I'm not sure why the last condition is not being met

package com.codegym.games.game2048; import com.codegym.engine.cell.*; /* 2048 is a game where the user wants to move rows and collumns of a square grid of numbers to get the value 2048 in one of the squares. After every shift (up, down, left or right) the rows and collumms collapse and like values combine and add into one new values. As stated, the game is won once the user gets 2048 in one of the cells */ public class Game2048 extends Game { private static final int SIDE = 4; private int[][] gameField = new int[SIDE][SIDE]; private boolean isGameStopped = false; // Initial set up public void initialize () { setScreenSize(SIDE, SIDE); createGame(); drawScene(); } // creates or recreates a new game private void createGame () { gameField = new int[SIDE][SIDE]; createNewNumber(); createNewNumber(); } private void drawScene () { for (int x = 0; x < SIDE; x++) for (int y = 0; y < SIDE; y++) setCellColoredNumber(y, x, gameField[x][y]); } // a randomly generated 2 or 4 is generated to add to the game field matrix after every turn private void createNewNumber () { int randomX = getRandomNumber(SIDE); int randomY = getRandomNumber(SIDE); int twoOrFour; while (true) { if (gameField[randomX][randomY] != 0) { randomX = getRandomNumber(SIDE); randomY = getRandomNumber(SIDE); } else break; } if (getRandomNumber(10) < 1) twoOrFour = 4; else twoOrFour = 2; if (getMaxTileValue() == 2048) win(); else gameField[randomX][randomY] = twoOrFour; } private void setCellColoredNumber(int x, int y, int value) { if (value != 0) setCellValueEx(x, y, getColorByValue(value), Integer.toString(value)); else setCellValueEx(x, y, getColorByValue(value), ""); } // not sure I like the colors I picked here private Color getColorByValue (int value) { if (value == 0) return Color.CYAN; if (value == 2) return Color.YELLOW; if (value == 4) return Color.YELLOWGREEN; if (value == 8) return Color.GREEN; if (value == 16) return Color.AQUA; if (value == 32) return Color.DEEPSKYBLUE; if (value == 64) return Color.VIOLET; if (value == 128) return Color.PURPLE; if (value == 256) return Color.PINK; if (value == 512) return Color.RED; if (value == 1024) return Color.ORANGE; if (value == 2048) return Color.GOLDENROD; else return null; } // Imbedded loops collapse the passed row and returns true or false if any changes were made private boolean compressRow(int[] row) { int holder; boolean compress = false; for (int l = 0; l < row.length - 1; l++) for (int m = 0; m < row.length-1; m++) { if (row[m] == 0 && row[m+1] != 0) { compress = true; for (int n = m; n < row.length-1; n++) { holder = row[n + 1]; row[n + 1] = row[n]; row[n] = holder; } } } return compress; } private boolean mergeRow(int[] row) { boolean merge = false; for (int m = 0; m < row.length-1; m++) if (row[m] != 0 && row[m] == row[m + 1]) { merge = true; row[m] *= 2; row[m + 1] = 0; } return merge; } // The switch statement in the onKeyPress method gets the users command to change the gameField matrix public void onKeyPress (Key key) { if ( isGameStopped) { // Checks if the game is stopped before the game over conditions if (key == Key.SPACE) restart(); } if (!canUserMove()) { gameOver(); if (key == Key.SPACE){ restart(); } return; } /* if (!isGameStopped) { If I use this loop then then i get an "X" one if (key == Key.LEFT) the second from last condition moveLeft(); if (key == Key.RIGHT) moveRight(); if (key == Key.UP) moveUp(); if (key == Key.DOWN) moveDown(); } */ switch (key) { // this block should not be reachable if the game is stopped case LEFT: moveLeft(); break; case RIGHT: moveRight(); break; case UP: moveUp(); break; case DOWN: moveDown(); break; default: return; } drawScene(); } // The restart method resets the playing field. Although it was not asked for by the game requirements, // it was used in other games and I thought its insertion might have been implied private void restart () { isGameStopped = false; createGame(); drawScene(); } // The canUserMove method checks for zeros and then checks adjacent neighbor values by checking // horizontal neighbors first and then vertical neighbors private boolean canUserMove () { for (int r = 0; r < SIDE; r++) for (int c = 0; c < SIDE; c++) if (gameField[r][c] == 0) return true; for (int r = 0; r < SIDE-1; r++) for (int c = 0; c < SIDE; c++) if (gameField[r][c] == gameField[r+1][c]) return true; for (int r = 0; r < SIDE; r++) for (int c = 0; c < SIDE - 1; c++) if (gameField[r][c] == gameField[r][c + 1]) return true; return false; } // rotates the playing field so that one compress and merge pattern can // be used for all directional moves private void rotateClockwise () { int[][] tempMat = new int[SIDE][SIDE]; for (int r = 0; r < SIDE; r++) for (int c = 0; c < SIDE; c++) { tempMat[c][SIDE - 1 - r] = gameField[r][c]; } for (int r = 0; r < SIDE; r++) for (int c = 0; c < SIDE; c++) { gameField[r][c] = tempMat[r][c]; } } // moveLeft implements the compress and merge conditions private void moveLeft () { boolean compress; boolean merge; int move = 0; for (int i = 0; i < SIDE; i++) { compress = compressRow(gameField[i]); merge = mergeRow(gameField[i]); compressRow(gameField[i]); if (merge || compress) move++; } if (move > 0) createNewNumber(); } // the following 3 methods implement the moveLeft method according to their position // after being rotated private void moveRight () { rotateClockwise(); rotateClockwise(); moveLeft(); rotateClockwise(); rotateClockwise(); } private void moveUp () { rotateClockwise(); rotateClockwise(); rotateClockwise(); moveLeft(); rotateClockwise(); } private void moveDown () { rotateClockwise(); moveLeft(); rotateClockwise(); rotateClockwise(); rotateClockwise(); } // checks the highest value on the playing field private int getMaxTileValue () { int max = 0; for (int r = 0; r < SIDE; r++) for (int c = 0; c < SIDE; c++) if (gameField[r][c] > max) max = gameField[r][c]; return max; } // win private void win () { isGameStopped = true; showMessageDialog(Color.BLACK, "You Win", Color.WHITE, 75); } // loes private void gameOver () { isGameStopped = true; showMessageDialog(Color.BLACK, "Game Over", Color.RED, 75); } }