use of aima.core.util.math.geom.shapes.IGeometric2D in project aima-java by aimacode.
the class SVGGroupParserTest method setUp.
@Before
public void setUp() {
testGroup = new ArrayList<IGeometric2D>();
testGroup.ensureCapacity(10);
testGroup.add(new Polyline2D(testVertices1, true));
testGroup.add(new Line2D(15.0d, 15.0d, 200.0d, 100.0d));
testGroup.add(new Ellipse2D(new Point2D(300.0d, 80.0d), 60.0d, 40.0d));
testGroup.add(new Circle2D(new Point2D(180.0d, 160.0d), 20.0d));
testGroup.add(new Rect2D(161.0d, 200.0d, 261.0d, 250.0d));
testGroup.add(new Polyline2D(testVertices2, true));
testGroup.add(new Line2D(0.0d, 0.0d, 700.0d, 0.0d));
testGroup.add(new Line2D(700.0d, 0.0d, 700.0d, 500.0d));
testGroup.add(new Line2D(700.0d, 500.0d, 0.0d, 500.0d));
testGroup.add(new Line2D(0.0d, 500.0d, 0.0d, 0.0d));
testParser = new SVGGroupParser();
}
use of aima.core.util.math.geom.shapes.IGeometric2D in project aima-java by aimacode.
the class SVGGroupParserTest method testParse.
@Test
public void testParse() {
IGeometric2D x;
IGeometric2D y;
Iterator<IGeometric2D> j;
try {
j = testParser.parse(this.getClass().getResourceAsStream(file), groupID).iterator();
Iterator<IGeometric2D> i = testGroup.iterator();
while (i.hasNext()) {
x = i.next();
y = j.next();
if (x instanceof Circle2D && y instanceof Circle2D) {
assertEquals("Circle: Center-X.", ((Circle2D) (y)).getCenter().getX(), ((Circle2D) (x)).getCenter().getX(), 0.000005d);
assertEquals("Circle: Center-Y.", ((Circle2D) (y)).getCenter().getY(), ((Circle2D) (x)).getCenter().getY(), 0.000005d);
assertEquals("Circle: Radius.", ((Circle2D) (y)).getRadius(), ((Circle2D) (x)).getRadius(), 0.000005d);
} else if (x instanceof Ellipse2D && y instanceof Ellipse2D) {
assertEquals("Ellipse: Center-X.", ((Ellipse2D) (y)).getCenter().getX(), ((Ellipse2D) (x)).getCenter().getX(), 0.000005d);
assertEquals("Ellipse: Center-Y.", ((Ellipse2D) (y)).getCenter().getY(), ((Ellipse2D) (x)).getCenter().getY(), 0.000005d);
assertEquals("Ellipse: Horizontal length.", ((Ellipse2D) (y)).getHorizontalLength(), ((Ellipse2D) (x)).getHorizontalLength(), 0.000005d);
assertEquals("Ellipse: Vertical length.", ((Ellipse2D) (y)).getVerticalLength(), ((Ellipse2D) (x)).getVerticalLength(), 0.000005d);
assertEquals("Ellipse: Rotation angle.", ((Ellipse2D) (y)).getAngle(), ((Ellipse2D) (x)).getAngle(), 0.000005d);
} else if (x instanceof Line2D && y instanceof Line2D) {
assertEquals("Line: Start-X.", ((Line2D) (y)).getStart().getX(), ((Line2D) (x)).getStart().getX(), 0.000005d);
assertEquals("Line: Start-Y.", ((Line2D) (y)).getStart().getY(), ((Line2D) (x)).getStart().getY(), 0.000005d);
assertEquals("Line: End-X.", ((Line2D) (y)).getEnd().getX(), ((Line2D) (x)).getEnd().getX(), 0.000005d);
assertEquals("Line: End-Y.", ((Line2D) (y)).getEnd().getY(), ((Line2D) (x)).getEnd().getY(), 0.000005d);
} else if (x instanceof Polyline2D && y instanceof Polyline2D) {
if (((Polyline2D) x).getVertexes().length != ((Polyline2D) x).getVertexes().length)
fail();
else {
for (int k = 0; k < ((Polyline2D) x).getVertexes().length; k++) {
assertEquals("Polygon: Vertex-X", ((Polyline2D) x).getVertexes()[k].getX(), ((Polyline2D) y).getVertexes()[k].getX(), 0.000005d);
assertEquals("Polygon: Vertex-Y", ((Polyline2D) x).getVertexes()[k].getY(), ((Polyline2D) y).getVertexes()[k].getY(), 0.000005d);
}
}
} else if (x instanceof Rect2D && y instanceof Rect2D) {
assertEquals("Line: UpperLeft-X.", ((Rect2D) (y)).getUpperLeft().getX(), ((Rect2D) (x)).getUpperLeft().getX(), 0.000005d);
assertEquals("Line: UpperLeft-Y.", ((Rect2D) (y)).getUpperLeft().getY(), ((Rect2D) (x)).getUpperLeft().getY(), 0.000005d);
assertEquals("Line: LowerRight-X.", ((Rect2D) (y)).getLowerRight().getX(), ((Rect2D) (x)).getLowerRight().getX(), 0.000005d);
assertEquals("Line: LowerRight-Y.", ((Rect2D) (y)).getLowerRight().getY(), ((Rect2D) (x)).getLowerRight().getY(), 0.000005d);
}
}
assertFalse("Both groups are the same length and contain only legal shapes.", i.hasNext() || j.hasNext());
} catch (XMLStreamException e) {
e.printStackTrace();
fail();
} catch (NullPointerException e) {
e.printStackTrace();
fail();
}
}
use of aima.core.util.math.geom.shapes.IGeometric2D in project aima-java by aimacode.
the class SVGGroupParser method parseRect.
/**
* Parses the current element as a rectangle. This rectangle is added to the {@code shapes} if it is rendered.
*/
private void parseRect() {
String value = reader.getAttributeValue(null, X_ATTRIBUTE);
final double x = parseNumber(value);
value = reader.getAttributeValue(null, Y_ATTRIBUTE);
final double y = parseNumber(value);
value = reader.getAttributeValue(null, WIDTH_ATTRIBUTE);
final double width = parseNumber(value);
value = reader.getAttributeValue(null, HEIGHT_ATTRIBUTE);
final double height = parseNumber(value);
if (width != 0.0d && height != 0.0d) {
//SVG standard specifies that both width and height are forced to have a value. Otherwise the rendering for this element is disabled.
IGeometric2D rect = new Rect2D(x, y, x + width, y + height).transform(currentMatrix);
shapes.add(rect);
}
}
use of aima.core.util.math.geom.shapes.IGeometric2D in project aima-java by aimacode.
the class CartesianPlot2D method setShapes.
/**
* Sets the set of shapes of the plot.
* @param shapes the set of shapes to be set.
*/
public void setShapes(ArrayList<IGeometric2D> shapes) {
this.shapes = shapes;
boundaries = new ArrayList<Rect2D>(shapes.size());
for (IGeometric2D shape : shapes) {
boundaries.add(shape.getBounds());
}
}
use of aima.core.util.math.geom.shapes.IGeometric2D in project aima-java by aimacode.
the class CartesianPlot2D method loadMap.
/**
* Loads a map input into this Cartesian plot.
* @param input the stream containing the data.
* @param groupID the identification for the group of elements that will be loaded.
* @throws Exception thrown if the input does not contain the group.
* @throws Exception thrown by the parser when it encounters an error in the input.
*/
public void loadMap(InputStream input, String groupID) throws Exception {
shapes = parser.parse(input, groupID);
boundaries = new ArrayList<Rect2D>(shapes.size());
for (IGeometric2D shape : shapes) {
boundaries.add(shape.getBounds());
}
}
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