crash

public void crash(VehicleTurtle vt1, VehicleTurtle vt2) {
        vt1.moveTo(250, 500);
        vt2.moveTo(750, 500);
        vt1.turnRight();
        vt2.turnLeft();
        int x = 0;
        while (x < 1000) {
            if (vt1.getXPos() != vt2.getXPos() && vt2.getXPos() > vt1.getXPos()) {
                Random to100 = new Random();
                int randomInt = (to100.nextInt(70) + 30);
                vt1.forward(randomInt);
                if (vt2.getXPos() < vt1.getXPos()) {
                    Random crashX = new Random();
                    Random crashY = new Random();
                    int craX = (crashX.nextInt(23) + 50);
                    int craY = (crashY.nextInt(23) + 50);
                    vt1.moveTo(craX, craY);
                    int cra2X = (crashX.nextInt(23) + 50);
                    int cra2Y = (crashY.nextInt(23) + 50);
                    vt2.moveTo(cra2X, cra2Y);

                    return;
                }
                vt2.forward(randomInt);
                if (vt2.getXPos() < vt1.getXPos()) {
                    Random crashX = new Random();
                    Random crashY = new Random();
                    int craX = (crashX.nextInt(50) + 25);
                    int craY = (crashY.nextInt(50) + 25);
                    vt1.moveTo(craX, craY);
                    int cra2X = (crashX.nextInt(50) + 25);
                    int cra2Y = (crashY.nextInt(50) + 25);
                    vt2.moveTo(cra2X, cra2Y);
                    return;
                }
                x++;
            } else {
                Random crashX = new Random();
                Random crashY = new Random();
                int craX = (crashX.nextInt(23) + 50);
                int craY = (crashY.nextInt(23) + 50);
                vt1.turnLeft();
                vt1.forward();
            }
        }
    }