/**
* Retrieves the {@link Series} object with the given wickedChartsId from the given {@link
* Options} object. Returns null if a Series with the given ID does not exist.
*/
public static Series<?> getSeriesWithWickedChartsId(
final Options options, final int wickedChartsId) {
for (Series<?> series : options.getSeries()) {
if (series.getWickedChartsId() == wickedChartsId) {
return series;
}
}
return null;
}
/**
* Returns the (0-based) index of the series with the given wickedChartsId or null.
*
* @param options the options in which to search
* @param wickedChartsId the wickedChartsId of the series
* @return the index of the series with the given id. Returns 0 if no series was found.
*/
public static int getSeriesIndex(final Options options, final int wickedChartsId) {
int index = 0;
if (options.getSeries() == null) {
throw new IllegalStateException("The given Options object does not contain any series!");
}
for (Series<?> series : options.getSeries()) {
if (series.getWickedChartsId() == wickedChartsId) {
return index;
}
index++;
}
return 0;
}
private static boolean hasChartTypeNeedingMoreJs(final Options options) {
if (options.getChartOptions() != null
&& options.getChartOptions().getType() != null
&& options.getChartOptions().getType().getChartType() == ChartType.ADVANCED) {
return true;
}
if (options.getSeries() != null) {
for (Series<?> series : options.getSeries()) {
if (series.getType() != null && series.getType().getChartType() == ChartType.ADVANCED) {
return true;
}
}
}
return false;
}
/**
* Retrieves the {@link Point} object with the given wickedChartsId from the given {@link Options}
* object. Returns null if a Point with the given ID does not exist.
*/
public static Point getPointWithWickedChartsId(final Options options, final int wickedChartsId) {
for (Series<?> series : options.getSeries()) {
for (Object object : series.getData()) {
if (!(object instanceof Point)) {
break;
} else {
Point point = (Point) object;
if (point.getWickedChartsId() == wickedChartsId) {
return point;
}
}
}
}
return null;
}
public OpcionesDeGradienteDeGraficoSituacionNetbook(
Map<SituacionDeNetbook, AtomicInteger> byCategory) {
setChartOptions(
new ChartOptions()
.setPlotBackgroundColor(new NullColor())
.setPlotBorderWidth(null)
.setPlotShadow(Boolean.FALSE));
setTitle(new Title("Estadistica de Situacion De Netbooks."));
PercentageFormatter formatter = new PercentageFormatter();
setTooltip(new Tooltip().setFormatter(formatter).setPercentageDecimals(1));
setPlotOptions(
new PlotOptionsChoice()
.setPie(
new PlotOptions()
.setAllowPointSelect(Boolean.TRUE)
.setCursor(Cursor.POINTER)
.setDataLabels(
new DataLabels()
.setEnabled(Boolean.TRUE)
.setColor(new HexColor("#000000"))
.setConnectorColor(new HexColor("#000000"))
.setFormatter(formatter))));
Series<Point> series = new PointSeries().setType(SeriesType.PIE);
int i = 0;
for (Map.Entry<SituacionDeNetbook, AtomicInteger> entry : byCategory.entrySet()) {
series.addPoint(
new Point(entry.getKey().name(), entry.getValue().get())
.setColor(
new RadialGradient()
.setCx(0.5)
.setCy(0.3)
.setR(0.7)
.addStop(0, new HighchartsColor(i))
.addStop(1, new HighchartsColor(i).brighten(-0.3f))));
i++;
}
addSeries(series);
}
public ComboOptions() {
ChartOptions chartOptions = new ChartOptions();
this.setChartOptions(chartOptions);
this.setTitle(new Title("Combination chart"));
Axis xAxis = new Axis();
xAxis.setCategories(
Arrays.asList(new String[] {"Apples", "Oranges", "Pears", "Bananas", "Plums"}));
this.setxAxis(xAxis);
this.setTooltip(new Tooltip());
this.setLabels(new Labels().setStyle(new CssStyle()));
Series<Number> series1 = new SimpleSeries();
series1.setType(SeriesType.COLUMN);
series1.setName("Jane");
series1.setData(Arrays.asList(new Number[] {3, 2, 1, 3, 4}));
this.addSeries(series1);
Series<Number> series2 = new SimpleSeries();
series2.setType(SeriesType.COLUMN);
series2.setName("John");
series2.setData(Arrays.asList(new Number[] {2, 3, 5, 7, 6}));
this.addSeries(series2);
Series<Number> series3 = new SimpleSeries();
series3.setType(SeriesType.COLUMN);
series3.setName("Joe");
series3.setData(Arrays.asList(new Number[] {4, 3, 3, 9, 0}));
this.addSeries(series3);
Marker series4Marker = new Marker();
series4Marker.setLineWidth(2);
series4Marker.setLineColor(new HexColor("#990000"));
series4Marker.setFillColor(new HexColor("#ffffff"));
Series<Number> series4 = new SimpleSeries();
series4.setType(SeriesType.SPLINE);
series4.setName("Average");
series4.setData(Arrays.asList(new Number[] {3, 2.67, 3, 6.33, 3.33}));
series4.setMarker(series4Marker);
this.addSeries(series4);
PointSeries series5 = new PointSeries();
series5.setType(SeriesType.PIE);
series5.setName("Total consumption");
series5.addPoint(new Point("Jane", 13, new HexColor("#4572A7")));
series5.addPoint(new Point("John", 23, new HexColor("#AA4643")));
series5.addPoint(new Point("Joe", 19, new HexColor("#89A54E")));
series5.setCenter(new Center(100, 80, Center.Unit.PIXELS));
series5.setSize(new PixelOrPercent(100, PixelOrPercent.Unit.PIXELS));
series5.setShowInLegend(Boolean.FALSE);
series5.setDataLabels(new DataLabels(Boolean.TRUE));
this.addSeries(series5);
}