Package ca.nanometrics.gflot.client

Examples of ca.nanometrics.gflot.client.DataPoint


      public void selected(double x1, double y1, double x2, double y2) {
        plot.setLinearSelection(x1, x2);
      }
    });
    SeriesHandler s = plot.getModel().addSeries("Series 1");
    s.add(new DataPoint(1, 2));
    s.add(new DataPoint(2, 5));
    s.add(new DataPoint(3, 7));
    s.add(new DataPoint(4, 5));
    s.add(new DataPoint(5, 3));
    s.add(new DataPoint(6, 2));
    s.add(new DataPoint(7, 5));
    s.add(new DataPoint(8, 7));
    s.add(new DataPoint(9, 5));
    s.add(new DataPoint(10, 3));

    // Start of Marking Code
    Marking m = new Marking();
    m.setX(new Range(2, 4));
    m.setColor("#3BEFc3");
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    return new FakeRpcServiceAsync() {

      public void getNewData(final AsyncCallback<DataPoint[]> callback) {
        double up = Random.nextDouble();
        double down = Random.nextDouble();
        callback.onSuccess(new DataPoint[] { new DataPoint(timeCounter++, previous - down),
            new DataPoint(timeCounter++, previous + up) });
        previous = previous + up;
      }
    };
  }
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    // create a series
    SeriesHandler handler = model.addSeries("Ottawa's Month Temperatures (Daily Average in &deg;C)", "blue");

    // add data
    handler.add(new DataPoint(1, -10.5));
    handler.add(new DataPoint(2, -8.6));
    handler.add(new DataPoint(3, -2.4));
    handler.add(new DataPoint(4, 6));
    handler.add(new DataPoint(5, 13.6));
    handler.add(new DataPoint(6, 18.4));
    handler.add(new DataPoint(7, 21));
    handler.add(new DataPoint(8, 19.7));
    handler.add(new DataPoint(9, 14.7));
    handler.add(new DataPoint(10, 8.2));
    handler.add(new DataPoint(11, 1.5));
    handler.add(new DataPoint(12, -6.6));

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

    // put it on a panel
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  }

  private FakeRpcServiceAsync getRpcService() {
    return new FakeRpcServiceAsync() {
      public void getNewData(final AsyncCallback<DataPoint[]> callback) {
        callback.onSuccess(new DataPoint[] { new DataPoint(Duration.currentTimeMillis(), Random.nextDouble()) });
      }
    };
  }
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    SeriesHandler series = model.addSeries("Random Series", "#2c1d54");

    // generate random data
    for (int i = 0; i < 200; i++) {
      series.add(new DataPoint(i, Random.nextDouble()));
    }

    // create the plot
    final PlotWithOverview plot = new PlotWithOverview(model, plotOptions);
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    // create a series
    SeriesHandler handler = model.addSeries("Ottawa's Month Temperatures (Daily Average in &deg;C)", "#007f00");

    // add data
    handler.add(new DataPoint(1, -10.5));
    handler.add(new DataPoint(2, -8.6));
    handler.add(new DataPoint(3, -2.4));
    handler.add(new DataPoint(4, 6));
    handler.add(new DataPoint(5, 13.6));
    handler.add(new DataPoint(6, 18.4));
    handler.add(new DataPoint(7, 21));
    handler.add(new DataPoint(8, 19.7));
    handler.add(new DataPoint(9, 14.7));
    handler.add(new DataPoint(10, 8.2));
    handler.add(new DataPoint(11, 1.5));
    handler.add(new DataPoint(12, -6.6));

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

    // add hover listener
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    // work properly
    SeriesHandler ottawaSeries = model.addSeries("Ottawa", "#edc240");
    SeriesHandler vancouverSeries = model.addSeries("Vancouver", "#afd8f8");

    // add data
    ottawaSeries.add(new DataPoint(1, -10.5));
    ottawaSeries.add(new DataPoint(2, -8.6));
    ottawaSeries.add(new DataPoint(3, -2.4));
    ottawaSeries.add(new DataPoint(4, 6));
    ottawaSeries.add(new DataPoint(5, 13.6));
    ottawaSeries.add(new DataPoint(6, 18.4));
    ottawaSeries.add(new DataPoint(7, 21));
    ottawaSeries.add(new DataPoint(8, 19.7));
    ottawaSeries.add(new DataPoint(9, 14.7));
    ottawaSeries.add(new DataPoint(10, 8.2));
    ottawaSeries.add(new DataPoint(11, 1.5));
    ottawaSeries.add(new DataPoint(12, -6.6));

    vancouverSeries.add(new DataPoint(1, 4.8));
    vancouverSeries.add(new DataPoint(2, 5.9));
    vancouverSeries.add(new DataPoint(3, 7.6));
    vancouverSeries.add(new DataPoint(4, 10));
    vancouverSeries.add(new DataPoint(5, 13.2));
    vancouverSeries.add(new DataPoint(6, 15.9));
    vancouverSeries.add(new DataPoint(7, 18.1));
    vancouverSeries.add(new DataPoint(8, 18.3));
    vancouverSeries.add(new DataPoint(9, 15.4));
    vancouverSeries.add(new DataPoint(10, 11.1));
    vancouverSeries.add(new DataPoint(11, 7.1));
    vancouverSeries.add(new DataPoint(12, 4.8));

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

    // put it on a panel
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    // create a series
    SeriesHandler handler = model.addSeries("Ottawa's Month Temperatures (Daily Average in &deg;C)", "blue");

    // add data
    handler.add(new DataPoint(1, -10.5));
    handler.add(new DataPoint(2, -8.6));
    handler.add(new DataPoint(3, -2.4));
    handler.add(new DataPoint(4, 6));
    handler.add(new DataPoint(5, 13.6));
    handler.add(new DataPoint(6, 18.4));
    handler.add(new DataPoint(7, 21));
    handler.add(new DataPoint(8, 19.7));
    handler.add(new DataPoint(9, 14.7));
    handler.add(new DataPoint(10, 8.2));
    handler.add(new DataPoint(11, 1.5));
    handler.add(new DataPoint(12, -6.6));

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

    // put it on a panel
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        // create a series
        SeriesHandler handler = model.addSeries( "Ottawa's Month Temperatures (Daily Average in &deg;C)", "blue" );

        // add data
        handler.add( new DataPoint( 1, -10.5 ) );
        handler.add( new DataPoint( 2, -8.6 ) );
        handler.add( new DataPoint( 3, -2.4 ) );
        handler.add( new DataPoint( 4, 6 ) );
        handler.add( new DataPoint( 5, 13.6 ) );
        handler.add( new DataPoint( 6, 18.4 ) );
        handler.add( new DataPoint( 7, 21 ) );
        handler.add( new DataPoint( 8, 19.7 ) );
        handler.add( new DataPoint( 9, 14.7 ) );
        handler.add( new DataPoint( 10, 8.2 ) );
        handler.add( new DataPoint( 11, 1.5 ) );
        handler.add( new DataPoint( 12, -6.6 ) );

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

        // put it on a panel
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    {
        return new FakeRpcServiceAsync()
        {
            public void getNewData( final AsyncCallback<DataPoint[]> callback )
            {
                callback.onSuccess( new DataPoint[] { new DataPoint( Duration.currentTimeMillis(), Random.nextDouble() ) } );
            }
        };
    }
View Full Code Here

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