public GeneralPath transform(GeneralPath in) {
GeneralPath out = new GeneralPath();
PathIterator it = in.getPathIterator(null);
float[] seg = new float[6];
Point2D.Double din = new Point2D.Double();
Point2D.Double dout = new Point2D.Double();
while (!it.isDone()) {
int l = it.currentSegment(seg);
din.x = seg[0];
din.y = seg[1];
projection.transform(din, dout);
float x = (float) dout.x - minx;
float y = maxy - (float) dout.y;
try {
if (!projection.inside(din.x, din.y)) l = PathIterator.SEG_MOVETO;
} catch (Exception e) {
l = PathIterator.SEG_MOVETO;
}
if (l == PathIterator.SEG_MOVETO) {
out.moveTo(x, y);
} else {
out.lineTo(x, y);
}
it.next();
}
return out;
}
/** @param override true if should kill even if invulerable, false if not */
public void kill(boolean override) {
if (!override) {
if (star || invulerable || piped) return;
}
deathPos.setLocation(pos);
if (deathPos.y < 0) {
deathPos.y = 0;
}
if (metal) {
metal = false;
startInvulnerable();
invulerableTime = 3000 / 15;
Point2D.Double v = new Point2D.Double(Math.random() * 8 - 4, Math.random() * 4 + 7);
TMetalCap cap = new TMetalCap();
cap.setPos(pos.x, pos.y);
cap.kill(v);
this.addSpawn(cap);
return;
}
cape = false;
dead = true;
numBullets = 0;
falling = false;
acc = new Point2D.Double();
vel = new Point2D.Double();
deadTime = 25;
}
public static Utility.Pair<ArrayList<Double>, ArrayList<Double>> calcFacingEdges(
Point2D.Double position,
Hashtable<ArrayList<Point2D.Double>, ArrayList<Point2D.Double>> obstacleToNormals) {
ArrayList<Point2D.Double> lineStartPoints = new ArrayList<Point2D.Double>();
ArrayList<Point2D.Double> lineEndPoints = new ArrayList<Point2D.Double>();
Point2D.Double pointToLineEndpoint = new Point2D.Double();
for (Entry<ArrayList<Double>, ArrayList<Double>> e : obstacleToNormals.entrySet()) {
ArrayList<Double> obstacle = e.getKey();
ArrayList<Double> normals = e.getValue();
Point2D.Double lineStartPoint = obstacle.get(0);
int numNormals = normals.size();
for (int i = 0; i < normals.size(); ++i) {
Point2D.Double n = normals.get(i);
pointToLineEndpoint.x = lineStartPoint.x - position.x;
pointToLineEndpoint.y = lineStartPoint.y - position.y;
double dot = n.x * pointToLineEndpoint.x + n.y * pointToLineEndpoint.y;
Point2D.Double lineEndPoint = obstacle.get((i + 1) % numNormals);
if (dot < 0) {
lineStartPoints.add(lineStartPoint);
lineEndPoints.add(lineEndPoint);
}
lineStartPoint = lineEndPoint;
}
}
return new Utility.Pair<ArrayList<Point2D.Double>, ArrayList<Point2D.Double>>(
lineStartPoints, lineEndPoints);
}
private synchronized void initBars() {
if (bars != null) {
return;
}
bars = new Area[BAR_COUNT];
final double fixedAngle = 2.0 * Math.PI / (double) bars.length;
for (int i = 0; i < bars.length; ++i) {
Area primitive = makeBar();
Point2D.Double center = new Point2D.Double((double) DIAMETER / 2, (double) DIAMETER / 2);
AffineTransform toCircle =
AffineTransform.getRotateInstance(
((double) -i) * fixedAngle, center.getX(), center.getY());
AffineTransform toBorder = AffineTransform.getTranslateInstance(45.0, -6.0);
AffineTransform toScale = AffineTransform.getScaleInstance(0.1, 0.1);
primitive.transform(toBorder);
primitive.transform(toCircle);
primitive.transform(toScale);
bars[i] = primitive;
}
}
@Override
public void zoomOutButtonHit() {
if (zoomLevel < 5) {
zoomLevel++;
double x = viewPoint.getX() + viewWidth / 2;
double y = viewPoint.getY() + viewWidth / 2;
viewWidth = viewWidth * 2;
x = x - viewWidth / 2;
y = y - viewWidth / 2;
if (x < 0) {
x = 0;
} else if (x + viewWidth > 2048) {
x = x - (x + viewWidth - 2048);
}
if (y < 0) {
y = 0;
} else if (y + viewWidth > 2048) {
y = y - (y + viewWidth - 2048);
}
viewPoint.setLocation(x, y);
setChanged();
notifyObservers();
}
}
/**
* Fits screen to specified geometry bounds.
*
* @param aArea A geometry in geo coordinates space.
* @throws Exception
*/
public void fit(Geometry aArea) throws Exception {
Geometry bounds = aArea.getBoundary();
Envelope envBounds = bounds.getEnvelopeInternal();
Point2D.Double leftUpCorner = new Point2D.Double(envBounds.getMinX(), envBounds.getMinY());
Point2D.Double rightBottomCorner = new Point2D.Double(envBounds.getMaxX(), envBounds.getMaxY());
Point2D.Double cartlu = geo2Cartesian(leftUpCorner);
Point2D.Double cartrb = geo2Cartesian(rightBottomCorner);
double destWidth = Math.abs(cartrb.getX() - cartlu.getX());
double destHeight = Math.abs(cartrb.getY() - cartlu.getY());
Coordinate centre =
new Coordinate((cartrb.getX() + cartlu.getX()) / 2, (cartrb.getY() + cartlu.getY()) / 2);
Dimension size = getSize();
Point2D.Double screenLT = awtScreen2Cartesian(new Point(0, 0));
Point2D.Double screenBR = awtScreen2Cartesian(new Point(size.width, size.height));
double srcWidth = screenBR.x - screenLT.x;
double srcHeight = screenBR.y - screenLT.y;
double sx = srcWidth / destWidth;
double sy = srcHeight / destHeight;
double coef = Math.min(sx, sy);
coef = snapScale(coef);
scaleView(coef, coef, false);
Point2D.Double projectedScreenCenter = screen2Cartesian(new Point(0, 0));
translateView(projectedScreenCenter.x - centre.x, projectedScreenCenter.y - centre.y, true);
repaint();
}
public Point2D.Double getDirectionFor(Task task) {
Point2D.Double loc = task.ownerLoc;
Point2D.Double tLoc = task.targetLoc;
Point2D.Double tVel = task.target.getVelocity();
double tSpeed = tVel == null ? 0 : tVel.distance(0, 0);
Point2D.Double diff = new Point2D.Double(tLoc.x - loc.x, tLoc.y - loc.y);
if (tSpeed == 0 || task.owner.par.topSpeed < tSpeed * 1.0001)
return PlanarMathUtils.normalize(diff);
// In this algorithm, the capture point is assumed to be where the pursuer would first be able
// to overtake the evader if the evader kept heading
// in its current direction... this is where the ratio of speeds is equal to the ratio of
// distances to this hypothetical point.
// The evader's distance to this point is dE, and the pursuer heads toward the evader's
// position plus its heading times dE*leadFactor.
double mu =
task.owner.par.topSpeed / tSpeed; // ratio of speeds is used several times in the formula
double dcosth =
(tVel.x * diff.x + tVel.y * diff.y)
/ tSpeed; // basic dot product formula for cosine... provides ||diff|| * cos of angle
// between diff and tVel
double dE =
(Math.abs(dcosth) - Math.sqrt(dcosth * dcosth - (1 - mu * mu) * diff.distanceSq(0, 0)))
/ (1 - mu * mu);
return unitVectorTo(
loc,
new Point2D.Double(
tLoc.x + tVel.x * leadFactor * dE / tSpeed,
tLoc.y + tVel.y * leadFactor * dE / tSpeed),
task.type.multiplier);
}
public double getDistance(Vector<VivaeObject> objects) {
GeneralPath thisPath = new GeneralPath(this.getTransformedShape());
PathIntersection pi = new PathIntersection();
Point2D.Double[] points;
double dist = ray_length;
double nd;
for (VivaeObject vivaeObject : objects) {
if (vivaeObject != this.owner) {
GeneralPath gp = new GeneralPath(vivaeObject.getTransformedShape());
points = pi.getIntersections(thisPath, gp);
for (Point2D.Double point : points) {
nd = pi.euclideanDistance(point.getX(), point.getY(), owner.getX(), owner.getY());
if (nd < dist) {
dist = nd;
}
// System.out.println(dist);
}
}
}
opacity = Math.max((float) (1d - (dist / ray_length)), opacity);
opacityOfRay = AlphaComposite.getInstance(AlphaComposite.SRC_OVER, opacity);
return 1d - (dist / ray_length);
}
/* CENTROID */
public static Point2D.Double polygonCenterOfMass(Point2D.Double[] polygon) {
int N = polygon.length - 1;
double cx = 0, cy = 0;
// double A = signedPolygonArea(polygon);
Point2D.Double res = new Point2D.Double();
int i, j;
double sumDet = 0;
double factor = 0;
for (i = 0; i < N; i++) {
j = i + 1;
factor = (polygon[i].x * polygon[j].y - polygon[j].x * polygon[i].y);
cx += (polygon[i].x + polygon[j].x) * factor;
cy += (polygon[i].y + polygon[j].y) * factor;
sumDet += factor;
}
factor = 1 / (3 * sumDet);
// A*=6.0;
// factor=1/A;
cx *= factor;
cy *= factor;
res.x = cx;
res.y = cy;
return res;
}
/**
* Builds the circular shape and returns the result as an array of <code>Area</code>. Each <code>
* Area</code> is one of the bars composing the shape.
*/
private Area[] buildTicker() {
width = this.getPreferredSize().getWidth();
height = this.getPreferredSize().getHeight();
Area[] ticker = new Area[barsCount];
Point2D.Double center = new Point2D.Double((double) width / 2, (double) height / 2);
double fixedAngle = 2.0 * Math.PI / ((double) barsCount);
for (double i = 0.0; i < (double) barsCount; i++) {
Area primitive = buildPrimitive();
AffineTransform toCenter = AffineTransform.getTranslateInstance(center.getX(), center.getY());
AffineTransform toBorder = AffineTransform.getTranslateInstance(45.0 / 8, -6.0 / 8);
AffineTransform toCircle =
AffineTransform.getRotateInstance(-i * fixedAngle, center.getX(), center.getY());
AffineTransform toWheel = new AffineTransform();
toWheel.concatenate(toCenter);
toWheel.concatenate(toBorder);
primitive.transform(toWheel);
primitive.transform(toCircle);
ticker[(int) i] = primitive;
}
return ticker;
}
public void zoomToGarminGeo(double factor, int longitude, int latitude) {
Point2D.Double mapCoord = new Point2D.Double();
COORD tempCoord = transformer.createTempCoord();
transformer.wgs84ToMap(
CoordUtils.toWGS84Rad(longitude), CoordUtils.toWGS84Rad(latitude), tempCoord, mapCoord);
zoom(factor, (int) mapCoord.getX(), (int) mapCoord.getY());
}
protected void updateMovement() {
Point2D.Double newLocation;
double acceleration = computeAcceleration();
speed += acceleration;
if ((speed > -1) && speed < 0) {
speed = 0;
} // just a cheat for stabilising the speed if it's close to 0
if (speed >= 0) {
tempOrientation = orientation;
newLocation = updateXY(orientation);
} else {
newLocation =
updateXY(
direction); // if speed is <0, that means the bunny is spinning and its direction is
// different from orientation
spin();
}
// to check if intersectig with something - be that bounds or components
newLocation = checkIntersects(newLocation);
// let the bunny rotate if it was trying to (i.e. if arrows were pressed)
rotate();
// give the new newLocation to the bunny
x = newLocation.getX();
y = newLocation.getY();
}
@Override
public List<GeoEventPage> getNextFrame() {
List<GeoEventPage> list = new ArrayList<GeoEventPage>();
if (Math.random() <= 0.9) {
currentCycle++;
return list;
}
for (int j = 0; j < 5; j++) {
Point2D.Double newPoint;
if (Math.random() <= 0.05) {
newPoint = addNewSeedPoint();
} else {
Point2D.Double randomSeedPoint = seedPoints.get((int) (Math.random() * seedPoints.size()));
newPoint = new Point.Double(randomSeedPoint.x, randomSeedPoint.y);
double distance = (Math.random() * ((CumulativeGeoFrameRenderer.LONGITUDE_DEGREES / 10)));
newPoint.x += (Math.random() * distance) - (distance / 2);
newPoint.y += (Math.random() * distance) - (distance / 2);
}
GeoEventPage randomPage = new GeoEventPage(newPoint.x, newPoint.y, currentCycle, 0, 0, 0, "");
list.add(randomPage);
}
currentCycle++;
return list;
}
/** Redraws the image. */
private void redrawImage() {
ScreenToWorldPointConverter converter = null;
try {
converter =
new ScreenToWorldPointConverter(
currWXMin, currWYMin, currWXMax, currWYMax, 0, 0, width - 1, height - 1);
} catch (Exception e) {
throw new IllegalStateException(e);
}
Point2D P = null;
Point2D.Double screenPoint = new Point2D.Double();
ComplexNumber C = null;
Color theColor = null;
int colorIndex = 0;
for (int i = 0; i < width; ++i) {
for (int j = 0; j < height; ++j) {
screenPoint.setLocation(i, j);
P = converter.getWorldCoordinates(screenPoint);
C = new ComplexNumber(new RealNumber(P.getX()), new RealNumber(P.getY()));
colorIndex = Mandelbrot.divergenceIndex(C);
if (colorIndex < 0) {
theColor = Color.black;
} else {
theColor = Mandelbrot.getColor(colorIndex);
}
img.paintPixel(i, j, theColor.getRGB());
}
}
}
/**
* Check if a sprite contains the given point (x,y).
*
* @param elt The sprite.
* @param x The point abscissa.
* @param y The point ordinate.
* @return True if (x,y) is in the given element.
*/
protected boolean spriteContains(GraphicElement elt, double x, double y) {
Values size = elt.getStyle().getSize();
double w2 = metrics.lengthToPx(size, 0) / 2;
double h2 = size.size() > 1 ? metrics.lengthToPx(size, 1) / 2 : w2;
Point2D.Double dst = spritePositionPx((GraphicSprite) elt); // new
// Point2D.Double(
// elt.getX(),
// elt.getY()
// );
// Point2D.Double dst = new Point2D.Double();
// Tx.transform( src, dst );
dst.x -= metrics.viewport[0];
dst.y -= metrics.viewport[1];
double x1 = dst.x - w2;
double x2 = dst.x + w2;
double y1 = dst.y - h2;
double y2 = dst.y + h2;
if (x < x1) return false;
if (y < y1) return false;
if (x > x2) return false;
if (y > y2) return false;
return true;
}
public Point2D.Double projectInverse(double xyx, double xyy, Point2D.Double out) {
double t = 0;
double lpphi = RYC * xyy;
if (Math.abs(lpphi) > 1.) {
if (Math.abs(lpphi) > ONETOL) {
throw new ProjectionException("I");
} else if (lpphi < 0.) {
t = -1.;
lpphi = -Math.PI;
} else {
t = 1.;
lpphi = Math.PI;
}
} else {
lpphi = 2. * Math.asin(t = lpphi);
}
out.x = RXC * xyx / (1. + 2. * Math.cos(lpphi) / Math.cos(0.5 * lpphi));
lpphi = RC * (t + Math.sin(lpphi));
if (Math.abs(lpphi) > 1.) {
if (Math.abs(lpphi) > ONETOL) {
throw new ProjectionException("I");
} else {
lpphi = lpphi < 0. ? -MapMath.HALFPI : MapMath.HALFPI;
}
} else {
lpphi = Math.asin(lpphi);
}
out.y = lpphi;
return out;
}
private void draw(Graphics2D g2, Point2D cursor, double width, double height) {
double widthFactor = 0.95f;
double heightFactor = 0.95f;
double yAxeWidth = width - (width * widthFactor);
double xAxeHeight = height - height * heightFactor;
Point2D.Double localCursor = new Point2D.Double(cursor.getX(), cursor.getY());
localCursor.x += yAxeWidth;
plot.draw(g2, localCursor, width * widthFactor, height * heightFactor);
Range plotYRange = plot.getPlotModel().getYRange();
AxisState yAxisState =
yAxis.build(g2, cursor, yAxeWidth, height * heightFactor, plot.getPlotArea(), plotYRange);
localCursor.y += height * heightFactor;
Range plotXRange = plot.getPlotModel().getXRange();
AxisState xAxisState =
xAxis.build(
g2, localCursor, width * widthFactor, xAxeHeight, plot.getPlotArea(), plotXRange);
synFontSize(xAxisState, yAxisState);
xAxis.draw();
yAxis.draw();
gridRenderer.draw(g2, plot.getPlotArea(), xAxisState, yAxisState);
}
/**
* Compute the position of a sprite if it is not attached.
*
* @param sprite The sprite.
* @param pos Where to stored the computed position, if null, the position is created.
* @param units The units the computed position must be given into.
* @return The same instance as pos, or a new one if pos was null.
*/
protected Point2D.Double getSpritePositionFree(
GraphicSprite sprite, Point2D.Double pos, Units units) {
if (pos == null) pos = new Point2D.Double();
if (sprite.getUnits() == units) {
pos.x = sprite.getX();
pos.y = sprite.getY();
} else if (units == Units.GU && sprite.getUnits() == Units.PX) {
pos.x = sprite.getX();
pos.y = sprite.getY();
xT.transform(pos, pos);
} else if (units == Units.PX && sprite.getUnits() == Units.GU) {
pos.x = sprite.getX();
pos.y = sprite.getY();
Tx.transform(pos, pos);
} else if (units == Units.GU && sprite.getUnits() == Units.PERCENTS) {
pos.x = metrics.lo.x + (sprite.getX() / 100f) * metrics.graphWidthGU();
pos.y = metrics.lo.y + (sprite.getY() / 100f) * metrics.graphHeightGU();
} else if (units == Units.PX && sprite.getUnits() == Units.PERCENTS) {
pos.x = (sprite.getX() / 100f) * metrics.viewport[2];
pos.y = (sprite.getY() / 100f) * metrics.viewport[3];
} else {
throw new RuntimeException("Unhandled yet sprite positioning.");
}
return pos;
}
public final void updateMousePos(double xRW, double yRW) {
if (isVisible) {
// double xRW = view.toRealWorldCoordX(mx);
// double yRW = view.toRealWorldCoordY(my);
int mx = view.toScreenCoordX(xRW);
int my = view.toScreenCoordY(yRW);
// round angle to nearest 15 degrees if alt pressed
if (points.size() == 1 && view.getEuclidianController().altDown) {
GeoPoint p = (GeoPoint) points.get(0);
double px = p.inhomX;
double py = p.inhomY;
double angle = Math.atan2(yRW - py, xRW - px) * 180 / Math.PI;
double radius = Math.sqrt((py - yRW) * (py - yRW) + (px - xRW) * (px - xRW));
// round angle to nearest 15 degrees
angle = Math.round(angle / 15) * 15;
xRW = px + radius * Math.cos(angle * Math.PI / 180);
yRW = py + radius * Math.sin(angle * Math.PI / 180);
mx = view.toScreenCoordX(xRW);
my = view.toScreenCoordY(yRW);
endPoint.x = xRW;
endPoint.y = yRW;
view.getEuclidianController().setLineEndPoint(endPoint);
} else view.getEuclidianController().setLineEndPoint(null);
line.setLine(coordsA[0], coordsA[1], mx, my);
}
}
private Point2D getBezier(
double percent, Point2D.Double C1, Point2D.Double C2, Point2D.Double C3, Point2D.Double C4) {
Point2D.Double pos = new Point2D.Double();
pos.x = C1.x * B1(percent) + C2.x * B2(percent) + C3.x * B3(percent) + C4.x * B4(percent);
pos.y = C1.y * B1(percent) + C2.y * B2(percent) + C3.y * B3(percent) + C4.y * B4(percent);
return pos;
}
public void draw(Graphics g, int xPos, int yPos, short state) {
BufferedImage src;
boolean top = false;
if (popFrame > 0) {
if (updatePopFrame) {
popFrame++;
if (popFrame >= POP_FRAME_COUNT) popFrame = 0;
}
}
if (popFrame > 0) g.drawImage(PoliteSolidBlock.popImg[popFrame - 1], xPos, yPos, null);
Game game = Game.getGame();
Point2D.Double cellID = game.screenToWorld(new Point2D.Double(xPos + 1, yPos + 1));
cellID = game.worldToCell(cellID);
cellID.y = cellID.y - 1;
Cell c = game.getCell((int) (cellID.x), (int) (cellID.y));
if (c != null)
if (c.getBlockTypeInt() != Cell.POLITE_SOLID_BLOCK || (c.getState() <= 0 && state > 0))
top = true;
if (top) {
if (state > 0) src = PoliteSolidBlock.topActiveImg;
else src = PoliteSolidBlock.topInactiveImg;
} else {
if (state > 0) src = PoliteSolidBlock.activeImg;
else src = PoliteSolidBlock.inactiveImg;
}
g.drawImage(src, xPos, yPos, null);
}
public static Point2D.Double pointBetween(Point2D.Double p, Point2D.Double p2, double pos) {
Point2D.Double n =
new Point2D.Double(
p.getX() * (1 - pos) + p2.getX() * (pos), p.getY() * (1 - pos) + p2.getY() * (pos));
return n;
}
public Point2D.Double projectInverse(double xyx, double xyy, Point2D.Double out) {
double c;
out.y = MapMath.asin(xyy / C_y);
out.x = xyx / (C_x * ((c = Math.cos(out.y)) - 0.5));
out.y = MapMath.asin((out.y + Math.sin(out.y) * (c - 1.)) / C_p);
return out;
}
/** Checks if we are close to a wall and reverse the tank */
public double avoidWalls(Point2D.Double myPos) {
double reverse = 0;
if (myPos.getX() > 720 || myPos.getX() < 80 || myPos.getY() > 520 || myPos.getY() < 80) {
reverse = -1000;
}
return reverse;
}
void calcPos(AffineTransform w2n) {
w2n.transform(worldPos, screenPos); // work in normalized coordinate space
bbPos.setRect(
screenPos.getX() + bb.getX(),
screenPos.getY() + bb.getY(),
bb.getWidth(),
bb.getHeight());
}
@Override
public void vScrollbarChanged(int value) {
if (value != viewPoint.getY()) {
viewPoint.setLocation(viewPoint.getX(), value);
setChanged();
notifyObservers();
}
}
/**
* Returns a coordinate location starting from (x,y) and proceeding the given travel distance at
* the given heading.
*
* @param x starting x-coordinate
* @param y starting y-coordinate
* @param travelDistance distance to travel from starting coordinate
* @param headingRoboDegrees heading to travel in (in Robocode degrees)
* @return location after traveling the given distance at the given heading
*/
public static Point2D.Double getLocation(
double x, double y, double travelDistance, double headingRoboDegrees) {
double pheta = Math.toRadians(convertDegrees(headingRoboDegrees));
Point2D.Double location = new Point2D.Double();
location.x = x + travelDistance * Math.cos(pheta);
location.y = y + travelDistance * Math.sin(pheta);
return location;
}
private void calculatePpvVsScore() {
if (needToRecalculate && this.data != null && this.data.hasPositives()) {
int window = 100;
CovariationTriplet[] triplets = new CovariationTriplet[this.data.getNumberOfElements()];
int tripletCounter = 0;
for (int i = 1; i <= this.data.getMatrixSize(); i++) {
for (int j = i + 1; j <= this.data.getMatrixSize(); j++) {
triplets[tripletCounter] =
new CovariationTriplet(i, j, this.data.getMatrix().getValue(i, j));
tripletCounter++;
}
}
this.data.getMatrix().getMin();
Arrays.sort(triplets, CovariationTriplet.getComparator(true));
List<Point2D.Double> ppvVsScore = new ArrayList<>();
Point2D.Double firstPoint = new Point2D.Double(0, 0);
ppvVsScore.add(firstPoint);
Set<Pair<Integer, Integer>> positives = this.data.getPositives();
for (int i = 0; i < window; i++) {
firstPoint.x += triplets[0].getValue();
Pair<Integer, Integer> pair =
new Pair<>(triplets[i].getNominalX(), triplets[i].getNominalY());
firstPoint.y += positives.contains(pair) ? 1 : 0;
}
Point2D.Double currentPoint = new Point2D.Double(firstPoint.x, firstPoint.y);
for (int i = window; i < triplets.length; i++) {
Pair<Integer, Integer> pairBegin =
new Pair<>(triplets[i - window].getNominalX(), triplets[i - window].getNominalY());
Pair<Integer, Integer> pairNew =
new Pair<>(triplets[i].getNominalX(), triplets[i].getNominalY());
currentPoint =
new Point2D.Double(
currentPoint.x - triplets[i - window].getValue() + triplets[i].getValue(),
currentPoint.y
- (positives.contains(pairBegin) ? 1 : 0)
+ (positives.contains(pairNew) ? 1 : 0));
ppvVsScore.add(currentPoint);
}
this.ppvVsScore = ppvVsScore;
}
}
/**
* @return vector pointing from one vector to another, scaled to specified length; returns zero
* vector if from/to points are equal
*/
public static Point2D.Double scaledUnitVector(
double length, Point2D.Double from, Point2D.Double to) {
Point2D.Double dir = new Point2D.Double(to.x - from.x, to.y - from.y);
double magn = dir.distance(0, 0);
if (magn == 0) return new Point2D.Double();
dir.x *= length / magn;
dir.y *= length / magn;
return dir;
}
/**
* Detects mouse being release. This completes the rectangle representing the new complex plane.
* It draws the selected rectangle first, redraws the image and repaints the screen.
*/
@Override
public void mouseReleased(MouseEvent e) {
// TODO Auto-generated method stub
/*
* currSXMax = e.getX(); currSYMax = e.getY();
*
* System.out.printf("currSXMax: %f, currSYMax: %f\n ",currSXMax,currSYMax
* );
*/
endX = e.getX();
endY = e.getY();
// DEBUG
// System.out.printf("endX: %f, endY: %f\n ",endX,endY);
currSXMin = Math.min(startX, endX);
currSYMin = Math.min(startY, endY);
currSXMax = Math.max(startX, endX);
currSYMax = Math.max(startY, endY);
// Graphics g = this.getGraphics();
Graphics g = this.img.getGraphics();
g.setColor(new Color(1, 1, 1, 0.7f));
// DEBUG
// System.out.printf("Recgtangle(%d, %d, %d, %d)\n", (int) currSXMin,
// (int) currSYMin, (int) (currSXMax - currSXMin), (int) (currSYMax -
// currSYMin));
g.fillRect(
(int) currSXMin,
(int) currSYMin,
(int) (currSXMax - currSXMin),
(int) (currSYMax - currSYMin));
Point2D.Double screenPoint = new Point2D.Double();
Point2D P = null;
ScreenToWorldPointConverter converter = null;
try {
converter =
new ScreenToWorldPointConverter(
currWXMin, currWYMin, currWXMax, currWYMax, 0, 0, width - 1, height - 1);
} catch (Exception ex) {
throw new IllegalStateException(ex);
}
screenPoint.setLocation(currSXMin, currSYMin);
P = converter.getWorldCoordinates(screenPoint);
currWXMin = P.getX();
currWYMin = P.getY();
screenPoint.setLocation(currSXMax, currSYMax);
P = converter.getWorldCoordinates(screenPoint);
currWXMax = P.getX();
currWYMax = P.getY();
redrawImage();
repaint();
}
