*/

  protected static Coordinates getSpawn(final File level) throws IOException {

    try {

      final NBTInputStream input = new NBTInputStream(new FileInputStream(level));

      input.close();

      final Map<String, Tag> originalData =

      // This is our map of data. It is an unmodifiable map, for some

      // reason, so we have to make a copy.

      final Map<String, Tag> newData = new LinkedHashMap<String, Tag>(originalData);

      // .get() a couple of values, just to make sure we're dealing with a

      // valid level file, here. Good for debugging, too.

  protected static void setSpawn(final File level, final Coordinates xyz) throws IOException {

    try {

      final NBTInputStream input = new NBTInputStream(new FileInputStream(level));

      input.close();

      //@formatter:off

            //Note: The Following Information is Old (from 2010), compared to the Data inside a current "level.dat".

            //However, What we look at (SpawnX,Y,Z and RandomSeed) have not changed.

            /* <editor-fold defaultstate="collapsed" desc="structure">

             * Structure:

             *

             *TAG_Compound("Data"): World data.

             *  * TAG_Long("Time"): Stores the current "time of day" in ticks. There are 20 ticks per real-life second, and 24000 ticks per Minecraft day, making the day length 20 minutes. 0 appears to be sunrise, 12000 sunset and 24000 sunrise again.

             *  * TAG_Long("LastPlayed"): Stores the Unix time stamp (in milliseconds) when the player saved the game.

             *  * TAG_Compound("Player"): Player entity information. See Entity Format and Mob Entity Format for details. Has additional elements:

             *    o TAG_List("Inventory"): Each TAG_Compound in this list defines an item the player is carrying, holding, or wearing as armor.

             *      + TAG_Compound: Inventory item data

             *        # TAG_Short("id"): Item or Block ID.

             *         # TAG_Short("Damage"): The amount of wear each item has suffered. 0 means undamaged. When the Damage exceeds the item's durability, it breaks and disappears. Only tools and armor accumulate damage normally.

             *        # TAG_Byte("Count"): Number of items stacked in this inventory slot. Any item can be stacked, including tools, armor, and vehicles. Range is 1-255. Values above 127 are not displayed in-game.

             *        # TAG_Byte("Slot"): Indicates which inventory slot this item is in.

             *    o TAG_Int("Score"): Current score, doesn't appear to be implemented yet. Always 0.

             *  * TAG_Int("SpawnX"): X coordinate of the player's spawn position. Default is 0.

             *  * TAG_Int("SpawnY"): Y coordinate of the player's spawn position. Default is 64.

             *  * TAG_Int("SpawnZ"): Z coordinate of the player's spawn position. Default is 0.

             *  * TAG_Byte("SnowCovered"): 1 enables, 0 disables, see Winter Mode

             *  * TAG_Long("SizeOnDisk"): Estimated size of the entire world in bytes.

             *  * TAG_Long("RandomSeed"): Random number providing the Random Seed for the terrain.

             * </editor-fold>

             */

            //@formatter:on

      final Map<String, Tag> originalData =

      // This is our map of data. It is an unmodifiable map, for some reason, so we have to make a copy.

      final Map<String, Tag> newData = new LinkedHashMap<String, Tag>(originalData);

      // .get() a couple of values, just to make sure we're dealing with a valid level file, here. Good for debugging, too.

      @SuppressWarnings("unused")

      final IntTag spawnX = (IntTag) newData.get("SpawnX"); // we never use these... Its only here for potential debugging.

      @SuppressWarnings("unused")

      final IntTag spawnY = (IntTag) newData.get("SpawnY"); // but whatever... so I (Morlok8k) suppressed these warnings.

      @SuppressWarnings("unused")

      final IntTag spawnZ = (IntTag) newData.get("SpawnZ"); // I don't want to remove existing code, either by myself (Morlok8k) or Corrodias

      newData.put("SpawnX", new IntTag("SpawnX", xyz.getX()));    // pulling the data out of the Coordinates,

      newData.put("SpawnY", new IntTag("SpawnY", xyz.getY()));    // and putting it into our IntTag's

      newData.put("SpawnZ", new IntTag("SpawnZ", xyz.getZ()));

      // Again, we can't modify the data map in the old Tag, so we have to make a new one.

      final Map<String, Tag> newTopLevelMap = new HashMap<String, Tag>(1);

      newTopLevelMap.put("Data", newDataTag);

      final NBTOutputStream output = new NBTOutputStream(new FileOutputStream(level));

      output.writeTag(newTopLevelTag);

      output.close();

    } catch (final ClassCastException ex) {

      out = new File(outPath);

      backupFile(out);

      try {

        NBTInputStream inStream = new NBTInputStream(new FileInputStream(out));

        inStream.close();

       

        ArrayList<Tag> posTag = new ArrayList<Tag>(((ListTag)rootMap.get("Pos")).getValue());

        posTag.set(0, new DoubleTag("x", x));

        posTag.set(1, new DoubleTag("y", 120));

        posTag.set(2, new DoubleTag("z", y));

        rootMap.put("Pos", new ListTag("Pos", DoubleTag.class, posTag));

        NBTOutputStream outStream = new NBTOutputStream(new FileOutputStream(out));

        outStream.writeTag(root);

        outStream.close();

      } catch (Exception e) {

        e.printStackTrace();

      }

     

    } else {

      out = file;

      backupFile(out);

      try {

        NBTInputStream inStream = new NBTInputStream(new FileInputStream(out));

        inStream.close();

       

        HashMap<String, Tag> playerMap = new HashMap<String, Tag>(((CompoundTag)rootMap.get("Player")).getValue());

        ArrayList<Tag> posTag = new ArrayList<Tag>(((ListTag)playerMap.get("Pos")).getValue());

        posTag.set(0, new DoubleTag("x", x));

        posTag.set(1, new DoubleTag("y", 120));

        posTag.set(2, new DoubleTag("z", y));

        playerMap.put("Pos", new ListTag("Pos", DoubleTag.class, posTag));

        HashMap<String, Tag> base = new HashMap<String, Tag>();

        base.put("Data", root);

        NBTOutputStream outStream = new NBTOutputStream(new FileOutputStream(out));

        outStream.writeTag(root);

        outStream.close();

      } catch (Exception e) {

        e.printStackTrace();

    players = new ArrayList<MapObjectPlayer>();

    back = new ArrayList<String>();

    try {

      NBTInputStream inStream = new NBTInputStream(new FileInputStream(f));

      inStream.close();

       

        if (genType == Type.CUSTOMIZED)

      }

     

      File playersFolder = new File(f.getParent(), "players");

      boolean multi = (playersFolder.exists() && (playersFolder.listFiles().length > 0));

     

      if (multi)