/**
* Implements Speed special movement/attack model.
*
* @param board
* @param mtkn
* @return
*/
public List<Vector2D> powerMovementSystemSpeed(Board board, MovablePlayerToken mtkn) {
List<Vector2D> movements = new ArrayList<Vector2D>();
List<Vector2D> extraMovements = new ArrayList<Vector2D>();
// Make consecutive movements:
int x = mtkn.getCol();
int y = mtkn.getRow();
movements.add(new Vector2D(y - 1, x));
movements.add(new Vector2D(y + 1, x));
movements.add(new Vector2D(y, x - 1));
movements.add(new Vector2D(y, x + 1));
movements = validInBoard(movements);
movements = validInPlayer(board, movements);
for (int k = 0; k < movements.size(); k++) {
if (board.getToken(movements.get(k).y, movements.get(k).x).getOwn()
!= this.getTurn().otherSide()) {
extraMovements.add(new Vector2D(movements.get(k).y - 1, movements.get(k).x));
extraMovements.add(new Vector2D(movements.get(k).y + 1, movements.get(k).x));
extraMovements.add(new Vector2D(movements.get(k).y, movements.get(k).x - 1));
extraMovements.add(new Vector2D(movements.get(k).y, movements.get(k).x + 1));
}
}
extraMovements = validInBoard(extraMovements);
extraMovements = validInPlayer(board, extraMovements);
movements.addAll(extraMovements);
return movements;
}
/**
* Valid classic (cross-like) attack positions for each position in input list, that enemy Token
* exists.
*
* @param board
* @param loc
* @return
*/
public List<Vector2D> validForAttack(Board board, List<Vector2D> loc) {
for (int i = loc.size() - 1; i >= 0; i--) {
if (!(board.getToken(loc.get(i).y, loc.get(i).x).getOwn() == this.getTurn().otherSide())) {
loc.remove(i);
}
}
return loc;
}
/**
* Filter valid movements in order to not conflict with same player Tokens.
*
* @param board
* @param loc
* @return
*/
public List<Vector2D> validInPlayer(Board board, List<Vector2D> loc) {
// remove locations if they fall on same player tokens:
for (int i = loc.size() - 1; i >= 0; i--) {
// Smarter way to check:
// Not valid location if same player token overlap.
if (board.getToken(loc.get(i).y, loc.get(i).x).getOwn() == this.getTurn().side()) {
loc.remove(i);
}
}
return loc;
}
/**
* Saves the lost (input) Token and places it back to the board in the first empty position. If no
* empty position Token is not saved.
*
* @param board
* @param tkn
* @return
*/
public boolean saveToken(Board board, MovablePlayerToken tkn) {
// Check if input Token is indeed killed;
if (tkn.getCol() >= 0) {
return false;
}
// Move the selected Token into the board (if possible!):
if (getTurn().side().pname.equals("Fire")) {
// find the first empty spot:
for (int k = 0; k < 30; k++) {
int r = k / 10 + 5;
int c = k % 10;
if (board.getToken(r, c) instanceof Grass) {
this.insertToken2Board(board, tkn, r, c);
return true;
}
}
}
return false;
}
/**
* Checks if input position has valid attack options:
*
* @param loc query position.
* @return List with possible attack options.
*/
public List<Vector2D> positionsAttackOptions(Board board, Vector2D pos) {
List<Vector2D> attackPositions = new ArrayList<Vector2D>();
int y = pos.y;
int x = pos.x;
// Add the clasic attack positions:
attackPositions.add(new Vector2D(y - 1, x));
attackPositions.add(new Vector2D(y + 1, x));
attackPositions.add(new Vector2D(y, x - 1));
attackPositions.add(new Vector2D(y, x + 1));
attackPositions = validInBoard(attackPositions);
for (int k = 0; k < attackPositions.size(); k++) {
if (!(board.getToken(attackPositions.get(k).y, attackPositions.get(k).x).getOwn()
== this.getTurn().otherSide())) {
attackPositions.remove(k);
}
}
return attackPositions;
}
/**
* Implements Dragon moving/attack model.
*
* @param board
* @param drg
* @return
*/
public List<Vector2D> powerMovementSystemFlight(Board board, Dragon drg) {
List<Vector2D> drgMovements = new ArrayList<Vector2D>();
// move in each direction skipping first obstacle:
int x = drg.getCol();
int y = drg.getRow();
boolean mustLand = false;
boolean obstacle = false;
List<Vector2D> safeLanding = new ArrayList<Vector2D>();
List<Vector2D> riskyLanding = new ArrayList<Vector2D>();
List<Vector2D> attackAfterLanding = new ArrayList<Vector2D>();
// Negative Y:
int ny = y;
while (!mustLand) {
ny--;
if (isInsideBoard(new Vector2D(ny, x))) {
Token bt = board.getToken(ny, x);
/*if(!isInsideBoard(new Vector2D(ny,x))){
mustLand = true;
}else */
if (hitsRock(new Vector2D(ny, x))) {
riskyLanding.add(new Vector2D(ny, x));
obstacle = true;
} else if (bt instanceof PlayerToken) {
riskyLanding.add(new Vector2D(ny, x));
obstacle = true;
} else if (obstacle) {
riskyLanding.add(new Vector2D(ny, x));
safeLanding.addAll(riskyLanding);
mustLand = true;
} else {
// If no better position is found, glide down with pride (like a true dragon):
safeLanding.add(new Vector2D(ny, x));
}
} else {
// Hit the end of the board:
mustLand = true;
}
}
mustLand = false;
obstacle = false;
riskyLanding = new ArrayList<Vector2D>();
// Positive Y:
ny = y;
while (!mustLand) {
ny++;
if (isInsideBoard(new Vector2D(ny, x))) {
Token bt = board.getToken(ny, x);
if (hitsRock(new Vector2D(ny, x))) {
riskyLanding.add(new Vector2D(ny, x));
obstacle = true;
} else if (bt instanceof PlayerToken) {
riskyLanding.add(new Vector2D(ny, x));
obstacle = true;
} else if (obstacle) {
riskyLanding.add(new Vector2D(ny, x));
safeLanding.addAll(riskyLanding);
mustLand = true;
} else {
safeLanding.add(new Vector2D(ny, x));
}
} else {
// Hit the end of the board:
mustLand = true;
}
}
mustLand = false;
obstacle = false;
riskyLanding = new ArrayList<Vector2D>();
// Negative X:
int nx = x;
while (!mustLand) {
nx--;
if (isInsideBoard(new Vector2D(y, nx))) {
Token bt = board.getToken(y, nx);
if (hitsRock(new Vector2D(y, nx))) {
riskyLanding.add(new Vector2D(y, nx));
obstacle = true;
} else if (bt instanceof PlayerToken) {
riskyLanding.add(new Vector2D(y, nx));
obstacle = true;
} else if (obstacle) {
riskyLanding.add(new Vector2D(y, nx));
safeLanding.addAll(riskyLanding);
mustLand = true;
} else {
safeLanding.add(new Vector2D(y, nx));
}
} else {
// Hit the end of the board:
mustLand = true;
}
}
mustLand = false;
obstacle = false;
riskyLanding = new ArrayList<Vector2D>();
// Positive X:
nx = x;
while (!mustLand) {
nx++;
if (isInsideBoard(new Vector2D(y, nx))) {
Token bt = board.getToken(y, nx);
if (hitsRock(new Vector2D(y, nx))) {
riskyLanding.add(new Vector2D(y, nx));
obstacle = true;
} else if (bt instanceof PlayerToken) {
riskyLanding.add(new Vector2D(y, nx));
obstacle = true;
} else if (obstacle) {
riskyLanding.add(new Vector2D(y, nx));
safeLanding.addAll(riskyLanding);
mustLand = true;
} else {
safeLanding.add(new Vector2D(y, nx));
}
} else {
// Hit the end of the board:
mustLand = true;
}
}
// Define additional attack options for each landing position:
for (int k = 0; k < safeLanding.size(); k++) {
attackAfterLanding.addAll(
positionsAttackOptions(board, new Vector2D(safeLanding.get(k).y, safeLanding.get(k).x)));
}
drgMovements.addAll(safeLanding);
drgMovements.addAll(attackAfterLanding);
return drgMovements;
}
/**
* Implements Scout moving model.
*
* @param board
* @param sct
* @return
*/
public List<Vector2D> movementSystemScout(Board board, Scout sct) {
List<Vector2D> sctMovements = new ArrayList<Vector2D>();
// move in each direction until hitting something:
int x = sct.getCol();
int y = sct.getRow();
// Blocked by:
// 1.rock (non-inclusive)
// 2.same player token (non-inclusive)
// 3.other player token (inclusive)
// 4.Board boundaries (non-inclusive)
boolean blocked = false;
// Negative Y:
int ny = y;
while (!blocked) {
ny--;
if (isInsideBoard(new Vector2D(ny, x))) {
Token bt = board.getToken(ny, x);
if (hitsRock(new Vector2D(ny, x))) {
blocked = true;
} else if (bt.getOwn() == this.getTurn().side()) {
blocked = true;
} else if (bt.getOwn() == this.getTurn().otherSide()) {
sctMovements.add(new Vector2D(ny, x));
blocked = true;
} else {
sctMovements.add(new Vector2D(ny, x));
}
} else {
blocked = true;
}
}
blocked = false;
// Positive Y:
ny = y;
while (!blocked) {
ny++;
if (isInsideBoard(new Vector2D(ny, x))) {
Token bt = board.getToken(ny, x);
if (hitsRock(new Vector2D(ny, x))) {
blocked = true;
} else if (bt.getOwn() == this.getTurn().side()) {
blocked = true;
} else if (bt.getOwn() == this.getTurn().otherSide()) {
sctMovements.add(new Vector2D(ny, x));
blocked = true;
} else {
sctMovements.add(new Vector2D(ny, x));
}
} else {
blocked = true;
}
}
blocked = false;
// Negative X:
int nx = x;
while (!blocked) {
nx--;
if (isInsideBoard(new Vector2D(y, nx))) {
Token bt = board.getToken(y, nx);
if (hitsRock(new Vector2D(y, nx))) {
blocked = true;
} else if (bt.getOwn() == this.getTurn().side()) {
blocked = true;
} else if (bt.getOwn() == this.getTurn().otherSide()) {
sctMovements.add(new Vector2D(y, nx));
blocked = true;
} else {
sctMovements.add(new Vector2D(y, nx));
}
} else {
blocked = true;
}
}
blocked = false;
// Positive X:
nx = x;
while (!blocked) {
nx++;
if (isInsideBoard(new Vector2D(y, nx))) {
Token bt = board.getToken(y, nx);
if (hitsRock(new Vector2D(y, nx))) {
blocked = true;
} else if (bt.getOwn() == this.getTurn().side()) {
blocked = true;
} else if (bt.getOwn() == this.getTurn().otherSide()) {
sctMovements.add(new Vector2D(y, nx));
blocked = true;
} else {
sctMovements.add(new Vector2D(y, nx));
}
} else {
blocked = true;
}
}
return sctMovements;
}