我需要存储一个数组（二维数组）的元素坐标，这是一个 java 迷宫项目。我的程序使用 int plyrX 和 plyrY 的变量来存储位置，即 0 1，当玩家在迷宫中移动时，x 和 y 的值会改变到玩家决定移动的任何位置。
我的问题是我似乎无法将位置存储到数组中，例如，如果玩家从 0 1 开始并移动到 10 1，我需要能够将这些值存储到数组中，以便我可以重新使用它们创建上一场比赛的重播，问题是存储在数组元素中的值似乎总是 x 和 y 的最后一个值，在本例中为 24 37。
这是moves方法和spaces方法的部分代码，玩家可以选择一个char并输入需要移动的空格数量，如您所见，变量plyrx或plyry被赋予了plyrx plyry+或-数量的值空间，这就是让玩家在迷宫中移动的原因。我似乎无法弄清楚的是在每次移动后存储 x 和 y 的值。
public void getMoves(){
int npX = 0;
int npY = 0;
storeposX = new int[30];
storeposY = new int[30];
String invalidM = "Invalid move, try again. Can't move into or through a wall.";
String vgood = "Very Good";
String notbad = "Not bad";
String ppoor = "Pretty poor";
getDirection();
//UP
if (dir =='U' || dir == 'u'){
npX = plyrX;
npY = plyrY;
c_plyrX = npX;
c_plyrY = npY;
for(int i = 0; i < spaces+1; i++){
if (maze[npX][npY] == '0'){
movesTaken++;
TextIO.putln(invalidM);
getMoves();
}
else if (i != spaces){
npX = npX - 1;
}
else {
plyrX = plyrX-spaces;
for (int k =0; k<storeposX.length; k++){
storeposX[k]=plyrX;
}
c_plyrX = plyrX;
}
}
}//end UP if
//DOWN
if (dir == 'D' || dir == 'd'){
npX = plyrX;
npY = plyrY;
c_plyrX = npX;
c_plyrY = npY;
for (int i = 0; i < spaces + 1; i++){
if (maze[npX][npY] == '0'){
movesTaken++;
TextIO.putln(invalidM);
getMoves();
}
else if (i != spaces){
npX = npX+1;
}
else{
plyrX = plyrX+spaces;
for (int k=0; k<storeposX.length; k++){
storeposX[k]=plyrX;
}
c_plyrX = plyrX;
}
}
} //end DOWN if
//LEFT
if (dir == 'L' || dir == 'l'){
npX = plyrX;
npY = plyrY;
c_plyrX = npX;
c_plyrY = npY;
for (int i = 0; i < spaces + 1; i++){
if (maze[npX][npY] == ('0')){
movesTaken++;
TextIO.putln(invalidM);
getMoves();
}
else if (i != spaces){
npY = npY - 1;
}
else{
plyrY = plyrY-spaces;
for (int k=0; k<storeposY.length; k++){
storeposY[k]=plyrY;
}
c_plyrY = plyrY;
}
}
} //end LEFT if
//RIGHT
if (dir == 'R' || dir == 'r'){
npX = plyrX;
npY = plyrY;
c_plyrX = npX;
c_plyrY = npY;
for (int i = 0; i < spaces + 1; i++){
if (maze[npX][npY] == '0'){
movesTaken++;
TextIO.putln(invalidM);
getMoves();
}
else if (i != spaces){
npY = npY + 1;
}
else{
plyrY = plyrY+spaces;
for (int k=0; k<storeposY.length; k++){
storeposY[k]=plyrY;
}
c_plyrY = plyrY;
}
}
} //end RIGHT if
//prints message if player escapes from the maze if the values currently held
//in plyrX and plyrY variables match the position of '3'.
if (maze[plyrX][plyrY] == '3'){
gamesWon++;
TextIO.putln("****Congratulations****");
TextIO.putln();
TextIO.putln("You have escaped from the maze.");
TextIO.putln();
TextIO.put("It took you " + movesTaken + " moves to escape ");
if (movesTaken <= 10){
TextIO.put("That is " + vgood);
TextIO.putln();
}
else if (movesTaken <=15){
TextIO.put("That is " + notbad);
TextIO.putln();
}
else{
TextIO.put("That is " + ppoor);
TextIO.putln();
}
TextIO.putln("You have won " + gamesWon + " games so far.");
TextIO.putln();
userMenu();
}
else{
movesTaken++;
redrawMaze();
getMoves();
}
} //end of getMoves method
/**direction, method. Gets the direction character typed by the user
* if the input matches one of the allowed directions method then calls the
* get spaces method to get the number of spaces player wishes to move.
*
*/
public void getDirection(){
TextIO.putln("Enter the direction you wish to move in and the distance");
TextIO.putln("i.e D3 = move down 3 spaces");
TextIO.putln("U - Up, D - Down, L - Left, R - Right: ");
dir = TextIO.getChar();
if (dir == 'U' || dir == 'u' || dir == 'D' || dir == 'd'
|| dir == 'L' || dir == 'l' || dir == 'R' || dir == 'r'){
getSpaces();
}
else{
TextIO.putln("Invalid direction!");
TextIO.putln("Direction must be one of U, D, L or R");
}
} //end direction method
/**spaces method, gets the amount of spaces the user wants to move
*
*/
public void getSpaces(){
TextIO.putln(" ");
spaces = TextIO.getInt();
if (spaces <= 0){
TextIO.put("Invalid amount of spaces, please type the amount of spaces again");
getSpaces();
}
} //end spacesMoved method