public static Tag ReadTagType(EndianBinaryReader r, byte type)
{
switch (type)
{
case 0:
return(TagEnd.Read(r));
case 1:
return(TagByte.Read(r));
case 2:
return(TagShort.Read(r));
case 3:
return(TagInt.Read(r));
case 4:
return(TagLong.Read(r));
case 5:
return(TagFloat.Read(r));
case 6:
return(TagDouble.Read(r));
case 7:
return(TagByteArray.Read(r));
case 8:
return(TagString.Read(r));
case 9:
return(TagListReader.Read(r));
case 10:
return(TagCompound.Read(r));
case 11:
return(TagIntArray.Read(r));
default:
throw new NotImplementedException("NBT Tag type: " + type);
}
}
public Tag ExportTag()
{
tc ["SleepTimer"] = new TagShort(SleepTimer);
TagList <TagDouble> motion = new TagList <TagDouble>();
motion [0] = new TagDouble(Motion [0]);
motion [1] = new TagDouble(Motion [1]);
motion [2] = new TagDouble(Motion [2]);
tc ["Motion"] = motion;
tc ["OnGround"] = new TagByte()
{
Byte = OnGround
};
tc ["HurtTime"] = new TagShort(HurtTime);
tc ["Health"] = new TagShort(Health);
tc ["Dimension"] = new TagInt(Dimension);
tc ["Air"] = new TagShort(Air);
if (tc ["Inventory"] is TagList <TagCompound> == false)
{
tc ["Inventory"] = new TagList <TagCompound>();
}
TagList <TagCompound> inv = tc ["Inventory"] as TagList <TagCompound>;
for (byte n = 0; n < 104; n++)
{
SlotItem item = null;
if (n < 36)
{
item = Inventory [n];
}
if (n >= 80 && n < 84)
{
item = InventoryCraft [n - 80];
}
if (n >= 100)
{
item = InventoryWear [n - 100];
}
TagCompound ti = null;
//Find slot item
foreach (TagCompound itc in inv)
{
if (itc ["Slot"].Byte == n)
{
ti = itc;
break;
}
}
if (item == null)
{
if (ti != null)
{
inv.Remove(ti);
}
continue;
}
if (ti == null)
{
ti = new TagCompound();
inv.Add(ti);
}
ti ["id"] = new TagShort((short)item.ItemID);
ti ["Damage"] = new TagShort((short)item.Uses);
ti ["Count"] = new TagByte((byte)item.Count);
ti ["Slot"] = new TagByte(n);
}
inv.Sort((x, y) => x ["Slot"].Byte - y ["Slot"].Byte);
TagList <TagDouble> p = new TagList <TagDouble>();
p [0] = new TagDouble(Pos.X);
p [1] = new TagDouble(Pos.Y);
p [2] = new TagDouble(Pos.Z);
tc ["Pos"] = p;
tc ["AttackTime"] = new TagShort(AttackTime);
tc ["Sleeping"] = new TagByte(Sleeping);
tc ["Fire"] = new TagShort(Fire);
tc ["FallDistance"] = new TagFloat(FallDistance);
TagList <TagFloat> rot = new TagList <TagFloat>();
rot [0] = new TagFloat(Rotation [0]);
rot [1] = new TagFloat(Rotation [1]);
tc ["Rotation"] = rot;
tc ["DeathTime"] = new TagShort(DeathTime);
if (Spawn != null)
{
tc ["SpawnX"] = new TagInt(Spawn.X);
tc ["SpawnY"] = new TagInt(Spawn.Y);
tc ["SpawnZ"] = new TagInt(Spawn.Z);
}
tc ["foodExhaustionLevel"] = new TagFloat(foodExhaustionLevel);
tc ["foodTickTimer"] = new TagInt(foodTickTimer);
tc ["foodSaturationLevel"] = new TagFloat(foodSaturationLevel);
tc ["foodLevel"] = new TagInt(foodLevel);
tc ["XpLevel"] = new TagInt(XpLevel);
tc ["XpTotal"] = new TagInt(XpTotal);
tc ["Xp"] = new TagInt(Xp);
tc ["playerGameType"] = new TagInt(playerGameType);
return(tc);
}
