#######################################################################
# +-----------------------------------------------------------------+ #
# |                            BO3 object                           | #
# +-----------------------------------------------------------------+ #
#######################################################################

# This is the config file of a custom object.
# If you add this object correctly to your BiomeConfigs, it will spawn in the world.

# This is the creator of this BO3 object
Author: LordSmellyPants

# A short description of this BO3 object
Description: No description given

# The BO3 version, don't change this! It can be used by external applications to do a version check.
Version: 3

# The settings mode, WriteAll, WriteWithoutComments or WriteDisable. See WorldConfig.
SettingsMode: WriteDisable


#######################################################################
# +-----------------------------------------------------------------+ #
# |                          Main settings                          | #
# +-----------------------------------------------------------------+ #
#######################################################################

# This needs to be set to true to spawn the object in the Tree and Sapling resources.
Tree: false

# The frequency of the BO3 from 1 to 200. Tries this many times to spawn this BO3 when using the CustomObject(...) resource.
# Ignored by Tree(..), Sapling(..) and CustomStructure(..)
Frequency: 1

# The rarity of the BO3 from 0 to 100. Each spawn attempt has rarity% chance to succeed when using the CustomObject(...) resource.
# Ignored by Tree(..), Sapling(..) and CustomStructure(..)
Rarity: 3.0

# If you set this to true, the BO3 will be placed with a random rotation.
RotateRandomly: false

# The spawn height of the BO3 - randomY, highestBlock or highestSolidBlock.
SpawnHeight: highestSolidBlock

# The height limits for the BO3.
MinHeight: 63

MaxHeight: 100

# Objects can have other objects attacthed to it: branches. Branches can also
# have branches attached to it, which can also have branches, etc. This is the
# maximum branch depth for this objects.
MaxBranchDepth: 10

# When spawned with the UseWorld keyword, this BO3 should NOT spawn in the following biomes.
# If you writer.write the BO3 name directly in the BiomeConfigs, this will be ignored.
ExcludedBiomes: All


#######################################################################
# +-----------------------------------------------------------------+ #
# |                      Source block settings                      | #
# +-----------------------------------------------------------------+ #
#######################################################################

# The B(s) the BO3 should spawn in.
SourceBlocks: AIR

# The maximum percentage of the BO3 that can be outside the SourceBlock.
# The BO3 won't be placed on a location with more blocks outside the SourceBlock than this percentage.
MaxPercentageOutsideSourceBlock: 100

# What to do when a block is about to be placed outside the SourceBlock? (dontPlace, placeAnyway)
OutsideSourceBlock: placeAnyway


#######################################################################
# +-----------------------------------------------------------------+ #
# |                              Blocks                             | #
# +-----------------------------------------------------------------+ #
#######################################################################

# All the blocks used in the BO3 are listed here. Possible blocks:
# B(x,y,z,id[.data][,nbtfile.nbt)
# RB(x,y,z,id[:data][,nbtfile.nbt],chance[,id[:data][,nbtfile.nbt],chance[,...]])
# So RB(0,0,0,CHEST,chest.nbt,20,CHEST,anotherchest.nbt,100) will spawn a chest at
# the BO3 origin, and give it a 50% chance to have the contents of chest.nbt, or, if that
# fails, a 100% percent chance to have the contents of anotherchest.nbt.
B(-4,-2,-1,SNOW_BLOCK)
B(-4,-2,0,SNOW_BLOCK)
B(-4,-2,1,SNOW_BLOCK)
B(-4,-1,-1,SNOW_BLOCK)
B(-4,-1,0,SNOW_BLOCK)
B(-4,-1,1,SNOW_BLOCK)
B(-4,0,-1,SNOW_BLOCK)
B(-4,0,0,SNOW_BLOCK)
B(-4,0,1,SNOW_BLOCK)
B(-4,1,-1,SNOW_BLOCK)
B(-4,1,0,SNOW_BLOCK)
B(-4,1,1,SNOW_BLOCK)
B(-4,2,-1,SNOW_BLOCK)
B(-4,2,0,SNOW_BLOCK)
B(-4,2,1,SNOW_BLOCK)
B(-4,3,0,SNOW)
B(-3,-2,-2,SNOW_BLOCK)
B(-3,-2,-1,SNOW_BLOCK)
B(-3,-2,0,SNOW_BLOCK)
B(-3,-2,1,SNOW_BLOCK)
B(-3,-2,2,SNOW_BLOCK)
B(-3,-1,-2,SNOW_BLOCK)
B(-3,-1,-1,SNOW_BLOCK)
B(-3,-1,0,SNOW_BLOCK)
B(-3,-1,1,SNOW_BLOCK)
B(-3,-1,2,SNOW_BLOCK)
B(-3,0,-2,SNOW_BLOCK)
B(-3,0,-1,SNOW_BLOCK)
B(-3,0,0,SNOW_BLOCK)
B(-3,0,1,SNOW_BLOCK)
B(-3,0,2,SNOW_BLOCK)
B(-3,1,-2,SNOW_BLOCK)
RB(-3,1,-1,CHEST,../../nbt/Chests/FishingChest1.nbt,50,CHEST,../../nbt/Chests/FishingChest2.nbt,100)
B(-3,1,0,SNOW:1)
B(-3,1,1,SNOW:4)
B(-3,1,2,SNOW_BLOCK)
B(-3,2,-2,SNOW_BLOCK)
B(-3,2,2,SNOW_BLOCK)
B(-3,3,-1,SNOW_BLOCK)
B(-3,3,0,SNOW_BLOCK)
B(-3,3,1,SNOW_BLOCK)
B(-3,4,1,SNOW)
B(-2,-2,-3,SNOW_BLOCK)
B(-2,-2,-2,SNOW_BLOCK)
B(-2,-2,-1,SNOW_BLOCK)
B(-2,-2,0,SNOW_BLOCK)
B(-2,-2,1,SNOW_BLOCK)
B(-2,-2,2,SNOW_BLOCK)
B(-2,-2,3,SNOW_BLOCK)
B(-2,-1,-3,SNOW_BLOCK)
B(-2,-1,-2,SNOW_BLOCK)
B(-2,-1,-1,SNOW_BLOCK)
B(-2,-1,0,SNOW_BLOCK)
B(-2,-1,1,SNOW_BLOCK)
B(-2,-1,2,SNOW_BLOCK)
B(-2,-1,3,SNOW_BLOCK)
B(-2,0,-3,SNOW_BLOCK)
B(-2,0,-2,SNOW_BLOCK)
B(-2,0,-1,SNOW_BLOCK)
B(-2,0,0,SNOW_BLOCK)
B(-2,0,1,SNOW_BLOCK)
B(-2,0,2,ICE)
B(-2,0,3,SNOW_BLOCK)
B(-2,1,-3,SNOW_BLOCK)
B(-2,1,-2,SNOW:1)
B(-2,1,-1,SNOW)
B(-2,1,1,SNOW)
B(-2,1,3,SNOW_BLOCK)
B(-2,2,-3,SNOW_BLOCK)
B(-2,2,3,SNOW_BLOCK)
B(-2,3,-3,SNOW)
B(-2,3,-2,SNOW_BLOCK)
B(-2,3,2,SNOW_BLOCK)
B(-2,4,-2,SNOW)
B(-2,4,-1,SNOW_BLOCK)
B(-2,4,0,SNOW_BLOCK)
B(-2,4,1,SNOW_BLOCK)
B(-2,5,0,SNOW)
B(-1,-2,-3,SNOW_BLOCK)
B(-1,-2,-2,SNOW_BLOCK)
B(-1,-2,-1,SNOW_BLOCK)
B(-1,-2,0,SNOW_BLOCK)
B(-1,-2,1,SNOW_BLOCK)
B(-1,-2,2,SNOW_BLOCK)
B(-1,-2,3,SNOW_BLOCK)
B(-1,-1,-3,SNOW_BLOCK)
B(-1,-1,-2,SNOW_BLOCK)
B(-1,-1,-1,SNOW_BLOCK)
B(-1,-1,0,STATIONARY_WATER)
B(-1,-1,1,SNOW_BLOCK)
B(-1,-1,2,SNOW_BLOCK)
B(-1,-1,3,SNOW_BLOCK)
B(-1,0,-3,SNOW_BLOCK)
B(-1,0,-2,ICE)
B(-1,0,-1,SNOW_BLOCK)
B(-1,0,0,ICE)
B(-1,0,1,SNOW_BLOCK)
B(-1,0,2,SNOW_BLOCK)
B(-1,0,3,SNOW_BLOCK)
B(-1,1,-3,SNOW_BLOCK)
B(-1,1,2,SNOW:2)
B(-1,1,3,SNOW_BLOCK)
B(-1,2,-3,SNOW_BLOCK)
B(-1,2,3,SNOW_BLOCK)
B(-1,3,-2,SNOW_BLOCK)
B(-1,3,2,SNOW_BLOCK)
B(-1,4,-1,SNOW_BLOCK)
B(-1,4,0,SNOW_BLOCK)
B(-1,4,1,SNOW_BLOCK)
B(-1,5,-1,SNOW)
B(0,-2,-3,SNOW_BLOCK)
B(0,-2,-2,SNOW_BLOCK)
B(0,-2,-1,SNOW_BLOCK)
B(0,-2,0,SNOW_BLOCK)
B(0,-2,1,SNOW_BLOCK)
B(0,-2,2,SNOW_BLOCK)
B(0,-2,3,SNOW_BLOCK)
B(0,-1,-3,SNOW_BLOCK)
B(0,-1,-2,SNOW_BLOCK)
B(0,-1,-1,SNOW_BLOCK)
B(0,-1,0,SNOW_BLOCK)
B(0,-1,1,SNOW_BLOCK)
B(0,-1,2,SNOW_BLOCK)
B(0,-1,3,SNOW_BLOCK)
B(0,0,-3,SNOW_BLOCK)
B(0,0,-2,SNOW_BLOCK)
B(0,0,-1,SNOW_BLOCK)
B(0,0,0,SNOW_BLOCK)
B(0,0,1,SNOW_BLOCK)
B(0,0,2,SNOW_BLOCK)
B(0,0,3,SNOW_BLOCK)
B(0,1,-3,SNOW_BLOCK)
B(0,1,2,SNOW:1)
B(0,1,3,SNOW_BLOCK)
B(0,2,-3,SNOW_BLOCK)
B(0,2,3,SNOW_BLOCK)
B(0,3,-2,SNOW_BLOCK)
B(0,3,2,SNOW_BLOCK)
B(0,3,3,SNOW)
B(0,4,-1,SNOW_BLOCK)
B(0,4,0,SNOW_BLOCK)
B(0,4,1,SNOW_BLOCK)
B(0,5,-1,SNOW:1)
B(1,-2,-2,SNOW_BLOCK)
B(1,-2,-1,SNOW_BLOCK)
B(1,-2,0,SNOW_BLOCK)
B(1,-2,1,SNOW_BLOCK)
B(1,-2,2,SNOW_BLOCK)
B(1,-1,-2,SNOW_BLOCK)
B(1,-1,-1,SNOW_BLOCK)
B(1,-1,0,SNOW_BLOCK)
B(1,-1,1,SNOW_BLOCK)
B(1,-1,2,SNOW_BLOCK)
B(1,0,-2,SNOW_BLOCK)
B(1,0,-1,ICE)
B(1,0,0,SNOW_BLOCK)
B(1,0,1,SNOW_BLOCK)
B(1,0,2,SNOW_BLOCK)
B(1,1,-2,SNOW_BLOCK)
B(1,1,1,SNOW:3)
B(1,1,2,SNOW_BLOCK)
B(1,2,-2,SNOW_BLOCK)
B(1,2,2,SNOW_BLOCK)
B(1,3,-1,SNOW_BLOCK)
B(1,3,1,SNOW_BLOCK)
B(1,4,0,SNOW_BLOCK)
B(2,-2,-1,SNOW_BLOCK)
B(2,-2,0,SNOW_BLOCK)
B(2,-2,1,SNOW_BLOCK)
B(2,-1,-1,SNOW_BLOCK)
B(2,-1,0,SNOW_BLOCK)
B(2,-1,1,SNOW_BLOCK)
B(2,0,-1,SNOW_BLOCK)
B(2,0,0,SNOW_BLOCK)
B(2,0,1,SNOW_BLOCK)
B(2,1,-1,SNOW_BLOCK)
B(2,1,1,SNOW_BLOCK)
B(2,2,-1,SNOW_BLOCK)
B(2,2,1,SNOW_BLOCK)
B(2,3,0,SNOW_BLOCK)
B(2,4,0,SNOW)
B(3,-2,-1,SNOW_BLOCK)
B(3,-2,0,SNOW_BLOCK)
B(3,-2,1,SNOW_BLOCK)
B(3,-1,-1,SNOW_BLOCK)
B(3,-1,0,SNOW_BLOCK)
B(3,-1,1,SNOW_BLOCK)
B(3,0,-1,SNOW_BLOCK)
B(3,0,0,SNOW_BLOCK)
B(3,0,1,SNOW_BLOCK)
B(3,1,-1,SNOW_BLOCK)
B(3,1,1,SNOW_BLOCK)
B(3,2,-1,SNOW_BLOCK)
B(3,2,1,SNOW_BLOCK)
B(3,3,0,SNOW_BLOCK)
B(3,4,0,SNOW)
B(0,1,0,AIR)
Entity(0,1,0,SnowMan,2,PumpkinSnowGolem.txt)
#######################################################################
# +-----------------------------------------------------------------+ #
# |                            BO3 checks                           | #
# +-----------------------------------------------------------------+ #
#######################################################################

# Require a condition at a certain location in order for the BO3 to be spawned.
# BlockCheck(x,y,z,BlockName[,BlockName[,...]]) - one of the blocks must be at the location
# BlockCheckNot(x,y,z,BlockName[,BlockName[,...]]) - all the blocks must not be at the location
# LightCheck(x,y,z,minLightLevel,maxLightLevel) - light must be between min and max (inclusive)

# You can use "Solid" as a BlockName for matching all solid blocks or "All" to match all blocks that aren't air.

# Examples:
#   BlockCheck(0,-1,0,GRASS,DIRT)  Require grass or dirt just below the object
#   BlockCheck(0,-1,0,Solid)       Require any solid block just below the object
#   BlockCheck(0,-1,0,WOOL)        Require any type of wool just below the object
#   BlockCheck(0,-1,0,WOOL:0)      Require white wool just below the object
#   BlockCheckNot(0,0,0,WOOL:0)   Require that there is no white wool below the object
#   LightCheck(0,0,0,0,1)          Require almost complete darkness just below the object

#######################################################################
# +-----------------------------------------------------------------+ #
# |                             Branches                            | #
# +-----------------------------------------------------------------+ #
#######################################################################

# Branches are objects that will spawn when this object spawns when it is used in
# the CustomStructure resource. Branches can also have branches, making complex
# structures possible. See the wiki for more details.

# Regular Branches spawn each branch with an independent chance of spawning.
# Branch(x,y,z,branchName,rotation,chance[,anotherBranchName,rotation,chance[,...]][IndividualChance])
# branchName - name of the object to spawn.
# rotation - NORTH, SOUTH, EAST or WEST.
# IndividualChance - The chance each branch has to spawn, assumed to be 100 when left blank

# Weighted Branches spawn branches with a dependent chance of spawning.
# WBR(x,y,z,branchName,rotation,chance[,anotherBranchName,rotation,chance[,...]][MaxChanceOutOf])
# MaxChanceOutOf - The chance all branches have to spawn out of, assumed to be 100 when left blank
WBR(-12,0,0,Igloo3,NORTH,50,IglooRuined1,NORTH,50)