Package ca.nanometrics.gflot.client

Examples of ca.nanometrics.gflot.client.PlotWithOverviewModel.addSeries()

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    PlotOptions plotOptions = new PlotOptions();
    plotOptions.setDefaultLineSeriesOptions(new LineSeriesOptions().setLineWidth(1).setShow(true));
    plotOptions.setDefaultPointsOptions(new PointsSeriesOptions().setRadius(2).setShow(true));
    plotOptions.setDefaultShadowSize(0);

    final SeriesHandler series = model.addSeries("Random Series", "#003366");

    // create the plot
    final PlotWithOverview plot = new PlotWithOverview(model, plotOptions);

    // pull the "fake" RPC service for new data
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        new LegendOptions().setShow(false)).setDefaultLineSeriesOptions(
        new LineSeriesOptions().setLineWidth(1).setFill(true)).setSelectionOptions(
        new SelectionOptions().setMode(SelectionOptions.X_SELECTION_MODE).setDragging(true)).setXAxisOptions(
        new TimeSeriesAxisOptions());

    final SeriesHandler series = model.addSeries("Random Series", "#FF9900");

    // create the plot
    final PlotWithOverview plot = new PlotWithOverview(model, plotOptions, overviewPlotOptions);

    // pull the "fake" RPC service for new data
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    PlotOptions plotOptions = new PlotOptions();
    plotOptions.setDefaultLineSeriesOptions(new LineSeriesOptions().setLineWidth(1).setShow(true));
    plotOptions.setDefaultPointsOptions(new PointsSeriesOptions().setRadius(2).setShow(true));
    plotOptions.setDefaultShadowSize(0);

    SeriesHandler series = model.addSeries("Random Series", "#2c1d54");

    // generate random data
    for (int i = 0; i < 200; i++) {
      series.add(new DataPoint(i, Random.nextDouble()));
    }
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                    new GlobalSeriesOptions().setLineSeriesOptions( new LineSeriesOptions().setLineWidth( 1 ).setFill( true ) )
                        .setShadowSize( 0d ) )
                .setSelectionOptions( new SelectionOptions().setMode( SelectionMode.X ) )
                .setXAxisOptions( new TimeSeriesAxisOptions() );

        final SeriesHandler series = model.addSeries( "Random Series", "#FF9900" );

        // create the plot
        final PlotWithOverview plot = new PlotWithOverview( model, plotOptions, overviewPlotOptions );

        // pull the "fake" RPC service for new data
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        PlotOptions plotOptions = new PlotOptions();
        plotOptions.setGlobalSeriesOptions( new GlobalSeriesOptions()
        .setLineSeriesOptions( new LineSeriesOptions().setLineWidth( 1 ).setShow( true ) )
        .setPointsOptions( new PointsSeriesOptions().setRadius( 2 ).setShow( true ) ).setShadowSize( 0d ) );

        SeriesHandler series = model.addSeries( "Random Series", "#2c1d54" );

        // generate random data
        for ( int i = 0; i < 200; i++ )
        {
            series.add( new DataPoint( i, Random.nextDouble() ) );
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                return label + " formated";
            }
        } ) );
        plotOptions.setXAxisOptions( new AxisOptions().setShow( false ) );

        final SeriesHandler series = model.addSeries( "Random Series", "#003366" );

        // create the plot
        final PlotWithOverview plot = new PlotWithOverview( model, plotOptions );

        // pull the "fake" RPC service for new data
View Full Code Here
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