
    tDMPLS_GOS2 = 0;
    tDMPLS_GOS3 = 0;
}

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From source file:edu.caltechUcla.sselCassel.projects.jMarkets.shared.interfaces.PriceChart.java

public void test() {
    XYSeries testSeries = new XYSeries("Test Series");
    testSeries.add(10, 10);/* w w w.j  av a 2s.  co  m*/
    testSeries.add(20, 20);
    testSeries.add(30, 30);

    XYSeriesCollection collection = new XYSeriesCollection(testSeries);

    NumberAxis yAxis = new NumberAxis("Y Axis");
    NumberAxis xAxis = new NumberAxis("X Axis");

    XYLineAndShapeRenderer renderer = new XYLineAndShapeRenderer();

    XYPlot plot = new XYPlot(collection, xAxis, yAxis, renderer);

    JFreeChart chart = new JFreeChart("Price Chart", new Font("Arial", 0, 12), plot, true);
    ChartPanel chartPanel = new ChartPanel(chart, false, false, false, false, false);

    JFrame frame = new JFrame();
    frame.getContentPane().add(chartPanel);
    frame.setVisible(true);
    frame.pack();

}

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From source file:simMPLS.scenario.TLSRStats.java

/**
 * Crea una nueva instancia de TEstadisticasLSR
 * @since 1.0//from   ww w. j av a  2  s  . c  o m
 */
public TLSRStats() {
    paquetesEntrantes = new XYSeriesCollection();
    paquetesSalientes = new XYSeriesCollection();
    paquetesDescartados = new XYSeriesCollection();
    salientesMPLS = new XYSeries(TStats.MPLS);
    salientesMPLS_GOS1 = new XYSeries(TStats.MPLS_GOS1);
    salientesMPLS_GOS2 = new XYSeries(TStats.MPLS_GOS2);
    salientesMPLS_GOS3 = new XYSeries(TStats.MPLS_GOS3);
    salientesTLDP = new XYSeries(TStats.TLDP);
    salientesGPSRP = new XYSeries(TStats.GPSRP);
    entrantesMPLS = new XYSeries(TStats.MPLS);
    entrantesMPLS_GOS1 = new XYSeries(TStats.MPLS_GOS1);
    entrantesMPLS_GOS2 = new XYSeries(TStats.MPLS_GOS2);
    entrantesMPLS_GOS3 = new XYSeries(TStats.MPLS_GOS3);
    entrantesTLDP = new XYSeries(TStats.TLDP);
    entrantesGPSRP = new XYSeries(TStats.GPSRP);
    descartadosMPLS = new XYSeries(TStats.MPLS);
    descartadosMPLS_GOS1 = new XYSeries(TStats.MPLS_GOS1);
    descartadosMPLS_GOS2 = new XYSeries(TStats.MPLS_GOS2);
    descartadosMPLS_GOS3 = new XYSeries(TStats.MPLS_GOS3);
    descartadosTLDP = new XYSeries(TStats.TLDP);
    descartadosGPSRP = new XYSeries(TStats.GPSRP);
    tEMPLS = 0;
    tEMPLS_GOS1 = 0;
    tEMPLS_GOS2 = 0;
    tEMPLS_GOS3 = 0;
    tETLDP = 0;
    tEGPSRP = 0;
    tSMPLS = 0;
    tSMPLS_GOS1 = 0;
    tSMPLS_GOS2 = 0;
    tSMPLS_GOS3 = 0;
    tSTLDP = 0;
    tSGPSRP = 0;
    tDMPLS = 0;
    tDMPLS_GOS1 = 0;
    tDMPLS_GOS2 = 0;
    tDMPLS_GOS3 = 0;
    tDTLDP = 0;
    tDGPSRP = 0;
}

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From source file:simMPLS.scenario.TLSRAStats.java

/**
 * Crea una nueva instancia de TEstadisticasLSRA
 * @since 1.0//ww w .  j  ava2  s .co m
 */
public TLSRAStats() {
    paquetesEntrantes = new XYSeriesCollection();
    paquetesSalientes = new XYSeriesCollection();
    paquetesDescartados = new XYSeriesCollection();
    salientesMPLS = new XYSeries(TStats.MPLS);
    salientesMPLS_GOS1 = new XYSeries(TStats.MPLS_GOS1);
    salientesMPLS_GOS2 = new XYSeries(TStats.MPLS_GOS2);
    salientesMPLS_GOS3 = new XYSeries(TStats.MPLS_GOS3);
    salientesTLDP = new XYSeries(TStats.TLDP);
    salientesGPSRP = new XYSeries(TStats.GPSRP);
    entrantesMPLS = new XYSeries(TStats.MPLS);
    entrantesMPLS_GOS1 = new XYSeries(TStats.MPLS_GOS1);
    entrantesMPLS_GOS2 = new XYSeries(TStats.MPLS_GOS2);
    entrantesMPLS_GOS3 = new XYSeries(TStats.MPLS_GOS3);
    entrantesTLDP = new XYSeries(TStats.TLDP);
    entrantesGPSRP = new XYSeries(TStats.GPSRP);
    descartadosMPLS = new XYSeries(TStats.MPLS);
    descartadosMPLS_GOS1 = new XYSeries(TStats.MPLS_GOS1);
    descartadosMPLS_GOS2 = new XYSeries(TStats.MPLS_GOS2);
    descartadosMPLS_GOS3 = new XYSeries(TStats.MPLS_GOS3);
    descartadosTLDP = new XYSeries(TStats.TLDP);
    descartadosGPSRP = new XYSeries(TStats.GPSRP);
    tEMPLS = 0;
    tEMPLS_GOS1 = 0;
    tEMPLS_GOS2 = 0;
    tEMPLS_GOS3 = 0;
    tETLDP = 0;
    tEGPSRP = 0;
    tSMPLS = 0;
    tSMPLS_GOS1 = 0;
    tSMPLS_GOS2 = 0;
    tSMPLS_GOS3 = 0;
    tSTLDP = 0;
    tSGPSRP = 0;
    tDMPLS = 0;
    tDMPLS_GOS1 = 0;
    tDMPLS_GOS2 = 0;
    tDMPLS_GOS3 = 0;
    tDTLDP = 0;
    tDGPSRP = 0;
    retransmisionesAtendidas = new DefaultCategoryDataset();
    solicitudesRecibidas = 0;
    retransmisionesRealizadas = 0;
    retransmisionesNoRealizadas = 0;
    recuperacionesLocales = new DefaultCategoryDataset();
    paquetesGoSPerdido = 0;
    solicitudesEmitidas = 0;
    paquetesGoSRecuperados = 0;
    paquetesGoSNoRecuperados = 0;
}

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From source file:simMPLS.scenario.TLERStats.java

/**
 * Crea una nueva instancia de TEstadisticasLER
 * @since 1.0//  w ww  .  j av  a 2s  .c  o  m
 */
public TLERStats() {
    paquetesEntrantes = new XYSeriesCollection();
    paquetesSalientes = new XYSeriesCollection();
    paquetesDescartados = new XYSeriesCollection();
    salientesIPv4 = new XYSeries(TStats.IPV4);
    salientesIPv4_GOS1 = new XYSeries(TStats.IPV4_GOS1);
    salientesIPv4_GOS2 = new XYSeries(TStats.IPV4_GOS2);
    salientesIPv4_GOS3 = new XYSeries(TStats.IPV4_GOS3);
    salientesMPLS = new XYSeries(TStats.MPLS);
    salientesMPLS_GOS1 = new XYSeries(TStats.MPLS_GOS1);
    salientesMPLS_GOS2 = new XYSeries(TStats.MPLS_GOS2);
    salientesMPLS_GOS3 = new XYSeries(TStats.MPLS_GOS3);
    salientesTLDP = new XYSeries(TStats.TLDP);
    salientesGPSRP = new XYSeries(TStats.GPSRP);
    entrantesIPv4 = new XYSeries(TStats.IPV4);
    entrantesIPv4_GOS1 = new XYSeries(TStats.IPV4_GOS1);
    entrantesIPv4_GOS2 = new XYSeries(TStats.IPV4_GOS2);
    entrantesIPv4_GOS3 = new XYSeries(TStats.IPV4_GOS3);
    entrantesMPLS = new XYSeries(TStats.MPLS);
    entrantesMPLS_GOS1 = new XYSeries(TStats.MPLS_GOS1);
    entrantesMPLS_GOS2 = new XYSeries(TStats.MPLS_GOS2);
    entrantesMPLS_GOS3 = new XYSeries(TStats.MPLS_GOS3);
    entrantesTLDP = new XYSeries(TStats.TLDP);
    entrantesGPSRP = new XYSeries(TStats.GPSRP);
    descartadosIPv4 = new XYSeries(TStats.IPV4);
    descartadosIPv4_GOS1 = new XYSeries(TStats.IPV4_GOS1);
    descartadosIPv4_GOS2 = new XYSeries(TStats.IPV4_GOS2);
    descartadosIPv4_GOS3 = new XYSeries(TStats.IPV4_GOS3);
    descartadosMPLS = new XYSeries(TStats.MPLS);
    descartadosMPLS_GOS1 = new XYSeries(TStats.MPLS_GOS1);
    descartadosMPLS_GOS2 = new XYSeries(TStats.MPLS_GOS2);
    descartadosMPLS_GOS3 = new XYSeries(TStats.MPLS_GOS3);
    descartadosTLDP = new XYSeries(TStats.TLDP);
    descartadosGPSRP = new XYSeries(TStats.GPSRP);
    tEIPV4 = 0;
    tEIPV4_GOS1 = 0;
    tEIPV4_GOS2 = 0;
    tEIPV4_GOS3 = 0;
    tEMPLS = 0;
    tEMPLS_GOS1 = 0;
    tEMPLS_GOS2 = 0;
    tEMPLS_GOS3 = 0;
    tETLDP = 0;
    tEGPSRP = 0;
    tSIPV4 = 0;
    tSIPV4_GOS1 = 0;
    tSIPV4_GOS2 = 0;
    tSIPV4_GOS3 = 0;
    tSMPLS = 0;
    tSMPLS_GOS1 = 0;
    tSMPLS_GOS2 = 0;
    tSMPLS_GOS3 = 0;
    tSTLDP = 0;
    tSGPSRP = 0;
    tDIPV4 = 0;
    tDIPV4_GOS1 = 0;
    tDIPV4_GOS2 = 0;
    tDIPV4_GOS3 = 0;
    tDMPLS = 0;
    tDMPLS_GOS1 = 0;
    tDMPLS_GOS2 = 0;
    tDMPLS_GOS3 = 0;
    tDTLDP = 0;
    tDGPSRP = 0;
}

---

From source file:simMPLS.scenario.TLERAStats.java

/**
 * Crea una nueva instancia de TEstadisticasLERA
 * @since 1.0// w ww .j a va 2 s . co m
 */
public TLERAStats() {
    paquetesEntrantes = new XYSeriesCollection();
    paquetesSalientes = new XYSeriesCollection();
    paquetesDescartados = new XYSeriesCollection();
    salientesIPv4 = new XYSeries(TStats.IPV4);
    salientesIPv4_GOS1 = new XYSeries(TStats.IPV4_GOS1);
    salientesIPv4_GOS2 = new XYSeries(TStats.IPV4_GOS2);
    salientesIPv4_GOS3 = new XYSeries(TStats.IPV4_GOS3);
    salientesMPLS = new XYSeries(TStats.MPLS);
    salientesMPLS_GOS1 = new XYSeries(TStats.MPLS_GOS1);
    salientesMPLS_GOS2 = new XYSeries(TStats.MPLS_GOS2);
    salientesMPLS_GOS3 = new XYSeries(TStats.MPLS_GOS3);
    salientesTLDP = new XYSeries(TStats.TLDP);
    salientesGPSRP = new XYSeries(TStats.GPSRP);
    entrantesIPv4 = new XYSeries(TStats.IPV4);
    entrantesIPv4_GOS1 = new XYSeries(TStats.IPV4_GOS1);
    entrantesIPv4_GOS2 = new XYSeries(TStats.IPV4_GOS2);
    entrantesIPv4_GOS3 = new XYSeries(TStats.IPV4_GOS3);
    entrantesMPLS = new XYSeries(TStats.MPLS);
    entrantesMPLS_GOS1 = new XYSeries(TStats.MPLS_GOS1);
    entrantesMPLS_GOS2 = new XYSeries(TStats.MPLS_GOS2);
    entrantesMPLS_GOS3 = new XYSeries(TStats.MPLS_GOS3);
    entrantesTLDP = new XYSeries(TStats.TLDP);
    entrantesGPSRP = new XYSeries(TStats.GPSRP);
    descartadosIPv4 = new XYSeries(TStats.IPV4);
    descartadosIPv4_GOS1 = new XYSeries(TStats.IPV4_GOS1);
    descartadosIPv4_GOS2 = new XYSeries(TStats.IPV4_GOS2);
    descartadosIPv4_GOS3 = new XYSeries(TStats.IPV4_GOS3);
    descartadosMPLS = new XYSeries(TStats.MPLS);
    descartadosMPLS_GOS1 = new XYSeries(TStats.MPLS_GOS1);
    descartadosMPLS_GOS2 = new XYSeries(TStats.MPLS_GOS2);
    descartadosMPLS_GOS3 = new XYSeries(TStats.MPLS_GOS3);
    descartadosTLDP = new XYSeries(TStats.TLDP);
    descartadosGPSRP = new XYSeries(TStats.GPSRP);
    tEIPV4 = 0;
    tEIPV4_GOS1 = 0;
    tEIPV4_GOS2 = 0;
    tEIPV4_GOS3 = 0;
    tEMPLS = 0;
    tEMPLS_GOS1 = 0;
    tEMPLS_GOS2 = 0;
    tEMPLS_GOS3 = 0;
    tETLDP = 0;
    tEGPSRP = 0;
    tSIPV4 = 0;
    tSIPV4_GOS1 = 0;
    tSIPV4_GOS2 = 0;
    tSIPV4_GOS3 = 0;
    tSMPLS = 0;
    tSMPLS_GOS1 = 0;
    tSMPLS_GOS2 = 0;
    tSMPLS_GOS3 = 0;
    tSTLDP = 0;
    tSGPSRP = 0;
    tDIPV4 = 0;
    tDIPV4_GOS1 = 0;
    tDIPV4_GOS2 = 0;
    tDIPV4_GOS3 = 0;
    tDMPLS = 0;
    tDMPLS_GOS1 = 0;
    tDMPLS_GOS2 = 0;
    tDMPLS_GOS3 = 0;
    tDTLDP = 0;
    tDGPSRP = 0;
    retransmisionesAtendidas = new DefaultCategoryDataset();
    solicitudesRecibidas = 0;
    retransmisionesRealizadas = 0;
    retransmisionesNoRealizadas = 0;
    recuperacionesLocales = new DefaultCategoryDataset();
    paquetesGoSPerdido = 0;
    solicitudesEmitidas = 0;
    paquetesGoSRecuperados = 0;
    paquetesGoSNoRecuperados = 0;
}

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From source file:com.sixrr.metrics.ui.charts.DistributionDialog.java

private XYSeriesCollection createDistributionSeries() {
    final double[] strippedData = GraphUtils.stripNulls(datapoints);

    final XYSeries series = new XYSeries(metricName);
    Arrays.sort(strippedData);// w w  w  . j ava2 s.c o m
    if (strippedData[0] != 0.0) {
        series.add(0.0, 0.0);
    }
    for (int i = 0; i < strippedData.length; i++) {
        int j = i + 1;
        while (j < strippedData.length && strippedData[i] == strippedData[j]) {
            i++;
            j++;
        }
        series.add(strippedData[i], (double) (i + 1) * 100.0 / (double) strippedData.length);
    }
    return new XYSeriesCollection(series);
}

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From source file:com.sixrr.metrics.ui.charts.DiffDistributionDialog.java

private XYSeriesCollection createDistributionSeries() {

    final double[] strippedDataPoints = GraphUtils.stripNulls(datapoints);
    final XYSeries series = new XYSeries(metricName);
    Arrays.sort(strippedDataPoints);
    if (strippedDataPoints[0] != 0.0) {
        series.add(0.0, 0.0);/*  w w  w  .j av  a2  s. c  o m*/
    }
    for (int i = 0; i < strippedDataPoints.length; i++) {
        int j = i + 1;
        while (j < strippedDataPoints.length && strippedDataPoints[i] == strippedDataPoints[j]) {
            i++;
            j++;
        }
        series.add(strippedDataPoints[i], (double) (i + 1) * 100.0 / (double) strippedDataPoints.length);
    }
    final XYSeriesCollection seriesCollection = new XYSeriesCollection();
    seriesCollection.addSeries(series);
    final double[] strippedPrevDataPoints = GraphUtils.stripNulls(prevDatapoints);
    final XYSeries prevSeries = new XYSeries(MetricsReloadedBundle.message("previous") + " " + metricName);
    Arrays.sort(strippedPrevDataPoints);
    if (strippedPrevDataPoints[0] != 0.0) {
        prevSeries.add(0.0, 0.0);
    }
    for (int i = 0; i < strippedPrevDataPoints.length; i++) {
        int j = i + 1;
        while (j < strippedPrevDataPoints.length && strippedPrevDataPoints[i] == strippedPrevDataPoints[j]) {
            i++;
            j++;
        }
        prevSeries.add(strippedPrevDataPoints[i],
                (double) (i + 1) * 100.0 / (double) strippedPrevDataPoints.length);
    }
    seriesCollection.addSeries(prevSeries);
    return seriesCollection;
}

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From source file:de.berlios.statcvs.xml.report.CommitActivityChart.java

/**
 * @param settings//from  w w  w.  j  a v  a 2  s .  c om
 * @param defaultFilename
 * @param defaultSubtitle
 */
public CommitActivityChart(CvsContent content, ReportSettings settings) {
    super(settings, "commitactivity%1.png", I18n.tr("Commit Activity%1"));

    Grouper grouper = settings.getGrouper(new AuthorGrouper());
    Map seriesByGroup = new HashMap();

    XYSeries series = createXYSeries(grouper.getName() + " " + I18n.tr("(All)"),
            settings.getRevisionIterator(content));
    XYDataset dataset = new XYSeriesCollection(series);
    addPlot(createPlot(dataset, series.getName()));

    Iterator it = settings.getRevisionIterator(content);
    while (it.hasNext()) {
        CvsRevision rev = (CvsRevision) it.next();
        Object group = grouper.getGroup(rev);
        XYSeries groupSeries = (XYSeries) seriesByGroup.get(group);
        if (groupSeries == null) {
            groupSeries = new XYSeries(grouper.getName(group));
            seriesByGroup.put(group, groupSeries);
        }
        addToXYSeries(groupSeries, rev);
    }

    Iterator it2 = seriesByGroup.keySet().iterator();
    while (it2.hasNext()) {
        Object group = it2.next();
        dataset = new XYSeriesCollection((XYSeries) seriesByGroup.get(group));
        addPlot(createPlot(dataset, grouper.getName(group)));
    }

    setup(false);
}

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