/**
* Generates the Knight's moveset by looping clockwise. First take two steps in a certain
* direction to create a baseLocation, and then go to the right and left of the baseLocation to
* check for possible moves.
*/
public ArrayList<Location> getValidMoveLocations() {
Grid<Actor> gr = getGrid();
if (gr == null) {
return null;
}
ArrayList<Location> result = new ArrayList<Location>();
Location possibleLocation1, possibleLocation2;
for (int i = 0; i < Location.FULL_CIRCLE; i += Location.RIGHT) {
Location baseLocation = getLocation();
for (int counter = 0; counter < 2; counter++) {
baseLocation = baseLocation.getAdjacentLocation(i);
}
possibleLocation1 = baseLocation.getAdjacentLocation(i + Location.LEFT);
if (gr.isValid(possibleLocation1)) {
result.add(possibleLocation1);
if (gr.get(possibleLocation1) instanceof Piece
&& gr.get(possibleLocation1).getColor().equals(getColor())) {
result.remove(possibleLocation1);
}
}
possibleLocation2 = baseLocation.getAdjacentLocation(i + Location.RIGHT);
if (gr.isValid(possibleLocation2)) {
result.add(possibleLocation2);
if (gr.get(possibleLocation2) instanceof Piece
&& gr.get(possibleLocation2).getColor().equals(getColor())) {
result.remove(possibleLocation2);
}
}
}
return result;
}
@Override
public Component getListCellRendererComponent(
JList list, Object value, int index, boolean isSelected, boolean cellHasFocus) {
// ### We should indicate the current thread independently of the
// ### selection, e.g., with an icon, because the user may change
// ### the selection graphically without affecting the current
// ### thread.
super.getListCellRendererComponent(list, value, index, isSelected, cellHasFocus);
if (value == null) {
this.setText("<unavailable>");
} else {
StackFrame frame = (StackFrame) value;
Location loc = frame.location();
Method meth = loc.method();
String methName = meth.declaringType().name() + '.' + meth.name();
String position = "";
if (meth.isNative()) {
position = " (native method)";
} else if (loc.lineNumber() != -1) {
position = ":" + loc.lineNumber();
} else {
long pc = loc.codeIndex();
if (pc != -1) {
position = ", pc = " + pc;
}
}
// Indices are presented to the user starting from 1, not 0.
this.setText("[" + (index + 1) + "] " + methName + position);
}
return this;
}
public void mousePressed(MouseEvent e) {
Message(null, null, 1);
Message(null, null, 2);
Message(null, null, 3);
if (EODtag) {
deal();
update(Applet.this.getGraphics());
return;
}
Location l = findloc(e);
if (l == null) return;
if (l == button) {
ShowSet();
return;
}
l.toggle();
update(Applet.this.getGraphics());
if (num_selected >= 3) {
CheckSet();
}
lastloc = l;
}
public void onMouseMove(Location point) {
if (gameOn) {
theFish.moveTo(point.getX() - theFish.getWidth() / 2, point.getY());
lastMouse = point;
currentScore = theFish.getScore();
score.setText("Score: " + currentScore);
score.moveTo((canvas.getWidth() - score.getWidth()) / 2, 50);
}
}
@Override
public boolean setup(RenderList rl) {
rl.prepo(Rendered.eyesort);
rl.prepo(Material.nofacecull);
Location.goback(rl.state(), "gobx");
rl.state().put(States.color, null);
return true;
}
// Walk to the specified location, and set the nextState once you get there
private void walk(Location loc, State nextState) {
if (getFarmingArea(loc).contains(getMyPlayer().getLocation())) {
currentLocation = loc;
currentState = nextState; // This is the last spot of each run. Break here.
} else {
checkEnergy();
status = "Walking to " + loc.toString() + " herb patch";
step(pathList);
}
}
/**
* method that will be called when mouse drags
* @param point , the point mouse drag at
*/
public void onMouseDrag(Location point){
double xMovement = point.getX() - lastPoint.getX();
double yMovement = point.getY() - lastPoint.getY();
//get distance of movement
if(!success){
if(isGrabbed){
grabbedPiece.move(xMovement, yMovement);
lastPoint = point;
}
}
else{
if(isGrabbed){
for(Piece p: bp){
((BoardPiece)p).move(xMovement, yMovement);
}
lastPoint = point;
}
}
}
// Teleport to the specified location
private void teleport(Location loc) {
status = "Teleporting to " + loc.toString();
if (magic.castSpell(getSpell(loc))) {
sleep(random(9000, 11000));
if (getTeleArea(loc)
.contains(
getMyPlayer().getLocation())) { // Teleport successful if player is in the tele area
currentState = State.WALKING;
pathList = generatePath(getPath(loc));
}
}
}
/** Helper method in order to check for the legality of certain moves made by a King Piece. */
public ArrayList<Location> getAttackZones() {
Grid<Actor> gr = getGrid();
if (gr == null) {
return null;
}
ArrayList<Location> result = new ArrayList<Location>();
Location possibleLocation1, possibleLocation2;
for (int i = 0; i < Location.FULL_CIRCLE; i += Location.RIGHT) {
Location baseLocation = getLocation();
for (int counter = 0; counter < 2; counter++) {
baseLocation = baseLocation.getAdjacentLocation(i);
}
possibleLocation1 = baseLocation.getAdjacentLocation(i + Location.LEFT);
if (gr.isValid(possibleLocation1)) {
result.add(possibleLocation1);
}
possibleLocation2 = baseLocation.getAdjacentLocation(i + Location.RIGHT);
if (gr.isValid(possibleLocation2)) {
result.add(possibleLocation2);
}
}
return result;
}
/**
* Returns the location, in pixels, of the centre of a tile at a given location, taking the walls
* into account.
*/
private Location<Float> centreForTileAtLocation(
Location<Integer> location, Board board, double startX, double startY, double tileSize) {
double tileCentreX = tileSize / 2.0;
double tileCentreY = tileSize / 2.0;
if (board.hasWallBetween(location, location.locationInDirection(Direction.Up))) {
tileCentreY += WallWidth / 4.0;
}
if (board.hasWallBetween(location, location.locationInDirection(Direction.Down))) {
tileCentreY -= WallWidth / 4.0;
}
if (board.hasWallBetween(location, location.locationInDirection(Direction.Left))) {
tileCentreX += WallWidth / 4.0;
}
if (board.hasWallBetween(location, location.locationInDirection(Direction.Right))) {
tileCentreX -= WallWidth / 4.0;
}
return new Location<>(
(float) (startX + tileSize * location.x + tileCentreX),
(float) (startY + tileSize * location.y + tileCentreY));
}
private void locationButton_actionPerformed(ActionEvent e) {
this.setVisible(false);
Location location = new Location();
location.setVisible(true);
}
@SuppressWarnings("SuspiciousNameCombination")
// so we don't get warned about using 'WallWidth' in conjunction with height
@Override
protected void paintComponent(Graphics g) {
double width = this.getWidth();
double height = this.getHeight();
Graphics2D graphics2D = (Graphics2D) g;
graphics2D.setRenderingHint(RenderingHints.KEY_ANTIALIASING, RenderingHints.VALUE_ANTIALIAS_ON);
graphics2D.setRenderingHint(
RenderingHints.KEY_TEXT_ANTIALIASING, RenderingHints.VALUE_TEXT_ANTIALIAS_ON);
Board board = _gameState.board;
double ratio = (double) board.width / board.height;
width = Math.min(width, (height * ratio));
height = Math.min(height, (width / ratio));
double startX = this.getWidth() / 2 - width / 2;
double startY = this.getHeight() / 2 - height / 2;
g.setColor(Color.yellow);
g.fillRect(round(startX), round(startY), round(width), round(height));
// Draw the grid.
g.setColor(Color.black);
double step = width / board.width;
for (double x = startX + step; x < startX + width; x += step) {
g.drawLine(round(x), round(startY), round(x), round(startY + height));
}
for (double y = startY + step; y < startY + height; y += step) {
g.drawLine(round(startX), round(y), round(startX + width), round(y));
}
// Draw the room tiles.
int x = 0;
for (Board.Tile[] column : board.tiles) {
int y = 0;
for (Board.Tile tile : column) {
boolean hasRoom = tile.room.isPresent();
boolean isUnaccessibleSpace = tile.connectedLocations.isEmpty();
if (hasRoom || isUnaccessibleSpace) {
g.setColor(hasRoom ? Color.lightGray : Color.cyan);
g.fillRect(
round(x * step + startX - 0.5),
round(y * step + startY - 0.5),
round(step + 1),
round(step + 1));
if (tile.isPassageway(board)) {
g.setColor(Color.darkGray);
for (int i = 0; i < step; i += 2) {
g.fillRect(
round(x * step + startX - 0.5),
round(y * step + startY - 0.5 + i),
round(step + 1),
1);
}
}
}
y++;
}
x++;
}
// Draw the walls.
// Loop again to draw over what we already have.
g.setColor(Color.black);
x = 0;
for (Board.Tile[] column : board.tiles) {
int y = 0;
for (Board.Tile tile : column) {
Location<Integer> location = new Location<>(x, y);
if (board.hasWallBetween(location, new Location<>(x + 1, y))) {
g.fillRect(
round(startX + step * (x + 1) - WallWidth / 2),
round(startY + step * y - 0.5),
WallWidth,
round(step + 1));
}
if (board.hasWallBetween(location, new Location<>(x, y + 1))) {
g.fillRect(
round(startX + step * x - 0.5),
round(startY + step * (y + 1) - WallWidth / 2),
round(step + 1),
WallWidth);
}
y++;
}
x++;
}
// Draw the outer walls.
g.fillRect(round(startX), round(startY), WallWidth, round(height));
g.fillRect(round(startX), round(startY), round(width), WallWidth);
g.fillRect(round(startX + width - WallWidth), round(startY), WallWidth, round(height));
g.fillRect(round(startX), round(startY + height - WallWidth), round(width), WallWidth);
// Draw the names for the rooms.
g.setFont(GameFont);
g.setColor(Color.black);
FontMetrics fontMetrics = g.getFontMetrics(GameFont);
for (Room room : Room.values()) {
Location<Float> centre = board.centreLocationForRoom(room);
double centreX = (centre.x + 0.5f) * step + startX;
double centreY = (centre.y + 0.5f) * step + startY;
String name = room.shortName().toUpperCase();
Rectangle2D bounds = fontMetrics.getStringBounds(name, g);
g.drawString(
name, (int) (centreX - bounds.getCenterX()), (int) (centreY - bounds.getCenterY()));
double stringBottom = bounds.getCenterY() + centreY;
this.drawWeaponTokenForRoom(g, board, room, centreX, stringBottom, step);
}
// Draw the players.
boolean shouldPlayMoveSequence = this.shouldPlayMoveSequence();
for (Player player : _gameState.allPlayers) {
boolean drawTransparent = false;
Location<Float> playerLocation;
if (shouldPlayMoveSequence
&& // We haven't finished animating the move
player.character == _lastPlayerMoveCharacter) { // and the move is for this character
// then we need to lerp between two values in the move sequence for the character's
// position.
int lowIndex = (int) Math.floor(_moveSequencePosition);
int highIndex = (int) Math.ceil(_moveSequencePosition);
double lerpValue = _moveSequencePosition - lowIndex;
Location<Float> startLocation =
this.centreForTileAtLocation(
_lastPlayerMove.locations[lowIndex], board, startX, startY, step);
Location<Float> endLocation =
this.centreForTileAtLocation(
_lastPlayerMove.locations[highIndex], board, startX, startY, step);
if (Location.distance(startLocation, endLocation)
> step * 1.5) { // if the tiles aren't adjacent, allowing for some error.
drawTransparent = true;
}
playerLocation = Location.lerp(startLocation, endLocation, (float) lerpValue);
} else {
playerLocation =
this.centreForTileAtLocation(player.location(), board, startX, startY, step);
}
this.drawPlayer(g, playerLocation, player.character, step, drawTransparent);
}
// If we're supposed to draw the overlay for the paths, do so. Don't draw the overlay while
// we're animating.
if (_accessibleTilePaths != null && !shouldPlayMoveSequence) {
this.drawAccessibleTilesOverlay(g, _accessibleTilePaths, startX, startY, step);
}
}
public boolean setup(RenderList rl) {
Location.goback(rl.state(), "gobx");
rl.prepo(States.xray);
rl.prepo(clrst);
return true;
}
