public Point2D getCenterPoint() {
if (centerPoint == null) {
centerPoint =
new Point2D.Double(
area.getBounds().x + area.getBounds().width / 2,
area.getBounds().y + area.getBounds().height / 2);
}
return centerPoint;
}
/**
* Like copyFrom, but will only copy the area specified.
*
* @see TileLayer#copyFrom(MapLayer)
* @param other
* @param mask
*/
@Override
public void maskedCopyFrom(MapLayer other, Area mask) {
Rectangle boundBox = mask.getBounds();
for (int y = boundBox.y; y < boundBox.y + boundBox.height; y++) {
for (int x = boundBox.x; x < boundBox.x + boundBox.width; x++) {
if (mask.contains(x, y)) {
setTileAt(x, y, ((TileLayer) other).getTileAt(x, y));
}
}
}
}
// generate the capital by finding the center of the largest landmass.
// this method can only be called after the AgriculturalUnit's regions have been set.
private MapPoint calCapitolLocation() {
if (entities == null) throw new RuntimeException("(!) regions not set!");
if (entities.isEmpty()) throw new RuntimeException("(!) no regions !");
int maxArea = 0;
Area largest = null;
for (AgriculturalUnit region : entities) {
Area poly = region.getArea();
int area = (int) (poly.getBounds().getWidth() * poly.getBounds().getHeight());
if (area >= maxArea) {
largest = poly;
maxArea = area;
}
}
int x = (int) largest.getBounds().getCenterX();
int y = (int) largest.getBounds().getCenterY();
return AgriculturalUnit.converter.pointToMapPoint(new Point(x, y));
}
public CanBeCutObject(Area area, double x, double y, double vx, double vy) {
for (int i = 0; i < 3; i++) {
this.x[i] = x;
this.y[i] = y;
this.vx[i] = vx;
this.vy[i] = vy;
}
this.area = area;
formerArea = computeArea(area.getBounds());
asMove1.translate(this.x[0], this.y[0]);
this.area = new Area(asMove1.createTransformedShape(area));
}
/**
* Like mergeOnto, but will only copy the area specified.
*
* @see TileLayer#mergeOnto(MapLayer)
* @param other
* @param mask
*/
@Override
public void maskedMergeOnto(MapLayer other, Area mask) {
Rectangle boundBox = mask.getBounds();
for (int y = boundBox.y; y < boundBox.y + boundBox.height; y++) {
for (int x = boundBox.x; x < boundBox.x + boundBox.width; x++) {
Tile tile = ((TileLayer) other).getTileAt(x, y);
if (mask.contains(x, y) && tile != null) {
setTileAt(x, y, tile);
}
}
}
}
// generate the capital by finding the center of the largest landmass.
// this method can only be called after the Territory's regions have been set.
private MapPoint calCapitolLocation() {
if (regions == null) throw new RuntimeException("(!) regions not set!");
if (regions.isEmpty()) throw new RuntimeException("(!) no regions !");
int maxArea = 0;
Area largest = null;
for (GeographicArea region : regions) {
Area poly = new Area(GeographicArea.mapConverter.regionToPolygon(region));
int area = (int) (poly.getBounds().getWidth() * poly.getBounds().getHeight());
if (area >= maxArea) {
largest = poly;
maxArea = area;
}
}
if (largest == null) throw new IllegalStateException("Internal error computing largest region");
int x = (int) largest.getBounds().getCenterX();
int y = (int) largest.getBounds().getCenterY();
return Territory.converter.pointToMapPoint(new Point(x, y));
}
/**
* Area "a" contains the hull that we would like to download data for. however we can only
* download rectangles, so the following is an attempt at finding a number of rectangles to
* download.
*
* <p>The idea is simply: Start out with the full bounding box. If it is too large, then split it
* in half and repeat recursively for each half until you arrive at something small enough to
* download. The algorithm is improved by always using the intersection between the rectangle and
* the actual desired area. For example, if you have a track that goes like this: +----+ | /| | /
* | | / | |/ | +----+ then we would first look at downloading the whole rectangle (assume it's
* too big), after that we split it in half (upper and lower half), but we donot request the full
* upper and lower rectangle, only the part of the upper/lower rectangle that actually has
* something in it.
*
* <p>This functions calculates the rectangles, asks the user to continue and downloads the areas
* if applicable.
*/
protected static void confirmAndDownloadAreas(
Area a,
double max_area,
boolean osmDownload,
boolean gpxDownload,
String title,
ProgressMonitor progressMonitor) {
List<Rectangle2D> toDownload = new ArrayList<Rectangle2D>();
addToDownload(a, a.getBounds(), toDownload, max_area);
if (toDownload.isEmpty()) {
return;
}
JPanel msg = new JPanel(new GridBagLayout());
msg.add(
new JLabel(
tr(
"<html>This action will require {0} individual<br>"
+ "download requests. Do you wish<br>to continue?</html>",
toDownload.size())),
GBC.eol());
if (JOptionPane.OK_OPTION
!= JOptionPane.showConfirmDialog(
Main.parent, msg, title, JOptionPane.OK_CANCEL_OPTION, JOptionPane.PLAIN_MESSAGE)) {
return;
}
final PleaseWaitProgressMonitor monitor = new PleaseWaitProgressMonitor(tr("Download data"));
final Future<?> future =
new DownloadTaskList().download(false, toDownload, osmDownload, gpxDownload, monitor);
Main.worker.submit(
new Runnable() {
@Override
public void run() {
try {
future.get();
} catch (Exception e) {
e.printStackTrace();
return;
}
monitor.close();
}
});
}
/**
* Tests if two polygons intersect.
*
* @param first
* @param second
* @return intersection kind
*/
public static PolygonIntersection polygonIntersection(List<Node> first, List<Node> second) {
Area a1 = getArea(first);
Area a2 = getArea(second);
Area inter = new Area(a1);
inter.intersect(a2);
Rectangle bounds = inter.getBounds();
if (inter.isEmpty() || bounds.getHeight() * bounds.getWidth() <= 1.0) {
return PolygonIntersection.OUTSIDE;
} else if (inter.equals(a1)) {
return PolygonIntersection.FIRST_INSIDE_SECOND;
} else if (inter.equals(a2)) {
return PolygonIntersection.SECOND_INSIDE_FIRST;
} else {
return PolygonIntersection.CROSSING;
}
}
/**
* Creates a master shape of the letter.
*
* @param shape
* @return the master shape
*/
private final Master createMaster(RenderContext ctx, Shape shape, double ascent) {
final Area area = new Area(shape);
final double scale = MASTER_HEIGHT / ascent;
area.transform(AffineTransform.getScaleInstance(scale, scale));
final Rectangle bounds = area.getBounds();
// System.out.println("createMaster bounds " + bounds);
// area.transform(AffineTransform.getTranslateInstance(-bounds.getMinX(),
// -bounds.getMinY()));
// bounds = area.getBounds();
final int minX = (int) (bounds.getMinX() - 0.5);
final int maxX = (int) (bounds.getMaxX() + 0.5);
final int minY = (int) (bounds.getMinY() - 0.5);
final int maxY = (int) (bounds.getMaxY() + 0.5);
final int width = maxX - minX;
final int height = maxY - minY;
BitSet bits = (BitSet) ctx.getObject(BITS_NAME);
if (bits == null) {
bits = new BitSet(width * height);
ctx.setObject(BITS_NAME, bits);
} else {
bits.clear();
}
int ofs = 0;
for (int y = maxY; y > minY; y--) {
for (int x = minX; x < maxX; x++) {
if (area.contains(x, y)) {
bits.set(ofs);
}
ofs++;
}
}
return new Master(bits, width, height, minX, minY);
}
@Override
public void draw(
Graphics2D g2d,
ComponentState componentState,
boolean outlineMode,
Project project,
IDrawingObserver drawingObserver) {
if (checkPointsClipped(g2d.getClip())) {
return;
}
int pinSize = (int) PIN_SIZE.convertToPixels() / 2 * 2;
Area mainArea = getBody();
Composite oldComposite = g2d.getComposite();
if (alpha < MAX_ALPHA) {
g2d.setComposite(AlphaComposite.getInstance(AlphaComposite.SRC_OVER, 1f * alpha / MAX_ALPHA));
}
g2d.setColor(outlineMode ? Constants.TRANSPARENT_COLOR : bodyColor);
g2d.fill(mainArea);
g2d.setComposite(oldComposite);
Color finalBorderColor;
Theme theme =
(Theme)
ConfigurationManager.getInstance()
.readObject(IPlugInPort.THEME_KEY, Constants.DEFAULT_THEME);
if (outlineMode) {
finalBorderColor =
componentState == ComponentState.SELECTED || componentState == ComponentState.DRAGGING
? SELECTION_COLOR
: theme.getOutlineColor();
} else {
finalBorderColor =
componentState == ComponentState.SELECTED || componentState == ComponentState.DRAGGING
? SELECTION_COLOR
: borderColor;
}
g2d.setColor(finalBorderColor);
g2d.setStroke(ObjectCache.getInstance().fetchBasicStroke(1));
g2d.draw(mainArea);
for (Point point : controlPoints) {
if (!outlineMode) {
g2d.setColor(PIN_COLOR);
g2d.fillOval(point.x - pinSize / 2, point.y - pinSize / 2, pinSize, pinSize);
}
g2d.setColor(outlineMode ? theme.getOutlineColor() : PIN_BORDER_COLOR);
g2d.drawOval(point.x - pinSize / 2, point.y - pinSize / 2, pinSize, pinSize);
}
// Draw label.
g2d.setFont(LABEL_FONT);
Color finalLabelColor;
if (outlineMode) {
finalLabelColor =
componentState == ComponentState.SELECTED || componentState == ComponentState.DRAGGING
? LABEL_COLOR_SELECTED
: theme.getOutlineColor();
} else {
finalLabelColor =
componentState == ComponentState.SELECTED || componentState == ComponentState.DRAGGING
? LABEL_COLOR_SELECTED
: getLabelColor();
}
g2d.setColor(finalLabelColor);
String label = (getDisplay() == Display.NAME) ? getName() : getValue();
FontMetrics fontMetrics = g2d.getFontMetrics(g2d.getFont());
Rectangle2D rect = fontMetrics.getStringBounds(label, g2d);
int textHeight = (int) (rect.getHeight());
int textWidth = (int) (rect.getWidth());
// Center text horizontally and vertically
Rectangle bounds = mainArea.getBounds();
int x = bounds.x + (bounds.width - textWidth) / 2;
int y = bounds.y + (bounds.height - textHeight) / 2 + fontMetrics.getAscent();
g2d.drawString(label, x, y);
}
protected void cutTheArea(ArrayList<Point2D> sawtooth) {
// TODO Auto-generated method stub
int x = (int) pointList.get(0).getX() - (int) pointList.get(pointList.size() - 1).getX();
int y = (int) pointList.get(0).getY() - (int) pointList.get(pointList.size() - 1).getY();
int formerX = (int) pointList.get(pointList.size() - 1).getX();
int formerY = (int) pointList.get(pointList.size() - 1).getY();
// 切割添加的第一个点，为水滴离开时的点，延切割方向平移一大段距离
Point2D firstPoint = new Point(formerX - 10 * x, formerY - 10 * y);
sawtooth.add(firstPoint);
// 假如方向为从左上穿过到右下， 先右移一个很大的值，再上移一个很大的值
int xDirection = 1;
int yDirection = 1;
if (x < 0) { // 使其与x，y同号
xDirection = -1;
}
sawtooth.add(new Point((int) firstPoint.getX() - xDirection * 1000, (int) firstPoint.getY()));
sawtooth.add(
new Point(
(int) firstPoint.getX() - xDirection * 1000,
(int) firstPoint.getY() - yDirection * 5000));
sawtooth.add(
new Point(
(int) firstPoint.getX() + xDirection * 2000,
(int) firstPoint.getY() - yDirection * 5000));
formerX = (int) pointList.get(0).getX();
formerY = (int) pointList.get(0).getY();
// 切割添加的最后一个点，为水滴离开时的点，延切割反方向平移一大段距离
Point2D lastPoint = new Point(formerX + 10 * x, formerY + 10 * y);
sawtooth.add(lastPoint);
xList = new int[sawtooth.size()];
yList = new int[sawtooth.size()];
// 为了多边形的声明，将x，y坐标都变成一个int[]
for (int i = 0; i < sawtooth.size(); i++) {
xList[i] = (int) sawtooth.get(i).getX();
yList[i] = (int) sawtooth.get(i).getY();
}
// 开始切割
Polygon cutPolygon = new Polygon(xList, yList, sawtooth.size());
Area cutArea = new Area(cutPolygon);
cutArea.intersect(area); // 这里cutArea是切下来的部分，永远靠上
area.subtract(cutArea); // 这里area是剩下的部分，靠下
// 如果被切下来部分的面积大于原面积的0.75，那么把cutArea1变为另一部分
// ，把原area变为该area，假如两个都不大于原来面积的0.75，那么都变为cutArea（即将消失的部分）
// 顺便把每一部分的速度改一下，速度是将水滴的速度方向向上旋转30°，和向下旋转30°，生成两个新的速度向量，叠加到原来的速度上。
// 生成两个新向量,式子是通过方程推导出来的，index 0为靠下部分速度，1为靠上部分速度
double[] deltavx = {
Math.sqrt(3) * waterDrop_vx * 0.5
- 0.5 * (Math.abs(waterDrop_vx) / waterDrop_vx) * waterDrop_vy,
Math.sqrt(3) * waterDrop_vx * 0.5
+ 0.5 * (Math.abs(waterDrop_vx) / waterDrop_vx) * waterDrop_vy
};
double[] deltavy = {
Math.sqrt(3) * waterDrop_vy * 0.5 + 0.5 * (Math.abs(waterDrop_vx)),
Math.sqrt(3) * waterDrop_vy * 0.5 - 0.5 * (Math.abs(waterDrop_vx))
};
if ((computeArea(area.getBounds()) < formerArea * 0.3)
&& (computeArea(cutArea.getBounds())) > formerArea * 0.8) {
cutArea1 = area;
area = cutArea;
vx[0] = vx[0] + deltavx[1];
vy[0] = vy[0] + deltavy[1];
vx[1] = vx[1] + deltavx[0];
vy[1] = vy[1] + deltavy[0];
} else if ((computeArea(cutArea.getBounds()) < formerArea * 0.3)
&& (computeArea(area.getBounds())) > formerArea * 0.8) {
cutArea1 = cutArea;
vx[1] = vx[1] + deltavx[1];
vy[1] = vy[1] + deltavy[1];
vx[0] = vx[0] + deltavx[0];
vy[0] = vy[0] + deltavy[0];
} else {
cutArea1 = cutArea;
cutArea2 = area;
area = new Area();
vx[1] = vx[1] + deltavx[1];
vy[1] = vy[1] + deltavy[1];
vx[2] = vx[2] + deltavx[0];
vy[2] = vy[2] + deltavy[0];
}
pointList = new ArrayList<Point2D>();
this.sawtooth = new ArrayList<Point2D>();
isPassed = false;
sawtoothIndex = 0;
}
static void renderTextWithJavaFonts(
GraphicsState gs,
DynamicVectorRenderer current,
int streamType,
ParserOptions parserOptions,
PdfFont currentFontData,
GlyphData glyphData,
final int Tmode,
final float currentWidth,
final boolean isTextShifted,
final PdfJavaGlyphs glyphs,
final float[][] Trm) {
final float actualWidth = glyphData.getActualWidth();
/** set values used if rendering as well */
Object transformedGlyph2;
AffineTransform glyphAt = null;
final int rawInt = glyphData.getRawInt();
//
{ // render now
final boolean isSTD =
actualWidth > 0
|| DecoderOptions.isRunningOnMac
|| streamType == ValueTypes.FORM
|| StandardFonts.isStandardFont(currentFontData.getBaseFontName(), false)
|| currentFontData.isBrokenFont();
/** flush cache if needed */
// if(!DynamicVectorRenderer.newCode2){
if (glyphs.lastTrm[0][0] != Trm[0][0]
|| glyphs.lastTrm[1][0] != Trm[1][0]
|| glyphs.lastTrm[0][1] != Trm[0][1]
|| glyphs.lastTrm[1][1] != Trm[1][1]) {
glyphs.lastTrm = Trm;
glyphs.flush();
}
// }
// either calculate the glyph to draw or reuse if already drawn
Area glyph = glyphs.getCachedShape(rawInt);
glyphAt = glyphs.getCachedTransform(rawInt);
if (glyph == null) {
double dY = -1, dX = 1, x3 = 0, y3 = 0;
// allow for text running up the page
if ((Trm[1][0] < 0 && Trm[0][1] >= 0) || (Trm[0][1] < 0 && Trm[1][0] >= 0)) {
dX = 1f;
dY = -1f;
}
if (isSTD) {
glyph = glyphs.getGlyph(rawInt, glyphData.getDisplayValue(), currentWidth);
// hack to fix problem with Java Arial font
if (glyph != null && rawInt == 146 && glyphs.isArialInstalledLocally) {
y3 = -(glyph.getBounds().height - glyph.getBounds().y);
}
} else {
// remap font if needed
String xx = glyphData.getDisplayValue();
GlyphVector gv1 = null;
// do not show CID fonts as Lucida unless match
if (!glyphs.isCIDFont || glyphs.isCorrupted() || glyphs.isFontInstalled) {
gv1 = glyphs.getUnscaledFont().createGlyphVector(PdfJavaGlyphs.frc, xx);
}
if (gv1 != null) {
glyph = new Area(gv1.getOutline());
// put glyph into display position
double glyphX = gv1.getOutline().getBounds2D().getX();
// ensure inside box
x3 = 0;
if (glyphX < 0) {
glyphX = -glyphX;
x3 = glyphX * 2;
// System.out.println(x3+" "+displayTrm[0][0]+" "+displayTrm[0][0]);
if (Trm[0][0] > Trm[0][1]) {
x3 *= Trm[0][0];
} else {
x3 *= Trm[0][1];
}
// glyphAt =AffineTransform.getTranslateInstance(x3,0);
}
final double glyphWidth = gv1.getVisualBounds().getWidth() + (glyphX * 2);
final double scaleFactor = currentWidth / glyphWidth;
if (scaleFactor < 1) {
dX *= scaleFactor;
}
if (x3 > 0) {
x3 *= dX;
}
}
}
glyphAt =
new AffineTransform(
dX * Trm[0][0], dX * Trm[0][1], dY * Trm[1][0], dY * Trm[1][1], x3, y3);
// create shape for text using transformation to make correct size
// glyphAt =new AffineTransform(dX* displayTrm[0][0],dX* displayTrm[0][1],dY*
// displayTrm[1][0],dY* displayTrm[1][1] ,x3, y3);
// save so we can reuse if it occurs again in this TJ command
glyphs.setCachedShape(rawInt, glyph, glyphAt);
}
if (glyph != null && Tmode == GraphicsState.CLIPTEXT && glyph.getBounds().width > 0) {
/** support for TR7 */
final Area glyphShape = (Area) glyph.clone();
// we need to apply to make it all work
glyphShape.transform(glyphAt);
// if its already generated we just need to move it
if (parserOptions.renderDirectly()) {
final AffineTransform at2 = AffineTransform.getTranslateInstance(Trm[2][0], (Trm[2][1]));
glyphShape.transform(at2);
}
gs.addClip(glyphShape);
// current.drawClip(gs,null,false);
// if(parserOptions.renderDirectly()) {
glyph = null;
// }
}
transformedGlyph2 = glyph;
}
if (transformedGlyph2 != null) {
final double[] textTrans = new double[6];
glyphAt.getMatrix(textTrans);
final int fontSize = glyphData.getFontSize();
if (parserOptions.useJavaFX()) {
current.drawEmbeddedText(
Trm,
fontSize,
null,
null,
DynamicVectorRenderer.TEXT,
gs,
textTrans,
glyphData.getUnicodeValue(),
currentFontData,
-100);
} else
// add to renderer
if (parserOptions.renderDirectly()) {
current.drawEmbeddedText(
Trm,
fontSize,
null,
transformedGlyph2,
DynamicVectorRenderer.TEXT,
gs,
textTrans,
glyphData.getUnicodeValue(),
currentFontData,
-100);
} else {
if (isTextShifted) {
current.drawEmbeddedText(
Trm,
-fontSize,
null,
transformedGlyph2,
DynamicVectorRenderer.TEXT,
gs,
null,
glyphData.getUnicodeValue(),
currentFontData,
-100);
} else {
current.drawEmbeddedText(
Trm,
fontSize,
null,
transformedGlyph2,
DynamicVectorRenderer.TEXT,
gs,
null,
glyphData.getUnicodeValue(),
currentFontData,
-100);
}
}
}
}
/**
* Creates a continuous legend item for one item in dimensionSet, i.e. dimensionSet must be a set
* containing exactly one value.
*
* @param dateFormat format used to format minValue and maxValue as dates, or null if they should
* be displayed numerically instead of as dates
* @throws ChartPlottimeException
*/
private LegendItem createContinuousLegendItem(
PlotInstance plotInstance,
Set<PlotDimension> dimensionSet,
double minValue,
double maxValue,
DateFormat dateFormat) {
PlotConfiguration plotConfiguration = plotInstance.getCurrentPlotConfigurationClone();
PlotDimension dimension = dimensionSet.iterator().next();
DefaultDimensionConfig dimensionConfig =
(DefaultDimensionConfig) plotConfiguration.getDimensionConfig(dimension);
DimensionConfigData dimensionConfigData =
plotInstance.getPlotData().getDimensionConfigData(dimensionConfig);
// String label = dimensionConfig.getLabel();
// if(label == null) {
// label = I18N.getGUILabel("plotter.unnamed_value_label");
// }
String label = "";
if (dimension == PlotDimension.COLOR) {
ColorProvider colorProvider = dimensionConfigData.getColorProvider();
if (!colorProvider.supportsNumericalValues()) {
throw new RuntimeException(
"Color provider for continuous legend item does not support numerical values.");
}
// shape dimensions
final int width = 50;
final int height = 10;
// create item paint
// first disable logarithmic scale on color provider ( -> linear gradient in legend)
// ContinuousColorProvider continuousColorProvider = null;
// if (dimensionConfig.isLogarithmic() && colorProvider instanceof
// ContinuousColorProvider) {
// continuousColorProvider = (ContinuousColorProvider)colorProvider;
// continuousColorProvider.setLogarithmic(false);
// }
// calculate gradient
float fractions[] = new float[width];
Color colors[] = new Color[width];
for (int i = 0; i < width; ++i) {
float fraction = i / (width - 1.0f);
double fractionValue;
if (colorProvider instanceof ContinuousColorProvider
&& ((ContinuousColorProvider) colorProvider)
.isColorMinMaxValueDifferentFromOriginal(
((ContinuousColorProvider) colorProvider).getMinValue(),
((ContinuousColorProvider) colorProvider).getMaxValue())) {
fractionValue =
((ContinuousColorProvider) colorProvider).getMinValue()
+ fraction
* (((ContinuousColorProvider) colorProvider).getMaxValue()
- ((ContinuousColorProvider) colorProvider).getMinValue());
} else {
fractionValue = minValue + fraction * (maxValue - minValue);
}
colors[i] = colorProvider.getColorForValue(fractionValue);
fractions[i] = fraction;
}
LinearGradientPaint shapeFillPaint =
new LinearGradientPaint(
new Point(0, 0), new Point(width, 0), fractions, colors, CycleMethod.REPEAT);
// reset color provider to logarithmic if necessary
// if (continuousColorProvider != null && dimensionConfig.isLogarithmic()) {
// continuousColorProvider.setLogarithmic(true);
// }
// create item shape
Rectangle itemShape = new Rectangle(width, height);
if (colorProvider instanceof ContinuousColorProvider) {
return createFlankedShapeLegendItem(
label,
((ContinuousColorProvider) colorProvider).getMinValue(),
((ContinuousColorProvider) colorProvider).getMaxValue(),
itemShape,
shapeFillPaint,
true,
dateFormat);
} else {
return createFlankedShapeLegendItem(
label, minValue, maxValue, itemShape, shapeFillPaint, true, dateFormat);
}
} else if (dimension == PlotDimension.SHAPE) {
// shape provider probably never supports numerical values
return null;
} else if (dimension == PlotDimension.SIZE) {
SizeProvider sizeProvider = dimensionConfigData.getSizeProvider();
if (!sizeProvider.supportsNumericalValues()) {
throw new RuntimeException(
"Size provider for continuous legend item does not support numerical values.");
}
double minScalingFactor = sizeProvider.getMinScalingFactor();
double maxScalingFactor = sizeProvider.getMaxScalingFactor();
ContinuousSizeProvider legendSizeProvider =
new ContinuousSizeProvider(
minScalingFactor,
maxScalingFactor,
MIN_LEGEND_ITEM_SCALING_FACTOR,
MAX_LEGEND_ITEM_SCALING_FACTOR,
false);
int legendItemCount = 4;
Area composedShape = new Area();
Shape originalShape = UNDEFINED_SHAPE;
if (dimensionSet.contains(PlotDimension.SIZE) && dimensionSet.size() == 1) {
originalShape = UNDEFINED_SHAPE_AND_COLOR;
}
double maxHeight = originalShape.getBounds().getHeight() * MAX_LEGEND_ITEM_SCALING_FACTOR;
for (int i = 0; i < legendItemCount; ++i) {
double fraction =
minScalingFactor
+ ((double) i / legendItemCount * (maxScalingFactor - minScalingFactor));
double legendScalingFactor = legendSizeProvider.getScalingFactorForValue(fraction);
double composedWidth = composedShape.getBounds().getWidth();
AffineTransform t = new AffineTransform();
t.scale(legendScalingFactor, legendScalingFactor);
Shape shape = t.createTransformedShape(originalShape);
t = new AffineTransform();
double shapeWidth = shape.getBounds().getWidth();
double shapeHeight = shape.getBounds().getHeight();
t.translate(composedWidth + shapeWidth * .1, (maxHeight - shapeHeight) / 2.0);
t.translate(-shape.getBounds().getMinX(), -shape.getBounds().getMinY());
shape = t.createTransformedShape(shape);
composedShape.add(new Area(shape));
}
return createFlankedShapeLegendItem(
label, minValue, maxValue, composedShape, UNDEFINED_COLOR_PAINT, false, dateFormat);
} else {
throw new RuntimeException(
"Unsupported dimension. Execution path should never reach this line.");
}
}