Example usage for java.util Formatter Formatter

List of usage examples for java.util Formatter Formatter

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Introduction

In this page you can find the example usage for java.util Formatter Formatter.

Prototype

public Formatter(OutputStream os)

Source Link

Document

Constructs a new formatter with the specified output stream.

Usage

From source file:adapters.AxisAdapter.java

/**
 * Formats and returns a string containing a <SPAN CLASS="logo,LaTeX">L<SUP><SMALL>A</SMALL></SUP>T<SMALL>E</SMALL>X</SPAN>-compatible
 *    source code which represents this axis and its parameters.
 *
 * @return LaTeX source code in a String.
 *    @param scale current axis wished scale.
 *
 *
 *//*from   w w w. j  a va 2s  .c  o  m*/
public String toLatex(double scale) {
    Formatter formatter = new Formatter(Locale.US);
    double maxAxis = Math.max(axis.getRange().getUpperBound(), twinAxisPosition); //valeur du label le plus grand
    double minAxis = Math.min(axis.getRange().getLowerBound(), twinAxisPosition); //valeur du label le plus petit

    String precisionAffichageLabel; //determine combien de decimales seront affichees pour les labels
    double pas = axis.getTickUnit().getSize(); //step d'affichage des labels
    pas = fixStep(minAxis, maxAxis, pas);

    int puissDix; //echelle des valeurs sur l'axe
    if (Math.log10(pas) < 0)
        puissDix = (int) Math.log10(pas) - 1;
    else
        puissDix = (int) Math.log10(pas);

    //Placement des fleches, on pourrait facilement les rendre personnalisables...
    String arrowLeftType = "latex";
    String arrowRightType = "latex";
    String arrowLeftMargin = "3mm";
    String arrowRightMargin = "3mm";
    if (twinAxisPosition == minAxis) {
        arrowLeftType = "";
        arrowLeftMargin = "0mm";
    } else if (twinAxisPosition == maxAxis) {
        arrowRightType = "";
        arrowRightMargin = "0mm";
    }

    // Label pour l'axe, avec eventuellement l'echelle
    String label = axis.getLabel();
    if (label == null)
        label = " ";

    if (puissDix < -2 || puissDix > 2)
        label = label + " $(10^{" + puissDix + "})$";
    else
        puissDix = 0;

    if (orientation) { //on est sur l'axe des abscisses

        //affichage de l'axe
        formatter.format("\\draw [%s-%s] ([xshift=-%s] %s,0) -- ([xshift=%s] %s,0) node[right] {%s};%n",
                arrowLeftType, arrowRightType, arrowLeftMargin, (minAxis - twinAxisPosition) * scale,
                arrowRightMargin, (maxAxis - twinAxisPosition) * scale, label);

        if (labelsFlag) { //labels manuels
            String name;
            double value;
            double labelTemp;
            for (int i = 0; i < labelsValue.length; i++) {
                value = labelsValue[i];
                if (labelsName == null) {
                    labelTemp = (value * 100.0 / Math.pow(10, puissDix));
                    //                   if(labelTemp == (int)(labelTemp))
                    name = Integer.toString((int) (labelTemp / 100.0));
                    //                   else
                    //                      name = Double.toString(Math.round(labelTemp)/100.0);
                } else
                    name = labelsName[i];
                if (value == twinAxisPosition && tick0Flag)
                    formatter.format("\\draw (%s,00) -- +(0mm,1mm) -- +(0mm,-1mm) node[below right] {%s};%n",
                            (value - twinAxisPosition) * scale, name);
                else
                    formatter.format("\\draw (%s,0) -- +(0mm,1mm) -- +(0mm,-1mm) node[below] {%s};%n",
                            (value - twinAxisPosition) * scale, name);
            }
        } else { //labels automatiques
            double labelTemp;
            double k = twinAxisPosition;
            labelTemp = (Math.round(k * 100 / Math.pow(10, puissDix))) / 100.0;
            if (labelTemp == (int) (labelTemp))
                precisionAffichageLabel = "0";
            else if (labelTemp * 10 == (int) (labelTemp * 10))
                precisionAffichageLabel = "1";
            else
                precisionAffichageLabel = "2";
            if (tick0Flag)
                formatter.format("\\draw (%s,0) -- +(0mm,1mm) -- +(0mm,-1mm) node[below right] {%."
                        + precisionAffichageLabel + "f};%n", (k - twinAxisPosition) * scale, labelTemp);
            else
                formatter.format("\\draw (%s,0) -- +(0mm,1mm) -- +(0mm,-1mm) node[below] {%."
                        + precisionAffichageLabel + "f};%n", (k - twinAxisPosition) * scale, labelTemp);
            k += pas;
            while (k <= maxAxis) { //cote positif
                labelTemp = (Math.round(k * 100 / Math.pow(10, puissDix))) / 100.0;
                if (labelTemp == (int) (labelTemp))
                    precisionAffichageLabel = "0";
                else if (labelTemp * 10 == (int) (labelTemp * 10))
                    precisionAffichageLabel = "1";
                else
                    precisionAffichageLabel = "2";
                formatter.format("\\draw (%s,0) -- +(0mm,1mm) -- +(0mm,-1mm) node[below] {%."
                        + precisionAffichageLabel + "f};%n", (k - twinAxisPosition) * scale, labelTemp);
                k += pas;
            }

            k = twinAxisPosition - pas;
            while (k >= minAxis) { //cote negatif
                labelTemp = (Math.round(k * 100 / Math.pow(10, puissDix))) / 100.0;
                if (labelTemp == (int) (labelTemp))
                    precisionAffichageLabel = "0";
                else if (labelTemp * 10 == (int) (labelTemp * 10))
                    precisionAffichageLabel = "1";
                else
                    precisionAffichageLabel = "2";
                formatter.format("\\draw (%s,0) -- +(0mm,1mm) -- +(0mm,-1mm) node[below] {%."
                        + precisionAffichageLabel + "f};%n", (k - twinAxisPosition) * scale, labelTemp);
                k -= pas;
            }
        }

    } else { //On est sur l'axe des ordonnees

        //affichage de l'axe
        formatter.format("\\draw [%s-%s] ([yshift=-%s] 0,%s) -- ([yshift=%s] 0, %s) node[above] {%s};%n",
                arrowLeftType, arrowRightType, arrowLeftMargin, (minAxis - twinAxisPosition) * scale,
                arrowRightMargin, (maxAxis - twinAxisPosition) * scale, label);

        if (labelsFlag) {
            //labels manuels
            String name;
            double value;
            double labelTemp;
            for (int i = 0; i < labelsValue.length; i++) {
                value = labelsValue[i];
                if (labelsName == null) {
                    labelTemp = (value * scale * 100 / Math.pow(10, puissDix));
                    if (labelTemp == (int) (labelTemp))
                        name = Integer.toString((int) (labelTemp / 100.0));
                    else
                        name = Double.toString(Math.round(labelTemp) / 100.0);
                } else
                    name = labelsName[i];
                if (value == twinAxisPosition && tick0Flag)
                    formatter.format("\\draw (%s,%s) -- +(1mm,0mm) -- +(-1mm,0mm) node[above left] {%s};%n", 0,
                            (value - twinAxisPosition) * scale, name);
                else
                    formatter.format("\\draw (%s,%s) -- +(1mm,0mm) -- +(-1mm,0mm) node[left] {%s};%n", 0,
                            (value - twinAxisPosition) * scale, name);
            }
        } else {
            //Les labels automatiques
            double k = twinAxisPosition;
            double labelTemp;
            labelTemp = (Math.round(k * 100 / Math.pow(10, puissDix))) / 100.0;
            if (labelTemp == (int) (labelTemp))
                precisionAffichageLabel = "0";
            else if (labelTemp * 10 == (int) (labelTemp * 10))
                precisionAffichageLabel = "1";
            else
                precisionAffichageLabel = "2";
            if (tick0Flag)
                formatter.format("\\draw (0,%s) -- +(1mm,0mm) -- +(-1mm,0mm) node[above left] {%."
                        + precisionAffichageLabel + "f};%n", (k - twinAxisPosition) * scale, labelTemp);
            else
                formatter.format("\\draw (0,%s) -- +(1mm,0mm) -- +(-1mm,0mm) node[left] {%."
                        + precisionAffichageLabel + "f};%n", (k - twinAxisPosition) * scale, labelTemp);
            k += pas;
            while (k <= maxAxis) { //cote positif de l'axe
                labelTemp = (Math.round(k * 100 / Math.pow(10, puissDix))) / 100.0;
                if (labelTemp == (int) (labelTemp))
                    precisionAffichageLabel = "0";
                else if (labelTemp * 10 == (int) (labelTemp * 10))
                    precisionAffichageLabel = "1";
                else
                    precisionAffichageLabel = "2";
                formatter.format("\\draw (0,%s) -- +(1mm,0mm) -- +(-1mm,0mm) node[left] {%."
                        + precisionAffichageLabel + "f};%n", (k - twinAxisPosition) * scale, labelTemp);
                k += pas;
            }
            k = twinAxisPosition - pas;
            while (k >= minAxis) { //cote negatif de l'axe
                labelTemp = (Math.round(k * 100 / Math.pow(10, puissDix))) / 100.0;
                if (labelTemp == (int) (labelTemp))
                    precisionAffichageLabel = "0";
                else if (labelTemp * 10 == (int) (labelTemp * 10))
                    precisionAffichageLabel = "1";
                else
                    precisionAffichageLabel = "2";
                formatter.format("\\draw (0,%s) -- +(1mm,0mm) -- +(-1mm,0mm) node[left] {%."
                        + precisionAffichageLabel + "f};%n", (k - twinAxisPosition) * scale, labelTemp);
                k -= pas;
            }
        }
    }
    return formatter.toString();
}

From source file:com.itemanalysis.jmetrik.stats.transformation.LinearTransformationAnalysis.java

public String transformScore() throws SQLException {
    Statement stmt = null;/*from ww  w. j a  va 2 s  .  c  o  m*/
    ResultSet rs = null;
    Double constrainedScore = null;

    try {
        //add variable to db
        dao.addColumnToDb(conn, tableName, addedVariableInfo);

        conn.setAutoCommit(false);//begin transaction

        Table sqlTable = new Table(tableName.getNameForDatabase());
        SelectQuery select = new SelectQuery();
        select.addColumn(sqlTable, selectedVariable.getName().nameForDatabase());
        select.addColumn(sqlTable, addedVariableInfo.getName().nameForDatabase());
        stmt = conn.createStatement(ResultSet.TYPE_SCROLL_INSENSITIVE, ResultSet.CONCUR_UPDATABLE);
        rs = stmt.executeQuery(select.toString());

        this.firePropertyChange("message", "", "Transforming scores...");

        double origValue = 0.0;
        double transValue = 0.0;
        double z = 0.0;

        StandardDeviation sd = new StandardDeviation();
        Mean mean = new Mean();
        Min min = new Min();
        Max max = new Max();

        while (rs.next()) {
            origValue = rs.getDouble(selectedVariable.getName().nameForDatabase());
            if (!rs.wasNull()) {
                sd.increment(origValue);
                mean.increment(origValue);
                min.increment(origValue);
                max.increment(origValue);
            }
            updateProgress();
        }

        double meanValue = mean.getResult();
        double sdValue = sd.getResult();
        double minValue = min.getResult();
        double maxValue = max.getResult();
        double A = 1.0;
        double B = 0.0;

        rs.beforeFirst();

        while (rs.next()) {
            origValue = rs.getDouble(selectedVariable.getName().nameForDatabase());
            if (!rs.wasNull()) {
                if (type1) {
                    z = (origValue - meanValue) / sdValue;
                    transValue = scaleSd * z + scaleMean;
                    transValue = checkConstraints(transValue);
                } else {
                    A = (maxPossibleScore - minPossibleScore) / (maxValue - minValue);
                    B = minPossibleScore - minValue * A;
                    transValue = origValue * A + B;
                    transValue = checkConstraints(transValue);
                }

                descriptiveStatistics.increment(transValue);

                rs.updateDouble(addedVariableInfo.getName().nameForDatabase(), transValue);
                rs.updateRow();
            }
            updateProgress();
        }

        conn.commit();
        conn.setAutoCommit(true);

        //create output
        DefaultLinearTransformation linearTransformation = new DefaultLinearTransformation();
        linearTransformation.setScale(A);
        linearTransformation.setIntercept(B);

        StringBuilder sb = new StringBuilder();
        Formatter f = new Formatter(sb);
        f.format(publishHeader());
        f.format(descriptiveStatistics.toString());
        f.format(linearTransformation.toString());
        f.format("%n");
        f.format("%n");
        return f.toString();

    } catch (SQLException ex) {
        conn.rollback();
        conn.setAutoCommit(true);
        throw ex;
    } finally {
        if (rs != null)
            rs.close();
        if (stmt != null)
            stmt.close();
    }

}

From source file:com.itemanalysis.jmetrik.stats.frequency.FrequencyAnalysis.java

public void publishHeader() throws IllegalArgumentException {
    StringBuilder header = new StringBuilder();
    Formatter f = new Formatter(header);
    String s1 = String.format("%1$tB %1$te, %1$tY  %tT", Calendar.getInstance());
    int len = 21 + Double.valueOf(Math.floor(Double.valueOf(s1.length()).doubleValue() / 2.0)).intValue();
    String dString = "";
    try {//  w  w  w .  j  a  v  a 2 s .  co  m
        dString = command.getDataString();
    } catch (IllegalArgumentException ex) {
        throw new IllegalArgumentException(ex);
    }
    int len2 = 21 + Double.valueOf(Math.floor(Double.valueOf(dString.length()).doubleValue() / 2.0)).intValue();

    f.format("%31s", "FREQUENCY ANALYSIS");
    f.format("%n");
    f.format("%" + len2 + "s", dString);
    f.format("%n");
    f.format("%" + len + "s", s1);
    f.format("%n");
    f.format("%n");
    publish(f.toString());
}

From source file:de.schildbach.wallet.ui.ReportIssueDialogFragment.java

private static void appendDir(final Appendable report, final File file, final int indent) throws IOException {
    for (int i = 0; i < indent; i++)
        report.append("  - ");

    final Formatter formatter = new Formatter(report);
    final Calendar calendar = new GregorianCalendar(UTC);
    calendar.setTimeInMillis(file.lastModified());
    formatter.format(Locale.US, "%tF %tT %8d  %s\n", calendar, calendar, file.length(), file.getName());
    formatter.close();/*from  ww w.j a  va2s.c o  m*/

    final File[] files = file.listFiles();
    if (files != null)
        for (final File f : files)
            appendDir(report, f, indent + 1);
}

From source file:com.itemanalysis.psychometrics.measurement.TestSummary.java

public String print() {
    StringBuilder sb = new StringBuilder();
    Formatter f = new Formatter(sb);
    String f2 = "%.4f";

    f.format("%n");
    f.format("%n");
    f.format("%-21s", "          TEST LEVEL STATISTICS           ");
    f.format("%n");
    f.format("%-42s", "==========================================");
    f.format("%n");
    f.format("%-18s", "Number of Items = ");
    f.format("%-10d", this.numberOfItems());
    f.format("%n");
    f.format("%-22s", "Number of Examinees = ");
    f.format("%10d", stats.getN());
    f.format("%n");
    f.format("%-6s", "Min = ");
    f.format(f2, stats.getMin());/*from w  w  w .  j av  a  2s .c  o m*/
    f.format("%n");
    f.format("%-6s", "Max = ");
    f.format(f2, stats.getMax());
    f.format("%n");
    f.format("%-7s", "Mean = ");
    f.format(f2, stats.getMean());
    f.format("%n");
    f.format("%-9s", "Median = ");
    f.format(f2, stats.getPercentile(50));
    f.format("%n");
    f.format("%-21s", "Standard Deviation = ");
    f.format(f2, stdDev.getResult());
    f.format("%n");
    f.format("%-22s", "Interquartile Range = ");
    f.format(f2, stats.getPercentile(75) - stats.getPercentile(25));
    f.format("%n");
    f.format("%-11s", "Skewness = ");
    f.format(f2, stats.getSkewness());
    f.format("%n");
    f.format("%-11s", "Kurtosis = ");
    f.format(f2, stats.getKurtosis());
    f.format("%n");
    f.format("%-7s", "KR21 = ");
    f.format(f2, this.kr21());
    f.format("%n");
    f.format("%-42s", "------------------------------------------");
    f.format("%n");
    f.format("%n");
    f.format("%n");

    if (reliabilitySampleSize > 0) {
        reliability = new ReliabilitySummary(relMatrix, variableAttributes, unbiased, deletedReliability);
        sb.append(reliability.toString());
        if (deletedReliability) {
            f.format("%n");
            f.format("%n");
            f.format(reliability.itemDeletedString());
        }
    }

    if (cutScores != null) {
        f.format("%n");
        f.format("%n");
        sb.append(this.computeDecisionConsistency().toString());
    }

    if (showCsem) {
        f.format("%n");
        f.format("%n");
        sb.append(this.computeCSEM(reliability.value(), unbiased).print());
    }

    //reliability of subscale defined part tests
    if (numberOfSubscales > 1) {
        reliability = new ReliabilitySummary(partRelMatrix, variableAttributes, unbiased, false);
        f.format("%n");
        f.format("%n");
        f.format("%n");
        f.format("%59s", "                   ITEM GROUP DEFINED PART-TEST RELIABILITY");
        f.format("%n");
        sb.append(reliability.toString());
        f.format("%-6s", "Number of part-tests = " + partRelMatrix.getNumberOfVariables());
        f.format("%n");
    }

    f.format("%n");
    f.format("%n");
    f.format("%n");

    return f.toString();

}

From source file:org.apache.hadoop.hive.metastore.tools.BenchmarkTool.java

@Override
public void run() {
    LOG.info("Using warmup " + warmup + " spin " + spinCount + " nparams " + nParameters + " threads "
            + nThreads);/*from w w  w .  ja v  a2 s  .co  m*/

    StringBuilder sb = new StringBuilder();
    BenchData bData = new BenchData(dbName, tableName);

    MicroBenchmark bench = new MicroBenchmark(warmup, spinCount);
    BenchmarkSuite suite = new BenchmarkSuite();

    suite.setScale(scale).doSanitize(doSanitize).add("getNid", () -> benchmarkGetNotificationId(bench, bData))
            .add("listDatabases", () -> benchmarkListDatabases(bench, bData))
            .add("listTables", () -> benchmarkListAllTables(bench, bData))
            .add("getTable", () -> benchmarkGetTable(bench, bData))
            .add("createTable", () -> benchmarkTableCreate(bench, bData))
            .add("dropTable", () -> benchmarkDeleteCreate(bench, bData))
            .add("dropTableWithPartitions", () -> benchmarkDeleteWithPartitions(bench, bData, 1, nParameters))
            .add("addPartition", () -> benchmarkCreatePartition(bench, bData))
            .add("dropPartition", () -> benchmarkDropPartition(bench, bData))
            .add("listPartition", () -> benchmarkListPartition(bench, bData))
            .add("getPartition", () -> benchmarkGetPartitions(bench, bData, 1))
            .add("getPartitionNames", () -> benchmarkGetPartitionNames(bench, bData, 1))
            .add("getPartitionsByNames", () -> benchmarkGetPartitionsByName(bench, bData, 1))
            .add("renameTable", () -> benchmarkRenameTable(bench, bData, 1))
            .add("dropDatabase", () -> benchmarkDropDatabase(bench, bData, 1));

    for (int howMany : instances) {
        suite.add("listTables" + '.' + howMany, () -> benchmarkListTables(bench, bData, howMany))
                .add("dropTableWithPartitions" + '.' + howMany,
                        () -> benchmarkDeleteWithPartitions(bench, bData, howMany, nParameters))
                .add("listPartitions" + '.' + howMany, () -> benchmarkListManyPartitions(bench, bData, howMany))
                .add("getPartitions" + '.' + howMany, () -> benchmarkGetPartitions(bench, bData, howMany))
                .add("getPartitionNames" + '.' + howMany,
                        () -> benchmarkGetPartitionNames(bench, bData, howMany))
                .add("getPartitionsByNames" + '.' + howMany,
                        () -> benchmarkGetPartitionsByName(bench, bData, howMany))
                .add("addPartitions" + '.' + howMany, () -> benchmarkCreatePartitions(bench, bData, howMany))
                .add("dropPartitions" + '.' + howMany, () -> benchmarkDropPartitions(bench, bData, howMany))
                .add("renameTable" + '.' + howMany, () -> benchmarkRenameTable(bench, bData, howMany))
                .add("dropDatabase" + '.' + howMany, () -> benchmarkDropDatabase(bench, bData, howMany));
    }

    if (doList) {
        suite.listMatching(matches, exclude).forEach(System.out::println);
        return;
    }

    LOG.info("Using table '{}.{}", dbName, tableName);

    try (HMSClient client = new HMSClient(getServerUri(host, String.valueOf(port)), confDir)) {
        bData.setClient(client);
        if (!client.dbExists(dbName)) {
            client.createDatabase(dbName);
        }

        if (client.tableExists(dbName, tableName)) {
            client.dropTable(dbName, tableName);
        }

        // Arrange various benchmarks in a suite
        BenchmarkSuite result = suite.runMatching(matches, exclude);

        Formatter fmt = new Formatter(sb);
        if (doCSV) {
            result.displayCSV(fmt, csvSeparator);
        } else {
            result.display(fmt);
        }

        PrintStream output = System.out;
        if (outputFile != null) {
            output = new PrintStream(outputFile);
        }

        if (outputFile != null) {
            // Print results to stdout as well
            StringBuilder s = new StringBuilder();
            Formatter f = new Formatter(s);
            result.display(f);
            System.out.print(s);
            f.close();
        }

        output.print(sb.toString());
        fmt.close();

        if (dataSaveDir != null) {
            saveData(result.getResult(), dataSaveDir, scale);
        }
    } catch (Exception e) {
        e.printStackTrace();
    }
}

From source file:com.itemanalysis.jmetrik.stats.transformation.LinearTransformationAnalysis.java

private String publishHeader() {
    StringBuilder sb = new StringBuilder();
    Formatter f = new Formatter(sb);
    String dString = "";
    String title = "LINEAR TRANSFORMATION";

    try {/*w ww. j  av  a 2 s  .  c  om*/
        dString = command.getDataString();
    } catch (IllegalArgumentException ex) {
        dString = "";
        throw new IllegalArgumentException(ex);
    }

    //create header
    int len1 = 25 + Double.valueOf(Math.floor(Double.valueOf(title.length()).doubleValue() / 2.0)).intValue();
    int len2 = 25 + Double.valueOf(Math.floor(Double.valueOf(dString.length()).doubleValue() / 2.0)).intValue();

    String date = String.format("%1$tB %1$te, %1$tY  %tT", Calendar.getInstance());
    int len3 = 25 + Double.valueOf(Math.floor(Double.valueOf(date.length()).doubleValue() / 2.0)).intValue();

    f.format("%" + len1 + "s", title);
    f.format("%n");
    f.format("%" + len2 + "s", dString);
    f.format("%n");
    f.format("%" + len3 + "s", date);
    f.format("%n");
    f.format("%n");
    f.format("%n");
    f.format("%n");

    return f.toString();
}

From source file:com.itemanalysis.psychometrics.irt.equating.IrtScaleLinking.java

public String toString() {
    StringBuilder sb = new StringBuilder();
    Formatter f = new Formatter(sb);
    String gapFormat1 = "%-" + Math.max(13, precision + 4 + 5) + "s";
    String gapFormat2 = "%-" + Math.max(9, precision + 4 + 5) + "s";
    String intFormat = "%" + Math.max(13, (precision + 4)) + "." + precision + "f";
    String sclFormat = "%" + Math.max(9, (precision + 4)) + "." + precision + "f";
    f.format("%n");
    f.format("%60s", "                TRANSFORMATION COEFFICIENTS                   ");
    f.format("%n");
    f.format("%60s", "            Form X (New Form) to Form Y (Old Form)            ");
    f.format("%n");
    f.format("%63s", "===============================================================");
    f.format("%n");
    f.format("%-18s", " Method");
    f.format(gapFormat2, "Slope (A)");
    f.format("%5s", " ");
    f.format(gapFormat1, "Intercept (B)");
    f.format("%5s", " ");
    f.format(gapFormat1, "fmin");
    f.format("%n");
    f.format("%63s", "---------------------------------------------------------------");
    f.format("%n");
    f.format("%-17s", " Mean/Mean");
    f.format(sclFormat, mm.getScale());// www .j av  a  2s.  co m
    f.format("%5s", " ");
    f.format(intFormat, mm.getIntercept());
    f.format("%5s", " ");
    f.format("%n");
    f.format("%-17s", " Mean/Sigma");
    f.format(sclFormat, ms.getScale());
    f.format("%5s", " ");
    f.format(intFormat, ms.getIntercept());
    f.format("%5s", " ");
    f.format("%n");
    f.format("%-17s", " Haebara");
    f.format(sclFormat, hb.getScale());
    f.format("%5s", " ");
    f.format(intFormat, hb.getIntercept());
    f.format("%5s", " ");
    f.format("%13.6f", fHB);
    f.format("%5s", " ");
    f.format("%n");
    f.format("%-17s", " Stocking-Lord");
    f.format(sclFormat, sl.getScale());
    f.format("%5s", " ");
    f.format(intFormat, sl.getIntercept());
    f.format("%5s", " ");
    f.format("%13.6f", fSL);
    f.format("%5s", " ");
    f.format("%n");
    f.format("%63s", "===============================================================");
    f.format("%n");
    return f.toString();
}

From source file:com.hyperaware.conference.android.fragment.SpeakerDetailFragment.java

private void updateSpeaker() {
    tvName.setText(speakerItem.getName());
    host.setTitle(speakerItem.getName());

    final String company = speakerItem.getCompanyName();
    tvCompany.setVisibility(Strings.isNullOrEmpty(company) ? View.GONE : View.VISIBLE);
    tvCompany.setText(company);//w  w w . j  a va2  s .  c o m

    final String title = speakerItem.getTitle();
    tvTitle.setVisibility(Strings.isNullOrEmpty(title) ? View.GONE : View.VISIBLE);
    tvTitle.setText(title);

    Glide.with(SpeakerDetailFragment.this).load(speakerItem.getImage100()).fitCenter()
            .placeholder(R.drawable.nopic).into(ivPic);

    boolean links_visible = false;
    final String website = speakerItem.getWebsite();
    if (!Strings.isNullOrEmpty(website)) {
        links_visible = true;
        tvWebsite.setVisibility(View.VISIBLE);
        tvWebsite.setText(website);
    }
    final String twitter = speakerItem.getTwitter();
    if (!Strings.isNullOrEmpty(twitter)) {
        links_visible = true;
        tvTwitter.setVisibility(View.VISIBLE);
        tvTwitter.setText(twitter);
    }
    final String facebook = speakerItem.getFacebook();
    if (!Strings.isNullOrEmpty(facebook)) {
        links_visible = true;
        tvFacebook.setVisibility(View.VISIBLE);
        tvFacebook.setText(facebook);
    }
    final String linkedin = speakerItem.getLinkedin();
    if (!Strings.isNullOrEmpty(linkedin)) {
        links_visible = true;
        tvLinkedin.setVisibility(View.VISIBLE);
        tvLinkedin.setText(linkedin);
    }
    vgDetailLinks.setVisibility(links_visible ? View.VISIBLE : View.GONE);

    tvAbout.setText(speakerItem.getAbout());

    if (agendaItems.size() > 0) {
        vgSessions.setVisibility(View.VISIBLE);
        vgSessions.removeAllViews();
        final StringBuilder sb = new StringBuilder();
        final Formatter formatter = new Formatter(sb);
        final LayoutInflater inflater = getActivity().getLayoutInflater();
        for (final AgendaItem item : agendaItems) {
            final View view = inflater.inflate(R.layout.item_speaker_session, vgSessions, false);

            ((TextView) view.findViewById(R.id.tv_topic)).setText(item.getTopic());

            sb.setLength(0);
            DateUtils.formatDateRange(getActivity(), formatter, item.getEpochStartTime() * 1000,
                    item.getEpochEndTime() * 1000, DateUtils.FORMAT_SHOW_DATE | DateUtils.FORMAT_SHOW_WEEKDAY,
                    tz.getID());
            ((TextView) view.findViewById(R.id.tv_date)).setText(formatter.toString());

            sb.setLength(0);
            DateUtils.formatDateRange(getActivity(), formatter, item.getEpochStartTime() * 1000,
                    item.getEpochEndTime() * 1000, DateUtils.FORMAT_SHOW_TIME, tz.getID());
            ((TextView) view.findViewById(R.id.tv_time)).setText(formatter.toString());

            final String session_id = item.getId();
            final ImageButton ib_favorite = (ImageButton) view.findViewById(R.id.button_favorite_session);
            favSessionButtonManager.attach(ib_favorite, session_id);

            if (host != null) {
                view.setOnClickListener(new View.OnClickListener() {
                    @Override
                    public void onClick(View v) {
                        Fragment next = SessionDetailFragment.instantiate(item.getId());
                        host.pushFragment(next, "session_detail");
                    }
                });
            }

            vgSessions.addView(view);
        }
    }
}

From source file:contrail.stages.CompressAndCorrect.java

/**
 * Remove low coverage nodes./*from  w  ww  . j  a  v a2 s . c o  m*/
 * @param inputPath
 * @param outputPath
 * @return True if any tips were removed.
 */
private JobInfo removeLowCoverageNodes(String inputPath, String outputPath) throws Exception {
    RemoveLowCoverageAvro stage = new RemoveLowCoverageAvro();
    stage.setConf(getConf());
    // Make a shallow copy of the stage options required by the compress
    // stage.
    Map<String, Object> stageOptions = ContrailParameters.extractParameters(this.stage_options,
            stage.getParameterDefinitions().values());

    stageOptions.put("inputpath", inputPath);
    stageOptions.put("outputpath", outputPath);
    stage.setParameters(stageOptions);
    RunningJob job = stage.runJob();

    JobInfo result = new JobInfo();
    if (job == null) {
        result.logMessage = "RemoveLowCoverage stage was skipped because graph would not " + "change.";
        sLogger.info(result.logMessage);
        result.graphPath = inputPath;
        result.graphChanged = false;
        return result;
    }
    // Check if any tips were found.
    long nodesRemoved = job.getCounters()
            .findCounter(RemoveLowCoverageAvro.NUM_REMOVED.group, RemoveLowCoverageAvro.NUM_REMOVED.tag)
            .getValue();

    result.graphPath = outputPath;
    if (nodesRemoved > 0) {
        result.graphChanged = true;
    }

    Formatter formatter = new Formatter(new StringBuilder());
    result.logMessage = formatter.format("RemoveLowCoverage removed %d nodes.", nodesRemoved).toString();
    return result;
}