@Override
public boolean containsPoint(FGEPoint p) {
if ((p.x >= getX() - EPSILON)
&& (p.x <= getX() + getWidth() + EPSILON)
&& (p.y >= getY() - EPSILON)
&& (p.y <= getY() + getHeight() + EPSILON)) {
if (!getIsFilled()) {
FGESegment north = getArcExcludedNorth();
FGESegment south = getArcExcludedSouth();
FGESegment west = getArcExcludedWest();
FGESegment east = getArcExcludedEast();
return (north.contains(p)
|| south.contains(p)
|| east.contains(p)
|| west.contains(p)
|| getNorthEastRound().contains(p)
|| getNorthWestRound().contains(p)
|| getSouthEastRound().contains(p)
|| getSouthWestRound().contains(p));
} else {
if (new FGERectangle(
new FGEPoint(getX(), getY() + archeight / 2),
new FGEDimension(getWidth(), getHeight() - archeight),
Filling.FILLED)
.contains(p)) {
return true;
}
if (new FGERectangle(
new FGEPoint(getX() + arcwidth / 2, getY()),
new FGEDimension(getWidth() - arcwidth, getHeight()),
Filling.FILLED)
.contains(p)) {
return true;
}
return (getFilledNorthEastRound().containsPoint(p)
|| getFilledNorthWestRound().containsPoint(p)
|| getFilledSouthEastRound().containsPoint(p)
|| getFilledSouthWestRound().containsPoint(p));
}
}
return false;
}
@Override
public FGEPoint nearestOutlinePoint(FGEPoint aPoint) {
FGEPoint returned = null;
double distSq, minimalDistanceSq = java.lang.Double.POSITIVE_INFINITY;
FGESegment north = getNorth();
FGESegment south = getSouth();
FGESegment east = getEast();
FGESegment west = getWest();
FGEPoint p = north.getNearestPointOnSegment(aPoint);
distSq = FGEPoint.distanceSq(p, aPoint);
if (distSq < minimalDistanceSq) {
returned = p;
minimalDistanceSq = distSq;
}
p = south.getNearestPointOnSegment(aPoint);
distSq = FGEPoint.distanceSq(p, aPoint);
if (distSq < minimalDistanceSq) {
returned = p;
minimalDistanceSq = distSq;
}
p = east.getNearestPointOnSegment(aPoint);
distSq = FGEPoint.distanceSq(p, aPoint);
if (distSq < minimalDistanceSq) {
returned = p;
minimalDistanceSq = distSq;
}
p = west.getNearestPointOnSegment(aPoint);
distSq = FGEPoint.distanceSq(p, aPoint);
if (distSq < minimalDistanceSq) {
returned = p;
minimalDistanceSq = distSq;
}
if (returned == null) {
returned = new FGEPoint(0, 0);
}
if (getNorthWestRoundBounds().containsPoint(returned)) {
// System.out.println("nearestOutlinePoint() in NW");
return getNorthWestRound().nearestOutlinePoint(aPoint);
}
if (getSouthWestRoundBounds().containsPoint(returned)) {
// System.out.println("nearestOutlinePoint() in SW");
return getSouthWestRound().nearestOutlinePoint(aPoint);
}
if (getNorthEastRoundBounds().containsPoint(returned)) {
// System.out.println("nearestOutlinePoint() in NE");
return getNorthEastRound().nearestOutlinePoint(aPoint);
}
if (getSouthEastRoundBounds().containsPoint(returned)) {
// System.out.println("nearestOutlinePoint() in SE");
return getSouthEastRound().nearestOutlinePoint(aPoint);
}
return returned;
}
