/**
* Insert the possible moves picuters into the group of the possible moves
*
* @param Button[] b
*/
public void possibleMoves(Button[] b) {
String[] possibleMoves = null;
if (mazeDisplayer.getMazeData() != null) {
possibleMoves = mazeDisplayer.possibleMoves(section);
String str = "";
for (String string : possibleMoves) {
str += (string + " ");
}
// Down / Up
int h = 0;
int up = 1;
int down = 1;
int maxSection = 0;
if (section.equals("y") == true) {
h = ((Position) mazeDisplayer.getCharacter()).getpY();
maxSection = maze.getYSize();
if (h + 1 < maxSection)
up =
maze.returnValue(
((Position) mazeDisplayer.getCharacter()).getpX(),
h + 1,
((Position) mazeDisplayer.getCharacter()).getpZ());
if (h - 1 >= 0)
down =
maze.returnValue(
((Position) mazeDisplayer.getCharacter()).getpX(),
h - 1,
((Position) mazeDisplayer.getCharacter()).getpZ());
} else if (section.equals("x") == true) {
h = ((Position) mazeDisplayer.getCharacter()).getpX();
maxSection = maze.getXSize();
if (h + 1 < maxSection)
up =
maze.returnValue(
h + 1,
((Position) mazeDisplayer.getCharacter()).getpY(),
((Position) mazeDisplayer.getCharacter()).getpZ());
if (h - 1 >= 0)
down =
maze.returnValue(
h - 1,
((Position) mazeDisplayer.getCharacter()).getpY(),
((Position) mazeDisplayer.getCharacter()).getpZ());
} else if (section.equals("z") == true) {
h = ((Position) mazeDisplayer.getCharacter()).getpZ();
maxSection = maze.getZSize();
if (h + 1 < maxSection)
up =
maze.returnValue(
((Position) mazeDisplayer.getCharacter()).getpX(),
((Position) mazeDisplayer.getCharacter()).getpY(),
h + 1);
if (h - 1 >= 0)
down =
maze.returnValue(
((Position) mazeDisplayer.getCharacter()).getpX(),
((Position) mazeDisplayer.getCharacter()).getpY(),
h - 1);
} else return;
if (up == 0) str += "Up ";
if (down == 0) str += "Down ";
possibleMoves = str.split(" ");
}
b[0].setImage(new Image(display, "resources/backward1.png"));
b[1].setImage(new Image(display, "resources/UP1.png"));
b[2].setImage(new Image(display, "resources/left1.png"));
b[3].setImage(new Image(display, "resources/right1.png"));
b[4].setImage(new Image(display, "resources/forward1.png"));
b[5].setImage(new Image(display, "resources/DOWN1.png"));
if (possibleMoves != null && mazeDisplayer.isFinish() == false) {
for (int i = 0; i < possibleMoves.length; i++) {
if (possibleMoves[i].equals("Backward") == true)
b[0].setImage(new Image(display, "resources/backward2.png"));
else if (possibleMoves[i].equals("Up") == true)
b[1].setImage(new Image(display, "resources/UP2.png"));
else if (possibleMoves[i].equals("Left") == true)
b[2].setImage(new Image(display, "resources/left2.png"));
else if (possibleMoves[i].equals("Right") == true)
b[3].setImage(new Image(display, "resources/right2.png"));
else if (possibleMoves[i].equals("Forward") == true)
b[4].setImage(new Image(display, "resources/forward2.png"));
else if (possibleMoves[i].equals("Down") == true)
b[5].setImage(new Image(display, "resources/DOWN2.png"));
}
}
}
