Initial commit

This commit is contained in:
Jacob Vinding
2025-12-27 06:09:19 +01:00
commit 79dfa3a57a
1315 changed files with 139645 additions and 0 deletions

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# Configuration file
Chimney {
CraftingRecipe {
main {
# Amount of output units. [range: 1 ~ 64, default: 16]
I:amount=16
# Recipe components list.
# Components should be represented by its ids.
# Id is a basic unit (block or item) identifier in <modId:unitName:meta> format.
# ModId can be omitted for vanilla items. Meta can be omitted too if it equals 0.
# UnitName must be lowercase, words separated by '_', words order - from private to common (example: black_iron_ore).
# Unit name will be automatically converted to ore dictionary name with reverse word order (example: oreIronBlack).
# Use '*' char as meta value to specify all possible values.
# To define multiple block states, you can use block properties instead of meta. The format is <modId:blockName:[prop1=value1, prop2=value2]>
# Also you may use just ore dictionary name as full id.
# [default: [bedrock]]
S:components <
bedrock
>
# Output unit id.
# Id is a basic unit (block or item) identifier in <modId:unitName:meta> format.
# ModId can be omitted for vanilla items. Meta can be omitted too if it equals 0.
# UnitName must be lowercase, words separated by '_', words order - from private to common (example: black_iron_ore).
# Unit name will be automatically converted to ore dictionary name with reverse word order (example: oreIronBlack).
# Use '*' char as meta value to specify all possible values.
# To define multiple block states, you can use block properties instead of meta. The format is <modId:blockName:[prop1=value1, prop2=value2]>
# Also you may use just ore dictionary name as full id.
# [default: adchimneys:bedrock]
S:output=adchimneys:bedrock
# Shaped recipe pattern in format <nn nn> or <nnn nnn nnn>.
# Where 'n' - number of recipe component (from 1 to 9).
# Zero value (0) is for empty slot.
# If pattern is empty, then recipe will be treated as shapeless. [default: 101 101 101]
S:pattern=101 101 101
}
}
}
Pump {
CraftingRecipe {
main {
# Amount of output units. [range: 1 ~ 64, default: 4]
I:amount=4
# Recipe components list.
# Components should be represented by its ids.
# Id is a basic unit (block or item) identifier in <modId:unitName:meta> format.
# ModId can be omitted for vanilla items. Meta can be omitted too if it equals 0.
# UnitName must be lowercase, words separated by '_', words order - from private to common (example: black_iron_ore).
# Unit name will be automatically converted to ore dictionary name with reverse word order (example: oreIronBlack).
# Use '*' char as meta value to specify all possible values.
# To define multiple block states, you can use block properties instead of meta. The format is <modId:blockName:[prop1=value1, prop2=value2]>
# Also you may use just ore dictionary name as full id.
# [default: [adchimneys:bedrock:1], [repeater], [blockCoal]]
S:components <
adchimneys:bedrock:1
repeater
blockCoal
>
# Output unit id.
# Id is a basic unit (block or item) identifier in <modId:unitName:meta> format.
# ModId can be omitted for vanilla items. Meta can be omitted too if it equals 0.
# UnitName must be lowercase, words separated by '_', words order - from private to common (example: black_iron_ore).
# Unit name will be automatically converted to ore dictionary name with reverse word order (example: oreIronBlack).
# Use '*' char as meta value to specify all possible values.
# To define multiple block states, you can use block properties instead of meta. The format is <modId:blockName:[prop1=value1, prop2=value2]>
# Also you may use just ore dictionary name as full id.
# [default: adchimneys:bedrock:2]
S:output=adchimneys:bedrock:2
# Shaped recipe pattern in format <nn nn> or <nnn nnn nnn>.
# Where 'n' - number of recipe component (from 1 to 9).
# Zero value (0) is for empty slot.
# If pattern is empty, then recipe will be treated as shapeless. [default: 121 232 121]
S:pattern=121 232 121
}
}
}
Vent {
CraftingRecipe {
main {
# Amount of output units. [range: 1 ~ 64, default: 4]
I:amount=4
# Recipe components list.
# Components should be represented by its ids.
# Id is a basic unit (block or item) identifier in <modId:unitName:meta> format.
# ModId can be omitted for vanilla items. Meta can be omitted too if it equals 0.
# UnitName must be lowercase, words separated by '_', words order - from private to common (example: black_iron_ore).
# Unit name will be automatically converted to ore dictionary name with reverse word order (example: oreIronBlack).
# Use '*' char as meta value to specify all possible values.
# To define multiple block states, you can use block properties instead of meta. The format is <modId:blockName:[prop1=value1, prop2=value2]>
# Also you may use just ore dictionary name as full id.
# [default: [adchimneys:bedrock]]
S:components <
adchimneys:bedrock
>
# Output unit id.
# Id is a basic unit (block or item) identifier in <modId:unitName:meta> format.
# ModId can be omitted for vanilla items. Meta can be omitted too if it equals 0.
# UnitName must be lowercase, words separated by '_', words order - from private to common (example: black_iron_ore).
# Unit name will be automatically converted to ore dictionary name with reverse word order (example: oreIronBlack).
# Use '*' char as meta value to specify all possible values.
# To define multiple block states, you can use block properties instead of meta. The format is <modId:blockName:[prop1=value1, prop2=value2]>
# Also you may use just ore dictionary name as full id.
# [default: adchimneys:bedrock:1]
S:output=adchimneys:bedrock:1
# Shaped recipe pattern in format <nn nn> or <nnn nnn nnn>.
# Where 'n' - number of recipe component (from 1 to 9).
# Zero value (0) is for empty slot.
# If pattern is empty, then recipe will be treated as shapeless. [default: 101 000 101]
S:pattern=101 000 101
}
}
}
bedrock {
# Defines a color in ARGB (Alpha, Red, Green, Blue) hex format (0xaarrggbb) which will be applied to the smoke.
# The alpha channel of this color (aa) determines probability of applying (ff - always, 7f - 1/2, 00 - never).
# [default: 0x11626273]
S:color=0x11626273
# Set to 'false' if you don't need this unit. [default: true]
B:enabled=true
# Defines how many hits it takes to break the block.
# -1 makes the block indestructible. [range: -1.0 ~ 3.4028235E38, default: -1.0]
S:hardness=-1.0
# Id is a basic unit (block or item) identifier in <modId:unitName:meta> format.
# ModId can be omitted for vanilla items. Meta can be omitted too if it equals 0.
# UnitName must be lowercase, words separated by '_', words order - from private to common (example: black_iron_ore).
# Unit name will be automatically converted to ore dictionary name with reverse word order (example: oreIronBlack).
# Use '*' char as meta value to specify all possible values.
# To define multiple block states, you can use block properties instead of meta. The format is <modId:blockName:[prop1=value1, prop2=value2]>
# Also you may use just ore dictionary name as full id.
# [default: bedrock]
S:relatedBlockId=bedrock
# Defines the block resistance to explosions. [range: 0.0 ~ 3.4028235E38, default: 1.8E7]
S:resistance=1.8E7
}

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# Configuration file
Chimney {
CraftingRecipe {
main {
# Amount of output units. [range: 1 ~ 64, default: 8]
I:amount=8
# Recipe components list.
# Components should be represented by its ids.
# Id is a basic unit (block or item) identifier in <modId:unitName:meta> format.
# ModId can be omitted for vanilla items. Meta can be omitted too if it equals 0.
# UnitName must be lowercase, words separated by '_', words order - from private to common (example: black_iron_ore).
# Unit name will be automatically converted to ore dictionary name with reverse word order (example: oreIronBlack).
# Use '*' char as meta value to specify all possible values.
# To define multiple block states, you can use block properties instead of meta. The format is <modId:blockName:[prop1=value1, prop2=value2]>
# Also you may use just ore dictionary name as full id.
# [default: [immersiveengineering:stone_decoration:1]]
S:components <
immersiveengineering:stone_decoration:1
>
# Output unit id.
# Id is a basic unit (block or item) identifier in <modId:unitName:meta> format.
# ModId can be omitted for vanilla items. Meta can be omitted too if it equals 0.
# UnitName must be lowercase, words separated by '_', words order - from private to common (example: black_iron_ore).
# Unit name will be automatically converted to ore dictionary name with reverse word order (example: oreIronBlack).
# Use '*' char as meta value to specify all possible values.
# To define multiple block states, you can use block properties instead of meta. The format is <modId:blockName:[prop1=value1, prop2=value2]>
# Also you may use just ore dictionary name as full id.
# [default: adchimneys:blastbrick]
S:output=adchimneys:blastbrick
# Shaped recipe pattern in format <nn nn> or <nnn nnn nnn>.
# Where 'n' - number of recipe component (from 1 to 9).
# Zero value (0) is for empty slot.
# If pattern is empty, then recipe will be treated as shapeless. [default: 101 101 101]
S:pattern=101 101 101
}
}
}
Pump {
CraftingRecipe {
main {
# Amount of output units. [range: 1 ~ 64, default: 4]
I:amount=4
# Recipe components list.
# Components should be represented by its ids.
# Id is a basic unit (block or item) identifier in <modId:unitName:meta> format.
# ModId can be omitted for vanilla items. Meta can be omitted too if it equals 0.
# UnitName must be lowercase, words separated by '_', words order - from private to common (example: black_iron_ore).
# Unit name will be automatically converted to ore dictionary name with reverse word order (example: oreIronBlack).
# Use '*' char as meta value to specify all possible values.
# To define multiple block states, you can use block properties instead of meta. The format is <modId:blockName:[prop1=value1, prop2=value2]>
# Also you may use just ore dictionary name as full id.
# [default: [adchimneys:blastbrick:1], [repeater], [blockCoal]]
S:components <
adchimneys:blastbrick:1
repeater
blockCoal
>
# Output unit id.
# Id is a basic unit (block or item) identifier in <modId:unitName:meta> format.
# ModId can be omitted for vanilla items. Meta can be omitted too if it equals 0.
# UnitName must be lowercase, words separated by '_', words order - from private to common (example: black_iron_ore).
# Unit name will be automatically converted to ore dictionary name with reverse word order (example: oreIronBlack).
# Use '*' char as meta value to specify all possible values.
# To define multiple block states, you can use block properties instead of meta. The format is <modId:blockName:[prop1=value1, prop2=value2]>
# Also you may use just ore dictionary name as full id.
# [default: adchimneys:blastbrick:2]
S:output=adchimneys:blastbrick:2
# Shaped recipe pattern in format <nn nn> or <nnn nnn nnn>.
# Where 'n' - number of recipe component (from 1 to 9).
# Zero value (0) is for empty slot.
# If pattern is empty, then recipe will be treated as shapeless. [default: 121 232 121]
S:pattern=121 232 121
}
}
}
Vent {
CraftingRecipe {
main {
# Amount of output units. [range: 1 ~ 64, default: 4]
I:amount=4
# Recipe components list.
# Components should be represented by its ids.
# Id is a basic unit (block or item) identifier in <modId:unitName:meta> format.
# ModId can be omitted for vanilla items. Meta can be omitted too if it equals 0.
# UnitName must be lowercase, words separated by '_', words order - from private to common (example: black_iron_ore).
# Unit name will be automatically converted to ore dictionary name with reverse word order (example: oreIronBlack).
# Use '*' char as meta value to specify all possible values.
# To define multiple block states, you can use block properties instead of meta. The format is <modId:blockName:[prop1=value1, prop2=value2]>
# Also you may use just ore dictionary name as full id.
# [default: [adchimneys:blastbrick]]
S:components <
adchimneys:blastbrick
>
# Output unit id.
# Id is a basic unit (block or item) identifier in <modId:unitName:meta> format.
# ModId can be omitted for vanilla items. Meta can be omitted too if it equals 0.
# UnitName must be lowercase, words separated by '_', words order - from private to common (example: black_iron_ore).
# Unit name will be automatically converted to ore dictionary name with reverse word order (example: oreIronBlack).
# Use '*' char as meta value to specify all possible values.
# To define multiple block states, you can use block properties instead of meta. The format is <modId:blockName:[prop1=value1, prop2=value2]>
# Also you may use just ore dictionary name as full id.
# [default: adchimneys:blastbrick:1]
S:output=adchimneys:blastbrick:1
# Shaped recipe pattern in format <nn nn> or <nnn nnn nnn>.
# Where 'n' - number of recipe component (from 1 to 9).
# Zero value (0) is for empty slot.
# If pattern is empty, then recipe will be treated as shapeless. [default: 101 000 101]
S:pattern=101 000 101
}
}
}
blastbrick {
# Defines a color in ARGB (Alpha, Red, Green, Blue) hex format (0xaarrggbb) which will be applied to the smoke.
# The alpha channel of this color (aa) determines probability of applying (ff - always, 7f - 1/2, 00 - never).
# [default: 0x116c3626]
S:color=0x116c3626
# Set to 'false' if you don't need this unit. [default: true]
B:enabled=true
# Defines how many hits it takes to break the block.
# -1 makes the block indestructible. [range: -1.0 ~ 3.4028235E38, default: 2.0]
S:hardness=2.0
# Id is a basic unit (block or item) identifier in <modId:unitName:meta> format.
# ModId can be omitted for vanilla items. Meta can be omitted too if it equals 0.
# UnitName must be lowercase, words separated by '_', words order - from private to common (example: black_iron_ore).
# Unit name will be automatically converted to ore dictionary name with reverse word order (example: oreIronBlack).
# Use '*' char as meta value to specify all possible values.
# To define multiple block states, you can use block properties instead of meta. The format is <modId:blockName:[prop1=value1, prop2=value2]>
# Also you may use just ore dictionary name as full id.
# [default: immersiveengineering:stone_decoration:1]
S:relatedBlockId=immersiveengineering:stone_decoration:1
# Defines the block resistance to explosions. [range: 0.0 ~ 3.4028235E38, default: 30.0]
S:resistance=30.0
}

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# Configuration file
Chimney {
CraftingRecipe {
main {
# Amount of output units. [range: 1 ~ 64, default: 16]
I:amount=16
# Recipe components list.
# Components should be represented by its ids.
# Id is a basic unit (block or item) identifier in <modId:unitName:meta> format.
# ModId can be omitted for vanilla items. Meta can be omitted too if it equals 0.
# UnitName must be lowercase, words separated by '_', words order - from private to common (example: black_iron_ore).
# Unit name will be automatically converted to ore dictionary name with reverse word order (example: oreIronBlack).
# Use '*' char as meta value to specify all possible values.
# To define multiple block states, you can use block properties instead of meta. The format is <modId:blockName:[prop1=value1, prop2=value2]>
# Also you may use just ore dictionary name as full id.
# [default: [bone_block]]
S:components <
bone_block
>
# Output unit id.
# Id is a basic unit (block or item) identifier in <modId:unitName:meta> format.
# ModId can be omitted for vanilla items. Meta can be omitted too if it equals 0.
# UnitName must be lowercase, words separated by '_', words order - from private to common (example: black_iron_ore).
# Unit name will be automatically converted to ore dictionary name with reverse word order (example: oreIronBlack).
# Use '*' char as meta value to specify all possible values.
# To define multiple block states, you can use block properties instead of meta. The format is <modId:blockName:[prop1=value1, prop2=value2]>
# Also you may use just ore dictionary name as full id.
# [default: adchimneys:bone_block_side]
S:output=adchimneys:bone_block_side
# Shaped recipe pattern in format <nn nn> or <nnn nnn nnn>.
# Where 'n' - number of recipe component (from 1 to 9).
# Zero value (0) is for empty slot.
# If pattern is empty, then recipe will be treated as shapeless. [default: 101 101 101]
S:pattern=101 101 101
}
}
}
Pump {
CraftingRecipe {
main {
# Amount of output units. [range: 1 ~ 64, default: 4]
I:amount=4
# Recipe components list.
# Components should be represented by its ids.
# Id is a basic unit (block or item) identifier in <modId:unitName:meta> format.
# ModId can be omitted for vanilla items. Meta can be omitted too if it equals 0.
# UnitName must be lowercase, words separated by '_', words order - from private to common (example: black_iron_ore).
# Unit name will be automatically converted to ore dictionary name with reverse word order (example: oreIronBlack).
# Use '*' char as meta value to specify all possible values.
# To define multiple block states, you can use block properties instead of meta. The format is <modId:blockName:[prop1=value1, prop2=value2]>
# Also you may use just ore dictionary name as full id.
# [default: [adchimneys:bone_block_side:1], [repeater], [blockCoal]]
S:components <
adchimneys:bone_block_side:1
repeater
blockCoal
>
# Output unit id.
# Id is a basic unit (block or item) identifier in <modId:unitName:meta> format.
# ModId can be omitted for vanilla items. Meta can be omitted too if it equals 0.
# UnitName must be lowercase, words separated by '_', words order - from private to common (example: black_iron_ore).
# Unit name will be automatically converted to ore dictionary name with reverse word order (example: oreIronBlack).
# Use '*' char as meta value to specify all possible values.
# To define multiple block states, you can use block properties instead of meta. The format is <modId:blockName:[prop1=value1, prop2=value2]>
# Also you may use just ore dictionary name as full id.
# [default: adchimneys:bone_block_side:2]
S:output=adchimneys:bone_block_side:2
# Shaped recipe pattern in format <nn nn> or <nnn nnn nnn>.
# Where 'n' - number of recipe component (from 1 to 9).
# Zero value (0) is for empty slot.
# If pattern is empty, then recipe will be treated as shapeless. [default: 121 232 121]
S:pattern=121 232 121
}
}
}
Vent {
CraftingRecipe {
main {
# Amount of output units. [range: 1 ~ 64, default: 4]
I:amount=4
# Recipe components list.
# Components should be represented by its ids.
# Id is a basic unit (block or item) identifier in <modId:unitName:meta> format.
# ModId can be omitted for vanilla items. Meta can be omitted too if it equals 0.
# UnitName must be lowercase, words separated by '_', words order - from private to common (example: black_iron_ore).
# Unit name will be automatically converted to ore dictionary name with reverse word order (example: oreIronBlack).
# Use '*' char as meta value to specify all possible values.
# To define multiple block states, you can use block properties instead of meta. The format is <modId:blockName:[prop1=value1, prop2=value2]>
# Also you may use just ore dictionary name as full id.
# [default: [adchimneys:bone_block_side]]
S:components <
adchimneys:bone_block_side
>
# Output unit id.
# Id is a basic unit (block or item) identifier in <modId:unitName:meta> format.
# ModId can be omitted for vanilla items. Meta can be omitted too if it equals 0.
# UnitName must be lowercase, words separated by '_', words order - from private to common (example: black_iron_ore).
# Unit name will be automatically converted to ore dictionary name with reverse word order (example: oreIronBlack).
# Use '*' char as meta value to specify all possible values.
# To define multiple block states, you can use block properties instead of meta. The format is <modId:blockName:[prop1=value1, prop2=value2]>
# Also you may use just ore dictionary name as full id.
# [default: adchimneys:bone_block_side:1]
S:output=adchimneys:bone_block_side:1
# Shaped recipe pattern in format <nn nn> or <nnn nnn nnn>.
# Where 'n' - number of recipe component (from 1 to 9).
# Zero value (0) is for empty slot.
# If pattern is empty, then recipe will be treated as shapeless. [default: 101 000 101]
S:pattern=101 000 101
}
}
}
sideBlockBone {
# Defines a color in ARGB (Alpha, Red, Green, Blue) hex format (0xaarrggbb) which will be applied to the smoke.
# The alpha channel of this color (aa) determines probability of applying (ff - always, 7f - 1/2, 00 - never).
# [default: 0x11afa79a]
S:color=0x11afa79a
# Set to 'false' if you don't need this unit. [default: true]
B:enabled=true
# Defines how many hits it takes to break the block.
# -1 makes the block indestructible. [range: -1.0 ~ 3.4028235E38, default: 2.0]
S:hardness=2.0
# Id is a basic unit (block or item) identifier in <modId:unitName:meta> format.
# ModId can be omitted for vanilla items. Meta can be omitted too if it equals 0.
# UnitName must be lowercase, words separated by '_', words order - from private to common (example: black_iron_ore).
# Unit name will be automatically converted to ore dictionary name with reverse word order (example: oreIronBlack).
# Use '*' char as meta value to specify all possible values.
# To define multiple block states, you can use block properties instead of meta. The format is <modId:blockName:[prop1=value1, prop2=value2]>
# Also you may use just ore dictionary name as full id.
# [default: bone_block]
S:relatedBlockId=bone_block
# Defines the block resistance to explosions. [range: 0.0 ~ 3.4028235E38, default: 10.0]
S:resistance=10.0
}

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# Configuration file
Chimney {
CraftingRecipe {
main {
# Amount of output units. [range: 1 ~ 64, default: 8]
I:amount=8
# Recipe components list.
# Components should be represented by its ids.
# Id is a basic unit (block or item) identifier in <modId:unitName:meta> format.
# ModId can be omitted for vanilla items. Meta can be omitted too if it equals 0.
# UnitName must be lowercase, words separated by '_', words order - from private to common (example: black_iron_ore).
# Unit name will be automatically converted to ore dictionary name with reverse word order (example: oreIronBlack).
# Use '*' char as meta value to specify all possible values.
# To define multiple block states, you can use block properties instead of meta. The format is <modId:blockName:[prop1=value1, prop2=value2]>
# Also you may use just ore dictionary name as full id.
# [default: [brick_block]]
S:components <
brick_block
>
# Output unit id.
# Id is a basic unit (block or item) identifier in <modId:unitName:meta> format.
# ModId can be omitted for vanilla items. Meta can be omitted too if it equals 0.
# UnitName must be lowercase, words separated by '_', words order - from private to common (example: black_iron_ore).
# Unit name will be automatically converted to ore dictionary name with reverse word order (example: oreIronBlack).
# Use '*' char as meta value to specify all possible values.
# To define multiple block states, you can use block properties instead of meta. The format is <modId:blockName:[prop1=value1, prop2=value2]>
# Also you may use just ore dictionary name as full id.
# [default: adchimneys:brick]
S:output=adchimneys:brick
# Shaped recipe pattern in format <nn nn> or <nnn nnn nnn>.
# Where 'n' - number of recipe component (from 1 to 9).
# Zero value (0) is for empty slot.
# If pattern is empty, then recipe will be treated as shapeless. [default: 101 101 101]
S:pattern=101 101 101
}
}
}
Pump {
CraftingRecipe {
main {
# Amount of output units. [range: 1 ~ 64, default: 4]
I:amount=4
# Recipe components list.
# Components should be represented by its ids.
# Id is a basic unit (block or item) identifier in <modId:unitName:meta> format.
# ModId can be omitted for vanilla items. Meta can be omitted too if it equals 0.
# UnitName must be lowercase, words separated by '_', words order - from private to common (example: black_iron_ore).
# Unit name will be automatically converted to ore dictionary name with reverse word order (example: oreIronBlack).
# Use '*' char as meta value to specify all possible values.
# To define multiple block states, you can use block properties instead of meta. The format is <modId:blockName:[prop1=value1, prop2=value2]>
# Also you may use just ore dictionary name as full id.
# [default: [adchimneys:brick:1], [repeater], [blockCoal]]
S:components <
adchimneys:brick:1
repeater
blockCoal
>
# Output unit id.
# Id is a basic unit (block or item) identifier in <modId:unitName:meta> format.
# ModId can be omitted for vanilla items. Meta can be omitted too if it equals 0.
# UnitName must be lowercase, words separated by '_', words order - from private to common (example: black_iron_ore).
# Unit name will be automatically converted to ore dictionary name with reverse word order (example: oreIronBlack).
# Use '*' char as meta value to specify all possible values.
# To define multiple block states, you can use block properties instead of meta. The format is <modId:blockName:[prop1=value1, prop2=value2]>
# Also you may use just ore dictionary name as full id.
# [default: adchimneys:brick:2]
S:output=adchimneys:brick:2
# Shaped recipe pattern in format <nn nn> or <nnn nnn nnn>.
# Where 'n' - number of recipe component (from 1 to 9).
# Zero value (0) is for empty slot.
# If pattern is empty, then recipe will be treated as shapeless. [default: 121 232 121]
S:pattern=121 232 121
}
}
}
Vent {
CraftingRecipe {
main {
# Amount of output units. [range: 1 ~ 64, default: 4]
I:amount=4
# Recipe components list.
# Components should be represented by its ids.
# Id is a basic unit (block or item) identifier in <modId:unitName:meta> format.
# ModId can be omitted for vanilla items. Meta can be omitted too if it equals 0.
# UnitName must be lowercase, words separated by '_', words order - from private to common (example: black_iron_ore).
# Unit name will be automatically converted to ore dictionary name with reverse word order (example: oreIronBlack).
# Use '*' char as meta value to specify all possible values.
# To define multiple block states, you can use block properties instead of meta. The format is <modId:blockName:[prop1=value1, prop2=value2]>
# Also you may use just ore dictionary name as full id.
# [default: [adchimneys:brick]]
S:components <
adchimneys:brick
>
# Output unit id.
# Id is a basic unit (block or item) identifier in <modId:unitName:meta> format.
# ModId can be omitted for vanilla items. Meta can be omitted too if it equals 0.
# UnitName must be lowercase, words separated by '_', words order - from private to common (example: black_iron_ore).
# Unit name will be automatically converted to ore dictionary name with reverse word order (example: oreIronBlack).
# Use '*' char as meta value to specify all possible values.
# To define multiple block states, you can use block properties instead of meta. The format is <modId:blockName:[prop1=value1, prop2=value2]>
# Also you may use just ore dictionary name as full id.
# [default: adchimneys:brick:1]
S:output=adchimneys:brick:1
# Shaped recipe pattern in format <nn nn> or <nnn nnn nnn>.
# Where 'n' - number of recipe component (from 1 to 9).
# Zero value (0) is for empty slot.
# If pattern is empty, then recipe will be treated as shapeless. [default: 101 000 101]
S:pattern=101 000 101
}
}
}
brick {
# Defines a color in ARGB (Alpha, Red, Green, Blue) hex format (0xaarrggbb) which will be applied to the smoke.
# The alpha channel of this color (aa) determines probability of applying (ff - always, 7f - 1/2, 00 - never).
# [default: 0x11794334]
S:color=0x11794334
# Set to 'false' if you don't need this unit. [default: true]
B:enabled=true
# Defines how many hits it takes to break the block.
# -1 makes the block indestructible. [range: -1.0 ~ 3.4028235E38, default: 2.0]
S:hardness=2.0
# Id is a basic unit (block or item) identifier in <modId:unitName:meta> format.
# ModId can be omitted for vanilla items. Meta can be omitted too if it equals 0.
# UnitName must be lowercase, words separated by '_', words order - from private to common (example: black_iron_ore).
# Unit name will be automatically converted to ore dictionary name with reverse word order (example: oreIronBlack).
# Use '*' char as meta value to specify all possible values.
# To define multiple block states, you can use block properties instead of meta. The format is <modId:blockName:[prop1=value1, prop2=value2]>
# Also you may use just ore dictionary name as full id.
# [default: brick_block]
S:relatedBlockId=brick_block
# Defines the block resistance to explosions. [range: 0.0 ~ 3.4028235E38, default: 30.0]
S:resistance=30.0
}

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# Configuration file
Chimney {
CraftingRecipe {
main {
# Amount of output units. [range: 1 ~ 64, default: 8]
I:amount=8
# Recipe components list.
# Components should be represented by its ids.
# Id is a basic unit (block or item) identifier in <modId:unitName:meta> format.
# ModId can be omitted for vanilla items. Meta can be omitted too if it equals 0.
# UnitName must be lowercase, words separated by '_', words order - from private to common (example: black_iron_ore).
# Unit name will be automatically converted to ore dictionary name with reverse word order (example: oreIronBlack).
# Use '*' char as meta value to specify all possible values.
# To define multiple block states, you can use block properties instead of meta. The format is <modId:blockName:[prop1=value1, prop2=value2]>
# Also you may use just ore dictionary name as full id.
# [default: [tconstruct:brownstone:3]]
S:components <
tconstruct:brownstone:3
>
# Output unit id.
# Id is a basic unit (block or item) identifier in <modId:unitName:meta> format.
# ModId can be omitted for vanilla items. Meta can be omitted too if it equals 0.
# UnitName must be lowercase, words separated by '_', words order - from private to common (example: black_iron_ore).
# Unit name will be automatically converted to ore dictionary name with reverse word order (example: oreIronBlack).
# Use '*' char as meta value to specify all possible values.
# To define multiple block states, you can use block properties instead of meta. The format is <modId:blockName:[prop1=value1, prop2=value2]>
# Also you may use just ore dictionary name as full id.
# [default: adchimneys:brownstone_brick]
S:output=adchimneys:brownstone_brick
# Shaped recipe pattern in format <nn nn> or <nnn nnn nnn>.
# Where 'n' - number of recipe component (from 1 to 9).
# Zero value (0) is for empty slot.
# If pattern is empty, then recipe will be treated as shapeless. [default: 101 101 101]
S:pattern=101 101 101
}
}
}
Pump {
CraftingRecipe {
main {
# Amount of output units. [range: 1 ~ 64, default: 4]
I:amount=4
# Recipe components list.
# Components should be represented by its ids.
# Id is a basic unit (block or item) identifier in <modId:unitName:meta> format.
# ModId can be omitted for vanilla items. Meta can be omitted too if it equals 0.
# UnitName must be lowercase, words separated by '_', words order - from private to common (example: black_iron_ore).
# Unit name will be automatically converted to ore dictionary name with reverse word order (example: oreIronBlack).
# Use '*' char as meta value to specify all possible values.
# To define multiple block states, you can use block properties instead of meta. The format is <modId:blockName:[prop1=value1, prop2=value2]>
# Also you may use just ore dictionary name as full id.
# [default: [adchimneys:brownstone_brick:1], [repeater], [blockCoal]]
S:components <
adchimneys:brownstone_brick:1
repeater
blockCoal
>
# Output unit id.
# Id is a basic unit (block or item) identifier in <modId:unitName:meta> format.
# ModId can be omitted for vanilla items. Meta can be omitted too if it equals 0.
# UnitName must be lowercase, words separated by '_', words order - from private to common (example: black_iron_ore).
# Unit name will be automatically converted to ore dictionary name with reverse word order (example: oreIronBlack).
# Use '*' char as meta value to specify all possible values.
# To define multiple block states, you can use block properties instead of meta. The format is <modId:blockName:[prop1=value1, prop2=value2]>
# Also you may use just ore dictionary name as full id.
# [default: adchimneys:brownstone_brick:2]
S:output=adchimneys:brownstone_brick:2
# Shaped recipe pattern in format <nn nn> or <nnn nnn nnn>.
# Where 'n' - number of recipe component (from 1 to 9).
# Zero value (0) is for empty slot.
# If pattern is empty, then recipe will be treated as shapeless. [default: 121 232 121]
S:pattern=121 232 121
}
}
}
Vent {
CraftingRecipe {
main {
# Amount of output units. [range: 1 ~ 64, default: 4]
I:amount=4
# Recipe components list.
# Components should be represented by its ids.
# Id is a basic unit (block or item) identifier in <modId:unitName:meta> format.
# ModId can be omitted for vanilla items. Meta can be omitted too if it equals 0.
# UnitName must be lowercase, words separated by '_', words order - from private to common (example: black_iron_ore).
# Unit name will be automatically converted to ore dictionary name with reverse word order (example: oreIronBlack).
# Use '*' char as meta value to specify all possible values.
# To define multiple block states, you can use block properties instead of meta. The format is <modId:blockName:[prop1=value1, prop2=value2]>
# Also you may use just ore dictionary name as full id.
# [default: [adchimneys:brownstone_brick]]
S:components <
adchimneys:brownstone_brick
>
# Output unit id.
# Id is a basic unit (block or item) identifier in <modId:unitName:meta> format.
# ModId can be omitted for vanilla items. Meta can be omitted too if it equals 0.
# UnitName must be lowercase, words separated by '_', words order - from private to common (example: black_iron_ore).
# Unit name will be automatically converted to ore dictionary name with reverse word order (example: oreIronBlack).
# Use '*' char as meta value to specify all possible values.
# To define multiple block states, you can use block properties instead of meta. The format is <modId:blockName:[prop1=value1, prop2=value2]>
# Also you may use just ore dictionary name as full id.
# [default: adchimneys:brownstone_brick:1]
S:output=adchimneys:brownstone_brick:1
# Shaped recipe pattern in format <nn nn> or <nnn nnn nnn>.
# Where 'n' - number of recipe component (from 1 to 9).
# Zero value (0) is for empty slot.
# If pattern is empty, then recipe will be treated as shapeless. [default: 101 000 101]
S:pattern=101 000 101
}
}
}
brickBrownstone {
# Defines a color in ARGB (Alpha, Red, Green, Blue) hex format (0xaarrggbb) which will be applied to the smoke.
# The alpha channel of this color (aa) determines probability of applying (ff - always, 7f - 1/2, 00 - never).
# [default: 0x11a9a37c]
S:color=0x11a9a37c
# Set to 'false' if you don't need this unit. [default: true]
B:enabled=true
# Id is a basic unit (block or item) identifier in <modId:unitName:meta> format.
# ModId can be omitted for vanilla items. Meta can be omitted too if it equals 0.
# UnitName must be lowercase, words separated by '_', words order - from private to common (example: black_iron_ore).
# Unit name will be automatically converted to ore dictionary name with reverse word order (example: oreIronBlack).
# Use '*' char as meta value to specify all possible values.
# To define multiple block states, you can use block properties instead of meta. The format is <modId:blockName:[prop1=value1, prop2=value2]>
# Also you may use just ore dictionary name as full id.
# [default: tconstruct:brownstone:3]
S:relatedBlockId=tconstruct:brownstone:3
}

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# Configuration file
Chimney {
CraftingRecipe {
main {
# Amount of output units. [range: 1 ~ 64, default: 8]
I:amount=8
# Recipe components list.
# Components should be represented by its ids.
# Id is a basic unit (block or item) identifier in <modId:unitName:meta> format.
# ModId can be omitted for vanilla items. Meta can be omitted too if it equals 0.
# UnitName must be lowercase, words separated by '_', words order - from private to common (example: black_iron_ore).
# Unit name will be automatically converted to ore dictionary name with reverse word order (example: oreIronBlack).
# Use '*' char as meta value to specify all possible values.
# To define multiple block states, you can use block properties instead of meta. The format is <modId:blockName:[prop1=value1, prop2=value2]>
# Also you may use just ore dictionary name as full id.
# [default: [tconstruct:brownstone:10]]
S:components <
tconstruct:brownstone:10
>
# Output unit id.
# Id is a basic unit (block or item) identifier in <modId:unitName:meta> format.
# ModId can be omitted for vanilla items. Meta can be omitted too if it equals 0.
# UnitName must be lowercase, words separated by '_', words order - from private to common (example: black_iron_ore).
# Unit name will be automatically converted to ore dictionary name with reverse word order (example: oreIronBlack).
# Use '*' char as meta value to specify all possible values.
# To define multiple block states, you can use block properties instead of meta. The format is <modId:blockName:[prop1=value1, prop2=value2]>
# Also you may use just ore dictionary name as full id.
# [default: adchimneys:brownstone_brick_small]
S:output=adchimneys:brownstone_brick_small
# Shaped recipe pattern in format <nn nn> or <nnn nnn nnn>.
# Where 'n' - number of recipe component (from 1 to 9).
# Zero value (0) is for empty slot.
# If pattern is empty, then recipe will be treated as shapeless. [default: 101 101 101]
S:pattern=101 101 101
}
}
}
Pump {
CraftingRecipe {
main {
# Amount of output units. [range: 1 ~ 64, default: 4]
I:amount=4
# Recipe components list.
# Components should be represented by its ids.
# Id is a basic unit (block or item) identifier in <modId:unitName:meta> format.
# ModId can be omitted for vanilla items. Meta can be omitted too if it equals 0.
# UnitName must be lowercase, words separated by '_', words order - from private to common (example: black_iron_ore).
# Unit name will be automatically converted to ore dictionary name with reverse word order (example: oreIronBlack).
# Use '*' char as meta value to specify all possible values.
# To define multiple block states, you can use block properties instead of meta. The format is <modId:blockName:[prop1=value1, prop2=value2]>
# Also you may use just ore dictionary name as full id.
# [default: [adchimneys:brownstone_brick_small:1], [repeater], [blockCoal]]
S:components <
adchimneys:brownstone_brick_small:1
repeater
blockCoal
>
# Output unit id.
# Id is a basic unit (block or item) identifier in <modId:unitName:meta> format.
# ModId can be omitted for vanilla items. Meta can be omitted too if it equals 0.
# UnitName must be lowercase, words separated by '_', words order - from private to common (example: black_iron_ore).
# Unit name will be automatically converted to ore dictionary name with reverse word order (example: oreIronBlack).
# Use '*' char as meta value to specify all possible values.
# To define multiple block states, you can use block properties instead of meta. The format is <modId:blockName:[prop1=value1, prop2=value2]>
# Also you may use just ore dictionary name as full id.
# [default: adchimneys:brownstone_brick_small:2]
S:output=adchimneys:brownstone_brick_small:2
# Shaped recipe pattern in format <nn nn> or <nnn nnn nnn>.
# Where 'n' - number of recipe component (from 1 to 9).
# Zero value (0) is for empty slot.
# If pattern is empty, then recipe will be treated as shapeless. [default: 121 232 121]
S:pattern=121 232 121
}
}
}
Vent {
CraftingRecipe {
main {
# Amount of output units. [range: 1 ~ 64, default: 4]
I:amount=4
# Recipe components list.
# Components should be represented by its ids.
# Id is a basic unit (block or item) identifier in <modId:unitName:meta> format.
# ModId can be omitted for vanilla items. Meta can be omitted too if it equals 0.
# UnitName must be lowercase, words separated by '_', words order - from private to common (example: black_iron_ore).
# Unit name will be automatically converted to ore dictionary name with reverse word order (example: oreIronBlack).
# Use '*' char as meta value to specify all possible values.
# To define multiple block states, you can use block properties instead of meta. The format is <modId:blockName:[prop1=value1, prop2=value2]>
# Also you may use just ore dictionary name as full id.
# [default: [adchimneys:brownstone_brick_small]]
S:components <
adchimneys:brownstone_brick_small
>
# Output unit id.
# Id is a basic unit (block or item) identifier in <modId:unitName:meta> format.
# ModId can be omitted for vanilla items. Meta can be omitted too if it equals 0.
# UnitName must be lowercase, words separated by '_', words order - from private to common (example: black_iron_ore).
# Unit name will be automatically converted to ore dictionary name with reverse word order (example: oreIronBlack).
# Use '*' char as meta value to specify all possible values.
# To define multiple block states, you can use block properties instead of meta. The format is <modId:blockName:[prop1=value1, prop2=value2]>
# Also you may use just ore dictionary name as full id.
# [default: adchimneys:brownstone_brick_small:1]
S:output=adchimneys:brownstone_brick_small:1
# Shaped recipe pattern in format <nn nn> or <nnn nnn nnn>.
# Where 'n' - number of recipe component (from 1 to 9).
# Zero value (0) is for empty slot.
# If pattern is empty, then recipe will be treated as shapeless. [default: 101 000 101]
S:pattern=101 000 101
}
}
}
smallBrickBrownstone {
# Defines a color in ARGB (Alpha, Red, Green, Blue) hex format (0xaarrggbb) which will be applied to the smoke.
# The alpha channel of this color (aa) determines probability of applying (ff - always, 7f - 1/2, 00 - never).
# [default: 0x11a9a37c]
S:color=0x11a9a37c
# Set to 'false' if you don't need this unit. [default: true]
B:enabled=true
# Id is a basic unit (block or item) identifier in <modId:unitName:meta> format.
# ModId can be omitted for vanilla items. Meta can be omitted too if it equals 0.
# UnitName must be lowercase, words separated by '_', words order - from private to common (example: black_iron_ore).
# Unit name will be automatically converted to ore dictionary name with reverse word order (example: oreIronBlack).
# Use '*' char as meta value to specify all possible values.
# To define multiple block states, you can use block properties instead of meta. The format is <modId:blockName:[prop1=value1, prop2=value2]>
# Also you may use just ore dictionary name as full id.
# [default: tconstruct:brownstone:10]
S:relatedBlockId=tconstruct:brownstone:10
}

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# Configuration file
Chimney {
CraftingRecipe {
main {
# Amount of output units. [range: 1 ~ 64, default: 8]
I:amount=8
# Recipe components list.
# Components should be represented by its ids.
# Id is a basic unit (block or item) identifier in <modId:unitName:meta> format.
# ModId can be omitted for vanilla items. Meta can be omitted too if it equals 0.
# UnitName must be lowercase, words separated by '_', words order - from private to common (example: black_iron_ore).
# Unit name will be automatically converted to ore dictionary name with reverse word order (example: oreIronBlack).
# Use '*' char as meta value to specify all possible values.
# To define multiple block states, you can use block properties instead of meta. The format is <modId:blockName:[prop1=value1, prop2=value2]>
# Also you may use just ore dictionary name as full id.
# [default: [quark:charred_nether_bricks]]
S:components <
quark:charred_nether_bricks
>
# Output unit id.
# Id is a basic unit (block or item) identifier in <modId:unitName:meta> format.
# ModId can be omitted for vanilla items. Meta can be omitted too if it equals 0.
# UnitName must be lowercase, words separated by '_', words order - from private to common (example: black_iron_ore).
# Unit name will be automatically converted to ore dictionary name with reverse word order (example: oreIronBlack).
# Use '*' char as meta value to specify all possible values.
# To define multiple block states, you can use block properties instead of meta. The format is <modId:blockName:[prop1=value1, prop2=value2]>
# Also you may use just ore dictionary name as full id.
# [default: adchimneys:charred_nether_brick]
S:output=adchimneys:charred_nether_brick
# Shaped recipe pattern in format <nn nn> or <nnn nnn nnn>.
# Where 'n' - number of recipe component (from 1 to 9).
# Zero value (0) is for empty slot.
# If pattern is empty, then recipe will be treated as shapeless. [default: 101 101 101]
S:pattern=101 101 101
}
}
}
Pump {
CraftingRecipe {
main {
# Amount of output units. [range: 1 ~ 64, default: 4]
I:amount=4
# Recipe components list.
# Components should be represented by its ids.
# Id is a basic unit (block or item) identifier in <modId:unitName:meta> format.
# ModId can be omitted for vanilla items. Meta can be omitted too if it equals 0.
# UnitName must be lowercase, words separated by '_', words order - from private to common (example: black_iron_ore).
# Unit name will be automatically converted to ore dictionary name with reverse word order (example: oreIronBlack).
# Use '*' char as meta value to specify all possible values.
# To define multiple block states, you can use block properties instead of meta. The format is <modId:blockName:[prop1=value1, prop2=value2]>
# Also you may use just ore dictionary name as full id.
# [default: [adchimneys:charred_nether_brick:1], [repeater], [blockCoal]]
S:components <
adchimneys:charred_nether_brick:1
repeater
blockCoal
>
# Output unit id.
# Id is a basic unit (block or item) identifier in <modId:unitName:meta> format.
# ModId can be omitted for vanilla items. Meta can be omitted too if it equals 0.
# UnitName must be lowercase, words separated by '_', words order - from private to common (example: black_iron_ore).
# Unit name will be automatically converted to ore dictionary name with reverse word order (example: oreIronBlack).
# Use '*' char as meta value to specify all possible values.
# To define multiple block states, you can use block properties instead of meta. The format is <modId:blockName:[prop1=value1, prop2=value2]>
# Also you may use just ore dictionary name as full id.
# [default: adchimneys:charred_nether_brick:2]
S:output=adchimneys:charred_nether_brick:2
# Shaped recipe pattern in format <nn nn> or <nnn nnn nnn>.
# Where 'n' - number of recipe component (from 1 to 9).
# Zero value (0) is for empty slot.
# If pattern is empty, then recipe will be treated as shapeless. [default: 121 232 121]
S:pattern=121 232 121
}
}
}
Vent {
CraftingRecipe {
main {
# Amount of output units. [range: 1 ~ 64, default: 4]
I:amount=4
# Recipe components list.
# Components should be represented by its ids.
# Id is a basic unit (block or item) identifier in <modId:unitName:meta> format.
# ModId can be omitted for vanilla items. Meta can be omitted too if it equals 0.
# UnitName must be lowercase, words separated by '_', words order - from private to common (example: black_iron_ore).
# Unit name will be automatically converted to ore dictionary name with reverse word order (example: oreIronBlack).
# Use '*' char as meta value to specify all possible values.
# To define multiple block states, you can use block properties instead of meta. The format is <modId:blockName:[prop1=value1, prop2=value2]>
# Also you may use just ore dictionary name as full id.
# [default: [adchimneys:charred_nether_brick]]
S:components <
adchimneys:charred_nether_brick
>
# Output unit id.
# Id is a basic unit (block or item) identifier in <modId:unitName:meta> format.
# ModId can be omitted for vanilla items. Meta can be omitted too if it equals 0.
# UnitName must be lowercase, words separated by '_', words order - from private to common (example: black_iron_ore).
# Unit name will be automatically converted to ore dictionary name with reverse word order (example: oreIronBlack).
# Use '*' char as meta value to specify all possible values.
# To define multiple block states, you can use block properties instead of meta. The format is <modId:blockName:[prop1=value1, prop2=value2]>
# Also you may use just ore dictionary name as full id.
# [default: adchimneys:charred_nether_brick:1]
S:output=adchimneys:charred_nether_brick:1
# Shaped recipe pattern in format <nn nn> or <nnn nnn nnn>.
# Where 'n' - number of recipe component (from 1 to 9).
# Zero value (0) is for empty slot.
# If pattern is empty, then recipe will be treated as shapeless. [default: 101 000 101]
S:pattern=101 000 101
}
}
}
brickNetherCharred {
# Defines a color in ARGB (Alpha, Red, Green, Blue) hex format (0xaarrggbb) which will be applied to the smoke.
# The alpha channel of this color (aa) determines probability of applying (ff - always, 7f - 1/2, 00 - never).
# [default: 0x11202020]
S:color=0x11202020
# Set to 'false' if you don't need this unit. [default: true]
B:enabled=true
# Defines how many hits it takes to break the block.
# -1 makes the block indestructible. [range: -1.0 ~ 3.4028235E38, default: 2.0]
S:hardness=2.0
# Id is a basic unit (block or item) identifier in <modId:unitName:meta> format.
# ModId can be omitted for vanilla items. Meta can be omitted too if it equals 0.
# UnitName must be lowercase, words separated by '_', words order - from private to common (example: black_iron_ore).
# Unit name will be automatically converted to ore dictionary name with reverse word order (example: oreIronBlack).
# Use '*' char as meta value to specify all possible values.
# To define multiple block states, you can use block properties instead of meta. The format is <modId:blockName:[prop1=value1, prop2=value2]>
# Also you may use just ore dictionary name as full id.
# [default: quark:charred_nether_bricks]
S:relatedBlockId=quark:charred_nether_bricks
# Defines the block resistance to explosions. [range: 0.0 ~ 3.4028235E38, default: 30.0]
S:resistance=30.0
}

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# Configuration file
Chimney {
CraftingRecipe {
main {
# Amount of output units. [range: 1 ~ 64, default: 16]
I:amount=16
# Recipe components list.
# Components should be represented by its ids.
# Id is a basic unit (block or item) identifier in <modId:unitName:meta> format.
# ModId can be omitted for vanilla items. Meta can be omitted too if it equals 0.
# UnitName must be lowercase, words separated by '_', words order - from private to common (example: black_iron_ore).
# Unit name will be automatically converted to ore dictionary name with reverse word order (example: oreIronBlack).
# Use '*' char as meta value to specify all possible values.
# To define multiple block states, you can use block properties instead of meta. The format is <modId:blockName:[prop1=value1, prop2=value2]>
# Also you may use just ore dictionary name as full id.
# [default: [clay]]
S:components <
clay
>
# Output unit id.
# Id is a basic unit (block or item) identifier in <modId:unitName:meta> format.
# ModId can be omitted for vanilla items. Meta can be omitted too if it equals 0.
# UnitName must be lowercase, words separated by '_', words order - from private to common (example: black_iron_ore).
# Unit name will be automatically converted to ore dictionary name with reverse word order (example: oreIronBlack).
# Use '*' char as meta value to specify all possible values.
# To define multiple block states, you can use block properties instead of meta. The format is <modId:blockName:[prop1=value1, prop2=value2]>
# Also you may use just ore dictionary name as full id.
# [default: adchimneys:clay]
S:output=adchimneys:clay
# Shaped recipe pattern in format <nn nn> or <nnn nnn nnn>.
# Where 'n' - number of recipe component (from 1 to 9).
# Zero value (0) is for empty slot.
# If pattern is empty, then recipe will be treated as shapeless. [default: 101 101 101]
S:pattern=101 101 101
}
}
}
Pump {
CraftingRecipe {
main {
# Amount of output units. [range: 1 ~ 64, default: 4]
I:amount=4
# Recipe components list.
# Components should be represented by its ids.
# Id is a basic unit (block or item) identifier in <modId:unitName:meta> format.
# ModId can be omitted for vanilla items. Meta can be omitted too if it equals 0.
# UnitName must be lowercase, words separated by '_', words order - from private to common (example: black_iron_ore).
# Unit name will be automatically converted to ore dictionary name with reverse word order (example: oreIronBlack).
# Use '*' char as meta value to specify all possible values.
# To define multiple block states, you can use block properties instead of meta. The format is <modId:blockName:[prop1=value1, prop2=value2]>
# Also you may use just ore dictionary name as full id.
# [default: [adchimneys:clay:1], [repeater], [blockCoal]]
S:components <
adchimneys:clay:1
repeater
blockCoal
>
# Output unit id.
# Id is a basic unit (block or item) identifier in <modId:unitName:meta> format.
# ModId can be omitted for vanilla items. Meta can be omitted too if it equals 0.
# UnitName must be lowercase, words separated by '_', words order - from private to common (example: black_iron_ore).
# Unit name will be automatically converted to ore dictionary name with reverse word order (example: oreIronBlack).
# Use '*' char as meta value to specify all possible values.
# To define multiple block states, you can use block properties instead of meta. The format is <modId:blockName:[prop1=value1, prop2=value2]>
# Also you may use just ore dictionary name as full id.
# [default: adchimneys:clay:2]
S:output=adchimneys:clay:2
# Shaped recipe pattern in format <nn nn> or <nnn nnn nnn>.
# Where 'n' - number of recipe component (from 1 to 9).
# Zero value (0) is for empty slot.
# If pattern is empty, then recipe will be treated as shapeless. [default: 121 232 121]
S:pattern=121 232 121
}
}
}
Vent {
CraftingRecipe {
main {
# Amount of output units. [range: 1 ~ 64, default: 4]
I:amount=4
# Recipe components list.
# Components should be represented by its ids.
# Id is a basic unit (block or item) identifier in <modId:unitName:meta> format.
# ModId can be omitted for vanilla items. Meta can be omitted too if it equals 0.
# UnitName must be lowercase, words separated by '_', words order - from private to common (example: black_iron_ore).
# Unit name will be automatically converted to ore dictionary name with reverse word order (example: oreIronBlack).
# Use '*' char as meta value to specify all possible values.
# To define multiple block states, you can use block properties instead of meta. The format is <modId:blockName:[prop1=value1, prop2=value2]>
# Also you may use just ore dictionary name as full id.
# [default: [adchimneys:clay]]
S:components <
adchimneys:clay
>
# Output unit id.
# Id is a basic unit (block or item) identifier in <modId:unitName:meta> format.
# ModId can be omitted for vanilla items. Meta can be omitted too if it equals 0.
# UnitName must be lowercase, words separated by '_', words order - from private to common (example: black_iron_ore).
# Unit name will be automatically converted to ore dictionary name with reverse word order (example: oreIronBlack).
# Use '*' char as meta value to specify all possible values.
# To define multiple block states, you can use block properties instead of meta. The format is <modId:blockName:[prop1=value1, prop2=value2]>
# Also you may use just ore dictionary name as full id.
# [default: adchimneys:clay:1]
S:output=adchimneys:clay:1
# Shaped recipe pattern in format <nn nn> or <nnn nnn nnn>.
# Where 'n' - number of recipe component (from 1 to 9).
# Zero value (0) is for empty slot.
# If pattern is empty, then recipe will be treated as shapeless. [default: 101 000 101]
S:pattern=101 000 101
}
}
}
clay {
# Defines a color in ARGB (Alpha, Red, Green, Blue) hex format (0xaarrggbb) which will be applied to the smoke.
# The alpha channel of this color (aa) determines probability of applying (ff - always, 7f - 1/2, 00 - never).
# [default: 0x22a5a9b9]
S:color=0x22a5a9b9
# Set to 'false' if you don't need this unit. [default: true]
B:enabled=true
# Defines how many hits it takes to break the block.
# -1 makes the block indestructible. [range: -1.0 ~ 3.4028235E38, default: 0.6]
S:hardness=0.6
# Id is a basic unit (block or item) identifier in <modId:unitName:meta> format.
# ModId can be omitted for vanilla items. Meta can be omitted too if it equals 0.
# UnitName must be lowercase, words separated by '_', words order - from private to common (example: black_iron_ore).
# Unit name will be automatically converted to ore dictionary name with reverse word order (example: oreIronBlack).
# Use '*' char as meta value to specify all possible values.
# To define multiple block states, you can use block properties instead of meta. The format is <modId:blockName:[prop1=value1, prop2=value2]>
# Also you may use just ore dictionary name as full id.
# [default: clay]
S:relatedBlockId=clay
# Defines the block resistance to explosions. [range: 0.0 ~ 3.4028235E38, default: 3.0]
S:resistance=3.0
}

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# Configuration file
Chimney {
CraftingRecipe {
main {
# Amount of output units. [range: 1 ~ 64, default: 8]
I:amount=8
# Recipe components list.
# Components should be represented by its ids.
# Id is a basic unit (block or item) identifier in <modId:unitName:meta> format.
# ModId can be omitted for vanilla items. Meta can be omitted too if it equals 0.
# UnitName must be lowercase, words separated by '_', words order - from private to common (example: black_iron_ore).
# Unit name will be automatically converted to ore dictionary name with reverse word order (example: oreIronBlack).
# Use '*' char as meta value to specify all possible values.
# To define multiple block states, you can use block properties instead of meta. The format is <modId:blockName:[prop1=value1, prop2=value2]>
# Also you may use just ore dictionary name as full id.
# [default: [coal_block]]
S:components <
coal_block
>
# Output unit id.
# Id is a basic unit (block or item) identifier in <modId:unitName:meta> format.
# ModId can be omitted for vanilla items. Meta can be omitted too if it equals 0.
# UnitName must be lowercase, words separated by '_', words order - from private to common (example: black_iron_ore).
# Unit name will be automatically converted to ore dictionary name with reverse word order (example: oreIronBlack).
# Use '*' char as meta value to specify all possible values.
# To define multiple block states, you can use block properties instead of meta. The format is <modId:blockName:[prop1=value1, prop2=value2]>
# Also you may use just ore dictionary name as full id.
# [default: adchimneys:coal_block]
S:output=adchimneys:coal_block
# Shaped recipe pattern in format <nn nn> or <nnn nnn nnn>.
# Where 'n' - number of recipe component (from 1 to 9).
# Zero value (0) is for empty slot.
# If pattern is empty, then recipe will be treated as shapeless. [default: 101 101 101]
S:pattern=101 101 101
}
}
}
Pump {
CraftingRecipe {
main {
# Amount of output units. [range: 1 ~ 64, default: 4]
I:amount=4
# Recipe components list.
# Components should be represented by its ids.
# Id is a basic unit (block or item) identifier in <modId:unitName:meta> format.
# ModId can be omitted for vanilla items. Meta can be omitted too if it equals 0.
# UnitName must be lowercase, words separated by '_', words order - from private to common (example: black_iron_ore).
# Unit name will be automatically converted to ore dictionary name with reverse word order (example: oreIronBlack).
# Use '*' char as meta value to specify all possible values.
# To define multiple block states, you can use block properties instead of meta. The format is <modId:blockName:[prop1=value1, prop2=value2]>
# Also you may use just ore dictionary name as full id.
# [default: [adchimneys:coal_block:1], [repeater], [blockCoal]]
S:components <
adchimneys:coal_block:1
repeater
blockCoal
>
# Output unit id.
# Id is a basic unit (block or item) identifier in <modId:unitName:meta> format.
# ModId can be omitted for vanilla items. Meta can be omitted too if it equals 0.
# UnitName must be lowercase, words separated by '_', words order - from private to common (example: black_iron_ore).
# Unit name will be automatically converted to ore dictionary name with reverse word order (example: oreIronBlack).
# Use '*' char as meta value to specify all possible values.
# To define multiple block states, you can use block properties instead of meta. The format is <modId:blockName:[prop1=value1, prop2=value2]>
# Also you may use just ore dictionary name as full id.
# [default: adchimneys:coal_block:2]
S:output=adchimneys:coal_block:2
# Shaped recipe pattern in format <nn nn> or <nnn nnn nnn>.
# Where 'n' - number of recipe component (from 1 to 9).
# Zero value (0) is for empty slot.
# If pattern is empty, then recipe will be treated as shapeless. [default: 121 232 121]
S:pattern=121 232 121
}
}
}
Vent {
CraftingRecipe {
main {
# Amount of output units. [range: 1 ~ 64, default: 4]
I:amount=4
# Recipe components list.
# Components should be represented by its ids.
# Id is a basic unit (block or item) identifier in <modId:unitName:meta> format.
# ModId can be omitted for vanilla items. Meta can be omitted too if it equals 0.
# UnitName must be lowercase, words separated by '_', words order - from private to common (example: black_iron_ore).
# Unit name will be automatically converted to ore dictionary name with reverse word order (example: oreIronBlack).
# Use '*' char as meta value to specify all possible values.
# To define multiple block states, you can use block properties instead of meta. The format is <modId:blockName:[prop1=value1, prop2=value2]>
# Also you may use just ore dictionary name as full id.
# [default: [adchimneys:coal_block]]
S:components <
adchimneys:coal_block
>
# Output unit id.
# Id is a basic unit (block or item) identifier in <modId:unitName:meta> format.
# ModId can be omitted for vanilla items. Meta can be omitted too if it equals 0.
# UnitName must be lowercase, words separated by '_', words order - from private to common (example: black_iron_ore).
# Unit name will be automatically converted to ore dictionary name with reverse word order (example: oreIronBlack).
# Use '*' char as meta value to specify all possible values.
# To define multiple block states, you can use block properties instead of meta. The format is <modId:blockName:[prop1=value1, prop2=value2]>
# Also you may use just ore dictionary name as full id.
# [default: adchimneys:coal_block:1]
S:output=adchimneys:coal_block:1
# Shaped recipe pattern in format <nn nn> or <nnn nnn nnn>.
# Where 'n' - number of recipe component (from 1 to 9).
# Zero value (0) is for empty slot.
# If pattern is empty, then recipe will be treated as shapeless. [default: 101 000 101]
S:pattern=101 000 101
}
}
}
blockCoal {
# Defines a color in ARGB (Alpha, Red, Green, Blue) hex format (0xaarrggbb) which will be applied to the smoke.
# The alpha channel of this color (aa) determines probability of applying (ff - always, 7f - 1/2, 00 - never).
# [default: 0x33000000]
S:color=0x33000000
# Set to 'false' if you don't need this unit. [default: true]
B:enabled=true
# Defines how many hits it takes to break the block.
# -1 makes the block indestructible. [range: -1.0 ~ 3.4028235E38, default: 5.0]
S:hardness=5.0
# Id is a basic unit (block or item) identifier in <modId:unitName:meta> format.
# ModId can be omitted for vanilla items. Meta can be omitted too if it equals 0.
# UnitName must be lowercase, words separated by '_', words order - from private to common (example: black_iron_ore).
# Unit name will be automatically converted to ore dictionary name with reverse word order (example: oreIronBlack).
# Use '*' char as meta value to specify all possible values.
# To define multiple block states, you can use block properties instead of meta. The format is <modId:blockName:[prop1=value1, prop2=value2]>
# Also you may use just ore dictionary name as full id.
# [default: coal_block]
S:relatedBlockId=coal_block
# Defines the block resistance to explosions. [range: 0.0 ~ 3.4028235E38, default: 30.0]
S:resistance=30.0
}

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# Configuration file
Chimney {
CraftingRecipe {
main {
# Amount of output units. [range: 1 ~ 64, default: 8]
I:amount=8
# Recipe components list.
# Components should be represented by its ids.
# Id is a basic unit (block or item) identifier in <modId:unitName:meta> format.
# ModId can be omitted for vanilla items. Meta can be omitted too if it equals 0.
# UnitName must be lowercase, words separated by '_', words order - from private to common (example: black_iron_ore).
# Unit name will be automatically converted to ore dictionary name with reverse word order (example: oreIronBlack).
# Use '*' char as meta value to specify all possible values.
# To define multiple block states, you can use block properties instead of meta. The format is <modId:blockName:[prop1=value1, prop2=value2]>
# Also you may use just ore dictionary name as full id.
# [default: [dirt:1]]
S:components <
dirt:1
>
# Output unit id.
# Id is a basic unit (block or item) identifier in <modId:unitName:meta> format.
# ModId can be omitted for vanilla items. Meta can be omitted too if it equals 0.
# UnitName must be lowercase, words separated by '_', words order - from private to common (example: black_iron_ore).
# Unit name will be automatically converted to ore dictionary name with reverse word order (example: oreIronBlack).
# Use '*' char as meta value to specify all possible values.
# To define multiple block states, you can use block properties instead of meta. The format is <modId:blockName:[prop1=value1, prop2=value2]>
# Also you may use just ore dictionary name as full id.
# [default: adchimneys:coarse_dirt]
S:output=adchimneys:coarse_dirt
# Shaped recipe pattern in format <nn nn> or <nnn nnn nnn>.
# Where 'n' - number of recipe component (from 1 to 9).
# Zero value (0) is for empty slot.
# If pattern is empty, then recipe will be treated as shapeless. [default: 101 101 101]
S:pattern=101 101 101
}
}
}
Pump {
CraftingRecipe {
main {
# Amount of output units. [range: 1 ~ 64, default: 4]
I:amount=4
# Recipe components list.
# Components should be represented by its ids.
# Id is a basic unit (block or item) identifier in <modId:unitName:meta> format.
# ModId can be omitted for vanilla items. Meta can be omitted too if it equals 0.
# UnitName must be lowercase, words separated by '_', words order - from private to common (example: black_iron_ore).
# Unit name will be automatically converted to ore dictionary name with reverse word order (example: oreIronBlack).
# Use '*' char as meta value to specify all possible values.
# To define multiple block states, you can use block properties instead of meta. The format is <modId:blockName:[prop1=value1, prop2=value2]>
# Also you may use just ore dictionary name as full id.
# [default: [adchimneys:coarse_dirt:1], [repeater], [blockCoal]]
S:components <
adchimneys:coarse_dirt:1
repeater
blockCoal
>
# Output unit id.
# Id is a basic unit (block or item) identifier in <modId:unitName:meta> format.
# ModId can be omitted for vanilla items. Meta can be omitted too if it equals 0.
# UnitName must be lowercase, words separated by '_', words order - from private to common (example: black_iron_ore).
# Unit name will be automatically converted to ore dictionary name with reverse word order (example: oreIronBlack).
# Use '*' char as meta value to specify all possible values.
# To define multiple block states, you can use block properties instead of meta. The format is <modId:blockName:[prop1=value1, prop2=value2]>
# Also you may use just ore dictionary name as full id.
# [default: adchimneys:coarse_dirt:2]
S:output=adchimneys:coarse_dirt:2
# Shaped recipe pattern in format <nn nn> or <nnn nnn nnn>.
# Where 'n' - number of recipe component (from 1 to 9).
# Zero value (0) is for empty slot.
# If pattern is empty, then recipe will be treated as shapeless. [default: 121 232 121]
S:pattern=121 232 121
}
}
}
Vent {
CraftingRecipe {
main {
# Amount of output units. [range: 1 ~ 64, default: 4]
I:amount=4
# Recipe components list.
# Components should be represented by its ids.
# Id is a basic unit (block or item) identifier in <modId:unitName:meta> format.
# ModId can be omitted for vanilla items. Meta can be omitted too if it equals 0.
# UnitName must be lowercase, words separated by '_', words order - from private to common (example: black_iron_ore).
# Unit name will be automatically converted to ore dictionary name with reverse word order (example: oreIronBlack).
# Use '*' char as meta value to specify all possible values.
# To define multiple block states, you can use block properties instead of meta. The format is <modId:blockName:[prop1=value1, prop2=value2]>
# Also you may use just ore dictionary name as full id.
# [default: [adchimneys:coarse_dirt]]
S:components <
adchimneys:coarse_dirt
>
# Output unit id.
# Id is a basic unit (block or item) identifier in <modId:unitName:meta> format.
# ModId can be omitted for vanilla items. Meta can be omitted too if it equals 0.
# UnitName must be lowercase, words separated by '_', words order - from private to common (example: black_iron_ore).
# Unit name will be automatically converted to ore dictionary name with reverse word order (example: oreIronBlack).
# Use '*' char as meta value to specify all possible values.
# To define multiple block states, you can use block properties instead of meta. The format is <modId:blockName:[prop1=value1, prop2=value2]>
# Also you may use just ore dictionary name as full id.
# [default: adchimneys:coarse_dirt:1]
S:output=adchimneys:coarse_dirt:1
# Shaped recipe pattern in format <nn nn> or <nnn nnn nnn>.
# Where 'n' - number of recipe component (from 1 to 9).
# Zero value (0) is for empty slot.
# If pattern is empty, then recipe will be treated as shapeless. [default: 101 000 101]
S:pattern=101 000 101
}
}
}
dirtCoarse {
# Defines a color in ARGB (Alpha, Red, Green, Blue) hex format (0xaarrggbb) which will be applied to the smoke.
# The alpha channel of this color (aa) determines probability of applying (ff - always, 7f - 1/2, 00 - never).
# [default: 0x33593e2a]
S:color=0x33593e2a
# Set to 'false' if you don't need this unit. [default: true]
B:enabled=true
# Defines how many hits it takes to break the block.
# -1 makes the block indestructible. [range: -1.0 ~ 3.4028235E38, default: 0.5]
S:hardness=0.5
# Id is a basic unit (block or item) identifier in <modId:unitName:meta> format.
# ModId can be omitted for vanilla items. Meta can be omitted too if it equals 0.
# UnitName must be lowercase, words separated by '_', words order - from private to common (example: black_iron_ore).
# Unit name will be automatically converted to ore dictionary name with reverse word order (example: oreIronBlack).
# Use '*' char as meta value to specify all possible values.
# To define multiple block states, you can use block properties instead of meta. The format is <modId:blockName:[prop1=value1, prop2=value2]>
# Also you may use just ore dictionary name as full id.
# [default: dirt:1]
S:relatedBlockId=dirt:1
# Defines the block resistance to explosions. [range: 0.0 ~ 3.4028235E38, default: 2.5]
S:resistance=2.5
}

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# Configuration file
Chimney {
CraftingRecipe {
main {
# Amount of output units. [range: 1 ~ 64, default: 8]
I:amount=8
# Recipe components list.
# Components should be represented by its ids.
# Id is a basic unit (block or item) identifier in <modId:unitName:meta> format.
# ModId can be omitted for vanilla items. Meta can be omitted too if it equals 0.
# UnitName must be lowercase, words separated by '_', words order - from private to common (example: black_iron_ore).
# Unit name will be automatically converted to ore dictionary name with reverse word order (example: oreIronBlack).
# Use '*' char as meta value to specify all possible values.
# To define multiple block states, you can use block properties instead of meta. The format is <modId:blockName:[prop1=value1, prop2=value2]>
# Also you may use just ore dictionary name as full id.
# [default: [cobblestone:0]]
S:components <
cobblestone:0
>
# Output unit id.
# Id is a basic unit (block or item) identifier in <modId:unitName:meta> format.
# ModId can be omitted for vanilla items. Meta can be omitted too if it equals 0.
# UnitName must be lowercase, words separated by '_', words order - from private to common (example: black_iron_ore).
# Unit name will be automatically converted to ore dictionary name with reverse word order (example: oreIronBlack).
# Use '*' char as meta value to specify all possible values.
# To define multiple block states, you can use block properties instead of meta. The format is <modId:blockName:[prop1=value1, prop2=value2]>
# Also you may use just ore dictionary name as full id.
# [default: adchimneys:cobblestone]
S:output=adchimneys:cobblestone
# Shaped recipe pattern in format <nn nn> or <nnn nnn nnn>.
# Where 'n' - number of recipe component (from 1 to 9).
# Zero value (0) is for empty slot.
# If pattern is empty, then recipe will be treated as shapeless. [default: 101 101 101]
S:pattern=101 101 101
}
}
}
Pump {
CraftingRecipe {
main {
# Amount of output units. [range: 1 ~ 64, default: 4]
I:amount=4
# Recipe components list.
# Components should be represented by its ids.
# Id is a basic unit (block or item) identifier in <modId:unitName:meta> format.
# ModId can be omitted for vanilla items. Meta can be omitted too if it equals 0.
# UnitName must be lowercase, words separated by '_', words order - from private to common (example: black_iron_ore).
# Unit name will be automatically converted to ore dictionary name with reverse word order (example: oreIronBlack).
# Use '*' char as meta value to specify all possible values.
# To define multiple block states, you can use block properties instead of meta. The format is <modId:blockName:[prop1=value1, prop2=value2]>
# Also you may use just ore dictionary name as full id.
# [default: [adchimneys:cobblestone:1], [repeater], [blockCoal]]
S:components <
adchimneys:cobblestone:1
repeater
blockCoal
>
# Output unit id.
# Id is a basic unit (block or item) identifier in <modId:unitName:meta> format.
# ModId can be omitted for vanilla items. Meta can be omitted too if it equals 0.
# UnitName must be lowercase, words separated by '_', words order - from private to common (example: black_iron_ore).
# Unit name will be automatically converted to ore dictionary name with reverse word order (example: oreIronBlack).
# Use '*' char as meta value to specify all possible values.
# To define multiple block states, you can use block properties instead of meta. The format is <modId:blockName:[prop1=value1, prop2=value2]>
# Also you may use just ore dictionary name as full id.
# [default: adchimneys:cobblestone:2]
S:output=adchimneys:cobblestone:2
# Shaped recipe pattern in format <nn nn> or <nnn nnn nnn>.
# Where 'n' - number of recipe component (from 1 to 9).
# Zero value (0) is for empty slot.
# If pattern is empty, then recipe will be treated as shapeless. [default: 121 232 121]
S:pattern=121 232 121
}
}
}
Vent {
CraftingRecipe {
main {
# Amount of output units. [range: 1 ~ 64, default: 4]
I:amount=4
# Recipe components list.
# Components should be represented by its ids.
# Id is a basic unit (block or item) identifier in <modId:unitName:meta> format.
# ModId can be omitted for vanilla items. Meta can be omitted too if it equals 0.
# UnitName must be lowercase, words separated by '_', words order - from private to common (example: black_iron_ore).
# Unit name will be automatically converted to ore dictionary name with reverse word order (example: oreIronBlack).
# Use '*' char as meta value to specify all possible values.
# To define multiple block states, you can use block properties instead of meta. The format is <modId:blockName:[prop1=value1, prop2=value2]>
# Also you may use just ore dictionary name as full id.
# [default: [adchimneys:cobblestone]]
S:components <
adchimneys:cobblestone
>
# Output unit id.
# Id is a basic unit (block or item) identifier in <modId:unitName:meta> format.
# ModId can be omitted for vanilla items. Meta can be omitted too if it equals 0.
# UnitName must be lowercase, words separated by '_', words order - from private to common (example: black_iron_ore).
# Unit name will be automatically converted to ore dictionary name with reverse word order (example: oreIronBlack).
# Use '*' char as meta value to specify all possible values.
# To define multiple block states, you can use block properties instead of meta. The format is <modId:blockName:[prop1=value1, prop2=value2]>
# Also you may use just ore dictionary name as full id.
# [default: adchimneys:cobblestone:1]
S:output=adchimneys:cobblestone:1
# Shaped recipe pattern in format <nn nn> or <nnn nnn nnn>.
# Where 'n' - number of recipe component (from 1 to 9).
# Zero value (0) is for empty slot.
# If pattern is empty, then recipe will be treated as shapeless. [default: 101 000 101]
S:pattern=101 000 101
}
}
}
cobblestone {
# Defines a color in ARGB (Alpha, Red, Green, Blue) hex format (0xaarrggbb) which will be applied to the smoke.
# The alpha channel of this color (aa) determines probability of applying (ff - always, 7f - 1/2, 00 - never).
# [default: 0x11666666]
S:color=0x11666666
# Set to 'false' if you don't need this unit. [default: true]
B:enabled=true
# Defines how many hits it takes to break the block.
# -1 makes the block indestructible. [range: -1.0 ~ 3.4028235E38, default: 2.0]
S:hardness=2.0
# Id is a basic unit (block or item) identifier in <modId:unitName:meta> format.
# ModId can be omitted for vanilla items. Meta can be omitted too if it equals 0.
# UnitName must be lowercase, words separated by '_', words order - from private to common (example: black_iron_ore).
# Unit name will be automatically converted to ore dictionary name with reverse word order (example: oreIronBlack).
# Use '*' char as meta value to specify all possible values.
# To define multiple block states, you can use block properties instead of meta. The format is <modId:blockName:[prop1=value1, prop2=value2]>
# Also you may use just ore dictionary name as full id.
# [default: cobblestone:0]
S:relatedBlockId=cobblestone:0
# Defines the block resistance to explosions. [range: 0.0 ~ 3.4028235E38, default: 30.0]
S:resistance=30.0
}

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# Configuration file
Chimney {
CraftingRecipe {
main {
# Amount of output units. [range: 1 ~ 64, default: 8]
I:amount=8
# Recipe components list.
# Components should be represented by its ids.
# Id is a basic unit (block or item) identifier in <modId:unitName:meta> format.
# ModId can be omitted for vanilla items. Meta can be omitted too if it equals 0.
# UnitName must be lowercase, words separated by '_', words order - from private to common (example: black_iron_ore).
# Unit name will be automatically converted to ore dictionary name with reverse word order (example: oreIronBlack).
# Use '*' char as meta value to specify all possible values.
# To define multiple block states, you can use block properties instead of meta. The format is <modId:blockName:[prop1=value1, prop2=value2]>
# Also you may use just ore dictionary name as full id.
# [default: [divergentunderground:andesite_cobblestone]]
S:components <
divergentunderground:andesite_cobblestone
>
# Output unit id.
# Id is a basic unit (block or item) identifier in <modId:unitName:meta> format.
# ModId can be omitted for vanilla items. Meta can be omitted too if it equals 0.
# UnitName must be lowercase, words separated by '_', words order - from private to common (example: black_iron_ore).
# Unit name will be automatically converted to ore dictionary name with reverse word order (example: oreIronBlack).
# Use '*' char as meta value to specify all possible values.
# To define multiple block states, you can use block properties instead of meta. The format is <modId:blockName:[prop1=value1, prop2=value2]>
# Also you may use just ore dictionary name as full id.
# [default: adchimneys:cobblestone_andesite]
S:output=adchimneys:cobblestone_andesite
# Shaped recipe pattern in format <nn nn> or <nnn nnn nnn>.
# Where 'n' - number of recipe component (from 1 to 9).
# Zero value (0) is for empty slot.
# If pattern is empty, then recipe will be treated as shapeless. [default: 101 101 101]
S:pattern=101 101 101
}
}
}
Pump {
CraftingRecipe {
main {
# Amount of output units. [range: 1 ~ 64, default: 4]
I:amount=4
# Recipe components list.
# Components should be represented by its ids.
# Id is a basic unit (block or item) identifier in <modId:unitName:meta> format.
# ModId can be omitted for vanilla items. Meta can be omitted too if it equals 0.
# UnitName must be lowercase, words separated by '_', words order - from private to common (example: black_iron_ore).
# Unit name will be automatically converted to ore dictionary name with reverse word order (example: oreIronBlack).
# Use '*' char as meta value to specify all possible values.
# To define multiple block states, you can use block properties instead of meta. The format is <modId:blockName:[prop1=value1, prop2=value2]>
# Also you may use just ore dictionary name as full id.
# [default: [adchimneys:cobblestone_andesite:1], [repeater], [blockCoal]]
S:components <
adchimneys:cobblestone_andesite:1
repeater
blockCoal
>
# Output unit id.
# Id is a basic unit (block or item) identifier in <modId:unitName:meta> format.
# ModId can be omitted for vanilla items. Meta can be omitted too if it equals 0.
# UnitName must be lowercase, words separated by '_', words order - from private to common (example: black_iron_ore).
# Unit name will be automatically converted to ore dictionary name with reverse word order (example: oreIronBlack).
# Use '*' char as meta value to specify all possible values.
# To define multiple block states, you can use block properties instead of meta. The format is <modId:blockName:[prop1=value1, prop2=value2]>
# Also you may use just ore dictionary name as full id.
# [default: adchimneys:cobblestone_andesite:2]
S:output=adchimneys:cobblestone_andesite:2
# Shaped recipe pattern in format <nn nn> or <nnn nnn nnn>.
# Where 'n' - number of recipe component (from 1 to 9).
# Zero value (0) is for empty slot.
# If pattern is empty, then recipe will be treated as shapeless. [default: 121 232 121]
S:pattern=121 232 121
}
}
}
Vent {
CraftingRecipe {
main {
# Amount of output units. [range: 1 ~ 64, default: 4]
I:amount=4
# Recipe components list.
# Components should be represented by its ids.
# Id is a basic unit (block or item) identifier in <modId:unitName:meta> format.
# ModId can be omitted for vanilla items. Meta can be omitted too if it equals 0.
# UnitName must be lowercase, words separated by '_', words order - from private to common (example: black_iron_ore).
# Unit name will be automatically converted to ore dictionary name with reverse word order (example: oreIronBlack).
# Use '*' char as meta value to specify all possible values.
# To define multiple block states, you can use block properties instead of meta. The format is <modId:blockName:[prop1=value1, prop2=value2]>
# Also you may use just ore dictionary name as full id.
# [default: [adchimneys:cobblestone_andesite]]
S:components <
adchimneys:cobblestone_andesite
>
# Output unit id.
# Id is a basic unit (block or item) identifier in <modId:unitName:meta> format.
# ModId can be omitted for vanilla items. Meta can be omitted too if it equals 0.
# UnitName must be lowercase, words separated by '_', words order - from private to common (example: black_iron_ore).
# Unit name will be automatically converted to ore dictionary name with reverse word order (example: oreIronBlack).
# Use '*' char as meta value to specify all possible values.
# To define multiple block states, you can use block properties instead of meta. The format is <modId:blockName:[prop1=value1, prop2=value2]>
# Also you may use just ore dictionary name as full id.
# [default: adchimneys:cobblestone_andesite:1]
S:output=adchimneys:cobblestone_andesite:1
# Shaped recipe pattern in format <nn nn> or <nnn nnn nnn>.
# Where 'n' - number of recipe component (from 1 to 9).
# Zero value (0) is for empty slot.
# If pattern is empty, then recipe will be treated as shapeless. [default: 101 000 101]
S:pattern=101 000 101
}
}
}
andesiteCobblestone {
# Defines a color in ARGB (Alpha, Red, Green, Blue) hex format (0xaarrggbb) which will be applied to the smoke.
# The alpha channel of this color (aa) determines probability of applying (ff - always, 7f - 1/2, 00 - never).
# [default: 0x117a7c81]
S:color=0x117a7c81
# Set to 'false' if you don't need this unit. [default: true]
B:enabled=true
# Id is a basic unit (block or item) identifier in <modId:unitName:meta> format.
# ModId can be omitted for vanilla items. Meta can be omitted too if it equals 0.
# UnitName must be lowercase, words separated by '_', words order - from private to common (example: black_iron_ore).
# Unit name will be automatically converted to ore dictionary name with reverse word order (example: oreIronBlack).
# Use '*' char as meta value to specify all possible values.
# To define multiple block states, you can use block properties instead of meta. The format is <modId:blockName:[prop1=value1, prop2=value2]>
# Also you may use just ore dictionary name as full id.
# [default: divergentunderground:andesite_cobblestone]
S:relatedBlockId=divergentunderground:andesite_cobblestone
}

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# Configuration file
Chimney {
CraftingRecipe {
main {
# Amount of output units. [range: 1 ~ 64, default: 8]
I:amount=8
# Recipe components list.
# Components should be represented by its ids.
# Id is a basic unit (block or item) identifier in <modId:unitName:meta> format.
# ModId can be omitted for vanilla items. Meta can be omitted too if it equals 0.
# UnitName must be lowercase, words separated by '_', words order - from private to common (example: black_iron_ore).
# Unit name will be automatically converted to ore dictionary name with reverse word order (example: oreIronBlack).
# Use '*' char as meta value to specify all possible values.
# To define multiple block states, you can use block properties instead of meta. The format is <modId:blockName:[prop1=value1, prop2=value2]>
# Also you may use just ore dictionary name as full id.
# [default: [divergentunderground:quark_basalt_cobblestone]]
S:components <
divergentunderground:quark_basalt_cobblestone
>
# Output unit id.
# Id is a basic unit (block or item) identifier in <modId:unitName:meta> format.
# ModId can be omitted for vanilla items. Meta can be omitted too if it equals 0.
# UnitName must be lowercase, words separated by '_', words order - from private to common (example: black_iron_ore).
# Unit name will be automatically converted to ore dictionary name with reverse word order (example: oreIronBlack).
# Use '*' char as meta value to specify all possible values.
# To define multiple block states, you can use block properties instead of meta. The format is <modId:blockName:[prop1=value1, prop2=value2]>
# Also you may use just ore dictionary name as full id.
# [default: adchimneys:cobblestone_basalt]
S:output=adchimneys:cobblestone_basalt
# Shaped recipe pattern in format <nn nn> or <nnn nnn nnn>.
# Where 'n' - number of recipe component (from 1 to 9).
# Zero value (0) is for empty slot.
# If pattern is empty, then recipe will be treated as shapeless. [default: 101 101 101]
S:pattern=101 101 101
}
}
}
Pump {
CraftingRecipe {
main {
# Amount of output units. [range: 1 ~ 64, default: 4]
I:amount=4
# Recipe components list.
# Components should be represented by its ids.
# Id is a basic unit (block or item) identifier in <modId:unitName:meta> format.
# ModId can be omitted for vanilla items. Meta can be omitted too if it equals 0.
# UnitName must be lowercase, words separated by '_', words order - from private to common (example: black_iron_ore).
# Unit name will be automatically converted to ore dictionary name with reverse word order (example: oreIronBlack).
# Use '*' char as meta value to specify all possible values.
# To define multiple block states, you can use block properties instead of meta. The format is <modId:blockName:[prop1=value1, prop2=value2]>
# Also you may use just ore dictionary name as full id.
# [default: [adchimneys:cobblestone_basalt:1], [repeater], [blockCoal]]
S:components <
adchimneys:cobblestone_basalt:1
repeater
blockCoal
>
# Output unit id.
# Id is a basic unit (block or item) identifier in <modId:unitName:meta> format.
# ModId can be omitted for vanilla items. Meta can be omitted too if it equals 0.
# UnitName must be lowercase, words separated by '_', words order - from private to common (example: black_iron_ore).
# Unit name will be automatically converted to ore dictionary name with reverse word order (example: oreIronBlack).
# Use '*' char as meta value to specify all possible values.
# To define multiple block states, you can use block properties instead of meta. The format is <modId:blockName:[prop1=value1, prop2=value2]>
# Also you may use just ore dictionary name as full id.
# [default: adchimneys:cobblestone_basalt:2]
S:output=adchimneys:cobblestone_basalt:2
# Shaped recipe pattern in format <nn nn> or <nnn nnn nnn>.
# Where 'n' - number of recipe component (from 1 to 9).
# Zero value (0) is for empty slot.
# If pattern is empty, then recipe will be treated as shapeless. [default: 121 232 121]
S:pattern=121 232 121
}
}
}
Vent {
CraftingRecipe {
main {
# Amount of output units. [range: 1 ~ 64, default: 4]
I:amount=4
# Recipe components list.
# Components should be represented by its ids.
# Id is a basic unit (block or item) identifier in <modId:unitName:meta> format.
# ModId can be omitted for vanilla items. Meta can be omitted too if it equals 0.
# UnitName must be lowercase, words separated by '_', words order - from private to common (example: black_iron_ore).
# Unit name will be automatically converted to ore dictionary name with reverse word order (example: oreIronBlack).
# Use '*' char as meta value to specify all possible values.
# To define multiple block states, you can use block properties instead of meta. The format is <modId:blockName:[prop1=value1, prop2=value2]>
# Also you may use just ore dictionary name as full id.
# [default: [adchimneys:cobblestone_basalt]]
S:components <
adchimneys:cobblestone_basalt
>
# Output unit id.
# Id is a basic unit (block or item) identifier in <modId:unitName:meta> format.
# ModId can be omitted for vanilla items. Meta can be omitted too if it equals 0.
# UnitName must be lowercase, words separated by '_', words order - from private to common (example: black_iron_ore).
# Unit name will be automatically converted to ore dictionary name with reverse word order (example: oreIronBlack).
# Use '*' char as meta value to specify all possible values.
# To define multiple block states, you can use block properties instead of meta. The format is <modId:blockName:[prop1=value1, prop2=value2]>
# Also you may use just ore dictionary name as full id.
# [default: adchimneys:cobblestone_basalt:1]
S:output=adchimneys:cobblestone_basalt:1
# Shaped recipe pattern in format <nn nn> or <nnn nnn nnn>.
# Where 'n' - number of recipe component (from 1 to 9).
# Zero value (0) is for empty slot.
# If pattern is empty, then recipe will be treated as shapeless. [default: 101 000 101]
S:pattern=101 000 101
}
}
}
basaltCobblestone {
# Defines a color in ARGB (Alpha, Red, Green, Blue) hex format (0xaarrggbb) which will be applied to the smoke.
# The alpha channel of this color (aa) determines probability of applying (ff - always, 7f - 1/2, 00 - never).
# [default: 0x11363636]
S:color=0x11363636
# Set to 'false' if you don't need this unit. [default: true]
B:enabled=true
# Id is a basic unit (block or item) identifier in <modId:unitName:meta> format.
# ModId can be omitted for vanilla items. Meta can be omitted too if it equals 0.
# UnitName must be lowercase, words separated by '_', words order - from private to common (example: black_iron_ore).
# Unit name will be automatically converted to ore dictionary name with reverse word order (example: oreIronBlack).
# Use '*' char as meta value to specify all possible values.
# To define multiple block states, you can use block properties instead of meta. The format is <modId:blockName:[prop1=value1, prop2=value2]>
# Also you may use just ore dictionary name as full id.
# [default: divergentunderground:quark_basalt_cobblestone]
S:relatedBlockId=divergentunderground:quark_basalt_cobblestone
}

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# Configuration file
Chimney {
CraftingRecipe {
main {
# Amount of output units. [range: 1 ~ 64, default: 8]
I:amount=8
# Recipe components list.
# Components should be represented by its ids.
# Id is a basic unit (block or item) identifier in <modId:unitName:meta> format.
# ModId can be omitted for vanilla items. Meta can be omitted too if it equals 0.
# UnitName must be lowercase, words separated by '_', words order - from private to common (example: black_iron_ore).
# Unit name will be automatically converted to ore dictionary name with reverse word order (example: oreIronBlack).
# Use '*' char as meta value to specify all possible values.
# To define multiple block states, you can use block properties instead of meta. The format is <modId:blockName:[prop1=value1, prop2=value2]>
# Also you may use just ore dictionary name as full id.
# [default: [divergentunderground:diorite_cobblestone]]
S:components <
divergentunderground:diorite_cobblestone
>
# Output unit id.
# Id is a basic unit (block or item) identifier in <modId:unitName:meta> format.
# ModId can be omitted for vanilla items. Meta can be omitted too if it equals 0.
# UnitName must be lowercase, words separated by '_', words order - from private to common (example: black_iron_ore).
# Unit name will be automatically converted to ore dictionary name with reverse word order (example: oreIronBlack).
# Use '*' char as meta value to specify all possible values.
# To define multiple block states, you can use block properties instead of meta. The format is <modId:blockName:[prop1=value1, prop2=value2]>
# Also you may use just ore dictionary name as full id.
# [default: adchimneys:cobblestone_diorite]
S:output=adchimneys:cobblestone_diorite
# Shaped recipe pattern in format <nn nn> or <nnn nnn nnn>.
# Where 'n' - number of recipe component (from 1 to 9).
# Zero value (0) is for empty slot.
# If pattern is empty, then recipe will be treated as shapeless. [default: 101 101 101]
S:pattern=101 101 101
}
}
}
Pump {
CraftingRecipe {
main {
# Amount of output units. [range: 1 ~ 64, default: 4]
I:amount=4
# Recipe components list.
# Components should be represented by its ids.
# Id is a basic unit (block or item) identifier in <modId:unitName:meta> format.
# ModId can be omitted for vanilla items. Meta can be omitted too if it equals 0.
# UnitName must be lowercase, words separated by '_', words order - from private to common (example: black_iron_ore).
# Unit name will be automatically converted to ore dictionary name with reverse word order (example: oreIronBlack).
# Use '*' char as meta value to specify all possible values.
# To define multiple block states, you can use block properties instead of meta. The format is <modId:blockName:[prop1=value1, prop2=value2]>
# Also you may use just ore dictionary name as full id.
# [default: [adchimneys:cobblestone_diorite:1], [repeater], [blockCoal]]
S:components <
adchimneys:cobblestone_diorite:1
repeater
blockCoal
>
# Output unit id.
# Id is a basic unit (block or item) identifier in <modId:unitName:meta> format.
# ModId can be omitted for vanilla items. Meta can be omitted too if it equals 0.
# UnitName must be lowercase, words separated by '_', words order - from private to common (example: black_iron_ore).
# Unit name will be automatically converted to ore dictionary name with reverse word order (example: oreIronBlack).
# Use '*' char as meta value to specify all possible values.
# To define multiple block states, you can use block properties instead of meta. The format is <modId:blockName:[prop1=value1, prop2=value2]>
# Also you may use just ore dictionary name as full id.
# [default: adchimneys:cobblestone_diorite:2]
S:output=adchimneys:cobblestone_diorite:2
# Shaped recipe pattern in format <nn nn> or <nnn nnn nnn>.
# Where 'n' - number of recipe component (from 1 to 9).
# Zero value (0) is for empty slot.
# If pattern is empty, then recipe will be treated as shapeless. [default: 121 232 121]
S:pattern=121 232 121
}
}
}
Vent {
CraftingRecipe {
main {
# Amount of output units. [range: 1 ~ 64, default: 4]
I:amount=4
# Recipe components list.
# Components should be represented by its ids.
# Id is a basic unit (block or item) identifier in <modId:unitName:meta> format.
# ModId can be omitted for vanilla items. Meta can be omitted too if it equals 0.
# UnitName must be lowercase, words separated by '_', words order - from private to common (example: black_iron_ore).
# Unit name will be automatically converted to ore dictionary name with reverse word order (example: oreIronBlack).
# Use '*' char as meta value to specify all possible values.
# To define multiple block states, you can use block properties instead of meta. The format is <modId:blockName:[prop1=value1, prop2=value2]>
# Also you may use just ore dictionary name as full id.
# [default: [adchimneys:cobblestone_diorite]]
S:components <
adchimneys:cobblestone_diorite
>
# Output unit id.
# Id is a basic unit (block or item) identifier in <modId:unitName:meta> format.
# ModId can be omitted for vanilla items. Meta can be omitted too if it equals 0.
# UnitName must be lowercase, words separated by '_', words order - from private to common (example: black_iron_ore).
# Unit name will be automatically converted to ore dictionary name with reverse word order (example: oreIronBlack).
# Use '*' char as meta value to specify all possible values.
# To define multiple block states, you can use block properties instead of meta. The format is <modId:blockName:[prop1=value1, prop2=value2]>
# Also you may use just ore dictionary name as full id.
# [default: adchimneys:cobblestone_diorite:1]
S:output=adchimneys:cobblestone_diorite:1
# Shaped recipe pattern in format <nn nn> or <nnn nnn nnn>.
# Where 'n' - number of recipe component (from 1 to 9).
# Zero value (0) is for empty slot.
# If pattern is empty, then recipe will be treated as shapeless. [default: 101 000 101]
S:pattern=101 000 101
}
}
}
dioriteCobblestone {
# Defines a color in ARGB (Alpha, Red, Green, Blue) hex format (0xaarrggbb) which will be applied to the smoke.
# The alpha channel of this color (aa) determines probability of applying (ff - always, 7f - 1/2, 00 - never).
# [default: 0x11f4f4f4]
S:color=0x11f4f4f4
# Set to 'false' if you don't need this unit. [default: true]
B:enabled=true
# Id is a basic unit (block or item) identifier in <modId:unitName:meta> format.
# ModId can be omitted for vanilla items. Meta can be omitted too if it equals 0.
# UnitName must be lowercase, words separated by '_', words order - from private to common (example: black_iron_ore).
# Unit name will be automatically converted to ore dictionary name with reverse word order (example: oreIronBlack).
# Use '*' char as meta value to specify all possible values.
# To define multiple block states, you can use block properties instead of meta. The format is <modId:blockName:[prop1=value1, prop2=value2]>
# Also you may use just ore dictionary name as full id.
# [default: divergentunderground:diorite_cobblestone]
S:relatedBlockId=divergentunderground:diorite_cobblestone
}

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# Configuration file
Chimney {
CraftingRecipe {
main {
# Amount of output units. [range: 1 ~ 64, default: 8]
I:amount=8
# Recipe components list.
# Components should be represented by its ids.
# Id is a basic unit (block or item) identifier in <modId:unitName:meta> format.
# ModId can be omitted for vanilla items. Meta can be omitted too if it equals 0.
# UnitName must be lowercase, words separated by '_', words order - from private to common (example: black_iron_ore).
# Unit name will be automatically converted to ore dictionary name with reverse word order (example: oreIronBlack).
# Use '*' char as meta value to specify all possible values.
# To define multiple block states, you can use block properties instead of meta. The format is <modId:blockName:[prop1=value1, prop2=value2]>
# Also you may use just ore dictionary name as full id.
# [default: [quark:biome_cobblestone:0]]
S:components <
quark:biome_cobblestone:0
>
# Output unit id.
# Id is a basic unit (block or item) identifier in <modId:unitName:meta> format.
# ModId can be omitted for vanilla items. Meta can be omitted too if it equals 0.
# UnitName must be lowercase, words separated by '_', words order - from private to common (example: black_iron_ore).
# Unit name will be automatically converted to ore dictionary name with reverse word order (example: oreIronBlack).
# Use '*' char as meta value to specify all possible values.
# To define multiple block states, you can use block properties instead of meta. The format is <modId:blockName:[prop1=value1, prop2=value2]>
# Also you may use just ore dictionary name as full id.
# [default: adchimneys:cobblestone_fire]
S:output=adchimneys:cobblestone_fire
# Shaped recipe pattern in format <nn nn> or <nnn nnn nnn>.
# Where 'n' - number of recipe component (from 1 to 9).
# Zero value (0) is for empty slot.
# If pattern is empty, then recipe will be treated as shapeless. [default: 101 101 101]
S:pattern=101 101 101
}
}
}
Pump {
CraftingRecipe {
main {
# Amount of output units. [range: 1 ~ 64, default: 4]
I:amount=4
# Recipe components list.
# Components should be represented by its ids.
# Id is a basic unit (block or item) identifier in <modId:unitName:meta> format.
# ModId can be omitted for vanilla items. Meta can be omitted too if it equals 0.
# UnitName must be lowercase, words separated by '_', words order - from private to common (example: black_iron_ore).
# Unit name will be automatically converted to ore dictionary name with reverse word order (example: oreIronBlack).
# Use '*' char as meta value to specify all possible values.
# To define multiple block states, you can use block properties instead of meta. The format is <modId:blockName:[prop1=value1, prop2=value2]>
# Also you may use just ore dictionary name as full id.
# [default: [adchimneys:cobblestone_fire:1], [repeater], [blockCoal]]
S:components <
adchimneys:cobblestone_fire:1
repeater
blockCoal
>
# Output unit id.
# Id is a basic unit (block or item) identifier in <modId:unitName:meta> format.
# ModId can be omitted for vanilla items. Meta can be omitted too if it equals 0.
# UnitName must be lowercase, words separated by '_', words order - from private to common (example: black_iron_ore).
# Unit name will be automatically converted to ore dictionary name with reverse word order (example: oreIronBlack).
# Use '*' char as meta value to specify all possible values.
# To define multiple block states, you can use block properties instead of meta. The format is <modId:blockName:[prop1=value1, prop2=value2]>
# Also you may use just ore dictionary name as full id.
# [default: adchimneys:cobblestone_fire:2]
S:output=adchimneys:cobblestone_fire:2
# Shaped recipe pattern in format <nn nn> or <nnn nnn nnn>.
# Where 'n' - number of recipe component (from 1 to 9).
# Zero value (0) is for empty slot.
# If pattern is empty, then recipe will be treated as shapeless. [default: 121 232 121]
S:pattern=121 232 121
}
}
}
Vent {
CraftingRecipe {
main {
# Amount of output units. [range: 1 ~ 64, default: 4]
I:amount=4
# Recipe components list.
# Components should be represented by its ids.
# Id is a basic unit (block or item) identifier in <modId:unitName:meta> format.
# ModId can be omitted for vanilla items. Meta can be omitted too if it equals 0.
# UnitName must be lowercase, words separated by '_', words order - from private to common (example: black_iron_ore).
# Unit name will be automatically converted to ore dictionary name with reverse word order (example: oreIronBlack).
# Use '*' char as meta value to specify all possible values.
# To define multiple block states, you can use block properties instead of meta. The format is <modId:blockName:[prop1=value1, prop2=value2]>
# Also you may use just ore dictionary name as full id.
# [default: [adchimneys:cobblestone_fire]]
S:components <
adchimneys:cobblestone_fire
>
# Output unit id.
# Id is a basic unit (block or item) identifier in <modId:unitName:meta> format.
# ModId can be omitted for vanilla items. Meta can be omitted too if it equals 0.
# UnitName must be lowercase, words separated by '_', words order - from private to common (example: black_iron_ore).
# Unit name will be automatically converted to ore dictionary name with reverse word order (example: oreIronBlack).
# Use '*' char as meta value to specify all possible values.
# To define multiple block states, you can use block properties instead of meta. The format is <modId:blockName:[prop1=value1, prop2=value2]>
# Also you may use just ore dictionary name as full id.
# [default: adchimneys:cobblestone_fire:1]
S:output=adchimneys:cobblestone_fire:1
# Shaped recipe pattern in format <nn nn> or <nnn nnn nnn>.
# Where 'n' - number of recipe component (from 1 to 9).
# Zero value (0) is for empty slot.
# If pattern is empty, then recipe will be treated as shapeless. [default: 101 000 101]
S:pattern=101 000 101
}
}
}
fireCobblestone {
# Defines a color in ARGB (Alpha, Red, Green, Blue) hex format (0xaarrggbb) which will be applied to the smoke.
# The alpha channel of this color (aa) determines probability of applying (ff - always, 7f - 1/2, 00 - never).
# [default: 0x11bc4725]
S:color=0x11bc4725
# Set to 'false' if you don't need this unit. [default: true]
B:enabled=true
# Defines how many hits it takes to break the block.
# -1 makes the block indestructible. [range: -1.0 ~ 3.4028235E38, default: 1.5]
S:hardness=1.5
# Id is a basic unit (block or item) identifier in <modId:unitName:meta> format.
# ModId can be omitted for vanilla items. Meta can be omitted too if it equals 0.
# UnitName must be lowercase, words separated by '_', words order - from private to common (example: black_iron_ore).
# Unit name will be automatically converted to ore dictionary name with reverse word order (example: oreIronBlack).
# Use '*' char as meta value to specify all possible values.
# To define multiple block states, you can use block properties instead of meta. The format is <modId:blockName:[prop1=value1, prop2=value2]>
# Also you may use just ore dictionary name as full id.
# [default: quark:biome_cobblestone:0]
S:relatedBlockId=quark:biome_cobblestone:0
# Defines the block resistance to explosions. [range: 0.0 ~ 3.4028235E38, default: 30.0]
S:resistance=30.0
}

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# Configuration file
Chimney {
CraftingRecipe {
main {
# Amount of output units. [range: 1 ~ 64, default: 8]
I:amount=8
# Recipe components list.
# Components should be represented by its ids.
# Id is a basic unit (block or item) identifier in <modId:unitName:meta> format.
# ModId can be omitted for vanilla items. Meta can be omitted too if it equals 0.
# UnitName must be lowercase, words separated by '_', words order - from private to common (example: black_iron_ore).
# Unit name will be automatically converted to ore dictionary name with reverse word order (example: oreIronBlack).
# Use '*' char as meta value to specify all possible values.
# To define multiple block states, you can use block properties instead of meta. The format is <modId:blockName:[prop1=value1, prop2=value2]>
# Also you may use just ore dictionary name as full id.
# [default: [divergentunderground:granite_cobblestone]]
S:components <
divergentunderground:granite_cobblestone
>
# Output unit id.
# Id is a basic unit (block or item) identifier in <modId:unitName:meta> format.
# ModId can be omitted for vanilla items. Meta can be omitted too if it equals 0.
# UnitName must be lowercase, words separated by '_', words order - from private to common (example: black_iron_ore).
# Unit name will be automatically converted to ore dictionary name with reverse word order (example: oreIronBlack).
# Use '*' char as meta value to specify all possible values.
# To define multiple block states, you can use block properties instead of meta. The format is <modId:blockName:[prop1=value1, prop2=value2]>
# Also you may use just ore dictionary name as full id.
# [default: adchimneys:cobblestone_granite]
S:output=adchimneys:cobblestone_granite
# Shaped recipe pattern in format <nn nn> or <nnn nnn nnn>.
# Where 'n' - number of recipe component (from 1 to 9).
# Zero value (0) is for empty slot.
# If pattern is empty, then recipe will be treated as shapeless. [default: 101 101 101]
S:pattern=101 101 101
}
}
}
Pump {
CraftingRecipe {
main {
# Amount of output units. [range: 1 ~ 64, default: 4]
I:amount=4
# Recipe components list.
# Components should be represented by its ids.
# Id is a basic unit (block or item) identifier in <modId:unitName:meta> format.
# ModId can be omitted for vanilla items. Meta can be omitted too if it equals 0.
# UnitName must be lowercase, words separated by '_', words order - from private to common (example: black_iron_ore).
# Unit name will be automatically converted to ore dictionary name with reverse word order (example: oreIronBlack).
# Use '*' char as meta value to specify all possible values.
# To define multiple block states, you can use block properties instead of meta. The format is <modId:blockName:[prop1=value1, prop2=value2]>
# Also you may use just ore dictionary name as full id.
# [default: [adchimneys:cobblestone_granite:1], [repeater], [blockCoal]]
S:components <
adchimneys:cobblestone_granite:1
repeater
blockCoal
>
# Output unit id.
# Id is a basic unit (block or item) identifier in <modId:unitName:meta> format.
# ModId can be omitted for vanilla items. Meta can be omitted too if it equals 0.
# UnitName must be lowercase, words separated by '_', words order - from private to common (example: black_iron_ore).
# Unit name will be automatically converted to ore dictionary name with reverse word order (example: oreIronBlack).
# Use '*' char as meta value to specify all possible values.
# To define multiple block states, you can use block properties instead of meta. The format is <modId:blockName:[prop1=value1, prop2=value2]>
# Also you may use just ore dictionary name as full id.
# [default: adchimneys:cobblestone_granite:2]
S:output=adchimneys:cobblestone_granite:2
# Shaped recipe pattern in format <nn nn> or <nnn nnn nnn>.
# Where 'n' - number of recipe component (from 1 to 9).
# Zero value (0) is for empty slot.
# If pattern is empty, then recipe will be treated as shapeless. [default: 121 232 121]
S:pattern=121 232 121
}
}
}
Vent {
CraftingRecipe {
main {
# Amount of output units. [range: 1 ~ 64, default: 4]
I:amount=4
# Recipe components list.
# Components should be represented by its ids.
# Id is a basic unit (block or item) identifier in <modId:unitName:meta> format.
# ModId can be omitted for vanilla items. Meta can be omitted too if it equals 0.
# UnitName must be lowercase, words separated by '_', words order - from private to common (example: black_iron_ore).
# Unit name will be automatically converted to ore dictionary name with reverse word order (example: oreIronBlack).
# Use '*' char as meta value to specify all possible values.
# To define multiple block states, you can use block properties instead of meta. The format is <modId:blockName:[prop1=value1, prop2=value2]>
# Also you may use just ore dictionary name as full id.
# [default: [adchimneys:cobblestone_granite]]
S:components <
adchimneys:cobblestone_granite
>
# Output unit id.
# Id is a basic unit (block or item) identifier in <modId:unitName:meta> format.
# ModId can be omitted for vanilla items. Meta can be omitted too if it equals 0.
# UnitName must be lowercase, words separated by '_', words order - from private to common (example: black_iron_ore).
# Unit name will be automatically converted to ore dictionary name with reverse word order (example: oreIronBlack).
# Use '*' char as meta value to specify all possible values.
# To define multiple block states, you can use block properties instead of meta. The format is <modId:blockName:[prop1=value1, prop2=value2]>
# Also you may use just ore dictionary name as full id.
# [default: adchimneys:cobblestone_granite:1]
S:output=adchimneys:cobblestone_granite:1
# Shaped recipe pattern in format <nn nn> or <nnn nnn nnn>.
# Where 'n' - number of recipe component (from 1 to 9).
# Zero value (0) is for empty slot.
# If pattern is empty, then recipe will be treated as shapeless. [default: 101 000 101]
S:pattern=101 000 101
}
}
}
graniteCobblestone {
# Defines a color in ARGB (Alpha, Red, Green, Blue) hex format (0xaarrggbb) which will be applied to the smoke.
# The alpha channel of this color (aa) determines probability of applying (ff - always, 7f - 1/2, 00 - never).
# [default: 0x11906150]
S:color=0x11906150
# Set to 'false' if you don't need this unit. [default: true]
B:enabled=true
# Id is a basic unit (block or item) identifier in <modId:unitName:meta> format.
# ModId can be omitted for vanilla items. Meta can be omitted too if it equals 0.
# UnitName must be lowercase, words separated by '_', words order - from private to common (example: black_iron_ore).
# Unit name will be automatically converted to ore dictionary name with reverse word order (example: oreIronBlack).
# Use '*' char as meta value to specify all possible values.
# To define multiple block states, you can use block properties instead of meta. The format is <modId:blockName:[prop1=value1, prop2=value2]>
# Also you may use just ore dictionary name as full id.
# [default: divergentunderground:granite_cobblestone]
S:relatedBlockId=divergentunderground:granite_cobblestone
}

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# Configuration file
Chimney {
CraftingRecipe {
main {
# Amount of output units. [range: 1 ~ 64, default: 8]
I:amount=8
# Recipe components list.
# Components should be represented by its ids.
# Id is a basic unit (block or item) identifier in <modId:unitName:meta> format.
# ModId can be omitted for vanilla items. Meta can be omitted too if it equals 0.
# UnitName must be lowercase, words separated by '_', words order - from private to common (example: black_iron_ore).
# Unit name will be automatically converted to ore dictionary name with reverse word order (example: oreIronBlack).
# Use '*' char as meta value to specify all possible values.
# To define multiple block states, you can use block properties instead of meta. The format is <modId:blockName:[prop1=value1, prop2=value2]>
# Also you may use just ore dictionary name as full id.
# [default: [quark:biome_cobblestone:1]]
S:components <
quark:biome_cobblestone:1
>
# Output unit id.
# Id is a basic unit (block or item) identifier in <modId:unitName:meta> format.
# ModId can be omitted for vanilla items. Meta can be omitted too if it equals 0.
# UnitName must be lowercase, words separated by '_', words order - from private to common (example: black_iron_ore).
# Unit name will be automatically converted to ore dictionary name with reverse word order (example: oreIronBlack).
# Use '*' char as meta value to specify all possible values.
# To define multiple block states, you can use block properties instead of meta. The format is <modId:blockName:[prop1=value1, prop2=value2]>
# Also you may use just ore dictionary name as full id.
# [default: adchimneys:cobblestone_icy]
S:output=adchimneys:cobblestone_icy
# Shaped recipe pattern in format <nn nn> or <nnn nnn nnn>.
# Where 'n' - number of recipe component (from 1 to 9).
# Zero value (0) is for empty slot.
# If pattern is empty, then recipe will be treated as shapeless. [default: 101 101 101]
S:pattern=101 101 101
}
}
}
Pump {
CraftingRecipe {
main {
# Amount of output units. [range: 1 ~ 64, default: 4]
I:amount=4
# Recipe components list.
# Components should be represented by its ids.
# Id is a basic unit (block or item) identifier in <modId:unitName:meta> format.
# ModId can be omitted for vanilla items. Meta can be omitted too if it equals 0.
# UnitName must be lowercase, words separated by '_', words order - from private to common (example: black_iron_ore).
# Unit name will be automatically converted to ore dictionary name with reverse word order (example: oreIronBlack).
# Use '*' char as meta value to specify all possible values.
# To define multiple block states, you can use block properties instead of meta. The format is <modId:blockName:[prop1=value1, prop2=value2]>
# Also you may use just ore dictionary name as full id.
# [default: [adchimneys:cobblestone_icy:1], [repeater], [blockCoal]]
S:components <
adchimneys:cobblestone_icy:1
repeater
blockCoal
>
# Output unit id.
# Id is a basic unit (block or item) identifier in <modId:unitName:meta> format.
# ModId can be omitted for vanilla items. Meta can be omitted too if it equals 0.
# UnitName must be lowercase, words separated by '_', words order - from private to common (example: black_iron_ore).
# Unit name will be automatically converted to ore dictionary name with reverse word order (example: oreIronBlack).
# Use '*' char as meta value to specify all possible values.
# To define multiple block states, you can use block properties instead of meta. The format is <modId:blockName:[prop1=value1, prop2=value2]>
# Also you may use just ore dictionary name as full id.
# [default: adchimneys:cobblestone_icy:2]
S:output=adchimneys:cobblestone_icy:2
# Shaped recipe pattern in format <nn nn> or <nnn nnn nnn>.
# Where 'n' - number of recipe component (from 1 to 9).
# Zero value (0) is for empty slot.
# If pattern is empty, then recipe will be treated as shapeless. [default: 121 232 121]
S:pattern=121 232 121
}
}
}
Vent {
CraftingRecipe {
main {
# Amount of output units. [range: 1 ~ 64, default: 4]
I:amount=4
# Recipe components list.
# Components should be represented by its ids.
# Id is a basic unit (block or item) identifier in <modId:unitName:meta> format.
# ModId can be omitted for vanilla items. Meta can be omitted too if it equals 0.
# UnitName must be lowercase, words separated by '_', words order - from private to common (example: black_iron_ore).
# Unit name will be automatically converted to ore dictionary name with reverse word order (example: oreIronBlack).
# Use '*' char as meta value to specify all possible values.
# To define multiple block states, you can use block properties instead of meta. The format is <modId:blockName:[prop1=value1, prop2=value2]>
# Also you may use just ore dictionary name as full id.
# [default: [adchimneys:cobblestone_icy]]
S:components <
adchimneys:cobblestone_icy
>
# Output unit id.
# Id is a basic unit (block or item) identifier in <modId:unitName:meta> format.
# ModId can be omitted for vanilla items. Meta can be omitted too if it equals 0.
# UnitName must be lowercase, words separated by '_', words order - from private to common (example: black_iron_ore).
# Unit name will be automatically converted to ore dictionary name with reverse word order (example: oreIronBlack).
# Use '*' char as meta value to specify all possible values.
# To define multiple block states, you can use block properties instead of meta. The format is <modId:blockName:[prop1=value1, prop2=value2]>
# Also you may use just ore dictionary name as full id.
# [default: adchimneys:cobblestone_icy:1]
S:output=adchimneys:cobblestone_icy:1
# Shaped recipe pattern in format <nn nn> or <nnn nnn nnn>.
# Where 'n' - number of recipe component (from 1 to 9).
# Zero value (0) is for empty slot.
# If pattern is empty, then recipe will be treated as shapeless. [default: 101 000 101]
S:pattern=101 000 101
}
}
}
icyCobblestone {
# Defines a color in ARGB (Alpha, Red, Green, Blue) hex format (0xaarrggbb) which will be applied to the smoke.
# The alpha channel of this color (aa) determines probability of applying (ff - always, 7f - 1/2, 00 - never).
# [default: 0x115f8bb0]
S:color=0x115f8bb0
# Set to 'false' if you don't need this unit. [default: true]
B:enabled=true
# Defines how many hits it takes to break the block.
# -1 makes the block indestructible. [range: -1.0 ~ 3.4028235E38, default: 1.5]
S:hardness=1.5
# Id is a basic unit (block or item) identifier in <modId:unitName:meta> format.
# ModId can be omitted for vanilla items. Meta can be omitted too if it equals 0.
# UnitName must be lowercase, words separated by '_', words order - from private to common (example: black_iron_ore).
# Unit name will be automatically converted to ore dictionary name with reverse word order (example: oreIronBlack).
# Use '*' char as meta value to specify all possible values.
# To define multiple block states, you can use block properties instead of meta. The format is <modId:blockName:[prop1=value1, prop2=value2]>
# Also you may use just ore dictionary name as full id.
# [default: quark:biome_cobblestone:1]
S:relatedBlockId=quark:biome_cobblestone:1
# Defines the block resistance to explosions. [range: 0.0 ~ 3.4028235E38, default: 30.0]
S:resistance=30.0
}

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# Configuration file
Chimney {
CraftingRecipe {
main {
# Amount of output units. [range: 1 ~ 64, default: 8]
I:amount=8
# Recipe components list.
# Components should be represented by its ids.
# Id is a basic unit (block or item) identifier in <modId:unitName:meta> format.
# ModId can be omitted for vanilla items. Meta can be omitted too if it equals 0.
# UnitName must be lowercase, words separated by '_', words order - from private to common (example: black_iron_ore).
# Unit name will be automatically converted to ore dictionary name with reverse word order (example: oreIronBlack).
# Use '*' char as meta value to specify all possible values.
# To define multiple block states, you can use block properties instead of meta. The format is <modId:blockName:[prop1=value1, prop2=value2]>
# Also you may use just ore dictionary name as full id.
# [default: [divergentunderground:quark_limestone_cobblestone]]
S:components <
divergentunderground:quark_limestone_cobblestone
>
# Output unit id.
# Id is a basic unit (block or item) identifier in <modId:unitName:meta> format.
# ModId can be omitted for vanilla items. Meta can be omitted too if it equals 0.
# UnitName must be lowercase, words separated by '_', words order - from private to common (example: black_iron_ore).
# Unit name will be automatically converted to ore dictionary name with reverse word order (example: oreIronBlack).
# Use '*' char as meta value to specify all possible values.
# To define multiple block states, you can use block properties instead of meta. The format is <modId:blockName:[prop1=value1, prop2=value2]>
# Also you may use just ore dictionary name as full id.
# [default: adchimneys:cobblestone_limestone]
S:output=adchimneys:cobblestone_limestone
# Shaped recipe pattern in format <nn nn> or <nnn nnn nnn>.
# Where 'n' - number of recipe component (from 1 to 9).
# Zero value (0) is for empty slot.
# If pattern is empty, then recipe will be treated as shapeless. [default: 101 101 101]
S:pattern=101 101 101
}
}
}
Pump {
CraftingRecipe {
main {
# Amount of output units. [range: 1 ~ 64, default: 4]
I:amount=4
# Recipe components list.
# Components should be represented by its ids.
# Id is a basic unit (block or item) identifier in <modId:unitName:meta> format.
# ModId can be omitted for vanilla items. Meta can be omitted too if it equals 0.
# UnitName must be lowercase, words separated by '_', words order - from private to common (example: black_iron_ore).
# Unit name will be automatically converted to ore dictionary name with reverse word order (example: oreIronBlack).
# Use '*' char as meta value to specify all possible values.
# To define multiple block states, you can use block properties instead of meta. The format is <modId:blockName:[prop1=value1, prop2=value2]>
# Also you may use just ore dictionary name as full id.
# [default: [adchimneys:cobblestone_limestone:1], [repeater], [blockCoal]]
S:components <
adchimneys:cobblestone_limestone:1
repeater
blockCoal
>
# Output unit id.
# Id is a basic unit (block or item) identifier in <modId:unitName:meta> format.
# ModId can be omitted for vanilla items. Meta can be omitted too if it equals 0.
# UnitName must be lowercase, words separated by '_', words order - from private to common (example: black_iron_ore).
# Unit name will be automatically converted to ore dictionary name with reverse word order (example: oreIronBlack).
# Use '*' char as meta value to specify all possible values.
# To define multiple block states, you can use block properties instead of meta. The format is <modId:blockName:[prop1=value1, prop2=value2]>
# Also you may use just ore dictionary name as full id.
# [default: adchimneys:cobblestone_limestone:2]
S:output=adchimneys:cobblestone_limestone:2
# Shaped recipe pattern in format <nn nn> or <nnn nnn nnn>.
# Where 'n' - number of recipe component (from 1 to 9).
# Zero value (0) is for empty slot.
# If pattern is empty, then recipe will be treated as shapeless. [default: 121 232 121]
S:pattern=121 232 121
}
}
}
Vent {
CraftingRecipe {
main {
# Amount of output units. [range: 1 ~ 64, default: 4]
I:amount=4
# Recipe components list.
# Components should be represented by its ids.
# Id is a basic unit (block or item) identifier in <modId:unitName:meta> format.
# ModId can be omitted for vanilla items. Meta can be omitted too if it equals 0.
# UnitName must be lowercase, words separated by '_', words order - from private to common (example: black_iron_ore).
# Unit name will be automatically converted to ore dictionary name with reverse word order (example: oreIronBlack).
# Use '*' char as meta value to specify all possible values.
# To define multiple block states, you can use block properties instead of meta. The format is <modId:blockName:[prop1=value1, prop2=value2]>
# Also you may use just ore dictionary name as full id.
# [default: [adchimneys:cobblestone_limestone]]
S:components <
adchimneys:cobblestone_limestone
>
# Output unit id.
# Id is a basic unit (block or item) identifier in <modId:unitName:meta> format.
# ModId can be omitted for vanilla items. Meta can be omitted too if it equals 0.
# UnitName must be lowercase, words separated by '_', words order - from private to common (example: black_iron_ore).
# Unit name will be automatically converted to ore dictionary name with reverse word order (example: oreIronBlack).
# Use '*' char as meta value to specify all possible values.
# To define multiple block states, you can use block properties instead of meta. The format is <modId:blockName:[prop1=value1, prop2=value2]>
# Also you may use just ore dictionary name as full id.
# [default: adchimneys:cobblestone_limestone:1]
S:output=adchimneys:cobblestone_limestone:1
# Shaped recipe pattern in format <nn nn> or <nnn nnn nnn>.
# Where 'n' - number of recipe component (from 1 to 9).
# Zero value (0) is for empty slot.
# If pattern is empty, then recipe will be treated as shapeless. [default: 101 000 101]
S:pattern=101 000 101
}
}
}
limestoneCobblestone {
# Defines a color in ARGB (Alpha, Red, Green, Blue) hex format (0xaarrggbb) which will be applied to the smoke.
# The alpha channel of this color (aa) determines probability of applying (ff - always, 7f - 1/2, 00 - never).
# [default: 0x11baaf90]
S:color=0x11baaf90
# Set to 'false' if you don't need this unit. [default: true]
B:enabled=true
# Id is a basic unit (block or item) identifier in <modId:unitName:meta> format.
# ModId can be omitted for vanilla items. Meta can be omitted too if it equals 0.
# UnitName must be lowercase, words separated by '_', words order - from private to common (example: black_iron_ore).
# Unit name will be automatically converted to ore dictionary name with reverse word order (example: oreIronBlack).
# Use '*' char as meta value to specify all possible values.
# To define multiple block states, you can use block properties instead of meta. The format is <modId:blockName:[prop1=value1, prop2=value2]>
# Also you may use just ore dictionary name as full id.
# [default: divergentunderground:quark_limestone_cobblestone]
S:relatedBlockId=divergentunderground:quark_limestone_cobblestone
}

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# Configuration file
Chimney {
CraftingRecipe {
main {
# Amount of output units. [range: 1 ~ 64, default: 8]
I:amount=8
# Recipe components list.
# Components should be represented by its ids.
# Id is a basic unit (block or item) identifier in <modId:unitName:meta> format.
# ModId can be omitted for vanilla items. Meta can be omitted too if it equals 0.
# UnitName must be lowercase, words separated by '_', words order - from private to common (example: black_iron_ore).
# Unit name will be automatically converted to ore dictionary name with reverse word order (example: oreIronBlack).
# Use '*' char as meta value to specify all possible values.
# To define multiple block states, you can use block properties instead of meta. The format is <modId:blockName:[prop1=value1, prop2=value2]>
# Also you may use just ore dictionary name as full id.
# [default: [divergentunderground:quark_marble_cobblestone]]
S:components <
divergentunderground:quark_marble_cobblestone
>
# Output unit id.
# Id is a basic unit (block or item) identifier in <modId:unitName:meta> format.
# ModId can be omitted for vanilla items. Meta can be omitted too if it equals 0.
# UnitName must be lowercase, words separated by '_', words order - from private to common (example: black_iron_ore).
# Unit name will be automatically converted to ore dictionary name with reverse word order (example: oreIronBlack).
# Use '*' char as meta value to specify all possible values.
# To define multiple block states, you can use block properties instead of meta. The format is <modId:blockName:[prop1=value1, prop2=value2]>
# Also you may use just ore dictionary name as full id.
# [default: adchimneys:cobblestone_marble]
S:output=adchimneys:cobblestone_marble
# Shaped recipe pattern in format <nn nn> or <nnn nnn nnn>.
# Where 'n' - number of recipe component (from 1 to 9).
# Zero value (0) is for empty slot.
# If pattern is empty, then recipe will be treated as shapeless. [default: 101 101 101]
S:pattern=101 101 101
}
}
}
Pump {
CraftingRecipe {
main {
# Amount of output units. [range: 1 ~ 64, default: 4]
I:amount=4
# Recipe components list.
# Components should be represented by its ids.
# Id is a basic unit (block or item) identifier in <modId:unitName:meta> format.
# ModId can be omitted for vanilla items. Meta can be omitted too if it equals 0.
# UnitName must be lowercase, words separated by '_', words order - from private to common (example: black_iron_ore).
# Unit name will be automatically converted to ore dictionary name with reverse word order (example: oreIronBlack).
# Use '*' char as meta value to specify all possible values.
# To define multiple block states, you can use block properties instead of meta. The format is <modId:blockName:[prop1=value1, prop2=value2]>
# Also you may use just ore dictionary name as full id.
# [default: [adchimneys:cobblestone_marble:1], [repeater], [blockCoal]]
S:components <
adchimneys:cobblestone_marble:1
repeater
blockCoal
>
# Output unit id.
# Id is a basic unit (block or item) identifier in <modId:unitName:meta> format.
# ModId can be omitted for vanilla items. Meta can be omitted too if it equals 0.
# UnitName must be lowercase, words separated by '_', words order - from private to common (example: black_iron_ore).
# Unit name will be automatically converted to ore dictionary name with reverse word order (example: oreIronBlack).
# Use '*' char as meta value to specify all possible values.
# To define multiple block states, you can use block properties instead of meta. The format is <modId:blockName:[prop1=value1, prop2=value2]>
# Also you may use just ore dictionary name as full id.
# [default: adchimneys:cobblestone_marble:2]
S:output=adchimneys:cobblestone_marble:2
# Shaped recipe pattern in format <nn nn> or <nnn nnn nnn>.
# Where 'n' - number of recipe component (from 1 to 9).
# Zero value (0) is for empty slot.
# If pattern is empty, then recipe will be treated as shapeless. [default: 121 232 121]
S:pattern=121 232 121
}
}
}
Vent {
CraftingRecipe {
main {
# Amount of output units. [range: 1 ~ 64, default: 4]
I:amount=4
# Recipe components list.
# Components should be represented by its ids.
# Id is a basic unit (block or item) identifier in <modId:unitName:meta> format.
# ModId can be omitted for vanilla items. Meta can be omitted too if it equals 0.
# UnitName must be lowercase, words separated by '_', words order - from private to common (example: black_iron_ore).
# Unit name will be automatically converted to ore dictionary name with reverse word order (example: oreIronBlack).
# Use '*' char as meta value to specify all possible values.
# To define multiple block states, you can use block properties instead of meta. The format is <modId:blockName:[prop1=value1, prop2=value2]>
# Also you may use just ore dictionary name as full id.
# [default: [adchimneys:cobblestone_marble]]
S:components <
adchimneys:cobblestone_marble
>
# Output unit id.
# Id is a basic unit (block or item) identifier in <modId:unitName:meta> format.
# ModId can be omitted for vanilla items. Meta can be omitted too if it equals 0.
# UnitName must be lowercase, words separated by '_', words order - from private to common (example: black_iron_ore).
# Unit name will be automatically converted to ore dictionary name with reverse word order (example: oreIronBlack).
# Use '*' char as meta value to specify all possible values.
# To define multiple block states, you can use block properties instead of meta. The format is <modId:blockName:[prop1=value1, prop2=value2]>
# Also you may use just ore dictionary name as full id.
# [default: adchimneys:cobblestone_marble:1]
S:output=adchimneys:cobblestone_marble:1
# Shaped recipe pattern in format <nn nn> or <nnn nnn nnn>.
# Where 'n' - number of recipe component (from 1 to 9).
# Zero value (0) is for empty slot.
# If pattern is empty, then recipe will be treated as shapeless. [default: 101 000 101]
S:pattern=101 000 101
}
}
}
marbleCobblestone {
# Defines a color in ARGB (Alpha, Red, Green, Blue) hex format (0xaarrggbb) which will be applied to the smoke.
# The alpha channel of this color (aa) determines probability of applying (ff - always, 7f - 1/2, 00 - never).
# [default: 0x11b5b4b3]
S:color=0x11b5b4b3
# Set to 'false' if you don't need this unit. [default: true]
B:enabled=true
# Id is a basic unit (block or item) identifier in <modId:unitName:meta> format.
# ModId can be omitted for vanilla items. Meta can be omitted too if it equals 0.
# UnitName must be lowercase, words separated by '_', words order - from private to common (example: black_iron_ore).
# Unit name will be automatically converted to ore dictionary name with reverse word order (example: oreIronBlack).
# Use '*' char as meta value to specify all possible values.
# To define multiple block states, you can use block properties instead of meta. The format is <modId:blockName:[prop1=value1, prop2=value2]>
# Also you may use just ore dictionary name as full id.
# [default: divergentunderground:quark_marble_cobblestone]
S:relatedBlockId=divergentunderground:quark_marble_cobblestone
}

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# Configuration file
Chimney {
CraftingRecipe {
main {
# Amount of output units. [range: 1 ~ 64, default: 8]
I:amount=8
# Recipe components list.
# Components should be represented by its ids.
# Id is a basic unit (block or item) identifier in <modId:unitName:meta> format.
# ModId can be omitted for vanilla items. Meta can be omitted too if it equals 0.
# UnitName must be lowercase, words separated by '_', words order - from private to common (example: black_iron_ore).
# Unit name will be automatically converted to ore dictionary name with reverse word order (example: oreIronBlack).
# Use '*' char as meta value to specify all possible values.
# To define multiple block states, you can use block properties instead of meta. The format is <modId:blockName:[prop1=value1, prop2=value2]>
# Also you may use just ore dictionary name as full id.
# [default: [mossy_cobblestone]]
S:components <
mossy_cobblestone
>
# Output unit id.
# Id is a basic unit (block or item) identifier in <modId:unitName:meta> format.
# ModId can be omitted for vanilla items. Meta can be omitted too if it equals 0.
# UnitName must be lowercase, words separated by '_', words order - from private to common (example: black_iron_ore).
# Unit name will be automatically converted to ore dictionary name with reverse word order (example: oreIronBlack).
# Use '*' char as meta value to specify all possible values.
# To define multiple block states, you can use block properties instead of meta. The format is <modId:blockName:[prop1=value1, prop2=value2]>
# Also you may use just ore dictionary name as full id.
# [default: adchimneys:cobblestone_mossy]
S:output=adchimneys:cobblestone_mossy
# Shaped recipe pattern in format <nn nn> or <nnn nnn nnn>.
# Where 'n' - number of recipe component (from 1 to 9).
# Zero value (0) is for empty slot.
# If pattern is empty, then recipe will be treated as shapeless. [default: 101 101 101]
S:pattern=101 101 101
}
}
}
Pump {
CraftingRecipe {
main {
# Amount of output units. [range: 1 ~ 64, default: 4]
I:amount=4
# Recipe components list.
# Components should be represented by its ids.
# Id is a basic unit (block or item) identifier in <modId:unitName:meta> format.
# ModId can be omitted for vanilla items. Meta can be omitted too if it equals 0.
# UnitName must be lowercase, words separated by '_', words order - from private to common (example: black_iron_ore).
# Unit name will be automatically converted to ore dictionary name with reverse word order (example: oreIronBlack).
# Use '*' char as meta value to specify all possible values.
# To define multiple block states, you can use block properties instead of meta. The format is <modId:blockName:[prop1=value1, prop2=value2]>
# Also you may use just ore dictionary name as full id.
# [default: [adchimneys:cobblestone_mossy:1], [repeater], [blockCoal]]
S:components <
adchimneys:cobblestone_mossy:1
repeater
blockCoal
>
# Output unit id.
# Id is a basic unit (block or item) identifier in <modId:unitName:meta> format.
# ModId can be omitted for vanilla items. Meta can be omitted too if it equals 0.
# UnitName must be lowercase, words separated by '_', words order - from private to common (example: black_iron_ore).
# Unit name will be automatically converted to ore dictionary name with reverse word order (example: oreIronBlack).
# Use '*' char as meta value to specify all possible values.
# To define multiple block states, you can use block properties instead of meta. The format is <modId:blockName:[prop1=value1, prop2=value2]>
# Also you may use just ore dictionary name as full id.
# [default: adchimneys:cobblestone_mossy:2]
S:output=adchimneys:cobblestone_mossy:2
# Shaped recipe pattern in format <nn nn> or <nnn nnn nnn>.
# Where 'n' - number of recipe component (from 1 to 9).
# Zero value (0) is for empty slot.
# If pattern is empty, then recipe will be treated as shapeless. [default: 121 232 121]
S:pattern=121 232 121
}
}
}
Vent {
CraftingRecipe {
main {
# Amount of output units. [range: 1 ~ 64, default: 4]
I:amount=4
# Recipe components list.
# Components should be represented by its ids.
# Id is a basic unit (block or item) identifier in <modId:unitName:meta> format.
# ModId can be omitted for vanilla items. Meta can be omitted too if it equals 0.
# UnitName must be lowercase, words separated by '_', words order - from private to common (example: black_iron_ore).
# Unit name will be automatically converted to ore dictionary name with reverse word order (example: oreIronBlack).
# Use '*' char as meta value to specify all possible values.
# To define multiple block states, you can use block properties instead of meta. The format is <modId:blockName:[prop1=value1, prop2=value2]>
# Also you may use just ore dictionary name as full id.
# [default: [adchimneys:cobblestone_mossy]]
S:components <
adchimneys:cobblestone_mossy
>
# Output unit id.
# Id is a basic unit (block or item) identifier in <modId:unitName:meta> format.
# ModId can be omitted for vanilla items. Meta can be omitted too if it equals 0.
# UnitName must be lowercase, words separated by '_', words order - from private to common (example: black_iron_ore).
# Unit name will be automatically converted to ore dictionary name with reverse word order (example: oreIronBlack).
# Use '*' char as meta value to specify all possible values.
# To define multiple block states, you can use block properties instead of meta. The format is <modId:blockName:[prop1=value1, prop2=value2]>
# Also you may use just ore dictionary name as full id.
# [default: adchimneys:cobblestone_mossy:1]
S:output=adchimneys:cobblestone_mossy:1
# Shaped recipe pattern in format <nn nn> or <nnn nnn nnn>.
# Where 'n' - number of recipe component (from 1 to 9).
# Zero value (0) is for empty slot.
# If pattern is empty, then recipe will be treated as shapeless. [default: 101 000 101]
S:pattern=101 000 101
}
}
}
mossyCobblestone {
# Defines a color in ARGB (Alpha, Red, Green, Blue) hex format (0xaarrggbb) which will be applied to the smoke.
# The alpha channel of this color (aa) determines probability of applying (ff - always, 7f - 1/2, 00 - never).
# [default: 0x11449144]
S:color=0x11449144
# Set to 'false' if you don't need this unit. [default: true]
B:enabled=true
# Defines how many hits it takes to break the block.
# -1 makes the block indestructible. [range: -1.0 ~ 3.4028235E38, default: 2.0]
S:hardness=2.0
# Id is a basic unit (block or item) identifier in <modId:unitName:meta> format.
# ModId can be omitted for vanilla items. Meta can be omitted too if it equals 0.
# UnitName must be lowercase, words separated by '_', words order - from private to common (example: black_iron_ore).
# Unit name will be automatically converted to ore dictionary name with reverse word order (example: oreIronBlack).
# Use '*' char as meta value to specify all possible values.
# To define multiple block states, you can use block properties instead of meta. The format is <modId:blockName:[prop1=value1, prop2=value2]>
# Also you may use just ore dictionary name as full id.
# [default: mossy_cobblestone]
S:relatedBlockId=mossy_cobblestone
# Defines the block resistance to explosions. [range: 0.0 ~ 3.4028235E38, default: 30.0]
S:resistance=30.0
}

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# Configuration file
Chimney {
CraftingRecipe {
main {
# Amount of output units. [range: 1 ~ 64, default: 8]
I:amount=8
# Recipe components list.
# Components should be represented by its ids.
# Id is a basic unit (block or item) identifier in <modId:unitName:meta> format.
# ModId can be omitted for vanilla items. Meta can be omitted too if it equals 0.
# UnitName must be lowercase, words separated by '_', words order - from private to common (example: black_iron_ore).
# Unit name will be automatically converted to ore dictionary name with reverse word order (example: oreIronBlack).
# Use '*' char as meta value to specify all possible values.
# To define multiple block states, you can use block properties instead of meta. The format is <modId:blockName:[prop1=value1, prop2=value2]>
# Also you may use just ore dictionary name as full id.
# [default: [immersiveengineering:stone_decoration]]
S:components <
immersiveengineering:stone_decoration
>
# Output unit id.
# Id is a basic unit (block or item) identifier in <modId:unitName:meta> format.
# ModId can be omitted for vanilla items. Meta can be omitted too if it equals 0.
# UnitName must be lowercase, words separated by '_', words order - from private to common (example: black_iron_ore).
# Unit name will be automatically converted to ore dictionary name with reverse word order (example: oreIronBlack).
# Use '*' char as meta value to specify all possible values.
# To define multiple block states, you can use block properties instead of meta. The format is <modId:blockName:[prop1=value1, prop2=value2]>
# Also you may use just ore dictionary name as full id.
# [default: adchimneys:cokebrick]
S:output=adchimneys:cokebrick
# Shaped recipe pattern in format <nn nn> or <nnn nnn nnn>.
# Where 'n' - number of recipe component (from 1 to 9).
# Zero value (0) is for empty slot.
# If pattern is empty, then recipe will be treated as shapeless. [default: 101 101 101]
S:pattern=101 101 101
}
}
}
Pump {
CraftingRecipe {
main {
# Amount of output units. [range: 1 ~ 64, default: 4]
I:amount=4
# Recipe components list.
# Components should be represented by its ids.
# Id is a basic unit (block or item) identifier in <modId:unitName:meta> format.
# ModId can be omitted for vanilla items. Meta can be omitted too if it equals 0.
# UnitName must be lowercase, words separated by '_', words order - from private to common (example: black_iron_ore).
# Unit name will be automatically converted to ore dictionary name with reverse word order (example: oreIronBlack).
# Use '*' char as meta value to specify all possible values.
# To define multiple block states, you can use block properties instead of meta. The format is <modId:blockName:[prop1=value1, prop2=value2]>
# Also you may use just ore dictionary name as full id.
# [default: [adchimneys:cokebrick:1], [repeater], [blockCoal]]
S:components <
adchimneys:cokebrick:1
repeater
blockCoal
>
# Output unit id.
# Id is a basic unit (block or item) identifier in <modId:unitName:meta> format.
# ModId can be omitted for vanilla items. Meta can be omitted too if it equals 0.
# UnitName must be lowercase, words separated by '_', words order - from private to common (example: black_iron_ore).
# Unit name will be automatically converted to ore dictionary name with reverse word order (example: oreIronBlack).
# Use '*' char as meta value to specify all possible values.
# To define multiple block states, you can use block properties instead of meta. The format is <modId:blockName:[prop1=value1, prop2=value2]>
# Also you may use just ore dictionary name as full id.
# [default: adchimneys:cokebrick:2]
S:output=adchimneys:cokebrick:2
# Shaped recipe pattern in format <nn nn> or <nnn nnn nnn>.
# Where 'n' - number of recipe component (from 1 to 9).
# Zero value (0) is for empty slot.
# If pattern is empty, then recipe will be treated as shapeless. [default: 121 232 121]
S:pattern=121 232 121
}
}
}
Vent {
CraftingRecipe {
main {
# Amount of output units. [range: 1 ~ 64, default: 4]
I:amount=4
# Recipe components list.
# Components should be represented by its ids.
# Id is a basic unit (block or item) identifier in <modId:unitName:meta> format.
# ModId can be omitted for vanilla items. Meta can be omitted too if it equals 0.
# UnitName must be lowercase, words separated by '_', words order - from private to common (example: black_iron_ore).
# Unit name will be automatically converted to ore dictionary name with reverse word order (example: oreIronBlack).
# Use '*' char as meta value to specify all possible values.
# To define multiple block states, you can use block properties instead of meta. The format is <modId:blockName:[prop1=value1, prop2=value2]>
# Also you may use just ore dictionary name as full id.
# [default: [adchimneys:cokebrick]]
S:components <
adchimneys:cokebrick
>
# Output unit id.
# Id is a basic unit (block or item) identifier in <modId:unitName:meta> format.
# ModId can be omitted for vanilla items. Meta can be omitted too if it equals 0.
# UnitName must be lowercase, words separated by '_', words order - from private to common (example: black_iron_ore).
# Unit name will be automatically converted to ore dictionary name with reverse word order (example: oreIronBlack).
# Use '*' char as meta value to specify all possible values.
# To define multiple block states, you can use block properties instead of meta. The format is <modId:blockName:[prop1=value1, prop2=value2]>
# Also you may use just ore dictionary name as full id.
# [default: adchimneys:cokebrick:1]
S:output=adchimneys:cokebrick:1
# Shaped recipe pattern in format <nn nn> or <nnn nnn nnn>.
# Where 'n' - number of recipe component (from 1 to 9).
# Zero value (0) is for empty slot.
# If pattern is empty, then recipe will be treated as shapeless. [default: 101 000 101]
S:pattern=101 000 101
}
}
}
cokebrick {
# Defines a color in ARGB (Alpha, Red, Green, Blue) hex format (0xaarrggbb) which will be applied to the smoke.
# The alpha channel of this color (aa) determines probability of applying (ff - always, 7f - 1/2, 00 - never).
# [default: 0x11575757]
S:color=0x11575757
# Set to 'false' if you don't need this unit. [default: true]
B:enabled=true
# Defines how many hits it takes to break the block.
# -1 makes the block indestructible. [range: -1.0 ~ 3.4028235E38, default: 2.0]
S:hardness=2.0
# Id is a basic unit (block or item) identifier in <modId:unitName:meta> format.
# ModId can be omitted for vanilla items. Meta can be omitted too if it equals 0.
# UnitName must be lowercase, words separated by '_', words order - from private to common (example: black_iron_ore).
# Unit name will be automatically converted to ore dictionary name with reverse word order (example: oreIronBlack).
# Use '*' char as meta value to specify all possible values.
# To define multiple block states, you can use block properties instead of meta. The format is <modId:blockName:[prop1=value1, prop2=value2]>
# Also you may use just ore dictionary name as full id.
# [default: immersiveengineering:stone_decoration]
S:relatedBlockId=immersiveengineering:stone_decoration
# Defines the block resistance to explosions. [range: 0.0 ~ 3.4028235E38, default: 30.0]
S:resistance=30.0
}

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# Configuration file
Chimney {
CraftingRecipe {
main {
# Amount of output units. [range: 1 ~ 64, default: 16]
I:amount=16
# Recipe components list.
# Components should be represented by its ids.
# Id is a basic unit (block or item) identifier in <modId:unitName:meta> format.
# ModId can be omitted for vanilla items. Meta can be omitted too if it equals 0.
# UnitName must be lowercase, words separated by '_', words order - from private to common (example: black_iron_ore).
# Unit name will be automatically converted to ore dictionary name with reverse word order (example: oreIronBlack).
# Use '*' char as meta value to specify all possible values.
# To define multiple block states, you can use block properties instead of meta. The format is <modId:blockName:[prop1=value1, prop2=value2]>
# Also you may use just ore dictionary name as full id.
# [default: [concrete:15]]
S:components <
concrete:15
>
# Output unit id.
# Id is a basic unit (block or item) identifier in <modId:unitName:meta> format.
# ModId can be omitted for vanilla items. Meta can be omitted too if it equals 0.
# UnitName must be lowercase, words separated by '_', words order - from private to common (example: black_iron_ore).
# Unit name will be automatically converted to ore dictionary name with reverse word order (example: oreIronBlack).
# Use '*' char as meta value to specify all possible values.
# To define multiple block states, you can use block properties instead of meta. The format is <modId:blockName:[prop1=value1, prop2=value2]>
# Also you may use just ore dictionary name as full id.
# [default: adchimneys:concrete_black]
S:output=adchimneys:concrete_black
# Shaped recipe pattern in format <nn nn> or <nnn nnn nnn>.
# Where 'n' - number of recipe component (from 1 to 9).
# Zero value (0) is for empty slot.
# If pattern is empty, then recipe will be treated as shapeless. [default: 101 101 101]
S:pattern=101 101 101
}
}
}
Pump {
CraftingRecipe {
main {
# Amount of output units. [range: 1 ~ 64, default: 4]
I:amount=4
# Recipe components list.
# Components should be represented by its ids.
# Id is a basic unit (block or item) identifier in <modId:unitName:meta> format.
# ModId can be omitted for vanilla items. Meta can be omitted too if it equals 0.
# UnitName must be lowercase, words separated by '_', words order - from private to common (example: black_iron_ore).
# Unit name will be automatically converted to ore dictionary name with reverse word order (example: oreIronBlack).
# Use '*' char as meta value to specify all possible values.
# To define multiple block states, you can use block properties instead of meta. The format is <modId:blockName:[prop1=value1, prop2=value2]>
# Also you may use just ore dictionary name as full id.
# [default: [adchimneys:concrete_black:1], [repeater], [blockCoal]]
S:components <
adchimneys:concrete_black:1
repeater
blockCoal
>
# Output unit id.
# Id is a basic unit (block or item) identifier in <modId:unitName:meta> format.
# ModId can be omitted for vanilla items. Meta can be omitted too if it equals 0.
# UnitName must be lowercase, words separated by '_', words order - from private to common (example: black_iron_ore).
# Unit name will be automatically converted to ore dictionary name with reverse word order (example: oreIronBlack).
# Use '*' char as meta value to specify all possible values.
# To define multiple block states, you can use block properties instead of meta. The format is <modId:blockName:[prop1=value1, prop2=value2]>
# Also you may use just ore dictionary name as full id.
# [default: adchimneys:concrete_black:2]
S:output=adchimneys:concrete_black:2
# Shaped recipe pattern in format <nn nn> or <nnn nnn nnn>.
# Where 'n' - number of recipe component (from 1 to 9).
# Zero value (0) is for empty slot.
# If pattern is empty, then recipe will be treated as shapeless. [default: 121 232 121]
S:pattern=121 232 121
}
}
}
Vent {
CraftingRecipe {
main {
# Amount of output units. [range: 1 ~ 64, default: 4]
I:amount=4
# Recipe components list.
# Components should be represented by its ids.
# Id is a basic unit (block or item) identifier in <modId:unitName:meta> format.
# ModId can be omitted for vanilla items. Meta can be omitted too if it equals 0.
# UnitName must be lowercase, words separated by '_', words order - from private to common (example: black_iron_ore).
# Unit name will be automatically converted to ore dictionary name with reverse word order (example: oreIronBlack).
# Use '*' char as meta value to specify all possible values.
# To define multiple block states, you can use block properties instead of meta. The format is <modId:blockName:[prop1=value1, prop2=value2]>
# Also you may use just ore dictionary name as full id.
# [default: [adchimneys:concrete_black]]
S:components <
adchimneys:concrete_black
>
# Output unit id.
# Id is a basic unit (block or item) identifier in <modId:unitName:meta> format.
# ModId can be omitted for vanilla items. Meta can be omitted too if it equals 0.
# UnitName must be lowercase, words separated by '_', words order - from private to common (example: black_iron_ore).
# Unit name will be automatically converted to ore dictionary name with reverse word order (example: oreIronBlack).
# Use '*' char as meta value to specify all possible values.
# To define multiple block states, you can use block properties instead of meta. The format is <modId:blockName:[prop1=value1, prop2=value2]>
# Also you may use just ore dictionary name as full id.
# [default: adchimneys:concrete_black:1]
S:output=adchimneys:concrete_black:1
# Shaped recipe pattern in format <nn nn> or <nnn nnn nnn>.
# Where 'n' - number of recipe component (from 1 to 9).
# Zero value (0) is for empty slot.
# If pattern is empty, then recipe will be treated as shapeless. [default: 101 000 101]
S:pattern=101 000 101
}
}
}
blackConcrete {
# Defines a color in ARGB (Alpha, Red, Green, Blue) hex format (0xaarrggbb) which will be applied to the smoke.
# The alpha channel of this color (aa) determines probability of applying (ff - always, 7f - 1/2, 00 - never).
# [default: 0x11090b10]
S:color=0x11090b10
# Set to 'false' if you don't need this unit. [default: true]
B:enabled=true
# Defines how many hits it takes to break the block.
# -1 makes the block indestructible. [range: -1.0 ~ 3.4028235E38, default: 1.8]
S:hardness=1.8
# Id is a basic unit (block or item) identifier in <modId:unitName:meta> format.
# ModId can be omitted for vanilla items. Meta can be omitted too if it equals 0.
# UnitName must be lowercase, words separated by '_', words order - from private to common (example: black_iron_ore).
# Unit name will be automatically converted to ore dictionary name with reverse word order (example: oreIronBlack).
# Use '*' char as meta value to specify all possible values.
# To define multiple block states, you can use block properties instead of meta. The format is <modId:blockName:[prop1=value1, prop2=value2]>
# Also you may use just ore dictionary name as full id.
# [default: concrete:15]
S:relatedBlockId=concrete:15
# Defines the block resistance to explosions. [range: 0.0 ~ 3.4028235E38, default: 9.0]
S:resistance=9.0
}

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# Configuration file
Chimney {
CraftingRecipe {
main {
# Amount of output units. [range: 1 ~ 64, default: 16]
I:amount=16
# Recipe components list.
# Components should be represented by its ids.
# Id is a basic unit (block or item) identifier in <modId:unitName:meta> format.
# ModId can be omitted for vanilla items. Meta can be omitted too if it equals 0.
# UnitName must be lowercase, words separated by '_', words order - from private to common (example: black_iron_ore).
# Unit name will be automatically converted to ore dictionary name with reverse word order (example: oreIronBlack).
# Use '*' char as meta value to specify all possible values.
# To define multiple block states, you can use block properties instead of meta. The format is <modId:blockName:[prop1=value1, prop2=value2]>
# Also you may use just ore dictionary name as full id.
# [default: [concrete:11]]
S:components <
concrete:11
>
# Output unit id.
# Id is a basic unit (block or item) identifier in <modId:unitName:meta> format.
# ModId can be omitted for vanilla items. Meta can be omitted too if it equals 0.
# UnitName must be lowercase, words separated by '_', words order - from private to common (example: black_iron_ore).
# Unit name will be automatically converted to ore dictionary name with reverse word order (example: oreIronBlack).
# Use '*' char as meta value to specify all possible values.
# To define multiple block states, you can use block properties instead of meta. The format is <modId:blockName:[prop1=value1, prop2=value2]>
# Also you may use just ore dictionary name as full id.
# [default: adchimneys:concrete_blue]
S:output=adchimneys:concrete_blue
# Shaped recipe pattern in format <nn nn> or <nnn nnn nnn>.
# Where 'n' - number of recipe component (from 1 to 9).
# Zero value (0) is for empty slot.
# If pattern is empty, then recipe will be treated as shapeless. [default: 101 101 101]
S:pattern=101 101 101
}
}
}
Pump {
CraftingRecipe {
main {
# Amount of output units. [range: 1 ~ 64, default: 4]
I:amount=4
# Recipe components list.
# Components should be represented by its ids.
# Id is a basic unit (block or item) identifier in <modId:unitName:meta> format.
# ModId can be omitted for vanilla items. Meta can be omitted too if it equals 0.
# UnitName must be lowercase, words separated by '_', words order - from private to common (example: black_iron_ore).
# Unit name will be automatically converted to ore dictionary name with reverse word order (example: oreIronBlack).
# Use '*' char as meta value to specify all possible values.
# To define multiple block states, you can use block properties instead of meta. The format is <modId:blockName:[prop1=value1, prop2=value2]>
# Also you may use just ore dictionary name as full id.
# [default: [adchimneys:concrete_blue:1], [repeater], [blockCoal]]
S:components <
adchimneys:concrete_blue:1
repeater
blockCoal
>
# Output unit id.
# Id is a basic unit (block or item) identifier in <modId:unitName:meta> format.
# ModId can be omitted for vanilla items. Meta can be omitted too if it equals 0.
# UnitName must be lowercase, words separated by '_', words order - from private to common (example: black_iron_ore).
# Unit name will be automatically converted to ore dictionary name with reverse word order (example: oreIronBlack).
# Use '*' char as meta value to specify all possible values.
# To define multiple block states, you can use block properties instead of meta. The format is <modId:blockName:[prop1=value1, prop2=value2]>
# Also you may use just ore dictionary name as full id.
# [default: adchimneys:concrete_blue:2]
S:output=adchimneys:concrete_blue:2
# Shaped recipe pattern in format <nn nn> or <nnn nnn nnn>.
# Where 'n' - number of recipe component (from 1 to 9).
# Zero value (0) is for empty slot.
# If pattern is empty, then recipe will be treated as shapeless. [default: 121 232 121]
S:pattern=121 232 121
}
}
}
Vent {
CraftingRecipe {
main {
# Amount of output units. [range: 1 ~ 64, default: 4]
I:amount=4
# Recipe components list.
# Components should be represented by its ids.
# Id is a basic unit (block or item) identifier in <modId:unitName:meta> format.
# ModId can be omitted for vanilla items. Meta can be omitted too if it equals 0.
# UnitName must be lowercase, words separated by '_', words order - from private to common (example: black_iron_ore).
# Unit name will be automatically converted to ore dictionary name with reverse word order (example: oreIronBlack).
# Use '*' char as meta value to specify all possible values.
# To define multiple block states, you can use block properties instead of meta. The format is <modId:blockName:[prop1=value1, prop2=value2]>
# Also you may use just ore dictionary name as full id.
# [default: [adchimneys:concrete_blue]]
S:components <
adchimneys:concrete_blue
>
# Output unit id.
# Id is a basic unit (block or item) identifier in <modId:unitName:meta> format.
# ModId can be omitted for vanilla items. Meta can be omitted too if it equals 0.
# UnitName must be lowercase, words separated by '_', words order - from private to common (example: black_iron_ore).
# Unit name will be automatically converted to ore dictionary name with reverse word order (example: oreIronBlack).
# Use '*' char as meta value to specify all possible values.
# To define multiple block states, you can use block properties instead of meta. The format is <modId:blockName:[prop1=value1, prop2=value2]>
# Also you may use just ore dictionary name as full id.
# [default: adchimneys:concrete_blue:1]
S:output=adchimneys:concrete_blue:1
# Shaped recipe pattern in format <nn nn> or <nnn nnn nnn>.
# Where 'n' - number of recipe component (from 1 to 9).
# Zero value (0) is for empty slot.
# If pattern is empty, then recipe will be treated as shapeless. [default: 101 000 101]
S:pattern=101 000 101
}
}
}
blueConcrete {
# Defines a color in ARGB (Alpha, Red, Green, Blue) hex format (0xaarrggbb) which will be applied to the smoke.
# The alpha channel of this color (aa) determines probability of applying (ff - always, 7f - 1/2, 00 - never).
# [default: 0x112b2d8c]
S:color=0x112b2d8c
# Set to 'false' if you don't need this unit. [default: true]
B:enabled=true
# Defines how many hits it takes to break the block.
# -1 makes the block indestructible. [range: -1.0 ~ 3.4028235E38, default: 1.8]
S:hardness=1.8
# Id is a basic unit (block or item) identifier in <modId:unitName:meta> format.
# ModId can be omitted for vanilla items. Meta can be omitted too if it equals 0.
# UnitName must be lowercase, words separated by '_', words order - from private to common (example: black_iron_ore).
# Unit name will be automatically converted to ore dictionary name with reverse word order (example: oreIronBlack).
# Use '*' char as meta value to specify all possible values.
# To define multiple block states, you can use block properties instead of meta. The format is <modId:blockName:[prop1=value1, prop2=value2]>
# Also you may use just ore dictionary name as full id.
# [default: concrete:11]
S:relatedBlockId=concrete:11
# Defines the block resistance to explosions. [range: 0.0 ~ 3.4028235E38, default: 9.0]
S:resistance=9.0
}

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# Configuration file
Chimney {
CraftingRecipe {
main {
# Amount of output units. [range: 1 ~ 64, default: 16]
I:amount=16
# Recipe components list.
# Components should be represented by its ids.
# Id is a basic unit (block or item) identifier in <modId:unitName:meta> format.
# ModId can be omitted for vanilla items. Meta can be omitted too if it equals 0.
# UnitName must be lowercase, words separated by '_', words order - from private to common (example: black_iron_ore).
# Unit name will be automatically converted to ore dictionary name with reverse word order (example: oreIronBlack).
# Use '*' char as meta value to specify all possible values.
# To define multiple block states, you can use block properties instead of meta. The format is <modId:blockName:[prop1=value1, prop2=value2]>
# Also you may use just ore dictionary name as full id.
# [default: [concrete:12]]
S:components <
concrete:12
>
# Output unit id.
# Id is a basic unit (block or item) identifier in <modId:unitName:meta> format.
# ModId can be omitted for vanilla items. Meta can be omitted too if it equals 0.
# UnitName must be lowercase, words separated by '_', words order - from private to common (example: black_iron_ore).
# Unit name will be automatically converted to ore dictionary name with reverse word order (example: oreIronBlack).
# Use '*' char as meta value to specify all possible values.
# To define multiple block states, you can use block properties instead of meta. The format is <modId:blockName:[prop1=value1, prop2=value2]>
# Also you may use just ore dictionary name as full id.
# [default: adchimneys:concrete_brown]
S:output=adchimneys:concrete_brown
# Shaped recipe pattern in format <nn nn> or <nnn nnn nnn>.
# Where 'n' - number of recipe component (from 1 to 9).
# Zero value (0) is for empty slot.
# If pattern is empty, then recipe will be treated as shapeless. [default: 101 101 101]
S:pattern=101 101 101
}
}
}
Pump {
CraftingRecipe {
main {
# Amount of output units. [range: 1 ~ 64, default: 4]
I:amount=4
# Recipe components list.
# Components should be represented by its ids.
# Id is a basic unit (block or item) identifier in <modId:unitName:meta> format.
# ModId can be omitted for vanilla items. Meta can be omitted too if it equals 0.
# UnitName must be lowercase, words separated by '_', words order - from private to common (example: black_iron_ore).
# Unit name will be automatically converted to ore dictionary name with reverse word order (example: oreIronBlack).
# Use '*' char as meta value to specify all possible values.
# To define multiple block states, you can use block properties instead of meta. The format is <modId:blockName:[prop1=value1, prop2=value2]>
# Also you may use just ore dictionary name as full id.
# [default: [adchimneys:concrete_brown:1], [repeater], [blockCoal]]
S:components <
adchimneys:concrete_brown:1
repeater
blockCoal
>
# Output unit id.
# Id is a basic unit (block or item) identifier in <modId:unitName:meta> format.
# ModId can be omitted for vanilla items. Meta can be omitted too if it equals 0.
# UnitName must be lowercase, words separated by '_', words order - from private to common (example: black_iron_ore).
# Unit name will be automatically converted to ore dictionary name with reverse word order (example: oreIronBlack).
# Use '*' char as meta value to specify all possible values.
# To define multiple block states, you can use block properties instead of meta. The format is <modId:blockName:[prop1=value1, prop2=value2]>
# Also you may use just ore dictionary name as full id.
# [default: adchimneys:concrete_brown:2]
S:output=adchimneys:concrete_brown:2
# Shaped recipe pattern in format <nn nn> or <nnn nnn nnn>.
# Where 'n' - number of recipe component (from 1 to 9).
# Zero value (0) is for empty slot.
# If pattern is empty, then recipe will be treated as shapeless. [default: 121 232 121]
S:pattern=121 232 121
}
}
}
Vent {
CraftingRecipe {
main {
# Amount of output units. [range: 1 ~ 64, default: 4]
I:amount=4
# Recipe components list.
# Components should be represented by its ids.
# Id is a basic unit (block or item) identifier in <modId:unitName:meta> format.
# ModId can be omitted for vanilla items. Meta can be omitted too if it equals 0.
# UnitName must be lowercase, words separated by '_', words order - from private to common (example: black_iron_ore).
# Unit name will be automatically converted to ore dictionary name with reverse word order (example: oreIronBlack).
# Use '*' char as meta value to specify all possible values.
# To define multiple block states, you can use block properties instead of meta. The format is <modId:blockName:[prop1=value1, prop2=value2]>
# Also you may use just ore dictionary name as full id.
# [default: [adchimneys:concrete_brown]]
S:components <
adchimneys:concrete_brown
>
# Output unit id.
# Id is a basic unit (block or item) identifier in <modId:unitName:meta> format.
# ModId can be omitted for vanilla items. Meta can be omitted too if it equals 0.
# UnitName must be lowercase, words separated by '_', words order - from private to common (example: black_iron_ore).
# Unit name will be automatically converted to ore dictionary name with reverse word order (example: oreIronBlack).
# Use '*' char as meta value to specify all possible values.
# To define multiple block states, you can use block properties instead of meta. The format is <modId:blockName:[prop1=value1, prop2=value2]>
# Also you may use just ore dictionary name as full id.
# [default: adchimneys:concrete_brown:1]
S:output=adchimneys:concrete_brown:1
# Shaped recipe pattern in format <nn nn> or <nnn nnn nnn>.
# Where 'n' - number of recipe component (from 1 to 9).
# Zero value (0) is for empty slot.
# If pattern is empty, then recipe will be treated as shapeless. [default: 101 000 101]
S:pattern=101 000 101
}
}
}
brownConcrete {
# Defines a color in ARGB (Alpha, Red, Green, Blue) hex format (0xaarrggbb) which will be applied to the smoke.
# The alpha channel of this color (aa) determines probability of applying (ff - always, 7f - 1/2, 00 - never).
# [default: 0x115e3a1e]
S:color=0x115e3a1e
# Set to 'false' if you don't need this unit. [default: true]
B:enabled=true
# Defines how many hits it takes to break the block.
# -1 makes the block indestructible. [range: -1.0 ~ 3.4028235E38, default: 1.8]
S:hardness=1.8
# Id is a basic unit (block or item) identifier in <modId:unitName:meta> format.
# ModId can be omitted for vanilla items. Meta can be omitted too if it equals 0.
# UnitName must be lowercase, words separated by '_', words order - from private to common (example: black_iron_ore).
# Unit name will be automatically converted to ore dictionary name with reverse word order (example: oreIronBlack).
# Use '*' char as meta value to specify all possible values.
# To define multiple block states, you can use block properties instead of meta. The format is <modId:blockName:[prop1=value1, prop2=value2]>
# Also you may use just ore dictionary name as full id.
# [default: concrete:12]
S:relatedBlockId=concrete:12
# Defines the block resistance to explosions. [range: 0.0 ~ 3.4028235E38, default: 9.0]
S:resistance=9.0
}

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# Configuration file
Chimney {
CraftingRecipe {
main {
# Amount of output units. [range: 1 ~ 64, default: 16]
I:amount=16
# Recipe components list.
# Components should be represented by its ids.
# Id is a basic unit (block or item) identifier in <modId:unitName:meta> format.
# ModId can be omitted for vanilla items. Meta can be omitted too if it equals 0.
# UnitName must be lowercase, words separated by '_', words order - from private to common (example: black_iron_ore).
# Unit name will be automatically converted to ore dictionary name with reverse word order (example: oreIronBlack).
# Use '*' char as meta value to specify all possible values.
# To define multiple block states, you can use block properties instead of meta. The format is <modId:blockName:[prop1=value1, prop2=value2]>
# Also you may use just ore dictionary name as full id.
# [default: [concrete:9]]
S:components <
concrete:9
>
# Output unit id.
# Id is a basic unit (block or item) identifier in <modId:unitName:meta> format.
# ModId can be omitted for vanilla items. Meta can be omitted too if it equals 0.
# UnitName must be lowercase, words separated by '_', words order - from private to common (example: black_iron_ore).
# Unit name will be automatically converted to ore dictionary name with reverse word order (example: oreIronBlack).
# Use '*' char as meta value to specify all possible values.
# To define multiple block states, you can use block properties instead of meta. The format is <modId:blockName:[prop1=value1, prop2=value2]>
# Also you may use just ore dictionary name as full id.
# [default: adchimneys:concrete_cyan]
S:output=adchimneys:concrete_cyan
# Shaped recipe pattern in format <nn nn> or <nnn nnn nnn>.
# Where 'n' - number of recipe component (from 1 to 9).
# Zero value (0) is for empty slot.
# If pattern is empty, then recipe will be treated as shapeless. [default: 101 101 101]
S:pattern=101 101 101
}
}
}
Pump {
CraftingRecipe {
main {
# Amount of output units. [range: 1 ~ 64, default: 4]
I:amount=4
# Recipe components list.
# Components should be represented by its ids.
# Id is a basic unit (block or item) identifier in <modId:unitName:meta> format.
# ModId can be omitted for vanilla items. Meta can be omitted too if it equals 0.
# UnitName must be lowercase, words separated by '_', words order - from private to common (example: black_iron_ore).
# Unit name will be automatically converted to ore dictionary name with reverse word order (example: oreIronBlack).
# Use '*' char as meta value to specify all possible values.
# To define multiple block states, you can use block properties instead of meta. The format is <modId:blockName:[prop1=value1, prop2=value2]>
# Also you may use just ore dictionary name as full id.
# [default: [adchimneys:concrete_cyan:1], [repeater], [blockCoal]]
S:components <
adchimneys:concrete_cyan:1
repeater
blockCoal
>
# Output unit id.
# Id is a basic unit (block or item) identifier in <modId:unitName:meta> format.
# ModId can be omitted for vanilla items. Meta can be omitted too if it equals 0.
# UnitName must be lowercase, words separated by '_', words order - from private to common (example: black_iron_ore).
# Unit name will be automatically converted to ore dictionary name with reverse word order (example: oreIronBlack).
# Use '*' char as meta value to specify all possible values.
# To define multiple block states, you can use block properties instead of meta. The format is <modId:blockName:[prop1=value1, prop2=value2]>
# Also you may use just ore dictionary name as full id.
# [default: adchimneys:concrete_cyan:2]
S:output=adchimneys:concrete_cyan:2
# Shaped recipe pattern in format <nn nn> or <nnn nnn nnn>.
# Where 'n' - number of recipe component (from 1 to 9).
# Zero value (0) is for empty slot.
# If pattern is empty, then recipe will be treated as shapeless. [default: 121 232 121]
S:pattern=121 232 121
}
}
}
Vent {
CraftingRecipe {
main {
# Amount of output units. [range: 1 ~ 64, default: 4]
I:amount=4
# Recipe components list.
# Components should be represented by its ids.
# Id is a basic unit (block or item) identifier in <modId:unitName:meta> format.
# ModId can be omitted for vanilla items. Meta can be omitted too if it equals 0.
# UnitName must be lowercase, words separated by '_', words order - from private to common (example: black_iron_ore).
# Unit name will be automatically converted to ore dictionary name with reverse word order (example: oreIronBlack).
# Use '*' char as meta value to specify all possible values.
# To define multiple block states, you can use block properties instead of meta. The format is <modId:blockName:[prop1=value1, prop2=value2]>
# Also you may use just ore dictionary name as full id.
# [default: [adchimneys:concrete_cyan]]
S:components <
adchimneys:concrete_cyan
>
# Output unit id.
# Id is a basic unit (block or item) identifier in <modId:unitName:meta> format.
# ModId can be omitted for vanilla items. Meta can be omitted too if it equals 0.
# UnitName must be lowercase, words separated by '_', words order - from private to common (example: black_iron_ore).
# Unit name will be automatically converted to ore dictionary name with reverse word order (example: oreIronBlack).
# Use '*' char as meta value to specify all possible values.
# To define multiple block states, you can use block properties instead of meta. The format is <modId:blockName:[prop1=value1, prop2=value2]>
# Also you may use just ore dictionary name as full id.
# [default: adchimneys:concrete_cyan:1]
S:output=adchimneys:concrete_cyan:1
# Shaped recipe pattern in format <nn nn> or <nnn nnn nnn>.
# Where 'n' - number of recipe component (from 1 to 9).
# Zero value (0) is for empty slot.
# If pattern is empty, then recipe will be treated as shapeless. [default: 101 000 101]
S:pattern=101 000 101
}
}
}
cyanConcrete {
# Defines a color in ARGB (Alpha, Red, Green, Blue) hex format (0xaarrggbb) which will be applied to the smoke.
# The alpha channel of this color (aa) determines probability of applying (ff - always, 7f - 1/2, 00 - never).
# [default: 0x11157686]
S:color=0x11157686
# Set to 'false' if you don't need this unit. [default: true]
B:enabled=true
# Defines how many hits it takes to break the block.
# -1 makes the block indestructible. [range: -1.0 ~ 3.4028235E38, default: 1.8]
S:hardness=1.8
# Id is a basic unit (block or item) identifier in <modId:unitName:meta> format.
# ModId can be omitted for vanilla items. Meta can be omitted too if it equals 0.
# UnitName must be lowercase, words separated by '_', words order - from private to common (example: black_iron_ore).
# Unit name will be automatically converted to ore dictionary name with reverse word order (example: oreIronBlack).
# Use '*' char as meta value to specify all possible values.
# To define multiple block states, you can use block properties instead of meta. The format is <modId:blockName:[prop1=value1, prop2=value2]>
# Also you may use just ore dictionary name as full id.
# [default: concrete:9]
S:relatedBlockId=concrete:9
# Defines the block resistance to explosions. [range: 0.0 ~ 3.4028235E38, default: 9.0]
S:resistance=9.0
}

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# Configuration file
Chimney {
CraftingRecipe {
main {
# Amount of output units. [range: 1 ~ 64, default: 16]
I:amount=16
# Recipe components list.
# Components should be represented by its ids.
# Id is a basic unit (block or item) identifier in <modId:unitName:meta> format.
# ModId can be omitted for vanilla items. Meta can be omitted too if it equals 0.
# UnitName must be lowercase, words separated by '_', words order - from private to common (example: black_iron_ore).
# Unit name will be automatically converted to ore dictionary name with reverse word order (example: oreIronBlack).
# Use '*' char as meta value to specify all possible values.
# To define multiple block states, you can use block properties instead of meta. The format is <modId:blockName:[prop1=value1, prop2=value2]>
# Also you may use just ore dictionary name as full id.
# [default: [concrete:7]]
S:components <
concrete:7
>
# Output unit id.
# Id is a basic unit (block or item) identifier in <modId:unitName:meta> format.
# ModId can be omitted for vanilla items. Meta can be omitted too if it equals 0.
# UnitName must be lowercase, words separated by '_', words order - from private to common (example: black_iron_ore).
# Unit name will be automatically converted to ore dictionary name with reverse word order (example: oreIronBlack).
# Use '*' char as meta value to specify all possible values.
# To define multiple block states, you can use block properties instead of meta. The format is <modId:blockName:[prop1=value1, prop2=value2]>
# Also you may use just ore dictionary name as full id.
# [default: adchimneys:concrete_gray]
S:output=adchimneys:concrete_gray
# Shaped recipe pattern in format <nn nn> or <nnn nnn nnn>.
# Where 'n' - number of recipe component (from 1 to 9).
# Zero value (0) is for empty slot.
# If pattern is empty, then recipe will be treated as shapeless. [default: 101 101 101]
S:pattern=101 101 101
}
}
}
Pump {
CraftingRecipe {
main {
# Amount of output units. [range: 1 ~ 64, default: 4]
I:amount=4
# Recipe components list.
# Components should be represented by its ids.
# Id is a basic unit (block or item) identifier in <modId:unitName:meta> format.
# ModId can be omitted for vanilla items. Meta can be omitted too if it equals 0.
# UnitName must be lowercase, words separated by '_', words order - from private to common (example: black_iron_ore).
# Unit name will be automatically converted to ore dictionary name with reverse word order (example: oreIronBlack).
# Use '*' char as meta value to specify all possible values.
# To define multiple block states, you can use block properties instead of meta. The format is <modId:blockName:[prop1=value1, prop2=value2]>
# Also you may use just ore dictionary name as full id.
# [default: [adchimneys:concrete_gray:1], [repeater], [blockCoal]]
S:components <
adchimneys:concrete_gray:1
repeater
blockCoal
>
# Output unit id.
# Id is a basic unit (block or item) identifier in <modId:unitName:meta> format.
# ModId can be omitted for vanilla items. Meta can be omitted too if it equals 0.
# UnitName must be lowercase, words separated by '_', words order - from private to common (example: black_iron_ore).
# Unit name will be automatically converted to ore dictionary name with reverse word order (example: oreIronBlack).
# Use '*' char as meta value to specify all possible values.
# To define multiple block states, you can use block properties instead of meta. The format is <modId:blockName:[prop1=value1, prop2=value2]>
# Also you may use just ore dictionary name as full id.
# [default: adchimneys:concrete_gray:2]
S:output=adchimneys:concrete_gray:2
# Shaped recipe pattern in format <nn nn> or <nnn nnn nnn>.
# Where 'n' - number of recipe component (from 1 to 9).
# Zero value (0) is for empty slot.
# If pattern is empty, then recipe will be treated as shapeless. [default: 121 232 121]
S:pattern=121 232 121
}
}
}
Vent {
CraftingRecipe {
main {
# Amount of output units. [range: 1 ~ 64, default: 4]
I:amount=4
# Recipe components list.
# Components should be represented by its ids.
# Id is a basic unit (block or item) identifier in <modId:unitName:meta> format.
# ModId can be omitted for vanilla items. Meta can be omitted too if it equals 0.
# UnitName must be lowercase, words separated by '_', words order - from private to common (example: black_iron_ore).
# Unit name will be automatically converted to ore dictionary name with reverse word order (example: oreIronBlack).
# Use '*' char as meta value to specify all possible values.
# To define multiple block states, you can use block properties instead of meta. The format is <modId:blockName:[prop1=value1, prop2=value2]>
# Also you may use just ore dictionary name as full id.
# [default: [adchimneys:concrete_gray]]
S:components <
adchimneys:concrete_gray
>
# Output unit id.
# Id is a basic unit (block or item) identifier in <modId:unitName:meta> format.
# ModId can be omitted for vanilla items. Meta can be omitted too if it equals 0.
# UnitName must be lowercase, words separated by '_', words order - from private to common (example: black_iron_ore).
# Unit name will be automatically converted to ore dictionary name with reverse word order (example: oreIronBlack).
# Use '*' char as meta value to specify all possible values.
# To define multiple block states, you can use block properties instead of meta. The format is <modId:blockName:[prop1=value1, prop2=value2]>
# Also you may use just ore dictionary name as full id.
# [default: adchimneys:concrete_gray:1]
S:output=adchimneys:concrete_gray:1
# Shaped recipe pattern in format <nn nn> or <nnn nnn nnn>.
# Where 'n' - number of recipe component (from 1 to 9).
# Zero value (0) is for empty slot.
# If pattern is empty, then recipe will be treated as shapeless. [default: 101 000 101]
S:pattern=101 000 101
}
}
}
grayConcrete {
# Defines a color in ARGB (Alpha, Red, Green, Blue) hex format (0xaarrggbb) which will be applied to the smoke.
# The alpha channel of this color (aa) determines probability of applying (ff - always, 7f - 1/2, 00 - never).
# [default: 0x1136393d]
S:color=0x1136393d
# Set to 'false' if you don't need this unit. [default: true]
B:enabled=true
# Defines how many hits it takes to break the block.
# -1 makes the block indestructible. [range: -1.0 ~ 3.4028235E38, default: 1.8]
S:hardness=1.8
# Id is a basic unit (block or item) identifier in <modId:unitName:meta> format.
# ModId can be omitted for vanilla items. Meta can be omitted too if it equals 0.
# UnitName must be lowercase, words separated by '_', words order - from private to common (example: black_iron_ore).
# Unit name will be automatically converted to ore dictionary name with reverse word order (example: oreIronBlack).
# Use '*' char as meta value to specify all possible values.
# To define multiple block states, you can use block properties instead of meta. The format is <modId:blockName:[prop1=value1, prop2=value2]>
# Also you may use just ore dictionary name as full id.
# [default: concrete:7]
S:relatedBlockId=concrete:7
# Defines the block resistance to explosions. [range: 0.0 ~ 3.4028235E38, default: 9.0]
S:resistance=9.0
}

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# Configuration file
Chimney {
CraftingRecipe {
main {
# Amount of output units. [range: 1 ~ 64, default: 16]
I:amount=16
# Recipe components list.
# Components should be represented by its ids.
# Id is a basic unit (block or item) identifier in <modId:unitName:meta> format.
# ModId can be omitted for vanilla items. Meta can be omitted too if it equals 0.
# UnitName must be lowercase, words separated by '_', words order - from private to common (example: black_iron_ore).
# Unit name will be automatically converted to ore dictionary name with reverse word order (example: oreIronBlack).
# Use '*' char as meta value to specify all possible values.
# To define multiple block states, you can use block properties instead of meta. The format is <modId:blockName:[prop1=value1, prop2=value2]>
# Also you may use just ore dictionary name as full id.
# [default: [concrete:13]]
S:components <
concrete:13
>
# Output unit id.
# Id is a basic unit (block or item) identifier in <modId:unitName:meta> format.
# ModId can be omitted for vanilla items. Meta can be omitted too if it equals 0.
# UnitName must be lowercase, words separated by '_', words order - from private to common (example: black_iron_ore).
# Unit name will be automatically converted to ore dictionary name with reverse word order (example: oreIronBlack).
# Use '*' char as meta value to specify all possible values.
# To define multiple block states, you can use block properties instead of meta. The format is <modId:blockName:[prop1=value1, prop2=value2]>
# Also you may use just ore dictionary name as full id.
# [default: adchimneys:concrete_green]
S:output=adchimneys:concrete_green
# Shaped recipe pattern in format <nn nn> or <nnn nnn nnn>.
# Where 'n' - number of recipe component (from 1 to 9).
# Zero value (0) is for empty slot.
# If pattern is empty, then recipe will be treated as shapeless. [default: 101 101 101]
S:pattern=101 101 101
}
}
}
Pump {
CraftingRecipe {
main {
# Amount of output units. [range: 1 ~ 64, default: 4]
I:amount=4
# Recipe components list.
# Components should be represented by its ids.
# Id is a basic unit (block or item) identifier in <modId:unitName:meta> format.
# ModId can be omitted for vanilla items. Meta can be omitted too if it equals 0.
# UnitName must be lowercase, words separated by '_', words order - from private to common (example: black_iron_ore).
# Unit name will be automatically converted to ore dictionary name with reverse word order (example: oreIronBlack).
# Use '*' char as meta value to specify all possible values.
# To define multiple block states, you can use block properties instead of meta. The format is <modId:blockName:[prop1=value1, prop2=value2]>
# Also you may use just ore dictionary name as full id.
# [default: [adchimneys:concrete_green:1], [repeater], [blockCoal]]
S:components <
adchimneys:concrete_green:1
repeater
blockCoal
>
# Output unit id.
# Id is a basic unit (block or item) identifier in <modId:unitName:meta> format.
# ModId can be omitted for vanilla items. Meta can be omitted too if it equals 0.
# UnitName must be lowercase, words separated by '_', words order - from private to common (example: black_iron_ore).
# Unit name will be automatically converted to ore dictionary name with reverse word order (example: oreIronBlack).
# Use '*' char as meta value to specify all possible values.
# To define multiple block states, you can use block properties instead of meta. The format is <modId:blockName:[prop1=value1, prop2=value2]>
# Also you may use just ore dictionary name as full id.
# [default: adchimneys:concrete_green:2]
S:output=adchimneys:concrete_green:2
# Shaped recipe pattern in format <nn nn> or <nnn nnn nnn>.
# Where 'n' - number of recipe component (from 1 to 9).
# Zero value (0) is for empty slot.
# If pattern is empty, then recipe will be treated as shapeless. [default: 121 232 121]
S:pattern=121 232 121
}
}
}
Vent {
CraftingRecipe {
main {
# Amount of output units. [range: 1 ~ 64, default: 4]
I:amount=4
# Recipe components list.
# Components should be represented by its ids.
# Id is a basic unit (block or item) identifier in <modId:unitName:meta> format.
# ModId can be omitted for vanilla items. Meta can be omitted too if it equals 0.
# UnitName must be lowercase, words separated by '_', words order - from private to common (example: black_iron_ore).
# Unit name will be automatically converted to ore dictionary name with reverse word order (example: oreIronBlack).
# Use '*' char as meta value to specify all possible values.
# To define multiple block states, you can use block properties instead of meta. The format is <modId:blockName:[prop1=value1, prop2=value2]>
# Also you may use just ore dictionary name as full id.
# [default: [adchimneys:concrete_green]]
S:components <
adchimneys:concrete_green
>
# Output unit id.
# Id is a basic unit (block or item) identifier in <modId:unitName:meta> format.
# ModId can be omitted for vanilla items. Meta can be omitted too if it equals 0.
# UnitName must be lowercase, words separated by '_', words order - from private to common (example: black_iron_ore).
# Unit name will be automatically converted to ore dictionary name with reverse word order (example: oreIronBlack).
# Use '*' char as meta value to specify all possible values.
# To define multiple block states, you can use block properties instead of meta. The format is <modId:blockName:[prop1=value1, prop2=value2]>
# Also you may use just ore dictionary name as full id.
# [default: adchimneys:concrete_green:1]
S:output=adchimneys:concrete_green:1
# Shaped recipe pattern in format <nn nn> or <nnn nnn nnn>.
# Where 'n' - number of recipe component (from 1 to 9).
# Zero value (0) is for empty slot.
# If pattern is empty, then recipe will be treated as shapeless. [default: 101 000 101]
S:pattern=101 000 101
}
}
}
greenConcrete {
# Defines a color in ARGB (Alpha, Red, Green, Blue) hex format (0xaarrggbb) which will be applied to the smoke.
# The alpha channel of this color (aa) determines probability of applying (ff - always, 7f - 1/2, 00 - never).
# [default: 0x11485923]
S:color=0x11485923
# Set to 'false' if you don't need this unit. [default: true]
B:enabled=true
# Defines how many hits it takes to break the block.
# -1 makes the block indestructible. [range: -1.0 ~ 3.4028235E38, default: 1.8]
S:hardness=1.8
# Id is a basic unit (block or item) identifier in <modId:unitName:meta> format.
# ModId can be omitted for vanilla items. Meta can be omitted too if it equals 0.
# UnitName must be lowercase, words separated by '_', words order - from private to common (example: black_iron_ore).
# Unit name will be automatically converted to ore dictionary name with reverse word order (example: oreIronBlack).
# Use '*' char as meta value to specify all possible values.
# To define multiple block states, you can use block properties instead of meta. The format is <modId:blockName:[prop1=value1, prop2=value2]>
# Also you may use just ore dictionary name as full id.
# [default: concrete:13]
S:relatedBlockId=concrete:13
# Defines the block resistance to explosions. [range: 0.0 ~ 3.4028235E38, default: 9.0]
S:resistance=9.0
}

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# Configuration file
Chimney {
CraftingRecipe {
main {
# Amount of output units. [range: 1 ~ 64, default: 16]
I:amount=16
# Recipe components list.
# Components should be represented by its ids.
# Id is a basic unit (block or item) identifier in <modId:unitName:meta> format.
# ModId can be omitted for vanilla items. Meta can be omitted too if it equals 0.
# UnitName must be lowercase, words separated by '_', words order - from private to common (example: black_iron_ore).
# Unit name will be automatically converted to ore dictionary name with reverse word order (example: oreIronBlack).
# Use '*' char as meta value to specify all possible values.
# To define multiple block states, you can use block properties instead of meta. The format is <modId:blockName:[prop1=value1, prop2=value2]>
# Also you may use just ore dictionary name as full id.
# [default: [concrete:3]]
S:components <
concrete:3
>
# Output unit id.
# Id is a basic unit (block or item) identifier in <modId:unitName:meta> format.
# ModId can be omitted for vanilla items. Meta can be omitted too if it equals 0.
# UnitName must be lowercase, words separated by '_', words order - from private to common (example: black_iron_ore).
# Unit name will be automatically converted to ore dictionary name with reverse word order (example: oreIronBlack).
# Use '*' char as meta value to specify all possible values.
# To define multiple block states, you can use block properties instead of meta. The format is <modId:blockName:[prop1=value1, prop2=value2]>
# Also you may use just ore dictionary name as full id.
# [default: adchimneys:concrete_light_blue]
S:output=adchimneys:concrete_light_blue
# Shaped recipe pattern in format <nn nn> or <nnn nnn nnn>.
# Where 'n' - number of recipe component (from 1 to 9).
# Zero value (0) is for empty slot.
# If pattern is empty, then recipe will be treated as shapeless. [default: 101 101 101]
S:pattern=101 101 101
}
}
}
Pump {
CraftingRecipe {
main {
# Amount of output units. [range: 1 ~ 64, default: 4]
I:amount=4
# Recipe components list.
# Components should be represented by its ids.
# Id is a basic unit (block or item) identifier in <modId:unitName:meta> format.
# ModId can be omitted for vanilla items. Meta can be omitted too if it equals 0.
# UnitName must be lowercase, words separated by '_', words order - from private to common (example: black_iron_ore).
# Unit name will be automatically converted to ore dictionary name with reverse word order (example: oreIronBlack).
# Use '*' char as meta value to specify all possible values.
# To define multiple block states, you can use block properties instead of meta. The format is <modId:blockName:[prop1=value1, prop2=value2]>
# Also you may use just ore dictionary name as full id.
# [default: [adchimneys:concrete_light_blue:1], [repeater], [blockCoal]]
S:components <
adchimneys:concrete_light_blue:1
repeater
blockCoal
>
# Output unit id.
# Id is a basic unit (block or item) identifier in <modId:unitName:meta> format.
# ModId can be omitted for vanilla items. Meta can be omitted too if it equals 0.
# UnitName must be lowercase, words separated by '_', words order - from private to common (example: black_iron_ore).
# Unit name will be automatically converted to ore dictionary name with reverse word order (example: oreIronBlack).
# Use '*' char as meta value to specify all possible values.
# To define multiple block states, you can use block properties instead of meta. The format is <modId:blockName:[prop1=value1, prop2=value2]>
# Also you may use just ore dictionary name as full id.
# [default: adchimneys:concrete_light_blue:2]
S:output=adchimneys:concrete_light_blue:2
# Shaped recipe pattern in format <nn nn> or <nnn nnn nnn>.
# Where 'n' - number of recipe component (from 1 to 9).
# Zero value (0) is for empty slot.
# If pattern is empty, then recipe will be treated as shapeless. [default: 121 232 121]
S:pattern=121 232 121
}
}
}
Vent {
CraftingRecipe {
main {
# Amount of output units. [range: 1 ~ 64, default: 4]
I:amount=4
# Recipe components list.
# Components should be represented by its ids.
# Id is a basic unit (block or item) identifier in <modId:unitName:meta> format.
# ModId can be omitted for vanilla items. Meta can be omitted too if it equals 0.
# UnitName must be lowercase, words separated by '_', words order - from private to common (example: black_iron_ore).
# Unit name will be automatically converted to ore dictionary name with reverse word order (example: oreIronBlack).
# Use '*' char as meta value to specify all possible values.
# To define multiple block states, you can use block properties instead of meta. The format is <modId:blockName:[prop1=value1, prop2=value2]>
# Also you may use just ore dictionary name as full id.
# [default: [adchimneys:concrete_light_blue]]
S:components <
adchimneys:concrete_light_blue
>
# Output unit id.
# Id is a basic unit (block or item) identifier in <modId:unitName:meta> format.
# ModId can be omitted for vanilla items. Meta can be omitted too if it equals 0.
# UnitName must be lowercase, words separated by '_', words order - from private to common (example: black_iron_ore).
# Unit name will be automatically converted to ore dictionary name with reverse word order (example: oreIronBlack).
# Use '*' char as meta value to specify all possible values.
# To define multiple block states, you can use block properties instead of meta. The format is <modId:blockName:[prop1=value1, prop2=value2]>
# Also you may use just ore dictionary name as full id.
# [default: adchimneys:concrete_light_blue:1]
S:output=adchimneys:concrete_light_blue:1
# Shaped recipe pattern in format <nn nn> or <nnn nnn nnn>.
# Where 'n' - number of recipe component (from 1 to 9).
# Zero value (0) is for empty slot.
# If pattern is empty, then recipe will be treated as shapeless. [default: 101 000 101]
S:pattern=101 000 101
}
}
}
blueLightConcrete {
# Defines a color in ARGB (Alpha, Red, Green, Blue) hex format (0xaarrggbb) which will be applied to the smoke.
# The alpha channel of this color (aa) determines probability of applying (ff - always, 7f - 1/2, 00 - never).
# [default: 0x112387c4]
S:color=0x112387c4
# Set to 'false' if you don't need this unit. [default: true]
B:enabled=true
# Defines how many hits it takes to break the block.
# -1 makes the block indestructible. [range: -1.0 ~ 3.4028235E38, default: 1.8]
S:hardness=1.8
# Id is a basic unit (block or item) identifier in <modId:unitName:meta> format.
# ModId can be omitted for vanilla items. Meta can be omitted too if it equals 0.
# UnitName must be lowercase, words separated by '_', words order - from private to common (example: black_iron_ore).
# Unit name will be automatically converted to ore dictionary name with reverse word order (example: oreIronBlack).
# Use '*' char as meta value to specify all possible values.
# To define multiple block states, you can use block properties instead of meta. The format is <modId:blockName:[prop1=value1, prop2=value2]>
# Also you may use just ore dictionary name as full id.
# [default: concrete:3]
S:relatedBlockId=concrete:3
# Defines the block resistance to explosions. [range: 0.0 ~ 3.4028235E38, default: 9.0]
S:resistance=9.0
}

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# Configuration file
Chimney {
CraftingRecipe {
main {
# Amount of output units. [range: 1 ~ 64, default: 16]
I:amount=16
# Recipe components list.
# Components should be represented by its ids.
# Id is a basic unit (block or item) identifier in <modId:unitName:meta> format.
# ModId can be omitted for vanilla items. Meta can be omitted too if it equals 0.
# UnitName must be lowercase, words separated by '_', words order - from private to common (example: black_iron_ore).
# Unit name will be automatically converted to ore dictionary name with reverse word order (example: oreIronBlack).
# Use '*' char as meta value to specify all possible values.
# To define multiple block states, you can use block properties instead of meta. The format is <modId:blockName:[prop1=value1, prop2=value2]>
# Also you may use just ore dictionary name as full id.
# [default: [concrete:5]]
S:components <
concrete:5
>
# Output unit id.
# Id is a basic unit (block or item) identifier in <modId:unitName:meta> format.
# ModId can be omitted for vanilla items. Meta can be omitted too if it equals 0.
# UnitName must be lowercase, words separated by '_', words order - from private to common (example: black_iron_ore).
# Unit name will be automatically converted to ore dictionary name with reverse word order (example: oreIronBlack).
# Use '*' char as meta value to specify all possible values.
# To define multiple block states, you can use block properties instead of meta. The format is <modId:blockName:[prop1=value1, prop2=value2]>
# Also you may use just ore dictionary name as full id.
# [default: adchimneys:concrete_lime]
S:output=adchimneys:concrete_lime
# Shaped recipe pattern in format <nn nn> or <nnn nnn nnn>.
# Where 'n' - number of recipe component (from 1 to 9).
# Zero value (0) is for empty slot.
# If pattern is empty, then recipe will be treated as shapeless. [default: 101 101 101]
S:pattern=101 101 101
}
}
}
Pump {
CraftingRecipe {
main {
# Amount of output units. [range: 1 ~ 64, default: 4]
I:amount=4
# Recipe components list.
# Components should be represented by its ids.
# Id is a basic unit (block or item) identifier in <modId:unitName:meta> format.
# ModId can be omitted for vanilla items. Meta can be omitted too if it equals 0.
# UnitName must be lowercase, words separated by '_', words order - from private to common (example: black_iron_ore).
# Unit name will be automatically converted to ore dictionary name with reverse word order (example: oreIronBlack).
# Use '*' char as meta value to specify all possible values.
# To define multiple block states, you can use block properties instead of meta. The format is <modId:blockName:[prop1=value1, prop2=value2]>
# Also you may use just ore dictionary name as full id.
# [default: [adchimneys:concrete_lime:1], [repeater], [blockCoal]]
S:components <
adchimneys:concrete_lime:1
repeater
blockCoal
>
# Output unit id.
# Id is a basic unit (block or item) identifier in <modId:unitName:meta> format.
# ModId can be omitted for vanilla items. Meta can be omitted too if it equals 0.
# UnitName must be lowercase, words separated by '_', words order - from private to common (example: black_iron_ore).
# Unit name will be automatically converted to ore dictionary name with reverse word order (example: oreIronBlack).
# Use '*' char as meta value to specify all possible values.
# To define multiple block states, you can use block properties instead of meta. The format is <modId:blockName:[prop1=value1, prop2=value2]>
# Also you may use just ore dictionary name as full id.
# [default: adchimneys:concrete_lime:2]
S:output=adchimneys:concrete_lime:2
# Shaped recipe pattern in format <nn nn> or <nnn nnn nnn>.
# Where 'n' - number of recipe component (from 1 to 9).
# Zero value (0) is for empty slot.
# If pattern is empty, then recipe will be treated as shapeless. [default: 121 232 121]
S:pattern=121 232 121
}
}
}
Vent {
CraftingRecipe {
main {
# Amount of output units. [range: 1 ~ 64, default: 4]
I:amount=4
# Recipe components list.
# Components should be represented by its ids.
# Id is a basic unit (block or item) identifier in <modId:unitName:meta> format.
# ModId can be omitted for vanilla items. Meta can be omitted too if it equals 0.
# UnitName must be lowercase, words separated by '_', words order - from private to common (example: black_iron_ore).
# Unit name will be automatically converted to ore dictionary name with reverse word order (example: oreIronBlack).
# Use '*' char as meta value to specify all possible values.
# To define multiple block states, you can use block properties instead of meta. The format is <modId:blockName:[prop1=value1, prop2=value2]>
# Also you may use just ore dictionary name as full id.
# [default: [adchimneys:concrete_lime]]
S:components <
adchimneys:concrete_lime
>
# Output unit id.
# Id is a basic unit (block or item) identifier in <modId:unitName:meta> format.
# ModId can be omitted for vanilla items. Meta can be omitted too if it equals 0.
# UnitName must be lowercase, words separated by '_', words order - from private to common (example: black_iron_ore).
# Unit name will be automatically converted to ore dictionary name with reverse word order (example: oreIronBlack).
# Use '*' char as meta value to specify all possible values.
# To define multiple block states, you can use block properties instead of meta. The format is <modId:blockName:[prop1=value1, prop2=value2]>
# Also you may use just ore dictionary name as full id.
# [default: adchimneys:concrete_lime:1]
S:output=adchimneys:concrete_lime:1
# Shaped recipe pattern in format <nn nn> or <nnn nnn nnn>.
# Where 'n' - number of recipe component (from 1 to 9).
# Zero value (0) is for empty slot.
# If pattern is empty, then recipe will be treated as shapeless. [default: 101 000 101]
S:pattern=101 000 101
}
}
}
limeConcrete {
# Defines a color in ARGB (Alpha, Red, Green, Blue) hex format (0xaarrggbb) which will be applied to the smoke.
# The alpha channel of this color (aa) determines probability of applying (ff - always, 7f - 1/2, 00 - never).
# [default: 0x115ea71a]
S:color=0x115ea71a
# Set to 'false' if you don't need this unit. [default: true]
B:enabled=true
# Defines how many hits it takes to break the block.
# -1 makes the block indestructible. [range: -1.0 ~ 3.4028235E38, default: 1.8]
S:hardness=1.8
# Id is a basic unit (block or item) identifier in <modId:unitName:meta> format.
# ModId can be omitted for vanilla items. Meta can be omitted too if it equals 0.
# UnitName must be lowercase, words separated by '_', words order - from private to common (example: black_iron_ore).
# Unit name will be automatically converted to ore dictionary name with reverse word order (example: oreIronBlack).
# Use '*' char as meta value to specify all possible values.
# To define multiple block states, you can use block properties instead of meta. The format is <modId:blockName:[prop1=value1, prop2=value2]>
# Also you may use just ore dictionary name as full id.
# [default: concrete:5]
S:relatedBlockId=concrete:5
# Defines the block resistance to explosions. [range: 0.0 ~ 3.4028235E38, default: 9.0]
S:resistance=9.0
}

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# Configuration file
Chimney {
CraftingRecipe {
main {
# Amount of output units. [range: 1 ~ 64, default: 16]
I:amount=16
# Recipe components list.
# Components should be represented by its ids.
# Id is a basic unit (block or item) identifier in <modId:unitName:meta> format.
# ModId can be omitted for vanilla items. Meta can be omitted too if it equals 0.
# UnitName must be lowercase, words separated by '_', words order - from private to common (example: black_iron_ore).
# Unit name will be automatically converted to ore dictionary name with reverse word order (example: oreIronBlack).
# Use '*' char as meta value to specify all possible values.
# To define multiple block states, you can use block properties instead of meta. The format is <modId:blockName:[prop1=value1, prop2=value2]>
# Also you may use just ore dictionary name as full id.
# [default: [concrete:2]]
S:components <
concrete:2
>
# Output unit id.
# Id is a basic unit (block or item) identifier in <modId:unitName:meta> format.
# ModId can be omitted for vanilla items. Meta can be omitted too if it equals 0.
# UnitName must be lowercase, words separated by '_', words order - from private to common (example: black_iron_ore).
# Unit name will be automatically converted to ore dictionary name with reverse word order (example: oreIronBlack).
# Use '*' char as meta value to specify all possible values.
# To define multiple block states, you can use block properties instead of meta. The format is <modId:blockName:[prop1=value1, prop2=value2]>
# Also you may use just ore dictionary name as full id.
# [default: adchimneys:concrete_magenta]
S:output=adchimneys:concrete_magenta
# Shaped recipe pattern in format <nn nn> or <nnn nnn nnn>.
# Where 'n' - number of recipe component (from 1 to 9).
# Zero value (0) is for empty slot.
# If pattern is empty, then recipe will be treated as shapeless. [default: 101 101 101]
S:pattern=101 101 101
}
}
}
Pump {
CraftingRecipe {
main {
# Amount of output units. [range: 1 ~ 64, default: 4]
I:amount=4
# Recipe components list.
# Components should be represented by its ids.
# Id is a basic unit (block or item) identifier in <modId:unitName:meta> format.
# ModId can be omitted for vanilla items. Meta can be omitted too if it equals 0.
# UnitName must be lowercase, words separated by '_', words order - from private to common (example: black_iron_ore).
# Unit name will be automatically converted to ore dictionary name with reverse word order (example: oreIronBlack).
# Use '*' char as meta value to specify all possible values.
# To define multiple block states, you can use block properties instead of meta. The format is <modId:blockName:[prop1=value1, prop2=value2]>
# Also you may use just ore dictionary name as full id.
# [default: [adchimneys:concrete_magenta:1], [repeater], [blockCoal]]
S:components <
adchimneys:concrete_magenta:1
repeater
blockCoal
>
# Output unit id.
# Id is a basic unit (block or item) identifier in <modId:unitName:meta> format.
# ModId can be omitted for vanilla items. Meta can be omitted too if it equals 0.
# UnitName must be lowercase, words separated by '_', words order - from private to common (example: black_iron_ore).
# Unit name will be automatically converted to ore dictionary name with reverse word order (example: oreIronBlack).
# Use '*' char as meta value to specify all possible values.
# To define multiple block states, you can use block properties instead of meta. The format is <modId:blockName:[prop1=value1, prop2=value2]>
# Also you may use just ore dictionary name as full id.
# [default: adchimneys:concrete_magenta:2]
S:output=adchimneys:concrete_magenta:2
# Shaped recipe pattern in format <nn nn> or <nnn nnn nnn>.
# Where 'n' - number of recipe component (from 1 to 9).
# Zero value (0) is for empty slot.
# If pattern is empty, then recipe will be treated as shapeless. [default: 121 232 121]
S:pattern=121 232 121
}
}
}
Vent {
CraftingRecipe {
main {
# Amount of output units. [range: 1 ~ 64, default: 4]
I:amount=4
# Recipe components list.
# Components should be represented by its ids.
# Id is a basic unit (block or item) identifier in <modId:unitName:meta> format.
# ModId can be omitted for vanilla items. Meta can be omitted too if it equals 0.
# UnitName must be lowercase, words separated by '_', words order - from private to common (example: black_iron_ore).
# Unit name will be automatically converted to ore dictionary name with reverse word order (example: oreIronBlack).
# Use '*' char as meta value to specify all possible values.
# To define multiple block states, you can use block properties instead of meta. The format is <modId:blockName:[prop1=value1, prop2=value2]>
# Also you may use just ore dictionary name as full id.
# [default: [adchimneys:concrete_magenta]]
S:components <
adchimneys:concrete_magenta
>
# Output unit id.
# Id is a basic unit (block or item) identifier in <modId:unitName:meta> format.
# ModId can be omitted for vanilla items. Meta can be omitted too if it equals 0.
# UnitName must be lowercase, words separated by '_', words order - from private to common (example: black_iron_ore).
# Unit name will be automatically converted to ore dictionary name with reverse word order (example: oreIronBlack).
# Use '*' char as meta value to specify all possible values.
# To define multiple block states, you can use block properties instead of meta. The format is <modId:blockName:[prop1=value1, prop2=value2]>
# Also you may use just ore dictionary name as full id.
# [default: adchimneys:concrete_magenta:1]
S:output=adchimneys:concrete_magenta:1
# Shaped recipe pattern in format <nn nn> or <nnn nnn nnn>.
# Where 'n' - number of recipe component (from 1 to 9).
# Zero value (0) is for empty slot.
# If pattern is empty, then recipe will be treated as shapeless. [default: 101 000 101]
S:pattern=101 000 101
}
}
}
magentaConcrete {
# Defines a color in ARGB (Alpha, Red, Green, Blue) hex format (0xaarrggbb) which will be applied to the smoke.
# The alpha channel of this color (aa) determines probability of applying (ff - always, 7f - 1/2, 00 - never).
# [default: 0x11a7309d]
S:color=0x11a7309d
# Set to 'false' if you don't need this unit. [default: true]
B:enabled=true
# Defines how many hits it takes to break the block.
# -1 makes the block indestructible. [range: -1.0 ~ 3.4028235E38, default: 1.8]
S:hardness=1.8
# Id is a basic unit (block or item) identifier in <modId:unitName:meta> format.
# ModId can be omitted for vanilla items. Meta can be omitted too if it equals 0.
# UnitName must be lowercase, words separated by '_', words order - from private to common (example: black_iron_ore).
# Unit name will be automatically converted to ore dictionary name with reverse word order (example: oreIronBlack).
# Use '*' char as meta value to specify all possible values.
# To define multiple block states, you can use block properties instead of meta. The format is <modId:blockName:[prop1=value1, prop2=value2]>
# Also you may use just ore dictionary name as full id.
# [default: concrete:2]
S:relatedBlockId=concrete:2
# Defines the block resistance to explosions. [range: 0.0 ~ 3.4028235E38, default: 9.0]
S:resistance=9.0
}

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# Configuration file
Chimney {
CraftingRecipe {
main {
# Amount of output units. [range: 1 ~ 64, default: 16]
I:amount=16
# Recipe components list.
# Components should be represented by its ids.
# Id is a basic unit (block or item) identifier in <modId:unitName:meta> format.
# ModId can be omitted for vanilla items. Meta can be omitted too if it equals 0.
# UnitName must be lowercase, words separated by '_', words order - from private to common (example: black_iron_ore).
# Unit name will be automatically converted to ore dictionary name with reverse word order (example: oreIronBlack).
# Use '*' char as meta value to specify all possible values.
# To define multiple block states, you can use block properties instead of meta. The format is <modId:blockName:[prop1=value1, prop2=value2]>
# Also you may use just ore dictionary name as full id.
# [default: [concrete:1]]
S:components <
concrete:1
>
# Output unit id.
# Id is a basic unit (block or item) identifier in <modId:unitName:meta> format.
# ModId can be omitted for vanilla items. Meta can be omitted too if it equals 0.
# UnitName must be lowercase, words separated by '_', words order - from private to common (example: black_iron_ore).
# Unit name will be automatically converted to ore dictionary name with reverse word order (example: oreIronBlack).
# Use '*' char as meta value to specify all possible values.
# To define multiple block states, you can use block properties instead of meta. The format is <modId:blockName:[prop1=value1, prop2=value2]>
# Also you may use just ore dictionary name as full id.
# [default: adchimneys:concrete_orange]
S:output=adchimneys:concrete_orange
# Shaped recipe pattern in format <nn nn> or <nnn nnn nnn>.
# Where 'n' - number of recipe component (from 1 to 9).
# Zero value (0) is for empty slot.
# If pattern is empty, then recipe will be treated as shapeless. [default: 101 101 101]
S:pattern=101 101 101
}
}
}
Pump {
CraftingRecipe {
main {
# Amount of output units. [range: 1 ~ 64, default: 4]
I:amount=4
# Recipe components list.
# Components should be represented by its ids.
# Id is a basic unit (block or item) identifier in <modId:unitName:meta> format.
# ModId can be omitted for vanilla items. Meta can be omitted too if it equals 0.
# UnitName must be lowercase, words separated by '_', words order - from private to common (example: black_iron_ore).
# Unit name will be automatically converted to ore dictionary name with reverse word order (example: oreIronBlack).
# Use '*' char as meta value to specify all possible values.
# To define multiple block states, you can use block properties instead of meta. The format is <modId:blockName:[prop1=value1, prop2=value2]>
# Also you may use just ore dictionary name as full id.
# [default: [adchimneys:concrete_orange:1], [repeater], [blockCoal]]
S:components <
adchimneys:concrete_orange:1
repeater
blockCoal
>
# Output unit id.
# Id is a basic unit (block or item) identifier in <modId:unitName:meta> format.
# ModId can be omitted for vanilla items. Meta can be omitted too if it equals 0.
# UnitName must be lowercase, words separated by '_', words order - from private to common (example: black_iron_ore).
# Unit name will be automatically converted to ore dictionary name with reverse word order (example: oreIronBlack).
# Use '*' char as meta value to specify all possible values.
# To define multiple block states, you can use block properties instead of meta. The format is <modId:blockName:[prop1=value1, prop2=value2]>
# Also you may use just ore dictionary name as full id.
# [default: adchimneys:concrete_orange:2]
S:output=adchimneys:concrete_orange:2
# Shaped recipe pattern in format <nn nn> or <nnn nnn nnn>.
# Where 'n' - number of recipe component (from 1 to 9).
# Zero value (0) is for empty slot.
# If pattern is empty, then recipe will be treated as shapeless. [default: 121 232 121]
S:pattern=121 232 121
}
}
}
Vent {
CraftingRecipe {
main {
# Amount of output units. [range: 1 ~ 64, default: 4]
I:amount=4
# Recipe components list.
# Components should be represented by its ids.
# Id is a basic unit (block or item) identifier in <modId:unitName:meta> format.
# ModId can be omitted for vanilla items. Meta can be omitted too if it equals 0.
# UnitName must be lowercase, words separated by '_', words order - from private to common (example: black_iron_ore).
# Unit name will be automatically converted to ore dictionary name with reverse word order (example: oreIronBlack).
# Use '*' char as meta value to specify all possible values.
# To define multiple block states, you can use block properties instead of meta. The format is <modId:blockName:[prop1=value1, prop2=value2]>
# Also you may use just ore dictionary name as full id.
# [default: [adchimneys:concrete_orange]]
S:components <
adchimneys:concrete_orange
>
# Output unit id.
# Id is a basic unit (block or item) identifier in <modId:unitName:meta> format.
# ModId can be omitted for vanilla items. Meta can be omitted too if it equals 0.
# UnitName must be lowercase, words separated by '_', words order - from private to common (example: black_iron_ore).
# Unit name will be automatically converted to ore dictionary name with reverse word order (example: oreIronBlack).
# Use '*' char as meta value to specify all possible values.
# To define multiple block states, you can use block properties instead of meta. The format is <modId:blockName:[prop1=value1, prop2=value2]>
# Also you may use just ore dictionary name as full id.
# [default: adchimneys:concrete_orange:1]
S:output=adchimneys:concrete_orange:1
# Shaped recipe pattern in format <nn nn> or <nnn nnn nnn>.
# Where 'n' - number of recipe component (from 1 to 9).
# Zero value (0) is for empty slot.
# If pattern is empty, then recipe will be treated as shapeless. [default: 101 000 101]
S:pattern=101 000 101
}
}
}
orangeConcrete {
# Defines a color in ARGB (Alpha, Red, Green, Blue) hex format (0xaarrggbb) which will be applied to the smoke.
# The alpha channel of this color (aa) determines probability of applying (ff - always, 7f - 1/2, 00 - never).
# [default: 0x11db5e00]
S:color=0x11db5e00
# Set to 'false' if you don't need this unit. [default: true]
B:enabled=true
# Defines how many hits it takes to break the block.
# -1 makes the block indestructible. [range: -1.0 ~ 3.4028235E38, default: 1.8]
S:hardness=1.8
# Id is a basic unit (block or item) identifier in <modId:unitName:meta> format.
# ModId can be omitted for vanilla items. Meta can be omitted too if it equals 0.
# UnitName must be lowercase, words separated by '_', words order - from private to common (example: black_iron_ore).
# Unit name will be automatically converted to ore dictionary name with reverse word order (example: oreIronBlack).
# Use '*' char as meta value to specify all possible values.
# To define multiple block states, you can use block properties instead of meta. The format is <modId:blockName:[prop1=value1, prop2=value2]>
# Also you may use just ore dictionary name as full id.
# [default: concrete:1]
S:relatedBlockId=concrete:1
# Defines the block resistance to explosions. [range: 0.0 ~ 3.4028235E38, default: 9.0]
S:resistance=9.0
}

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# Configuration file
Chimney {
CraftingRecipe {
main {
# Amount of output units. [range: 1 ~ 64, default: 16]
I:amount=16
# Recipe components list.
# Components should be represented by its ids.
# Id is a basic unit (block or item) identifier in <modId:unitName:meta> format.
# ModId can be omitted for vanilla items. Meta can be omitted too if it equals 0.
# UnitName must be lowercase, words separated by '_', words order - from private to common (example: black_iron_ore).
# Unit name will be automatically converted to ore dictionary name with reverse word order (example: oreIronBlack).
# Use '*' char as meta value to specify all possible values.
# To define multiple block states, you can use block properties instead of meta. The format is <modId:blockName:[prop1=value1, prop2=value2]>
# Also you may use just ore dictionary name as full id.
# [default: [concrete:6]]
S:components <
concrete:6
>
# Output unit id.
# Id is a basic unit (block or item) identifier in <modId:unitName:meta> format.
# ModId can be omitted for vanilla items. Meta can be omitted too if it equals 0.
# UnitName must be lowercase, words separated by '_', words order - from private to common (example: black_iron_ore).
# Unit name will be automatically converted to ore dictionary name with reverse word order (example: oreIronBlack).
# Use '*' char as meta value to specify all possible values.
# To define multiple block states, you can use block properties instead of meta. The format is <modId:blockName:[prop1=value1, prop2=value2]>
# Also you may use just ore dictionary name as full id.
# [default: adchimneys:concrete_pink]
S:output=adchimneys:concrete_pink
# Shaped recipe pattern in format <nn nn> or <nnn nnn nnn>.
# Where 'n' - number of recipe component (from 1 to 9).
# Zero value (0) is for empty slot.
# If pattern is empty, then recipe will be treated as shapeless. [default: 101 101 101]
S:pattern=101 101 101
}
}
}
Pump {
CraftingRecipe {
main {
# Amount of output units. [range: 1 ~ 64, default: 4]
I:amount=4
# Recipe components list.
# Components should be represented by its ids.
# Id is a basic unit (block or item) identifier in <modId:unitName:meta> format.
# ModId can be omitted for vanilla items. Meta can be omitted too if it equals 0.
# UnitName must be lowercase, words separated by '_', words order - from private to common (example: black_iron_ore).
# Unit name will be automatically converted to ore dictionary name with reverse word order (example: oreIronBlack).
# Use '*' char as meta value to specify all possible values.
# To define multiple block states, you can use block properties instead of meta. The format is <modId:blockName:[prop1=value1, prop2=value2]>
# Also you may use just ore dictionary name as full id.
# [default: [adchimneys:concrete_pink:1], [repeater], [blockCoal]]
S:components <
adchimneys:concrete_pink:1
repeater
blockCoal
>
# Output unit id.
# Id is a basic unit (block or item) identifier in <modId:unitName:meta> format.
# ModId can be omitted for vanilla items. Meta can be omitted too if it equals 0.
# UnitName must be lowercase, words separated by '_', words order - from private to common (example: black_iron_ore).
# Unit name will be automatically converted to ore dictionary name with reverse word order (example: oreIronBlack).
# Use '*' char as meta value to specify all possible values.
# To define multiple block states, you can use block properties instead of meta. The format is <modId:blockName:[prop1=value1, prop2=value2]>
# Also you may use just ore dictionary name as full id.
# [default: adchimneys:concrete_pink:2]
S:output=adchimneys:concrete_pink:2
# Shaped recipe pattern in format <nn nn> or <nnn nnn nnn>.
# Where 'n' - number of recipe component (from 1 to 9).
# Zero value (0) is for empty slot.
# If pattern is empty, then recipe will be treated as shapeless. [default: 121 232 121]
S:pattern=121 232 121
}
}
}
Vent {
CraftingRecipe {
main {
# Amount of output units. [range: 1 ~ 64, default: 4]
I:amount=4
# Recipe components list.
# Components should be represented by its ids.
# Id is a basic unit (block or item) identifier in <modId:unitName:meta> format.
# ModId can be omitted for vanilla items. Meta can be omitted too if it equals 0.
# UnitName must be lowercase, words separated by '_', words order - from private to common (example: black_iron_ore).
# Unit name will be automatically converted to ore dictionary name with reverse word order (example: oreIronBlack).
# Use '*' char as meta value to specify all possible values.
# To define multiple block states, you can use block properties instead of meta. The format is <modId:blockName:[prop1=value1, prop2=value2]>
# Also you may use just ore dictionary name as full id.
# [default: [adchimneys:concrete_pink]]
S:components <
adchimneys:concrete_pink
>
# Output unit id.
# Id is a basic unit (block or item) identifier in <modId:unitName:meta> format.
# ModId can be omitted for vanilla items. Meta can be omitted too if it equals 0.
# UnitName must be lowercase, words separated by '_', words order - from private to common (example: black_iron_ore).
# Unit name will be automatically converted to ore dictionary name with reverse word order (example: oreIronBlack).
# Use '*' char as meta value to specify all possible values.
# To define multiple block states, you can use block properties instead of meta. The format is <modId:blockName:[prop1=value1, prop2=value2]>
# Also you may use just ore dictionary name as full id.
# [default: adchimneys:concrete_pink:1]
S:output=adchimneys:concrete_pink:1
# Shaped recipe pattern in format <nn nn> or <nnn nnn nnn>.
# Where 'n' - number of recipe component (from 1 to 9).
# Zero value (0) is for empty slot.
# If pattern is empty, then recipe will be treated as shapeless. [default: 101 000 101]
S:pattern=101 000 101
}
}
}
pinkConcrete {
# Defines a color in ARGB (Alpha, Red, Green, Blue) hex format (0xaarrggbb) which will be applied to the smoke.
# The alpha channel of this color (aa) determines probability of applying (ff - always, 7f - 1/2, 00 - never).
# [default: 0x11d3648e]
S:color=0x11d3648e
# Set to 'false' if you don't need this unit. [default: true]
B:enabled=true
# Defines how many hits it takes to break the block.
# -1 makes the block indestructible. [range: -1.0 ~ 3.4028235E38, default: 1.8]
S:hardness=1.8
# Id is a basic unit (block or item) identifier in <modId:unitName:meta> format.
# ModId can be omitted for vanilla items. Meta can be omitted too if it equals 0.
# UnitName must be lowercase, words separated by '_', words order - from private to common (example: black_iron_ore).
# Unit name will be automatically converted to ore dictionary name with reverse word order (example: oreIronBlack).
# Use '*' char as meta value to specify all possible values.
# To define multiple block states, you can use block properties instead of meta. The format is <modId:blockName:[prop1=value1, prop2=value2]>
# Also you may use just ore dictionary name as full id.
# [default: concrete:6]
S:relatedBlockId=concrete:6
# Defines the block resistance to explosions. [range: 0.0 ~ 3.4028235E38, default: 9.0]
S:resistance=9.0
}

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# Configuration file
Chimney {
CraftingRecipe {
main {
# Amount of output units. [range: 1 ~ 64, default: 16]
I:amount=16
# Recipe components list.
# Components should be represented by its ids.
# Id is a basic unit (block or item) identifier in <modId:unitName:meta> format.
# ModId can be omitted for vanilla items. Meta can be omitted too if it equals 0.
# UnitName must be lowercase, words separated by '_', words order - from private to common (example: black_iron_ore).
# Unit name will be automatically converted to ore dictionary name with reverse word order (example: oreIronBlack).
# Use '*' char as meta value to specify all possible values.
# To define multiple block states, you can use block properties instead of meta. The format is <modId:blockName:[prop1=value1, prop2=value2]>
# Also you may use just ore dictionary name as full id.
# [default: [concrete:10]]
S:components <
concrete:10
>
# Output unit id.
# Id is a basic unit (block or item) identifier in <modId:unitName:meta> format.
# ModId can be omitted for vanilla items. Meta can be omitted too if it equals 0.
# UnitName must be lowercase, words separated by '_', words order - from private to common (example: black_iron_ore).
# Unit name will be automatically converted to ore dictionary name with reverse word order (example: oreIronBlack).
# Use '*' char as meta value to specify all possible values.
# To define multiple block states, you can use block properties instead of meta. The format is <modId:blockName:[prop1=value1, prop2=value2]>
# Also you may use just ore dictionary name as full id.
# [default: adchimneys:concrete_purple]
S:output=adchimneys:concrete_purple
# Shaped recipe pattern in format <nn nn> or <nnn nnn nnn>.
# Where 'n' - number of recipe component (from 1 to 9).
# Zero value (0) is for empty slot.
# If pattern is empty, then recipe will be treated as shapeless. [default: 101 101 101]
S:pattern=101 101 101
}
}
}
Pump {
CraftingRecipe {
main {
# Amount of output units. [range: 1 ~ 64, default: 4]
I:amount=4
# Recipe components list.
# Components should be represented by its ids.
# Id is a basic unit (block or item) identifier in <modId:unitName:meta> format.
# ModId can be omitted for vanilla items. Meta can be omitted too if it equals 0.
# UnitName must be lowercase, words separated by '_', words order - from private to common (example: black_iron_ore).
# Unit name will be automatically converted to ore dictionary name with reverse word order (example: oreIronBlack).
# Use '*' char as meta value to specify all possible values.
# To define multiple block states, you can use block properties instead of meta. The format is <modId:blockName:[prop1=value1, prop2=value2]>
# Also you may use just ore dictionary name as full id.
# [default: [adchimneys:concrete_purple:1], [repeater], [blockCoal]]
S:components <
adchimneys:concrete_purple:1
repeater
blockCoal
>
# Output unit id.
# Id is a basic unit (block or item) identifier in <modId:unitName:meta> format.
# ModId can be omitted for vanilla items. Meta can be omitted too if it equals 0.
# UnitName must be lowercase, words separated by '_', words order - from private to common (example: black_iron_ore).
# Unit name will be automatically converted to ore dictionary name with reverse word order (example: oreIronBlack).
# Use '*' char as meta value to specify all possible values.
# To define multiple block states, you can use block properties instead of meta. The format is <modId:blockName:[prop1=value1, prop2=value2]>
# Also you may use just ore dictionary name as full id.
# [default: adchimneys:concrete_purple:2]
S:output=adchimneys:concrete_purple:2
# Shaped recipe pattern in format <nn nn> or <nnn nnn nnn>.
# Where 'n' - number of recipe component (from 1 to 9).
# Zero value (0) is for empty slot.
# If pattern is empty, then recipe will be treated as shapeless. [default: 121 232 121]
S:pattern=121 232 121
}
}
}
Vent {
CraftingRecipe {
main {
# Amount of output units. [range: 1 ~ 64, default: 4]
I:amount=4
# Recipe components list.
# Components should be represented by its ids.
# Id is a basic unit (block or item) identifier in <modId:unitName:meta> format.
# ModId can be omitted for vanilla items. Meta can be omitted too if it equals 0.
# UnitName must be lowercase, words separated by '_', words order - from private to common (example: black_iron_ore).
# Unit name will be automatically converted to ore dictionary name with reverse word order (example: oreIronBlack).
# Use '*' char as meta value to specify all possible values.
# To define multiple block states, you can use block properties instead of meta. The format is <modId:blockName:[prop1=value1, prop2=value2]>
# Also you may use just ore dictionary name as full id.
# [default: [adchimneys:concrete_purple]]
S:components <
adchimneys:concrete_purple
>
# Output unit id.
# Id is a basic unit (block or item) identifier in <modId:unitName:meta> format.
# ModId can be omitted for vanilla items. Meta can be omitted too if it equals 0.
# UnitName must be lowercase, words separated by '_', words order - from private to common (example: black_iron_ore).
# Unit name will be automatically converted to ore dictionary name with reverse word order (example: oreIronBlack).
# Use '*' char as meta value to specify all possible values.
# To define multiple block states, you can use block properties instead of meta. The format is <modId:blockName:[prop1=value1, prop2=value2]>
# Also you may use just ore dictionary name as full id.
# [default: adchimneys:concrete_purple:1]
S:output=adchimneys:concrete_purple:1
# Shaped recipe pattern in format <nn nn> or <nnn nnn nnn>.
# Where 'n' - number of recipe component (from 1 to 9).
# Zero value (0) is for empty slot.
# If pattern is empty, then recipe will be treated as shapeless. [default: 101 000 101]
S:pattern=101 000 101
}
}
}
purpleConcrete {
# Defines a color in ARGB (Alpha, Red, Green, Blue) hex format (0xaarrggbb) which will be applied to the smoke.
# The alpha channel of this color (aa) determines probability of applying (ff - always, 7f - 1/2, 00 - never).
# [default: 0x1164209b]
S:color=0x1164209b
# Set to 'false' if you don't need this unit. [default: true]
B:enabled=true
# Defines how many hits it takes to break the block.
# -1 makes the block indestructible. [range: -1.0 ~ 3.4028235E38, default: 1.8]
S:hardness=1.8
# Id is a basic unit (block or item) identifier in <modId:unitName:meta> format.
# ModId can be omitted for vanilla items. Meta can be omitted too if it equals 0.
# UnitName must be lowercase, words separated by '_', words order - from private to common (example: black_iron_ore).
# Unit name will be automatically converted to ore dictionary name with reverse word order (example: oreIronBlack).
# Use '*' char as meta value to specify all possible values.
# To define multiple block states, you can use block properties instead of meta. The format is <modId:blockName:[prop1=value1, prop2=value2]>
# Also you may use just ore dictionary name as full id.
# [default: concrete:10]
S:relatedBlockId=concrete:10
# Defines the block resistance to explosions. [range: 0.0 ~ 3.4028235E38, default: 9.0]
S:resistance=9.0
}

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# Configuration file
Chimney {
CraftingRecipe {
main {
# Amount of output units. [range: 1 ~ 64, default: 16]
I:amount=16
# Recipe components list.
# Components should be represented by its ids.
# Id is a basic unit (block or item) identifier in <modId:unitName:meta> format.
# ModId can be omitted for vanilla items. Meta can be omitted too if it equals 0.
# UnitName must be lowercase, words separated by '_', words order - from private to common (example: black_iron_ore).
# Unit name will be automatically converted to ore dictionary name with reverse word order (example: oreIronBlack).
# Use '*' char as meta value to specify all possible values.
# To define multiple block states, you can use block properties instead of meta. The format is <modId:blockName:[prop1=value1, prop2=value2]>
# Also you may use just ore dictionary name as full id.
# [default: [concrete:14]]
S:components <
concrete:14
>
# Output unit id.
# Id is a basic unit (block or item) identifier in <modId:unitName:meta> format.
# ModId can be omitted for vanilla items. Meta can be omitted too if it equals 0.
# UnitName must be lowercase, words separated by '_', words order - from private to common (example: black_iron_ore).
# Unit name will be automatically converted to ore dictionary name with reverse word order (example: oreIronBlack).
# Use '*' char as meta value to specify all possible values.
# To define multiple block states, you can use block properties instead of meta. The format is <modId:blockName:[prop1=value1, prop2=value2]>
# Also you may use just ore dictionary name as full id.
# [default: adchimneys:concrete_red]
S:output=adchimneys:concrete_red
# Shaped recipe pattern in format <nn nn> or <nnn nnn nnn>.
# Where 'n' - number of recipe component (from 1 to 9).
# Zero value (0) is for empty slot.
# If pattern is empty, then recipe will be treated as shapeless. [default: 101 101 101]
S:pattern=101 101 101
}
}
}
Pump {
CraftingRecipe {
main {
# Amount of output units. [range: 1 ~ 64, default: 4]
I:amount=4
# Recipe components list.
# Components should be represented by its ids.
# Id is a basic unit (block or item) identifier in <modId:unitName:meta> format.
# ModId can be omitted for vanilla items. Meta can be omitted too if it equals 0.
# UnitName must be lowercase, words separated by '_', words order - from private to common (example: black_iron_ore).
# Unit name will be automatically converted to ore dictionary name with reverse word order (example: oreIronBlack).
# Use '*' char as meta value to specify all possible values.
# To define multiple block states, you can use block properties instead of meta. The format is <modId:blockName:[prop1=value1, prop2=value2]>
# Also you may use just ore dictionary name as full id.
# [default: [adchimneys:concrete_red:1], [repeater], [blockCoal]]
S:components <
adchimneys:concrete_red:1
repeater
blockCoal
>
# Output unit id.
# Id is a basic unit (block or item) identifier in <modId:unitName:meta> format.
# ModId can be omitted for vanilla items. Meta can be omitted too if it equals 0.
# UnitName must be lowercase, words separated by '_', words order - from private to common (example: black_iron_ore).
# Unit name will be automatically converted to ore dictionary name with reverse word order (example: oreIronBlack).
# Use '*' char as meta value to specify all possible values.
# To define multiple block states, you can use block properties instead of meta. The format is <modId:blockName:[prop1=value1, prop2=value2]>
# Also you may use just ore dictionary name as full id.
# [default: adchimneys:concrete_red:2]
S:output=adchimneys:concrete_red:2
# Shaped recipe pattern in format <nn nn> or <nnn nnn nnn>.
# Where 'n' - number of recipe component (from 1 to 9).
# Zero value (0) is for empty slot.
# If pattern is empty, then recipe will be treated as shapeless. [default: 121 232 121]
S:pattern=121 232 121
}
}
}
Vent {
CraftingRecipe {
main {
# Amount of output units. [range: 1 ~ 64, default: 4]
I:amount=4
# Recipe components list.
# Components should be represented by its ids.
# Id is a basic unit (block or item) identifier in <modId:unitName:meta> format.
# ModId can be omitted for vanilla items. Meta can be omitted too if it equals 0.
# UnitName must be lowercase, words separated by '_', words order - from private to common (example: black_iron_ore).
# Unit name will be automatically converted to ore dictionary name with reverse word order (example: oreIronBlack).
# Use '*' char as meta value to specify all possible values.
# To define multiple block states, you can use block properties instead of meta. The format is <modId:blockName:[prop1=value1, prop2=value2]>
# Also you may use just ore dictionary name as full id.
# [default: [adchimneys:concrete_red]]
S:components <
adchimneys:concrete_red
>
# Output unit id.
# Id is a basic unit (block or item) identifier in <modId:unitName:meta> format.
# ModId can be omitted for vanilla items. Meta can be omitted too if it equals 0.
# UnitName must be lowercase, words separated by '_', words order - from private to common (example: black_iron_ore).
# Unit name will be automatically converted to ore dictionary name with reverse word order (example: oreIronBlack).
# Use '*' char as meta value to specify all possible values.
# To define multiple block states, you can use block properties instead of meta. The format is <modId:blockName:[prop1=value1, prop2=value2]>
# Also you may use just ore dictionary name as full id.
# [default: adchimneys:concrete_red:1]
S:output=adchimneys:concrete_red:1
# Shaped recipe pattern in format <nn nn> or <nnn nnn nnn>.
# Where 'n' - number of recipe component (from 1 to 9).
# Zero value (0) is for empty slot.
# If pattern is empty, then recipe will be treated as shapeless. [default: 101 000 101]
S:pattern=101 000 101
}
}
}
redConcrete {
# Defines a color in ARGB (Alpha, Red, Green, Blue) hex format (0xaarrggbb) which will be applied to the smoke.
# The alpha channel of this color (aa) determines probability of applying (ff - always, 7f - 1/2, 00 - never).
# [default: 0x118c2121]
S:color=0x118c2121
# Set to 'false' if you don't need this unit. [default: true]
B:enabled=true
# Defines how many hits it takes to break the block.
# -1 makes the block indestructible. [range: -1.0 ~ 3.4028235E38, default: 1.8]
S:hardness=1.8
# Id is a basic unit (block or item) identifier in <modId:unitName:meta> format.
# ModId can be omitted for vanilla items. Meta can be omitted too if it equals 0.
# UnitName must be lowercase, words separated by '_', words order - from private to common (example: black_iron_ore).
# Unit name will be automatically converted to ore dictionary name with reverse word order (example: oreIronBlack).
# Use '*' char as meta value to specify all possible values.
# To define multiple block states, you can use block properties instead of meta. The format is <modId:blockName:[prop1=value1, prop2=value2]>
# Also you may use just ore dictionary name as full id.
# [default: concrete:14]
S:relatedBlockId=concrete:14
# Defines the block resistance to explosions. [range: 0.0 ~ 3.4028235E38, default: 9.0]
S:resistance=9.0
}

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# Configuration file
Chimney {
CraftingRecipe {
main {
# Amount of output units. [range: 1 ~ 64, default: 16]
I:amount=16
# Recipe components list.
# Components should be represented by its ids.
# Id is a basic unit (block or item) identifier in <modId:unitName:meta> format.
# ModId can be omitted for vanilla items. Meta can be omitted too if it equals 0.
# UnitName must be lowercase, words separated by '_', words order - from private to common (example: black_iron_ore).
# Unit name will be automatically converted to ore dictionary name with reverse word order (example: oreIronBlack).
# Use '*' char as meta value to specify all possible values.
# To define multiple block states, you can use block properties instead of meta. The format is <modId:blockName:[prop1=value1, prop2=value2]>
# Also you may use just ore dictionary name as full id.
# [default: [concrete:8]]
S:components <
concrete:8
>
# Output unit id.
# Id is a basic unit (block or item) identifier in <modId:unitName:meta> format.
# ModId can be omitted for vanilla items. Meta can be omitted too if it equals 0.
# UnitName must be lowercase, words separated by '_', words order - from private to common (example: black_iron_ore).
# Unit name will be automatically converted to ore dictionary name with reverse word order (example: oreIronBlack).
# Use '*' char as meta value to specify all possible values.
# To define multiple block states, you can use block properties instead of meta. The format is <modId:blockName:[prop1=value1, prop2=value2]>
# Also you may use just ore dictionary name as full id.
# [default: adchimneys:concrete_silver]
S:output=adchimneys:concrete_silver
# Shaped recipe pattern in format <nn nn> or <nnn nnn nnn>.
# Where 'n' - number of recipe component (from 1 to 9).
# Zero value (0) is for empty slot.
# If pattern is empty, then recipe will be treated as shapeless. [default: 101 101 101]
S:pattern=101 101 101
}
}
}
Pump {
CraftingRecipe {
main {
# Amount of output units. [range: 1 ~ 64, default: 4]
I:amount=4
# Recipe components list.
# Components should be represented by its ids.
# Id is a basic unit (block or item) identifier in <modId:unitName:meta> format.
# ModId can be omitted for vanilla items. Meta can be omitted too if it equals 0.
# UnitName must be lowercase, words separated by '_', words order - from private to common (example: black_iron_ore).
# Unit name will be automatically converted to ore dictionary name with reverse word order (example: oreIronBlack).
# Use '*' char as meta value to specify all possible values.
# To define multiple block states, you can use block properties instead of meta. The format is <modId:blockName:[prop1=value1, prop2=value2]>
# Also you may use just ore dictionary name as full id.
# [default: [adchimneys:concrete_silver:1], [repeater], [blockCoal]]
S:components <
adchimneys:concrete_silver:1
repeater
blockCoal
>
# Output unit id.
# Id is a basic unit (block or item) identifier in <modId:unitName:meta> format.
# ModId can be omitted for vanilla items. Meta can be omitted too if it equals 0.
# UnitName must be lowercase, words separated by '_', words order - from private to common (example: black_iron_ore).
# Unit name will be automatically converted to ore dictionary name with reverse word order (example: oreIronBlack).
# Use '*' char as meta value to specify all possible values.
# To define multiple block states, you can use block properties instead of meta. The format is <modId:blockName:[prop1=value1, prop2=value2]>
# Also you may use just ore dictionary name as full id.
# [default: adchimneys:concrete_silver:2]
S:output=adchimneys:concrete_silver:2
# Shaped recipe pattern in format <nn nn> or <nnn nnn nnn>.
# Where 'n' - number of recipe component (from 1 to 9).
# Zero value (0) is for empty slot.
# If pattern is empty, then recipe will be treated as shapeless. [default: 121 232 121]
S:pattern=121 232 121
}
}
}
Vent {
CraftingRecipe {
main {
# Amount of output units. [range: 1 ~ 64, default: 4]
I:amount=4
# Recipe components list.
# Components should be represented by its ids.
# Id is a basic unit (block or item) identifier in <modId:unitName:meta> format.
# ModId can be omitted for vanilla items. Meta can be omitted too if it equals 0.
# UnitName must be lowercase, words separated by '_', words order - from private to common (example: black_iron_ore).
# Unit name will be automatically converted to ore dictionary name with reverse word order (example: oreIronBlack).
# Use '*' char as meta value to specify all possible values.
# To define multiple block states, you can use block properties instead of meta. The format is <modId:blockName:[prop1=value1, prop2=value2]>
# Also you may use just ore dictionary name as full id.
# [default: [adchimneys:concrete_silver]]
S:components <
adchimneys:concrete_silver
>
# Output unit id.
# Id is a basic unit (block or item) identifier in <modId:unitName:meta> format.
# ModId can be omitted for vanilla items. Meta can be omitted too if it equals 0.
# UnitName must be lowercase, words separated by '_', words order - from private to common (example: black_iron_ore).
# Unit name will be automatically converted to ore dictionary name with reverse word order (example: oreIronBlack).
# Use '*' char as meta value to specify all possible values.
# To define multiple block states, you can use block properties instead of meta. The format is <modId:blockName:[prop1=value1, prop2=value2]>
# Also you may use just ore dictionary name as full id.
# [default: adchimneys:concrete_silver:1]
S:output=adchimneys:concrete_silver:1
# Shaped recipe pattern in format <nn nn> or <nnn nnn nnn>.
# Where 'n' - number of recipe component (from 1 to 9).
# Zero value (0) is for empty slot.
# If pattern is empty, then recipe will be treated as shapeless. [default: 101 000 101]
S:pattern=101 000 101
}
}
}
silverConcrete {
# Defines a color in ARGB (Alpha, Red, Green, Blue) hex format (0xaarrggbb) which will be applied to the smoke.
# The alpha channel of this color (aa) determines probability of applying (ff - always, 7f - 1/2, 00 - never).
# [default: 0x117b7b71]
S:color=0x117b7b71
# Set to 'false' if you don't need this unit. [default: true]
B:enabled=true
# Defines how many hits it takes to break the block.
# -1 makes the block indestructible. [range: -1.0 ~ 3.4028235E38, default: 1.8]
S:hardness=1.8
# Id is a basic unit (block or item) identifier in <modId:unitName:meta> format.
# ModId can be omitted for vanilla items. Meta can be omitted too if it equals 0.
# UnitName must be lowercase, words separated by '_', words order - from private to common (example: black_iron_ore).
# Unit name will be automatically converted to ore dictionary name with reverse word order (example: oreIronBlack).
# Use '*' char as meta value to specify all possible values.
# To define multiple block states, you can use block properties instead of meta. The format is <modId:blockName:[prop1=value1, prop2=value2]>
# Also you may use just ore dictionary name as full id.
# [default: concrete:8]
S:relatedBlockId=concrete:8
# Defines the block resistance to explosions. [range: 0.0 ~ 3.4028235E38, default: 9.0]
S:resistance=9.0
}

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# Configuration file
Chimney {
CraftingRecipe {
main {
# Amount of output units. [range: 1 ~ 64, default: 16]
I:amount=16
# Recipe components list.
# Components should be represented by its ids.
# Id is a basic unit (block or item) identifier in <modId:unitName:meta> format.
# ModId can be omitted for vanilla items. Meta can be omitted too if it equals 0.
# UnitName must be lowercase, words separated by '_', words order - from private to common (example: black_iron_ore).
# Unit name will be automatically converted to ore dictionary name with reverse word order (example: oreIronBlack).
# Use '*' char as meta value to specify all possible values.
# To define multiple block states, you can use block properties instead of meta. The format is <modId:blockName:[prop1=value1, prop2=value2]>
# Also you may use just ore dictionary name as full id.
# [default: [concrete:0]]
S:components <
concrete:0
>
# Output unit id.
# Id is a basic unit (block or item) identifier in <modId:unitName:meta> format.
# ModId can be omitted for vanilla items. Meta can be omitted too if it equals 0.
# UnitName must be lowercase, words separated by '_', words order - from private to common (example: black_iron_ore).
# Unit name will be automatically converted to ore dictionary name with reverse word order (example: oreIronBlack).
# Use '*' char as meta value to specify all possible values.
# To define multiple block states, you can use block properties instead of meta. The format is <modId:blockName:[prop1=value1, prop2=value2]>
# Also you may use just ore dictionary name as full id.
# [default: adchimneys:concrete_white]
S:output=adchimneys:concrete_white
# Shaped recipe pattern in format <nn nn> or <nnn nnn nnn>.
# Where 'n' - number of recipe component (from 1 to 9).
# Zero value (0) is for empty slot.
# If pattern is empty, then recipe will be treated as shapeless. [default: 101 101 101]
S:pattern=101 101 101
}
}
}
Pump {
CraftingRecipe {
main {
# Amount of output units. [range: 1 ~ 64, default: 4]
I:amount=4
# Recipe components list.
# Components should be represented by its ids.
# Id is a basic unit (block or item) identifier in <modId:unitName:meta> format.
# ModId can be omitted for vanilla items. Meta can be omitted too if it equals 0.
# UnitName must be lowercase, words separated by '_', words order - from private to common (example: black_iron_ore).
# Unit name will be automatically converted to ore dictionary name with reverse word order (example: oreIronBlack).
# Use '*' char as meta value to specify all possible values.
# To define multiple block states, you can use block properties instead of meta. The format is <modId:blockName:[prop1=value1, prop2=value2]>
# Also you may use just ore dictionary name as full id.
# [default: [adchimneys:concrete_white:1], [repeater], [blockCoal]]
S:components <
adchimneys:concrete_white:1
repeater
blockCoal
>
# Output unit id.
# Id is a basic unit (block or item) identifier in <modId:unitName:meta> format.
# ModId can be omitted for vanilla items. Meta can be omitted too if it equals 0.
# UnitName must be lowercase, words separated by '_', words order - from private to common (example: black_iron_ore).
# Unit name will be automatically converted to ore dictionary name with reverse word order (example: oreIronBlack).
# Use '*' char as meta value to specify all possible values.
# To define multiple block states, you can use block properties instead of meta. The format is <modId:blockName:[prop1=value1, prop2=value2]>
# Also you may use just ore dictionary name as full id.
# [default: adchimneys:concrete_white:2]
S:output=adchimneys:concrete_white:2
# Shaped recipe pattern in format <nn nn> or <nnn nnn nnn>.
# Where 'n' - number of recipe component (from 1 to 9).
# Zero value (0) is for empty slot.
# If pattern is empty, then recipe will be treated as shapeless. [default: 121 232 121]
S:pattern=121 232 121
}
}
}
Vent {
CraftingRecipe {
main {
# Amount of output units. [range: 1 ~ 64, default: 4]
I:amount=4
# Recipe components list.
# Components should be represented by its ids.
# Id is a basic unit (block or item) identifier in <modId:unitName:meta> format.
# ModId can be omitted for vanilla items. Meta can be omitted too if it equals 0.
# UnitName must be lowercase, words separated by '_', words order - from private to common (example: black_iron_ore).
# Unit name will be automatically converted to ore dictionary name with reverse word order (example: oreIronBlack).
# Use '*' char as meta value to specify all possible values.
# To define multiple block states, you can use block properties instead of meta. The format is <modId:blockName:[prop1=value1, prop2=value2]>
# Also you may use just ore dictionary name as full id.
# [default: [adchimneys:concrete_white]]
S:components <
adchimneys:concrete_white
>
# Output unit id.
# Id is a basic unit (block or item) identifier in <modId:unitName:meta> format.
# ModId can be omitted for vanilla items. Meta can be omitted too if it equals 0.
# UnitName must be lowercase, words separated by '_', words order - from private to common (example: black_iron_ore).
# Unit name will be automatically converted to ore dictionary name with reverse word order (example: oreIronBlack).
# Use '*' char as meta value to specify all possible values.
# To define multiple block states, you can use block properties instead of meta. The format is <modId:blockName:[prop1=value1, prop2=value2]>
# Also you may use just ore dictionary name as full id.
# [default: adchimneys:concrete_white:1]
S:output=adchimneys:concrete_white:1
# Shaped recipe pattern in format <nn nn> or <nnn nnn nnn>.
# Where 'n' - number of recipe component (from 1 to 9).
# Zero value (0) is for empty slot.
# If pattern is empty, then recipe will be treated as shapeless. [default: 101 000 101]
S:pattern=101 000 101
}
}
}
whiteConcrete {
# Defines a color in ARGB (Alpha, Red, Green, Blue) hex format (0xaarrggbb) which will be applied to the smoke.
# The alpha channel of this color (aa) determines probability of applying (ff - always, 7f - 1/2, 00 - never).
# [default: 0x11cbd1d2]
S:color=0x11cbd1d2
# Set to 'false' if you don't need this unit. [default: true]
B:enabled=true
# Defines how many hits it takes to break the block.
# -1 makes the block indestructible. [range: -1.0 ~ 3.4028235E38, default: 1.8]
S:hardness=1.8
# Id is a basic unit (block or item) identifier in <modId:unitName:meta> format.
# ModId can be omitted for vanilla items. Meta can be omitted too if it equals 0.
# UnitName must be lowercase, words separated by '_', words order - from private to common (example: black_iron_ore).
# Unit name will be automatically converted to ore dictionary name with reverse word order (example: oreIronBlack).
# Use '*' char as meta value to specify all possible values.
# To define multiple block states, you can use block properties instead of meta. The format is <modId:blockName:[prop1=value1, prop2=value2]>
# Also you may use just ore dictionary name as full id.
# [default: concrete:0]
S:relatedBlockId=concrete:0
# Defines the block resistance to explosions. [range: 0.0 ~ 3.4028235E38, default: 9.0]
S:resistance=9.0
}

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# Configuration file
Chimney {
CraftingRecipe {
main {
# Amount of output units. [range: 1 ~ 64, default: 16]
I:amount=16
# Recipe components list.
# Components should be represented by its ids.
# Id is a basic unit (block or item) identifier in <modId:unitName:meta> format.
# ModId can be omitted for vanilla items. Meta can be omitted too if it equals 0.
# UnitName must be lowercase, words separated by '_', words order - from private to common (example: black_iron_ore).
# Unit name will be automatically converted to ore dictionary name with reverse word order (example: oreIronBlack).
# Use '*' char as meta value to specify all possible values.
# To define multiple block states, you can use block properties instead of meta. The format is <modId:blockName:[prop1=value1, prop2=value2]>
# Also you may use just ore dictionary name as full id.
# [default: [concrete:4]]
S:components <
concrete:4
>
# Output unit id.
# Id is a basic unit (block or item) identifier in <modId:unitName:meta> format.
# ModId can be omitted for vanilla items. Meta can be omitted too if it equals 0.
# UnitName must be lowercase, words separated by '_', words order - from private to common (example: black_iron_ore).
# Unit name will be automatically converted to ore dictionary name with reverse word order (example: oreIronBlack).
# Use '*' char as meta value to specify all possible values.
# To define multiple block states, you can use block properties instead of meta. The format is <modId:blockName:[prop1=value1, prop2=value2]>
# Also you may use just ore dictionary name as full id.
# [default: adchimneys:concrete_yellow]
S:output=adchimneys:concrete_yellow
# Shaped recipe pattern in format <nn nn> or <nnn nnn nnn>.
# Where 'n' - number of recipe component (from 1 to 9).
# Zero value (0) is for empty slot.
# If pattern is empty, then recipe will be treated as shapeless. [default: 101 101 101]
S:pattern=101 101 101
}
}
}
Pump {
CraftingRecipe {
main {
# Amount of output units. [range: 1 ~ 64, default: 4]
I:amount=4
# Recipe components list.
# Components should be represented by its ids.
# Id is a basic unit (block or item) identifier in <modId:unitName:meta> format.
# ModId can be omitted for vanilla items. Meta can be omitted too if it equals 0.
# UnitName must be lowercase, words separated by '_', words order - from private to common (example: black_iron_ore).
# Unit name will be automatically converted to ore dictionary name with reverse word order (example: oreIronBlack).
# Use '*' char as meta value to specify all possible values.
# To define multiple block states, you can use block properties instead of meta. The format is <modId:blockName:[prop1=value1, prop2=value2]>
# Also you may use just ore dictionary name as full id.
# [default: [adchimneys:concrete_yellow:1], [repeater], [blockCoal]]
S:components <
adchimneys:concrete_yellow:1
repeater
blockCoal
>
# Output unit id.
# Id is a basic unit (block or item) identifier in <modId:unitName:meta> format.
# ModId can be omitted for vanilla items. Meta can be omitted too if it equals 0.
# UnitName must be lowercase, words separated by '_', words order - from private to common (example: black_iron_ore).
# Unit name will be automatically converted to ore dictionary name with reverse word order (example: oreIronBlack).
# Use '*' char as meta value to specify all possible values.
# To define multiple block states, you can use block properties instead of meta. The format is <modId:blockName:[prop1=value1, prop2=value2]>
# Also you may use just ore dictionary name as full id.
# [default: adchimneys:concrete_yellow:2]
S:output=adchimneys:concrete_yellow:2
# Shaped recipe pattern in format <nn nn> or <nnn nnn nnn>.
# Where 'n' - number of recipe component (from 1 to 9).
# Zero value (0) is for empty slot.
# If pattern is empty, then recipe will be treated as shapeless. [default: 121 232 121]
S:pattern=121 232 121
}
}
}
Vent {
CraftingRecipe {
main {
# Amount of output units. [range: 1 ~ 64, default: 4]
I:amount=4
# Recipe components list.
# Components should be represented by its ids.
# Id is a basic unit (block or item) identifier in <modId:unitName:meta> format.
# ModId can be omitted for vanilla items. Meta can be omitted too if it equals 0.
# UnitName must be lowercase, words separated by '_', words order - from private to common (example: black_iron_ore).
# Unit name will be automatically converted to ore dictionary name with reverse word order (example: oreIronBlack).
# Use '*' char as meta value to specify all possible values.
# To define multiple block states, you can use block properties instead of meta. The format is <modId:blockName:[prop1=value1, prop2=value2]>
# Also you may use just ore dictionary name as full id.
# [default: [adchimneys:concrete_yellow]]
S:components <
adchimneys:concrete_yellow
>
# Output unit id.
# Id is a basic unit (block or item) identifier in <modId:unitName:meta> format.
# ModId can be omitted for vanilla items. Meta can be omitted too if it equals 0.
# UnitName must be lowercase, words separated by '_', words order - from private to common (example: black_iron_ore).
# Unit name will be automatically converted to ore dictionary name with reverse word order (example: oreIronBlack).
# Use '*' char as meta value to specify all possible values.
# To define multiple block states, you can use block properties instead of meta. The format is <modId:blockName:[prop1=value1, prop2=value2]>
# Also you may use just ore dictionary name as full id.
# [default: adchimneys:concrete_yellow:1]
S:output=adchimneys:concrete_yellow:1
# Shaped recipe pattern in format <nn nn> or <nnn nnn nnn>.
# Where 'n' - number of recipe component (from 1 to 9).
# Zero value (0) is for empty slot.
# If pattern is empty, then recipe will be treated as shapeless. [default: 101 000 101]
S:pattern=101 000 101
}
}
}
yellowConcrete {
# Defines a color in ARGB (Alpha, Red, Green, Blue) hex format (0xaarrggbb) which will be applied to the smoke.
# The alpha channel of this color (aa) determines probability of applying (ff - always, 7f - 1/2, 00 - never).
# [default: 0x11ebab15]
S:color=0x11ebab15
# Set to 'false' if you don't need this unit. [default: true]
B:enabled=true
# Defines how many hits it takes to break the block.
# -1 makes the block indestructible. [range: -1.0 ~ 3.4028235E38, default: 1.8]
S:hardness=1.8
# Id is a basic unit (block or item) identifier in <modId:unitName:meta> format.
# ModId can be omitted for vanilla items. Meta can be omitted too if it equals 0.
# UnitName must be lowercase, words separated by '_', words order - from private to common (example: black_iron_ore).
# Unit name will be automatically converted to ore dictionary name with reverse word order (example: oreIronBlack).
# Use '*' char as meta value to specify all possible values.
# To define multiple block states, you can use block properties instead of meta. The format is <modId:blockName:[prop1=value1, prop2=value2]>
# Also you may use just ore dictionary name as full id.
# [default: concrete:4]
S:relatedBlockId=concrete:4
# Defines the block resistance to explosions. [range: 0.0 ~ 3.4028235E38, default: 9.0]
S:resistance=9.0
}

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# Configuration file
Chimney {
CraftingRecipe {
main {
# Amount of output units. [range: 1 ~ 64, default: 8]
I:amount=8
# Recipe components list.
# Components should be represented by its ids.
# Id is a basic unit (block or item) identifier in <modId:unitName:meta> format.
# ModId can be omitted for vanilla items. Meta can be omitted too if it equals 0.
# UnitName must be lowercase, words separated by '_', words order - from private to common (example: black_iron_ore).
# Unit name will be automatically converted to ore dictionary name with reverse word order (example: oreIronBlack).
# Use '*' char as meta value to specify all possible values.
# To define multiple block states, you can use block properties instead of meta. The format is <modId:blockName:[prop1=value1, prop2=value2]>
# Also you may use just ore dictionary name as full id.
# [default: [ceramics:clay_hard:1]]
S:components <
ceramics:clay_hard:1
>
# Output unit id.
# Id is a basic unit (block or item) identifier in <modId:unitName:meta> format.
# ModId can be omitted for vanilla items. Meta can be omitted too if it equals 0.
# UnitName must be lowercase, words separated by '_', words order - from private to common (example: black_iron_ore).
# Unit name will be automatically converted to ore dictionary name with reverse word order (example: oreIronBlack).
# Use '*' char as meta value to specify all possible values.
# To define multiple block states, you can use block properties instead of meta. The format is <modId:blockName:[prop1=value1, prop2=value2]>
# Also you may use just ore dictionary name as full id.
# [default: adchimneys:dark_brick]
S:output=adchimneys:dark_brick
# Shaped recipe pattern in format <nn nn> or <nnn nnn nnn>.
# Where 'n' - number of recipe component (from 1 to 9).
# Zero value (0) is for empty slot.
# If pattern is empty, then recipe will be treated as shapeless. [default: 101 101 101]
S:pattern=101 101 101
}
}
}
Pump {
CraftingRecipe {
main {
# Amount of output units. [range: 1 ~ 64, default: 4]
I:amount=4
# Recipe components list.
# Components should be represented by its ids.
# Id is a basic unit (block or item) identifier in <modId:unitName:meta> format.
# ModId can be omitted for vanilla items. Meta can be omitted too if it equals 0.
# UnitName must be lowercase, words separated by '_', words order - from private to common (example: black_iron_ore).
# Unit name will be automatically converted to ore dictionary name with reverse word order (example: oreIronBlack).
# Use '*' char as meta value to specify all possible values.
# To define multiple block states, you can use block properties instead of meta. The format is <modId:blockName:[prop1=value1, prop2=value2]>
# Also you may use just ore dictionary name as full id.
# [default: [adchimneys:dark_brick:1], [repeater], [blockCoal]]
S:components <
adchimneys:dark_brick:1
repeater
blockCoal
>
# Output unit id.
# Id is a basic unit (block or item) identifier in <modId:unitName:meta> format.
# ModId can be omitted for vanilla items. Meta can be omitted too if it equals 0.
# UnitName must be lowercase, words separated by '_', words order - from private to common (example: black_iron_ore).
# Unit name will be automatically converted to ore dictionary name with reverse word order (example: oreIronBlack).
# Use '*' char as meta value to specify all possible values.
# To define multiple block states, you can use block properties instead of meta. The format is <modId:blockName:[prop1=value1, prop2=value2]>
# Also you may use just ore dictionary name as full id.
# [default: adchimneys:dark_brick:2]
S:output=adchimneys:dark_brick:2
# Shaped recipe pattern in format <nn nn> or <nnn nnn nnn>.
# Where 'n' - number of recipe component (from 1 to 9).
# Zero value (0) is for empty slot.
# If pattern is empty, then recipe will be treated as shapeless. [default: 121 232 121]
S:pattern=121 232 121
}
}
}
Vent {
CraftingRecipe {
main {
# Amount of output units. [range: 1 ~ 64, default: 4]
I:amount=4
# Recipe components list.
# Components should be represented by its ids.
# Id is a basic unit (block or item) identifier in <modId:unitName:meta> format.
# ModId can be omitted for vanilla items. Meta can be omitted too if it equals 0.
# UnitName must be lowercase, words separated by '_', words order - from private to common (example: black_iron_ore).
# Unit name will be automatically converted to ore dictionary name with reverse word order (example: oreIronBlack).
# Use '*' char as meta value to specify all possible values.
# To define multiple block states, you can use block properties instead of meta. The format is <modId:blockName:[prop1=value1, prop2=value2]>
# Also you may use just ore dictionary name as full id.
# [default: [adchimneys:dark_brick]]
S:components <
adchimneys:dark_brick
>
# Output unit id.
# Id is a basic unit (block or item) identifier in <modId:unitName:meta> format.
# ModId can be omitted for vanilla items. Meta can be omitted too if it equals 0.
# UnitName must be lowercase, words separated by '_', words order - from private to common (example: black_iron_ore).
# Unit name will be automatically converted to ore dictionary name with reverse word order (example: oreIronBlack).
# Use '*' char as meta value to specify all possible values.
# To define multiple block states, you can use block properties instead of meta. The format is <modId:blockName:[prop1=value1, prop2=value2]>
# Also you may use just ore dictionary name as full id.
# [default: adchimneys:dark_brick:1]
S:output=adchimneys:dark_brick:1
# Shaped recipe pattern in format <nn nn> or <nnn nnn nnn>.
# Where 'n' - number of recipe component (from 1 to 9).
# Zero value (0) is for empty slot.
# If pattern is empty, then recipe will be treated as shapeless. [default: 101 000 101]
S:pattern=101 000 101
}
}
}
brickDark {
# Defines a color in ARGB (Alpha, Red, Green, Blue) hex format (0xaarrggbb) which will be applied to the smoke.
# The alpha channel of this color (aa) determines probability of applying (ff - always, 7f - 1/2, 00 - never).
# [default: 0x11512114]
S:color=0x11512114
# Set to 'false' if you don't need this unit. [default: true]
B:enabled=true
# Id is a basic unit (block or item) identifier in <modId:unitName:meta> format.
# ModId can be omitted for vanilla items. Meta can be omitted too if it equals 0.
# UnitName must be lowercase, words separated by '_', words order - from private to common (example: black_iron_ore).
# Unit name will be automatically converted to ore dictionary name with reverse word order (example: oreIronBlack).
# Use '*' char as meta value to specify all possible values.
# To define multiple block states, you can use block properties instead of meta. The format is <modId:blockName:[prop1=value1, prop2=value2]>
# Also you may use just ore dictionary name as full id.
# [default: ceramics:clay_hard:1]
S:relatedBlockId=ceramics:clay_hard:1
}

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# Configuration file
Chimney {
CraftingRecipe {
main {
# Amount of output units. [range: 1 ~ 64, default: 24]
I:amount=24
# Recipe components list.
# Components should be represented by its ids.
# Id is a basic unit (block or item) identifier in <modId:unitName:meta> format.
# ModId can be omitted for vanilla items. Meta can be omitted too if it equals 0.
# UnitName must be lowercase, words separated by '_', words order - from private to common (example: black_iron_ore).
# Unit name will be automatically converted to ore dictionary name with reverse word order (example: oreIronBlack).
# Use '*' char as meta value to specify all possible values.
# To define multiple block states, you can use block properties instead of meta. The format is <modId:blockName:[prop1=value1, prop2=value2]>
# Also you may use just ore dictionary name as full id.
# [default: [diamond_block]]
S:components <
diamond_block
>
# Output unit id.
# Id is a basic unit (block or item) identifier in <modId:unitName:meta> format.
# ModId can be omitted for vanilla items. Meta can be omitted too if it equals 0.
# UnitName must be lowercase, words separated by '_', words order - from private to common (example: black_iron_ore).
# Unit name will be automatically converted to ore dictionary name with reverse word order (example: oreIronBlack).
# Use '*' char as meta value to specify all possible values.
# To define multiple block states, you can use block properties instead of meta. The format is <modId:blockName:[prop1=value1, prop2=value2]>
# Also you may use just ore dictionary name as full id.
# [default: adchimneys:diamond_block]
S:output=adchimneys:diamond_block
# Shaped recipe pattern in format <nn nn> or <nnn nnn nnn>.
# Where 'n' - number of recipe component (from 1 to 9).
# Zero value (0) is for empty slot.
# If pattern is empty, then recipe will be treated as shapeless. [default: 101 101 101]
S:pattern=101 101 101
}
}
}
Pump {
CraftingRecipe {
main {
# Amount of output units. [range: 1 ~ 64, default: 4]
I:amount=4
# Recipe components list.
# Components should be represented by its ids.
# Id is a basic unit (block or item) identifier in <modId:unitName:meta> format.
# ModId can be omitted for vanilla items. Meta can be omitted too if it equals 0.
# UnitName must be lowercase, words separated by '_', words order - from private to common (example: black_iron_ore).
# Unit name will be automatically converted to ore dictionary name with reverse word order (example: oreIronBlack).
# Use '*' char as meta value to specify all possible values.
# To define multiple block states, you can use block properties instead of meta. The format is <modId:blockName:[prop1=value1, prop2=value2]>
# Also you may use just ore dictionary name as full id.
# [default: [adchimneys:diamond_block:1], [repeater], [blockCoal]]
S:components <
adchimneys:diamond_block:1
repeater
blockCoal
>
# Output unit id.
# Id is a basic unit (block or item) identifier in <modId:unitName:meta> format.
# ModId can be omitted for vanilla items. Meta can be omitted too if it equals 0.
# UnitName must be lowercase, words separated by '_', words order - from private to common (example: black_iron_ore).
# Unit name will be automatically converted to ore dictionary name with reverse word order (example: oreIronBlack).
# Use '*' char as meta value to specify all possible values.
# To define multiple block states, you can use block properties instead of meta. The format is <modId:blockName:[prop1=value1, prop2=value2]>
# Also you may use just ore dictionary name as full id.
# [default: adchimneys:diamond_block:2]
S:output=adchimneys:diamond_block:2
# Shaped recipe pattern in format <nn nn> or <nnn nnn nnn>.
# Where 'n' - number of recipe component (from 1 to 9).
# Zero value (0) is for empty slot.
# If pattern is empty, then recipe will be treated as shapeless. [default: 121 232 121]
S:pattern=121 232 121
}
}
}
Vent {
CraftingRecipe {
main {
# Amount of output units. [range: 1 ~ 64, default: 4]
I:amount=4
# Recipe components list.
# Components should be represented by its ids.
# Id is a basic unit (block or item) identifier in <modId:unitName:meta> format.
# ModId can be omitted for vanilla items. Meta can be omitted too if it equals 0.
# UnitName must be lowercase, words separated by '_', words order - from private to common (example: black_iron_ore).
# Unit name will be automatically converted to ore dictionary name with reverse word order (example: oreIronBlack).
# Use '*' char as meta value to specify all possible values.
# To define multiple block states, you can use block properties instead of meta. The format is <modId:blockName:[prop1=value1, prop2=value2]>
# Also you may use just ore dictionary name as full id.
# [default: [adchimneys:diamond_block]]
S:components <
adchimneys:diamond_block
>
# Output unit id.
# Id is a basic unit (block or item) identifier in <modId:unitName:meta> format.
# ModId can be omitted for vanilla items. Meta can be omitted too if it equals 0.
# UnitName must be lowercase, words separated by '_', words order - from private to common (example: black_iron_ore).
# Unit name will be automatically converted to ore dictionary name with reverse word order (example: oreIronBlack).
# Use '*' char as meta value to specify all possible values.
# To define multiple block states, you can use block properties instead of meta. The format is <modId:blockName:[prop1=value1, prop2=value2]>
# Also you may use just ore dictionary name as full id.
# [default: adchimneys:diamond_block:1]
S:output=adchimneys:diamond_block:1
# Shaped recipe pattern in format <nn nn> or <nnn nnn nnn>.
# Where 'n' - number of recipe component (from 1 to 9).
# Zero value (0) is for empty slot.
# If pattern is empty, then recipe will be treated as shapeless. [default: 101 000 101]
S:pattern=101 000 101
}
}
}
blockDiamond {
# Defines a color in ARGB (Alpha, Red, Green, Blue) hex format (0xaarrggbb) which will be applied to the smoke.
# The alpha channel of this color (aa) determines probability of applying (ff - always, 7f - 1/2, 00 - never).
# [default: 0x1168dcd7]
S:color=0x1168dcd7
# Set to 'false' if you don't need this unit. [default: true]
B:enabled=true
# Defines how many hits it takes to break the block.
# -1 makes the block indestructible. [range: -1.0 ~ 3.4028235E38, default: 5.0]
S:hardness=5.0
# Id is a basic unit (block or item) identifier in <modId:unitName:meta> format.
# ModId can be omitted for vanilla items. Meta can be omitted too if it equals 0.
# UnitName must be lowercase, words separated by '_', words order - from private to common (example: black_iron_ore).
# Unit name will be automatically converted to ore dictionary name with reverse word order (example: oreIronBlack).
# Use '*' char as meta value to specify all possible values.
# To define multiple block states, you can use block properties instead of meta. The format is <modId:blockName:[prop1=value1, prop2=value2]>
# Also you may use just ore dictionary name as full id.
# [default: diamond_block]
S:relatedBlockId=diamond_block
# Defines the block resistance to explosions. [range: 0.0 ~ 3.4028235E38, default: 30.0]
S:resistance=30.0
}

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# Configuration file
Chimney {
CraftingRecipe {
main {
# Amount of output units. [range: 1 ~ 64, default: 4]
I:amount=4
# Recipe components list.
# Components should be represented by its ids.
# Id is a basic unit (block or item) identifier in <modId:unitName:meta> format.
# ModId can be omitted for vanilla items. Meta can be omitted too if it equals 0.
# UnitName must be lowercase, words separated by '_', words order - from private to common (example: black_iron_ore).
# Unit name will be automatically converted to ore dictionary name with reverse word order (example: oreIronBlack).
# Use '*' char as meta value to specify all possible values.
# To define multiple block states, you can use block properties instead of meta. The format is <modId:blockName:[prop1=value1, prop2=value2]>
# Also you may use just ore dictionary name as full id.
# [default: [dirt]]
S:components <
dirt
>
# Output unit id.
# Id is a basic unit (block or item) identifier in <modId:unitName:meta> format.
# ModId can be omitted for vanilla items. Meta can be omitted too if it equals 0.
# UnitName must be lowercase, words separated by '_', words order - from private to common (example: black_iron_ore).
# Unit name will be automatically converted to ore dictionary name with reverse word order (example: oreIronBlack).
# Use '*' char as meta value to specify all possible values.
# To define multiple block states, you can use block properties instead of meta. The format is <modId:blockName:[prop1=value1, prop2=value2]>
# Also you may use just ore dictionary name as full id.
# [default: adchimneys:dirt]
S:output=adchimneys:dirt
# Shaped recipe pattern in format <nn nn> or <nnn nnn nnn>.
# Where 'n' - number of recipe component (from 1 to 9).
# Zero value (0) is for empty slot.
# If pattern is empty, then recipe will be treated as shapeless. [default: 101 101 101]
S:pattern=101 101 101
}
}
}
Pump {
CraftingRecipe {
main {
# Amount of output units. [range: 1 ~ 64, default: 4]
I:amount=4
# Recipe components list.
# Components should be represented by its ids.
# Id is a basic unit (block or item) identifier in <modId:unitName:meta> format.
# ModId can be omitted for vanilla items. Meta can be omitted too if it equals 0.
# UnitName must be lowercase, words separated by '_', words order - from private to common (example: black_iron_ore).
# Unit name will be automatically converted to ore dictionary name with reverse word order (example: oreIronBlack).
# Use '*' char as meta value to specify all possible values.
# To define multiple block states, you can use block properties instead of meta. The format is <modId:blockName:[prop1=value1, prop2=value2]>
# Also you may use just ore dictionary name as full id.
# [default: [adchimneys:dirt:1], [repeater], [blockCoal]]
S:components <
adchimneys:dirt:1
repeater
blockCoal
>
# Output unit id.
# Id is a basic unit (block or item) identifier in <modId:unitName:meta> format.
# ModId can be omitted for vanilla items. Meta can be omitted too if it equals 0.
# UnitName must be lowercase, words separated by '_', words order - from private to common (example: black_iron_ore).
# Unit name will be automatically converted to ore dictionary name with reverse word order (example: oreIronBlack).
# Use '*' char as meta value to specify all possible values.
# To define multiple block states, you can use block properties instead of meta. The format is <modId:blockName:[prop1=value1, prop2=value2]>
# Also you may use just ore dictionary name as full id.
# [default: adchimneys:dirt:2]
S:output=adchimneys:dirt:2
# Shaped recipe pattern in format <nn nn> or <nnn nnn nnn>.
# Where 'n' - number of recipe component (from 1 to 9).
# Zero value (0) is for empty slot.
# If pattern is empty, then recipe will be treated as shapeless. [default: 121 232 121]
S:pattern=121 232 121
}
}
}
Vent {
CraftingRecipe {
main {
# Amount of output units. [range: 1 ~ 64, default: 4]
I:amount=4
# Recipe components list.
# Components should be represented by its ids.
# Id is a basic unit (block or item) identifier in <modId:unitName:meta> format.
# ModId can be omitted for vanilla items. Meta can be omitted too if it equals 0.
# UnitName must be lowercase, words separated by '_', words order - from private to common (example: black_iron_ore).
# Unit name will be automatically converted to ore dictionary name with reverse word order (example: oreIronBlack).
# Use '*' char as meta value to specify all possible values.
# To define multiple block states, you can use block properties instead of meta. The format is <modId:blockName:[prop1=value1, prop2=value2]>
# Also you may use just ore dictionary name as full id.
# [default: [adchimneys:dirt]]
S:components <
adchimneys:dirt
>
# Output unit id.
# Id is a basic unit (block or item) identifier in <modId:unitName:meta> format.
# ModId can be omitted for vanilla items. Meta can be omitted too if it equals 0.
# UnitName must be lowercase, words separated by '_', words order - from private to common (example: black_iron_ore).
# Unit name will be automatically converted to ore dictionary name with reverse word order (example: oreIronBlack).
# Use '*' char as meta value to specify all possible values.
# To define multiple block states, you can use block properties instead of meta. The format is <modId:blockName:[prop1=value1, prop2=value2]>
# Also you may use just ore dictionary name as full id.
# [default: adchimneys:dirt:1]
S:output=adchimneys:dirt:1
# Shaped recipe pattern in format <nn nn> or <nnn nnn nnn>.
# Where 'n' - number of recipe component (from 1 to 9).
# Zero value (0) is for empty slot.
# If pattern is empty, then recipe will be treated as shapeless. [default: 101 000 101]
S:pattern=101 000 101
}
}
}
dirt {
# Defines a color in ARGB (Alpha, Red, Green, Blue) hex format (0xaarrggbb) which will be applied to the smoke.
# The alpha channel of this color (aa) determines probability of applying (ff - always, 7f - 1/2, 00 - never).
# [default: 0x665f432e]
S:color=0x665f432e
# Set to 'false' if you don't need this unit. [default: true]
B:enabled=true
# Defines how many hits it takes to break the block.
# -1 makes the block indestructible. [range: -1.0 ~ 3.4028235E38, default: 0.5]
S:hardness=0.5
# Id is a basic unit (block or item) identifier in <modId:unitName:meta> format.
# ModId can be omitted for vanilla items. Meta can be omitted too if it equals 0.
# UnitName must be lowercase, words separated by '_', words order - from private to common (example: black_iron_ore).
# Unit name will be automatically converted to ore dictionary name with reverse word order (example: oreIronBlack).
# Use '*' char as meta value to specify all possible values.
# To define multiple block states, you can use block properties instead of meta. The format is <modId:blockName:[prop1=value1, prop2=value2]>
# Also you may use just ore dictionary name as full id.
# [default: dirt]
S:relatedBlockId=dirt
# Defines the block resistance to explosions. [range: 0.0 ~ 3.4028235E38, default: 2.5]
S:resistance=2.5
}

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# Configuration file
Chimney {
CraftingRecipe {
main {
# Amount of output units. [range: 1 ~ 64, default: 8]
I:amount=8
# Recipe components list.
# Components should be represented by its ids.
# Id is a basic unit (block or item) identifier in <modId:unitName:meta> format.
# ModId can be omitted for vanilla items. Meta can be omitted too if it equals 0.
# UnitName must be lowercase, words separated by '_', words order - from private to common (example: black_iron_ore).
# Unit name will be automatically converted to ore dictionary name with reverse word order (example: oreIronBlack).
# Use '*' char as meta value to specify all possible values.
# To define multiple block states, you can use block properties instead of meta. The format is <modId:blockName:[prop1=value1, prop2=value2]>
# Also you may use just ore dictionary name as full id.
# [default: [ceramics:clay_hard:4]]
S:components <
ceramics:clay_hard:4
>
# Output unit id.
# Id is a basic unit (block or item) identifier in <modId:unitName:meta> format.
# ModId can be omitted for vanilla items. Meta can be omitted too if it equals 0.
# UnitName must be lowercase, words separated by '_', words order - from private to common (example: black_iron_ore).
# Unit name will be automatically converted to ore dictionary name with reverse word order (example: oreIronBlack).
# Use '*' char as meta value to specify all possible values.
# To define multiple block states, you can use block properties instead of meta. The format is <modId:blockName:[prop1=value1, prop2=value2]>
# Also you may use just ore dictionary name as full id.
# [default: adchimneys:dragon_brick]
S:output=adchimneys:dragon_brick
# Shaped recipe pattern in format <nn nn> or <nnn nnn nnn>.
# Where 'n' - number of recipe component (from 1 to 9).
# Zero value (0) is for empty slot.
# If pattern is empty, then recipe will be treated as shapeless. [default: 101 101 101]
S:pattern=101 101 101
}
}
}
Pump {
CraftingRecipe {
main {
# Amount of output units. [range: 1 ~ 64, default: 4]
I:amount=4
# Recipe components list.
# Components should be represented by its ids.
# Id is a basic unit (block or item) identifier in <modId:unitName:meta> format.
# ModId can be omitted for vanilla items. Meta can be omitted too if it equals 0.
# UnitName must be lowercase, words separated by '_', words order - from private to common (example: black_iron_ore).
# Unit name will be automatically converted to ore dictionary name with reverse word order (example: oreIronBlack).
# Use '*' char as meta value to specify all possible values.
# To define multiple block states, you can use block properties instead of meta. The format is <modId:blockName:[prop1=value1, prop2=value2]>
# Also you may use just ore dictionary name as full id.
# [default: [adchimneys:dragon_brick:1], [repeater], [blockCoal]]
S:components <
adchimneys:dragon_brick:1
repeater
blockCoal
>
# Output unit id.
# Id is a basic unit (block or item) identifier in <modId:unitName:meta> format.
# ModId can be omitted for vanilla items. Meta can be omitted too if it equals 0.
# UnitName must be lowercase, words separated by '_', words order - from private to common (example: black_iron_ore).
# Unit name will be automatically converted to ore dictionary name with reverse word order (example: oreIronBlack).
# Use '*' char as meta value to specify all possible values.
# To define multiple block states, you can use block properties instead of meta. The format is <modId:blockName:[prop1=value1, prop2=value2]>
# Also you may use just ore dictionary name as full id.
# [default: adchimneys:dragon_brick:2]
S:output=adchimneys:dragon_brick:2
# Shaped recipe pattern in format <nn nn> or <nnn nnn nnn>.
# Where 'n' - number of recipe component (from 1 to 9).
# Zero value (0) is for empty slot.
# If pattern is empty, then recipe will be treated as shapeless. [default: 121 232 121]
S:pattern=121 232 121
}
}
}
Vent {
CraftingRecipe {
main {
# Amount of output units. [range: 1 ~ 64, default: 4]
I:amount=4
# Recipe components list.
# Components should be represented by its ids.
# Id is a basic unit (block or item) identifier in <modId:unitName:meta> format.
# ModId can be omitted for vanilla items. Meta can be omitted too if it equals 0.
# UnitName must be lowercase, words separated by '_', words order - from private to common (example: black_iron_ore).
# Unit name will be automatically converted to ore dictionary name with reverse word order (example: oreIronBlack).
# Use '*' char as meta value to specify all possible values.
# To define multiple block states, you can use block properties instead of meta. The format is <modId:blockName:[prop1=value1, prop2=value2]>
# Also you may use just ore dictionary name as full id.
# [default: [adchimneys:dragon_brick]]
S:components <
adchimneys:dragon_brick
>
# Output unit id.
# Id is a basic unit (block or item) identifier in <modId:unitName:meta> format.
# ModId can be omitted for vanilla items. Meta can be omitted too if it equals 0.
# UnitName must be lowercase, words separated by '_', words order - from private to common (example: black_iron_ore).
# Unit name will be automatically converted to ore dictionary name with reverse word order (example: oreIronBlack).
# Use '*' char as meta value to specify all possible values.
# To define multiple block states, you can use block properties instead of meta. The format is <modId:blockName:[prop1=value1, prop2=value2]>
# Also you may use just ore dictionary name as full id.
# [default: adchimneys:dragon_brick:1]
S:output=adchimneys:dragon_brick:1
# Shaped recipe pattern in format <nn nn> or <nnn nnn nnn>.
# Where 'n' - number of recipe component (from 1 to 9).
# Zero value (0) is for empty slot.
# If pattern is empty, then recipe will be treated as shapeless. [default: 101 000 101]
S:pattern=101 000 101
}
}
}
brickDragon {
# Defines a color in ARGB (Alpha, Red, Green, Blue) hex format (0xaarrggbb) which will be applied to the smoke.
# The alpha channel of this color (aa) determines probability of applying (ff - always, 7f - 1/2, 00 - never).
# [default: 0x11ed7efa]
S:color=0x11ed7efa
# Set to 'false' if you don't need this unit. [default: true]
B:enabled=true
# Id is a basic unit (block or item) identifier in <modId:unitName:meta> format.
# ModId can be omitted for vanilla items. Meta can be omitted too if it equals 0.
# UnitName must be lowercase, words separated by '_', words order - from private to common (example: black_iron_ore).
# Unit name will be automatically converted to ore dictionary name with reverse word order (example: oreIronBlack).
# Use '*' char as meta value to specify all possible values.
# To define multiple block states, you can use block properties instead of meta. The format is <modId:blockName:[prop1=value1, prop2=value2]>
# Also you may use just ore dictionary name as full id.
# [default: ceramics:clay_hard:4]
S:relatedBlockId=ceramics:clay_hard:4
}

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# Configuration file
Chimney {
CraftingRecipe {
main {
# Amount of output units. [range: 1 ~ 64, default: 8]
I:amount=8
# Recipe components list.
# Components should be represented by its ids.
# Id is a basic unit (block or item) identifier in <modId:unitName:meta> format.
# ModId can be omitted for vanilla items. Meta can be omitted too if it equals 0.
# UnitName must be lowercase, words separated by '_', words order - from private to common (example: black_iron_ore).
# Unit name will be automatically converted to ore dictionary name with reverse word order (example: oreIronBlack).
# Use '*' char as meta value to specify all possible values.
# To define multiple block states, you can use block properties instead of meta. The format is <modId:blockName:[prop1=value1, prop2=value2]>
# Also you may use just ore dictionary name as full id.
# [default: [tconstruct:dried_clay:1]]
S:components <
tconstruct:dried_clay:1
>
# Output unit id.
# Id is a basic unit (block or item) identifier in <modId:unitName:meta> format.
# ModId can be omitted for vanilla items. Meta can be omitted too if it equals 0.
# UnitName must be lowercase, words separated by '_', words order - from private to common (example: black_iron_ore).
# Unit name will be automatically converted to ore dictionary name with reverse word order (example: oreIronBlack).
# Use '*' char as meta value to specify all possible values.
# To define multiple block states, you can use block properties instead of meta. The format is <modId:blockName:[prop1=value1, prop2=value2]>
# Also you may use just ore dictionary name as full id.
# [default: adchimneys:dried_clay_brick]
S:output=adchimneys:dried_clay_brick
# Shaped recipe pattern in format <nn nn> or <nnn nnn nnn>.
# Where 'n' - number of recipe component (from 1 to 9).
# Zero value (0) is for empty slot.
# If pattern is empty, then recipe will be treated as shapeless. [default: 101 101 101]
S:pattern=101 101 101
}
}
}
Pump {
CraftingRecipe {
main {
# Amount of output units. [range: 1 ~ 64, default: 4]
I:amount=4
# Recipe components list.
# Components should be represented by its ids.
# Id is a basic unit (block or item) identifier in <modId:unitName:meta> format.
# ModId can be omitted for vanilla items. Meta can be omitted too if it equals 0.
# UnitName must be lowercase, words separated by '_', words order - from private to common (example: black_iron_ore).
# Unit name will be automatically converted to ore dictionary name with reverse word order (example: oreIronBlack).
# Use '*' char as meta value to specify all possible values.
# To define multiple block states, you can use block properties instead of meta. The format is <modId:blockName:[prop1=value1, prop2=value2]>
# Also you may use just ore dictionary name as full id.
# [default: [adchimneys:dried_clay_brick:1], [repeater], [blockCoal]]
S:components <
adchimneys:dried_clay_brick:1
repeater
blockCoal
>
# Output unit id.
# Id is a basic unit (block or item) identifier in <modId:unitName:meta> format.
# ModId can be omitted for vanilla items. Meta can be omitted too if it equals 0.
# UnitName must be lowercase, words separated by '_', words order - from private to common (example: black_iron_ore).
# Unit name will be automatically converted to ore dictionary name with reverse word order (example: oreIronBlack).
# Use '*' char as meta value to specify all possible values.
# To define multiple block states, you can use block properties instead of meta. The format is <modId:blockName:[prop1=value1, prop2=value2]>
# Also you may use just ore dictionary name as full id.
# [default: adchimneys:dried_clay_brick:2]
S:output=adchimneys:dried_clay_brick:2
# Shaped recipe pattern in format <nn nn> or <nnn nnn nnn>.
# Where 'n' - number of recipe component (from 1 to 9).
# Zero value (0) is for empty slot.
# If pattern is empty, then recipe will be treated as shapeless. [default: 121 232 121]
S:pattern=121 232 121
}
}
}
Vent {
CraftingRecipe {
main {
# Amount of output units. [range: 1 ~ 64, default: 4]
I:amount=4
# Recipe components list.
# Components should be represented by its ids.
# Id is a basic unit (block or item) identifier in <modId:unitName:meta> format.
# ModId can be omitted for vanilla items. Meta can be omitted too if it equals 0.
# UnitName must be lowercase, words separated by '_', words order - from private to common (example: black_iron_ore).
# Unit name will be automatically converted to ore dictionary name with reverse word order (example: oreIronBlack).
# Use '*' char as meta value to specify all possible values.
# To define multiple block states, you can use block properties instead of meta. The format is <modId:blockName:[prop1=value1, prop2=value2]>
# Also you may use just ore dictionary name as full id.
# [default: [adchimneys:dried_clay_brick]]
S:components <
adchimneys:dried_clay_brick
>
# Output unit id.
# Id is a basic unit (block or item) identifier in <modId:unitName:meta> format.
# ModId can be omitted for vanilla items. Meta can be omitted too if it equals 0.
# UnitName must be lowercase, words separated by '_', words order - from private to common (example: black_iron_ore).
# Unit name will be automatically converted to ore dictionary name with reverse word order (example: oreIronBlack).
# Use '*' char as meta value to specify all possible values.
# To define multiple block states, you can use block properties instead of meta. The format is <modId:blockName:[prop1=value1, prop2=value2]>
# Also you may use just ore dictionary name as full id.
# [default: adchimneys:dried_clay_brick:1]
S:output=adchimneys:dried_clay_brick:1
# Shaped recipe pattern in format <nn nn> or <nnn nnn nnn>.
# Where 'n' - number of recipe component (from 1 to 9).
# Zero value (0) is for empty slot.
# If pattern is empty, then recipe will be treated as shapeless. [default: 101 000 101]
S:pattern=101 000 101
}
}
}
brickClayDried {
# Defines a color in ARGB (Alpha, Red, Green, Blue) hex format (0xaarrggbb) which will be applied to the smoke.
# The alpha channel of this color (aa) determines probability of applying (ff - always, 7f - 1/2, 00 - never).
# [default: 0x118a795b]
S:color=0x118a795b
# Set to 'false' if you don't need this unit. [default: true]
B:enabled=true
# Id is a basic unit (block or item) identifier in <modId:unitName:meta> format.
# ModId can be omitted for vanilla items. Meta can be omitted too if it equals 0.
# UnitName must be lowercase, words separated by '_', words order - from private to common (example: black_iron_ore).
# Unit name will be automatically converted to ore dictionary name with reverse word order (example: oreIronBlack).
# Use '*' char as meta value to specify all possible values.
# To define multiple block states, you can use block properties instead of meta. The format is <modId:blockName:[prop1=value1, prop2=value2]>
# Also you may use just ore dictionary name as full id.
# [default: tconstruct:dried_clay:1]
S:relatedBlockId=tconstruct:dried_clay:1
}

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# Configuration file
Chimney {
CraftingRecipe {
main {
# Amount of output units. [range: 1 ~ 64, default: 8]
I:amount=8
# Recipe components list.
# Components should be represented by its ids.
# Id is a basic unit (block or item) identifier in <modId:unitName:meta> format.
# ModId can be omitted for vanilla items. Meta can be omitted too if it equals 0.
# UnitName must be lowercase, words separated by '_', words order - from private to common (example: black_iron_ore).
# Unit name will be automatically converted to ore dictionary name with reverse word order (example: oreIronBlack).
# Use '*' char as meta value to specify all possible values.
# To define multiple block states, you can use block properties instead of meta. The format is <modId:blockName:[prop1=value1, prop2=value2]>
# Also you may use just ore dictionary name as full id.
# [default: [quark:elder_prismarine:1]]
S:components <
quark:elder_prismarine:1
>
# Output unit id.
# Id is a basic unit (block or item) identifier in <modId:unitName:meta> format.
# ModId can be omitted for vanilla items. Meta can be omitted too if it equals 0.
# UnitName must be lowercase, words separated by '_', words order - from private to common (example: black_iron_ore).
# Unit name will be automatically converted to ore dictionary name with reverse word order (example: oreIronBlack).
# Use '*' char as meta value to specify all possible values.
# To define multiple block states, you can use block properties instead of meta. The format is <modId:blockName:[prop1=value1, prop2=value2]>
# Also you may use just ore dictionary name as full id.
# [default: adchimneys:elder_prismarine_brick]
S:output=adchimneys:elder_prismarine_brick
# Shaped recipe pattern in format <nn nn> or <nnn nnn nnn>.
# Where 'n' - number of recipe component (from 1 to 9).
# Zero value (0) is for empty slot.
# If pattern is empty, then recipe will be treated as shapeless. [default: 101 101 101]
S:pattern=101 101 101
}
}
}
Pump {
CraftingRecipe {
main {
# Amount of output units. [range: 1 ~ 64, default: 4]
I:amount=4
# Recipe components list.
# Components should be represented by its ids.
# Id is a basic unit (block or item) identifier in <modId:unitName:meta> format.
# ModId can be omitted for vanilla items. Meta can be omitted too if it equals 0.
# UnitName must be lowercase, words separated by '_', words order - from private to common (example: black_iron_ore).
# Unit name will be automatically converted to ore dictionary name with reverse word order (example: oreIronBlack).
# Use '*' char as meta value to specify all possible values.
# To define multiple block states, you can use block properties instead of meta. The format is <modId:blockName:[prop1=value1, prop2=value2]>
# Also you may use just ore dictionary name as full id.
# [default: [adchimneys:elder_prismarine_brick:1], [repeater], [blockCoal]]
S:components <
adchimneys:elder_prismarine_brick:1
repeater
blockCoal
>
# Output unit id.
# Id is a basic unit (block or item) identifier in <modId:unitName:meta> format.
# ModId can be omitted for vanilla items. Meta can be omitted too if it equals 0.
# UnitName must be lowercase, words separated by '_', words order - from private to common (example: black_iron_ore).
# Unit name will be automatically converted to ore dictionary name with reverse word order (example: oreIronBlack).
# Use '*' char as meta value to specify all possible values.
# To define multiple block states, you can use block properties instead of meta. The format is <modId:blockName:[prop1=value1, prop2=value2]>
# Also you may use just ore dictionary name as full id.
# [default: adchimneys:elder_prismarine_brick:2]
S:output=adchimneys:elder_prismarine_brick:2
# Shaped recipe pattern in format <nn nn> or <nnn nnn nnn>.
# Where 'n' - number of recipe component (from 1 to 9).
# Zero value (0) is for empty slot.
# If pattern is empty, then recipe will be treated as shapeless. [default: 121 232 121]
S:pattern=121 232 121
}
}
}
Vent {
CraftingRecipe {
main {
# Amount of output units. [range: 1 ~ 64, default: 4]
I:amount=4
# Recipe components list.
# Components should be represented by its ids.
# Id is a basic unit (block or item) identifier in <modId:unitName:meta> format.
# ModId can be omitted for vanilla items. Meta can be omitted too if it equals 0.
# UnitName must be lowercase, words separated by '_', words order - from private to common (example: black_iron_ore).
# Unit name will be automatically converted to ore dictionary name with reverse word order (example: oreIronBlack).
# Use '*' char as meta value to specify all possible values.
# To define multiple block states, you can use block properties instead of meta. The format is <modId:blockName:[prop1=value1, prop2=value2]>
# Also you may use just ore dictionary name as full id.
# [default: [adchimneys:elder_prismarine_brick]]
S:components <
adchimneys:elder_prismarine_brick
>
# Output unit id.
# Id is a basic unit (block or item) identifier in <modId:unitName:meta> format.
# ModId can be omitted for vanilla items. Meta can be omitted too if it equals 0.
# UnitName must be lowercase, words separated by '_', words order - from private to common (example: black_iron_ore).
# Unit name will be automatically converted to ore dictionary name with reverse word order (example: oreIronBlack).
# Use '*' char as meta value to specify all possible values.
# To define multiple block states, you can use block properties instead of meta. The format is <modId:blockName:[prop1=value1, prop2=value2]>
# Also you may use just ore dictionary name as full id.
# [default: adchimneys:elder_prismarine_brick:1]
S:output=adchimneys:elder_prismarine_brick:1
# Shaped recipe pattern in format <nn nn> or <nnn nnn nnn>.
# Where 'n' - number of recipe component (from 1 to 9).
# Zero value (0) is for empty slot.
# If pattern is empty, then recipe will be treated as shapeless. [default: 101 000 101]
S:pattern=101 000 101
}
}
}
brickPrismarineElder {
# Defines a color in ARGB (Alpha, Red, Green, Blue) hex format (0xaarrggbb) which will be applied to the smoke.
# The alpha channel of this color (aa) determines probability of applying (ff - always, 7f - 1/2, 00 - never).
# [default: 0x11c4ac9e]
S:color=0x11c4ac9e
# Set to 'false' if you don't need this unit. [default: true]
B:enabled=true
# Defines how many hits it takes to break the block.
# -1 makes the block indestructible. [range: -1.0 ~ 3.4028235E38, default: 1.5]
S:hardness=1.5
# Id is a basic unit (block or item) identifier in <modId:unitName:meta> format.
# ModId can be omitted for vanilla items. Meta can be omitted too if it equals 0.
# UnitName must be lowercase, words separated by '_', words order - from private to common (example: black_iron_ore).
# Unit name will be automatically converted to ore dictionary name with reverse word order (example: oreIronBlack).
# Use '*' char as meta value to specify all possible values.
# To define multiple block states, you can use block properties instead of meta. The format is <modId:blockName:[prop1=value1, prop2=value2]>
# Also you may use just ore dictionary name as full id.
# [default: quark:elder_prismarine:1]
S:relatedBlockId=quark:elder_prismarine:1
# Defines the block resistance to explosions. [range: 0.0 ~ 3.4028235E38, default: 30.0]
S:resistance=30.0
}

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# Configuration file
Chimney {
CraftingRecipe {
main {
# Amount of output units. [range: 1 ~ 64, default: 24]
I:amount=24
# Recipe components list.
# Components should be represented by its ids.
# Id is a basic unit (block or item) identifier in <modId:unitName:meta> format.
# ModId can be omitted for vanilla items. Meta can be omitted too if it equals 0.
# UnitName must be lowercase, words separated by '_', words order - from private to common (example: black_iron_ore).
# Unit name will be automatically converted to ore dictionary name with reverse word order (example: oreIronBlack).
# Use '*' char as meta value to specify all possible values.
# To define multiple block states, you can use block properties instead of meta. The format is <modId:blockName:[prop1=value1, prop2=value2]>
# Also you may use just ore dictionary name as full id.
# [default: [emerald_block]]
S:components <
emerald_block
>
# Output unit id.
# Id is a basic unit (block or item) identifier in <modId:unitName:meta> format.
# ModId can be omitted for vanilla items. Meta can be omitted too if it equals 0.
# UnitName must be lowercase, words separated by '_', words order - from private to common (example: black_iron_ore).
# Unit name will be automatically converted to ore dictionary name with reverse word order (example: oreIronBlack).
# Use '*' char as meta value to specify all possible values.
# To define multiple block states, you can use block properties instead of meta. The format is <modId:blockName:[prop1=value1, prop2=value2]>
# Also you may use just ore dictionary name as full id.
# [default: adchimneys:emerald_block]
S:output=adchimneys:emerald_block
# Shaped recipe pattern in format <nn nn> or <nnn nnn nnn>.
# Where 'n' - number of recipe component (from 1 to 9).
# Zero value (0) is for empty slot.
# If pattern is empty, then recipe will be treated as shapeless. [default: 101 101 101]
S:pattern=101 101 101
}
}
}
Pump {
CraftingRecipe {
main {
# Amount of output units. [range: 1 ~ 64, default: 4]
I:amount=4
# Recipe components list.
# Components should be represented by its ids.
# Id is a basic unit (block or item) identifier in <modId:unitName:meta> format.
# ModId can be omitted for vanilla items. Meta can be omitted too if it equals 0.
# UnitName must be lowercase, words separated by '_', words order - from private to common (example: black_iron_ore).
# Unit name will be automatically converted to ore dictionary name with reverse word order (example: oreIronBlack).
# Use '*' char as meta value to specify all possible values.
# To define multiple block states, you can use block properties instead of meta. The format is <modId:blockName:[prop1=value1, prop2=value2]>
# Also you may use just ore dictionary name as full id.
# [default: [adchimneys:emerald_block:1], [repeater], [blockCoal]]
S:components <
adchimneys:emerald_block:1
repeater
blockCoal
>
# Output unit id.
# Id is a basic unit (block or item) identifier in <modId:unitName:meta> format.
# ModId can be omitted for vanilla items. Meta can be omitted too if it equals 0.
# UnitName must be lowercase, words separated by '_', words order - from private to common (example: black_iron_ore).
# Unit name will be automatically converted to ore dictionary name with reverse word order (example: oreIronBlack).
# Use '*' char as meta value to specify all possible values.
# To define multiple block states, you can use block properties instead of meta. The format is <modId:blockName:[prop1=value1, prop2=value2]>
# Also you may use just ore dictionary name as full id.
# [default: adchimneys:emerald_block:2]
S:output=adchimneys:emerald_block:2
# Shaped recipe pattern in format <nn nn> or <nnn nnn nnn>.
# Where 'n' - number of recipe component (from 1 to 9).
# Zero value (0) is for empty slot.
# If pattern is empty, then recipe will be treated as shapeless. [default: 121 232 121]
S:pattern=121 232 121
}
}
}
Vent {
CraftingRecipe {
main {
# Amount of output units. [range: 1 ~ 64, default: 4]
I:amount=4
# Recipe components list.
# Components should be represented by its ids.
# Id is a basic unit (block or item) identifier in <modId:unitName:meta> format.
# ModId can be omitted for vanilla items. Meta can be omitted too if it equals 0.
# UnitName must be lowercase, words separated by '_', words order - from private to common (example: black_iron_ore).
# Unit name will be automatically converted to ore dictionary name with reverse word order (example: oreIronBlack).
# Use '*' char as meta value to specify all possible values.
# To define multiple block states, you can use block properties instead of meta. The format is <modId:blockName:[prop1=value1, prop2=value2]>
# Also you may use just ore dictionary name as full id.
# [default: [adchimneys:emerald_block]]
S:components <
adchimneys:emerald_block
>
# Output unit id.
# Id is a basic unit (block or item) identifier in <modId:unitName:meta> format.
# ModId can be omitted for vanilla items. Meta can be omitted too if it equals 0.
# UnitName must be lowercase, words separated by '_', words order - from private to common (example: black_iron_ore).
# Unit name will be automatically converted to ore dictionary name with reverse word order (example: oreIronBlack).
# Use '*' char as meta value to specify all possible values.
# To define multiple block states, you can use block properties instead of meta. The format is <modId:blockName:[prop1=value1, prop2=value2]>
# Also you may use just ore dictionary name as full id.
# [default: adchimneys:emerald_block:1]
S:output=adchimneys:emerald_block:1
# Shaped recipe pattern in format <nn nn> or <nnn nnn nnn>.
# Where 'n' - number of recipe component (from 1 to 9).
# Zero value (0) is for empty slot.
# If pattern is empty, then recipe will be treated as shapeless. [default: 101 000 101]
S:pattern=101 000 101
}
}
}
blockEmerald {
# Defines a color in ARGB (Alpha, Red, Green, Blue) hex format (0xaarrggbb) which will be applied to the smoke.
# The alpha channel of this color (aa) determines probability of applying (ff - always, 7f - 1/2, 00 - never).
# [default: 0x1100ff33]
S:color=0x1100ff33
# Set to 'false' if you don't need this unit. [default: true]
B:enabled=true
# Defines how many hits it takes to break the block.
# -1 makes the block indestructible. [range: -1.0 ~ 3.4028235E38, default: 5.0]
S:hardness=5.0
# Id is a basic unit (block or item) identifier in <modId:unitName:meta> format.
# ModId can be omitted for vanilla items. Meta can be omitted too if it equals 0.
# UnitName must be lowercase, words separated by '_', words order - from private to common (example: black_iron_ore).
# Unit name will be automatically converted to ore dictionary name with reverse word order (example: oreIronBlack).
# Use '*' char as meta value to specify all possible values.
# To define multiple block states, you can use block properties instead of meta. The format is <modId:blockName:[prop1=value1, prop2=value2]>
# Also you may use just ore dictionary name as full id.
# [default: emerald_block]
S:relatedBlockId=emerald_block
# Defines the block resistance to explosions. [range: 0.0 ~ 3.4028235E38, default: 30.0]
S:resistance=30.0
}

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# Configuration file
Chimney {
CraftingRecipe {
main {
# Amount of output units. [range: 1 ~ 64, default: 8]
I:amount=8
# Recipe components list.
# Components should be represented by its ids.
# Id is a basic unit (block or item) identifier in <modId:unitName:meta> format.
# ModId can be omitted for vanilla items. Meta can be omitted too if it equals 0.
# UnitName must be lowercase, words separated by '_', words order - from private to common (example: black_iron_ore).
# Unit name will be automatically converted to ore dictionary name with reverse word order (example: oreIronBlack).
# Use '*' char as meta value to specify all possible values.
# To define multiple block states, you can use block properties instead of meta. The format is <modId:blockName:[prop1=value1, prop2=value2]>
# Also you may use just ore dictionary name as full id.
# [default: [end_bricks]]
S:components <
end_bricks
>
# Output unit id.
# Id is a basic unit (block or item) identifier in <modId:unitName:meta> format.
# ModId can be omitted for vanilla items. Meta can be omitted too if it equals 0.
# UnitName must be lowercase, words separated by '_', words order - from private to common (example: black_iron_ore).
# Unit name will be automatically converted to ore dictionary name with reverse word order (example: oreIronBlack).
# Use '*' char as meta value to specify all possible values.
# To define multiple block states, you can use block properties instead of meta. The format is <modId:blockName:[prop1=value1, prop2=value2]>
# Also you may use just ore dictionary name as full id.
# [default: adchimneys:end_bricks]
S:output=adchimneys:end_bricks
# Shaped recipe pattern in format <nn nn> or <nnn nnn nnn>.
# Where 'n' - number of recipe component (from 1 to 9).
# Zero value (0) is for empty slot.
# If pattern is empty, then recipe will be treated as shapeless. [default: 101 101 101]
S:pattern=101 101 101
}
}
}
Pump {
CraftingRecipe {
main {
# Amount of output units. [range: 1 ~ 64, default: 4]
I:amount=4
# Recipe components list.
# Components should be represented by its ids.
# Id is a basic unit (block or item) identifier in <modId:unitName:meta> format.
# ModId can be omitted for vanilla items. Meta can be omitted too if it equals 0.
# UnitName must be lowercase, words separated by '_', words order - from private to common (example: black_iron_ore).
# Unit name will be automatically converted to ore dictionary name with reverse word order (example: oreIronBlack).
# Use '*' char as meta value to specify all possible values.
# To define multiple block states, you can use block properties instead of meta. The format is <modId:blockName:[prop1=value1, prop2=value2]>
# Also you may use just ore dictionary name as full id.
# [default: [adchimneys:end_bricks:1], [repeater], [blockCoal]]
S:components <
adchimneys:end_bricks:1
repeater
blockCoal
>
# Output unit id.
# Id is a basic unit (block or item) identifier in <modId:unitName:meta> format.
# ModId can be omitted for vanilla items. Meta can be omitted too if it equals 0.
# UnitName must be lowercase, words separated by '_', words order - from private to common (example: black_iron_ore).
# Unit name will be automatically converted to ore dictionary name with reverse word order (example: oreIronBlack).
# Use '*' char as meta value to specify all possible values.
# To define multiple block states, you can use block properties instead of meta. The format is <modId:blockName:[prop1=value1, prop2=value2]>
# Also you may use just ore dictionary name as full id.
# [default: adchimneys:end_bricks:2]
S:output=adchimneys:end_bricks:2
# Shaped recipe pattern in format <nn nn> or <nnn nnn nnn>.
# Where 'n' - number of recipe component (from 1 to 9).
# Zero value (0) is for empty slot.
# If pattern is empty, then recipe will be treated as shapeless. [default: 121 232 121]
S:pattern=121 232 121
}
}
}
Vent {
CraftingRecipe {
main {
# Amount of output units. [range: 1 ~ 64, default: 4]
I:amount=4
# Recipe components list.
# Components should be represented by its ids.
# Id is a basic unit (block or item) identifier in <modId:unitName:meta> format.
# ModId can be omitted for vanilla items. Meta can be omitted too if it equals 0.
# UnitName must be lowercase, words separated by '_', words order - from private to common (example: black_iron_ore).
# Unit name will be automatically converted to ore dictionary name with reverse word order (example: oreIronBlack).
# Use '*' char as meta value to specify all possible values.
# To define multiple block states, you can use block properties instead of meta. The format is <modId:blockName:[prop1=value1, prop2=value2]>
# Also you may use just ore dictionary name as full id.
# [default: [adchimneys:end_bricks]]
S:components <
adchimneys:end_bricks
>
# Output unit id.
# Id is a basic unit (block or item) identifier in <modId:unitName:meta> format.
# ModId can be omitted for vanilla items. Meta can be omitted too if it equals 0.
# UnitName must be lowercase, words separated by '_', words order - from private to common (example: black_iron_ore).
# Unit name will be automatically converted to ore dictionary name with reverse word order (example: oreIronBlack).
# Use '*' char as meta value to specify all possible values.
# To define multiple block states, you can use block properties instead of meta. The format is <modId:blockName:[prop1=value1, prop2=value2]>
# Also you may use just ore dictionary name as full id.
# [default: adchimneys:end_bricks:1]
S:output=adchimneys:end_bricks:1
# Shaped recipe pattern in format <nn nn> or <nnn nnn nnn>.
# Where 'n' - number of recipe component (from 1 to 9).
# Zero value (0) is for empty slot.
# If pattern is empty, then recipe will be treated as shapeless. [default: 101 000 101]
S:pattern=101 000 101
}
}
}
bricksEnd {
# Defines a color in ARGB (Alpha, Red, Green, Blue) hex format (0xaarrggbb) which will be applied to the smoke.
# The alpha channel of this color (aa) determines probability of applying (ff - always, 7f - 1/2, 00 - never).
# [default: 0x11993399]
S:color=0x11993399
# Set to 'false' if you don't need this unit. [default: true]
B:enabled=true
# Defines how many hits it takes to break the block.
# -1 makes the block indestructible. [range: -1.0 ~ 3.4028235E38, default: 0.8]
S:hardness=0.8
# Id is a basic unit (block or item) identifier in <modId:unitName:meta> format.
# ModId can be omitted for vanilla items. Meta can be omitted too if it equals 0.
# UnitName must be lowercase, words separated by '_', words order - from private to common (example: black_iron_ore).
# Unit name will be automatically converted to ore dictionary name with reverse word order (example: oreIronBlack).
# Use '*' char as meta value to specify all possible values.
# To define multiple block states, you can use block properties instead of meta. The format is <modId:blockName:[prop1=value1, prop2=value2]>
# Also you may use just ore dictionary name as full id.
# [default: end_bricks]
S:relatedBlockId=end_bricks
# Defines the block resistance to explosions. [range: 0.0 ~ 3.4028235E38, default: 4.0]
S:resistance=4.0
}

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# Configuration file
Chimney {
CraftingRecipe {
main {
# Amount of output units. [range: 1 ~ 64, default: 8]
I:amount=8
# Recipe components list.
# Components should be represented by its ids.
# Id is a basic unit (block or item) identifier in <modId:unitName:meta> format.
# ModId can be omitted for vanilla items. Meta can be omitted too if it equals 0.
# UnitName must be lowercase, words separated by '_', words order - from private to common (example: black_iron_ore).
# Unit name will be automatically converted to ore dictionary name with reverse word order (example: oreIronBlack).
# Use '*' char as meta value to specify all possible values.
# To define multiple block states, you can use block properties instead of meta. The format is <modId:blockName:[prop1=value1, prop2=value2]>
# Also you may use just ore dictionary name as full id.
# [default: [end_stone]]
S:components <
end_stone
>
# Output unit id.
# Id is a basic unit (block or item) identifier in <modId:unitName:meta> format.
# ModId can be omitted for vanilla items. Meta can be omitted too if it equals 0.
# UnitName must be lowercase, words separated by '_', words order - from private to common (example: black_iron_ore).
# Unit name will be automatically converted to ore dictionary name with reverse word order (example: oreIronBlack).
# Use '*' char as meta value to specify all possible values.
# To define multiple block states, you can use block properties instead of meta. The format is <modId:blockName:[prop1=value1, prop2=value2]>
# Also you may use just ore dictionary name as full id.
# [default: adchimneys:end_stone]
S:output=adchimneys:end_stone
# Shaped recipe pattern in format <nn nn> or <nnn nnn nnn>.
# Where 'n' - number of recipe component (from 1 to 9).
# Zero value (0) is for empty slot.
# If pattern is empty, then recipe will be treated as shapeless. [default: 101 101 101]
S:pattern=101 101 101
}
}
}
Pump {
CraftingRecipe {
main {
# Amount of output units. [range: 1 ~ 64, default: 4]
I:amount=4
# Recipe components list.
# Components should be represented by its ids.
# Id is a basic unit (block or item) identifier in <modId:unitName:meta> format.
# ModId can be omitted for vanilla items. Meta can be omitted too if it equals 0.
# UnitName must be lowercase, words separated by '_', words order - from private to common (example: black_iron_ore).
# Unit name will be automatically converted to ore dictionary name with reverse word order (example: oreIronBlack).
# Use '*' char as meta value to specify all possible values.
# To define multiple block states, you can use block properties instead of meta. The format is <modId:blockName:[prop1=value1, prop2=value2]>
# Also you may use just ore dictionary name as full id.
# [default: [adchimneys:end_stone:1], [repeater], [blockCoal]]
S:components <
adchimneys:end_stone:1
repeater
blockCoal
>
# Output unit id.
# Id is a basic unit (block or item) identifier in <modId:unitName:meta> format.
# ModId can be omitted for vanilla items. Meta can be omitted too if it equals 0.
# UnitName must be lowercase, words separated by '_', words order - from private to common (example: black_iron_ore).
# Unit name will be automatically converted to ore dictionary name with reverse word order (example: oreIronBlack).
# Use '*' char as meta value to specify all possible values.
# To define multiple block states, you can use block properties instead of meta. The format is <modId:blockName:[prop1=value1, prop2=value2]>
# Also you may use just ore dictionary name as full id.
# [default: adchimneys:end_stone:2]
S:output=adchimneys:end_stone:2
# Shaped recipe pattern in format <nn nn> or <nnn nnn nnn>.
# Where 'n' - number of recipe component (from 1 to 9).
# Zero value (0) is for empty slot.
# If pattern is empty, then recipe will be treated as shapeless. [default: 121 232 121]
S:pattern=121 232 121
}
}
}
Vent {
CraftingRecipe {
main {
# Amount of output units. [range: 1 ~ 64, default: 4]
I:amount=4
# Recipe components list.
# Components should be represented by its ids.
# Id is a basic unit (block or item) identifier in <modId:unitName:meta> format.
# ModId can be omitted for vanilla items. Meta can be omitted too if it equals 0.
# UnitName must be lowercase, words separated by '_', words order - from private to common (example: black_iron_ore).
# Unit name will be automatically converted to ore dictionary name with reverse word order (example: oreIronBlack).
# Use '*' char as meta value to specify all possible values.
# To define multiple block states, you can use block properties instead of meta. The format is <modId:blockName:[prop1=value1, prop2=value2]>
# Also you may use just ore dictionary name as full id.
# [default: [adchimneys:end_stone]]
S:components <
adchimneys:end_stone
>
# Output unit id.
# Id is a basic unit (block or item) identifier in <modId:unitName:meta> format.
# ModId can be omitted for vanilla items. Meta can be omitted too if it equals 0.
# UnitName must be lowercase, words separated by '_', words order - from private to common (example: black_iron_ore).
# Unit name will be automatically converted to ore dictionary name with reverse word order (example: oreIronBlack).
# Use '*' char as meta value to specify all possible values.
# To define multiple block states, you can use block properties instead of meta. The format is <modId:blockName:[prop1=value1, prop2=value2]>
# Also you may use just ore dictionary name as full id.
# [default: adchimneys:end_stone:1]
S:output=adchimneys:end_stone:1
# Shaped recipe pattern in format <nn nn> or <nnn nnn nnn>.
# Where 'n' - number of recipe component (from 1 to 9).
# Zero value (0) is for empty slot.
# If pattern is empty, then recipe will be treated as shapeless. [default: 101 000 101]
S:pattern=101 000 101
}
}
}
stoneEnd {
# Defines a color in ARGB (Alpha, Red, Green, Blue) hex format (0xaarrggbb) which will be applied to the smoke.
# The alpha channel of this color (aa) determines probability of applying (ff - always, 7f - 1/2, 00 - never).
# [default: 0x22993399]
S:color=0x22993399
# Set to 'false' if you don't need this unit. [default: true]
B:enabled=true
# Defines how many hits it takes to break the block.
# -1 makes the block indestructible. [range: -1.0 ~ 3.4028235E38, default: 3.0]
S:hardness=3.0
# Id is a basic unit (block or item) identifier in <modId:unitName:meta> format.
# ModId can be omitted for vanilla items. Meta can be omitted too if it equals 0.
# UnitName must be lowercase, words separated by '_', words order - from private to common (example: black_iron_ore).
# Unit name will be automatically converted to ore dictionary name with reverse word order (example: oreIronBlack).
# Use '*' char as meta value to specify all possible values.
# To define multiple block states, you can use block properties instead of meta. The format is <modId:blockName:[prop1=value1, prop2=value2]>
# Also you may use just ore dictionary name as full id.
# [default: end_stone]
S:relatedBlockId=end_stone
# Defines the block resistance to explosions. [range: 0.0 ~ 3.4028235E38, default: 45.0]
S:resistance=45.0
}

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# Configuration file
Chimney {
CraftingRecipe {
main {
# Amount of output units. [range: 1 ~ 64, default: 16]
I:amount=16
# Recipe components list.
# Components should be represented by its ids.
# Id is a basic unit (block or item) identifier in <modId:unitName:meta> format.
# ModId can be omitted for vanilla items. Meta can be omitted too if it equals 0.
# UnitName must be lowercase, words separated by '_', words order - from private to common (example: black_iron_ore).
# Unit name will be automatically converted to ore dictionary name with reverse word order (example: oreIronBlack).
# Use '*' char as meta value to specify all possible values.
# To define multiple block states, you can use block properties instead of meta. The format is <modId:blockName:[prop1=value1, prop2=value2]>
# Also you may use just ore dictionary name as full id.
# [default: [glass]]
S:components <
glass
>
# Output unit id.
# Id is a basic unit (block or item) identifier in <modId:unitName:meta> format.
# ModId can be omitted for vanilla items. Meta can be omitted too if it equals 0.
# UnitName must be lowercase, words separated by '_', words order - from private to common (example: black_iron_ore).
# Unit name will be automatically converted to ore dictionary name with reverse word order (example: oreIronBlack).
# Use '*' char as meta value to specify all possible values.
# To define multiple block states, you can use block properties instead of meta. The format is <modId:blockName:[prop1=value1, prop2=value2]>
# Also you may use just ore dictionary name as full id.
# [default: adchimneys:glass]
S:output=adchimneys:glass
# Shaped recipe pattern in format <nn nn> or <nnn nnn nnn>.
# Where 'n' - number of recipe component (from 1 to 9).
# Zero value (0) is for empty slot.
# If pattern is empty, then recipe will be treated as shapeless. [default: 101 101 101]
S:pattern=101 101 101
}
}
}
Pump {
CraftingRecipe {
main {
# Amount of output units. [range: 1 ~ 64, default: 4]
I:amount=4
# Recipe components list.
# Components should be represented by its ids.
# Id is a basic unit (block or item) identifier in <modId:unitName:meta> format.
# ModId can be omitted for vanilla items. Meta can be omitted too if it equals 0.
# UnitName must be lowercase, words separated by '_', words order - from private to common (example: black_iron_ore).
# Unit name will be automatically converted to ore dictionary name with reverse word order (example: oreIronBlack).
# Use '*' char as meta value to specify all possible values.
# To define multiple block states, you can use block properties instead of meta. The format is <modId:blockName:[prop1=value1, prop2=value2]>
# Also you may use just ore dictionary name as full id.
# [default: [adchimneys:glass:1], [repeater], [blockCoal]]
S:components <
adchimneys:glass:1
repeater
blockCoal
>
# Output unit id.
# Id is a basic unit (block or item) identifier in <modId:unitName:meta> format.
# ModId can be omitted for vanilla items. Meta can be omitted too if it equals 0.
# UnitName must be lowercase, words separated by '_', words order - from private to common (example: black_iron_ore).
# Unit name will be automatically converted to ore dictionary name with reverse word order (example: oreIronBlack).
# Use '*' char as meta value to specify all possible values.
# To define multiple block states, you can use block properties instead of meta. The format is <modId:blockName:[prop1=value1, prop2=value2]>
# Also you may use just ore dictionary name as full id.
# [default: adchimneys:glass:2]
S:output=adchimneys:glass:2
# Shaped recipe pattern in format <nn nn> or <nnn nnn nnn>.
# Where 'n' - number of recipe component (from 1 to 9).
# Zero value (0) is for empty slot.
# If pattern is empty, then recipe will be treated as shapeless. [default: 121 232 121]
S:pattern=121 232 121
}
}
}
Vent {
CraftingRecipe {
main {
# Amount of output units. [range: 1 ~ 64, default: 4]
I:amount=4
# Recipe components list.
# Components should be represented by its ids.
# Id is a basic unit (block or item) identifier in <modId:unitName:meta> format.
# ModId can be omitted for vanilla items. Meta can be omitted too if it equals 0.
# UnitName must be lowercase, words separated by '_', words order - from private to common (example: black_iron_ore).
# Unit name will be automatically converted to ore dictionary name with reverse word order (example: oreIronBlack).
# Use '*' char as meta value to specify all possible values.
# To define multiple block states, you can use block properties instead of meta. The format is <modId:blockName:[prop1=value1, prop2=value2]>
# Also you may use just ore dictionary name as full id.
# [default: [adchimneys:glass]]
S:components <
adchimneys:glass
>
# Output unit id.
# Id is a basic unit (block or item) identifier in <modId:unitName:meta> format.
# ModId can be omitted for vanilla items. Meta can be omitted too if it equals 0.
# UnitName must be lowercase, words separated by '_', words order - from private to common (example: black_iron_ore).
# Unit name will be automatically converted to ore dictionary name with reverse word order (example: oreIronBlack).
# Use '*' char as meta value to specify all possible values.
# To define multiple block states, you can use block properties instead of meta. The format is <modId:blockName:[prop1=value1, prop2=value2]>
# Also you may use just ore dictionary name as full id.
# [default: adchimneys:glass:1]
S:output=adchimneys:glass:1
# Shaped recipe pattern in format <nn nn> or <nnn nnn nnn>.
# Where 'n' - number of recipe component (from 1 to 9).
# Zero value (0) is for empty slot.
# If pattern is empty, then recipe will be treated as shapeless. [default: 101 000 101]
S:pattern=101 000 101
}
}
}
glass {
# Defines a color in ARGB (Alpha, Red, Green, Blue) hex format (0xaarrggbb) which will be applied to the smoke.
# The alpha channel of this color (aa) determines probability of applying (ff - always, 7f - 1/2, 00 - never).
# [default: 0x00000000]
S:color=0x00000000
# Set to 'false' if you don't need this unit. [default: true]
B:enabled=true
# Defines how many hits it takes to break the block.
# -1 makes the block indestructible. [range: -1.0 ~ 3.4028235E38, default: 0.3]
S:hardness=0.3
# Id is a basic unit (block or item) identifier in <modId:unitName:meta> format.
# ModId can be omitted for vanilla items. Meta can be omitted too if it equals 0.
# UnitName must be lowercase, words separated by '_', words order - from private to common (example: black_iron_ore).
# Unit name will be automatically converted to ore dictionary name with reverse word order (example: oreIronBlack).
# Use '*' char as meta value to specify all possible values.
# To define multiple block states, you can use block properties instead of meta. The format is <modId:blockName:[prop1=value1, prop2=value2]>
# Also you may use just ore dictionary name as full id.
# [default: glass]
S:relatedBlockId=glass
# Defines the block resistance to explosions. [range: 0.0 ~ 3.4028235E38, default: 1.5]
S:resistance=1.5
}

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# Configuration file
Chimney {
CraftingRecipe {
main {
# Amount of output units. [range: 1 ~ 64, default: 16]
I:amount=16
# Recipe components list.
# Components should be represented by its ids.
# Id is a basic unit (block or item) identifier in <modId:unitName:meta> format.
# ModId can be omitted for vanilla items. Meta can be omitted too if it equals 0.
# UnitName must be lowercase, words separated by '_', words order - from private to common (example: black_iron_ore).
# Unit name will be automatically converted to ore dictionary name with reverse word order (example: oreIronBlack).
# Use '*' char as meta value to specify all possible values.
# To define multiple block states, you can use block properties instead of meta. The format is <modId:blockName:[prop1=value1, prop2=value2]>
# Also you may use just ore dictionary name as full id.
# [default: [stained_glass:15]]
S:components <
stained_glass:15
>
# Output unit id.
# Id is a basic unit (block or item) identifier in <modId:unitName:meta> format.
# ModId can be omitted for vanilla items. Meta can be omitted too if it equals 0.
# UnitName must be lowercase, words separated by '_', words order - from private to common (example: black_iron_ore).
# Unit name will be automatically converted to ore dictionary name with reverse word order (example: oreIronBlack).
# Use '*' char as meta value to specify all possible values.
# To define multiple block states, you can use block properties instead of meta. The format is <modId:blockName:[prop1=value1, prop2=value2]>
# Also you may use just ore dictionary name as full id.
# [default: adchimneys:glass_black]
S:output=adchimneys:glass_black
# Shaped recipe pattern in format <nn nn> or <nnn nnn nnn>.
# Where 'n' - number of recipe component (from 1 to 9).
# Zero value (0) is for empty slot.
# If pattern is empty, then recipe will be treated as shapeless. [default: 101 101 101]
S:pattern=101 101 101
}
}
}
Pump {
CraftingRecipe {
main {
# Amount of output units. [range: 1 ~ 64, default: 4]
I:amount=4
# Recipe components list.
# Components should be represented by its ids.
# Id is a basic unit (block or item) identifier in <modId:unitName:meta> format.
# ModId can be omitted for vanilla items. Meta can be omitted too if it equals 0.
# UnitName must be lowercase, words separated by '_', words order - from private to common (example: black_iron_ore).
# Unit name will be automatically converted to ore dictionary name with reverse word order (example: oreIronBlack).
# Use '*' char as meta value to specify all possible values.
# To define multiple block states, you can use block properties instead of meta. The format is <modId:blockName:[prop1=value1, prop2=value2]>
# Also you may use just ore dictionary name as full id.
# [default: [adchimneys:glass_black:1], [repeater], [blockCoal]]
S:components <
adchimneys:glass_black:1
repeater
blockCoal
>
# Output unit id.
# Id is a basic unit (block or item) identifier in <modId:unitName:meta> format.
# ModId can be omitted for vanilla items. Meta can be omitted too if it equals 0.
# UnitName must be lowercase, words separated by '_', words order - from private to common (example: black_iron_ore).
# Unit name will be automatically converted to ore dictionary name with reverse word order (example: oreIronBlack).
# Use '*' char as meta value to specify all possible values.
# To define multiple block states, you can use block properties instead of meta. The format is <modId:blockName:[prop1=value1, prop2=value2]>
# Also you may use just ore dictionary name as full id.
# [default: adchimneys:glass_black:2]
S:output=adchimneys:glass_black:2
# Shaped recipe pattern in format <nn nn> or <nnn nnn nnn>.
# Where 'n' - number of recipe component (from 1 to 9).
# Zero value (0) is for empty slot.
# If pattern is empty, then recipe will be treated as shapeless. [default: 121 232 121]
S:pattern=121 232 121
}
}
}
Vent {
CraftingRecipe {
main {
# Amount of output units. [range: 1 ~ 64, default: 4]
I:amount=4
# Recipe components list.
# Components should be represented by its ids.
# Id is a basic unit (block or item) identifier in <modId:unitName:meta> format.
# ModId can be omitted for vanilla items. Meta can be omitted too if it equals 0.
# UnitName must be lowercase, words separated by '_', words order - from private to common (example: black_iron_ore).
# Unit name will be automatically converted to ore dictionary name with reverse word order (example: oreIronBlack).
# Use '*' char as meta value to specify all possible values.
# To define multiple block states, you can use block properties instead of meta. The format is <modId:blockName:[prop1=value1, prop2=value2]>
# Also you may use just ore dictionary name as full id.
# [default: [adchimneys:glass_black]]
S:components <
adchimneys:glass_black
>
# Output unit id.
# Id is a basic unit (block or item) identifier in <modId:unitName:meta> format.
# ModId can be omitted for vanilla items. Meta can be omitted too if it equals 0.
# UnitName must be lowercase, words separated by '_', words order - from private to common (example: black_iron_ore).
# Unit name will be automatically converted to ore dictionary name with reverse word order (example: oreIronBlack).
# Use '*' char as meta value to specify all possible values.
# To define multiple block states, you can use block properties instead of meta. The format is <modId:blockName:[prop1=value1, prop2=value2]>
# Also you may use just ore dictionary name as full id.
# [default: adchimneys:glass_black:1]
S:output=adchimneys:glass_black:1
# Shaped recipe pattern in format <nn nn> or <nnn nnn nnn>.
# Where 'n' - number of recipe component (from 1 to 9).
# Zero value (0) is for empty slot.
# If pattern is empty, then recipe will be treated as shapeless. [default: 101 000 101]
S:pattern=101 000 101
}
}
}
blackGlass {
# Defines a color in ARGB (Alpha, Red, Green, Blue) hex format (0xaarrggbb) which will be applied to the smoke.
# The alpha channel of this color (aa) determines probability of applying (ff - always, 7f - 1/2, 00 - never).
# [default: 0x11090b10]
S:color=0x11090b10
# Set to 'false' if you don't need this unit. [default: true]
B:enabled=true
# Defines how many hits it takes to break the block.
# -1 makes the block indestructible. [range: -1.0 ~ 3.4028235E38, default: 0.3]
S:hardness=0.3
# Id is a basic unit (block or item) identifier in <modId:unitName:meta> format.
# ModId can be omitted for vanilla items. Meta can be omitted too if it equals 0.
# UnitName must be lowercase, words separated by '_', words order - from private to common (example: black_iron_ore).
# Unit name will be automatically converted to ore dictionary name with reverse word order (example: oreIronBlack).
# Use '*' char as meta value to specify all possible values.
# To define multiple block states, you can use block properties instead of meta. The format is <modId:blockName:[prop1=value1, prop2=value2]>
# Also you may use just ore dictionary name as full id.
# [default: stained_glass:15]
S:relatedBlockId=stained_glass:15
# Defines the block resistance to explosions. [range: 0.0 ~ 3.4028235E38, default: 1.5]
S:resistance=1.5
}

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# Configuration file
Chimney {
CraftingRecipe {
main {
# Amount of output units. [range: 1 ~ 64, default: 16]
I:amount=16
# Recipe components list.
# Components should be represented by its ids.
# Id is a basic unit (block or item) identifier in <modId:unitName:meta> format.
# ModId can be omitted for vanilla items. Meta can be omitted too if it equals 0.
# UnitName must be lowercase, words separated by '_', words order - from private to common (example: black_iron_ore).
# Unit name will be automatically converted to ore dictionary name with reverse word order (example: oreIronBlack).
# Use '*' char as meta value to specify all possible values.
# To define multiple block states, you can use block properties instead of meta. The format is <modId:blockName:[prop1=value1, prop2=value2]>
# Also you may use just ore dictionary name as full id.
# [default: [stained_glass:11]]
S:components <
stained_glass:11
>
# Output unit id.
# Id is a basic unit (block or item) identifier in <modId:unitName:meta> format.
# ModId can be omitted for vanilla items. Meta can be omitted too if it equals 0.
# UnitName must be lowercase, words separated by '_', words order - from private to common (example: black_iron_ore).
# Unit name will be automatically converted to ore dictionary name with reverse word order (example: oreIronBlack).
# Use '*' char as meta value to specify all possible values.
# To define multiple block states, you can use block properties instead of meta. The format is <modId:blockName:[prop1=value1, prop2=value2]>
# Also you may use just ore dictionary name as full id.
# [default: adchimneys:glass_blue]
S:output=adchimneys:glass_blue
# Shaped recipe pattern in format <nn nn> or <nnn nnn nnn>.
# Where 'n' - number of recipe component (from 1 to 9).
# Zero value (0) is for empty slot.
# If pattern is empty, then recipe will be treated as shapeless. [default: 101 101 101]
S:pattern=101 101 101
}
}
}
Pump {
CraftingRecipe {
main {
# Amount of output units. [range: 1 ~ 64, default: 4]
I:amount=4
# Recipe components list.
# Components should be represented by its ids.
# Id is a basic unit (block or item) identifier in <modId:unitName:meta> format.
# ModId can be omitted for vanilla items. Meta can be omitted too if it equals 0.
# UnitName must be lowercase, words separated by '_', words order - from private to common (example: black_iron_ore).
# Unit name will be automatically converted to ore dictionary name with reverse word order (example: oreIronBlack).
# Use '*' char as meta value to specify all possible values.
# To define multiple block states, you can use block properties instead of meta. The format is <modId:blockName:[prop1=value1, prop2=value2]>
# Also you may use just ore dictionary name as full id.
# [default: [adchimneys:glass_blue:1], [repeater], [blockCoal]]
S:components <
adchimneys:glass_blue:1
repeater
blockCoal
>
# Output unit id.
# Id is a basic unit (block or item) identifier in <modId:unitName:meta> format.
# ModId can be omitted for vanilla items. Meta can be omitted too if it equals 0.
# UnitName must be lowercase, words separated by '_', words order - from private to common (example: black_iron_ore).
# Unit name will be automatically converted to ore dictionary name with reverse word order (example: oreIronBlack).
# Use '*' char as meta value to specify all possible values.
# To define multiple block states, you can use block properties instead of meta. The format is <modId:blockName:[prop1=value1, prop2=value2]>
# Also you may use just ore dictionary name as full id.
# [default: adchimneys:glass_blue:2]
S:output=adchimneys:glass_blue:2
# Shaped recipe pattern in format <nn nn> or <nnn nnn nnn>.
# Where 'n' - number of recipe component (from 1 to 9).
# Zero value (0) is for empty slot.
# If pattern is empty, then recipe will be treated as shapeless. [default: 121 232 121]
S:pattern=121 232 121
}
}
}
Vent {
CraftingRecipe {
main {
# Amount of output units. [range: 1 ~ 64, default: 4]
I:amount=4
# Recipe components list.
# Components should be represented by its ids.
# Id is a basic unit (block or item) identifier in <modId:unitName:meta> format.
# ModId can be omitted for vanilla items. Meta can be omitted too if it equals 0.
# UnitName must be lowercase, words separated by '_', words order - from private to common (example: black_iron_ore).
# Unit name will be automatically converted to ore dictionary name with reverse word order (example: oreIronBlack).
# Use '*' char as meta value to specify all possible values.
# To define multiple block states, you can use block properties instead of meta. The format is <modId:blockName:[prop1=value1, prop2=value2]>
# Also you may use just ore dictionary name as full id.
# [default: [adchimneys:glass_blue]]
S:components <
adchimneys:glass_blue
>
# Output unit id.
# Id is a basic unit (block or item) identifier in <modId:unitName:meta> format.
# ModId can be omitted for vanilla items. Meta can be omitted too if it equals 0.
# UnitName must be lowercase, words separated by '_', words order - from private to common (example: black_iron_ore).
# Unit name will be automatically converted to ore dictionary name with reverse word order (example: oreIronBlack).
# Use '*' char as meta value to specify all possible values.
# To define multiple block states, you can use block properties instead of meta. The format is <modId:blockName:[prop1=value1, prop2=value2]>
# Also you may use just ore dictionary name as full id.
# [default: adchimneys:glass_blue:1]
S:output=adchimneys:glass_blue:1
# Shaped recipe pattern in format <nn nn> or <nnn nnn nnn>.
# Where 'n' - number of recipe component (from 1 to 9).
# Zero value (0) is for empty slot.
# If pattern is empty, then recipe will be treated as shapeless. [default: 101 000 101]
S:pattern=101 000 101
}
}
}
blueGlass {
# Defines a color in ARGB (Alpha, Red, Green, Blue) hex format (0xaarrggbb) which will be applied to the smoke.
# The alpha channel of this color (aa) determines probability of applying (ff - always, 7f - 1/2, 00 - never).
# [default: 0x112b2d8c]
S:color=0x112b2d8c
# Set to 'false' if you don't need this unit. [default: true]
B:enabled=true
# Defines how many hits it takes to break the block.
# -1 makes the block indestructible. [range: -1.0 ~ 3.4028235E38, default: 0.3]
S:hardness=0.3
# Id is a basic unit (block or item) identifier in <modId:unitName:meta> format.
# ModId can be omitted for vanilla items. Meta can be omitted too if it equals 0.
# UnitName must be lowercase, words separated by '_', words order - from private to common (example: black_iron_ore).
# Unit name will be automatically converted to ore dictionary name with reverse word order (example: oreIronBlack).
# Use '*' char as meta value to specify all possible values.
# To define multiple block states, you can use block properties instead of meta. The format is <modId:blockName:[prop1=value1, prop2=value2]>
# Also you may use just ore dictionary name as full id.
# [default: stained_glass:11]
S:relatedBlockId=stained_glass:11
# Defines the block resistance to explosions. [range: 0.0 ~ 3.4028235E38, default: 1.5]
S:resistance=1.5
}

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# Configuration file
Chimney {
CraftingRecipe {
main {
# Amount of output units. [range: 1 ~ 64, default: 16]
I:amount=16
# Recipe components list.
# Components should be represented by its ids.
# Id is a basic unit (block or item) identifier in <modId:unitName:meta> format.
# ModId can be omitted for vanilla items. Meta can be omitted too if it equals 0.
# UnitName must be lowercase, words separated by '_', words order - from private to common (example: black_iron_ore).
# Unit name will be automatically converted to ore dictionary name with reverse word order (example: oreIronBlack).
# Use '*' char as meta value to specify all possible values.
# To define multiple block states, you can use block properties instead of meta. The format is <modId:blockName:[prop1=value1, prop2=value2]>
# Also you may use just ore dictionary name as full id.
# [default: [stained_glass:12]]
S:components <
stained_glass:12
>
# Output unit id.
# Id is a basic unit (block or item) identifier in <modId:unitName:meta> format.
# ModId can be omitted for vanilla items. Meta can be omitted too if it equals 0.
# UnitName must be lowercase, words separated by '_', words order - from private to common (example: black_iron_ore).
# Unit name will be automatically converted to ore dictionary name with reverse word order (example: oreIronBlack).
# Use '*' char as meta value to specify all possible values.
# To define multiple block states, you can use block properties instead of meta. The format is <modId:blockName:[prop1=value1, prop2=value2]>
# Also you may use just ore dictionary name as full id.
# [default: adchimneys:glass_brown]
S:output=adchimneys:glass_brown
# Shaped recipe pattern in format <nn nn> or <nnn nnn nnn>.
# Where 'n' - number of recipe component (from 1 to 9).
# Zero value (0) is for empty slot.
# If pattern is empty, then recipe will be treated as shapeless. [default: 101 101 101]
S:pattern=101 101 101
}
}
}
Pump {
CraftingRecipe {
main {
# Amount of output units. [range: 1 ~ 64, default: 4]
I:amount=4
# Recipe components list.
# Components should be represented by its ids.
# Id is a basic unit (block or item) identifier in <modId:unitName:meta> format.
# ModId can be omitted for vanilla items. Meta can be omitted too if it equals 0.
# UnitName must be lowercase, words separated by '_', words order - from private to common (example: black_iron_ore).
# Unit name will be automatically converted to ore dictionary name with reverse word order (example: oreIronBlack).
# Use '*' char as meta value to specify all possible values.
# To define multiple block states, you can use block properties instead of meta. The format is <modId:blockName:[prop1=value1, prop2=value2]>
# Also you may use just ore dictionary name as full id.
# [default: [adchimneys:glass_brown:1], [repeater], [blockCoal]]
S:components <
adchimneys:glass_brown:1
repeater
blockCoal
>
# Output unit id.
# Id is a basic unit (block or item) identifier in <modId:unitName:meta> format.
# ModId can be omitted for vanilla items. Meta can be omitted too if it equals 0.
# UnitName must be lowercase, words separated by '_', words order - from private to common (example: black_iron_ore).
# Unit name will be automatically converted to ore dictionary name with reverse word order (example: oreIronBlack).
# Use '*' char as meta value to specify all possible values.
# To define multiple block states, you can use block properties instead of meta. The format is <modId:blockName:[prop1=value1, prop2=value2]>
# Also you may use just ore dictionary name as full id.
# [default: adchimneys:glass_brown:2]
S:output=adchimneys:glass_brown:2
# Shaped recipe pattern in format <nn nn> or <nnn nnn nnn>.
# Where 'n' - number of recipe component (from 1 to 9).
# Zero value (0) is for empty slot.
# If pattern is empty, then recipe will be treated as shapeless. [default: 121 232 121]
S:pattern=121 232 121
}
}
}
Vent {
CraftingRecipe {
main {
# Amount of output units. [range: 1 ~ 64, default: 4]
I:amount=4
# Recipe components list.
# Components should be represented by its ids.
# Id is a basic unit (block or item) identifier in <modId:unitName:meta> format.
# ModId can be omitted for vanilla items. Meta can be omitted too if it equals 0.
# UnitName must be lowercase, words separated by '_', words order - from private to common (example: black_iron_ore).
# Unit name will be automatically converted to ore dictionary name with reverse word order (example: oreIronBlack).
# Use '*' char as meta value to specify all possible values.
# To define multiple block states, you can use block properties instead of meta. The format is <modId:blockName:[prop1=value1, prop2=value2]>
# Also you may use just ore dictionary name as full id.
# [default: [adchimneys:glass_brown]]
S:components <
adchimneys:glass_brown
>
# Output unit id.
# Id is a basic unit (block or item) identifier in <modId:unitName:meta> format.
# ModId can be omitted for vanilla items. Meta can be omitted too if it equals 0.
# UnitName must be lowercase, words separated by '_', words order - from private to common (example: black_iron_ore).
# Unit name will be automatically converted to ore dictionary name with reverse word order (example: oreIronBlack).
# Use '*' char as meta value to specify all possible values.
# To define multiple block states, you can use block properties instead of meta. The format is <modId:blockName:[prop1=value1, prop2=value2]>
# Also you may use just ore dictionary name as full id.
# [default: adchimneys:glass_brown:1]
S:output=adchimneys:glass_brown:1
# Shaped recipe pattern in format <nn nn> or <nnn nnn nnn>.
# Where 'n' - number of recipe component (from 1 to 9).
# Zero value (0) is for empty slot.
# If pattern is empty, then recipe will be treated as shapeless. [default: 101 000 101]
S:pattern=101 000 101
}
}
}
brownGlass {
# Defines a color in ARGB (Alpha, Red, Green, Blue) hex format (0xaarrggbb) which will be applied to the smoke.
# The alpha channel of this color (aa) determines probability of applying (ff - always, 7f - 1/2, 00 - never).
# [default: 0x115e3a1e]
S:color=0x115e3a1e
# Set to 'false' if you don't need this unit. [default: true]
B:enabled=true
# Defines how many hits it takes to break the block.
# -1 makes the block indestructible. [range: -1.0 ~ 3.4028235E38, default: 0.3]
S:hardness=0.3
# Id is a basic unit (block or item) identifier in <modId:unitName:meta> format.
# ModId can be omitted for vanilla items. Meta can be omitted too if it equals 0.
# UnitName must be lowercase, words separated by '_', words order - from private to common (example: black_iron_ore).
# Unit name will be automatically converted to ore dictionary name with reverse word order (example: oreIronBlack).
# Use '*' char as meta value to specify all possible values.
# To define multiple block states, you can use block properties instead of meta. The format is <modId:blockName:[prop1=value1, prop2=value2]>
# Also you may use just ore dictionary name as full id.
# [default: stained_glass:12]
S:relatedBlockId=stained_glass:12
# Defines the block resistance to explosions. [range: 0.0 ~ 3.4028235E38, default: 1.5]
S:resistance=1.5
}

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# Configuration file
Chimney {
CraftingRecipe {
main {
# Amount of output units. [range: 1 ~ 64, default: 16]
I:amount=16
# Recipe components list.
# Components should be represented by its ids.
# Id is a basic unit (block or item) identifier in <modId:unitName:meta> format.
# ModId can be omitted for vanilla items. Meta can be omitted too if it equals 0.
# UnitName must be lowercase, words separated by '_', words order - from private to common (example: black_iron_ore).
# Unit name will be automatically converted to ore dictionary name with reverse word order (example: oreIronBlack).
# Use '*' char as meta value to specify all possible values.
# To define multiple block states, you can use block properties instead of meta. The format is <modId:blockName:[prop1=value1, prop2=value2]>
# Also you may use just ore dictionary name as full id.
# [default: [stained_glass:9]]
S:components <
stained_glass:9
>
# Output unit id.
# Id is a basic unit (block or item) identifier in <modId:unitName:meta> format.
# ModId can be omitted for vanilla items. Meta can be omitted too if it equals 0.
# UnitName must be lowercase, words separated by '_', words order - from private to common (example: black_iron_ore).
# Unit name will be automatically converted to ore dictionary name with reverse word order (example: oreIronBlack).
# Use '*' char as meta value to specify all possible values.
# To define multiple block states, you can use block properties instead of meta. The format is <modId:blockName:[prop1=value1, prop2=value2]>
# Also you may use just ore dictionary name as full id.
# [default: adchimneys:glass_cyan]
S:output=adchimneys:glass_cyan
# Shaped recipe pattern in format <nn nn> or <nnn nnn nnn>.
# Where 'n' - number of recipe component (from 1 to 9).
# Zero value (0) is for empty slot.
# If pattern is empty, then recipe will be treated as shapeless. [default: 101 101 101]
S:pattern=101 101 101
}
}
}
Pump {
CraftingRecipe {
main {
# Amount of output units. [range: 1 ~ 64, default: 4]
I:amount=4
# Recipe components list.
# Components should be represented by its ids.
# Id is a basic unit (block or item) identifier in <modId:unitName:meta> format.
# ModId can be omitted for vanilla items. Meta can be omitted too if it equals 0.
# UnitName must be lowercase, words separated by '_', words order - from private to common (example: black_iron_ore).
# Unit name will be automatically converted to ore dictionary name with reverse word order (example: oreIronBlack).
# Use '*' char as meta value to specify all possible values.
# To define multiple block states, you can use block properties instead of meta. The format is <modId:blockName:[prop1=value1, prop2=value2]>
# Also you may use just ore dictionary name as full id.
# [default: [adchimneys:glass_cyan:1], [repeater], [blockCoal]]
S:components <
adchimneys:glass_cyan:1
repeater
blockCoal
>
# Output unit id.
# Id is a basic unit (block or item) identifier in <modId:unitName:meta> format.
# ModId can be omitted for vanilla items. Meta can be omitted too if it equals 0.
# UnitName must be lowercase, words separated by '_', words order - from private to common (example: black_iron_ore).
# Unit name will be automatically converted to ore dictionary name with reverse word order (example: oreIronBlack).
# Use '*' char as meta value to specify all possible values.
# To define multiple block states, you can use block properties instead of meta. The format is <modId:blockName:[prop1=value1, prop2=value2]>
# Also you may use just ore dictionary name as full id.
# [default: adchimneys:glass_cyan:2]
S:output=adchimneys:glass_cyan:2
# Shaped recipe pattern in format <nn nn> or <nnn nnn nnn>.
# Where 'n' - number of recipe component (from 1 to 9).
# Zero value (0) is for empty slot.
# If pattern is empty, then recipe will be treated as shapeless. [default: 121 232 121]
S:pattern=121 232 121
}
}
}
Vent {
CraftingRecipe {
main {
# Amount of output units. [range: 1 ~ 64, default: 4]
I:amount=4
# Recipe components list.
# Components should be represented by its ids.
# Id is a basic unit (block or item) identifier in <modId:unitName:meta> format.
# ModId can be omitted for vanilla items. Meta can be omitted too if it equals 0.
# UnitName must be lowercase, words separated by '_', words order - from private to common (example: black_iron_ore).
# Unit name will be automatically converted to ore dictionary name with reverse word order (example: oreIronBlack).
# Use '*' char as meta value to specify all possible values.
# To define multiple block states, you can use block properties instead of meta. The format is <modId:blockName:[prop1=value1, prop2=value2]>
# Also you may use just ore dictionary name as full id.
# [default: [adchimneys:glass_cyan]]
S:components <
adchimneys:glass_cyan
>
# Output unit id.
# Id is a basic unit (block or item) identifier in <modId:unitName:meta> format.
# ModId can be omitted for vanilla items. Meta can be omitted too if it equals 0.
# UnitName must be lowercase, words separated by '_', words order - from private to common (example: black_iron_ore).
# Unit name will be automatically converted to ore dictionary name with reverse word order (example: oreIronBlack).
# Use '*' char as meta value to specify all possible values.
# To define multiple block states, you can use block properties instead of meta. The format is <modId:blockName:[prop1=value1, prop2=value2]>
# Also you may use just ore dictionary name as full id.
# [default: adchimneys:glass_cyan:1]
S:output=adchimneys:glass_cyan:1
# Shaped recipe pattern in format <nn nn> or <nnn nnn nnn>.
# Where 'n' - number of recipe component (from 1 to 9).
# Zero value (0) is for empty slot.
# If pattern is empty, then recipe will be treated as shapeless. [default: 101 000 101]
S:pattern=101 000 101
}
}
}
cyanGlass {
# Defines a color in ARGB (Alpha, Red, Green, Blue) hex format (0xaarrggbb) which will be applied to the smoke.
# The alpha channel of this color (aa) determines probability of applying (ff - always, 7f - 1/2, 00 - never).
# [default: 0x11157686]
S:color=0x11157686
# Set to 'false' if you don't need this unit. [default: true]
B:enabled=true
# Defines how many hits it takes to break the block.
# -1 makes the block indestructible. [range: -1.0 ~ 3.4028235E38, default: 0.3]
S:hardness=0.3
# Id is a basic unit (block or item) identifier in <modId:unitName:meta> format.
# ModId can be omitted for vanilla items. Meta can be omitted too if it equals 0.
# UnitName must be lowercase, words separated by '_', words order - from private to common (example: black_iron_ore).
# Unit name will be automatically converted to ore dictionary name with reverse word order (example: oreIronBlack).
# Use '*' char as meta value to specify all possible values.
# To define multiple block states, you can use block properties instead of meta. The format is <modId:blockName:[prop1=value1, prop2=value2]>
# Also you may use just ore dictionary name as full id.
# [default: stained_glass:9]
S:relatedBlockId=stained_glass:9
# Defines the block resistance to explosions. [range: 0.0 ~ 3.4028235E38, default: 1.5]
S:resistance=1.5
}

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# Configuration file
Chimney {
CraftingRecipe {
main {
# Amount of output units. [range: 1 ~ 64, default: 16]
I:amount=16
# Recipe components list.
# Components should be represented by its ids.
# Id is a basic unit (block or item) identifier in <modId:unitName:meta> format.
# ModId can be omitted for vanilla items. Meta can be omitted too if it equals 0.
# UnitName must be lowercase, words separated by '_', words order - from private to common (example: black_iron_ore).
# Unit name will be automatically converted to ore dictionary name with reverse word order (example: oreIronBlack).
# Use '*' char as meta value to specify all possible values.
# To define multiple block states, you can use block properties instead of meta. The format is <modId:blockName:[prop1=value1, prop2=value2]>
# Also you may use just ore dictionary name as full id.
# [default: [stained_glass:7]]
S:components <
stained_glass:7
>
# Output unit id.
# Id is a basic unit (block or item) identifier in <modId:unitName:meta> format.
# ModId can be omitted for vanilla items. Meta can be omitted too if it equals 0.
# UnitName must be lowercase, words separated by '_', words order - from private to common (example: black_iron_ore).
# Unit name will be automatically converted to ore dictionary name with reverse word order (example: oreIronBlack).
# Use '*' char as meta value to specify all possible values.
# To define multiple block states, you can use block properties instead of meta. The format is <modId:blockName:[prop1=value1, prop2=value2]>
# Also you may use just ore dictionary name as full id.
# [default: adchimneys:glass_gray]
S:output=adchimneys:glass_gray
# Shaped recipe pattern in format <nn nn> or <nnn nnn nnn>.
# Where 'n' - number of recipe component (from 1 to 9).
# Zero value (0) is for empty slot.
# If pattern is empty, then recipe will be treated as shapeless. [default: 101 101 101]
S:pattern=101 101 101
}
}
}
Pump {
CraftingRecipe {
main {
# Amount of output units. [range: 1 ~ 64, default: 4]
I:amount=4
# Recipe components list.
# Components should be represented by its ids.
# Id is a basic unit (block or item) identifier in <modId:unitName:meta> format.
# ModId can be omitted for vanilla items. Meta can be omitted too if it equals 0.
# UnitName must be lowercase, words separated by '_', words order - from private to common (example: black_iron_ore).
# Unit name will be automatically converted to ore dictionary name with reverse word order (example: oreIronBlack).
# Use '*' char as meta value to specify all possible values.
# To define multiple block states, you can use block properties instead of meta. The format is <modId:blockName:[prop1=value1, prop2=value2]>
# Also you may use just ore dictionary name as full id.
# [default: [adchimneys:glass_gray:1], [repeater], [blockCoal]]
S:components <
adchimneys:glass_gray:1
repeater
blockCoal
>
# Output unit id.
# Id is a basic unit (block or item) identifier in <modId:unitName:meta> format.
# ModId can be omitted for vanilla items. Meta can be omitted too if it equals 0.
# UnitName must be lowercase, words separated by '_', words order - from private to common (example: black_iron_ore).
# Unit name will be automatically converted to ore dictionary name with reverse word order (example: oreIronBlack).
# Use '*' char as meta value to specify all possible values.
# To define multiple block states, you can use block properties instead of meta. The format is <modId:blockName:[prop1=value1, prop2=value2]>
# Also you may use just ore dictionary name as full id.
# [default: adchimneys:glass_gray:2]
S:output=adchimneys:glass_gray:2
# Shaped recipe pattern in format <nn nn> or <nnn nnn nnn>.
# Where 'n' - number of recipe component (from 1 to 9).
# Zero value (0) is for empty slot.
# If pattern is empty, then recipe will be treated as shapeless. [default: 121 232 121]
S:pattern=121 232 121
}
}
}
Vent {
CraftingRecipe {
main {
# Amount of output units. [range: 1 ~ 64, default: 4]
I:amount=4
# Recipe components list.
# Components should be represented by its ids.
# Id is a basic unit (block or item) identifier in <modId:unitName:meta> format.
# ModId can be omitted for vanilla items. Meta can be omitted too if it equals 0.
# UnitName must be lowercase, words separated by '_', words order - from private to common (example: black_iron_ore).
# Unit name will be automatically converted to ore dictionary name with reverse word order (example: oreIronBlack).
# Use '*' char as meta value to specify all possible values.
# To define multiple block states, you can use block properties instead of meta. The format is <modId:blockName:[prop1=value1, prop2=value2]>
# Also you may use just ore dictionary name as full id.
# [default: [adchimneys:glass_gray]]
S:components <
adchimneys:glass_gray
>
# Output unit id.
# Id is a basic unit (block or item) identifier in <modId:unitName:meta> format.
# ModId can be omitted for vanilla items. Meta can be omitted too if it equals 0.
# UnitName must be lowercase, words separated by '_', words order - from private to common (example: black_iron_ore).
# Unit name will be automatically converted to ore dictionary name with reverse word order (example: oreIronBlack).
# Use '*' char as meta value to specify all possible values.
# To define multiple block states, you can use block properties instead of meta. The format is <modId:blockName:[prop1=value1, prop2=value2]>
# Also you may use just ore dictionary name as full id.
# [default: adchimneys:glass_gray:1]
S:output=adchimneys:glass_gray:1
# Shaped recipe pattern in format <nn nn> or <nnn nnn nnn>.
# Where 'n' - number of recipe component (from 1 to 9).
# Zero value (0) is for empty slot.
# If pattern is empty, then recipe will be treated as shapeless. [default: 101 000 101]
S:pattern=101 000 101
}
}
}
grayGlass {
# Defines a color in ARGB (Alpha, Red, Green, Blue) hex format (0xaarrggbb) which will be applied to the smoke.
# The alpha channel of this color (aa) determines probability of applying (ff - always, 7f - 1/2, 00 - never).
# [default: 0x1136393d]
S:color=0x1136393d
# Set to 'false' if you don't need this unit. [default: true]
B:enabled=true
# Defines how many hits it takes to break the block.
# -1 makes the block indestructible. [range: -1.0 ~ 3.4028235E38, default: 0.3]
S:hardness=0.3
# Id is a basic unit (block or item) identifier in <modId:unitName:meta> format.
# ModId can be omitted for vanilla items. Meta can be omitted too if it equals 0.
# UnitName must be lowercase, words separated by '_', words order - from private to common (example: black_iron_ore).
# Unit name will be automatically converted to ore dictionary name with reverse word order (example: oreIronBlack).
# Use '*' char as meta value to specify all possible values.
# To define multiple block states, you can use block properties instead of meta. The format is <modId:blockName:[prop1=value1, prop2=value2]>
# Also you may use just ore dictionary name as full id.
# [default: stained_glass:7]
S:relatedBlockId=stained_glass:7
# Defines the block resistance to explosions. [range: 0.0 ~ 3.4028235E38, default: 1.5]
S:resistance=1.5
}

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# Configuration file
Chimney {
CraftingRecipe {
main {
# Amount of output units. [range: 1 ~ 64, default: 16]
I:amount=16
# Recipe components list.
# Components should be represented by its ids.
# Id is a basic unit (block or item) identifier in <modId:unitName:meta> format.
# ModId can be omitted for vanilla items. Meta can be omitted too if it equals 0.
# UnitName must be lowercase, words separated by '_', words order - from private to common (example: black_iron_ore).
# Unit name will be automatically converted to ore dictionary name with reverse word order (example: oreIronBlack).
# Use '*' char as meta value to specify all possible values.
# To define multiple block states, you can use block properties instead of meta. The format is <modId:blockName:[prop1=value1, prop2=value2]>
# Also you may use just ore dictionary name as full id.
# [default: [stained_glass:13]]
S:components <
stained_glass:13
>
# Output unit id.
# Id is a basic unit (block or item) identifier in <modId:unitName:meta> format.
# ModId can be omitted for vanilla items. Meta can be omitted too if it equals 0.
# UnitName must be lowercase, words separated by '_', words order - from private to common (example: black_iron_ore).
# Unit name will be automatically converted to ore dictionary name with reverse word order (example: oreIronBlack).
# Use '*' char as meta value to specify all possible values.
# To define multiple block states, you can use block properties instead of meta. The format is <modId:blockName:[prop1=value1, prop2=value2]>
# Also you may use just ore dictionary name as full id.
# [default: adchimneys:glass_green]
S:output=adchimneys:glass_green
# Shaped recipe pattern in format <nn nn> or <nnn nnn nnn>.
# Where 'n' - number of recipe component (from 1 to 9).
# Zero value (0) is for empty slot.
# If pattern is empty, then recipe will be treated as shapeless. [default: 101 101 101]
S:pattern=101 101 101
}
}
}
Pump {
CraftingRecipe {
main {
# Amount of output units. [range: 1 ~ 64, default: 4]
I:amount=4
# Recipe components list.
# Components should be represented by its ids.
# Id is a basic unit (block or item) identifier in <modId:unitName:meta> format.
# ModId can be omitted for vanilla items. Meta can be omitted too if it equals 0.
# UnitName must be lowercase, words separated by '_', words order - from private to common (example: black_iron_ore).
# Unit name will be automatically converted to ore dictionary name with reverse word order (example: oreIronBlack).
# Use '*' char as meta value to specify all possible values.
# To define multiple block states, you can use block properties instead of meta. The format is <modId:blockName:[prop1=value1, prop2=value2]>
# Also you may use just ore dictionary name as full id.
# [default: [adchimneys:glass_green:1], [repeater], [blockCoal]]
S:components <
adchimneys:glass_green:1
repeater
blockCoal
>
# Output unit id.
# Id is a basic unit (block or item) identifier in <modId:unitName:meta> format.
# ModId can be omitted for vanilla items. Meta can be omitted too if it equals 0.
# UnitName must be lowercase, words separated by '_', words order - from private to common (example: black_iron_ore).
# Unit name will be automatically converted to ore dictionary name with reverse word order (example: oreIronBlack).
# Use '*' char as meta value to specify all possible values.
# To define multiple block states, you can use block properties instead of meta. The format is <modId:blockName:[prop1=value1, prop2=value2]>
# Also you may use just ore dictionary name as full id.
# [default: adchimneys:glass_green:2]
S:output=adchimneys:glass_green:2
# Shaped recipe pattern in format <nn nn> or <nnn nnn nnn>.
# Where 'n' - number of recipe component (from 1 to 9).
# Zero value (0) is for empty slot.
# If pattern is empty, then recipe will be treated as shapeless. [default: 121 232 121]
S:pattern=121 232 121
}
}
}
Vent {
CraftingRecipe {
main {
# Amount of output units. [range: 1 ~ 64, default: 4]
I:amount=4
# Recipe components list.
# Components should be represented by its ids.
# Id is a basic unit (block or item) identifier in <modId:unitName:meta> format.
# ModId can be omitted for vanilla items. Meta can be omitted too if it equals 0.
# UnitName must be lowercase, words separated by '_', words order - from private to common (example: black_iron_ore).
# Unit name will be automatically converted to ore dictionary name with reverse word order (example: oreIronBlack).
# Use '*' char as meta value to specify all possible values.
# To define multiple block states, you can use block properties instead of meta. The format is <modId:blockName:[prop1=value1, prop2=value2]>
# Also you may use just ore dictionary name as full id.
# [default: [adchimneys:glass_green]]
S:components <
adchimneys:glass_green
>
# Output unit id.
# Id is a basic unit (block or item) identifier in <modId:unitName:meta> format.
# ModId can be omitted for vanilla items. Meta can be omitted too if it equals 0.
# UnitName must be lowercase, words separated by '_', words order - from private to common (example: black_iron_ore).
# Unit name will be automatically converted to ore dictionary name with reverse word order (example: oreIronBlack).
# Use '*' char as meta value to specify all possible values.
# To define multiple block states, you can use block properties instead of meta. The format is <modId:blockName:[prop1=value1, prop2=value2]>
# Also you may use just ore dictionary name as full id.
# [default: adchimneys:glass_green:1]
S:output=adchimneys:glass_green:1
# Shaped recipe pattern in format <nn nn> or <nnn nnn nnn>.
# Where 'n' - number of recipe component (from 1 to 9).
# Zero value (0) is for empty slot.
# If pattern is empty, then recipe will be treated as shapeless. [default: 101 000 101]
S:pattern=101 000 101
}
}
}
greenGlass {
# Defines a color in ARGB (Alpha, Red, Green, Blue) hex format (0xaarrggbb) which will be applied to the smoke.
# The alpha channel of this color (aa) determines probability of applying (ff - always, 7f - 1/2, 00 - never).
# [default: 0x11485923]
S:color=0x11485923
# Set to 'false' if you don't need this unit. [default: true]
B:enabled=true
# Defines how many hits it takes to break the block.
# -1 makes the block indestructible. [range: -1.0 ~ 3.4028235E38, default: 0.3]
S:hardness=0.3
# Id is a basic unit (block or item) identifier in <modId:unitName:meta> format.
# ModId can be omitted for vanilla items. Meta can be omitted too if it equals 0.
# UnitName must be lowercase, words separated by '_', words order - from private to common (example: black_iron_ore).
# Unit name will be automatically converted to ore dictionary name with reverse word order (example: oreIronBlack).
# Use '*' char as meta value to specify all possible values.
# To define multiple block states, you can use block properties instead of meta. The format is <modId:blockName:[prop1=value1, prop2=value2]>
# Also you may use just ore dictionary name as full id.
# [default: stained_glass:13]
S:relatedBlockId=stained_glass:13
# Defines the block resistance to explosions. [range: 0.0 ~ 3.4028235E38, default: 1.5]
S:resistance=1.5
}

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# Configuration file
Chimney {
CraftingRecipe {
main {
# Amount of output units. [range: 1 ~ 64, default: 16]
I:amount=16
# Recipe components list.
# Components should be represented by its ids.
# Id is a basic unit (block or item) identifier in <modId:unitName:meta> format.
# ModId can be omitted for vanilla items. Meta can be omitted too if it equals 0.
# UnitName must be lowercase, words separated by '_', words order - from private to common (example: black_iron_ore).
# Unit name will be automatically converted to ore dictionary name with reverse word order (example: oreIronBlack).
# Use '*' char as meta value to specify all possible values.
# To define multiple block states, you can use block properties instead of meta. The format is <modId:blockName:[prop1=value1, prop2=value2]>
# Also you may use just ore dictionary name as full id.
# [default: [stained_glass:3]]
S:components <
stained_glass:3
>
# Output unit id.
# Id is a basic unit (block or item) identifier in <modId:unitName:meta> format.
# ModId can be omitted for vanilla items. Meta can be omitted too if it equals 0.
# UnitName must be lowercase, words separated by '_', words order - from private to common (example: black_iron_ore).
# Unit name will be automatically converted to ore dictionary name with reverse word order (example: oreIronBlack).
# Use '*' char as meta value to specify all possible values.
# To define multiple block states, you can use block properties instead of meta. The format is <modId:blockName:[prop1=value1, prop2=value2]>
# Also you may use just ore dictionary name as full id.
# [default: adchimneys:glass_light_blue]
S:output=adchimneys:glass_light_blue
# Shaped recipe pattern in format <nn nn> or <nnn nnn nnn>.
# Where 'n' - number of recipe component (from 1 to 9).
# Zero value (0) is for empty slot.
# If pattern is empty, then recipe will be treated as shapeless. [default: 101 101 101]
S:pattern=101 101 101
}
}
}
Pump {
CraftingRecipe {
main {
# Amount of output units. [range: 1 ~ 64, default: 4]
I:amount=4
# Recipe components list.
# Components should be represented by its ids.
# Id is a basic unit (block or item) identifier in <modId:unitName:meta> format.
# ModId can be omitted for vanilla items. Meta can be omitted too if it equals 0.
# UnitName must be lowercase, words separated by '_', words order - from private to common (example: black_iron_ore).
# Unit name will be automatically converted to ore dictionary name with reverse word order (example: oreIronBlack).
# Use '*' char as meta value to specify all possible values.
# To define multiple block states, you can use block properties instead of meta. The format is <modId:blockName:[prop1=value1, prop2=value2]>
# Also you may use just ore dictionary name as full id.
# [default: [adchimneys:glass_light_blue:1], [repeater], [blockCoal]]
S:components <
adchimneys:glass_light_blue:1
repeater
blockCoal
>
# Output unit id.
# Id is a basic unit (block or item) identifier in <modId:unitName:meta> format.
# ModId can be omitted for vanilla items. Meta can be omitted too if it equals 0.
# UnitName must be lowercase, words separated by '_', words order - from private to common (example: black_iron_ore).
# Unit name will be automatically converted to ore dictionary name with reverse word order (example: oreIronBlack).
# Use '*' char as meta value to specify all possible values.
# To define multiple block states, you can use block properties instead of meta. The format is <modId:blockName:[prop1=value1, prop2=value2]>
# Also you may use just ore dictionary name as full id.
# [default: adchimneys:glass_light_blue:2]
S:output=adchimneys:glass_light_blue:2
# Shaped recipe pattern in format <nn nn> or <nnn nnn nnn>.
# Where 'n' - number of recipe component (from 1 to 9).
# Zero value (0) is for empty slot.
# If pattern is empty, then recipe will be treated as shapeless. [default: 121 232 121]
S:pattern=121 232 121
}
}
}
Vent {
CraftingRecipe {
main {
# Amount of output units. [range: 1 ~ 64, default: 4]
I:amount=4
# Recipe components list.
# Components should be represented by its ids.
# Id is a basic unit (block or item) identifier in <modId:unitName:meta> format.
# ModId can be omitted for vanilla items. Meta can be omitted too if it equals 0.
# UnitName must be lowercase, words separated by '_', words order - from private to common (example: black_iron_ore).
# Unit name will be automatically converted to ore dictionary name with reverse word order (example: oreIronBlack).
# Use '*' char as meta value to specify all possible values.
# To define multiple block states, you can use block properties instead of meta. The format is <modId:blockName:[prop1=value1, prop2=value2]>
# Also you may use just ore dictionary name as full id.
# [default: [adchimneys:glass_light_blue]]
S:components <
adchimneys:glass_light_blue
>
# Output unit id.
# Id is a basic unit (block or item) identifier in <modId:unitName:meta> format.
# ModId can be omitted for vanilla items. Meta can be omitted too if it equals 0.
# UnitName must be lowercase, words separated by '_', words order - from private to common (example: black_iron_ore).
# Unit name will be automatically converted to ore dictionary name with reverse word order (example: oreIronBlack).
# Use '*' char as meta value to specify all possible values.
# To define multiple block states, you can use block properties instead of meta. The format is <modId:blockName:[prop1=value1, prop2=value2]>
# Also you may use just ore dictionary name as full id.
# [default: adchimneys:glass_light_blue:1]
S:output=adchimneys:glass_light_blue:1
# Shaped recipe pattern in format <nn nn> or <nnn nnn nnn>.
# Where 'n' - number of recipe component (from 1 to 9).
# Zero value (0) is for empty slot.
# If pattern is empty, then recipe will be treated as shapeless. [default: 101 000 101]
S:pattern=101 000 101
}
}
}
blueLightGlass {
# Defines a color in ARGB (Alpha, Red, Green, Blue) hex format (0xaarrggbb) which will be applied to the smoke.
# The alpha channel of this color (aa) determines probability of applying (ff - always, 7f - 1/2, 00 - never).
# [default: 0x112387c4]
S:color=0x112387c4
# Set to 'false' if you don't need this unit. [default: true]
B:enabled=true
# Defines how many hits it takes to break the block.
# -1 makes the block indestructible. [range: -1.0 ~ 3.4028235E38, default: 0.3]
S:hardness=0.3
# Id is a basic unit (block or item) identifier in <modId:unitName:meta> format.
# ModId can be omitted for vanilla items. Meta can be omitted too if it equals 0.
# UnitName must be lowercase, words separated by '_', words order - from private to common (example: black_iron_ore).
# Unit name will be automatically converted to ore dictionary name with reverse word order (example: oreIronBlack).
# Use '*' char as meta value to specify all possible values.
# To define multiple block states, you can use block properties instead of meta. The format is <modId:blockName:[prop1=value1, prop2=value2]>
# Also you may use just ore dictionary name as full id.
# [default: stained_glass:3]
S:relatedBlockId=stained_glass:3
# Defines the block resistance to explosions. [range: 0.0 ~ 3.4028235E38, default: 1.5]
S:resistance=1.5
}

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# Configuration file
Chimney {
CraftingRecipe {
main {
# Amount of output units. [range: 1 ~ 64, default: 16]
I:amount=16
# Recipe components list.
# Components should be represented by its ids.
# Id is a basic unit (block or item) identifier in <modId:unitName:meta> format.
# ModId can be omitted for vanilla items. Meta can be omitted too if it equals 0.
# UnitName must be lowercase, words separated by '_', words order - from private to common (example: black_iron_ore).
# Unit name will be automatically converted to ore dictionary name with reverse word order (example: oreIronBlack).
# Use '*' char as meta value to specify all possible values.
# To define multiple block states, you can use block properties instead of meta. The format is <modId:blockName:[prop1=value1, prop2=value2]>
# Also you may use just ore dictionary name as full id.
# [default: [stained_glass:5]]
S:components <
stained_glass:5
>
# Output unit id.
# Id is a basic unit (block or item) identifier in <modId:unitName:meta> format.
# ModId can be omitted for vanilla items. Meta can be omitted too if it equals 0.
# UnitName must be lowercase, words separated by '_', words order - from private to common (example: black_iron_ore).
# Unit name will be automatically converted to ore dictionary name with reverse word order (example: oreIronBlack).
# Use '*' char as meta value to specify all possible values.
# To define multiple block states, you can use block properties instead of meta. The format is <modId:blockName:[prop1=value1, prop2=value2]>
# Also you may use just ore dictionary name as full id.
# [default: adchimneys:glass_lime]
S:output=adchimneys:glass_lime
# Shaped recipe pattern in format <nn nn> or <nnn nnn nnn>.
# Where 'n' - number of recipe component (from 1 to 9).
# Zero value (0) is for empty slot.
# If pattern is empty, then recipe will be treated as shapeless. [default: 101 101 101]
S:pattern=101 101 101
}
}
}
Pump {
CraftingRecipe {
main {
# Amount of output units. [range: 1 ~ 64, default: 4]
I:amount=4
# Recipe components list.
# Components should be represented by its ids.
# Id is a basic unit (block or item) identifier in <modId:unitName:meta> format.
# ModId can be omitted for vanilla items. Meta can be omitted too if it equals 0.
# UnitName must be lowercase, words separated by '_', words order - from private to common (example: black_iron_ore).
# Unit name will be automatically converted to ore dictionary name with reverse word order (example: oreIronBlack).
# Use '*' char as meta value to specify all possible values.
# To define multiple block states, you can use block properties instead of meta. The format is <modId:blockName:[prop1=value1, prop2=value2]>
# Also you may use just ore dictionary name as full id.
# [default: [adchimneys:glass_lime:1], [repeater], [blockCoal]]
S:components <
adchimneys:glass_lime:1
repeater
blockCoal
>
# Output unit id.
# Id is a basic unit (block or item) identifier in <modId:unitName:meta> format.
# ModId can be omitted for vanilla items. Meta can be omitted too if it equals 0.
# UnitName must be lowercase, words separated by '_', words order - from private to common (example: black_iron_ore).
# Unit name will be automatically converted to ore dictionary name with reverse word order (example: oreIronBlack).
# Use '*' char as meta value to specify all possible values.
# To define multiple block states, you can use block properties instead of meta. The format is <modId:blockName:[prop1=value1, prop2=value2]>
# Also you may use just ore dictionary name as full id.
# [default: adchimneys:glass_lime:2]
S:output=adchimneys:glass_lime:2
# Shaped recipe pattern in format <nn nn> or <nnn nnn nnn>.
# Where 'n' - number of recipe component (from 1 to 9).
# Zero value (0) is for empty slot.
# If pattern is empty, then recipe will be treated as shapeless. [default: 121 232 121]
S:pattern=121 232 121
}
}
}
Vent {
CraftingRecipe {
main {
# Amount of output units. [range: 1 ~ 64, default: 4]
I:amount=4
# Recipe components list.
# Components should be represented by its ids.
# Id is a basic unit (block or item) identifier in <modId:unitName:meta> format.
# ModId can be omitted for vanilla items. Meta can be omitted too if it equals 0.
# UnitName must be lowercase, words separated by '_', words order - from private to common (example: black_iron_ore).
# Unit name will be automatically converted to ore dictionary name with reverse word order (example: oreIronBlack).
# Use '*' char as meta value to specify all possible values.
# To define multiple block states, you can use block properties instead of meta. The format is <modId:blockName:[prop1=value1, prop2=value2]>
# Also you may use just ore dictionary name as full id.
# [default: [adchimneys:glass_lime]]
S:components <
adchimneys:glass_lime
>
# Output unit id.
# Id is a basic unit (block or item) identifier in <modId:unitName:meta> format.
# ModId can be omitted for vanilla items. Meta can be omitted too if it equals 0.
# UnitName must be lowercase, words separated by '_', words order - from private to common (example: black_iron_ore).
# Unit name will be automatically converted to ore dictionary name with reverse word order (example: oreIronBlack).
# Use '*' char as meta value to specify all possible values.
# To define multiple block states, you can use block properties instead of meta. The format is <modId:blockName:[prop1=value1, prop2=value2]>
# Also you may use just ore dictionary name as full id.
# [default: adchimneys:glass_lime:1]
S:output=adchimneys:glass_lime:1
# Shaped recipe pattern in format <nn nn> or <nnn nnn nnn>.
# Where 'n' - number of recipe component (from 1 to 9).
# Zero value (0) is for empty slot.
# If pattern is empty, then recipe will be treated as shapeless. [default: 101 000 101]
S:pattern=101 000 101
}
}
}
limeGlass {
# Defines a color in ARGB (Alpha, Red, Green, Blue) hex format (0xaarrggbb) which will be applied to the smoke.
# The alpha channel of this color (aa) determines probability of applying (ff - always, 7f - 1/2, 00 - never).
# [default: 0x115ea71a]
S:color=0x115ea71a
# Set to 'false' if you don't need this unit. [default: true]
B:enabled=true
# Defines how many hits it takes to break the block.
# -1 makes the block indestructible. [range: -1.0 ~ 3.4028235E38, default: 0.3]
S:hardness=0.3
# Id is a basic unit (block or item) identifier in <modId:unitName:meta> format.
# ModId can be omitted for vanilla items. Meta can be omitted too if it equals 0.
# UnitName must be lowercase, words separated by '_', words order - from private to common (example: black_iron_ore).
# Unit name will be automatically converted to ore dictionary name with reverse word order (example: oreIronBlack).
# Use '*' char as meta value to specify all possible values.
# To define multiple block states, you can use block properties instead of meta. The format is <modId:blockName:[prop1=value1, prop2=value2]>
# Also you may use just ore dictionary name as full id.
# [default: stained_glass:5]
S:relatedBlockId=stained_glass:5
# Defines the block resistance to explosions. [range: 0.0 ~ 3.4028235E38, default: 1.5]
S:resistance=1.5
}

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# Configuration file
Chimney {
CraftingRecipe {
main {
# Amount of output units. [range: 1 ~ 64, default: 16]
I:amount=16
# Recipe components list.
# Components should be represented by its ids.
# Id is a basic unit (block or item) identifier in <modId:unitName:meta> format.
# ModId can be omitted for vanilla items. Meta can be omitted too if it equals 0.
# UnitName must be lowercase, words separated by '_', words order - from private to common (example: black_iron_ore).
# Unit name will be automatically converted to ore dictionary name with reverse word order (example: oreIronBlack).
# Use '*' char as meta value to specify all possible values.
# To define multiple block states, you can use block properties instead of meta. The format is <modId:blockName:[prop1=value1, prop2=value2]>
# Also you may use just ore dictionary name as full id.
# [default: [stained_glass:2]]
S:components <
stained_glass:2
>
# Output unit id.
# Id is a basic unit (block or item) identifier in <modId:unitName:meta> format.
# ModId can be omitted for vanilla items. Meta can be omitted too if it equals 0.
# UnitName must be lowercase, words separated by '_', words order - from private to common (example: black_iron_ore).
# Unit name will be automatically converted to ore dictionary name with reverse word order (example: oreIronBlack).
# Use '*' char as meta value to specify all possible values.
# To define multiple block states, you can use block properties instead of meta. The format is <modId:blockName:[prop1=value1, prop2=value2]>
# Also you may use just ore dictionary name as full id.
# [default: adchimneys:glass_magenta]
S:output=adchimneys:glass_magenta
# Shaped recipe pattern in format <nn nn> or <nnn nnn nnn>.
# Where 'n' - number of recipe component (from 1 to 9).
# Zero value (0) is for empty slot.
# If pattern is empty, then recipe will be treated as shapeless. [default: 101 101 101]
S:pattern=101 101 101
}
}
}
Pump {
CraftingRecipe {
main {
# Amount of output units. [range: 1 ~ 64, default: 4]
I:amount=4
# Recipe components list.
# Components should be represented by its ids.
# Id is a basic unit (block or item) identifier in <modId:unitName:meta> format.
# ModId can be omitted for vanilla items. Meta can be omitted too if it equals 0.
# UnitName must be lowercase, words separated by '_', words order - from private to common (example: black_iron_ore).
# Unit name will be automatically converted to ore dictionary name with reverse word order (example: oreIronBlack).
# Use '*' char as meta value to specify all possible values.
# To define multiple block states, you can use block properties instead of meta. The format is <modId:blockName:[prop1=value1, prop2=value2]>
# Also you may use just ore dictionary name as full id.
# [default: [adchimneys:glass_magenta:1], [repeater], [blockCoal]]
S:components <
adchimneys:glass_magenta:1
repeater
blockCoal
>
# Output unit id.
# Id is a basic unit (block or item) identifier in <modId:unitName:meta> format.
# ModId can be omitted for vanilla items. Meta can be omitted too if it equals 0.
# UnitName must be lowercase, words separated by '_', words order - from private to common (example: black_iron_ore).
# Unit name will be automatically converted to ore dictionary name with reverse word order (example: oreIronBlack).
# Use '*' char as meta value to specify all possible values.
# To define multiple block states, you can use block properties instead of meta. The format is <modId:blockName:[prop1=value1, prop2=value2]>
# Also you may use just ore dictionary name as full id.
# [default: adchimneys:glass_magenta:2]
S:output=adchimneys:glass_magenta:2
# Shaped recipe pattern in format <nn nn> or <nnn nnn nnn>.
# Where 'n' - number of recipe component (from 1 to 9).
# Zero value (0) is for empty slot.
# If pattern is empty, then recipe will be treated as shapeless. [default: 121 232 121]
S:pattern=121 232 121
}
}
}
Vent {
CraftingRecipe {
main {
# Amount of output units. [range: 1 ~ 64, default: 4]
I:amount=4
# Recipe components list.
# Components should be represented by its ids.
# Id is a basic unit (block or item) identifier in <modId:unitName:meta> format.
# ModId can be omitted for vanilla items. Meta can be omitted too if it equals 0.
# UnitName must be lowercase, words separated by '_', words order - from private to common (example: black_iron_ore).
# Unit name will be automatically converted to ore dictionary name with reverse word order (example: oreIronBlack).
# Use '*' char as meta value to specify all possible values.
# To define multiple block states, you can use block properties instead of meta. The format is <modId:blockName:[prop1=value1, prop2=value2]>
# Also you may use just ore dictionary name as full id.
# [default: [adchimneys:glass_magenta]]
S:components <
adchimneys:glass_magenta
>
# Output unit id.
# Id is a basic unit (block or item) identifier in <modId:unitName:meta> format.
# ModId can be omitted for vanilla items. Meta can be omitted too if it equals 0.
# UnitName must be lowercase, words separated by '_', words order - from private to common (example: black_iron_ore).
# Unit name will be automatically converted to ore dictionary name with reverse word order (example: oreIronBlack).
# Use '*' char as meta value to specify all possible values.
# To define multiple block states, you can use block properties instead of meta. The format is <modId:blockName:[prop1=value1, prop2=value2]>
# Also you may use just ore dictionary name as full id.
# [default: adchimneys:glass_magenta:1]
S:output=adchimneys:glass_magenta:1
# Shaped recipe pattern in format <nn nn> or <nnn nnn nnn>.
# Where 'n' - number of recipe component (from 1 to 9).
# Zero value (0) is for empty slot.
# If pattern is empty, then recipe will be treated as shapeless. [default: 101 000 101]
S:pattern=101 000 101
}
}
}
magentaGlass {
# Defines a color in ARGB (Alpha, Red, Green, Blue) hex format (0xaarrggbb) which will be applied to the smoke.
# The alpha channel of this color (aa) determines probability of applying (ff - always, 7f - 1/2, 00 - never).
# [default: 0x11a7309d]
S:color=0x11a7309d
# Set to 'false' if you don't need this unit. [default: true]
B:enabled=true
# Defines how many hits it takes to break the block.
# -1 makes the block indestructible. [range: -1.0 ~ 3.4028235E38, default: 0.3]
S:hardness=0.3
# Id is a basic unit (block or item) identifier in <modId:unitName:meta> format.
# ModId can be omitted for vanilla items. Meta can be omitted too if it equals 0.
# UnitName must be lowercase, words separated by '_', words order - from private to common (example: black_iron_ore).
# Unit name will be automatically converted to ore dictionary name with reverse word order (example: oreIronBlack).
# Use '*' char as meta value to specify all possible values.
# To define multiple block states, you can use block properties instead of meta. The format is <modId:blockName:[prop1=value1, prop2=value2]>
# Also you may use just ore dictionary name as full id.
# [default: stained_glass:2]
S:relatedBlockId=stained_glass:2
# Defines the block resistance to explosions. [range: 0.0 ~ 3.4028235E38, default: 1.5]
S:resistance=1.5
}

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# Configuration file
Chimney {
CraftingRecipe {
main {
# Amount of output units. [range: 1 ~ 64, default: 16]
I:amount=16
# Recipe components list.
# Components should be represented by its ids.
# Id is a basic unit (block or item) identifier in <modId:unitName:meta> format.
# ModId can be omitted for vanilla items. Meta can be omitted too if it equals 0.
# UnitName must be lowercase, words separated by '_', words order - from private to common (example: black_iron_ore).
# Unit name will be automatically converted to ore dictionary name with reverse word order (example: oreIronBlack).
# Use '*' char as meta value to specify all possible values.
# To define multiple block states, you can use block properties instead of meta. The format is <modId:blockName:[prop1=value1, prop2=value2]>
# Also you may use just ore dictionary name as full id.
# [default: [stained_glass:1]]
S:components <
stained_glass:1
>
# Output unit id.
# Id is a basic unit (block or item) identifier in <modId:unitName:meta> format.
# ModId can be omitted for vanilla items. Meta can be omitted too if it equals 0.
# UnitName must be lowercase, words separated by '_', words order - from private to common (example: black_iron_ore).
# Unit name will be automatically converted to ore dictionary name with reverse word order (example: oreIronBlack).
# Use '*' char as meta value to specify all possible values.
# To define multiple block states, you can use block properties instead of meta. The format is <modId:blockName:[prop1=value1, prop2=value2]>
# Also you may use just ore dictionary name as full id.
# [default: adchimneys:glass_orange]
S:output=adchimneys:glass_orange
# Shaped recipe pattern in format <nn nn> or <nnn nnn nnn>.
# Where 'n' - number of recipe component (from 1 to 9).
# Zero value (0) is for empty slot.
# If pattern is empty, then recipe will be treated as shapeless. [default: 101 101 101]
S:pattern=101 101 101
}
}
}
Pump {
CraftingRecipe {
main {
# Amount of output units. [range: 1 ~ 64, default: 4]
I:amount=4
# Recipe components list.
# Components should be represented by its ids.
# Id is a basic unit (block or item) identifier in <modId:unitName:meta> format.
# ModId can be omitted for vanilla items. Meta can be omitted too if it equals 0.
# UnitName must be lowercase, words separated by '_', words order - from private to common (example: black_iron_ore).
# Unit name will be automatically converted to ore dictionary name with reverse word order (example: oreIronBlack).
# Use '*' char as meta value to specify all possible values.
# To define multiple block states, you can use block properties instead of meta. The format is <modId:blockName:[prop1=value1, prop2=value2]>
# Also you may use just ore dictionary name as full id.
# [default: [adchimneys:glass_orange:1], [repeater], [blockCoal]]
S:components <
adchimneys:glass_orange:1
repeater
blockCoal
>
# Output unit id.
# Id is a basic unit (block or item) identifier in <modId:unitName:meta> format.
# ModId can be omitted for vanilla items. Meta can be omitted too if it equals 0.
# UnitName must be lowercase, words separated by '_', words order - from private to common (example: black_iron_ore).
# Unit name will be automatically converted to ore dictionary name with reverse word order (example: oreIronBlack).
# Use '*' char as meta value to specify all possible values.
# To define multiple block states, you can use block properties instead of meta. The format is <modId:blockName:[prop1=value1, prop2=value2]>
# Also you may use just ore dictionary name as full id.
# [default: adchimneys:glass_orange:2]
S:output=adchimneys:glass_orange:2
# Shaped recipe pattern in format <nn nn> or <nnn nnn nnn>.
# Where 'n' - number of recipe component (from 1 to 9).
# Zero value (0) is for empty slot.
# If pattern is empty, then recipe will be treated as shapeless. [default: 121 232 121]
S:pattern=121 232 121
}
}
}
Vent {
CraftingRecipe {
main {
# Amount of output units. [range: 1 ~ 64, default: 4]
I:amount=4
# Recipe components list.
# Components should be represented by its ids.
# Id is a basic unit (block or item) identifier in <modId:unitName:meta> format.
# ModId can be omitted for vanilla items. Meta can be omitted too if it equals 0.
# UnitName must be lowercase, words separated by '_', words order - from private to common (example: black_iron_ore).
# Unit name will be automatically converted to ore dictionary name with reverse word order (example: oreIronBlack).
# Use '*' char as meta value to specify all possible values.
# To define multiple block states, you can use block properties instead of meta. The format is <modId:blockName:[prop1=value1, prop2=value2]>
# Also you may use just ore dictionary name as full id.
# [default: [adchimneys:glass_orange]]
S:components <
adchimneys:glass_orange
>
# Output unit id.
# Id is a basic unit (block or item) identifier in <modId:unitName:meta> format.
# ModId can be omitted for vanilla items. Meta can be omitted too if it equals 0.
# UnitName must be lowercase, words separated by '_', words order - from private to common (example: black_iron_ore).
# Unit name will be automatically converted to ore dictionary name with reverse word order (example: oreIronBlack).
# Use '*' char as meta value to specify all possible values.
# To define multiple block states, you can use block properties instead of meta. The format is <modId:blockName:[prop1=value1, prop2=value2]>
# Also you may use just ore dictionary name as full id.
# [default: adchimneys:glass_orange:1]
S:output=adchimneys:glass_orange:1
# Shaped recipe pattern in format <nn nn> or <nnn nnn nnn>.
# Where 'n' - number of recipe component (from 1 to 9).
# Zero value (0) is for empty slot.
# If pattern is empty, then recipe will be treated as shapeless. [default: 101 000 101]
S:pattern=101 000 101
}
}
}
orangeGlass {
# Defines a color in ARGB (Alpha, Red, Green, Blue) hex format (0xaarrggbb) which will be applied to the smoke.
# The alpha channel of this color (aa) determines probability of applying (ff - always, 7f - 1/2, 00 - never).
# [default: 0x11db5e00]
S:color=0x11db5e00
# Set to 'false' if you don't need this unit. [default: true]
B:enabled=true
# Defines how many hits it takes to break the block.
# -1 makes the block indestructible. [range: -1.0 ~ 3.4028235E38, default: 0.3]
S:hardness=0.3
# Id is a basic unit (block or item) identifier in <modId:unitName:meta> format.
# ModId can be omitted for vanilla items. Meta can be omitted too if it equals 0.
# UnitName must be lowercase, words separated by '_', words order - from private to common (example: black_iron_ore).
# Unit name will be automatically converted to ore dictionary name with reverse word order (example: oreIronBlack).
# Use '*' char as meta value to specify all possible values.
# To define multiple block states, you can use block properties instead of meta. The format is <modId:blockName:[prop1=value1, prop2=value2]>
# Also you may use just ore dictionary name as full id.
# [default: stained_glass:1]
S:relatedBlockId=stained_glass:1
# Defines the block resistance to explosions. [range: 0.0 ~ 3.4028235E38, default: 1.5]
S:resistance=1.5
}

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# Configuration file
Chimney {
CraftingRecipe {
main {
# Amount of output units. [range: 1 ~ 64, default: 16]
I:amount=16
# Recipe components list.
# Components should be represented by its ids.
# Id is a basic unit (block or item) identifier in <modId:unitName:meta> format.
# ModId can be omitted for vanilla items. Meta can be omitted too if it equals 0.
# UnitName must be lowercase, words separated by '_', words order - from private to common (example: black_iron_ore).
# Unit name will be automatically converted to ore dictionary name with reverse word order (example: oreIronBlack).
# Use '*' char as meta value to specify all possible values.
# To define multiple block states, you can use block properties instead of meta. The format is <modId:blockName:[prop1=value1, prop2=value2]>
# Also you may use just ore dictionary name as full id.
# [default: [stained_glass:6]]
S:components <
stained_glass:6
>
# Output unit id.
# Id is a basic unit (block or item) identifier in <modId:unitName:meta> format.
# ModId can be omitted for vanilla items. Meta can be omitted too if it equals 0.
# UnitName must be lowercase, words separated by '_', words order - from private to common (example: black_iron_ore).
# Unit name will be automatically converted to ore dictionary name with reverse word order (example: oreIronBlack).
# Use '*' char as meta value to specify all possible values.
# To define multiple block states, you can use block properties instead of meta. The format is <modId:blockName:[prop1=value1, prop2=value2]>
# Also you may use just ore dictionary name as full id.
# [default: adchimneys:glass_pink]
S:output=adchimneys:glass_pink
# Shaped recipe pattern in format <nn nn> or <nnn nnn nnn>.
# Where 'n' - number of recipe component (from 1 to 9).
# Zero value (0) is for empty slot.
# If pattern is empty, then recipe will be treated as shapeless. [default: 101 101 101]
S:pattern=101 101 101
}
}
}
Pump {
CraftingRecipe {
main {
# Amount of output units. [range: 1 ~ 64, default: 4]
I:amount=4
# Recipe components list.
# Components should be represented by its ids.
# Id is a basic unit (block or item) identifier in <modId:unitName:meta> format.
# ModId can be omitted for vanilla items. Meta can be omitted too if it equals 0.
# UnitName must be lowercase, words separated by '_', words order - from private to common (example: black_iron_ore).
# Unit name will be automatically converted to ore dictionary name with reverse word order (example: oreIronBlack).
# Use '*' char as meta value to specify all possible values.
# To define multiple block states, you can use block properties instead of meta. The format is <modId:blockName:[prop1=value1, prop2=value2]>
# Also you may use just ore dictionary name as full id.
# [default: [adchimneys:glass_pink:1], [repeater], [blockCoal]]
S:components <
adchimneys:glass_pink:1
repeater
blockCoal
>
# Output unit id.
# Id is a basic unit (block or item) identifier in <modId:unitName:meta> format.
# ModId can be omitted for vanilla items. Meta can be omitted too if it equals 0.
# UnitName must be lowercase, words separated by '_', words order - from private to common (example: black_iron_ore).
# Unit name will be automatically converted to ore dictionary name with reverse word order (example: oreIronBlack).
# Use '*' char as meta value to specify all possible values.
# To define multiple block states, you can use block properties instead of meta. The format is <modId:blockName:[prop1=value1, prop2=value2]>
# Also you may use just ore dictionary name as full id.
# [default: adchimneys:glass_pink:2]
S:output=adchimneys:glass_pink:2
# Shaped recipe pattern in format <nn nn> or <nnn nnn nnn>.
# Where 'n' - number of recipe component (from 1 to 9).
# Zero value (0) is for empty slot.
# If pattern is empty, then recipe will be treated as shapeless. [default: 121 232 121]
S:pattern=121 232 121
}
}
}
Vent {
CraftingRecipe {
main {
# Amount of output units. [range: 1 ~ 64, default: 4]
I:amount=4
# Recipe components list.
# Components should be represented by its ids.
# Id is a basic unit (block or item) identifier in <modId:unitName:meta> format.
# ModId can be omitted for vanilla items. Meta can be omitted too if it equals 0.
# UnitName must be lowercase, words separated by '_', words order - from private to common (example: black_iron_ore).
# Unit name will be automatically converted to ore dictionary name with reverse word order (example: oreIronBlack).
# Use '*' char as meta value to specify all possible values.
# To define multiple block states, you can use block properties instead of meta. The format is <modId:blockName:[prop1=value1, prop2=value2]>
# Also you may use just ore dictionary name as full id.
# [default: [adchimneys:glass_pink]]
S:components <
adchimneys:glass_pink
>
# Output unit id.
# Id is a basic unit (block or item) identifier in <modId:unitName:meta> format.
# ModId can be omitted for vanilla items. Meta can be omitted too if it equals 0.
# UnitName must be lowercase, words separated by '_', words order - from private to common (example: black_iron_ore).
# Unit name will be automatically converted to ore dictionary name with reverse word order (example: oreIronBlack).
# Use '*' char as meta value to specify all possible values.
# To define multiple block states, you can use block properties instead of meta. The format is <modId:blockName:[prop1=value1, prop2=value2]>
# Also you may use just ore dictionary name as full id.
# [default: adchimneys:glass_pink:1]
S:output=adchimneys:glass_pink:1
# Shaped recipe pattern in format <nn nn> or <nnn nnn nnn>.
# Where 'n' - number of recipe component (from 1 to 9).
# Zero value (0) is for empty slot.
# If pattern is empty, then recipe will be treated as shapeless. [default: 101 000 101]
S:pattern=101 000 101
}
}
}
pinkGlass {
# Defines a color in ARGB (Alpha, Red, Green, Blue) hex format (0xaarrggbb) which will be applied to the smoke.
# The alpha channel of this color (aa) determines probability of applying (ff - always, 7f - 1/2, 00 - never).
# [default: 0x11d3648e]
S:color=0x11d3648e
# Set to 'false' if you don't need this unit. [default: true]
B:enabled=true
# Defines how many hits it takes to break the block.
# -1 makes the block indestructible. [range: -1.0 ~ 3.4028235E38, default: 0.3]
S:hardness=0.3
# Id is a basic unit (block or item) identifier in <modId:unitName:meta> format.
# ModId can be omitted for vanilla items. Meta can be omitted too if it equals 0.
# UnitName must be lowercase, words separated by '_', words order - from private to common (example: black_iron_ore).
# Unit name will be automatically converted to ore dictionary name with reverse word order (example: oreIronBlack).
# Use '*' char as meta value to specify all possible values.
# To define multiple block states, you can use block properties instead of meta. The format is <modId:blockName:[prop1=value1, prop2=value2]>
# Also you may use just ore dictionary name as full id.
# [default: stained_glass:6]
S:relatedBlockId=stained_glass:6
# Defines the block resistance to explosions. [range: 0.0 ~ 3.4028235E38, default: 1.5]
S:resistance=1.5
}

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# Configuration file
Chimney {
CraftingRecipe {
main {
# Amount of output units. [range: 1 ~ 64, default: 16]
I:amount=16
# Recipe components list.
# Components should be represented by its ids.
# Id is a basic unit (block or item) identifier in <modId:unitName:meta> format.
# ModId can be omitted for vanilla items. Meta can be omitted too if it equals 0.
# UnitName must be lowercase, words separated by '_', words order - from private to common (example: black_iron_ore).
# Unit name will be automatically converted to ore dictionary name with reverse word order (example: oreIronBlack).
# Use '*' char as meta value to specify all possible values.
# To define multiple block states, you can use block properties instead of meta. The format is <modId:blockName:[prop1=value1, prop2=value2]>
# Also you may use just ore dictionary name as full id.
# [default: [stained_glass:10]]
S:components <
stained_glass:10
>
# Output unit id.
# Id is a basic unit (block or item) identifier in <modId:unitName:meta> format.
# ModId can be omitted for vanilla items. Meta can be omitted too if it equals 0.
# UnitName must be lowercase, words separated by '_', words order - from private to common (example: black_iron_ore).
# Unit name will be automatically converted to ore dictionary name with reverse word order (example: oreIronBlack).
# Use '*' char as meta value to specify all possible values.
# To define multiple block states, you can use block properties instead of meta. The format is <modId:blockName:[prop1=value1, prop2=value2]>
# Also you may use just ore dictionary name as full id.
# [default: adchimneys:glass_purple]
S:output=adchimneys:glass_purple
# Shaped recipe pattern in format <nn nn> or <nnn nnn nnn>.
# Where 'n' - number of recipe component (from 1 to 9).
# Zero value (0) is for empty slot.
# If pattern is empty, then recipe will be treated as shapeless. [default: 101 101 101]
S:pattern=101 101 101
}
}
}
Pump {
CraftingRecipe {
main {
# Amount of output units. [range: 1 ~ 64, default: 4]
I:amount=4
# Recipe components list.
# Components should be represented by its ids.
# Id is a basic unit (block or item) identifier in <modId:unitName:meta> format.
# ModId can be omitted for vanilla items. Meta can be omitted too if it equals 0.
# UnitName must be lowercase, words separated by '_', words order - from private to common (example: black_iron_ore).
# Unit name will be automatically converted to ore dictionary name with reverse word order (example: oreIronBlack).
# Use '*' char as meta value to specify all possible values.
# To define multiple block states, you can use block properties instead of meta. The format is <modId:blockName:[prop1=value1, prop2=value2]>
# Also you may use just ore dictionary name as full id.
# [default: [adchimneys:glass_purple:1], [repeater], [blockCoal]]
S:components <
adchimneys:glass_purple:1
repeater
blockCoal
>
# Output unit id.
# Id is a basic unit (block or item) identifier in <modId:unitName:meta> format.
# ModId can be omitted for vanilla items. Meta can be omitted too if it equals 0.
# UnitName must be lowercase, words separated by '_', words order - from private to common (example: black_iron_ore).
# Unit name will be automatically converted to ore dictionary name with reverse word order (example: oreIronBlack).
# Use '*' char as meta value to specify all possible values.
# To define multiple block states, you can use block properties instead of meta. The format is <modId:blockName:[prop1=value1, prop2=value2]>
# Also you may use just ore dictionary name as full id.
# [default: adchimneys:glass_purple:2]
S:output=adchimneys:glass_purple:2
# Shaped recipe pattern in format <nn nn> or <nnn nnn nnn>.
# Where 'n' - number of recipe component (from 1 to 9).
# Zero value (0) is for empty slot.
# If pattern is empty, then recipe will be treated as shapeless. [default: 121 232 121]
S:pattern=121 232 121
}
}
}
Vent {
CraftingRecipe {
main {
# Amount of output units. [range: 1 ~ 64, default: 4]
I:amount=4
# Recipe components list.
# Components should be represented by its ids.
# Id is a basic unit (block or item) identifier in <modId:unitName:meta> format.
# ModId can be omitted for vanilla items. Meta can be omitted too if it equals 0.
# UnitName must be lowercase, words separated by '_', words order - from private to common (example: black_iron_ore).
# Unit name will be automatically converted to ore dictionary name with reverse word order (example: oreIronBlack).
# Use '*' char as meta value to specify all possible values.
# To define multiple block states, you can use block properties instead of meta. The format is <modId:blockName:[prop1=value1, prop2=value2]>
# Also you may use just ore dictionary name as full id.
# [default: [adchimneys:glass_purple]]
S:components <
adchimneys:glass_purple
>
# Output unit id.
# Id is a basic unit (block or item) identifier in <modId:unitName:meta> format.
# ModId can be omitted for vanilla items. Meta can be omitted too if it equals 0.
# UnitName must be lowercase, words separated by '_', words order - from private to common (example: black_iron_ore).
# Unit name will be automatically converted to ore dictionary name with reverse word order (example: oreIronBlack).
# Use '*' char as meta value to specify all possible values.
# To define multiple block states, you can use block properties instead of meta. The format is <modId:blockName:[prop1=value1, prop2=value2]>
# Also you may use just ore dictionary name as full id.
# [default: adchimneys:glass_purple:1]
S:output=adchimneys:glass_purple:1
# Shaped recipe pattern in format <nn nn> or <nnn nnn nnn>.
# Where 'n' - number of recipe component (from 1 to 9).
# Zero value (0) is for empty slot.
# If pattern is empty, then recipe will be treated as shapeless. [default: 101 000 101]
S:pattern=101 000 101
}
}
}
purpleGlass {
# Defines a color in ARGB (Alpha, Red, Green, Blue) hex format (0xaarrggbb) which will be applied to the smoke.
# The alpha channel of this color (aa) determines probability of applying (ff - always, 7f - 1/2, 00 - never).
# [default: 0x1164209b]
S:color=0x1164209b
# Set to 'false' if you don't need this unit. [default: true]
B:enabled=true
# Defines how many hits it takes to break the block.
# -1 makes the block indestructible. [range: -1.0 ~ 3.4028235E38, default: 0.3]
S:hardness=0.3
# Id is a basic unit (block or item) identifier in <modId:unitName:meta> format.
# ModId can be omitted for vanilla items. Meta can be omitted too if it equals 0.
# UnitName must be lowercase, words separated by '_', words order - from private to common (example: black_iron_ore).
# Unit name will be automatically converted to ore dictionary name with reverse word order (example: oreIronBlack).
# Use '*' char as meta value to specify all possible values.
# To define multiple block states, you can use block properties instead of meta. The format is <modId:blockName:[prop1=value1, prop2=value2]>
# Also you may use just ore dictionary name as full id.
# [default: stained_glass:10]
S:relatedBlockId=stained_glass:10
# Defines the block resistance to explosions. [range: 0.0 ~ 3.4028235E38, default: 1.5]
S:resistance=1.5
}

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# Configuration file
Chimney {
CraftingRecipe {
main {
# Amount of output units. [range: 1 ~ 64, default: 16]
I:amount=16
# Recipe components list.
# Components should be represented by its ids.
# Id is a basic unit (block or item) identifier in <modId:unitName:meta> format.
# ModId can be omitted for vanilla items. Meta can be omitted too if it equals 0.
# UnitName must be lowercase, words separated by '_', words order - from private to common (example: black_iron_ore).
# Unit name will be automatically converted to ore dictionary name with reverse word order (example: oreIronBlack).
# Use '*' char as meta value to specify all possible values.
# To define multiple block states, you can use block properties instead of meta. The format is <modId:blockName:[prop1=value1, prop2=value2]>
# Also you may use just ore dictionary name as full id.
# [default: [stained_glass:14]]
S:components <
stained_glass:14
>
# Output unit id.
# Id is a basic unit (block or item) identifier in <modId:unitName:meta> format.
# ModId can be omitted for vanilla items. Meta can be omitted too if it equals 0.
# UnitName must be lowercase, words separated by '_', words order - from private to common (example: black_iron_ore).
# Unit name will be automatically converted to ore dictionary name with reverse word order (example: oreIronBlack).
# Use '*' char as meta value to specify all possible values.
# To define multiple block states, you can use block properties instead of meta. The format is <modId:blockName:[prop1=value1, prop2=value2]>
# Also you may use just ore dictionary name as full id.
# [default: adchimneys:glass_red]
S:output=adchimneys:glass_red
# Shaped recipe pattern in format <nn nn> or <nnn nnn nnn>.
# Where 'n' - number of recipe component (from 1 to 9).
# Zero value (0) is for empty slot.
# If pattern is empty, then recipe will be treated as shapeless. [default: 101 101 101]
S:pattern=101 101 101
}
}
}
Pump {
CraftingRecipe {
main {
# Amount of output units. [range: 1 ~ 64, default: 4]
I:amount=4
# Recipe components list.
# Components should be represented by its ids.
# Id is a basic unit (block or item) identifier in <modId:unitName:meta> format.
# ModId can be omitted for vanilla items. Meta can be omitted too if it equals 0.
# UnitName must be lowercase, words separated by '_', words order - from private to common (example: black_iron_ore).
# Unit name will be automatically converted to ore dictionary name with reverse word order (example: oreIronBlack).
# Use '*' char as meta value to specify all possible values.
# To define multiple block states, you can use block properties instead of meta. The format is <modId:blockName:[prop1=value1, prop2=value2]>
# Also you may use just ore dictionary name as full id.
# [default: [adchimneys:glass_red:1], [repeater], [blockCoal]]
S:components <
adchimneys:glass_red:1
repeater
blockCoal
>
# Output unit id.
# Id is a basic unit (block or item) identifier in <modId:unitName:meta> format.
# ModId can be omitted for vanilla items. Meta can be omitted too if it equals 0.
# UnitName must be lowercase, words separated by '_', words order - from private to common (example: black_iron_ore).
# Unit name will be automatically converted to ore dictionary name with reverse word order (example: oreIronBlack).
# Use '*' char as meta value to specify all possible values.
# To define multiple block states, you can use block properties instead of meta. The format is <modId:blockName:[prop1=value1, prop2=value2]>
# Also you may use just ore dictionary name as full id.
# [default: adchimneys:glass_red:2]
S:output=adchimneys:glass_red:2
# Shaped recipe pattern in format <nn nn> or <nnn nnn nnn>.
# Where 'n' - number of recipe component (from 1 to 9).
# Zero value (0) is for empty slot.
# If pattern is empty, then recipe will be treated as shapeless. [default: 121 232 121]
S:pattern=121 232 121
}
}
}
Vent {
CraftingRecipe {
main {
# Amount of output units. [range: 1 ~ 64, default: 4]
I:amount=4
# Recipe components list.
# Components should be represented by its ids.
# Id is a basic unit (block or item) identifier in <modId:unitName:meta> format.
# ModId can be omitted for vanilla items. Meta can be omitted too if it equals 0.
# UnitName must be lowercase, words separated by '_', words order - from private to common (example: black_iron_ore).
# Unit name will be automatically converted to ore dictionary name with reverse word order (example: oreIronBlack).
# Use '*' char as meta value to specify all possible values.
# To define multiple block states, you can use block properties instead of meta. The format is <modId:blockName:[prop1=value1, prop2=value2]>
# Also you may use just ore dictionary name as full id.
# [default: [adchimneys:glass_red]]
S:components <
adchimneys:glass_red
>
# Output unit id.
# Id is a basic unit (block or item) identifier in <modId:unitName:meta> format.
# ModId can be omitted for vanilla items. Meta can be omitted too if it equals 0.
# UnitName must be lowercase, words separated by '_', words order - from private to common (example: black_iron_ore).
# Unit name will be automatically converted to ore dictionary name with reverse word order (example: oreIronBlack).
# Use '*' char as meta value to specify all possible values.
# To define multiple block states, you can use block properties instead of meta. The format is <modId:blockName:[prop1=value1, prop2=value2]>
# Also you may use just ore dictionary name as full id.
# [default: adchimneys:glass_red:1]
S:output=adchimneys:glass_red:1
# Shaped recipe pattern in format <nn nn> or <nnn nnn nnn>.
# Where 'n' - number of recipe component (from 1 to 9).
# Zero value (0) is for empty slot.
# If pattern is empty, then recipe will be treated as shapeless. [default: 101 000 101]
S:pattern=101 000 101
}
}
}
redGlass {
# Defines a color in ARGB (Alpha, Red, Green, Blue) hex format (0xaarrggbb) which will be applied to the smoke.
# The alpha channel of this color (aa) determines probability of applying (ff - always, 7f - 1/2, 00 - never).
# [default: 0x118c2121]
S:color=0x118c2121
# Set to 'false' if you don't need this unit. [default: true]
B:enabled=true
# Defines how many hits it takes to break the block.
# -1 makes the block indestructible. [range: -1.0 ~ 3.4028235E38, default: 0.3]
S:hardness=0.3
# Id is a basic unit (block or item) identifier in <modId:unitName:meta> format.
# ModId can be omitted for vanilla items. Meta can be omitted too if it equals 0.
# UnitName must be lowercase, words separated by '_', words order - from private to common (example: black_iron_ore).
# Unit name will be automatically converted to ore dictionary name with reverse word order (example: oreIronBlack).
# Use '*' char as meta value to specify all possible values.
# To define multiple block states, you can use block properties instead of meta. The format is <modId:blockName:[prop1=value1, prop2=value2]>
# Also you may use just ore dictionary name as full id.
# [default: stained_glass:14]
S:relatedBlockId=stained_glass:14
# Defines the block resistance to explosions. [range: 0.0 ~ 3.4028235E38, default: 1.5]
S:resistance=1.5
}

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# Configuration file
Chimney {
CraftingRecipe {
main {
# Amount of output units. [range: 1 ~ 64, default: 16]
I:amount=16
# Recipe components list.
# Components should be represented by its ids.
# Id is a basic unit (block or item) identifier in <modId:unitName:meta> format.
# ModId can be omitted for vanilla items. Meta can be omitted too if it equals 0.
# UnitName must be lowercase, words separated by '_', words order - from private to common (example: black_iron_ore).
# Unit name will be automatically converted to ore dictionary name with reverse word order (example: oreIronBlack).
# Use '*' char as meta value to specify all possible values.
# To define multiple block states, you can use block properties instead of meta. The format is <modId:blockName:[prop1=value1, prop2=value2]>
# Also you may use just ore dictionary name as full id.
# [default: [stained_glass:8]]
S:components <
stained_glass:8
>
# Output unit id.
# Id is a basic unit (block or item) identifier in <modId:unitName:meta> format.
# ModId can be omitted for vanilla items. Meta can be omitted too if it equals 0.
# UnitName must be lowercase, words separated by '_', words order - from private to common (example: black_iron_ore).
# Unit name will be automatically converted to ore dictionary name with reverse word order (example: oreIronBlack).
# Use '*' char as meta value to specify all possible values.
# To define multiple block states, you can use block properties instead of meta. The format is <modId:blockName:[prop1=value1, prop2=value2]>
# Also you may use just ore dictionary name as full id.
# [default: adchimneys:glass_silver]
S:output=adchimneys:glass_silver
# Shaped recipe pattern in format <nn nn> or <nnn nnn nnn>.
# Where 'n' - number of recipe component (from 1 to 9).
# Zero value (0) is for empty slot.
# If pattern is empty, then recipe will be treated as shapeless. [default: 101 101 101]
S:pattern=101 101 101
}
}
}
Pump {
CraftingRecipe {
main {
# Amount of output units. [range: 1 ~ 64, default: 4]
I:amount=4
# Recipe components list.
# Components should be represented by its ids.
# Id is a basic unit (block or item) identifier in <modId:unitName:meta> format.
# ModId can be omitted for vanilla items. Meta can be omitted too if it equals 0.
# UnitName must be lowercase, words separated by '_', words order - from private to common (example: black_iron_ore).
# Unit name will be automatically converted to ore dictionary name with reverse word order (example: oreIronBlack).
# Use '*' char as meta value to specify all possible values.
# To define multiple block states, you can use block properties instead of meta. The format is <modId:blockName:[prop1=value1, prop2=value2]>
# Also you may use just ore dictionary name as full id.
# [default: [adchimneys:glass_silver:1], [repeater], [blockCoal]]
S:components <
adchimneys:glass_silver:1
repeater
blockCoal
>
# Output unit id.
# Id is a basic unit (block or item) identifier in <modId:unitName:meta> format.
# ModId can be omitted for vanilla items. Meta can be omitted too if it equals 0.
# UnitName must be lowercase, words separated by '_', words order - from private to common (example: black_iron_ore).
# Unit name will be automatically converted to ore dictionary name with reverse word order (example: oreIronBlack).
# Use '*' char as meta value to specify all possible values.
# To define multiple block states, you can use block properties instead of meta. The format is <modId:blockName:[prop1=value1, prop2=value2]>
# Also you may use just ore dictionary name as full id.
# [default: adchimneys:glass_silver:2]
S:output=adchimneys:glass_silver:2
# Shaped recipe pattern in format <nn nn> or <nnn nnn nnn>.
# Where 'n' - number of recipe component (from 1 to 9).
# Zero value (0) is for empty slot.
# If pattern is empty, then recipe will be treated as shapeless. [default: 121 232 121]
S:pattern=121 232 121
}
}
}
Vent {
CraftingRecipe {
main {
# Amount of output units. [range: 1 ~ 64, default: 4]
I:amount=4
# Recipe components list.
# Components should be represented by its ids.
# Id is a basic unit (block or item) identifier in <modId:unitName:meta> format.
# ModId can be omitted for vanilla items. Meta can be omitted too if it equals 0.
# UnitName must be lowercase, words separated by '_', words order - from private to common (example: black_iron_ore).
# Unit name will be automatically converted to ore dictionary name with reverse word order (example: oreIronBlack).
# Use '*' char as meta value to specify all possible values.
# To define multiple block states, you can use block properties instead of meta. The format is <modId:blockName:[prop1=value1, prop2=value2]>
# Also you may use just ore dictionary name as full id.
# [default: [adchimneys:glass_silver]]
S:components <
adchimneys:glass_silver
>
# Output unit id.
# Id is a basic unit (block or item) identifier in <modId:unitName:meta> format.
# ModId can be omitted for vanilla items. Meta can be omitted too if it equals 0.
# UnitName must be lowercase, words separated by '_', words order - from private to common (example: black_iron_ore).
# Unit name will be automatically converted to ore dictionary name with reverse word order (example: oreIronBlack).
# Use '*' char as meta value to specify all possible values.
# To define multiple block states, you can use block properties instead of meta. The format is <modId:blockName:[prop1=value1, prop2=value2]>
# Also you may use just ore dictionary name as full id.
# [default: adchimneys:glass_silver:1]
S:output=adchimneys:glass_silver:1
# Shaped recipe pattern in format <nn nn> or <nnn nnn nnn>.
# Where 'n' - number of recipe component (from 1 to 9).
# Zero value (0) is for empty slot.
# If pattern is empty, then recipe will be treated as shapeless. [default: 101 000 101]
S:pattern=101 000 101
}
}
}
silverGlass {
# Defines a color in ARGB (Alpha, Red, Green, Blue) hex format (0xaarrggbb) which will be applied to the smoke.
# The alpha channel of this color (aa) determines probability of applying (ff - always, 7f - 1/2, 00 - never).
# [default: 0x117b7b71]
S:color=0x117b7b71
# Set to 'false' if you don't need this unit. [default: true]
B:enabled=true
# Defines how many hits it takes to break the block.
# -1 makes the block indestructible. [range: -1.0 ~ 3.4028235E38, default: 0.3]
S:hardness=0.3
# Id is a basic unit (block or item) identifier in <modId:unitName:meta> format.
# ModId can be omitted for vanilla items. Meta can be omitted too if it equals 0.
# UnitName must be lowercase, words separated by '_', words order - from private to common (example: black_iron_ore).
# Unit name will be automatically converted to ore dictionary name with reverse word order (example: oreIronBlack).
# Use '*' char as meta value to specify all possible values.
# To define multiple block states, you can use block properties instead of meta. The format is <modId:blockName:[prop1=value1, prop2=value2]>
# Also you may use just ore dictionary name as full id.
# [default: stained_glass:8]
S:relatedBlockId=stained_glass:8
# Defines the block resistance to explosions. [range: 0.0 ~ 3.4028235E38, default: 1.5]
S:resistance=1.5
}

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# Configuration file
Chimney {
CraftingRecipe {
main {
# Amount of output units. [range: 1 ~ 64, default: 16]
I:amount=16
# Recipe components list.
# Components should be represented by its ids.
# Id is a basic unit (block or item) identifier in <modId:unitName:meta> format.
# ModId can be omitted for vanilla items. Meta can be omitted too if it equals 0.
# UnitName must be lowercase, words separated by '_', words order - from private to common (example: black_iron_ore).
# Unit name will be automatically converted to ore dictionary name with reverse word order (example: oreIronBlack).
# Use '*' char as meta value to specify all possible values.
# To define multiple block states, you can use block properties instead of meta. The format is <modId:blockName:[prop1=value1, prop2=value2]>
# Also you may use just ore dictionary name as full id.
# [default: [stained_glass:0]]
S:components <
stained_glass:0
>
# Output unit id.
# Id is a basic unit (block or item) identifier in <modId:unitName:meta> format.
# ModId can be omitted for vanilla items. Meta can be omitted too if it equals 0.
# UnitName must be lowercase, words separated by '_', words order - from private to common (example: black_iron_ore).
# Unit name will be automatically converted to ore dictionary name with reverse word order (example: oreIronBlack).
# Use '*' char as meta value to specify all possible values.
# To define multiple block states, you can use block properties instead of meta. The format is <modId:blockName:[prop1=value1, prop2=value2]>
# Also you may use just ore dictionary name as full id.
# [default: adchimneys:glass_white]
S:output=adchimneys:glass_white
# Shaped recipe pattern in format <nn nn> or <nnn nnn nnn>.
# Where 'n' - number of recipe component (from 1 to 9).
# Zero value (0) is for empty slot.
# If pattern is empty, then recipe will be treated as shapeless. [default: 101 101 101]
S:pattern=101 101 101
}
}
}
Pump {
CraftingRecipe {
main {
# Amount of output units. [range: 1 ~ 64, default: 4]
I:amount=4
# Recipe components list.
# Components should be represented by its ids.
# Id is a basic unit (block or item) identifier in <modId:unitName:meta> format.
# ModId can be omitted for vanilla items. Meta can be omitted too if it equals 0.
# UnitName must be lowercase, words separated by '_', words order - from private to common (example: black_iron_ore).
# Unit name will be automatically converted to ore dictionary name with reverse word order (example: oreIronBlack).
# Use '*' char as meta value to specify all possible values.
# To define multiple block states, you can use block properties instead of meta. The format is <modId:blockName:[prop1=value1, prop2=value2]>
# Also you may use just ore dictionary name as full id.
# [default: [adchimneys:glass_white:1], [repeater], [blockCoal]]
S:components <
adchimneys:glass_white:1
repeater
blockCoal
>
# Output unit id.
# Id is a basic unit (block or item) identifier in <modId:unitName:meta> format.
# ModId can be omitted for vanilla items. Meta can be omitted too if it equals 0.
# UnitName must be lowercase, words separated by '_', words order - from private to common (example: black_iron_ore).
# Unit name will be automatically converted to ore dictionary name with reverse word order (example: oreIronBlack).
# Use '*' char as meta value to specify all possible values.
# To define multiple block states, you can use block properties instead of meta. The format is <modId:blockName:[prop1=value1, prop2=value2]>
# Also you may use just ore dictionary name as full id.
# [default: adchimneys:glass_white:2]
S:output=adchimneys:glass_white:2
# Shaped recipe pattern in format <nn nn> or <nnn nnn nnn>.
# Where 'n' - number of recipe component (from 1 to 9).
# Zero value (0) is for empty slot.
# If pattern is empty, then recipe will be treated as shapeless. [default: 121 232 121]
S:pattern=121 232 121
}
}
}
Vent {
CraftingRecipe {
main {
# Amount of output units. [range: 1 ~ 64, default: 4]
I:amount=4
# Recipe components list.
# Components should be represented by its ids.
# Id is a basic unit (block or item) identifier in <modId:unitName:meta> format.
# ModId can be omitted for vanilla items. Meta can be omitted too if it equals 0.
# UnitName must be lowercase, words separated by '_', words order - from private to common (example: black_iron_ore).
# Unit name will be automatically converted to ore dictionary name with reverse word order (example: oreIronBlack).
# Use '*' char as meta value to specify all possible values.
# To define multiple block states, you can use block properties instead of meta. The format is <modId:blockName:[prop1=value1, prop2=value2]>
# Also you may use just ore dictionary name as full id.
# [default: [adchimneys:glass_white]]
S:components <
adchimneys:glass_white
>
# Output unit id.
# Id is a basic unit (block or item) identifier in <modId:unitName:meta> format.
# ModId can be omitted for vanilla items. Meta can be omitted too if it equals 0.
# UnitName must be lowercase, words separated by '_', words order - from private to common (example: black_iron_ore).
# Unit name will be automatically converted to ore dictionary name with reverse word order (example: oreIronBlack).
# Use '*' char as meta value to specify all possible values.
# To define multiple block states, you can use block properties instead of meta. The format is <modId:blockName:[prop1=value1, prop2=value2]>
# Also you may use just ore dictionary name as full id.
# [default: adchimneys:glass_white:1]
S:output=adchimneys:glass_white:1
# Shaped recipe pattern in format <nn nn> or <nnn nnn nnn>.
# Where 'n' - number of recipe component (from 1 to 9).
# Zero value (0) is for empty slot.
# If pattern is empty, then recipe will be treated as shapeless. [default: 101 000 101]
S:pattern=101 000 101
}
}
}
whiteGlass {
# Defines a color in ARGB (Alpha, Red, Green, Blue) hex format (0xaarrggbb) which will be applied to the smoke.
# The alpha channel of this color (aa) determines probability of applying (ff - always, 7f - 1/2, 00 - never).
# [default: 0x11cbd1d2]
S:color=0x11cbd1d2
# Set to 'false' if you don't need this unit. [default: true]
B:enabled=true
# Defines how many hits it takes to break the block.
# -1 makes the block indestructible. [range: -1.0 ~ 3.4028235E38, default: 0.3]
S:hardness=0.3
# Id is a basic unit (block or item) identifier in <modId:unitName:meta> format.
# ModId can be omitted for vanilla items. Meta can be omitted too if it equals 0.
# UnitName must be lowercase, words separated by '_', words order - from private to common (example: black_iron_ore).
# Unit name will be automatically converted to ore dictionary name with reverse word order (example: oreIronBlack).
# Use '*' char as meta value to specify all possible values.
# To define multiple block states, you can use block properties instead of meta. The format is <modId:blockName:[prop1=value1, prop2=value2]>
# Also you may use just ore dictionary name as full id.
# [default: stained_glass:0]
S:relatedBlockId=stained_glass:0
# Defines the block resistance to explosions. [range: 0.0 ~ 3.4028235E38, default: 1.5]
S:resistance=1.5
}

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# Configuration file
Chimney {
CraftingRecipe {
main {
# Amount of output units. [range: 1 ~ 64, default: 16]
I:amount=16
# Recipe components list.
# Components should be represented by its ids.
# Id is a basic unit (block or item) identifier in <modId:unitName:meta> format.
# ModId can be omitted for vanilla items. Meta can be omitted too if it equals 0.
# UnitName must be lowercase, words separated by '_', words order - from private to common (example: black_iron_ore).
# Unit name will be automatically converted to ore dictionary name with reverse word order (example: oreIronBlack).
# Use '*' char as meta value to specify all possible values.
# To define multiple block states, you can use block properties instead of meta. The format is <modId:blockName:[prop1=value1, prop2=value2]>
# Also you may use just ore dictionary name as full id.
# [default: [stained_glass:4]]
S:components <
stained_glass:4
>
# Output unit id.
# Id is a basic unit (block or item) identifier in <modId:unitName:meta> format.
# ModId can be omitted for vanilla items. Meta can be omitted too if it equals 0.
# UnitName must be lowercase, words separated by '_', words order - from private to common (example: black_iron_ore).
# Unit name will be automatically converted to ore dictionary name with reverse word order (example: oreIronBlack).
# Use '*' char as meta value to specify all possible values.
# To define multiple block states, you can use block properties instead of meta. The format is <modId:blockName:[prop1=value1, prop2=value2]>
# Also you may use just ore dictionary name as full id.
# [default: adchimneys:glass_yellow]
S:output=adchimneys:glass_yellow
# Shaped recipe pattern in format <nn nn> or <nnn nnn nnn>.
# Where 'n' - number of recipe component (from 1 to 9).
# Zero value (0) is for empty slot.
# If pattern is empty, then recipe will be treated as shapeless. [default: 101 101 101]
S:pattern=101 101 101
}
}
}
Pump {
CraftingRecipe {
main {
# Amount of output units. [range: 1 ~ 64, default: 4]
I:amount=4
# Recipe components list.
# Components should be represented by its ids.
# Id is a basic unit (block or item) identifier in <modId:unitName:meta> format.
# ModId can be omitted for vanilla items. Meta can be omitted too if it equals 0.
# UnitName must be lowercase, words separated by '_', words order - from private to common (example: black_iron_ore).
# Unit name will be automatically converted to ore dictionary name with reverse word order (example: oreIronBlack).
# Use '*' char as meta value to specify all possible values.
# To define multiple block states, you can use block properties instead of meta. The format is <modId:blockName:[prop1=value1, prop2=value2]>
# Also you may use just ore dictionary name as full id.
# [default: [adchimneys:glass_yellow:1], [repeater], [blockCoal]]
S:components <
adchimneys:glass_yellow:1
repeater
blockCoal
>
# Output unit id.
# Id is a basic unit (block or item) identifier in <modId:unitName:meta> format.
# ModId can be omitted for vanilla items. Meta can be omitted too if it equals 0.
# UnitName must be lowercase, words separated by '_', words order - from private to common (example: black_iron_ore).
# Unit name will be automatically converted to ore dictionary name with reverse word order (example: oreIronBlack).
# Use '*' char as meta value to specify all possible values.
# To define multiple block states, you can use block properties instead of meta. The format is <modId:blockName:[prop1=value1, prop2=value2]>
# Also you may use just ore dictionary name as full id.
# [default: adchimneys:glass_yellow:2]
S:output=adchimneys:glass_yellow:2
# Shaped recipe pattern in format <nn nn> or <nnn nnn nnn>.
# Where 'n' - number of recipe component (from 1 to 9).
# Zero value (0) is for empty slot.
# If pattern is empty, then recipe will be treated as shapeless. [default: 121 232 121]
S:pattern=121 232 121
}
}
}
Vent {
CraftingRecipe {
main {
# Amount of output units. [range: 1 ~ 64, default: 4]
I:amount=4
# Recipe components list.
# Components should be represented by its ids.
# Id is a basic unit (block or item) identifier in <modId:unitName:meta> format.
# ModId can be omitted for vanilla items. Meta can be omitted too if it equals 0.
# UnitName must be lowercase, words separated by '_', words order - from private to common (example: black_iron_ore).
# Unit name will be automatically converted to ore dictionary name with reverse word order (example: oreIronBlack).
# Use '*' char as meta value to specify all possible values.
# To define multiple block states, you can use block properties instead of meta. The format is <modId:blockName:[prop1=value1, prop2=value2]>
# Also you may use just ore dictionary name as full id.
# [default: [adchimneys:glass_yellow]]
S:components <
adchimneys:glass_yellow
>
# Output unit id.
# Id is a basic unit (block or item) identifier in <modId:unitName:meta> format.
# ModId can be omitted for vanilla items. Meta can be omitted too if it equals 0.
# UnitName must be lowercase, words separated by '_', words order - from private to common (example: black_iron_ore).
# Unit name will be automatically converted to ore dictionary name with reverse word order (example: oreIronBlack).
# Use '*' char as meta value to specify all possible values.
# To define multiple block states, you can use block properties instead of meta. The format is <modId:blockName:[prop1=value1, prop2=value2]>
# Also you may use just ore dictionary name as full id.
# [default: adchimneys:glass_yellow:1]
S:output=adchimneys:glass_yellow:1
# Shaped recipe pattern in format <nn nn> or <nnn nnn nnn>.
# Where 'n' - number of recipe component (from 1 to 9).
# Zero value (0) is for empty slot.
# If pattern is empty, then recipe will be treated as shapeless. [default: 101 000 101]
S:pattern=101 000 101
}
}
}
yellowGlass {
# Defines a color in ARGB (Alpha, Red, Green, Blue) hex format (0xaarrggbb) which will be applied to the smoke.
# The alpha channel of this color (aa) determines probability of applying (ff - always, 7f - 1/2, 00 - never).
# [default: 0x11ebab15]
S:color=0x11ebab15
# Set to 'false' if you don't need this unit. [default: true]
B:enabled=true
# Defines how many hits it takes to break the block.
# -1 makes the block indestructible. [range: -1.0 ~ 3.4028235E38, default: 0.3]
S:hardness=0.3
# Id is a basic unit (block or item) identifier in <modId:unitName:meta> format.
# ModId can be omitted for vanilla items. Meta can be omitted too if it equals 0.
# UnitName must be lowercase, words separated by '_', words order - from private to common (example: black_iron_ore).
# Unit name will be automatically converted to ore dictionary name with reverse word order (example: oreIronBlack).
# Use '*' char as meta value to specify all possible values.
# To define multiple block states, you can use block properties instead of meta. The format is <modId:blockName:[prop1=value1, prop2=value2]>
# Also you may use just ore dictionary name as full id.
# [default: stained_glass:4]
S:relatedBlockId=stained_glass:4
# Defines the block resistance to explosions. [range: 0.0 ~ 3.4028235E38, default: 1.5]
S:resistance=1.5
}

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# Configuration file
Chimney {
CraftingRecipe {
main {
# Amount of output units. [range: 1 ~ 64, default: 16]
I:amount=16
# Recipe components list.
# Components should be represented by its ids.
# Id is a basic unit (block or item) identifier in <modId:unitName:meta> format.
# ModId can be omitted for vanilla items. Meta can be omitted too if it equals 0.
# UnitName must be lowercase, words separated by '_', words order - from private to common (example: black_iron_ore).
# Unit name will be automatically converted to ore dictionary name with reverse word order (example: oreIronBlack).
# Use '*' char as meta value to specify all possible values.
# To define multiple block states, you can use block properties instead of meta. The format is <modId:blockName:[prop1=value1, prop2=value2]>
# Also you may use just ore dictionary name as full id.
# [default: [black_glazed_terracotta]]
S:components <
black_glazed_terracotta
>
# Output unit id.
# Id is a basic unit (block or item) identifier in <modId:unitName:meta> format.
# ModId can be omitted for vanilla items. Meta can be omitted too if it equals 0.
# UnitName must be lowercase, words separated by '_', words order - from private to common (example: black_iron_ore).
# Unit name will be automatically converted to ore dictionary name with reverse word order (example: oreIronBlack).
# Use '*' char as meta value to specify all possible values.
# To define multiple block states, you can use block properties instead of meta. The format is <modId:blockName:[prop1=value1, prop2=value2]>
# Also you may use just ore dictionary name as full id.
# [default: adchimneys:glazed_terracotta_black]
S:output=adchimneys:glazed_terracotta_black
# Shaped recipe pattern in format <nn nn> or <nnn nnn nnn>.
# Where 'n' - number of recipe component (from 1 to 9).
# Zero value (0) is for empty slot.
# If pattern is empty, then recipe will be treated as shapeless. [default: 101 101 101]
S:pattern=101 101 101
}
}
}
Pump {
CraftingRecipe {
main {
# Amount of output units. [range: 1 ~ 64, default: 4]
I:amount=4
# Recipe components list.
# Components should be represented by its ids.
# Id is a basic unit (block or item) identifier in <modId:unitName:meta> format.
# ModId can be omitted for vanilla items. Meta can be omitted too if it equals 0.
# UnitName must be lowercase, words separated by '_', words order - from private to common (example: black_iron_ore).
# Unit name will be automatically converted to ore dictionary name with reverse word order (example: oreIronBlack).
# Use '*' char as meta value to specify all possible values.
# To define multiple block states, you can use block properties instead of meta. The format is <modId:blockName:[prop1=value1, prop2=value2]>
# Also you may use just ore dictionary name as full id.
# [default: [adchimneys:glazed_terracotta_black:1], [repeater], [blockCoal]]
S:components <
adchimneys:glazed_terracotta_black:1
repeater
blockCoal
>
# Output unit id.
# Id is a basic unit (block or item) identifier in <modId:unitName:meta> format.
# ModId can be omitted for vanilla items. Meta can be omitted too if it equals 0.
# UnitName must be lowercase, words separated by '_', words order - from private to common (example: black_iron_ore).
# Unit name will be automatically converted to ore dictionary name with reverse word order (example: oreIronBlack).
# Use '*' char as meta value to specify all possible values.
# To define multiple block states, you can use block properties instead of meta. The format is <modId:blockName:[prop1=value1, prop2=value2]>
# Also you may use just ore dictionary name as full id.
# [default: adchimneys:glazed_terracotta_black:2]
S:output=adchimneys:glazed_terracotta_black:2
# Shaped recipe pattern in format <nn nn> or <nnn nnn nnn>.
# Where 'n' - number of recipe component (from 1 to 9).
# Zero value (0) is for empty slot.
# If pattern is empty, then recipe will be treated as shapeless. [default: 121 232 121]
S:pattern=121 232 121
}
}
}
Vent {
CraftingRecipe {
main {
# Amount of output units. [range: 1 ~ 64, default: 4]
I:amount=4
# Recipe components list.
# Components should be represented by its ids.
# Id is a basic unit (block or item) identifier in <modId:unitName:meta> format.
# ModId can be omitted for vanilla items. Meta can be omitted too if it equals 0.
# UnitName must be lowercase, words separated by '_', words order - from private to common (example: black_iron_ore).
# Unit name will be automatically converted to ore dictionary name with reverse word order (example: oreIronBlack).
# Use '*' char as meta value to specify all possible values.
# To define multiple block states, you can use block properties instead of meta. The format is <modId:blockName:[prop1=value1, prop2=value2]>
# Also you may use just ore dictionary name as full id.
# [default: [adchimneys:glazed_terracotta_black]]
S:components <
adchimneys:glazed_terracotta_black
>
# Output unit id.
# Id is a basic unit (block or item) identifier in <modId:unitName:meta> format.
# ModId can be omitted for vanilla items. Meta can be omitted too if it equals 0.
# UnitName must be lowercase, words separated by '_', words order - from private to common (example: black_iron_ore).
# Unit name will be automatically converted to ore dictionary name with reverse word order (example: oreIronBlack).
# Use '*' char as meta value to specify all possible values.
# To define multiple block states, you can use block properties instead of meta. The format is <modId:blockName:[prop1=value1, prop2=value2]>
# Also you may use just ore dictionary name as full id.
# [default: adchimneys:glazed_terracotta_black:1]
S:output=adchimneys:glazed_terracotta_black:1
# Shaped recipe pattern in format <nn nn> or <nnn nnn nnn>.
# Where 'n' - number of recipe component (from 1 to 9).
# Zero value (0) is for empty slot.
# If pattern is empty, then recipe will be treated as shapeless. [default: 101 000 101]
S:pattern=101 000 101
}
}
}
blackTerracottaGlazed {
# Defines a color in ARGB (Alpha, Red, Green, Blue) hex format (0xaarrggbb) which will be applied to the smoke.
# The alpha channel of this color (aa) determines probability of applying (ff - always, 7f - 1/2, 00 - never).
# [default: 0x11090b10]
S:color=0x11090b10
# Set to 'false' if you don't need this unit. [default: true]
B:enabled=true
# Defines how many hits it takes to break the block.
# -1 makes the block indestructible. [range: -1.0 ~ 3.4028235E38, default: 1.4]
S:hardness=1.4
# Id is a basic unit (block or item) identifier in <modId:unitName:meta> format.
# ModId can be omitted for vanilla items. Meta can be omitted too if it equals 0.
# UnitName must be lowercase, words separated by '_', words order - from private to common (example: black_iron_ore).
# Unit name will be automatically converted to ore dictionary name with reverse word order (example: oreIronBlack).
# Use '*' char as meta value to specify all possible values.
# To define multiple block states, you can use block properties instead of meta. The format is <modId:blockName:[prop1=value1, prop2=value2]>
# Also you may use just ore dictionary name as full id.
# [default: black_glazed_terracotta]
S:relatedBlockId=black_glazed_terracotta
# Defines the block resistance to explosions. [range: 0.0 ~ 3.4028235E38, default: 7.0]
S:resistance=7.0
}

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# Configuration file
Chimney {
CraftingRecipe {
main {
# Amount of output units. [range: 1 ~ 64, default: 16]
I:amount=16
# Recipe components list.
# Components should be represented by its ids.
# Id is a basic unit (block or item) identifier in <modId:unitName:meta> format.
# ModId can be omitted for vanilla items. Meta can be omitted too if it equals 0.
# UnitName must be lowercase, words separated by '_', words order - from private to common (example: black_iron_ore).
# Unit name will be automatically converted to ore dictionary name with reverse word order (example: oreIronBlack).
# Use '*' char as meta value to specify all possible values.
# To define multiple block states, you can use block properties instead of meta. The format is <modId:blockName:[prop1=value1, prop2=value2]>
# Also you may use just ore dictionary name as full id.
# [default: [blue_glazed_terracotta]]
S:components <
blue_glazed_terracotta
>
# Output unit id.
# Id is a basic unit (block or item) identifier in <modId:unitName:meta> format.
# ModId can be omitted for vanilla items. Meta can be omitted too if it equals 0.
# UnitName must be lowercase, words separated by '_', words order - from private to common (example: black_iron_ore).
# Unit name will be automatically converted to ore dictionary name with reverse word order (example: oreIronBlack).
# Use '*' char as meta value to specify all possible values.
# To define multiple block states, you can use block properties instead of meta. The format is <modId:blockName:[prop1=value1, prop2=value2]>
# Also you may use just ore dictionary name as full id.
# [default: adchimneys:glazed_terracotta_blue]
S:output=adchimneys:glazed_terracotta_blue
# Shaped recipe pattern in format <nn nn> or <nnn nnn nnn>.
# Where 'n' - number of recipe component (from 1 to 9).
# Zero value (0) is for empty slot.
# If pattern is empty, then recipe will be treated as shapeless. [default: 101 101 101]
S:pattern=101 101 101
}
}
}
Pump {
CraftingRecipe {
main {
# Amount of output units. [range: 1 ~ 64, default: 4]
I:amount=4
# Recipe components list.
# Components should be represented by its ids.
# Id is a basic unit (block or item) identifier in <modId:unitName:meta> format.
# ModId can be omitted for vanilla items. Meta can be omitted too if it equals 0.
# UnitName must be lowercase, words separated by '_', words order - from private to common (example: black_iron_ore).
# Unit name will be automatically converted to ore dictionary name with reverse word order (example: oreIronBlack).
# Use '*' char as meta value to specify all possible values.
# To define multiple block states, you can use block properties instead of meta. The format is <modId:blockName:[prop1=value1, prop2=value2]>
# Also you may use just ore dictionary name as full id.
# [default: [adchimneys:glazed_terracotta_blue:1], [repeater], [blockCoal]]
S:components <
adchimneys:glazed_terracotta_blue:1
repeater
blockCoal
>
# Output unit id.
# Id is a basic unit (block or item) identifier in <modId:unitName:meta> format.
# ModId can be omitted for vanilla items. Meta can be omitted too if it equals 0.
# UnitName must be lowercase, words separated by '_', words order - from private to common (example: black_iron_ore).
# Unit name will be automatically converted to ore dictionary name with reverse word order (example: oreIronBlack).
# Use '*' char as meta value to specify all possible values.
# To define multiple block states, you can use block properties instead of meta. The format is <modId:blockName:[prop1=value1, prop2=value2]>
# Also you may use just ore dictionary name as full id.
# [default: adchimneys:glazed_terracotta_blue:2]
S:output=adchimneys:glazed_terracotta_blue:2
# Shaped recipe pattern in format <nn nn> or <nnn nnn nnn>.
# Where 'n' - number of recipe component (from 1 to 9).
# Zero value (0) is for empty slot.
# If pattern is empty, then recipe will be treated as shapeless. [default: 121 232 121]
S:pattern=121 232 121
}
}
}
Vent {
CraftingRecipe {
main {
# Amount of output units. [range: 1 ~ 64, default: 4]
I:amount=4
# Recipe components list.
# Components should be represented by its ids.
# Id is a basic unit (block or item) identifier in <modId:unitName:meta> format.
# ModId can be omitted for vanilla items. Meta can be omitted too if it equals 0.
# UnitName must be lowercase, words separated by '_', words order - from private to common (example: black_iron_ore).
# Unit name will be automatically converted to ore dictionary name with reverse word order (example: oreIronBlack).
# Use '*' char as meta value to specify all possible values.
# To define multiple block states, you can use block properties instead of meta. The format is <modId:blockName:[prop1=value1, prop2=value2]>
# Also you may use just ore dictionary name as full id.
# [default: [adchimneys:glazed_terracotta_blue]]
S:components <
adchimneys:glazed_terracotta_blue
>
# Output unit id.
# Id is a basic unit (block or item) identifier in <modId:unitName:meta> format.
# ModId can be omitted for vanilla items. Meta can be omitted too if it equals 0.
# UnitName must be lowercase, words separated by '_', words order - from private to common (example: black_iron_ore).
# Unit name will be automatically converted to ore dictionary name with reverse word order (example: oreIronBlack).
# Use '*' char as meta value to specify all possible values.
# To define multiple block states, you can use block properties instead of meta. The format is <modId:blockName:[prop1=value1, prop2=value2]>
# Also you may use just ore dictionary name as full id.
# [default: adchimneys:glazed_terracotta_blue:1]
S:output=adchimneys:glazed_terracotta_blue:1
# Shaped recipe pattern in format <nn nn> or <nnn nnn nnn>.
# Where 'n' - number of recipe component (from 1 to 9).
# Zero value (0) is for empty slot.
# If pattern is empty, then recipe will be treated as shapeless. [default: 101 000 101]
S:pattern=101 000 101
}
}
}
blueTerracottaGlazed {
# Defines a color in ARGB (Alpha, Red, Green, Blue) hex format (0xaarrggbb) which will be applied to the smoke.
# The alpha channel of this color (aa) determines probability of applying (ff - always, 7f - 1/2, 00 - never).
# [default: 0x112b2d8c]
S:color=0x112b2d8c
# Set to 'false' if you don't need this unit. [default: true]
B:enabled=true
# Defines how many hits it takes to break the block.
# -1 makes the block indestructible. [range: -1.0 ~ 3.4028235E38, default: 1.4]
S:hardness=1.4
# Id is a basic unit (block or item) identifier in <modId:unitName:meta> format.
# ModId can be omitted for vanilla items. Meta can be omitted too if it equals 0.
# UnitName must be lowercase, words separated by '_', words order - from private to common (example: black_iron_ore).
# Unit name will be automatically converted to ore dictionary name with reverse word order (example: oreIronBlack).
# Use '*' char as meta value to specify all possible values.
# To define multiple block states, you can use block properties instead of meta. The format is <modId:blockName:[prop1=value1, prop2=value2]>
# Also you may use just ore dictionary name as full id.
# [default: blue_glazed_terracotta]
S:relatedBlockId=blue_glazed_terracotta
# Defines the block resistance to explosions. [range: 0.0 ~ 3.4028235E38, default: 7.0]
S:resistance=7.0
}

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# Configuration file
Chimney {
CraftingRecipe {
main {
# Amount of output units. [range: 1 ~ 64, default: 16]
I:amount=16
# Recipe components list.
# Components should be represented by its ids.
# Id is a basic unit (block or item) identifier in <modId:unitName:meta> format.
# ModId can be omitted for vanilla items. Meta can be omitted too if it equals 0.
# UnitName must be lowercase, words separated by '_', words order - from private to common (example: black_iron_ore).
# Unit name will be automatically converted to ore dictionary name with reverse word order (example: oreIronBlack).
# Use '*' char as meta value to specify all possible values.
# To define multiple block states, you can use block properties instead of meta. The format is <modId:blockName:[prop1=value1, prop2=value2]>
# Also you may use just ore dictionary name as full id.
# [default: [brown_glazed_terracotta]]
S:components <
brown_glazed_terracotta
>
# Output unit id.
# Id is a basic unit (block or item) identifier in <modId:unitName:meta> format.
# ModId can be omitted for vanilla items. Meta can be omitted too if it equals 0.
# UnitName must be lowercase, words separated by '_', words order - from private to common (example: black_iron_ore).
# Unit name will be automatically converted to ore dictionary name with reverse word order (example: oreIronBlack).
# Use '*' char as meta value to specify all possible values.
# To define multiple block states, you can use block properties instead of meta. The format is <modId:blockName:[prop1=value1, prop2=value2]>
# Also you may use just ore dictionary name as full id.
# [default: adchimneys:glazed_terracotta_brown]
S:output=adchimneys:glazed_terracotta_brown
# Shaped recipe pattern in format <nn nn> or <nnn nnn nnn>.
# Where 'n' - number of recipe component (from 1 to 9).
# Zero value (0) is for empty slot.
# If pattern is empty, then recipe will be treated as shapeless. [default: 101 101 101]
S:pattern=101 101 101
}
}
}
Pump {
CraftingRecipe {
main {
# Amount of output units. [range: 1 ~ 64, default: 4]
I:amount=4
# Recipe components list.
# Components should be represented by its ids.
# Id is a basic unit (block or item) identifier in <modId:unitName:meta> format.
# ModId can be omitted for vanilla items. Meta can be omitted too if it equals 0.
# UnitName must be lowercase, words separated by '_', words order - from private to common (example: black_iron_ore).
# Unit name will be automatically converted to ore dictionary name with reverse word order (example: oreIronBlack).
# Use '*' char as meta value to specify all possible values.
# To define multiple block states, you can use block properties instead of meta. The format is <modId:blockName:[prop1=value1, prop2=value2]>
# Also you may use just ore dictionary name as full id.
# [default: [adchimneys:glazed_terracotta_brown:1], [repeater], [blockCoal]]
S:components <
adchimneys:glazed_terracotta_brown:1
repeater
blockCoal
>
# Output unit id.
# Id is a basic unit (block or item) identifier in <modId:unitName:meta> format.
# ModId can be omitted for vanilla items. Meta can be omitted too if it equals 0.
# UnitName must be lowercase, words separated by '_', words order - from private to common (example: black_iron_ore).
# Unit name will be automatically converted to ore dictionary name with reverse word order (example: oreIronBlack).
# Use '*' char as meta value to specify all possible values.
# To define multiple block states, you can use block properties instead of meta. The format is <modId:blockName:[prop1=value1, prop2=value2]>
# Also you may use just ore dictionary name as full id.
# [default: adchimneys:glazed_terracotta_brown:2]
S:output=adchimneys:glazed_terracotta_brown:2
# Shaped recipe pattern in format <nn nn> or <nnn nnn nnn>.
# Where 'n' - number of recipe component (from 1 to 9).
# Zero value (0) is for empty slot.
# If pattern is empty, then recipe will be treated as shapeless. [default: 121 232 121]
S:pattern=121 232 121
}
}
}
Vent {
CraftingRecipe {
main {
# Amount of output units. [range: 1 ~ 64, default: 4]
I:amount=4
# Recipe components list.
# Components should be represented by its ids.
# Id is a basic unit (block or item) identifier in <modId:unitName:meta> format.
# ModId can be omitted for vanilla items. Meta can be omitted too if it equals 0.
# UnitName must be lowercase, words separated by '_', words order - from private to common (example: black_iron_ore).
# Unit name will be automatically converted to ore dictionary name with reverse word order (example: oreIronBlack).
# Use '*' char as meta value to specify all possible values.
# To define multiple block states, you can use block properties instead of meta. The format is <modId:blockName:[prop1=value1, prop2=value2]>
# Also you may use just ore dictionary name as full id.
# [default: [adchimneys:glazed_terracotta_brown]]
S:components <
adchimneys:glazed_terracotta_brown
>
# Output unit id.
# Id is a basic unit (block or item) identifier in <modId:unitName:meta> format.
# ModId can be omitted for vanilla items. Meta can be omitted too if it equals 0.
# UnitName must be lowercase, words separated by '_', words order - from private to common (example: black_iron_ore).
# Unit name will be automatically converted to ore dictionary name with reverse word order (example: oreIronBlack).
# Use '*' char as meta value to specify all possible values.
# To define multiple block states, you can use block properties instead of meta. The format is <modId:blockName:[prop1=value1, prop2=value2]>
# Also you may use just ore dictionary name as full id.
# [default: adchimneys:glazed_terracotta_brown:1]
S:output=adchimneys:glazed_terracotta_brown:1
# Shaped recipe pattern in format <nn nn> or <nnn nnn nnn>.
# Where 'n' - number of recipe component (from 1 to 9).
# Zero value (0) is for empty slot.
# If pattern is empty, then recipe will be treated as shapeless. [default: 101 000 101]
S:pattern=101 000 101
}
}
}
brownTerracottaGlazed {
# Defines a color in ARGB (Alpha, Red, Green, Blue) hex format (0xaarrggbb) which will be applied to the smoke.
# The alpha channel of this color (aa) determines probability of applying (ff - always, 7f - 1/2, 00 - never).
# [default: 0x115e3a1e]
S:color=0x115e3a1e
# Set to 'false' if you don't need this unit. [default: true]
B:enabled=true
# Defines how many hits it takes to break the block.
# -1 makes the block indestructible. [range: -1.0 ~ 3.4028235E38, default: 1.4]
S:hardness=1.4
# Id is a basic unit (block or item) identifier in <modId:unitName:meta> format.
# ModId can be omitted for vanilla items. Meta can be omitted too if it equals 0.
# UnitName must be lowercase, words separated by '_', words order - from private to common (example: black_iron_ore).
# Unit name will be automatically converted to ore dictionary name with reverse word order (example: oreIronBlack).
# Use '*' char as meta value to specify all possible values.
# To define multiple block states, you can use block properties instead of meta. The format is <modId:blockName:[prop1=value1, prop2=value2]>
# Also you may use just ore dictionary name as full id.
# [default: brown_glazed_terracotta]
S:relatedBlockId=brown_glazed_terracotta
# Defines the block resistance to explosions. [range: 0.0 ~ 3.4028235E38, default: 7.0]
S:resistance=7.0
}

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# Configuration file
Chimney {
CraftingRecipe {
main {
# Amount of output units. [range: 1 ~ 64, default: 16]
I:amount=16
# Recipe components list.
# Components should be represented by its ids.
# Id is a basic unit (block or item) identifier in <modId:unitName:meta> format.
# ModId can be omitted for vanilla items. Meta can be omitted too if it equals 0.
# UnitName must be lowercase, words separated by '_', words order - from private to common (example: black_iron_ore).
# Unit name will be automatically converted to ore dictionary name with reverse word order (example: oreIronBlack).
# Use '*' char as meta value to specify all possible values.
# To define multiple block states, you can use block properties instead of meta. The format is <modId:blockName:[prop1=value1, prop2=value2]>
# Also you may use just ore dictionary name as full id.
# [default: [cyan_glazed_terracotta]]
S:components <
cyan_glazed_terracotta
>
# Output unit id.
# Id is a basic unit (block or item) identifier in <modId:unitName:meta> format.
# ModId can be omitted for vanilla items. Meta can be omitted too if it equals 0.
# UnitName must be lowercase, words separated by '_', words order - from private to common (example: black_iron_ore).
# Unit name will be automatically converted to ore dictionary name with reverse word order (example: oreIronBlack).
# Use '*' char as meta value to specify all possible values.
# To define multiple block states, you can use block properties instead of meta. The format is <modId:blockName:[prop1=value1, prop2=value2]>
# Also you may use just ore dictionary name as full id.
# [default: adchimneys:glazed_terracotta_cyan]
S:output=adchimneys:glazed_terracotta_cyan
# Shaped recipe pattern in format <nn nn> or <nnn nnn nnn>.
# Where 'n' - number of recipe component (from 1 to 9).
# Zero value (0) is for empty slot.
# If pattern is empty, then recipe will be treated as shapeless. [default: 101 101 101]
S:pattern=101 101 101
}
}
}
Pump {
CraftingRecipe {
main {
# Amount of output units. [range: 1 ~ 64, default: 4]
I:amount=4
# Recipe components list.
# Components should be represented by its ids.
# Id is a basic unit (block or item) identifier in <modId:unitName:meta> format.
# ModId can be omitted for vanilla items. Meta can be omitted too if it equals 0.
# UnitName must be lowercase, words separated by '_', words order - from private to common (example: black_iron_ore).
# Unit name will be automatically converted to ore dictionary name with reverse word order (example: oreIronBlack).
# Use '*' char as meta value to specify all possible values.
# To define multiple block states, you can use block properties instead of meta. The format is <modId:blockName:[prop1=value1, prop2=value2]>
# Also you may use just ore dictionary name as full id.
# [default: [adchimneys:glazed_terracotta_cyan:1], [repeater], [blockCoal]]
S:components <
adchimneys:glazed_terracotta_cyan:1
repeater
blockCoal
>
# Output unit id.
# Id is a basic unit (block or item) identifier in <modId:unitName:meta> format.
# ModId can be omitted for vanilla items. Meta can be omitted too if it equals 0.
# UnitName must be lowercase, words separated by '_', words order - from private to common (example: black_iron_ore).
# Unit name will be automatically converted to ore dictionary name with reverse word order (example: oreIronBlack).
# Use '*' char as meta value to specify all possible values.
# To define multiple block states, you can use block properties instead of meta. The format is <modId:blockName:[prop1=value1, prop2=value2]>
# Also you may use just ore dictionary name as full id.
# [default: adchimneys:glazed_terracotta_cyan:2]
S:output=adchimneys:glazed_terracotta_cyan:2
# Shaped recipe pattern in format <nn nn> or <nnn nnn nnn>.
# Where 'n' - number of recipe component (from 1 to 9).
# Zero value (0) is for empty slot.
# If pattern is empty, then recipe will be treated as shapeless. [default: 121 232 121]
S:pattern=121 232 121
}
}
}
Vent {
CraftingRecipe {
main {
# Amount of output units. [range: 1 ~ 64, default: 4]
I:amount=4
# Recipe components list.
# Components should be represented by its ids.
# Id is a basic unit (block or item) identifier in <modId:unitName:meta> format.
# ModId can be omitted for vanilla items. Meta can be omitted too if it equals 0.
# UnitName must be lowercase, words separated by '_', words order - from private to common (example: black_iron_ore).
# Unit name will be automatically converted to ore dictionary name with reverse word order (example: oreIronBlack).
# Use '*' char as meta value to specify all possible values.
# To define multiple block states, you can use block properties instead of meta. The format is <modId:blockName:[prop1=value1, prop2=value2]>
# Also you may use just ore dictionary name as full id.
# [default: [adchimneys:glazed_terracotta_cyan]]
S:components <
adchimneys:glazed_terracotta_cyan
>
# Output unit id.
# Id is a basic unit (block or item) identifier in <modId:unitName:meta> format.
# ModId can be omitted for vanilla items. Meta can be omitted too if it equals 0.
# UnitName must be lowercase, words separated by '_', words order - from private to common (example: black_iron_ore).
# Unit name will be automatically converted to ore dictionary name with reverse word order (example: oreIronBlack).
# Use '*' char as meta value to specify all possible values.
# To define multiple block states, you can use block properties instead of meta. The format is <modId:blockName:[prop1=value1, prop2=value2]>
# Also you may use just ore dictionary name as full id.
# [default: adchimneys:glazed_terracotta_cyan:1]
S:output=adchimneys:glazed_terracotta_cyan:1
# Shaped recipe pattern in format <nn nn> or <nnn nnn nnn>.
# Where 'n' - number of recipe component (from 1 to 9).
# Zero value (0) is for empty slot.
# If pattern is empty, then recipe will be treated as shapeless. [default: 101 000 101]
S:pattern=101 000 101
}
}
}
cyanTerracottaGlazed {
# Defines a color in ARGB (Alpha, Red, Green, Blue) hex format (0xaarrggbb) which will be applied to the smoke.
# The alpha channel of this color (aa) determines probability of applying (ff - always, 7f - 1/2, 00 - never).
# [default: 0x11157686]
S:color=0x11157686
# Set to 'false' if you don't need this unit. [default: true]
B:enabled=true
# Defines how many hits it takes to break the block.
# -1 makes the block indestructible. [range: -1.0 ~ 3.4028235E38, default: 1.4]
S:hardness=1.4
# Id is a basic unit (block or item) identifier in <modId:unitName:meta> format.
# ModId can be omitted for vanilla items. Meta can be omitted too if it equals 0.
# UnitName must be lowercase, words separated by '_', words order - from private to common (example: black_iron_ore).
# Unit name will be automatically converted to ore dictionary name with reverse word order (example: oreIronBlack).
# Use '*' char as meta value to specify all possible values.
# To define multiple block states, you can use block properties instead of meta. The format is <modId:blockName:[prop1=value1, prop2=value2]>
# Also you may use just ore dictionary name as full id.
# [default: cyan_glazed_terracotta]
S:relatedBlockId=cyan_glazed_terracotta
# Defines the block resistance to explosions. [range: 0.0 ~ 3.4028235E38, default: 7.0]
S:resistance=7.0
}

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# Configuration file
Chimney {
CraftingRecipe {
main {
# Amount of output units. [range: 1 ~ 64, default: 16]
I:amount=16
# Recipe components list.
# Components should be represented by its ids.
# Id is a basic unit (block or item) identifier in <modId:unitName:meta> format.
# ModId can be omitted for vanilla items. Meta can be omitted too if it equals 0.
# UnitName must be lowercase, words separated by '_', words order - from private to common (example: black_iron_ore).
# Unit name will be automatically converted to ore dictionary name with reverse word order (example: oreIronBlack).
# Use '*' char as meta value to specify all possible values.
# To define multiple block states, you can use block properties instead of meta. The format is <modId:blockName:[prop1=value1, prop2=value2]>
# Also you may use just ore dictionary name as full id.
# [default: [gray_glazed_terracotta]]
S:components <
gray_glazed_terracotta
>
# Output unit id.
# Id is a basic unit (block or item) identifier in <modId:unitName:meta> format.
# ModId can be omitted for vanilla items. Meta can be omitted too if it equals 0.
# UnitName must be lowercase, words separated by '_', words order - from private to common (example: black_iron_ore).
# Unit name will be automatically converted to ore dictionary name with reverse word order (example: oreIronBlack).
# Use '*' char as meta value to specify all possible values.
# To define multiple block states, you can use block properties instead of meta. The format is <modId:blockName:[prop1=value1, prop2=value2]>
# Also you may use just ore dictionary name as full id.
# [default: adchimneys:glazed_terracotta_gray]
S:output=adchimneys:glazed_terracotta_gray
# Shaped recipe pattern in format <nn nn> or <nnn nnn nnn>.
# Where 'n' - number of recipe component (from 1 to 9).
# Zero value (0) is for empty slot.
# If pattern is empty, then recipe will be treated as shapeless. [default: 101 101 101]
S:pattern=101 101 101
}
}
}
Pump {
CraftingRecipe {
main {
# Amount of output units. [range: 1 ~ 64, default: 4]
I:amount=4
# Recipe components list.
# Components should be represented by its ids.
# Id is a basic unit (block or item) identifier in <modId:unitName:meta> format.
# ModId can be omitted for vanilla items. Meta can be omitted too if it equals 0.
# UnitName must be lowercase, words separated by '_', words order - from private to common (example: black_iron_ore).
# Unit name will be automatically converted to ore dictionary name with reverse word order (example: oreIronBlack).
# Use '*' char as meta value to specify all possible values.
# To define multiple block states, you can use block properties instead of meta. The format is <modId:blockName:[prop1=value1, prop2=value2]>
# Also you may use just ore dictionary name as full id.
# [default: [adchimneys:glazed_terracotta_gray:1], [repeater], [blockCoal]]
S:components <
adchimneys:glazed_terracotta_gray:1
repeater
blockCoal
>
# Output unit id.
# Id is a basic unit (block or item) identifier in <modId:unitName:meta> format.
# ModId can be omitted for vanilla items. Meta can be omitted too if it equals 0.
# UnitName must be lowercase, words separated by '_', words order - from private to common (example: black_iron_ore).
# Unit name will be automatically converted to ore dictionary name with reverse word order (example: oreIronBlack).
# Use '*' char as meta value to specify all possible values.
# To define multiple block states, you can use block properties instead of meta. The format is <modId:blockName:[prop1=value1, prop2=value2]>
# Also you may use just ore dictionary name as full id.
# [default: adchimneys:glazed_terracotta_gray:2]
S:output=adchimneys:glazed_terracotta_gray:2
# Shaped recipe pattern in format <nn nn> or <nnn nnn nnn>.
# Where 'n' - number of recipe component (from 1 to 9).
# Zero value (0) is for empty slot.
# If pattern is empty, then recipe will be treated as shapeless. [default: 121 232 121]
S:pattern=121 232 121
}
}
}
Vent {
CraftingRecipe {
main {
# Amount of output units. [range: 1 ~ 64, default: 4]
I:amount=4
# Recipe components list.
# Components should be represented by its ids.
# Id is a basic unit (block or item) identifier in <modId:unitName:meta> format.
# ModId can be omitted for vanilla items. Meta can be omitted too if it equals 0.
# UnitName must be lowercase, words separated by '_', words order - from private to common (example: black_iron_ore).
# Unit name will be automatically converted to ore dictionary name with reverse word order (example: oreIronBlack).
# Use '*' char as meta value to specify all possible values.
# To define multiple block states, you can use block properties instead of meta. The format is <modId:blockName:[prop1=value1, prop2=value2]>
# Also you may use just ore dictionary name as full id.
# [default: [adchimneys:glazed_terracotta_gray]]
S:components <
adchimneys:glazed_terracotta_gray
>
# Output unit id.
# Id is a basic unit (block or item) identifier in <modId:unitName:meta> format.
# ModId can be omitted for vanilla items. Meta can be omitted too if it equals 0.
# UnitName must be lowercase, words separated by '_', words order - from private to common (example: black_iron_ore).
# Unit name will be automatically converted to ore dictionary name with reverse word order (example: oreIronBlack).
# Use '*' char as meta value to specify all possible values.
# To define multiple block states, you can use block properties instead of meta. The format is <modId:blockName:[prop1=value1, prop2=value2]>
# Also you may use just ore dictionary name as full id.
# [default: adchimneys:glazed_terracotta_gray:1]
S:output=adchimneys:glazed_terracotta_gray:1
# Shaped recipe pattern in format <nn nn> or <nnn nnn nnn>.
# Where 'n' - number of recipe component (from 1 to 9).
# Zero value (0) is for empty slot.
# If pattern is empty, then recipe will be treated as shapeless. [default: 101 000 101]
S:pattern=101 000 101
}
}
}
grayTerracottaGlazed {
# Defines a color in ARGB (Alpha, Red, Green, Blue) hex format (0xaarrggbb) which will be applied to the smoke.
# The alpha channel of this color (aa) determines probability of applying (ff - always, 7f - 1/2, 00 - never).
# [default: 0x1136393d]
S:color=0x1136393d
# Set to 'false' if you don't need this unit. [default: true]
B:enabled=true
# Defines how many hits it takes to break the block.
# -1 makes the block indestructible. [range: -1.0 ~ 3.4028235E38, default: 1.4]
S:hardness=1.4
# Id is a basic unit (block or item) identifier in <modId:unitName:meta> format.
# ModId can be omitted for vanilla items. Meta can be omitted too if it equals 0.
# UnitName must be lowercase, words separated by '_', words order - from private to common (example: black_iron_ore).
# Unit name will be automatically converted to ore dictionary name with reverse word order (example: oreIronBlack).
# Use '*' char as meta value to specify all possible values.
# To define multiple block states, you can use block properties instead of meta. The format is <modId:blockName:[prop1=value1, prop2=value2]>
# Also you may use just ore dictionary name as full id.
# [default: gray_glazed_terracotta]
S:relatedBlockId=gray_glazed_terracotta
# Defines the block resistance to explosions. [range: 0.0 ~ 3.4028235E38, default: 7.0]
S:resistance=7.0
}

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# Configuration file
Chimney {
CraftingRecipe {
main {
# Amount of output units. [range: 1 ~ 64, default: 16]
I:amount=16
# Recipe components list.
# Components should be represented by its ids.
# Id is a basic unit (block or item) identifier in <modId:unitName:meta> format.
# ModId can be omitted for vanilla items. Meta can be omitted too if it equals 0.
# UnitName must be lowercase, words separated by '_', words order - from private to common (example: black_iron_ore).
# Unit name will be automatically converted to ore dictionary name with reverse word order (example: oreIronBlack).
# Use '*' char as meta value to specify all possible values.
# To define multiple block states, you can use block properties instead of meta. The format is <modId:blockName:[prop1=value1, prop2=value2]>
# Also you may use just ore dictionary name as full id.
# [default: [green_glazed_terracotta]]
S:components <
green_glazed_terracotta
>
# Output unit id.
# Id is a basic unit (block or item) identifier in <modId:unitName:meta> format.
# ModId can be omitted for vanilla items. Meta can be omitted too if it equals 0.
# UnitName must be lowercase, words separated by '_', words order - from private to common (example: black_iron_ore).
# Unit name will be automatically converted to ore dictionary name with reverse word order (example: oreIronBlack).
# Use '*' char as meta value to specify all possible values.
# To define multiple block states, you can use block properties instead of meta. The format is <modId:blockName:[prop1=value1, prop2=value2]>
# Also you may use just ore dictionary name as full id.
# [default: adchimneys:glazed_terracotta_green]
S:output=adchimneys:glazed_terracotta_green
# Shaped recipe pattern in format <nn nn> or <nnn nnn nnn>.
# Where 'n' - number of recipe component (from 1 to 9).
# Zero value (0) is for empty slot.
# If pattern is empty, then recipe will be treated as shapeless. [default: 101 101 101]
S:pattern=101 101 101
}
}
}
Pump {
CraftingRecipe {
main {
# Amount of output units. [range: 1 ~ 64, default: 4]
I:amount=4
# Recipe components list.
# Components should be represented by its ids.
# Id is a basic unit (block or item) identifier in <modId:unitName:meta> format.
# ModId can be omitted for vanilla items. Meta can be omitted too if it equals 0.
# UnitName must be lowercase, words separated by '_', words order - from private to common (example: black_iron_ore).
# Unit name will be automatically converted to ore dictionary name with reverse word order (example: oreIronBlack).
# Use '*' char as meta value to specify all possible values.
# To define multiple block states, you can use block properties instead of meta. The format is <modId:blockName:[prop1=value1, prop2=value2]>
# Also you may use just ore dictionary name as full id.
# [default: [adchimneys:glazed_terracotta_green:1], [repeater], [blockCoal]]
S:components <
adchimneys:glazed_terracotta_green:1
repeater
blockCoal
>
# Output unit id.
# Id is a basic unit (block or item) identifier in <modId:unitName:meta> format.
# ModId can be omitted for vanilla items. Meta can be omitted too if it equals 0.
# UnitName must be lowercase, words separated by '_', words order - from private to common (example: black_iron_ore).
# Unit name will be automatically converted to ore dictionary name with reverse word order (example: oreIronBlack).
# Use '*' char as meta value to specify all possible values.
# To define multiple block states, you can use block properties instead of meta. The format is <modId:blockName:[prop1=value1, prop2=value2]>
# Also you may use just ore dictionary name as full id.
# [default: adchimneys:glazed_terracotta_green:2]
S:output=adchimneys:glazed_terracotta_green:2
# Shaped recipe pattern in format <nn nn> or <nnn nnn nnn>.
# Where 'n' - number of recipe component (from 1 to 9).
# Zero value (0) is for empty slot.
# If pattern is empty, then recipe will be treated as shapeless. [default: 121 232 121]
S:pattern=121 232 121
}
}
}
Vent {
CraftingRecipe {
main {
# Amount of output units. [range: 1 ~ 64, default: 4]
I:amount=4
# Recipe components list.
# Components should be represented by its ids.
# Id is a basic unit (block or item) identifier in <modId:unitName:meta> format.
# ModId can be omitted for vanilla items. Meta can be omitted too if it equals 0.
# UnitName must be lowercase, words separated by '_', words order - from private to common (example: black_iron_ore).
# Unit name will be automatically converted to ore dictionary name with reverse word order (example: oreIronBlack).
# Use '*' char as meta value to specify all possible values.
# To define multiple block states, you can use block properties instead of meta. The format is <modId:blockName:[prop1=value1, prop2=value2]>
# Also you may use just ore dictionary name as full id.
# [default: [adchimneys:glazed_terracotta_green]]
S:components <
adchimneys:glazed_terracotta_green
>
# Output unit id.
# Id is a basic unit (block or item) identifier in <modId:unitName:meta> format.
# ModId can be omitted for vanilla items. Meta can be omitted too if it equals 0.
# UnitName must be lowercase, words separated by '_', words order - from private to common (example: black_iron_ore).
# Unit name will be automatically converted to ore dictionary name with reverse word order (example: oreIronBlack).
# Use '*' char as meta value to specify all possible values.
# To define multiple block states, you can use block properties instead of meta. The format is <modId:blockName:[prop1=value1, prop2=value2]>
# Also you may use just ore dictionary name as full id.
# [default: adchimneys:glazed_terracotta_green:1]
S:output=adchimneys:glazed_terracotta_green:1
# Shaped recipe pattern in format <nn nn> or <nnn nnn nnn>.
# Where 'n' - number of recipe component (from 1 to 9).
# Zero value (0) is for empty slot.
# If pattern is empty, then recipe will be treated as shapeless. [default: 101 000 101]
S:pattern=101 000 101
}
}
}
greenTerracottaGlazed {
# Defines a color in ARGB (Alpha, Red, Green, Blue) hex format (0xaarrggbb) which will be applied to the smoke.
# The alpha channel of this color (aa) determines probability of applying (ff - always, 7f - 1/2, 00 - never).
# [default: 0x11485923]
S:color=0x11485923
# Set to 'false' if you don't need this unit. [default: true]
B:enabled=true
# Defines how many hits it takes to break the block.
# -1 makes the block indestructible. [range: -1.0 ~ 3.4028235E38, default: 1.4]
S:hardness=1.4
# Id is a basic unit (block or item) identifier in <modId:unitName:meta> format.
# ModId can be omitted for vanilla items. Meta can be omitted too if it equals 0.
# UnitName must be lowercase, words separated by '_', words order - from private to common (example: black_iron_ore).
# Unit name will be automatically converted to ore dictionary name with reverse word order (example: oreIronBlack).
# Use '*' char as meta value to specify all possible values.
# To define multiple block states, you can use block properties instead of meta. The format is <modId:blockName:[prop1=value1, prop2=value2]>
# Also you may use just ore dictionary name as full id.
# [default: green_glazed_terracotta]
S:relatedBlockId=green_glazed_terracotta
# Defines the block resistance to explosions. [range: 0.0 ~ 3.4028235E38, default: 7.0]
S:resistance=7.0
}

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# Configuration file
Chimney {
CraftingRecipe {
main {
# Amount of output units. [range: 1 ~ 64, default: 16]
I:amount=16
# Recipe components list.
# Components should be represented by its ids.
# Id is a basic unit (block or item) identifier in <modId:unitName:meta> format.
# ModId can be omitted for vanilla items. Meta can be omitted too if it equals 0.
# UnitName must be lowercase, words separated by '_', words order - from private to common (example: black_iron_ore).
# Unit name will be automatically converted to ore dictionary name with reverse word order (example: oreIronBlack).
# Use '*' char as meta value to specify all possible values.
# To define multiple block states, you can use block properties instead of meta. The format is <modId:blockName:[prop1=value1, prop2=value2]>
# Also you may use just ore dictionary name as full id.
# [default: [light_blue_glazed_terracotta]]
S:components <
light_blue_glazed_terracotta
>
# Output unit id.
# Id is a basic unit (block or item) identifier in <modId:unitName:meta> format.
# ModId can be omitted for vanilla items. Meta can be omitted too if it equals 0.
# UnitName must be lowercase, words separated by '_', words order - from private to common (example: black_iron_ore).
# Unit name will be automatically converted to ore dictionary name with reverse word order (example: oreIronBlack).
# Use '*' char as meta value to specify all possible values.
# To define multiple block states, you can use block properties instead of meta. The format is <modId:blockName:[prop1=value1, prop2=value2]>
# Also you may use just ore dictionary name as full id.
# [default: adchimneys:glazed_terracotta_light_blue]
S:output=adchimneys:glazed_terracotta_light_blue
# Shaped recipe pattern in format <nn nn> or <nnn nnn nnn>.
# Where 'n' - number of recipe component (from 1 to 9).
# Zero value (0) is for empty slot.
# If pattern is empty, then recipe will be treated as shapeless. [default: 101 101 101]
S:pattern=101 101 101
}
}
}
Pump {
CraftingRecipe {
main {
# Amount of output units. [range: 1 ~ 64, default: 4]
I:amount=4
# Recipe components list.
# Components should be represented by its ids.
# Id is a basic unit (block or item) identifier in <modId:unitName:meta> format.
# ModId can be omitted for vanilla items. Meta can be omitted too if it equals 0.
# UnitName must be lowercase, words separated by '_', words order - from private to common (example: black_iron_ore).
# Unit name will be automatically converted to ore dictionary name with reverse word order (example: oreIronBlack).
# Use '*' char as meta value to specify all possible values.
# To define multiple block states, you can use block properties instead of meta. The format is <modId:blockName:[prop1=value1, prop2=value2]>
# Also you may use just ore dictionary name as full id.
# [default: [adchimneys:glazed_terracotta_light_blue:1], [repeater], [blockCoal]]
S:components <
adchimneys:glazed_terracotta_light_blue:1
repeater
blockCoal
>
# Output unit id.
# Id is a basic unit (block or item) identifier in <modId:unitName:meta> format.
# ModId can be omitted for vanilla items. Meta can be omitted too if it equals 0.
# UnitName must be lowercase, words separated by '_', words order - from private to common (example: black_iron_ore).
# Unit name will be automatically converted to ore dictionary name with reverse word order (example: oreIronBlack).
# Use '*' char as meta value to specify all possible values.
# To define multiple block states, you can use block properties instead of meta. The format is <modId:blockName:[prop1=value1, prop2=value2]>
# Also you may use just ore dictionary name as full id.
# [default: adchimneys:glazed_terracotta_light_blue:2]
S:output=adchimneys:glazed_terracotta_light_blue:2
# Shaped recipe pattern in format <nn nn> or <nnn nnn nnn>.
# Where 'n' - number of recipe component (from 1 to 9).
# Zero value (0) is for empty slot.
# If pattern is empty, then recipe will be treated as shapeless. [default: 121 232 121]
S:pattern=121 232 121
}
}
}
Vent {
CraftingRecipe {
main {
# Amount of output units. [range: 1 ~ 64, default: 4]
I:amount=4
# Recipe components list.
# Components should be represented by its ids.
# Id is a basic unit (block or item) identifier in <modId:unitName:meta> format.
# ModId can be omitted for vanilla items. Meta can be omitted too if it equals 0.
# UnitName must be lowercase, words separated by '_', words order - from private to common (example: black_iron_ore).
# Unit name will be automatically converted to ore dictionary name with reverse word order (example: oreIronBlack).
# Use '*' char as meta value to specify all possible values.
# To define multiple block states, you can use block properties instead of meta. The format is <modId:blockName:[prop1=value1, prop2=value2]>
# Also you may use just ore dictionary name as full id.
# [default: [adchimneys:glazed_terracotta_light_blue]]
S:components <
adchimneys:glazed_terracotta_light_blue
>
# Output unit id.
# Id is a basic unit (block or item) identifier in <modId:unitName:meta> format.
# ModId can be omitted for vanilla items. Meta can be omitted too if it equals 0.
# UnitName must be lowercase, words separated by '_', words order - from private to common (example: black_iron_ore).
# Unit name will be automatically converted to ore dictionary name with reverse word order (example: oreIronBlack).
# Use '*' char as meta value to specify all possible values.
# To define multiple block states, you can use block properties instead of meta. The format is <modId:blockName:[prop1=value1, prop2=value2]>
# Also you may use just ore dictionary name as full id.
# [default: adchimneys:glazed_terracotta_light_blue:1]
S:output=adchimneys:glazed_terracotta_light_blue:1
# Shaped recipe pattern in format <nn nn> or <nnn nnn nnn>.
# Where 'n' - number of recipe component (from 1 to 9).
# Zero value (0) is for empty slot.
# If pattern is empty, then recipe will be treated as shapeless. [default: 101 000 101]
S:pattern=101 000 101
}
}
}
blueLightTerracottaGlazed {
# Defines a color in ARGB (Alpha, Red, Green, Blue) hex format (0xaarrggbb) which will be applied to the smoke.
# The alpha channel of this color (aa) determines probability of applying (ff - always, 7f - 1/2, 00 - never).
# [default: 0x112387c4]
S:color=0x112387c4
# Set to 'false' if you don't need this unit. [default: true]
B:enabled=true
# Defines how many hits it takes to break the block.
# -1 makes the block indestructible. [range: -1.0 ~ 3.4028235E38, default: 1.4]
S:hardness=1.4
# Id is a basic unit (block or item) identifier in <modId:unitName:meta> format.
# ModId can be omitted for vanilla items. Meta can be omitted too if it equals 0.
# UnitName must be lowercase, words separated by '_', words order - from private to common (example: black_iron_ore).
# Unit name will be automatically converted to ore dictionary name with reverse word order (example: oreIronBlack).
# Use '*' char as meta value to specify all possible values.
# To define multiple block states, you can use block properties instead of meta. The format is <modId:blockName:[prop1=value1, prop2=value2]>
# Also you may use just ore dictionary name as full id.
# [default: light_blue_glazed_terracotta]
S:relatedBlockId=light_blue_glazed_terracotta
# Defines the block resistance to explosions. [range: 0.0 ~ 3.4028235E38, default: 7.0]
S:resistance=7.0
}

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# Configuration file
Chimney {
CraftingRecipe {
main {
# Amount of output units. [range: 1 ~ 64, default: 16]
I:amount=16
# Recipe components list.
# Components should be represented by its ids.
# Id is a basic unit (block or item) identifier in <modId:unitName:meta> format.
# ModId can be omitted for vanilla items. Meta can be omitted too if it equals 0.
# UnitName must be lowercase, words separated by '_', words order - from private to common (example: black_iron_ore).
# Unit name will be automatically converted to ore dictionary name with reverse word order (example: oreIronBlack).
# Use '*' char as meta value to specify all possible values.
# To define multiple block states, you can use block properties instead of meta. The format is <modId:blockName:[prop1=value1, prop2=value2]>
# Also you may use just ore dictionary name as full id.
# [default: [lime_glazed_terracotta]]
S:components <
lime_glazed_terracotta
>
# Output unit id.
# Id is a basic unit (block or item) identifier in <modId:unitName:meta> format.
# ModId can be omitted for vanilla items. Meta can be omitted too if it equals 0.
# UnitName must be lowercase, words separated by '_', words order - from private to common (example: black_iron_ore).
# Unit name will be automatically converted to ore dictionary name with reverse word order (example: oreIronBlack).
# Use '*' char as meta value to specify all possible values.
# To define multiple block states, you can use block properties instead of meta. The format is <modId:blockName:[prop1=value1, prop2=value2]>
# Also you may use just ore dictionary name as full id.
# [default: adchimneys:glazed_terracotta_lime]
S:output=adchimneys:glazed_terracotta_lime
# Shaped recipe pattern in format <nn nn> or <nnn nnn nnn>.
# Where 'n' - number of recipe component (from 1 to 9).
# Zero value (0) is for empty slot.
# If pattern is empty, then recipe will be treated as shapeless. [default: 101 101 101]
S:pattern=101 101 101
}
}
}
Pump {
CraftingRecipe {
main {
# Amount of output units. [range: 1 ~ 64, default: 4]
I:amount=4
# Recipe components list.
# Components should be represented by its ids.
# Id is a basic unit (block or item) identifier in <modId:unitName:meta> format.
# ModId can be omitted for vanilla items. Meta can be omitted too if it equals 0.
# UnitName must be lowercase, words separated by '_', words order - from private to common (example: black_iron_ore).
# Unit name will be automatically converted to ore dictionary name with reverse word order (example: oreIronBlack).
# Use '*' char as meta value to specify all possible values.
# To define multiple block states, you can use block properties instead of meta. The format is <modId:blockName:[prop1=value1, prop2=value2]>
# Also you may use just ore dictionary name as full id.
# [default: [adchimneys:glazed_terracotta_lime:1], [repeater], [blockCoal]]
S:components <
adchimneys:glazed_terracotta_lime:1
repeater
blockCoal
>
# Output unit id.
# Id is a basic unit (block or item) identifier in <modId:unitName:meta> format.
# ModId can be omitted for vanilla items. Meta can be omitted too if it equals 0.
# UnitName must be lowercase, words separated by '_', words order - from private to common (example: black_iron_ore).
# Unit name will be automatically converted to ore dictionary name with reverse word order (example: oreIronBlack).
# Use '*' char as meta value to specify all possible values.
# To define multiple block states, you can use block properties instead of meta. The format is <modId:blockName:[prop1=value1, prop2=value2]>
# Also you may use just ore dictionary name as full id.
# [default: adchimneys:glazed_terracotta_lime:2]
S:output=adchimneys:glazed_terracotta_lime:2
# Shaped recipe pattern in format <nn nn> or <nnn nnn nnn>.
# Where 'n' - number of recipe component (from 1 to 9).
# Zero value (0) is for empty slot.
# If pattern is empty, then recipe will be treated as shapeless. [default: 121 232 121]
S:pattern=121 232 121
}
}
}
Vent {
CraftingRecipe {
main {
# Amount of output units. [range: 1 ~ 64, default: 4]
I:amount=4
# Recipe components list.
# Components should be represented by its ids.
# Id is a basic unit (block or item) identifier in <modId:unitName:meta> format.
# ModId can be omitted for vanilla items. Meta can be omitted too if it equals 0.
# UnitName must be lowercase, words separated by '_', words order - from private to common (example: black_iron_ore).
# Unit name will be automatically converted to ore dictionary name with reverse word order (example: oreIronBlack).
# Use '*' char as meta value to specify all possible values.
# To define multiple block states, you can use block properties instead of meta. The format is <modId:blockName:[prop1=value1, prop2=value2]>
# Also you may use just ore dictionary name as full id.
# [default: [adchimneys:glazed_terracotta_lime]]
S:components <
adchimneys:glazed_terracotta_lime
>
# Output unit id.
# Id is a basic unit (block or item) identifier in <modId:unitName:meta> format.
# ModId can be omitted for vanilla items. Meta can be omitted too if it equals 0.
# UnitName must be lowercase, words separated by '_', words order - from private to common (example: black_iron_ore).
# Unit name will be automatically converted to ore dictionary name with reverse word order (example: oreIronBlack).
# Use '*' char as meta value to specify all possible values.
# To define multiple block states, you can use block properties instead of meta. The format is <modId:blockName:[prop1=value1, prop2=value2]>
# Also you may use just ore dictionary name as full id.
# [default: adchimneys:glazed_terracotta_lime:1]
S:output=adchimneys:glazed_terracotta_lime:1
# Shaped recipe pattern in format <nn nn> or <nnn nnn nnn>.
# Where 'n' - number of recipe component (from 1 to 9).
# Zero value (0) is for empty slot.
# If pattern is empty, then recipe will be treated as shapeless. [default: 101 000 101]
S:pattern=101 000 101
}
}
}
limeTerracottaGlazed {
# Defines a color in ARGB (Alpha, Red, Green, Blue) hex format (0xaarrggbb) which will be applied to the smoke.
# The alpha channel of this color (aa) determines probability of applying (ff - always, 7f - 1/2, 00 - never).
# [default: 0x115ea71a]
S:color=0x115ea71a
# Set to 'false' if you don't need this unit. [default: true]
B:enabled=true
# Defines how many hits it takes to break the block.
# -1 makes the block indestructible. [range: -1.0 ~ 3.4028235E38, default: 1.4]
S:hardness=1.4
# Id is a basic unit (block or item) identifier in <modId:unitName:meta> format.
# ModId can be omitted for vanilla items. Meta can be omitted too if it equals 0.
# UnitName must be lowercase, words separated by '_', words order - from private to common (example: black_iron_ore).
# Unit name will be automatically converted to ore dictionary name with reverse word order (example: oreIronBlack).
# Use '*' char as meta value to specify all possible values.
# To define multiple block states, you can use block properties instead of meta. The format is <modId:blockName:[prop1=value1, prop2=value2]>
# Also you may use just ore dictionary name as full id.
# [default: lime_glazed_terracotta]
S:relatedBlockId=lime_glazed_terracotta
# Defines the block resistance to explosions. [range: 0.0 ~ 3.4028235E38, default: 7.0]
S:resistance=7.0
}

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# Configuration file
Chimney {
CraftingRecipe {
main {
# Amount of output units. [range: 1 ~ 64, default: 16]
I:amount=16
# Recipe components list.
# Components should be represented by its ids.
# Id is a basic unit (block or item) identifier in <modId:unitName:meta> format.
# ModId can be omitted for vanilla items. Meta can be omitted too if it equals 0.
# UnitName must be lowercase, words separated by '_', words order - from private to common (example: black_iron_ore).
# Unit name will be automatically converted to ore dictionary name with reverse word order (example: oreIronBlack).
# Use '*' char as meta value to specify all possible values.
# To define multiple block states, you can use block properties instead of meta. The format is <modId:blockName:[prop1=value1, prop2=value2]>
# Also you may use just ore dictionary name as full id.
# [default: [magenta_glazed_terracotta]]
S:components <
magenta_glazed_terracotta
>
# Output unit id.
# Id is a basic unit (block or item) identifier in <modId:unitName:meta> format.
# ModId can be omitted for vanilla items. Meta can be omitted too if it equals 0.
# UnitName must be lowercase, words separated by '_', words order - from private to common (example: black_iron_ore).
# Unit name will be automatically converted to ore dictionary name with reverse word order (example: oreIronBlack).
# Use '*' char as meta value to specify all possible values.
# To define multiple block states, you can use block properties instead of meta. The format is <modId:blockName:[prop1=value1, prop2=value2]>
# Also you may use just ore dictionary name as full id.
# [default: adchimneys:glazed_terracotta_magenta]
S:output=adchimneys:glazed_terracotta_magenta
# Shaped recipe pattern in format <nn nn> or <nnn nnn nnn>.
# Where 'n' - number of recipe component (from 1 to 9).
# Zero value (0) is for empty slot.
# If pattern is empty, then recipe will be treated as shapeless. [default: 101 101 101]
S:pattern=101 101 101
}
}
}
Pump {
CraftingRecipe {
main {
# Amount of output units. [range: 1 ~ 64, default: 4]
I:amount=4
# Recipe components list.
# Components should be represented by its ids.
# Id is a basic unit (block or item) identifier in <modId:unitName:meta> format.
# ModId can be omitted for vanilla items. Meta can be omitted too if it equals 0.
# UnitName must be lowercase, words separated by '_', words order - from private to common (example: black_iron_ore).
# Unit name will be automatically converted to ore dictionary name with reverse word order (example: oreIronBlack).
# Use '*' char as meta value to specify all possible values.
# To define multiple block states, you can use block properties instead of meta. The format is <modId:blockName:[prop1=value1, prop2=value2]>
# Also you may use just ore dictionary name as full id.
# [default: [adchimneys:glazed_terracotta_magenta:1], [repeater], [blockCoal]]
S:components <
adchimneys:glazed_terracotta_magenta:1
repeater
blockCoal
>
# Output unit id.
# Id is a basic unit (block or item) identifier in <modId:unitName:meta> format.
# ModId can be omitted for vanilla items. Meta can be omitted too if it equals 0.
# UnitName must be lowercase, words separated by '_', words order - from private to common (example: black_iron_ore).
# Unit name will be automatically converted to ore dictionary name with reverse word order (example: oreIronBlack).
# Use '*' char as meta value to specify all possible values.
# To define multiple block states, you can use block properties instead of meta. The format is <modId:blockName:[prop1=value1, prop2=value2]>
# Also you may use just ore dictionary name as full id.
# [default: adchimneys:glazed_terracotta_magenta:2]
S:output=adchimneys:glazed_terracotta_magenta:2
# Shaped recipe pattern in format <nn nn> or <nnn nnn nnn>.
# Where 'n' - number of recipe component (from 1 to 9).
# Zero value (0) is for empty slot.
# If pattern is empty, then recipe will be treated as shapeless. [default: 121 232 121]
S:pattern=121 232 121
}
}
}
Vent {
CraftingRecipe {
main {
# Amount of output units. [range: 1 ~ 64, default: 4]
I:amount=4
# Recipe components list.
# Components should be represented by its ids.
# Id is a basic unit (block or item) identifier in <modId:unitName:meta> format.
# ModId can be omitted for vanilla items. Meta can be omitted too if it equals 0.
# UnitName must be lowercase, words separated by '_', words order - from private to common (example: black_iron_ore).
# Unit name will be automatically converted to ore dictionary name with reverse word order (example: oreIronBlack).
# Use '*' char as meta value to specify all possible values.
# To define multiple block states, you can use block properties instead of meta. The format is <modId:blockName:[prop1=value1, prop2=value2]>
# Also you may use just ore dictionary name as full id.
# [default: [adchimneys:glazed_terracotta_magenta]]
S:components <
adchimneys:glazed_terracotta_magenta
>
# Output unit id.
# Id is a basic unit (block or item) identifier in <modId:unitName:meta> format.
# ModId can be omitted for vanilla items. Meta can be omitted too if it equals 0.
# UnitName must be lowercase, words separated by '_', words order - from private to common (example: black_iron_ore).
# Unit name will be automatically converted to ore dictionary name with reverse word order (example: oreIronBlack).
# Use '*' char as meta value to specify all possible values.
# To define multiple block states, you can use block properties instead of meta. The format is <modId:blockName:[prop1=value1, prop2=value2]>
# Also you may use just ore dictionary name as full id.
# [default: adchimneys:glazed_terracotta_magenta:1]
S:output=adchimneys:glazed_terracotta_magenta:1
# Shaped recipe pattern in format <nn nn> or <nnn nnn nnn>.
# Where 'n' - number of recipe component (from 1 to 9).
# Zero value (0) is for empty slot.
# If pattern is empty, then recipe will be treated as shapeless. [default: 101 000 101]
S:pattern=101 000 101
}
}
}
magentaTerracottaGlazed {
# Defines a color in ARGB (Alpha, Red, Green, Blue) hex format (0xaarrggbb) which will be applied to the smoke.
# The alpha channel of this color (aa) determines probability of applying (ff - always, 7f - 1/2, 00 - never).
# [default: 0x11a7309d]
S:color=0x11a7309d
# Set to 'false' if you don't need this unit. [default: true]
B:enabled=true
# Defines how many hits it takes to break the block.
# -1 makes the block indestructible. [range: -1.0 ~ 3.4028235E38, default: 1.4]
S:hardness=1.4
# Id is a basic unit (block or item) identifier in <modId:unitName:meta> format.
# ModId can be omitted for vanilla items. Meta can be omitted too if it equals 0.
# UnitName must be lowercase, words separated by '_', words order - from private to common (example: black_iron_ore).
# Unit name will be automatically converted to ore dictionary name with reverse word order (example: oreIronBlack).
# Use '*' char as meta value to specify all possible values.
# To define multiple block states, you can use block properties instead of meta. The format is <modId:blockName:[prop1=value1, prop2=value2]>
# Also you may use just ore dictionary name as full id.
# [default: magenta_glazed_terracotta]
S:relatedBlockId=magenta_glazed_terracotta
# Defines the block resistance to explosions. [range: 0.0 ~ 3.4028235E38, default: 7.0]
S:resistance=7.0
}

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# Configuration file
Chimney {
CraftingRecipe {
main {
# Amount of output units. [range: 1 ~ 64, default: 16]
I:amount=16
# Recipe components list.
# Components should be represented by its ids.
# Id is a basic unit (block or item) identifier in <modId:unitName:meta> format.
# ModId can be omitted for vanilla items. Meta can be omitted too if it equals 0.
# UnitName must be lowercase, words separated by '_', words order - from private to common (example: black_iron_ore).
# Unit name will be automatically converted to ore dictionary name with reverse word order (example: oreIronBlack).
# Use '*' char as meta value to specify all possible values.
# To define multiple block states, you can use block properties instead of meta. The format is <modId:blockName:[prop1=value1, prop2=value2]>
# Also you may use just ore dictionary name as full id.
# [default: [orange_glazed_terracotta]]
S:components <
orange_glazed_terracotta
>
# Output unit id.
# Id is a basic unit (block or item) identifier in <modId:unitName:meta> format.
# ModId can be omitted for vanilla items. Meta can be omitted too if it equals 0.
# UnitName must be lowercase, words separated by '_', words order - from private to common (example: black_iron_ore).
# Unit name will be automatically converted to ore dictionary name with reverse word order (example: oreIronBlack).
# Use '*' char as meta value to specify all possible values.
# To define multiple block states, you can use block properties instead of meta. The format is <modId:blockName:[prop1=value1, prop2=value2]>
# Also you may use just ore dictionary name as full id.
# [default: adchimneys:glazed_terracotta_orange]
S:output=adchimneys:glazed_terracotta_orange
# Shaped recipe pattern in format <nn nn> or <nnn nnn nnn>.
# Where 'n' - number of recipe component (from 1 to 9).
# Zero value (0) is for empty slot.
# If pattern is empty, then recipe will be treated as shapeless. [default: 101 101 101]
S:pattern=101 101 101
}
}
}
Pump {
CraftingRecipe {
main {
# Amount of output units. [range: 1 ~ 64, default: 4]
I:amount=4
# Recipe components list.
# Components should be represented by its ids.
# Id is a basic unit (block or item) identifier in <modId:unitName:meta> format.
# ModId can be omitted for vanilla items. Meta can be omitted too if it equals 0.
# UnitName must be lowercase, words separated by '_', words order - from private to common (example: black_iron_ore).
# Unit name will be automatically converted to ore dictionary name with reverse word order (example: oreIronBlack).
# Use '*' char as meta value to specify all possible values.
# To define multiple block states, you can use block properties instead of meta. The format is <modId:blockName:[prop1=value1, prop2=value2]>
# Also you may use just ore dictionary name as full id.
# [default: [adchimneys:glazed_terracotta_orange:1], [repeater], [blockCoal]]
S:components <
adchimneys:glazed_terracotta_orange:1
repeater
blockCoal
>
# Output unit id.
# Id is a basic unit (block or item) identifier in <modId:unitName:meta> format.
# ModId can be omitted for vanilla items. Meta can be omitted too if it equals 0.
# UnitName must be lowercase, words separated by '_', words order - from private to common (example: black_iron_ore).
# Unit name will be automatically converted to ore dictionary name with reverse word order (example: oreIronBlack).
# Use '*' char as meta value to specify all possible values.
# To define multiple block states, you can use block properties instead of meta. The format is <modId:blockName:[prop1=value1, prop2=value2]>
# Also you may use just ore dictionary name as full id.
# [default: adchimneys:glazed_terracotta_orange:2]
S:output=adchimneys:glazed_terracotta_orange:2
# Shaped recipe pattern in format <nn nn> or <nnn nnn nnn>.
# Where 'n' - number of recipe component (from 1 to 9).
# Zero value (0) is for empty slot.
# If pattern is empty, then recipe will be treated as shapeless. [default: 121 232 121]
S:pattern=121 232 121
}
}
}
Vent {
CraftingRecipe {
main {
# Amount of output units. [range: 1 ~ 64, default: 4]
I:amount=4
# Recipe components list.
# Components should be represented by its ids.
# Id is a basic unit (block or item) identifier in <modId:unitName:meta> format.
# ModId can be omitted for vanilla items. Meta can be omitted too if it equals 0.
# UnitName must be lowercase, words separated by '_', words order - from private to common (example: black_iron_ore).
# Unit name will be automatically converted to ore dictionary name with reverse word order (example: oreIronBlack).
# Use '*' char as meta value to specify all possible values.
# To define multiple block states, you can use block properties instead of meta. The format is <modId:blockName:[prop1=value1, prop2=value2]>
# Also you may use just ore dictionary name as full id.
# [default: [adchimneys:glazed_terracotta_orange]]
S:components <
adchimneys:glazed_terracotta_orange
>
# Output unit id.
# Id is a basic unit (block or item) identifier in <modId:unitName:meta> format.
# ModId can be omitted for vanilla items. Meta can be omitted too if it equals 0.
# UnitName must be lowercase, words separated by '_', words order - from private to common (example: black_iron_ore).
# Unit name will be automatically converted to ore dictionary name with reverse word order (example: oreIronBlack).
# Use '*' char as meta value to specify all possible values.
# To define multiple block states, you can use block properties instead of meta. The format is <modId:blockName:[prop1=value1, prop2=value2]>
# Also you may use just ore dictionary name as full id.
# [default: adchimneys:glazed_terracotta_orange:1]
S:output=adchimneys:glazed_terracotta_orange:1
# Shaped recipe pattern in format <nn nn> or <nnn nnn nnn>.
# Where 'n' - number of recipe component (from 1 to 9).
# Zero value (0) is for empty slot.
# If pattern is empty, then recipe will be treated as shapeless. [default: 101 000 101]
S:pattern=101 000 101
}
}
}
orangeTerracottaGlazed {
# Defines a color in ARGB (Alpha, Red, Green, Blue) hex format (0xaarrggbb) which will be applied to the smoke.
# The alpha channel of this color (aa) determines probability of applying (ff - always, 7f - 1/2, 00 - never).
# [default: 0x11db5e00]
S:color=0x11db5e00
# Set to 'false' if you don't need this unit. [default: true]
B:enabled=true
# Defines how many hits it takes to break the block.
# -1 makes the block indestructible. [range: -1.0 ~ 3.4028235E38, default: 1.4]
S:hardness=1.4
# Id is a basic unit (block or item) identifier in <modId:unitName:meta> format.
# ModId can be omitted for vanilla items. Meta can be omitted too if it equals 0.
# UnitName must be lowercase, words separated by '_', words order - from private to common (example: black_iron_ore).
# Unit name will be automatically converted to ore dictionary name with reverse word order (example: oreIronBlack).
# Use '*' char as meta value to specify all possible values.
# To define multiple block states, you can use block properties instead of meta. The format is <modId:blockName:[prop1=value1, prop2=value2]>
# Also you may use just ore dictionary name as full id.
# [default: orange_glazed_terracotta]
S:relatedBlockId=orange_glazed_terracotta
# Defines the block resistance to explosions. [range: 0.0 ~ 3.4028235E38, default: 7.0]
S:resistance=7.0
}

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# Configuration file
Chimney {
CraftingRecipe {
main {
# Amount of output units. [range: 1 ~ 64, default: 16]
I:amount=16
# Recipe components list.
# Components should be represented by its ids.
# Id is a basic unit (block or item) identifier in <modId:unitName:meta> format.
# ModId can be omitted for vanilla items. Meta can be omitted too if it equals 0.
# UnitName must be lowercase, words separated by '_', words order - from private to common (example: black_iron_ore).
# Unit name will be automatically converted to ore dictionary name with reverse word order (example: oreIronBlack).
# Use '*' char as meta value to specify all possible values.
# To define multiple block states, you can use block properties instead of meta. The format is <modId:blockName:[prop1=value1, prop2=value2]>
# Also you may use just ore dictionary name as full id.
# [default: [pink_glazed_terracotta]]
S:components <
pink_glazed_terracotta
>
# Output unit id.
# Id is a basic unit (block or item) identifier in <modId:unitName:meta> format.
# ModId can be omitted for vanilla items. Meta can be omitted too if it equals 0.
# UnitName must be lowercase, words separated by '_', words order - from private to common (example: black_iron_ore).
# Unit name will be automatically converted to ore dictionary name with reverse word order (example: oreIronBlack).
# Use '*' char as meta value to specify all possible values.
# To define multiple block states, you can use block properties instead of meta. The format is <modId:blockName:[prop1=value1, prop2=value2]>
# Also you may use just ore dictionary name as full id.
# [default: adchimneys:glazed_terracotta_pink]
S:output=adchimneys:glazed_terracotta_pink
# Shaped recipe pattern in format <nn nn> or <nnn nnn nnn>.
# Where 'n' - number of recipe component (from 1 to 9).
# Zero value (0) is for empty slot.
# If pattern is empty, then recipe will be treated as shapeless. [default: 101 101 101]
S:pattern=101 101 101
}
}
}
Pump {
CraftingRecipe {
main {
# Amount of output units. [range: 1 ~ 64, default: 4]
I:amount=4
# Recipe components list.
# Components should be represented by its ids.
# Id is a basic unit (block or item) identifier in <modId:unitName:meta> format.
# ModId can be omitted for vanilla items. Meta can be omitted too if it equals 0.
# UnitName must be lowercase, words separated by '_', words order - from private to common (example: black_iron_ore).
# Unit name will be automatically converted to ore dictionary name with reverse word order (example: oreIronBlack).
# Use '*' char as meta value to specify all possible values.
# To define multiple block states, you can use block properties instead of meta. The format is <modId:blockName:[prop1=value1, prop2=value2]>
# Also you may use just ore dictionary name as full id.
# [default: [adchimneys:glazed_terracotta_pink:1], [repeater], [blockCoal]]
S:components <
adchimneys:glazed_terracotta_pink:1
repeater
blockCoal
>
# Output unit id.
# Id is a basic unit (block or item) identifier in <modId:unitName:meta> format.
# ModId can be omitted for vanilla items. Meta can be omitted too if it equals 0.
# UnitName must be lowercase, words separated by '_', words order - from private to common (example: black_iron_ore).
# Unit name will be automatically converted to ore dictionary name with reverse word order (example: oreIronBlack).
# Use '*' char as meta value to specify all possible values.
# To define multiple block states, you can use block properties instead of meta. The format is <modId:blockName:[prop1=value1, prop2=value2]>
# Also you may use just ore dictionary name as full id.
# [default: adchimneys:glazed_terracotta_pink:2]
S:output=adchimneys:glazed_terracotta_pink:2
# Shaped recipe pattern in format <nn nn> or <nnn nnn nnn>.
# Where 'n' - number of recipe component (from 1 to 9).
# Zero value (0) is for empty slot.
# If pattern is empty, then recipe will be treated as shapeless. [default: 121 232 121]
S:pattern=121 232 121
}
}
}
Vent {
CraftingRecipe {
main {
# Amount of output units. [range: 1 ~ 64, default: 4]
I:amount=4
# Recipe components list.
# Components should be represented by its ids.
# Id is a basic unit (block or item) identifier in <modId:unitName:meta> format.
# ModId can be omitted for vanilla items. Meta can be omitted too if it equals 0.
# UnitName must be lowercase, words separated by '_', words order - from private to common (example: black_iron_ore).
# Unit name will be automatically converted to ore dictionary name with reverse word order (example: oreIronBlack).
# Use '*' char as meta value to specify all possible values.
# To define multiple block states, you can use block properties instead of meta. The format is <modId:blockName:[prop1=value1, prop2=value2]>
# Also you may use just ore dictionary name as full id.
# [default: [adchimneys:glazed_terracotta_pink]]
S:components <
adchimneys:glazed_terracotta_pink
>
# Output unit id.
# Id is a basic unit (block or item) identifier in <modId:unitName:meta> format.
# ModId can be omitted for vanilla items. Meta can be omitted too if it equals 0.
# UnitName must be lowercase, words separated by '_', words order - from private to common (example: black_iron_ore).
# Unit name will be automatically converted to ore dictionary name with reverse word order (example: oreIronBlack).
# Use '*' char as meta value to specify all possible values.
# To define multiple block states, you can use block properties instead of meta. The format is <modId:blockName:[prop1=value1, prop2=value2]>
# Also you may use just ore dictionary name as full id.
# [default: adchimneys:glazed_terracotta_pink:1]
S:output=adchimneys:glazed_terracotta_pink:1
# Shaped recipe pattern in format <nn nn> or <nnn nnn nnn>.
# Where 'n' - number of recipe component (from 1 to 9).
# Zero value (0) is for empty slot.
# If pattern is empty, then recipe will be treated as shapeless. [default: 101 000 101]
S:pattern=101 000 101
}
}
}
pinkTerracottaGlazed {
# Defines a color in ARGB (Alpha, Red, Green, Blue) hex format (0xaarrggbb) which will be applied to the smoke.
# The alpha channel of this color (aa) determines probability of applying (ff - always, 7f - 1/2, 00 - never).
# [default: 0x11d3648e]
S:color=0x11d3648e
# Set to 'false' if you don't need this unit. [default: true]
B:enabled=true
# Defines how many hits it takes to break the block.
# -1 makes the block indestructible. [range: -1.0 ~ 3.4028235E38, default: 1.4]
S:hardness=1.4
# Id is a basic unit (block or item) identifier in <modId:unitName:meta> format.
# ModId can be omitted for vanilla items. Meta can be omitted too if it equals 0.
# UnitName must be lowercase, words separated by '_', words order - from private to common (example: black_iron_ore).
# Unit name will be automatically converted to ore dictionary name with reverse word order (example: oreIronBlack).
# Use '*' char as meta value to specify all possible values.
# To define multiple block states, you can use block properties instead of meta. The format is <modId:blockName:[prop1=value1, prop2=value2]>
# Also you may use just ore dictionary name as full id.
# [default: pink_glazed_terracotta]
S:relatedBlockId=pink_glazed_terracotta
# Defines the block resistance to explosions. [range: 0.0 ~ 3.4028235E38, default: 7.0]
S:resistance=7.0
}

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# Configuration file
Chimney {
CraftingRecipe {
main {
# Amount of output units. [range: 1 ~ 64, default: 16]
I:amount=16
# Recipe components list.
# Components should be represented by its ids.
# Id is a basic unit (block or item) identifier in <modId:unitName:meta> format.
# ModId can be omitted for vanilla items. Meta can be omitted too if it equals 0.
# UnitName must be lowercase, words separated by '_', words order - from private to common (example: black_iron_ore).
# Unit name will be automatically converted to ore dictionary name with reverse word order (example: oreIronBlack).
# Use '*' char as meta value to specify all possible values.
# To define multiple block states, you can use block properties instead of meta. The format is <modId:blockName:[prop1=value1, prop2=value2]>
# Also you may use just ore dictionary name as full id.
# [default: [purple_glazed_terracotta]]
S:components <
purple_glazed_terracotta
>
# Output unit id.
# Id is a basic unit (block or item) identifier in <modId:unitName:meta> format.
# ModId can be omitted for vanilla items. Meta can be omitted too if it equals 0.
# UnitName must be lowercase, words separated by '_', words order - from private to common (example: black_iron_ore).
# Unit name will be automatically converted to ore dictionary name with reverse word order (example: oreIronBlack).
# Use '*' char as meta value to specify all possible values.
# To define multiple block states, you can use block properties instead of meta. The format is <modId:blockName:[prop1=value1, prop2=value2]>
# Also you may use just ore dictionary name as full id.
# [default: adchimneys:glazed_terracotta_purple]
S:output=adchimneys:glazed_terracotta_purple
# Shaped recipe pattern in format <nn nn> or <nnn nnn nnn>.
# Where 'n' - number of recipe component (from 1 to 9).
# Zero value (0) is for empty slot.
# If pattern is empty, then recipe will be treated as shapeless. [default: 101 101 101]
S:pattern=101 101 101
}
}
}
Pump {
CraftingRecipe {
main {
# Amount of output units. [range: 1 ~ 64, default: 4]
I:amount=4
# Recipe components list.
# Components should be represented by its ids.
# Id is a basic unit (block or item) identifier in <modId:unitName:meta> format.
# ModId can be omitted for vanilla items. Meta can be omitted too if it equals 0.
# UnitName must be lowercase, words separated by '_', words order - from private to common (example: black_iron_ore).
# Unit name will be automatically converted to ore dictionary name with reverse word order (example: oreIronBlack).
# Use '*' char as meta value to specify all possible values.
# To define multiple block states, you can use block properties instead of meta. The format is <modId:blockName:[prop1=value1, prop2=value2]>
# Also you may use just ore dictionary name as full id.
# [default: [adchimneys:glazed_terracotta_purple:1], [repeater], [blockCoal]]
S:components <
adchimneys:glazed_terracotta_purple:1
repeater
blockCoal
>
# Output unit id.
# Id is a basic unit (block or item) identifier in <modId:unitName:meta> format.
# ModId can be omitted for vanilla items. Meta can be omitted too if it equals 0.
# UnitName must be lowercase, words separated by '_', words order - from private to common (example: black_iron_ore).
# Unit name will be automatically converted to ore dictionary name with reverse word order (example: oreIronBlack).
# Use '*' char as meta value to specify all possible values.
# To define multiple block states, you can use block properties instead of meta. The format is <modId:blockName:[prop1=value1, prop2=value2]>
# Also you may use just ore dictionary name as full id.
# [default: adchimneys:glazed_terracotta_purple:2]
S:output=adchimneys:glazed_terracotta_purple:2
# Shaped recipe pattern in format <nn nn> or <nnn nnn nnn>.
# Where 'n' - number of recipe component (from 1 to 9).
# Zero value (0) is for empty slot.
# If pattern is empty, then recipe will be treated as shapeless. [default: 121 232 121]
S:pattern=121 232 121
}
}
}
Vent {
CraftingRecipe {
main {
# Amount of output units. [range: 1 ~ 64, default: 4]
I:amount=4
# Recipe components list.
# Components should be represented by its ids.
# Id is a basic unit (block or item) identifier in <modId:unitName:meta> format.
# ModId can be omitted for vanilla items. Meta can be omitted too if it equals 0.
# UnitName must be lowercase, words separated by '_', words order - from private to common (example: black_iron_ore).
# Unit name will be automatically converted to ore dictionary name with reverse word order (example: oreIronBlack).
# Use '*' char as meta value to specify all possible values.
# To define multiple block states, you can use block properties instead of meta. The format is <modId:blockName:[prop1=value1, prop2=value2]>
# Also you may use just ore dictionary name as full id.
# [default: [adchimneys:glazed_terracotta_purple]]
S:components <
adchimneys:glazed_terracotta_purple
>
# Output unit id.
# Id is a basic unit (block or item) identifier in <modId:unitName:meta> format.
# ModId can be omitted for vanilla items. Meta can be omitted too if it equals 0.
# UnitName must be lowercase, words separated by '_', words order - from private to common (example: black_iron_ore).
# Unit name will be automatically converted to ore dictionary name with reverse word order (example: oreIronBlack).
# Use '*' char as meta value to specify all possible values.
# To define multiple block states, you can use block properties instead of meta. The format is <modId:blockName:[prop1=value1, prop2=value2]>
# Also you may use just ore dictionary name as full id.
# [default: adchimneys:glazed_terracotta_purple:1]
S:output=adchimneys:glazed_terracotta_purple:1
# Shaped recipe pattern in format <nn nn> or <nnn nnn nnn>.
# Where 'n' - number of recipe component (from 1 to 9).
# Zero value (0) is for empty slot.
# If pattern is empty, then recipe will be treated as shapeless. [default: 101 000 101]
S:pattern=101 000 101
}
}
}
purpleTerracottaGlazed {
# Defines a color in ARGB (Alpha, Red, Green, Blue) hex format (0xaarrggbb) which will be applied to the smoke.
# The alpha channel of this color (aa) determines probability of applying (ff - always, 7f - 1/2, 00 - never).
# [default: 0x1164209b]
S:color=0x1164209b
# Set to 'false' if you don't need this unit. [default: true]
B:enabled=true
# Defines how many hits it takes to break the block.
# -1 makes the block indestructible. [range: -1.0 ~ 3.4028235E38, default: 1.4]
S:hardness=1.4
# Id is a basic unit (block or item) identifier in <modId:unitName:meta> format.
# ModId can be omitted for vanilla items. Meta can be omitted too if it equals 0.
# UnitName must be lowercase, words separated by '_', words order - from private to common (example: black_iron_ore).
# Unit name will be automatically converted to ore dictionary name with reverse word order (example: oreIronBlack).
# Use '*' char as meta value to specify all possible values.
# To define multiple block states, you can use block properties instead of meta. The format is <modId:blockName:[prop1=value1, prop2=value2]>
# Also you may use just ore dictionary name as full id.
# [default: purple_glazed_terracotta]
S:relatedBlockId=purple_glazed_terracotta
# Defines the block resistance to explosions. [range: 0.0 ~ 3.4028235E38, default: 7.0]
S:resistance=7.0
}

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# Configuration file
Chimney {
CraftingRecipe {
main {
# Amount of output units. [range: 1 ~ 64, default: 16]
I:amount=16
# Recipe components list.
# Components should be represented by its ids.
# Id is a basic unit (block or item) identifier in <modId:unitName:meta> format.
# ModId can be omitted for vanilla items. Meta can be omitted too if it equals 0.
# UnitName must be lowercase, words separated by '_', words order - from private to common (example: black_iron_ore).
# Unit name will be automatically converted to ore dictionary name with reverse word order (example: oreIronBlack).
# Use '*' char as meta value to specify all possible values.
# To define multiple block states, you can use block properties instead of meta. The format is <modId:blockName:[prop1=value1, prop2=value2]>
# Also you may use just ore dictionary name as full id.
# [default: [red_glazed_terracotta]]
S:components <
red_glazed_terracotta
>
# Output unit id.
# Id is a basic unit (block or item) identifier in <modId:unitName:meta> format.
# ModId can be omitted for vanilla items. Meta can be omitted too if it equals 0.
# UnitName must be lowercase, words separated by '_', words order - from private to common (example: black_iron_ore).
# Unit name will be automatically converted to ore dictionary name with reverse word order (example: oreIronBlack).
# Use '*' char as meta value to specify all possible values.
# To define multiple block states, you can use block properties instead of meta. The format is <modId:blockName:[prop1=value1, prop2=value2]>
# Also you may use just ore dictionary name as full id.
# [default: adchimneys:glazed_terracotta_red]
S:output=adchimneys:glazed_terracotta_red
# Shaped recipe pattern in format <nn nn> or <nnn nnn nnn>.
# Where 'n' - number of recipe component (from 1 to 9).
# Zero value (0) is for empty slot.
# If pattern is empty, then recipe will be treated as shapeless. [default: 101 101 101]
S:pattern=101 101 101
}
}
}
Pump {
CraftingRecipe {
main {
# Amount of output units. [range: 1 ~ 64, default: 4]
I:amount=4
# Recipe components list.
# Components should be represented by its ids.
# Id is a basic unit (block or item) identifier in <modId:unitName:meta> format.
# ModId can be omitted for vanilla items. Meta can be omitted too if it equals 0.
# UnitName must be lowercase, words separated by '_', words order - from private to common (example: black_iron_ore).
# Unit name will be automatically converted to ore dictionary name with reverse word order (example: oreIronBlack).
# Use '*' char as meta value to specify all possible values.
# To define multiple block states, you can use block properties instead of meta. The format is <modId:blockName:[prop1=value1, prop2=value2]>
# Also you may use just ore dictionary name as full id.
# [default: [adchimneys:glazed_terracotta_red:1], [repeater], [blockCoal]]
S:components <
adchimneys:glazed_terracotta_red:1
repeater
blockCoal
>
# Output unit id.
# Id is a basic unit (block or item) identifier in <modId:unitName:meta> format.
# ModId can be omitted for vanilla items. Meta can be omitted too if it equals 0.
# UnitName must be lowercase, words separated by '_', words order - from private to common (example: black_iron_ore).
# Unit name will be automatically converted to ore dictionary name with reverse word order (example: oreIronBlack).
# Use '*' char as meta value to specify all possible values.
# To define multiple block states, you can use block properties instead of meta. The format is <modId:blockName:[prop1=value1, prop2=value2]>
# Also you may use just ore dictionary name as full id.
# [default: adchimneys:glazed_terracotta_red:2]
S:output=adchimneys:glazed_terracotta_red:2
# Shaped recipe pattern in format <nn nn> or <nnn nnn nnn>.
# Where 'n' - number of recipe component (from 1 to 9).
# Zero value (0) is for empty slot.
# If pattern is empty, then recipe will be treated as shapeless. [default: 121 232 121]
S:pattern=121 232 121
}
}
}
Vent {
CraftingRecipe {
main {
# Amount of output units. [range: 1 ~ 64, default: 4]
I:amount=4
# Recipe components list.
# Components should be represented by its ids.
# Id is a basic unit (block or item) identifier in <modId:unitName:meta> format.
# ModId can be omitted for vanilla items. Meta can be omitted too if it equals 0.
# UnitName must be lowercase, words separated by '_', words order - from private to common (example: black_iron_ore).
# Unit name will be automatically converted to ore dictionary name with reverse word order (example: oreIronBlack).
# Use '*' char as meta value to specify all possible values.
# To define multiple block states, you can use block properties instead of meta. The format is <modId:blockName:[prop1=value1, prop2=value2]>
# Also you may use just ore dictionary name as full id.
# [default: [adchimneys:glazed_terracotta_red]]
S:components <
adchimneys:glazed_terracotta_red
>
# Output unit id.
# Id is a basic unit (block or item) identifier in <modId:unitName:meta> format.
# ModId can be omitted for vanilla items. Meta can be omitted too if it equals 0.
# UnitName must be lowercase, words separated by '_', words order - from private to common (example: black_iron_ore).
# Unit name will be automatically converted to ore dictionary name with reverse word order (example: oreIronBlack).
# Use '*' char as meta value to specify all possible values.
# To define multiple block states, you can use block properties instead of meta. The format is <modId:blockName:[prop1=value1, prop2=value2]>
# Also you may use just ore dictionary name as full id.
# [default: adchimneys:glazed_terracotta_red:1]
S:output=adchimneys:glazed_terracotta_red:1
# Shaped recipe pattern in format <nn nn> or <nnn nnn nnn>.
# Where 'n' - number of recipe component (from 1 to 9).
# Zero value (0) is for empty slot.
# If pattern is empty, then recipe will be treated as shapeless. [default: 101 000 101]
S:pattern=101 000 101
}
}
}
redTerracottaGlazed {
# Defines a color in ARGB (Alpha, Red, Green, Blue) hex format (0xaarrggbb) which will be applied to the smoke.
# The alpha channel of this color (aa) determines probability of applying (ff - always, 7f - 1/2, 00 - never).
# [default: 0x118c2121]
S:color=0x118c2121
# Set to 'false' if you don't need this unit. [default: true]
B:enabled=true
# Defines how many hits it takes to break the block.
# -1 makes the block indestructible. [range: -1.0 ~ 3.4028235E38, default: 1.4]
S:hardness=1.4
# Id is a basic unit (block or item) identifier in <modId:unitName:meta> format.
# ModId can be omitted for vanilla items. Meta can be omitted too if it equals 0.
# UnitName must be lowercase, words separated by '_', words order - from private to common (example: black_iron_ore).
# Unit name will be automatically converted to ore dictionary name with reverse word order (example: oreIronBlack).
# Use '*' char as meta value to specify all possible values.
# To define multiple block states, you can use block properties instead of meta. The format is <modId:blockName:[prop1=value1, prop2=value2]>
# Also you may use just ore dictionary name as full id.
# [default: red_glazed_terracotta]
S:relatedBlockId=red_glazed_terracotta
# Defines the block resistance to explosions. [range: 0.0 ~ 3.4028235E38, default: 7.0]
S:resistance=7.0
}

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# Configuration file
Chimney {
CraftingRecipe {
main {
# Amount of output units. [range: 1 ~ 64, default: 16]
I:amount=16
# Recipe components list.
# Components should be represented by its ids.
# Id is a basic unit (block or item) identifier in <modId:unitName:meta> format.
# ModId can be omitted for vanilla items. Meta can be omitted too if it equals 0.
# UnitName must be lowercase, words separated by '_', words order - from private to common (example: black_iron_ore).
# Unit name will be automatically converted to ore dictionary name with reverse word order (example: oreIronBlack).
# Use '*' char as meta value to specify all possible values.
# To define multiple block states, you can use block properties instead of meta. The format is <modId:blockName:[prop1=value1, prop2=value2]>
# Also you may use just ore dictionary name as full id.
# [default: [silver_glazed_terracotta]]
S:components <
silver_glazed_terracotta
>
# Output unit id.
# Id is a basic unit (block or item) identifier in <modId:unitName:meta> format.
# ModId can be omitted for vanilla items. Meta can be omitted too if it equals 0.
# UnitName must be lowercase, words separated by '_', words order - from private to common (example: black_iron_ore).
# Unit name will be automatically converted to ore dictionary name with reverse word order (example: oreIronBlack).
# Use '*' char as meta value to specify all possible values.
# To define multiple block states, you can use block properties instead of meta. The format is <modId:blockName:[prop1=value1, prop2=value2]>
# Also you may use just ore dictionary name as full id.
# [default: adchimneys:glazed_terracotta_silver]
S:output=adchimneys:glazed_terracotta_silver
# Shaped recipe pattern in format <nn nn> or <nnn nnn nnn>.
# Where 'n' - number of recipe component (from 1 to 9).
# Zero value (0) is for empty slot.
# If pattern is empty, then recipe will be treated as shapeless. [default: 101 101 101]
S:pattern=101 101 101
}
}
}
Pump {
CraftingRecipe {
main {
# Amount of output units. [range: 1 ~ 64, default: 4]
I:amount=4
# Recipe components list.
# Components should be represented by its ids.
# Id is a basic unit (block or item) identifier in <modId:unitName:meta> format.
# ModId can be omitted for vanilla items. Meta can be omitted too if it equals 0.
# UnitName must be lowercase, words separated by '_', words order - from private to common (example: black_iron_ore).
# Unit name will be automatically converted to ore dictionary name with reverse word order (example: oreIronBlack).
# Use '*' char as meta value to specify all possible values.
# To define multiple block states, you can use block properties instead of meta. The format is <modId:blockName:[prop1=value1, prop2=value2]>
# Also you may use just ore dictionary name as full id.
# [default: [adchimneys:glazed_terracotta_silver:1], [repeater], [blockCoal]]
S:components <
adchimneys:glazed_terracotta_silver:1
repeater
blockCoal
>
# Output unit id.
# Id is a basic unit (block or item) identifier in <modId:unitName:meta> format.
# ModId can be omitted for vanilla items. Meta can be omitted too if it equals 0.
# UnitName must be lowercase, words separated by '_', words order - from private to common (example: black_iron_ore).
# Unit name will be automatically converted to ore dictionary name with reverse word order (example: oreIronBlack).
# Use '*' char as meta value to specify all possible values.
# To define multiple block states, you can use block properties instead of meta. The format is <modId:blockName:[prop1=value1, prop2=value2]>
# Also you may use just ore dictionary name as full id.
# [default: adchimneys:glazed_terracotta_silver:2]
S:output=adchimneys:glazed_terracotta_silver:2
# Shaped recipe pattern in format <nn nn> or <nnn nnn nnn>.
# Where 'n' - number of recipe component (from 1 to 9).
# Zero value (0) is for empty slot.
# If pattern is empty, then recipe will be treated as shapeless. [default: 121 232 121]
S:pattern=121 232 121
}
}
}
Vent {
CraftingRecipe {
main {
# Amount of output units. [range: 1 ~ 64, default: 4]
I:amount=4
# Recipe components list.
# Components should be represented by its ids.
# Id is a basic unit (block or item) identifier in <modId:unitName:meta> format.
# ModId can be omitted for vanilla items. Meta can be omitted too if it equals 0.
# UnitName must be lowercase, words separated by '_', words order - from private to common (example: black_iron_ore).
# Unit name will be automatically converted to ore dictionary name with reverse word order (example: oreIronBlack).
# Use '*' char as meta value to specify all possible values.
# To define multiple block states, you can use block properties instead of meta. The format is <modId:blockName:[prop1=value1, prop2=value2]>
# Also you may use just ore dictionary name as full id.
# [default: [adchimneys:glazed_terracotta_silver]]
S:components <
adchimneys:glazed_terracotta_silver
>
# Output unit id.
# Id is a basic unit (block or item) identifier in <modId:unitName:meta> format.
# ModId can be omitted for vanilla items. Meta can be omitted too if it equals 0.
# UnitName must be lowercase, words separated by '_', words order - from private to common (example: black_iron_ore).
# Unit name will be automatically converted to ore dictionary name with reverse word order (example: oreIronBlack).
# Use '*' char as meta value to specify all possible values.
# To define multiple block states, you can use block properties instead of meta. The format is <modId:blockName:[prop1=value1, prop2=value2]>
# Also you may use just ore dictionary name as full id.
# [default: adchimneys:glazed_terracotta_silver:1]
S:output=adchimneys:glazed_terracotta_silver:1
# Shaped recipe pattern in format <nn nn> or <nnn nnn nnn>.
# Where 'n' - number of recipe component (from 1 to 9).
# Zero value (0) is for empty slot.
# If pattern is empty, then recipe will be treated as shapeless. [default: 101 000 101]
S:pattern=101 000 101
}
}
}
silverTerracottaGlazed {
# Defines a color in ARGB (Alpha, Red, Green, Blue) hex format (0xaarrggbb) which will be applied to the smoke.
# The alpha channel of this color (aa) determines probability of applying (ff - always, 7f - 1/2, 00 - never).
# [default: 0x117b7b71]
S:color=0x117b7b71
# Set to 'false' if you don't need this unit. [default: true]
B:enabled=true
# Defines how many hits it takes to break the block.
# -1 makes the block indestructible. [range: -1.0 ~ 3.4028235E38, default: 1.4]
S:hardness=1.4
# Id is a basic unit (block or item) identifier in <modId:unitName:meta> format.
# ModId can be omitted for vanilla items. Meta can be omitted too if it equals 0.
# UnitName must be lowercase, words separated by '_', words order - from private to common (example: black_iron_ore).
# Unit name will be automatically converted to ore dictionary name with reverse word order (example: oreIronBlack).
# Use '*' char as meta value to specify all possible values.
# To define multiple block states, you can use block properties instead of meta. The format is <modId:blockName:[prop1=value1, prop2=value2]>
# Also you may use just ore dictionary name as full id.
# [default: silver_glazed_terracotta]
S:relatedBlockId=silver_glazed_terracotta
# Defines the block resistance to explosions. [range: 0.0 ~ 3.4028235E38, default: 7.0]
S:resistance=7.0
}

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# Configuration file
Chimney {
CraftingRecipe {
main {
# Amount of output units. [range: 1 ~ 64, default: 16]
I:amount=16
# Recipe components list.
# Components should be represented by its ids.
# Id is a basic unit (block or item) identifier in <modId:unitName:meta> format.
# ModId can be omitted for vanilla items. Meta can be omitted too if it equals 0.
# UnitName must be lowercase, words separated by '_', words order - from private to common (example: black_iron_ore).
# Unit name will be automatically converted to ore dictionary name with reverse word order (example: oreIronBlack).
# Use '*' char as meta value to specify all possible values.
# To define multiple block states, you can use block properties instead of meta. The format is <modId:blockName:[prop1=value1, prop2=value2]>
# Also you may use just ore dictionary name as full id.
# [default: [white_glazed_terracotta]]
S:components <
white_glazed_terracotta
>
# Output unit id.
# Id is a basic unit (block or item) identifier in <modId:unitName:meta> format.
# ModId can be omitted for vanilla items. Meta can be omitted too if it equals 0.
# UnitName must be lowercase, words separated by '_', words order - from private to common (example: black_iron_ore).
# Unit name will be automatically converted to ore dictionary name with reverse word order (example: oreIronBlack).
# Use '*' char as meta value to specify all possible values.
# To define multiple block states, you can use block properties instead of meta. The format is <modId:blockName:[prop1=value1, prop2=value2]>
# Also you may use just ore dictionary name as full id.
# [default: adchimneys:glazed_terracotta_white]
S:output=adchimneys:glazed_terracotta_white
# Shaped recipe pattern in format <nn nn> or <nnn nnn nnn>.
# Where 'n' - number of recipe component (from 1 to 9).
# Zero value (0) is for empty slot.
# If pattern is empty, then recipe will be treated as shapeless. [default: 101 101 101]
S:pattern=101 101 101
}
}
}
Pump {
CraftingRecipe {
main {
# Amount of output units. [range: 1 ~ 64, default: 4]
I:amount=4
# Recipe components list.
# Components should be represented by its ids.
# Id is a basic unit (block or item) identifier in <modId:unitName:meta> format.
# ModId can be omitted for vanilla items. Meta can be omitted too if it equals 0.
# UnitName must be lowercase, words separated by '_', words order - from private to common (example: black_iron_ore).
# Unit name will be automatically converted to ore dictionary name with reverse word order (example: oreIronBlack).
# Use '*' char as meta value to specify all possible values.
# To define multiple block states, you can use block properties instead of meta. The format is <modId:blockName:[prop1=value1, prop2=value2]>
# Also you may use just ore dictionary name as full id.
# [default: [adchimneys:glazed_terracotta_white:1], [repeater], [blockCoal]]
S:components <
adchimneys:glazed_terracotta_white:1
repeater
blockCoal
>
# Output unit id.
# Id is a basic unit (block or item) identifier in <modId:unitName:meta> format.
# ModId can be omitted for vanilla items. Meta can be omitted too if it equals 0.
# UnitName must be lowercase, words separated by '_', words order - from private to common (example: black_iron_ore).
# Unit name will be automatically converted to ore dictionary name with reverse word order (example: oreIronBlack).
# Use '*' char as meta value to specify all possible values.
# To define multiple block states, you can use block properties instead of meta. The format is <modId:blockName:[prop1=value1, prop2=value2]>
# Also you may use just ore dictionary name as full id.
# [default: adchimneys:glazed_terracotta_white:2]
S:output=adchimneys:glazed_terracotta_white:2
# Shaped recipe pattern in format <nn nn> or <nnn nnn nnn>.
# Where 'n' - number of recipe component (from 1 to 9).
# Zero value (0) is for empty slot.
# If pattern is empty, then recipe will be treated as shapeless. [default: 121 232 121]
S:pattern=121 232 121
}
}
}
Vent {
CraftingRecipe {
main {
# Amount of output units. [range: 1 ~ 64, default: 4]
I:amount=4
# Recipe components list.
# Components should be represented by its ids.
# Id is a basic unit (block or item) identifier in <modId:unitName:meta> format.
# ModId can be omitted for vanilla items. Meta can be omitted too if it equals 0.
# UnitName must be lowercase, words separated by '_', words order - from private to common (example: black_iron_ore).
# Unit name will be automatically converted to ore dictionary name with reverse word order (example: oreIronBlack).
# Use '*' char as meta value to specify all possible values.
# To define multiple block states, you can use block properties instead of meta. The format is <modId:blockName:[prop1=value1, prop2=value2]>
# Also you may use just ore dictionary name as full id.
# [default: [adchimneys:glazed_terracotta_white]]
S:components <
adchimneys:glazed_terracotta_white
>
# Output unit id.
# Id is a basic unit (block or item) identifier in <modId:unitName:meta> format.
# ModId can be omitted for vanilla items. Meta can be omitted too if it equals 0.
# UnitName must be lowercase, words separated by '_', words order - from private to common (example: black_iron_ore).
# Unit name will be automatically converted to ore dictionary name with reverse word order (example: oreIronBlack).
# Use '*' char as meta value to specify all possible values.
# To define multiple block states, you can use block properties instead of meta. The format is <modId:blockName:[prop1=value1, prop2=value2]>
# Also you may use just ore dictionary name as full id.
# [default: adchimneys:glazed_terracotta_white:1]
S:output=adchimneys:glazed_terracotta_white:1
# Shaped recipe pattern in format <nn nn> or <nnn nnn nnn>.
# Where 'n' - number of recipe component (from 1 to 9).
# Zero value (0) is for empty slot.
# If pattern is empty, then recipe will be treated as shapeless. [default: 101 000 101]
S:pattern=101 000 101
}
}
}
whiteTerracottaGlazed {
# Defines a color in ARGB (Alpha, Red, Green, Blue) hex format (0xaarrggbb) which will be applied to the smoke.
# The alpha channel of this color (aa) determines probability of applying (ff - always, 7f - 1/2, 00 - never).
# [default: 0x11cbd1d2]
S:color=0x11cbd1d2
# Set to 'false' if you don't need this unit. [default: true]
B:enabled=true
# Defines how many hits it takes to break the block.
# -1 makes the block indestructible. [range: -1.0 ~ 3.4028235E38, default: 1.4]
S:hardness=1.4
# Id is a basic unit (block or item) identifier in <modId:unitName:meta> format.
# ModId can be omitted for vanilla items. Meta can be omitted too if it equals 0.
# UnitName must be lowercase, words separated by '_', words order - from private to common (example: black_iron_ore).
# Unit name will be automatically converted to ore dictionary name with reverse word order (example: oreIronBlack).
# Use '*' char as meta value to specify all possible values.
# To define multiple block states, you can use block properties instead of meta. The format is <modId:blockName:[prop1=value1, prop2=value2]>
# Also you may use just ore dictionary name as full id.
# [default: white_glazed_terracotta]
S:relatedBlockId=white_glazed_terracotta
# Defines the block resistance to explosions. [range: 0.0 ~ 3.4028235E38, default: 7.0]
S:resistance=7.0
}

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# Configuration file
Chimney {
CraftingRecipe {
main {
# Amount of output units. [range: 1 ~ 64, default: 16]
I:amount=16
# Recipe components list.
# Components should be represented by its ids.
# Id is a basic unit (block or item) identifier in <modId:unitName:meta> format.
# ModId can be omitted for vanilla items. Meta can be omitted too if it equals 0.
# UnitName must be lowercase, words separated by '_', words order - from private to common (example: black_iron_ore).
# Unit name will be automatically converted to ore dictionary name with reverse word order (example: oreIronBlack).
# Use '*' char as meta value to specify all possible values.
# To define multiple block states, you can use block properties instead of meta. The format is <modId:blockName:[prop1=value1, prop2=value2]>
# Also you may use just ore dictionary name as full id.
# [default: [yellow_glazed_terracotta]]
S:components <
yellow_glazed_terracotta
>
# Output unit id.
# Id is a basic unit (block or item) identifier in <modId:unitName:meta> format.
# ModId can be omitted for vanilla items. Meta can be omitted too if it equals 0.
# UnitName must be lowercase, words separated by '_', words order - from private to common (example: black_iron_ore).
# Unit name will be automatically converted to ore dictionary name with reverse word order (example: oreIronBlack).
# Use '*' char as meta value to specify all possible values.
# To define multiple block states, you can use block properties instead of meta. The format is <modId:blockName:[prop1=value1, prop2=value2]>
# Also you may use just ore dictionary name as full id.
# [default: adchimneys:glazed_terracotta_yellow]
S:output=adchimneys:glazed_terracotta_yellow
# Shaped recipe pattern in format <nn nn> or <nnn nnn nnn>.
# Where 'n' - number of recipe component (from 1 to 9).
# Zero value (0) is for empty slot.
# If pattern is empty, then recipe will be treated as shapeless. [default: 101 101 101]
S:pattern=101 101 101
}
}
}
Pump {
CraftingRecipe {
main {
# Amount of output units. [range: 1 ~ 64, default: 4]
I:amount=4
# Recipe components list.
# Components should be represented by its ids.
# Id is a basic unit (block or item) identifier in <modId:unitName:meta> format.
# ModId can be omitted for vanilla items. Meta can be omitted too if it equals 0.
# UnitName must be lowercase, words separated by '_', words order - from private to common (example: black_iron_ore).
# Unit name will be automatically converted to ore dictionary name with reverse word order (example: oreIronBlack).
# Use '*' char as meta value to specify all possible values.
# To define multiple block states, you can use block properties instead of meta. The format is <modId:blockName:[prop1=value1, prop2=value2]>
# Also you may use just ore dictionary name as full id.
# [default: [adchimneys:glazed_terracotta_yellow:1], [repeater], [blockCoal]]
S:components <
adchimneys:glazed_terracotta_yellow:1
repeater
blockCoal
>
# Output unit id.
# Id is a basic unit (block or item) identifier in <modId:unitName:meta> format.
# ModId can be omitted for vanilla items. Meta can be omitted too if it equals 0.
# UnitName must be lowercase, words separated by '_', words order - from private to common (example: black_iron_ore).
# Unit name will be automatically converted to ore dictionary name with reverse word order (example: oreIronBlack).
# Use '*' char as meta value to specify all possible values.
# To define multiple block states, you can use block properties instead of meta. The format is <modId:blockName:[prop1=value1, prop2=value2]>
# Also you may use just ore dictionary name as full id.
# [default: adchimneys:glazed_terracotta_yellow:2]
S:output=adchimneys:glazed_terracotta_yellow:2
# Shaped recipe pattern in format <nn nn> or <nnn nnn nnn>.
# Where 'n' - number of recipe component (from 1 to 9).
# Zero value (0) is for empty slot.
# If pattern is empty, then recipe will be treated as shapeless. [default: 121 232 121]
S:pattern=121 232 121
}
}
}
Vent {
CraftingRecipe {
main {
# Amount of output units. [range: 1 ~ 64, default: 4]
I:amount=4
# Recipe components list.
# Components should be represented by its ids.
# Id is a basic unit (block or item) identifier in <modId:unitName:meta> format.
# ModId can be omitted for vanilla items. Meta can be omitted too if it equals 0.
# UnitName must be lowercase, words separated by '_', words order - from private to common (example: black_iron_ore).
# Unit name will be automatically converted to ore dictionary name with reverse word order (example: oreIronBlack).
# Use '*' char as meta value to specify all possible values.
# To define multiple block states, you can use block properties instead of meta. The format is <modId:blockName:[prop1=value1, prop2=value2]>
# Also you may use just ore dictionary name as full id.
# [default: [adchimneys:glazed_terracotta_yellow]]
S:components <
adchimneys:glazed_terracotta_yellow
>
# Output unit id.
# Id is a basic unit (block or item) identifier in <modId:unitName:meta> format.
# ModId can be omitted for vanilla items. Meta can be omitted too if it equals 0.
# UnitName must be lowercase, words separated by '_', words order - from private to common (example: black_iron_ore).
# Unit name will be automatically converted to ore dictionary name with reverse word order (example: oreIronBlack).
# Use '*' char as meta value to specify all possible values.
# To define multiple block states, you can use block properties instead of meta. The format is <modId:blockName:[prop1=value1, prop2=value2]>
# Also you may use just ore dictionary name as full id.
# [default: adchimneys:glazed_terracotta_yellow:1]
S:output=adchimneys:glazed_terracotta_yellow:1
# Shaped recipe pattern in format <nn nn> or <nnn nnn nnn>.
# Where 'n' - number of recipe component (from 1 to 9).
# Zero value (0) is for empty slot.
# If pattern is empty, then recipe will be treated as shapeless. [default: 101 000 101]
S:pattern=101 000 101
}
}
}
yellowTerracottaGlazed {
# Defines a color in ARGB (Alpha, Red, Green, Blue) hex format (0xaarrggbb) which will be applied to the smoke.
# The alpha channel of this color (aa) determines probability of applying (ff - always, 7f - 1/2, 00 - never).
# [default: 0x11ebab15]
S:color=0x11ebab15
# Set to 'false' if you don't need this unit. [default: true]
B:enabled=true
# Defines how many hits it takes to break the block.
# -1 makes the block indestructible. [range: -1.0 ~ 3.4028235E38, default: 1.4]
S:hardness=1.4
# Id is a basic unit (block or item) identifier in <modId:unitName:meta> format.
# ModId can be omitted for vanilla items. Meta can be omitted too if it equals 0.
# UnitName must be lowercase, words separated by '_', words order - from private to common (example: black_iron_ore).
# Unit name will be automatically converted to ore dictionary name with reverse word order (example: oreIronBlack).
# Use '*' char as meta value to specify all possible values.
# To define multiple block states, you can use block properties instead of meta. The format is <modId:blockName:[prop1=value1, prop2=value2]>
# Also you may use just ore dictionary name as full id.
# [default: yellow_glazed_terracotta]
S:relatedBlockId=yellow_glazed_terracotta
# Defines the block resistance to explosions. [range: 0.0 ~ 3.4028235E38, default: 7.0]
S:resistance=7.0
}

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# Configuration file
Chimney {
CraftingRecipe {
main {
# Amount of output units. [range: 1 ~ 64, default: 8]
I:amount=8
# Recipe components list.
# Components should be represented by its ids.
# Id is a basic unit (block or item) identifier in <modId:unitName:meta> format.
# ModId can be omitted for vanilla items. Meta can be omitted too if it equals 0.
# UnitName must be lowercase, words separated by '_', words order - from private to common (example: black_iron_ore).
# Unit name will be automatically converted to ore dictionary name with reverse word order (example: oreIronBlack).
# Use '*' char as meta value to specify all possible values.
# To define multiple block states, you can use block properties instead of meta. The format is <modId:blockName:[prop1=value1, prop2=value2]>
# Also you may use just ore dictionary name as full id.
# [default: [glowstone]]
S:components <
glowstone
>
# Output unit id.
# Id is a basic unit (block or item) identifier in <modId:unitName:meta> format.
# ModId can be omitted for vanilla items. Meta can be omitted too if it equals 0.
# UnitName must be lowercase, words separated by '_', words order - from private to common (example: black_iron_ore).
# Unit name will be automatically converted to ore dictionary name with reverse word order (example: oreIronBlack).
# Use '*' char as meta value to specify all possible values.
# To define multiple block states, you can use block properties instead of meta. The format is <modId:blockName:[prop1=value1, prop2=value2]>
# Also you may use just ore dictionary name as full id.
# [default: adchimneys:glowstone]
S:output=adchimneys:glowstone
# Shaped recipe pattern in format <nn nn> or <nnn nnn nnn>.
# Where 'n' - number of recipe component (from 1 to 9).
# Zero value (0) is for empty slot.
# If pattern is empty, then recipe will be treated as shapeless. [default: 101 101 101]
S:pattern=101 101 101
}
}
}
Pump {
CraftingRecipe {
main {
# Amount of output units. [range: 1 ~ 64, default: 4]
I:amount=4
# Recipe components list.
# Components should be represented by its ids.
# Id is a basic unit (block or item) identifier in <modId:unitName:meta> format.
# ModId can be omitted for vanilla items. Meta can be omitted too if it equals 0.
# UnitName must be lowercase, words separated by '_', words order - from private to common (example: black_iron_ore).
# Unit name will be automatically converted to ore dictionary name with reverse word order (example: oreIronBlack).
# Use '*' char as meta value to specify all possible values.
# To define multiple block states, you can use block properties instead of meta. The format is <modId:blockName:[prop1=value1, prop2=value2]>
# Also you may use just ore dictionary name as full id.
# [default: [adchimneys:glowstone:1], [repeater], [blockCoal]]
S:components <
adchimneys:glowstone:1
repeater
blockCoal
>
# Output unit id.
# Id is a basic unit (block or item) identifier in <modId:unitName:meta> format.
# ModId can be omitted for vanilla items. Meta can be omitted too if it equals 0.
# UnitName must be lowercase, words separated by '_', words order - from private to common (example: black_iron_ore).
# Unit name will be automatically converted to ore dictionary name with reverse word order (example: oreIronBlack).
# Use '*' char as meta value to specify all possible values.
# To define multiple block states, you can use block properties instead of meta. The format is <modId:blockName:[prop1=value1, prop2=value2]>
# Also you may use just ore dictionary name as full id.
# [default: adchimneys:glowstone:2]
S:output=adchimneys:glowstone:2
# Shaped recipe pattern in format <nn nn> or <nnn nnn nnn>.
# Where 'n' - number of recipe component (from 1 to 9).
# Zero value (0) is for empty slot.
# If pattern is empty, then recipe will be treated as shapeless. [default: 121 232 121]
S:pattern=121 232 121
}
}
}
Vent {
CraftingRecipe {
main {
# Amount of output units. [range: 1 ~ 64, default: 4]
I:amount=4
# Recipe components list.
# Components should be represented by its ids.
# Id is a basic unit (block or item) identifier in <modId:unitName:meta> format.
# ModId can be omitted for vanilla items. Meta can be omitted too if it equals 0.
# UnitName must be lowercase, words separated by '_', words order - from private to common (example: black_iron_ore).
# Unit name will be automatically converted to ore dictionary name with reverse word order (example: oreIronBlack).
# Use '*' char as meta value to specify all possible values.
# To define multiple block states, you can use block properties instead of meta. The format is <modId:blockName:[prop1=value1, prop2=value2]>
# Also you may use just ore dictionary name as full id.
# [default: [adchimneys:glowstone]]
S:components <
adchimneys:glowstone
>
# Output unit id.
# Id is a basic unit (block or item) identifier in <modId:unitName:meta> format.
# ModId can be omitted for vanilla items. Meta can be omitted too if it equals 0.
# UnitName must be lowercase, words separated by '_', words order - from private to common (example: black_iron_ore).
# Unit name will be automatically converted to ore dictionary name with reverse word order (example: oreIronBlack).
# Use '*' char as meta value to specify all possible values.
# To define multiple block states, you can use block properties instead of meta. The format is <modId:blockName:[prop1=value1, prop2=value2]>
# Also you may use just ore dictionary name as full id.
# [default: adchimneys:glowstone:1]
S:output=adchimneys:glowstone:1
# Shaped recipe pattern in format <nn nn> or <nnn nnn nnn>.
# Where 'n' - number of recipe component (from 1 to 9).
# Zero value (0) is for empty slot.
# If pattern is empty, then recipe will be treated as shapeless. [default: 101 000 101]
S:pattern=101 000 101
}
}
}
glowstone {
# Defines a color in ARGB (Alpha, Red, Green, Blue) hex format (0xaarrggbb) which will be applied to the smoke.
# The alpha channel of this color (aa) determines probability of applying (ff - always, 7f - 1/2, 00 - never).
# [default: 0x11ffbc5e]
S:color=0x11ffbc5e
# Set to 'false' if you don't need this unit. [default: true]
B:enabled=true
# Defines how many hits it takes to break the block.
# -1 makes the block indestructible. [range: -1.0 ~ 3.4028235E38, default: 0.3]
S:hardness=0.3
# Id is a basic unit (block or item) identifier in <modId:unitName:meta> format.
# ModId can be omitted for vanilla items. Meta can be omitted too if it equals 0.
# UnitName must be lowercase, words separated by '_', words order - from private to common (example: black_iron_ore).
# Unit name will be automatically converted to ore dictionary name with reverse word order (example: oreIronBlack).
# Use '*' char as meta value to specify all possible values.
# To define multiple block states, you can use block properties instead of meta. The format is <modId:blockName:[prop1=value1, prop2=value2]>
# Also you may use just ore dictionary name as full id.
# [default: glowstone]
S:relatedBlockId=glowstone
# Defines the block resistance to explosions. [range: 0.0 ~ 3.4028235E38, default: 1.5]
S:resistance=1.5
}

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# Configuration file
Chimney {
CraftingRecipe {
main {
# Amount of output units. [range: 1 ~ 64, default: 16]
I:amount=16
# Recipe components list.
# Components should be represented by its ids.
# Id is a basic unit (block or item) identifier in <modId:unitName:meta> format.
# ModId can be omitted for vanilla items. Meta can be omitted too if it equals 0.
# UnitName must be lowercase, words separated by '_', words order - from private to common (example: black_iron_ore).
# Unit name will be automatically converted to ore dictionary name with reverse word order (example: oreIronBlack).
# Use '*' char as meta value to specify all possible values.
# To define multiple block states, you can use block properties instead of meta. The format is <modId:blockName:[prop1=value1, prop2=value2]>
# Also you may use just ore dictionary name as full id.
# [default: [gold_block]]
S:components <
gold_block
>
# Output unit id.
# Id is a basic unit (block or item) identifier in <modId:unitName:meta> format.
# ModId can be omitted for vanilla items. Meta can be omitted too if it equals 0.
# UnitName must be lowercase, words separated by '_', words order - from private to common (example: black_iron_ore).
# Unit name will be automatically converted to ore dictionary name with reverse word order (example: oreIronBlack).
# Use '*' char as meta value to specify all possible values.
# To define multiple block states, you can use block properties instead of meta. The format is <modId:blockName:[prop1=value1, prop2=value2]>
# Also you may use just ore dictionary name as full id.
# [default: adchimneys:gold_block]
S:output=adchimneys:gold_block
# Shaped recipe pattern in format <nn nn> or <nnn nnn nnn>.
# Where 'n' - number of recipe component (from 1 to 9).
# Zero value (0) is for empty slot.
# If pattern is empty, then recipe will be treated as shapeless. [default: 101 101 101]
S:pattern=101 101 101
}
}
}
Pump {
CraftingRecipe {
main {
# Amount of output units. [range: 1 ~ 64, default: 4]
I:amount=4
# Recipe components list.
# Components should be represented by its ids.
# Id is a basic unit (block or item) identifier in <modId:unitName:meta> format.
# ModId can be omitted for vanilla items. Meta can be omitted too if it equals 0.
# UnitName must be lowercase, words separated by '_', words order - from private to common (example: black_iron_ore).
# Unit name will be automatically converted to ore dictionary name with reverse word order (example: oreIronBlack).
# Use '*' char as meta value to specify all possible values.
# To define multiple block states, you can use block properties instead of meta. The format is <modId:blockName:[prop1=value1, prop2=value2]>
# Also you may use just ore dictionary name as full id.
# [default: [adchimneys:gold_block:1], [repeater], [blockCoal]]
S:components <
adchimneys:gold_block:1
repeater
blockCoal
>
# Output unit id.
# Id is a basic unit (block or item) identifier in <modId:unitName:meta> format.
# ModId can be omitted for vanilla items. Meta can be omitted too if it equals 0.
# UnitName must be lowercase, words separated by '_', words order - from private to common (example: black_iron_ore).
# Unit name will be automatically converted to ore dictionary name with reverse word order (example: oreIronBlack).
# Use '*' char as meta value to specify all possible values.
# To define multiple block states, you can use block properties instead of meta. The format is <modId:blockName:[prop1=value1, prop2=value2]>
# Also you may use just ore dictionary name as full id.
# [default: adchimneys:gold_block:2]
S:output=adchimneys:gold_block:2
# Shaped recipe pattern in format <nn nn> or <nnn nnn nnn>.
# Where 'n' - number of recipe component (from 1 to 9).
# Zero value (0) is for empty slot.
# If pattern is empty, then recipe will be treated as shapeless. [default: 121 232 121]
S:pattern=121 232 121
}
}
}
Vent {
CraftingRecipe {
main {
# Amount of output units. [range: 1 ~ 64, default: 4]
I:amount=4
# Recipe components list.
# Components should be represented by its ids.
# Id is a basic unit (block or item) identifier in <modId:unitName:meta> format.
# ModId can be omitted for vanilla items. Meta can be omitted too if it equals 0.
# UnitName must be lowercase, words separated by '_', words order - from private to common (example: black_iron_ore).
# Unit name will be automatically converted to ore dictionary name with reverse word order (example: oreIronBlack).
# Use '*' char as meta value to specify all possible values.
# To define multiple block states, you can use block properties instead of meta. The format is <modId:blockName:[prop1=value1, prop2=value2]>
# Also you may use just ore dictionary name as full id.
# [default: [adchimneys:gold_block]]
S:components <
adchimneys:gold_block
>
# Output unit id.
# Id is a basic unit (block or item) identifier in <modId:unitName:meta> format.
# ModId can be omitted for vanilla items. Meta can be omitted too if it equals 0.
# UnitName must be lowercase, words separated by '_', words order - from private to common (example: black_iron_ore).
# Unit name will be automatically converted to ore dictionary name with reverse word order (example: oreIronBlack).
# Use '*' char as meta value to specify all possible values.
# To define multiple block states, you can use block properties instead of meta. The format is <modId:blockName:[prop1=value1, prop2=value2]>
# Also you may use just ore dictionary name as full id.
# [default: adchimneys:gold_block:1]
S:output=adchimneys:gold_block:1
# Shaped recipe pattern in format <nn nn> or <nnn nnn nnn>.
# Where 'n' - number of recipe component (from 1 to 9).
# Zero value (0) is for empty slot.
# If pattern is empty, then recipe will be treated as shapeless. [default: 101 000 101]
S:pattern=101 000 101
}
}
}
blockGold {
# Defines a color in ARGB (Alpha, Red, Green, Blue) hex format (0xaarrggbb) which will be applied to the smoke.
# The alpha channel of this color (aa) determines probability of applying (ff - always, 7f - 1/2, 00 - never).
# [default: 0x11ffff00]
S:color=0x11ffff00
# Set to 'false' if you don't need this unit. [default: true]
B:enabled=true
# Defines how many hits it takes to break the block.
# -1 makes the block indestructible. [range: -1.0 ~ 3.4028235E38, default: 3.0]
S:hardness=3.0
# Id is a basic unit (block or item) identifier in <modId:unitName:meta> format.
# ModId can be omitted for vanilla items. Meta can be omitted too if it equals 0.
# UnitName must be lowercase, words separated by '_', words order - from private to common (example: black_iron_ore).
# Unit name will be automatically converted to ore dictionary name with reverse word order (example: oreIronBlack).
# Use '*' char as meta value to specify all possible values.
# To define multiple block states, you can use block properties instead of meta. The format is <modId:blockName:[prop1=value1, prop2=value2]>
# Also you may use just ore dictionary name as full id.
# [default: gold_block]
S:relatedBlockId=gold_block
# Defines the block resistance to explosions. [range: 0.0 ~ 3.4028235E38, default: 30.0]
S:resistance=30.0
}

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# Configuration file
Chimney {
CraftingRecipe {
main {
# Amount of output units. [range: 1 ~ 64, default: 8]
I:amount=8
# Recipe components list.
# Components should be represented by its ids.
# Id is a basic unit (block or item) identifier in <modId:unitName:meta> format.
# ModId can be omitted for vanilla items. Meta can be omitted too if it equals 0.
# UnitName must be lowercase, words separated by '_', words order - from private to common (example: black_iron_ore).
# Unit name will be automatically converted to ore dictionary name with reverse word order (example: oreIronBlack).
# Use '*' char as meta value to specify all possible values.
# To define multiple block states, you can use block properties instead of meta. The format is <modId:blockName:[prop1=value1, prop2=value2]>
# Also you may use just ore dictionary name as full id.
# [default: [ceramics:clay_hard:3]]
S:components <
ceramics:clay_hard:3
>
# Output unit id.
# Id is a basic unit (block or item) identifier in <modId:unitName:meta> format.
# ModId can be omitted for vanilla items. Meta can be omitted too if it equals 0.
# UnitName must be lowercase, words separated by '_', words order - from private to common (example: black_iron_ore).
# Unit name will be automatically converted to ore dictionary name with reverse word order (example: oreIronBlack).
# Use '*' char as meta value to specify all possible values.
# To define multiple block states, you can use block properties instead of meta. The format is <modId:blockName:[prop1=value1, prop2=value2]>
# Also you may use just ore dictionary name as full id.
# [default: adchimneys:golden_brick]
S:output=adchimneys:golden_brick
# Shaped recipe pattern in format <nn nn> or <nnn nnn nnn>.
# Where 'n' - number of recipe component (from 1 to 9).
# Zero value (0) is for empty slot.
# If pattern is empty, then recipe will be treated as shapeless. [default: 101 101 101]
S:pattern=101 101 101
}
}
}
Pump {
CraftingRecipe {
main {
# Amount of output units. [range: 1 ~ 64, default: 4]
I:amount=4
# Recipe components list.
# Components should be represented by its ids.
# Id is a basic unit (block or item) identifier in <modId:unitName:meta> format.
# ModId can be omitted for vanilla items. Meta can be omitted too if it equals 0.
# UnitName must be lowercase, words separated by '_', words order - from private to common (example: black_iron_ore).
# Unit name will be automatically converted to ore dictionary name with reverse word order (example: oreIronBlack).
# Use '*' char as meta value to specify all possible values.
# To define multiple block states, you can use block properties instead of meta. The format is <modId:blockName:[prop1=value1, prop2=value2]>
# Also you may use just ore dictionary name as full id.
# [default: [adchimneys:golden_brick:1], [repeater], [blockCoal]]
S:components <
adchimneys:golden_brick:1
repeater
blockCoal
>
# Output unit id.
# Id is a basic unit (block or item) identifier in <modId:unitName:meta> format.
# ModId can be omitted for vanilla items. Meta can be omitted too if it equals 0.
# UnitName must be lowercase, words separated by '_', words order - from private to common (example: black_iron_ore).
# Unit name will be automatically converted to ore dictionary name with reverse word order (example: oreIronBlack).
# Use '*' char as meta value to specify all possible values.
# To define multiple block states, you can use block properties instead of meta. The format is <modId:blockName:[prop1=value1, prop2=value2]>
# Also you may use just ore dictionary name as full id.
# [default: adchimneys:golden_brick:2]
S:output=adchimneys:golden_brick:2
# Shaped recipe pattern in format <nn nn> or <nnn nnn nnn>.
# Where 'n' - number of recipe component (from 1 to 9).
# Zero value (0) is for empty slot.
# If pattern is empty, then recipe will be treated as shapeless. [default: 121 232 121]
S:pattern=121 232 121
}
}
}
Vent {
CraftingRecipe {
main {
# Amount of output units. [range: 1 ~ 64, default: 4]
I:amount=4
# Recipe components list.
# Components should be represented by its ids.
# Id is a basic unit (block or item) identifier in <modId:unitName:meta> format.
# ModId can be omitted for vanilla items. Meta can be omitted too if it equals 0.
# UnitName must be lowercase, words separated by '_', words order - from private to common (example: black_iron_ore).
# Unit name will be automatically converted to ore dictionary name with reverse word order (example: oreIronBlack).
# Use '*' char as meta value to specify all possible values.
# To define multiple block states, you can use block properties instead of meta. The format is <modId:blockName:[prop1=value1, prop2=value2]>
# Also you may use just ore dictionary name as full id.
# [default: [adchimneys:golden_brick]]
S:components <
adchimneys:golden_brick
>
# Output unit id.
# Id is a basic unit (block or item) identifier in <modId:unitName:meta> format.
# ModId can be omitted for vanilla items. Meta can be omitted too if it equals 0.
# UnitName must be lowercase, words separated by '_', words order - from private to common (example: black_iron_ore).
# Unit name will be automatically converted to ore dictionary name with reverse word order (example: oreIronBlack).
# Use '*' char as meta value to specify all possible values.
# To define multiple block states, you can use block properties instead of meta. The format is <modId:blockName:[prop1=value1, prop2=value2]>
# Also you may use just ore dictionary name as full id.
# [default: adchimneys:golden_brick:1]
S:output=adchimneys:golden_brick:1
# Shaped recipe pattern in format <nn nn> or <nnn nnn nnn>.
# Where 'n' - number of recipe component (from 1 to 9).
# Zero value (0) is for empty slot.
# If pattern is empty, then recipe will be treated as shapeless. [default: 101 000 101]
S:pattern=101 000 101
}
}
}
brickGolden {
# Defines a color in ARGB (Alpha, Red, Green, Blue) hex format (0xaarrggbb) which will be applied to the smoke.
# The alpha channel of this color (aa) determines probability of applying (ff - always, 7f - 1/2, 00 - never).
# [default: 0x11f3c774]
S:color=0x11f3c774
# Set to 'false' if you don't need this unit. [default: true]
B:enabled=true
# Id is a basic unit (block or item) identifier in <modId:unitName:meta> format.
# ModId can be omitted for vanilla items. Meta can be omitted too if it equals 0.
# UnitName must be lowercase, words separated by '_', words order - from private to common (example: black_iron_ore).
# Unit name will be automatically converted to ore dictionary name with reverse word order (example: oreIronBlack).
# Use '*' char as meta value to specify all possible values.
# To define multiple block states, you can use block properties instead of meta. The format is <modId:blockName:[prop1=value1, prop2=value2]>
# Also you may use just ore dictionary name as full id.
# [default: ceramics:clay_hard:3]
S:relatedBlockId=ceramics:clay_hard:3
}

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# Configuration file
Chimney {
CraftingRecipe {
main {
# Amount of output units. [range: 1 ~ 64, default: 16]
I:amount=16
# Recipe components list.
# Components should be represented by its ids.
# Id is a basic unit (block or item) identifier in <modId:unitName:meta> format.
# ModId can be omitted for vanilla items. Meta can be omitted too if it equals 0.
# UnitName must be lowercase, words separated by '_', words order - from private to common (example: black_iron_ore).
# Unit name will be automatically converted to ore dictionary name with reverse word order (example: oreIronBlack).
# Use '*' char as meta value to specify all possible values.
# To define multiple block states, you can use block properties instead of meta. The format is <modId:blockName:[prop1=value1, prop2=value2]>
# Also you may use just ore dictionary name as full id.
# [default: [hardened_clay]]
S:components <
hardened_clay
>
# Output unit id.
# Id is a basic unit (block or item) identifier in <modId:unitName:meta> format.
# ModId can be omitted for vanilla items. Meta can be omitted too if it equals 0.
# UnitName must be lowercase, words separated by '_', words order - from private to common (example: black_iron_ore).
# Unit name will be automatically converted to ore dictionary name with reverse word order (example: oreIronBlack).
# Use '*' char as meta value to specify all possible values.
# To define multiple block states, you can use block properties instead of meta. The format is <modId:blockName:[prop1=value1, prop2=value2]>
# Also you may use just ore dictionary name as full id.
# [default: adchimneys:hardened_clay]
S:output=adchimneys:hardened_clay
# Shaped recipe pattern in format <nn nn> or <nnn nnn nnn>.
# Where 'n' - number of recipe component (from 1 to 9).
# Zero value (0) is for empty slot.
# If pattern is empty, then recipe will be treated as shapeless. [default: 101 101 101]
S:pattern=101 101 101
}
}
}
Pump {
CraftingRecipe {
main {
# Amount of output units. [range: 1 ~ 64, default: 4]
I:amount=4
# Recipe components list.
# Components should be represented by its ids.
# Id is a basic unit (block or item) identifier in <modId:unitName:meta> format.
# ModId can be omitted for vanilla items. Meta can be omitted too if it equals 0.
# UnitName must be lowercase, words separated by '_', words order - from private to common (example: black_iron_ore).
# Unit name will be automatically converted to ore dictionary name with reverse word order (example: oreIronBlack).
# Use '*' char as meta value to specify all possible values.
# To define multiple block states, you can use block properties instead of meta. The format is <modId:blockName:[prop1=value1, prop2=value2]>
# Also you may use just ore dictionary name as full id.
# [default: [adchimneys:hardened_clay:1], [repeater], [blockCoal]]
S:components <
adchimneys:hardened_clay:1
repeater
blockCoal
>
# Output unit id.
# Id is a basic unit (block or item) identifier in <modId:unitName:meta> format.
# ModId can be omitted for vanilla items. Meta can be omitted too if it equals 0.
# UnitName must be lowercase, words separated by '_', words order - from private to common (example: black_iron_ore).
# Unit name will be automatically converted to ore dictionary name with reverse word order (example: oreIronBlack).
# Use '*' char as meta value to specify all possible values.
# To define multiple block states, you can use block properties instead of meta. The format is <modId:blockName:[prop1=value1, prop2=value2]>
# Also you may use just ore dictionary name as full id.
# [default: adchimneys:hardened_clay:2]
S:output=adchimneys:hardened_clay:2
# Shaped recipe pattern in format <nn nn> or <nnn nnn nnn>.
# Where 'n' - number of recipe component (from 1 to 9).
# Zero value (0) is for empty slot.
# If pattern is empty, then recipe will be treated as shapeless. [default: 121 232 121]
S:pattern=121 232 121
}
}
}
Vent {
CraftingRecipe {
main {
# Amount of output units. [range: 1 ~ 64, default: 4]
I:amount=4
# Recipe components list.
# Components should be represented by its ids.
# Id is a basic unit (block or item) identifier in <modId:unitName:meta> format.
# ModId can be omitted for vanilla items. Meta can be omitted too if it equals 0.
# UnitName must be lowercase, words separated by '_', words order - from private to common (example: black_iron_ore).
# Unit name will be automatically converted to ore dictionary name with reverse word order (example: oreIronBlack).
# Use '*' char as meta value to specify all possible values.
# To define multiple block states, you can use block properties instead of meta. The format is <modId:blockName:[prop1=value1, prop2=value2]>
# Also you may use just ore dictionary name as full id.
# [default: [adchimneys:hardened_clay]]
S:components <
adchimneys:hardened_clay
>
# Output unit id.
# Id is a basic unit (block or item) identifier in <modId:unitName:meta> format.
# ModId can be omitted for vanilla items. Meta can be omitted too if it equals 0.
# UnitName must be lowercase, words separated by '_', words order - from private to common (example: black_iron_ore).
# Unit name will be automatically converted to ore dictionary name with reverse word order (example: oreIronBlack).
# Use '*' char as meta value to specify all possible values.
# To define multiple block states, you can use block properties instead of meta. The format is <modId:blockName:[prop1=value1, prop2=value2]>
# Also you may use just ore dictionary name as full id.
# [default: adchimneys:hardened_clay:1]
S:output=adchimneys:hardened_clay:1
# Shaped recipe pattern in format <nn nn> or <nnn nnn nnn>.
# Where 'n' - number of recipe component (from 1 to 9).
# Zero value (0) is for empty slot.
# If pattern is empty, then recipe will be treated as shapeless. [default: 101 000 101]
S:pattern=101 000 101
}
}
}
clayHardened {
# Defines a color in ARGB (Alpha, Red, Green, Blue) hex format (0xaarrggbb) which will be applied to the smoke.
# The alpha channel of this color (aa) determines probability of applying (ff - always, 7f - 1/2, 00 - never).
# [default: 0x11935940]
S:color=0x11935940
# Set to 'false' if you don't need this unit. [default: true]
B:enabled=true
# Defines how many hits it takes to break the block.
# -1 makes the block indestructible. [range: -1.0 ~ 3.4028235E38, default: 1.25]
S:hardness=1.25
# Id is a basic unit (block or item) identifier in <modId:unitName:meta> format.
# ModId can be omitted for vanilla items. Meta can be omitted too if it equals 0.
# UnitName must be lowercase, words separated by '_', words order - from private to common (example: black_iron_ore).
# Unit name will be automatically converted to ore dictionary name with reverse word order (example: oreIronBlack).
# Use '*' char as meta value to specify all possible values.
# To define multiple block states, you can use block properties instead of meta. The format is <modId:blockName:[prop1=value1, prop2=value2]>
# Also you may use just ore dictionary name as full id.
# [default: hardened_clay]
S:relatedBlockId=hardened_clay
# Defines the block resistance to explosions. [range: 0.0 ~ 3.4028235E38, default: 21.0]
S:resistance=21.0
}

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# Configuration file
Chimney {
CraftingRecipe {
main {
# Amount of output units. [range: 1 ~ 64, default: 16]
I:amount=16
# Recipe components list.
# Components should be represented by its ids.
# Id is a basic unit (block or item) identifier in <modId:unitName:meta> format.
# ModId can be omitted for vanilla items. Meta can be omitted too if it equals 0.
# UnitName must be lowercase, words separated by '_', words order - from private to common (example: black_iron_ore).
# Unit name will be automatically converted to ore dictionary name with reverse word order (example: oreIronBlack).
# Use '*' char as meta value to specify all possible values.
# To define multiple block states, you can use block properties instead of meta. The format is <modId:blockName:[prop1=value1, prop2=value2]>
# Also you may use just ore dictionary name as full id.
# [default: [stained_hardened_clay:15]]
S:components <
stained_hardened_clay:15
>
# Output unit id.
# Id is a basic unit (block or item) identifier in <modId:unitName:meta> format.
# ModId can be omitted for vanilla items. Meta can be omitted too if it equals 0.
# UnitName must be lowercase, words separated by '_', words order - from private to common (example: black_iron_ore).
# Unit name will be automatically converted to ore dictionary name with reverse word order (example: oreIronBlack).
# Use '*' char as meta value to specify all possible values.
# To define multiple block states, you can use block properties instead of meta. The format is <modId:blockName:[prop1=value1, prop2=value2]>
# Also you may use just ore dictionary name as full id.
# [default: adchimneys:hardened_clay_stained_black]
S:output=adchimneys:hardened_clay_stained_black
# Shaped recipe pattern in format <nn nn> or <nnn nnn nnn>.
# Where 'n' - number of recipe component (from 1 to 9).
# Zero value (0) is for empty slot.
# If pattern is empty, then recipe will be treated as shapeless. [default: 101 101 101]
S:pattern=101 101 101
}
}
}
Pump {
CraftingRecipe {
main {
# Amount of output units. [range: 1 ~ 64, default: 4]
I:amount=4
# Recipe components list.
# Components should be represented by its ids.
# Id is a basic unit (block or item) identifier in <modId:unitName:meta> format.
# ModId can be omitted for vanilla items. Meta can be omitted too if it equals 0.
# UnitName must be lowercase, words separated by '_', words order - from private to common (example: black_iron_ore).
# Unit name will be automatically converted to ore dictionary name with reverse word order (example: oreIronBlack).
# Use '*' char as meta value to specify all possible values.
# To define multiple block states, you can use block properties instead of meta. The format is <modId:blockName:[prop1=value1, prop2=value2]>
# Also you may use just ore dictionary name as full id.
# [default: [adchimneys:hardened_clay_stained_black:1], [repeater], [blockCoal]]
S:components <
adchimneys:hardened_clay_stained_black:1
repeater
blockCoal
>
# Output unit id.
# Id is a basic unit (block or item) identifier in <modId:unitName:meta> format.
# ModId can be omitted for vanilla items. Meta can be omitted too if it equals 0.
# UnitName must be lowercase, words separated by '_', words order - from private to common (example: black_iron_ore).
# Unit name will be automatically converted to ore dictionary name with reverse word order (example: oreIronBlack).
# Use '*' char as meta value to specify all possible values.
# To define multiple block states, you can use block properties instead of meta. The format is <modId:blockName:[prop1=value1, prop2=value2]>
# Also you may use just ore dictionary name as full id.
# [default: adchimneys:hardened_clay_stained_black:2]
S:output=adchimneys:hardened_clay_stained_black:2
# Shaped recipe pattern in format <nn nn> or <nnn nnn nnn>.
# Where 'n' - number of recipe component (from 1 to 9).
# Zero value (0) is for empty slot.
# If pattern is empty, then recipe will be treated as shapeless. [default: 121 232 121]
S:pattern=121 232 121
}
}
}
Vent {
CraftingRecipe {
main {
# Amount of output units. [range: 1 ~ 64, default: 4]
I:amount=4
# Recipe components list.
# Components should be represented by its ids.
# Id is a basic unit (block or item) identifier in <modId:unitName:meta> format.
# ModId can be omitted for vanilla items. Meta can be omitted too if it equals 0.
# UnitName must be lowercase, words separated by '_', words order - from private to common (example: black_iron_ore).
# Unit name will be automatically converted to ore dictionary name with reverse word order (example: oreIronBlack).
# Use '*' char as meta value to specify all possible values.
# To define multiple block states, you can use block properties instead of meta. The format is <modId:blockName:[prop1=value1, prop2=value2]>
# Also you may use just ore dictionary name as full id.
# [default: [adchimneys:hardened_clay_stained_black]]
S:components <
adchimneys:hardened_clay_stained_black
>
# Output unit id.
# Id is a basic unit (block or item) identifier in <modId:unitName:meta> format.
# ModId can be omitted for vanilla items. Meta can be omitted too if it equals 0.
# UnitName must be lowercase, words separated by '_', words order - from private to common (example: black_iron_ore).
# Unit name will be automatically converted to ore dictionary name with reverse word order (example: oreIronBlack).
# Use '*' char as meta value to specify all possible values.
# To define multiple block states, you can use block properties instead of meta. The format is <modId:blockName:[prop1=value1, prop2=value2]>
# Also you may use just ore dictionary name as full id.
# [default: adchimneys:hardened_clay_stained_black:1]
S:output=adchimneys:hardened_clay_stained_black:1
# Shaped recipe pattern in format <nn nn> or <nnn nnn nnn>.
# Where 'n' - number of recipe component (from 1 to 9).
# Zero value (0) is for empty slot.
# If pattern is empty, then recipe will be treated as shapeless. [default: 101 000 101]
S:pattern=101 000 101
}
}
}
blackStainedClayHardened {
# Defines a color in ARGB (Alpha, Red, Green, Blue) hex format (0xaarrggbb) which will be applied to the smoke.
# The alpha channel of this color (aa) determines probability of applying (ff - always, 7f - 1/2, 00 - never).
# [default: 0x11090b10]
S:color=0x11090b10
# Set to 'false' if you don't need this unit. [default: true]
B:enabled=true
# Defines how many hits it takes to break the block.
# -1 makes the block indestructible. [range: -1.0 ~ 3.4028235E38, default: 1.25]
S:hardness=1.25
# Id is a basic unit (block or item) identifier in <modId:unitName:meta> format.
# ModId can be omitted for vanilla items. Meta can be omitted too if it equals 0.
# UnitName must be lowercase, words separated by '_', words order - from private to common (example: black_iron_ore).
# Unit name will be automatically converted to ore dictionary name with reverse word order (example: oreIronBlack).
# Use '*' char as meta value to specify all possible values.
# To define multiple block states, you can use block properties instead of meta. The format is <modId:blockName:[prop1=value1, prop2=value2]>
# Also you may use just ore dictionary name as full id.
# [default: stained_hardened_clay:15]
S:relatedBlockId=stained_hardened_clay:15
# Defines the block resistance to explosions. [range: 0.0 ~ 3.4028235E38, default: 21.0]
S:resistance=21.0
}

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# Configuration file
Chimney {
CraftingRecipe {
main {
# Amount of output units. [range: 1 ~ 64, default: 16]
I:amount=16
# Recipe components list.
# Components should be represented by its ids.
# Id is a basic unit (block or item) identifier in <modId:unitName:meta> format.
# ModId can be omitted for vanilla items. Meta can be omitted too if it equals 0.
# UnitName must be lowercase, words separated by '_', words order - from private to common (example: black_iron_ore).
# Unit name will be automatically converted to ore dictionary name with reverse word order (example: oreIronBlack).
# Use '*' char as meta value to specify all possible values.
# To define multiple block states, you can use block properties instead of meta. The format is <modId:blockName:[prop1=value1, prop2=value2]>
# Also you may use just ore dictionary name as full id.
# [default: [stained_hardened_clay:11]]
S:components <
stained_hardened_clay:11
>
# Output unit id.
# Id is a basic unit (block or item) identifier in <modId:unitName:meta> format.
# ModId can be omitted for vanilla items. Meta can be omitted too if it equals 0.
# UnitName must be lowercase, words separated by '_', words order - from private to common (example: black_iron_ore).
# Unit name will be automatically converted to ore dictionary name with reverse word order (example: oreIronBlack).
# Use '*' char as meta value to specify all possible values.
# To define multiple block states, you can use block properties instead of meta. The format is <modId:blockName:[prop1=value1, prop2=value2]>
# Also you may use just ore dictionary name as full id.
# [default: adchimneys:hardened_clay_stained_blue]
S:output=adchimneys:hardened_clay_stained_blue
# Shaped recipe pattern in format <nn nn> or <nnn nnn nnn>.
# Where 'n' - number of recipe component (from 1 to 9).
# Zero value (0) is for empty slot.
# If pattern is empty, then recipe will be treated as shapeless. [default: 101 101 101]
S:pattern=101 101 101
}
}
}
Pump {
CraftingRecipe {
main {
# Amount of output units. [range: 1 ~ 64, default: 4]
I:amount=4
# Recipe components list.
# Components should be represented by its ids.
# Id is a basic unit (block or item) identifier in <modId:unitName:meta> format.
# ModId can be omitted for vanilla items. Meta can be omitted too if it equals 0.
# UnitName must be lowercase, words separated by '_', words order - from private to common (example: black_iron_ore).
# Unit name will be automatically converted to ore dictionary name with reverse word order (example: oreIronBlack).
# Use '*' char as meta value to specify all possible values.
# To define multiple block states, you can use block properties instead of meta. The format is <modId:blockName:[prop1=value1, prop2=value2]>
# Also you may use just ore dictionary name as full id.
# [default: [adchimneys:hardened_clay_stained_blue:1], [repeater], [blockCoal]]
S:components <
adchimneys:hardened_clay_stained_blue:1
repeater
blockCoal
>
# Output unit id.
# Id is a basic unit (block or item) identifier in <modId:unitName:meta> format.
# ModId can be omitted for vanilla items. Meta can be omitted too if it equals 0.
# UnitName must be lowercase, words separated by '_', words order - from private to common (example: black_iron_ore).
# Unit name will be automatically converted to ore dictionary name with reverse word order (example: oreIronBlack).
# Use '*' char as meta value to specify all possible values.
# To define multiple block states, you can use block properties instead of meta. The format is <modId:blockName:[prop1=value1, prop2=value2]>
# Also you may use just ore dictionary name as full id.
# [default: adchimneys:hardened_clay_stained_blue:2]
S:output=adchimneys:hardened_clay_stained_blue:2
# Shaped recipe pattern in format <nn nn> or <nnn nnn nnn>.
# Where 'n' - number of recipe component (from 1 to 9).
# Zero value (0) is for empty slot.
# If pattern is empty, then recipe will be treated as shapeless. [default: 121 232 121]
S:pattern=121 232 121
}
}
}
Vent {
CraftingRecipe {
main {
# Amount of output units. [range: 1 ~ 64, default: 4]
I:amount=4
# Recipe components list.
# Components should be represented by its ids.
# Id is a basic unit (block or item) identifier in <modId:unitName:meta> format.
# ModId can be omitted for vanilla items. Meta can be omitted too if it equals 0.
# UnitName must be lowercase, words separated by '_', words order - from private to common (example: black_iron_ore).
# Unit name will be automatically converted to ore dictionary name with reverse word order (example: oreIronBlack).
# Use '*' char as meta value to specify all possible values.
# To define multiple block states, you can use block properties instead of meta. The format is <modId:blockName:[prop1=value1, prop2=value2]>
# Also you may use just ore dictionary name as full id.
# [default: [adchimneys:hardened_clay_stained_blue]]
S:components <
adchimneys:hardened_clay_stained_blue
>
# Output unit id.
# Id is a basic unit (block or item) identifier in <modId:unitName:meta> format.
# ModId can be omitted for vanilla items. Meta can be omitted too if it equals 0.
# UnitName must be lowercase, words separated by '_', words order - from private to common (example: black_iron_ore).
# Unit name will be automatically converted to ore dictionary name with reverse word order (example: oreIronBlack).
# Use '*' char as meta value to specify all possible values.
# To define multiple block states, you can use block properties instead of meta. The format is <modId:blockName:[prop1=value1, prop2=value2]>
# Also you may use just ore dictionary name as full id.
# [default: adchimneys:hardened_clay_stained_blue:1]
S:output=adchimneys:hardened_clay_stained_blue:1
# Shaped recipe pattern in format <nn nn> or <nnn nnn nnn>.
# Where 'n' - number of recipe component (from 1 to 9).
# Zero value (0) is for empty slot.
# If pattern is empty, then recipe will be treated as shapeless. [default: 101 000 101]
S:pattern=101 000 101
}
}
}
blueStainedClayHardened {
# Defines a color in ARGB (Alpha, Red, Green, Blue) hex format (0xaarrggbb) which will be applied to the smoke.
# The alpha channel of this color (aa) determines probability of applying (ff - always, 7f - 1/2, 00 - never).
# [default: 0x112b2d8c]
S:color=0x112b2d8c
# Set to 'false' if you don't need this unit. [default: true]
B:enabled=true
# Defines how many hits it takes to break the block.
# -1 makes the block indestructible. [range: -1.0 ~ 3.4028235E38, default: 1.25]
S:hardness=1.25
# Id is a basic unit (block or item) identifier in <modId:unitName:meta> format.
# ModId can be omitted for vanilla items. Meta can be omitted too if it equals 0.
# UnitName must be lowercase, words separated by '_', words order - from private to common (example: black_iron_ore).
# Unit name will be automatically converted to ore dictionary name with reverse word order (example: oreIronBlack).
# Use '*' char as meta value to specify all possible values.
# To define multiple block states, you can use block properties instead of meta. The format is <modId:blockName:[prop1=value1, prop2=value2]>
# Also you may use just ore dictionary name as full id.
# [default: stained_hardened_clay:11]
S:relatedBlockId=stained_hardened_clay:11
# Defines the block resistance to explosions. [range: 0.0 ~ 3.4028235E38, default: 21.0]
S:resistance=21.0
}

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# Configuration file
Chimney {
CraftingRecipe {
main {
# Amount of output units. [range: 1 ~ 64, default: 16]
I:amount=16
# Recipe components list.
# Components should be represented by its ids.
# Id is a basic unit (block or item) identifier in <modId:unitName:meta> format.
# ModId can be omitted for vanilla items. Meta can be omitted too if it equals 0.
# UnitName must be lowercase, words separated by '_', words order - from private to common (example: black_iron_ore).
# Unit name will be automatically converted to ore dictionary name with reverse word order (example: oreIronBlack).
# Use '*' char as meta value to specify all possible values.
# To define multiple block states, you can use block properties instead of meta. The format is <modId:blockName:[prop1=value1, prop2=value2]>
# Also you may use just ore dictionary name as full id.
# [default: [stained_hardened_clay:12]]
S:components <
stained_hardened_clay:12
>
# Output unit id.
# Id is a basic unit (block or item) identifier in <modId:unitName:meta> format.
# ModId can be omitted for vanilla items. Meta can be omitted too if it equals 0.
# UnitName must be lowercase, words separated by '_', words order - from private to common (example: black_iron_ore).
# Unit name will be automatically converted to ore dictionary name with reverse word order (example: oreIronBlack).
# Use '*' char as meta value to specify all possible values.
# To define multiple block states, you can use block properties instead of meta. The format is <modId:blockName:[prop1=value1, prop2=value2]>
# Also you may use just ore dictionary name as full id.
# [default: adchimneys:hardened_clay_stained_brown]
S:output=adchimneys:hardened_clay_stained_brown
# Shaped recipe pattern in format <nn nn> or <nnn nnn nnn>.
# Where 'n' - number of recipe component (from 1 to 9).
# Zero value (0) is for empty slot.
# If pattern is empty, then recipe will be treated as shapeless. [default: 101 101 101]
S:pattern=101 101 101
}
}
}
Pump {
CraftingRecipe {
main {
# Amount of output units. [range: 1 ~ 64, default: 4]
I:amount=4
# Recipe components list.
# Components should be represented by its ids.
# Id is a basic unit (block or item) identifier in <modId:unitName:meta> format.
# ModId can be omitted for vanilla items. Meta can be omitted too if it equals 0.
# UnitName must be lowercase, words separated by '_', words order - from private to common (example: black_iron_ore).
# Unit name will be automatically converted to ore dictionary name with reverse word order (example: oreIronBlack).
# Use '*' char as meta value to specify all possible values.
# To define multiple block states, you can use block properties instead of meta. The format is <modId:blockName:[prop1=value1, prop2=value2]>
# Also you may use just ore dictionary name as full id.
# [default: [adchimneys:hardened_clay_stained_brown:1], [repeater], [blockCoal]]
S:components <
adchimneys:hardened_clay_stained_brown:1
repeater
blockCoal
>
# Output unit id.
# Id is a basic unit (block or item) identifier in <modId:unitName:meta> format.
# ModId can be omitted for vanilla items. Meta can be omitted too if it equals 0.
# UnitName must be lowercase, words separated by '_', words order - from private to common (example: black_iron_ore).
# Unit name will be automatically converted to ore dictionary name with reverse word order (example: oreIronBlack).
# Use '*' char as meta value to specify all possible values.
# To define multiple block states, you can use block properties instead of meta. The format is <modId:blockName:[prop1=value1, prop2=value2]>
# Also you may use just ore dictionary name as full id.
# [default: adchimneys:hardened_clay_stained_brown:2]
S:output=adchimneys:hardened_clay_stained_brown:2
# Shaped recipe pattern in format <nn nn> or <nnn nnn nnn>.
# Where 'n' - number of recipe component (from 1 to 9).
# Zero value (0) is for empty slot.
# If pattern is empty, then recipe will be treated as shapeless. [default: 121 232 121]
S:pattern=121 232 121
}
}
}
Vent {
CraftingRecipe {
main {
# Amount of output units. [range: 1 ~ 64, default: 4]
I:amount=4
# Recipe components list.
# Components should be represented by its ids.
# Id is a basic unit (block or item) identifier in <modId:unitName:meta> format.
# ModId can be omitted for vanilla items. Meta can be omitted too if it equals 0.
# UnitName must be lowercase, words separated by '_', words order - from private to common (example: black_iron_ore).
# Unit name will be automatically converted to ore dictionary name with reverse word order (example: oreIronBlack).
# Use '*' char as meta value to specify all possible values.
# To define multiple block states, you can use block properties instead of meta. The format is <modId:blockName:[prop1=value1, prop2=value2]>
# Also you may use just ore dictionary name as full id.
# [default: [adchimneys:hardened_clay_stained_brown]]
S:components <
adchimneys:hardened_clay_stained_brown
>
# Output unit id.
# Id is a basic unit (block or item) identifier in <modId:unitName:meta> format.
# ModId can be omitted for vanilla items. Meta can be omitted too if it equals 0.
# UnitName must be lowercase, words separated by '_', words order - from private to common (example: black_iron_ore).
# Unit name will be automatically converted to ore dictionary name with reverse word order (example: oreIronBlack).
# Use '*' char as meta value to specify all possible values.
# To define multiple block states, you can use block properties instead of meta. The format is <modId:blockName:[prop1=value1, prop2=value2]>
# Also you may use just ore dictionary name as full id.
# [default: adchimneys:hardened_clay_stained_brown:1]
S:output=adchimneys:hardened_clay_stained_brown:1
# Shaped recipe pattern in format <nn nn> or <nnn nnn nnn>.
# Where 'n' - number of recipe component (from 1 to 9).
# Zero value (0) is for empty slot.
# If pattern is empty, then recipe will be treated as shapeless. [default: 101 000 101]
S:pattern=101 000 101
}
}
}
brownStainedClayHardened {
# Defines a color in ARGB (Alpha, Red, Green, Blue) hex format (0xaarrggbb) which will be applied to the smoke.
# The alpha channel of this color (aa) determines probability of applying (ff - always, 7f - 1/2, 00 - never).
# [default: 0x115e3a1e]
S:color=0x115e3a1e
# Set to 'false' if you don't need this unit. [default: true]
B:enabled=true
# Defines how many hits it takes to break the block.
# -1 makes the block indestructible. [range: -1.0 ~ 3.4028235E38, default: 1.25]
S:hardness=1.25
# Id is a basic unit (block or item) identifier in <modId:unitName:meta> format.
# ModId can be omitted for vanilla items. Meta can be omitted too if it equals 0.
# UnitName must be lowercase, words separated by '_', words order - from private to common (example: black_iron_ore).
# Unit name will be automatically converted to ore dictionary name with reverse word order (example: oreIronBlack).
# Use '*' char as meta value to specify all possible values.
# To define multiple block states, you can use block properties instead of meta. The format is <modId:blockName:[prop1=value1, prop2=value2]>
# Also you may use just ore dictionary name as full id.
# [default: stained_hardened_clay:12]
S:relatedBlockId=stained_hardened_clay:12
# Defines the block resistance to explosions. [range: 0.0 ~ 3.4028235E38, default: 21.0]
S:resistance=21.0
}

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# Configuration file
Chimney {
CraftingRecipe {
main {
# Amount of output units. [range: 1 ~ 64, default: 16]
I:amount=16
# Recipe components list.
# Components should be represented by its ids.
# Id is a basic unit (block or item) identifier in <modId:unitName:meta> format.
# ModId can be omitted for vanilla items. Meta can be omitted too if it equals 0.
# UnitName must be lowercase, words separated by '_', words order - from private to common (example: black_iron_ore).
# Unit name will be automatically converted to ore dictionary name with reverse word order (example: oreIronBlack).
# Use '*' char as meta value to specify all possible values.
# To define multiple block states, you can use block properties instead of meta. The format is <modId:blockName:[prop1=value1, prop2=value2]>
# Also you may use just ore dictionary name as full id.
# [default: [stained_hardened_clay:9]]
S:components <
stained_hardened_clay:9
>
# Output unit id.
# Id is a basic unit (block or item) identifier in <modId:unitName:meta> format.
# ModId can be omitted for vanilla items. Meta can be omitted too if it equals 0.
# UnitName must be lowercase, words separated by '_', words order - from private to common (example: black_iron_ore).
# Unit name will be automatically converted to ore dictionary name with reverse word order (example: oreIronBlack).
# Use '*' char as meta value to specify all possible values.
# To define multiple block states, you can use block properties instead of meta. The format is <modId:blockName:[prop1=value1, prop2=value2]>
# Also you may use just ore dictionary name as full id.
# [default: adchimneys:hardened_clay_stained_cyan]
S:output=adchimneys:hardened_clay_stained_cyan
# Shaped recipe pattern in format <nn nn> or <nnn nnn nnn>.
# Where 'n' - number of recipe component (from 1 to 9).
# Zero value (0) is for empty slot.
# If pattern is empty, then recipe will be treated as shapeless. [default: 101 101 101]
S:pattern=101 101 101
}
}
}
Pump {
CraftingRecipe {
main {
# Amount of output units. [range: 1 ~ 64, default: 4]
I:amount=4
# Recipe components list.
# Components should be represented by its ids.
# Id is a basic unit (block or item) identifier in <modId:unitName:meta> format.
# ModId can be omitted for vanilla items. Meta can be omitted too if it equals 0.
# UnitName must be lowercase, words separated by '_', words order - from private to common (example: black_iron_ore).
# Unit name will be automatically converted to ore dictionary name with reverse word order (example: oreIronBlack).
# Use '*' char as meta value to specify all possible values.
# To define multiple block states, you can use block properties instead of meta. The format is <modId:blockName:[prop1=value1, prop2=value2]>
# Also you may use just ore dictionary name as full id.
# [default: [adchimneys:hardened_clay_stained_cyan:1], [repeater], [blockCoal]]
S:components <
adchimneys:hardened_clay_stained_cyan:1
repeater
blockCoal
>
# Output unit id.
# Id is a basic unit (block or item) identifier in <modId:unitName:meta> format.
# ModId can be omitted for vanilla items. Meta can be omitted too if it equals 0.
# UnitName must be lowercase, words separated by '_', words order - from private to common (example: black_iron_ore).
# Unit name will be automatically converted to ore dictionary name with reverse word order (example: oreIronBlack).
# Use '*' char as meta value to specify all possible values.
# To define multiple block states, you can use block properties instead of meta. The format is <modId:blockName:[prop1=value1, prop2=value2]>
# Also you may use just ore dictionary name as full id.
# [default: adchimneys:hardened_clay_stained_cyan:2]
S:output=adchimneys:hardened_clay_stained_cyan:2
# Shaped recipe pattern in format <nn nn> or <nnn nnn nnn>.
# Where 'n' - number of recipe component (from 1 to 9).
# Zero value (0) is for empty slot.
# If pattern is empty, then recipe will be treated as shapeless. [default: 121 232 121]
S:pattern=121 232 121
}
}
}
Vent {
CraftingRecipe {
main {
# Amount of output units. [range: 1 ~ 64, default: 4]
I:amount=4
# Recipe components list.
# Components should be represented by its ids.
# Id is a basic unit (block or item) identifier in <modId:unitName:meta> format.
# ModId can be omitted for vanilla items. Meta can be omitted too if it equals 0.
# UnitName must be lowercase, words separated by '_', words order - from private to common (example: black_iron_ore).
# Unit name will be automatically converted to ore dictionary name with reverse word order (example: oreIronBlack).
# Use '*' char as meta value to specify all possible values.
# To define multiple block states, you can use block properties instead of meta. The format is <modId:blockName:[prop1=value1, prop2=value2]>
# Also you may use just ore dictionary name as full id.
# [default: [adchimneys:hardened_clay_stained_cyan]]
S:components <
adchimneys:hardened_clay_stained_cyan
>
# Output unit id.
# Id is a basic unit (block or item) identifier in <modId:unitName:meta> format.
# ModId can be omitted for vanilla items. Meta can be omitted too if it equals 0.
# UnitName must be lowercase, words separated by '_', words order - from private to common (example: black_iron_ore).
# Unit name will be automatically converted to ore dictionary name with reverse word order (example: oreIronBlack).
# Use '*' char as meta value to specify all possible values.
# To define multiple block states, you can use block properties instead of meta. The format is <modId:blockName:[prop1=value1, prop2=value2]>
# Also you may use just ore dictionary name as full id.
# [default: adchimneys:hardened_clay_stained_cyan:1]
S:output=adchimneys:hardened_clay_stained_cyan:1
# Shaped recipe pattern in format <nn nn> or <nnn nnn nnn>.
# Where 'n' - number of recipe component (from 1 to 9).
# Zero value (0) is for empty slot.
# If pattern is empty, then recipe will be treated as shapeless. [default: 101 000 101]
S:pattern=101 000 101
}
}
}
cyanStainedClayHardened {
# Defines a color in ARGB (Alpha, Red, Green, Blue) hex format (0xaarrggbb) which will be applied to the smoke.
# The alpha channel of this color (aa) determines probability of applying (ff - always, 7f - 1/2, 00 - never).
# [default: 0x11157686]
S:color=0x11157686
# Set to 'false' if you don't need this unit. [default: true]
B:enabled=true
# Defines how many hits it takes to break the block.
# -1 makes the block indestructible. [range: -1.0 ~ 3.4028235E38, default: 1.25]
S:hardness=1.25
# Id is a basic unit (block or item) identifier in <modId:unitName:meta> format.
# ModId can be omitted for vanilla items. Meta can be omitted too if it equals 0.
# UnitName must be lowercase, words separated by '_', words order - from private to common (example: black_iron_ore).
# Unit name will be automatically converted to ore dictionary name with reverse word order (example: oreIronBlack).
# Use '*' char as meta value to specify all possible values.
# To define multiple block states, you can use block properties instead of meta. The format is <modId:blockName:[prop1=value1, prop2=value2]>
# Also you may use just ore dictionary name as full id.
# [default: stained_hardened_clay:9]
S:relatedBlockId=stained_hardened_clay:9
# Defines the block resistance to explosions. [range: 0.0 ~ 3.4028235E38, default: 21.0]
S:resistance=21.0
}

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# Configuration file
Chimney {
CraftingRecipe {
main {
# Amount of output units. [range: 1 ~ 64, default: 16]
I:amount=16
# Recipe components list.
# Components should be represented by its ids.
# Id is a basic unit (block or item) identifier in <modId:unitName:meta> format.
# ModId can be omitted for vanilla items. Meta can be omitted too if it equals 0.
# UnitName must be lowercase, words separated by '_', words order - from private to common (example: black_iron_ore).
# Unit name will be automatically converted to ore dictionary name with reverse word order (example: oreIronBlack).
# Use '*' char as meta value to specify all possible values.
# To define multiple block states, you can use block properties instead of meta. The format is <modId:blockName:[prop1=value1, prop2=value2]>
# Also you may use just ore dictionary name as full id.
# [default: [stained_hardened_clay:7]]
S:components <
stained_hardened_clay:7
>
# Output unit id.
# Id is a basic unit (block or item) identifier in <modId:unitName:meta> format.
# ModId can be omitted for vanilla items. Meta can be omitted too if it equals 0.
# UnitName must be lowercase, words separated by '_', words order - from private to common (example: black_iron_ore).
# Unit name will be automatically converted to ore dictionary name with reverse word order (example: oreIronBlack).
# Use '*' char as meta value to specify all possible values.
# To define multiple block states, you can use block properties instead of meta. The format is <modId:blockName:[prop1=value1, prop2=value2]>
# Also you may use just ore dictionary name as full id.
# [default: adchimneys:hardened_clay_stained_gray]
S:output=adchimneys:hardened_clay_stained_gray
# Shaped recipe pattern in format <nn nn> or <nnn nnn nnn>.
# Where 'n' - number of recipe component (from 1 to 9).
# Zero value (0) is for empty slot.
# If pattern is empty, then recipe will be treated as shapeless. [default: 101 101 101]
S:pattern=101 101 101
}
}
}
Pump {
CraftingRecipe {
main {
# Amount of output units. [range: 1 ~ 64, default: 4]
I:amount=4
# Recipe components list.
# Components should be represented by its ids.
# Id is a basic unit (block or item) identifier in <modId:unitName:meta> format.
# ModId can be omitted for vanilla items. Meta can be omitted too if it equals 0.
# UnitName must be lowercase, words separated by '_', words order - from private to common (example: black_iron_ore).
# Unit name will be automatically converted to ore dictionary name with reverse word order (example: oreIronBlack).
# Use '*' char as meta value to specify all possible values.
# To define multiple block states, you can use block properties instead of meta. The format is <modId:blockName:[prop1=value1, prop2=value2]>
# Also you may use just ore dictionary name as full id.
# [default: [adchimneys:hardened_clay_stained_gray:1], [repeater], [blockCoal]]
S:components <
adchimneys:hardened_clay_stained_gray:1
repeater
blockCoal
>
# Output unit id.
# Id is a basic unit (block or item) identifier in <modId:unitName:meta> format.
# ModId can be omitted for vanilla items. Meta can be omitted too if it equals 0.
# UnitName must be lowercase, words separated by '_', words order - from private to common (example: black_iron_ore).
# Unit name will be automatically converted to ore dictionary name with reverse word order (example: oreIronBlack).
# Use '*' char as meta value to specify all possible values.
# To define multiple block states, you can use block properties instead of meta. The format is <modId:blockName:[prop1=value1, prop2=value2]>
# Also you may use just ore dictionary name as full id.
# [default: adchimneys:hardened_clay_stained_gray:2]
S:output=adchimneys:hardened_clay_stained_gray:2
# Shaped recipe pattern in format <nn nn> or <nnn nnn nnn>.
# Where 'n' - number of recipe component (from 1 to 9).
# Zero value (0) is for empty slot.
# If pattern is empty, then recipe will be treated as shapeless. [default: 121 232 121]
S:pattern=121 232 121
}
}
}
Vent {
CraftingRecipe {
main {
# Amount of output units. [range: 1 ~ 64, default: 4]
I:amount=4
# Recipe components list.
# Components should be represented by its ids.
# Id is a basic unit (block or item) identifier in <modId:unitName:meta> format.
# ModId can be omitted for vanilla items. Meta can be omitted too if it equals 0.
# UnitName must be lowercase, words separated by '_', words order - from private to common (example: black_iron_ore).
# Unit name will be automatically converted to ore dictionary name with reverse word order (example: oreIronBlack).
# Use '*' char as meta value to specify all possible values.
# To define multiple block states, you can use block properties instead of meta. The format is <modId:blockName:[prop1=value1, prop2=value2]>
# Also you may use just ore dictionary name as full id.
# [default: [adchimneys:hardened_clay_stained_gray]]
S:components <
adchimneys:hardened_clay_stained_gray
>
# Output unit id.
# Id is a basic unit (block or item) identifier in <modId:unitName:meta> format.
# ModId can be omitted for vanilla items. Meta can be omitted too if it equals 0.
# UnitName must be lowercase, words separated by '_', words order - from private to common (example: black_iron_ore).
# Unit name will be automatically converted to ore dictionary name with reverse word order (example: oreIronBlack).
# Use '*' char as meta value to specify all possible values.
# To define multiple block states, you can use block properties instead of meta. The format is <modId:blockName:[prop1=value1, prop2=value2]>
# Also you may use just ore dictionary name as full id.
# [default: adchimneys:hardened_clay_stained_gray:1]
S:output=adchimneys:hardened_clay_stained_gray:1
# Shaped recipe pattern in format <nn nn> or <nnn nnn nnn>.
# Where 'n' - number of recipe component (from 1 to 9).
# Zero value (0) is for empty slot.
# If pattern is empty, then recipe will be treated as shapeless. [default: 101 000 101]
S:pattern=101 000 101
}
}
}
grayStainedClayHardened {
# Defines a color in ARGB (Alpha, Red, Green, Blue) hex format (0xaarrggbb) which will be applied to the smoke.
# The alpha channel of this color (aa) determines probability of applying (ff - always, 7f - 1/2, 00 - never).
# [default: 0x1136393d]
S:color=0x1136393d
# Set to 'false' if you don't need this unit. [default: true]
B:enabled=true
# Defines how many hits it takes to break the block.
# -1 makes the block indestructible. [range: -1.0 ~ 3.4028235E38, default: 1.25]
S:hardness=1.25
# Id is a basic unit (block or item) identifier in <modId:unitName:meta> format.
# ModId can be omitted for vanilla items. Meta can be omitted too if it equals 0.
# UnitName must be lowercase, words separated by '_', words order - from private to common (example: black_iron_ore).
# Unit name will be automatically converted to ore dictionary name with reverse word order (example: oreIronBlack).
# Use '*' char as meta value to specify all possible values.
# To define multiple block states, you can use block properties instead of meta. The format is <modId:blockName:[prop1=value1, prop2=value2]>
# Also you may use just ore dictionary name as full id.
# [default: stained_hardened_clay:7]
S:relatedBlockId=stained_hardened_clay:7
# Defines the block resistance to explosions. [range: 0.0 ~ 3.4028235E38, default: 21.0]
S:resistance=21.0
}

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# Configuration file
Chimney {
CraftingRecipe {
main {
# Amount of output units. [range: 1 ~ 64, default: 16]
I:amount=16
# Recipe components list.
# Components should be represented by its ids.
# Id is a basic unit (block or item) identifier in <modId:unitName:meta> format.
# ModId can be omitted for vanilla items. Meta can be omitted too if it equals 0.
# UnitName must be lowercase, words separated by '_', words order - from private to common (example: black_iron_ore).
# Unit name will be automatically converted to ore dictionary name with reverse word order (example: oreIronBlack).
# Use '*' char as meta value to specify all possible values.
# To define multiple block states, you can use block properties instead of meta. The format is <modId:blockName:[prop1=value1, prop2=value2]>
# Also you may use just ore dictionary name as full id.
# [default: [stained_hardened_clay:13]]
S:components <
stained_hardened_clay:13
>
# Output unit id.
# Id is a basic unit (block or item) identifier in <modId:unitName:meta> format.
# ModId can be omitted for vanilla items. Meta can be omitted too if it equals 0.
# UnitName must be lowercase, words separated by '_', words order - from private to common (example: black_iron_ore).
# Unit name will be automatically converted to ore dictionary name with reverse word order (example: oreIronBlack).
# Use '*' char as meta value to specify all possible values.
# To define multiple block states, you can use block properties instead of meta. The format is <modId:blockName:[prop1=value1, prop2=value2]>
# Also you may use just ore dictionary name as full id.
# [default: adchimneys:hardened_clay_stained_green]
S:output=adchimneys:hardened_clay_stained_green
# Shaped recipe pattern in format <nn nn> or <nnn nnn nnn>.
# Where 'n' - number of recipe component (from 1 to 9).
# Zero value (0) is for empty slot.
# If pattern is empty, then recipe will be treated as shapeless. [default: 101 101 101]
S:pattern=101 101 101
}
}
}
Pump {
CraftingRecipe {
main {
# Amount of output units. [range: 1 ~ 64, default: 4]
I:amount=4
# Recipe components list.
# Components should be represented by its ids.
# Id is a basic unit (block or item) identifier in <modId:unitName:meta> format.
# ModId can be omitted for vanilla items. Meta can be omitted too if it equals 0.
# UnitName must be lowercase, words separated by '_', words order - from private to common (example: black_iron_ore).
# Unit name will be automatically converted to ore dictionary name with reverse word order (example: oreIronBlack).
# Use '*' char as meta value to specify all possible values.
# To define multiple block states, you can use block properties instead of meta. The format is <modId:blockName:[prop1=value1, prop2=value2]>
# Also you may use just ore dictionary name as full id.
# [default: [adchimneys:hardened_clay_stained_green:1], [repeater], [blockCoal]]
S:components <
adchimneys:hardened_clay_stained_green:1
repeater
blockCoal
>
# Output unit id.
# Id is a basic unit (block or item) identifier in <modId:unitName:meta> format.
# ModId can be omitted for vanilla items. Meta can be omitted too if it equals 0.
# UnitName must be lowercase, words separated by '_', words order - from private to common (example: black_iron_ore).
# Unit name will be automatically converted to ore dictionary name with reverse word order (example: oreIronBlack).
# Use '*' char as meta value to specify all possible values.
# To define multiple block states, you can use block properties instead of meta. The format is <modId:blockName:[prop1=value1, prop2=value2]>
# Also you may use just ore dictionary name as full id.
# [default: adchimneys:hardened_clay_stained_green:2]
S:output=adchimneys:hardened_clay_stained_green:2
# Shaped recipe pattern in format <nn nn> or <nnn nnn nnn>.
# Where 'n' - number of recipe component (from 1 to 9).
# Zero value (0) is for empty slot.
# If pattern is empty, then recipe will be treated as shapeless. [default: 121 232 121]
S:pattern=121 232 121
}
}
}
Vent {
CraftingRecipe {
main {
# Amount of output units. [range: 1 ~ 64, default: 4]
I:amount=4
# Recipe components list.
# Components should be represented by its ids.
# Id is a basic unit (block or item) identifier in <modId:unitName:meta> format.
# ModId can be omitted for vanilla items. Meta can be omitted too if it equals 0.
# UnitName must be lowercase, words separated by '_', words order - from private to common (example: black_iron_ore).
# Unit name will be automatically converted to ore dictionary name with reverse word order (example: oreIronBlack).
# Use '*' char as meta value to specify all possible values.
# To define multiple block states, you can use block properties instead of meta. The format is <modId:blockName:[prop1=value1, prop2=value2]>
# Also you may use just ore dictionary name as full id.
# [default: [adchimneys:hardened_clay_stained_green]]
S:components <
adchimneys:hardened_clay_stained_green
>
# Output unit id.
# Id is a basic unit (block or item) identifier in <modId:unitName:meta> format.
# ModId can be omitted for vanilla items. Meta can be omitted too if it equals 0.
# UnitName must be lowercase, words separated by '_', words order - from private to common (example: black_iron_ore).
# Unit name will be automatically converted to ore dictionary name with reverse word order (example: oreIronBlack).
# Use '*' char as meta value to specify all possible values.
# To define multiple block states, you can use block properties instead of meta. The format is <modId:blockName:[prop1=value1, prop2=value2]>
# Also you may use just ore dictionary name as full id.
# [default: adchimneys:hardened_clay_stained_green:1]
S:output=adchimneys:hardened_clay_stained_green:1
# Shaped recipe pattern in format <nn nn> or <nnn nnn nnn>.
# Where 'n' - number of recipe component (from 1 to 9).
# Zero value (0) is for empty slot.
# If pattern is empty, then recipe will be treated as shapeless. [default: 101 000 101]
S:pattern=101 000 101
}
}
}
greenStainedClayHardened {
# Defines a color in ARGB (Alpha, Red, Green, Blue) hex format (0xaarrggbb) which will be applied to the smoke.
# The alpha channel of this color (aa) determines probability of applying (ff - always, 7f - 1/2, 00 - never).
# [default: 0x11485923]
S:color=0x11485923
# Set to 'false' if you don't need this unit. [default: true]
B:enabled=true
# Defines how many hits it takes to break the block.
# -1 makes the block indestructible. [range: -1.0 ~ 3.4028235E38, default: 1.25]
S:hardness=1.25
# Id is a basic unit (block or item) identifier in <modId:unitName:meta> format.
# ModId can be omitted for vanilla items. Meta can be omitted too if it equals 0.
# UnitName must be lowercase, words separated by '_', words order - from private to common (example: black_iron_ore).
# Unit name will be automatically converted to ore dictionary name with reverse word order (example: oreIronBlack).
# Use '*' char as meta value to specify all possible values.
# To define multiple block states, you can use block properties instead of meta. The format is <modId:blockName:[prop1=value1, prop2=value2]>
# Also you may use just ore dictionary name as full id.
# [default: stained_hardened_clay:13]
S:relatedBlockId=stained_hardened_clay:13
# Defines the block resistance to explosions. [range: 0.0 ~ 3.4028235E38, default: 21.0]
S:resistance=21.0
}

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# Configuration file
Chimney {
CraftingRecipe {
main {
# Amount of output units. [range: 1 ~ 64, default: 16]
I:amount=16
# Recipe components list.
# Components should be represented by its ids.
# Id is a basic unit (block or item) identifier in <modId:unitName:meta> format.
# ModId can be omitted for vanilla items. Meta can be omitted too if it equals 0.
# UnitName must be lowercase, words separated by '_', words order - from private to common (example: black_iron_ore).
# Unit name will be automatically converted to ore dictionary name with reverse word order (example: oreIronBlack).
# Use '*' char as meta value to specify all possible values.
# To define multiple block states, you can use block properties instead of meta. The format is <modId:blockName:[prop1=value1, prop2=value2]>
# Also you may use just ore dictionary name as full id.
# [default: [stained_hardened_clay:3]]
S:components <
stained_hardened_clay:3
>
# Output unit id.
# Id is a basic unit (block or item) identifier in <modId:unitName:meta> format.
# ModId can be omitted for vanilla items. Meta can be omitted too if it equals 0.
# UnitName must be lowercase, words separated by '_', words order - from private to common (example: black_iron_ore).
# Unit name will be automatically converted to ore dictionary name with reverse word order (example: oreIronBlack).
# Use '*' char as meta value to specify all possible values.
# To define multiple block states, you can use block properties instead of meta. The format is <modId:blockName:[prop1=value1, prop2=value2]>
# Also you may use just ore dictionary name as full id.
# [default: adchimneys:hardened_clay_stained_light_blue]
S:output=adchimneys:hardened_clay_stained_light_blue
# Shaped recipe pattern in format <nn nn> or <nnn nnn nnn>.
# Where 'n' - number of recipe component (from 1 to 9).
# Zero value (0) is for empty slot.
# If pattern is empty, then recipe will be treated as shapeless. [default: 101 101 101]
S:pattern=101 101 101
}
}
}
Pump {
CraftingRecipe {
main {
# Amount of output units. [range: 1 ~ 64, default: 4]
I:amount=4
# Recipe components list.
# Components should be represented by its ids.
# Id is a basic unit (block or item) identifier in <modId:unitName:meta> format.
# ModId can be omitted for vanilla items. Meta can be omitted too if it equals 0.
# UnitName must be lowercase, words separated by '_', words order - from private to common (example: black_iron_ore).
# Unit name will be automatically converted to ore dictionary name with reverse word order (example: oreIronBlack).
# Use '*' char as meta value to specify all possible values.
# To define multiple block states, you can use block properties instead of meta. The format is <modId:blockName:[prop1=value1, prop2=value2]>
# Also you may use just ore dictionary name as full id.
# [default: [adchimneys:hardened_clay_stained_light_blue:1], [repeater], [blockCoal]]
S:components <
adchimneys:hardened_clay_stained_light_blue:1
repeater
blockCoal
>
# Output unit id.
# Id is a basic unit (block or item) identifier in <modId:unitName:meta> format.
# ModId can be omitted for vanilla items. Meta can be omitted too if it equals 0.
# UnitName must be lowercase, words separated by '_', words order - from private to common (example: black_iron_ore).
# Unit name will be automatically converted to ore dictionary name with reverse word order (example: oreIronBlack).
# Use '*' char as meta value to specify all possible values.
# To define multiple block states, you can use block properties instead of meta. The format is <modId:blockName:[prop1=value1, prop2=value2]>
# Also you may use just ore dictionary name as full id.
# [default: adchimneys:hardened_clay_stained_light_blue:2]
S:output=adchimneys:hardened_clay_stained_light_blue:2
# Shaped recipe pattern in format <nn nn> or <nnn nnn nnn>.
# Where 'n' - number of recipe component (from 1 to 9).
# Zero value (0) is for empty slot.
# If pattern is empty, then recipe will be treated as shapeless. [default: 121 232 121]
S:pattern=121 232 121
}
}
}
Vent {
CraftingRecipe {
main {
# Amount of output units. [range: 1 ~ 64, default: 4]
I:amount=4
# Recipe components list.
# Components should be represented by its ids.
# Id is a basic unit (block or item) identifier in <modId:unitName:meta> format.
# ModId can be omitted for vanilla items. Meta can be omitted too if it equals 0.
# UnitName must be lowercase, words separated by '_', words order - from private to common (example: black_iron_ore).
# Unit name will be automatically converted to ore dictionary name with reverse word order (example: oreIronBlack).
# Use '*' char as meta value to specify all possible values.
# To define multiple block states, you can use block properties instead of meta. The format is <modId:blockName:[prop1=value1, prop2=value2]>
# Also you may use just ore dictionary name as full id.
# [default: [adchimneys:hardened_clay_stained_light_blue]]
S:components <
adchimneys:hardened_clay_stained_light_blue
>
# Output unit id.
# Id is a basic unit (block or item) identifier in <modId:unitName:meta> format.
# ModId can be omitted for vanilla items. Meta can be omitted too if it equals 0.
# UnitName must be lowercase, words separated by '_', words order - from private to common (example: black_iron_ore).
# Unit name will be automatically converted to ore dictionary name with reverse word order (example: oreIronBlack).
# Use '*' char as meta value to specify all possible values.
# To define multiple block states, you can use block properties instead of meta. The format is <modId:blockName:[prop1=value1, prop2=value2]>
# Also you may use just ore dictionary name as full id.
# [default: adchimneys:hardened_clay_stained_light_blue:1]
S:output=adchimneys:hardened_clay_stained_light_blue:1
# Shaped recipe pattern in format <nn nn> or <nnn nnn nnn>.
# Where 'n' - number of recipe component (from 1 to 9).
# Zero value (0) is for empty slot.
# If pattern is empty, then recipe will be treated as shapeless. [default: 101 000 101]
S:pattern=101 000 101
}
}
}
blueLightStainedClayHardened {
# Defines a color in ARGB (Alpha, Red, Green, Blue) hex format (0xaarrggbb) which will be applied to the smoke.
# The alpha channel of this color (aa) determines probability of applying (ff - always, 7f - 1/2, 00 - never).
# [default: 0x112387c4]
S:color=0x112387c4
# Set to 'false' if you don't need this unit. [default: true]
B:enabled=true
# Defines how many hits it takes to break the block.
# -1 makes the block indestructible. [range: -1.0 ~ 3.4028235E38, default: 1.25]
S:hardness=1.25
# Id is a basic unit (block or item) identifier in <modId:unitName:meta> format.
# ModId can be omitted for vanilla items. Meta can be omitted too if it equals 0.
# UnitName must be lowercase, words separated by '_', words order - from private to common (example: black_iron_ore).
# Unit name will be automatically converted to ore dictionary name with reverse word order (example: oreIronBlack).
# Use '*' char as meta value to specify all possible values.
# To define multiple block states, you can use block properties instead of meta. The format is <modId:blockName:[prop1=value1, prop2=value2]>
# Also you may use just ore dictionary name as full id.
# [default: stained_hardened_clay:3]
S:relatedBlockId=stained_hardened_clay:3
# Defines the block resistance to explosions. [range: 0.0 ~ 3.4028235E38, default: 21.0]
S:resistance=21.0
}

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# Configuration file
Chimney {
CraftingRecipe {
main {
# Amount of output units. [range: 1 ~ 64, default: 16]
I:amount=16
# Recipe components list.
# Components should be represented by its ids.
# Id is a basic unit (block or item) identifier in <modId:unitName:meta> format.
# ModId can be omitted for vanilla items. Meta can be omitted too if it equals 0.
# UnitName must be lowercase, words separated by '_', words order - from private to common (example: black_iron_ore).
# Unit name will be automatically converted to ore dictionary name with reverse word order (example: oreIronBlack).
# Use '*' char as meta value to specify all possible values.
# To define multiple block states, you can use block properties instead of meta. The format is <modId:blockName:[prop1=value1, prop2=value2]>
# Also you may use just ore dictionary name as full id.
# [default: [stained_hardened_clay:5]]
S:components <
stained_hardened_clay:5
>
# Output unit id.
# Id is a basic unit (block or item) identifier in <modId:unitName:meta> format.
# ModId can be omitted for vanilla items. Meta can be omitted too if it equals 0.
# UnitName must be lowercase, words separated by '_', words order - from private to common (example: black_iron_ore).
# Unit name will be automatically converted to ore dictionary name with reverse word order (example: oreIronBlack).
# Use '*' char as meta value to specify all possible values.
# To define multiple block states, you can use block properties instead of meta. The format is <modId:blockName:[prop1=value1, prop2=value2]>
# Also you may use just ore dictionary name as full id.
# [default: adchimneys:hardened_clay_stained_lime]
S:output=adchimneys:hardened_clay_stained_lime
# Shaped recipe pattern in format <nn nn> or <nnn nnn nnn>.
# Where 'n' - number of recipe component (from 1 to 9).
# Zero value (0) is for empty slot.
# If pattern is empty, then recipe will be treated as shapeless. [default: 101 101 101]
S:pattern=101 101 101
}
}
}
Pump {
CraftingRecipe {
main {
# Amount of output units. [range: 1 ~ 64, default: 4]
I:amount=4
# Recipe components list.
# Components should be represented by its ids.
# Id is a basic unit (block or item) identifier in <modId:unitName:meta> format.
# ModId can be omitted for vanilla items. Meta can be omitted too if it equals 0.
# UnitName must be lowercase, words separated by '_', words order - from private to common (example: black_iron_ore).
# Unit name will be automatically converted to ore dictionary name with reverse word order (example: oreIronBlack).
# Use '*' char as meta value to specify all possible values.
# To define multiple block states, you can use block properties instead of meta. The format is <modId:blockName:[prop1=value1, prop2=value2]>
# Also you may use just ore dictionary name as full id.
# [default: [adchimneys:hardened_clay_stained_lime:1], [repeater], [blockCoal]]
S:components <
adchimneys:hardened_clay_stained_lime:1
repeater
blockCoal
>
# Output unit id.
# Id is a basic unit (block or item) identifier in <modId:unitName:meta> format.
# ModId can be omitted for vanilla items. Meta can be omitted too if it equals 0.
# UnitName must be lowercase, words separated by '_', words order - from private to common (example: black_iron_ore).
# Unit name will be automatically converted to ore dictionary name with reverse word order (example: oreIronBlack).
# Use '*' char as meta value to specify all possible values.
# To define multiple block states, you can use block properties instead of meta. The format is <modId:blockName:[prop1=value1, prop2=value2]>
# Also you may use just ore dictionary name as full id.
# [default: adchimneys:hardened_clay_stained_lime:2]
S:output=adchimneys:hardened_clay_stained_lime:2
# Shaped recipe pattern in format <nn nn> or <nnn nnn nnn>.
# Where 'n' - number of recipe component (from 1 to 9).
# Zero value (0) is for empty slot.
# If pattern is empty, then recipe will be treated as shapeless. [default: 121 232 121]
S:pattern=121 232 121
}
}
}
Vent {
CraftingRecipe {
main {
# Amount of output units. [range: 1 ~ 64, default: 4]
I:amount=4
# Recipe components list.
# Components should be represented by its ids.
# Id is a basic unit (block or item) identifier in <modId:unitName:meta> format.
# ModId can be omitted for vanilla items. Meta can be omitted too if it equals 0.
# UnitName must be lowercase, words separated by '_', words order - from private to common (example: black_iron_ore).
# Unit name will be automatically converted to ore dictionary name with reverse word order (example: oreIronBlack).
# Use '*' char as meta value to specify all possible values.
# To define multiple block states, you can use block properties instead of meta. The format is <modId:blockName:[prop1=value1, prop2=value2]>
# Also you may use just ore dictionary name as full id.
# [default: [adchimneys:hardened_clay_stained_lime]]
S:components <
adchimneys:hardened_clay_stained_lime
>
# Output unit id.
# Id is a basic unit (block or item) identifier in <modId:unitName:meta> format.
# ModId can be omitted for vanilla items. Meta can be omitted too if it equals 0.
# UnitName must be lowercase, words separated by '_', words order - from private to common (example: black_iron_ore).
# Unit name will be automatically converted to ore dictionary name with reverse word order (example: oreIronBlack).
# Use '*' char as meta value to specify all possible values.
# To define multiple block states, you can use block properties instead of meta. The format is <modId:blockName:[prop1=value1, prop2=value2]>
# Also you may use just ore dictionary name as full id.
# [default: adchimneys:hardened_clay_stained_lime:1]
S:output=adchimneys:hardened_clay_stained_lime:1
# Shaped recipe pattern in format <nn nn> or <nnn nnn nnn>.
# Where 'n' - number of recipe component (from 1 to 9).
# Zero value (0) is for empty slot.
# If pattern is empty, then recipe will be treated as shapeless. [default: 101 000 101]
S:pattern=101 000 101
}
}
}
limeStainedClayHardened {
# Defines a color in ARGB (Alpha, Red, Green, Blue) hex format (0xaarrggbb) which will be applied to the smoke.
# The alpha channel of this color (aa) determines probability of applying (ff - always, 7f - 1/2, 00 - never).
# [default: 0x115ea71a]
S:color=0x115ea71a
# Set to 'false' if you don't need this unit. [default: true]
B:enabled=true
# Defines how many hits it takes to break the block.
# -1 makes the block indestructible. [range: -1.0 ~ 3.4028235E38, default: 1.25]
S:hardness=1.25
# Id is a basic unit (block or item) identifier in <modId:unitName:meta> format.
# ModId can be omitted for vanilla items. Meta can be omitted too if it equals 0.
# UnitName must be lowercase, words separated by '_', words order - from private to common (example: black_iron_ore).
# Unit name will be automatically converted to ore dictionary name with reverse word order (example: oreIronBlack).
# Use '*' char as meta value to specify all possible values.
# To define multiple block states, you can use block properties instead of meta. The format is <modId:blockName:[prop1=value1, prop2=value2]>
# Also you may use just ore dictionary name as full id.
# [default: stained_hardened_clay:5]
S:relatedBlockId=stained_hardened_clay:5
# Defines the block resistance to explosions. [range: 0.0 ~ 3.4028235E38, default: 21.0]
S:resistance=21.0
}

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# Configuration file
Chimney {
CraftingRecipe {
main {
# Amount of output units. [range: 1 ~ 64, default: 16]
I:amount=16
# Recipe components list.
# Components should be represented by its ids.
# Id is a basic unit (block or item) identifier in <modId:unitName:meta> format.
# ModId can be omitted for vanilla items. Meta can be omitted too if it equals 0.
# UnitName must be lowercase, words separated by '_', words order - from private to common (example: black_iron_ore).
# Unit name will be automatically converted to ore dictionary name with reverse word order (example: oreIronBlack).
# Use '*' char as meta value to specify all possible values.
# To define multiple block states, you can use block properties instead of meta. The format is <modId:blockName:[prop1=value1, prop2=value2]>
# Also you may use just ore dictionary name as full id.
# [default: [stained_hardened_clay:2]]
S:components <
stained_hardened_clay:2
>
# Output unit id.
# Id is a basic unit (block or item) identifier in <modId:unitName:meta> format.
# ModId can be omitted for vanilla items. Meta can be omitted too if it equals 0.
# UnitName must be lowercase, words separated by '_', words order - from private to common (example: black_iron_ore).
# Unit name will be automatically converted to ore dictionary name with reverse word order (example: oreIronBlack).
# Use '*' char as meta value to specify all possible values.
# To define multiple block states, you can use block properties instead of meta. The format is <modId:blockName:[prop1=value1, prop2=value2]>
# Also you may use just ore dictionary name as full id.
# [default: adchimneys:hardened_clay_stained_magenta]
S:output=adchimneys:hardened_clay_stained_magenta
# Shaped recipe pattern in format <nn nn> or <nnn nnn nnn>.
# Where 'n' - number of recipe component (from 1 to 9).
# Zero value (0) is for empty slot.
# If pattern is empty, then recipe will be treated as shapeless. [default: 101 101 101]
S:pattern=101 101 101
}
}
}
Pump {
CraftingRecipe {
main {
# Amount of output units. [range: 1 ~ 64, default: 4]
I:amount=4
# Recipe components list.
# Components should be represented by its ids.
# Id is a basic unit (block or item) identifier in <modId:unitName:meta> format.
# ModId can be omitted for vanilla items. Meta can be omitted too if it equals 0.
# UnitName must be lowercase, words separated by '_', words order - from private to common (example: black_iron_ore).
# Unit name will be automatically converted to ore dictionary name with reverse word order (example: oreIronBlack).
# Use '*' char as meta value to specify all possible values.
# To define multiple block states, you can use block properties instead of meta. The format is <modId:blockName:[prop1=value1, prop2=value2]>
# Also you may use just ore dictionary name as full id.
# [default: [adchimneys:hardened_clay_stained_magenta:1], [repeater], [blockCoal]]
S:components <
adchimneys:hardened_clay_stained_magenta:1
repeater
blockCoal
>
# Output unit id.
# Id is a basic unit (block or item) identifier in <modId:unitName:meta> format.
# ModId can be omitted for vanilla items. Meta can be omitted too if it equals 0.
# UnitName must be lowercase, words separated by '_', words order - from private to common (example: black_iron_ore).
# Unit name will be automatically converted to ore dictionary name with reverse word order (example: oreIronBlack).
# Use '*' char as meta value to specify all possible values.
# To define multiple block states, you can use block properties instead of meta. The format is <modId:blockName:[prop1=value1, prop2=value2]>
# Also you may use just ore dictionary name as full id.
# [default: adchimneys:hardened_clay_stained_magenta:2]
S:output=adchimneys:hardened_clay_stained_magenta:2
# Shaped recipe pattern in format <nn nn> or <nnn nnn nnn>.
# Where 'n' - number of recipe component (from 1 to 9).
# Zero value (0) is for empty slot.
# If pattern is empty, then recipe will be treated as shapeless. [default: 121 232 121]
S:pattern=121 232 121
}
}
}
Vent {
CraftingRecipe {
main {
# Amount of output units. [range: 1 ~ 64, default: 4]
I:amount=4
# Recipe components list.
# Components should be represented by its ids.
# Id is a basic unit (block or item) identifier in <modId:unitName:meta> format.
# ModId can be omitted for vanilla items. Meta can be omitted too if it equals 0.
# UnitName must be lowercase, words separated by '_', words order - from private to common (example: black_iron_ore).
# Unit name will be automatically converted to ore dictionary name with reverse word order (example: oreIronBlack).
# Use '*' char as meta value to specify all possible values.
# To define multiple block states, you can use block properties instead of meta. The format is <modId:blockName:[prop1=value1, prop2=value2]>
# Also you may use just ore dictionary name as full id.
# [default: [adchimneys:hardened_clay_stained_magenta]]
S:components <
adchimneys:hardened_clay_stained_magenta
>
# Output unit id.
# Id is a basic unit (block or item) identifier in <modId:unitName:meta> format.
# ModId can be omitted for vanilla items. Meta can be omitted too if it equals 0.
# UnitName must be lowercase, words separated by '_', words order - from private to common (example: black_iron_ore).
# Unit name will be automatically converted to ore dictionary name with reverse word order (example: oreIronBlack).
# Use '*' char as meta value to specify all possible values.
# To define multiple block states, you can use block properties instead of meta. The format is <modId:blockName:[prop1=value1, prop2=value2]>
# Also you may use just ore dictionary name as full id.
# [default: adchimneys:hardened_clay_stained_magenta:1]
S:output=adchimneys:hardened_clay_stained_magenta:1
# Shaped recipe pattern in format <nn nn> or <nnn nnn nnn>.
# Where 'n' - number of recipe component (from 1 to 9).
# Zero value (0) is for empty slot.
# If pattern is empty, then recipe will be treated as shapeless. [default: 101 000 101]
S:pattern=101 000 101
}
}
}
magentaStainedClayHardened {
# Defines a color in ARGB (Alpha, Red, Green, Blue) hex format (0xaarrggbb) which will be applied to the smoke.
# The alpha channel of this color (aa) determines probability of applying (ff - always, 7f - 1/2, 00 - never).
# [default: 0x11a7309d]
S:color=0x11a7309d
# Set to 'false' if you don't need this unit. [default: true]
B:enabled=true
# Defines how many hits it takes to break the block.
# -1 makes the block indestructible. [range: -1.0 ~ 3.4028235E38, default: 1.25]
S:hardness=1.25
# Id is a basic unit (block or item) identifier in <modId:unitName:meta> format.
# ModId can be omitted for vanilla items. Meta can be omitted too if it equals 0.
# UnitName must be lowercase, words separated by '_', words order - from private to common (example: black_iron_ore).
# Unit name will be automatically converted to ore dictionary name with reverse word order (example: oreIronBlack).
# Use '*' char as meta value to specify all possible values.
# To define multiple block states, you can use block properties instead of meta. The format is <modId:blockName:[prop1=value1, prop2=value2]>
# Also you may use just ore dictionary name as full id.
# [default: stained_hardened_clay:2]
S:relatedBlockId=stained_hardened_clay:2
# Defines the block resistance to explosions. [range: 0.0 ~ 3.4028235E38, default: 21.0]
S:resistance=21.0
}

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# Configuration file
Chimney {
CraftingRecipe {
main {
# Amount of output units. [range: 1 ~ 64, default: 16]
I:amount=16
# Recipe components list.
# Components should be represented by its ids.
# Id is a basic unit (block or item) identifier in <modId:unitName:meta> format.
# ModId can be omitted for vanilla items. Meta can be omitted too if it equals 0.
# UnitName must be lowercase, words separated by '_', words order - from private to common (example: black_iron_ore).
# Unit name will be automatically converted to ore dictionary name with reverse word order (example: oreIronBlack).
# Use '*' char as meta value to specify all possible values.
# To define multiple block states, you can use block properties instead of meta. The format is <modId:blockName:[prop1=value1, prop2=value2]>
# Also you may use just ore dictionary name as full id.
# [default: [stained_hardened_clay:1]]
S:components <
stained_hardened_clay:1
>
# Output unit id.
# Id is a basic unit (block or item) identifier in <modId:unitName:meta> format.
# ModId can be omitted for vanilla items. Meta can be omitted too if it equals 0.
# UnitName must be lowercase, words separated by '_', words order - from private to common (example: black_iron_ore).
# Unit name will be automatically converted to ore dictionary name with reverse word order (example: oreIronBlack).
# Use '*' char as meta value to specify all possible values.
# To define multiple block states, you can use block properties instead of meta. The format is <modId:blockName:[prop1=value1, prop2=value2]>
# Also you may use just ore dictionary name as full id.
# [default: adchimneys:hardened_clay_stained_orange]
S:output=adchimneys:hardened_clay_stained_orange
# Shaped recipe pattern in format <nn nn> or <nnn nnn nnn>.
# Where 'n' - number of recipe component (from 1 to 9).
# Zero value (0) is for empty slot.
# If pattern is empty, then recipe will be treated as shapeless. [default: 101 101 101]
S:pattern=101 101 101
}
}
}
Pump {
CraftingRecipe {
main {
# Amount of output units. [range: 1 ~ 64, default: 4]
I:amount=4
# Recipe components list.
# Components should be represented by its ids.
# Id is a basic unit (block or item) identifier in <modId:unitName:meta> format.
# ModId can be omitted for vanilla items. Meta can be omitted too if it equals 0.
# UnitName must be lowercase, words separated by '_', words order - from private to common (example: black_iron_ore).
# Unit name will be automatically converted to ore dictionary name with reverse word order (example: oreIronBlack).
# Use '*' char as meta value to specify all possible values.
# To define multiple block states, you can use block properties instead of meta. The format is <modId:blockName:[prop1=value1, prop2=value2]>
# Also you may use just ore dictionary name as full id.
# [default: [adchimneys:hardened_clay_stained_orange:1], [repeater], [blockCoal]]
S:components <
adchimneys:hardened_clay_stained_orange:1
repeater
blockCoal
>
# Output unit id.
# Id is a basic unit (block or item) identifier in <modId:unitName:meta> format.
# ModId can be omitted for vanilla items. Meta can be omitted too if it equals 0.
# UnitName must be lowercase, words separated by '_', words order - from private to common (example: black_iron_ore).
# Unit name will be automatically converted to ore dictionary name with reverse word order (example: oreIronBlack).
# Use '*' char as meta value to specify all possible values.
# To define multiple block states, you can use block properties instead of meta. The format is <modId:blockName:[prop1=value1, prop2=value2]>
# Also you may use just ore dictionary name as full id.
# [default: adchimneys:hardened_clay_stained_orange:2]
S:output=adchimneys:hardened_clay_stained_orange:2
# Shaped recipe pattern in format <nn nn> or <nnn nnn nnn>.
# Where 'n' - number of recipe component (from 1 to 9).
# Zero value (0) is for empty slot.
# If pattern is empty, then recipe will be treated as shapeless. [default: 121 232 121]
S:pattern=121 232 121
}
}
}
Vent {
CraftingRecipe {
main {
# Amount of output units. [range: 1 ~ 64, default: 4]
I:amount=4
# Recipe components list.
# Components should be represented by its ids.
# Id is a basic unit (block or item) identifier in <modId:unitName:meta> format.
# ModId can be omitted for vanilla items. Meta can be omitted too if it equals 0.
# UnitName must be lowercase, words separated by '_', words order - from private to common (example: black_iron_ore).
# Unit name will be automatically converted to ore dictionary name with reverse word order (example: oreIronBlack).
# Use '*' char as meta value to specify all possible values.
# To define multiple block states, you can use block properties instead of meta. The format is <modId:blockName:[prop1=value1, prop2=value2]>
# Also you may use just ore dictionary name as full id.
# [default: [adchimneys:hardened_clay_stained_orange]]
S:components <
adchimneys:hardened_clay_stained_orange
>
# Output unit id.
# Id is a basic unit (block or item) identifier in <modId:unitName:meta> format.
# ModId can be omitted for vanilla items. Meta can be omitted too if it equals 0.
# UnitName must be lowercase, words separated by '_', words order - from private to common (example: black_iron_ore).
# Unit name will be automatically converted to ore dictionary name with reverse word order (example: oreIronBlack).
# Use '*' char as meta value to specify all possible values.
# To define multiple block states, you can use block properties instead of meta. The format is <modId:blockName:[prop1=value1, prop2=value2]>
# Also you may use just ore dictionary name as full id.
# [default: adchimneys:hardened_clay_stained_orange:1]
S:output=adchimneys:hardened_clay_stained_orange:1
# Shaped recipe pattern in format <nn nn> or <nnn nnn nnn>.
# Where 'n' - number of recipe component (from 1 to 9).
# Zero value (0) is for empty slot.
# If pattern is empty, then recipe will be treated as shapeless. [default: 101 000 101]
S:pattern=101 000 101
}
}
}
orangeStainedClayHardened {
# Defines a color in ARGB (Alpha, Red, Green, Blue) hex format (0xaarrggbb) which will be applied to the smoke.
# The alpha channel of this color (aa) determines probability of applying (ff - always, 7f - 1/2, 00 - never).
# [default: 0x11db5e00]
S:color=0x11db5e00
# Set to 'false' if you don't need this unit. [default: true]
B:enabled=true
# Defines how many hits it takes to break the block.
# -1 makes the block indestructible. [range: -1.0 ~ 3.4028235E38, default: 1.25]
S:hardness=1.25
# Id is a basic unit (block or item) identifier in <modId:unitName:meta> format.
# ModId can be omitted for vanilla items. Meta can be omitted too if it equals 0.
# UnitName must be lowercase, words separated by '_', words order - from private to common (example: black_iron_ore).
# Unit name will be automatically converted to ore dictionary name with reverse word order (example: oreIronBlack).
# Use '*' char as meta value to specify all possible values.
# To define multiple block states, you can use block properties instead of meta. The format is <modId:blockName:[prop1=value1, prop2=value2]>
# Also you may use just ore dictionary name as full id.
# [default: stained_hardened_clay:1]
S:relatedBlockId=stained_hardened_clay:1
# Defines the block resistance to explosions. [range: 0.0 ~ 3.4028235E38, default: 21.0]
S:resistance=21.0
}

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# Configuration file
Chimney {
CraftingRecipe {
main {
# Amount of output units. [range: 1 ~ 64, default: 16]
I:amount=16
# Recipe components list.
# Components should be represented by its ids.
# Id is a basic unit (block or item) identifier in <modId:unitName:meta> format.
# ModId can be omitted for vanilla items. Meta can be omitted too if it equals 0.
# UnitName must be lowercase, words separated by '_', words order - from private to common (example: black_iron_ore).
# Unit name will be automatically converted to ore dictionary name with reverse word order (example: oreIronBlack).
# Use '*' char as meta value to specify all possible values.
# To define multiple block states, you can use block properties instead of meta. The format is <modId:blockName:[prop1=value1, prop2=value2]>
# Also you may use just ore dictionary name as full id.
# [default: [stained_hardened_clay:6]]
S:components <
stained_hardened_clay:6
>
# Output unit id.
# Id is a basic unit (block or item) identifier in <modId:unitName:meta> format.
# ModId can be omitted for vanilla items. Meta can be omitted too if it equals 0.
# UnitName must be lowercase, words separated by '_', words order - from private to common (example: black_iron_ore).
# Unit name will be automatically converted to ore dictionary name with reverse word order (example: oreIronBlack).
# Use '*' char as meta value to specify all possible values.
# To define multiple block states, you can use block properties instead of meta. The format is <modId:blockName:[prop1=value1, prop2=value2]>
# Also you may use just ore dictionary name as full id.
# [default: adchimneys:hardened_clay_stained_pink]
S:output=adchimneys:hardened_clay_stained_pink
# Shaped recipe pattern in format <nn nn> or <nnn nnn nnn>.
# Where 'n' - number of recipe component (from 1 to 9).
# Zero value (0) is for empty slot.
# If pattern is empty, then recipe will be treated as shapeless. [default: 101 101 101]
S:pattern=101 101 101
}
}
}
Pump {
CraftingRecipe {
main {
# Amount of output units. [range: 1 ~ 64, default: 4]
I:amount=4
# Recipe components list.
# Components should be represented by its ids.
# Id is a basic unit (block or item) identifier in <modId:unitName:meta> format.
# ModId can be omitted for vanilla items. Meta can be omitted too if it equals 0.
# UnitName must be lowercase, words separated by '_', words order - from private to common (example: black_iron_ore).
# Unit name will be automatically converted to ore dictionary name with reverse word order (example: oreIronBlack).
# Use '*' char as meta value to specify all possible values.
# To define multiple block states, you can use block properties instead of meta. The format is <modId:blockName:[prop1=value1, prop2=value2]>
# Also you may use just ore dictionary name as full id.
# [default: [adchimneys:hardened_clay_stained_pink:1], [repeater], [blockCoal]]
S:components <
adchimneys:hardened_clay_stained_pink:1
repeater
blockCoal
>
# Output unit id.
# Id is a basic unit (block or item) identifier in <modId:unitName:meta> format.
# ModId can be omitted for vanilla items. Meta can be omitted too if it equals 0.
# UnitName must be lowercase, words separated by '_', words order - from private to common (example: black_iron_ore).
# Unit name will be automatically converted to ore dictionary name with reverse word order (example: oreIronBlack).
# Use '*' char as meta value to specify all possible values.
# To define multiple block states, you can use block properties instead of meta. The format is <modId:blockName:[prop1=value1, prop2=value2]>
# Also you may use just ore dictionary name as full id.
# [default: adchimneys:hardened_clay_stained_pink:2]
S:output=adchimneys:hardened_clay_stained_pink:2
# Shaped recipe pattern in format <nn nn> or <nnn nnn nnn>.
# Where 'n' - number of recipe component (from 1 to 9).
# Zero value (0) is for empty slot.
# If pattern is empty, then recipe will be treated as shapeless. [default: 121 232 121]
S:pattern=121 232 121
}
}
}
Vent {
CraftingRecipe {
main {
# Amount of output units. [range: 1 ~ 64, default: 4]
I:amount=4
# Recipe components list.
# Components should be represented by its ids.
# Id is a basic unit (block or item) identifier in <modId:unitName:meta> format.
# ModId can be omitted for vanilla items. Meta can be omitted too if it equals 0.
# UnitName must be lowercase, words separated by '_', words order - from private to common (example: black_iron_ore).
# Unit name will be automatically converted to ore dictionary name with reverse word order (example: oreIronBlack).
# Use '*' char as meta value to specify all possible values.
# To define multiple block states, you can use block properties instead of meta. The format is <modId:blockName:[prop1=value1, prop2=value2]>
# Also you may use just ore dictionary name as full id.
# [default: [adchimneys:hardened_clay_stained_pink]]
S:components <
adchimneys:hardened_clay_stained_pink
>
# Output unit id.
# Id is a basic unit (block or item) identifier in <modId:unitName:meta> format.
# ModId can be omitted for vanilla items. Meta can be omitted too if it equals 0.
# UnitName must be lowercase, words separated by '_', words order - from private to common (example: black_iron_ore).
# Unit name will be automatically converted to ore dictionary name with reverse word order (example: oreIronBlack).
# Use '*' char as meta value to specify all possible values.
# To define multiple block states, you can use block properties instead of meta. The format is <modId:blockName:[prop1=value1, prop2=value2]>
# Also you may use just ore dictionary name as full id.
# [default: adchimneys:hardened_clay_stained_pink:1]
S:output=adchimneys:hardened_clay_stained_pink:1
# Shaped recipe pattern in format <nn nn> or <nnn nnn nnn>.
# Where 'n' - number of recipe component (from 1 to 9).
# Zero value (0) is for empty slot.
# If pattern is empty, then recipe will be treated as shapeless. [default: 101 000 101]
S:pattern=101 000 101
}
}
}
pinkStainedClayHardened {
# Defines a color in ARGB (Alpha, Red, Green, Blue) hex format (0xaarrggbb) which will be applied to the smoke.
# The alpha channel of this color (aa) determines probability of applying (ff - always, 7f - 1/2, 00 - never).
# [default: 0x11d3648e]
S:color=0x11d3648e
# Set to 'false' if you don't need this unit. [default: true]
B:enabled=true
# Defines how many hits it takes to break the block.
# -1 makes the block indestructible. [range: -1.0 ~ 3.4028235E38, default: 1.25]
S:hardness=1.25
# Id is a basic unit (block or item) identifier in <modId:unitName:meta> format.
# ModId can be omitted for vanilla items. Meta can be omitted too if it equals 0.
# UnitName must be lowercase, words separated by '_', words order - from private to common (example: black_iron_ore).
# Unit name will be automatically converted to ore dictionary name with reverse word order (example: oreIronBlack).
# Use '*' char as meta value to specify all possible values.
# To define multiple block states, you can use block properties instead of meta. The format is <modId:blockName:[prop1=value1, prop2=value2]>
# Also you may use just ore dictionary name as full id.
# [default: stained_hardened_clay:6]
S:relatedBlockId=stained_hardened_clay:6
# Defines the block resistance to explosions. [range: 0.0 ~ 3.4028235E38, default: 21.0]
S:resistance=21.0
}

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# Configuration file
Chimney {
CraftingRecipe {
main {
# Amount of output units. [range: 1 ~ 64, default: 16]
I:amount=16
# Recipe components list.
# Components should be represented by its ids.
# Id is a basic unit (block or item) identifier in <modId:unitName:meta> format.
# ModId can be omitted for vanilla items. Meta can be omitted too if it equals 0.
# UnitName must be lowercase, words separated by '_', words order - from private to common (example: black_iron_ore).
# Unit name will be automatically converted to ore dictionary name with reverse word order (example: oreIronBlack).
# Use '*' char as meta value to specify all possible values.
# To define multiple block states, you can use block properties instead of meta. The format is <modId:blockName:[prop1=value1, prop2=value2]>
# Also you may use just ore dictionary name as full id.
# [default: [stained_hardened_clay:10]]
S:components <
stained_hardened_clay:10
>
# Output unit id.
# Id is a basic unit (block or item) identifier in <modId:unitName:meta> format.
# ModId can be omitted for vanilla items. Meta can be omitted too if it equals 0.
# UnitName must be lowercase, words separated by '_', words order - from private to common (example: black_iron_ore).
# Unit name will be automatically converted to ore dictionary name with reverse word order (example: oreIronBlack).
# Use '*' char as meta value to specify all possible values.
# To define multiple block states, you can use block properties instead of meta. The format is <modId:blockName:[prop1=value1, prop2=value2]>
# Also you may use just ore dictionary name as full id.
# [default: adchimneys:hardened_clay_stained_purple]
S:output=adchimneys:hardened_clay_stained_purple
# Shaped recipe pattern in format <nn nn> or <nnn nnn nnn>.
# Where 'n' - number of recipe component (from 1 to 9).
# Zero value (0) is for empty slot.
# If pattern is empty, then recipe will be treated as shapeless. [default: 101 101 101]
S:pattern=101 101 101
}
}
}
Pump {
CraftingRecipe {
main {
# Amount of output units. [range: 1 ~ 64, default: 4]
I:amount=4
# Recipe components list.
# Components should be represented by its ids.
# Id is a basic unit (block or item) identifier in <modId:unitName:meta> format.
# ModId can be omitted for vanilla items. Meta can be omitted too if it equals 0.
# UnitName must be lowercase, words separated by '_', words order - from private to common (example: black_iron_ore).
# Unit name will be automatically converted to ore dictionary name with reverse word order (example: oreIronBlack).
# Use '*' char as meta value to specify all possible values.
# To define multiple block states, you can use block properties instead of meta. The format is <modId:blockName:[prop1=value1, prop2=value2]>
# Also you may use just ore dictionary name as full id.
# [default: [adchimneys:hardened_clay_stained_purple:1], [repeater], [blockCoal]]
S:components <
adchimneys:hardened_clay_stained_purple:1
repeater
blockCoal
>
# Output unit id.
# Id is a basic unit (block or item) identifier in <modId:unitName:meta> format.
# ModId can be omitted for vanilla items. Meta can be omitted too if it equals 0.
# UnitName must be lowercase, words separated by '_', words order - from private to common (example: black_iron_ore).
# Unit name will be automatically converted to ore dictionary name with reverse word order (example: oreIronBlack).
# Use '*' char as meta value to specify all possible values.
# To define multiple block states, you can use block properties instead of meta. The format is <modId:blockName:[prop1=value1, prop2=value2]>
# Also you may use just ore dictionary name as full id.
# [default: adchimneys:hardened_clay_stained_purple:2]
S:output=adchimneys:hardened_clay_stained_purple:2
# Shaped recipe pattern in format <nn nn> or <nnn nnn nnn>.
# Where 'n' - number of recipe component (from 1 to 9).
# Zero value (0) is for empty slot.
# If pattern is empty, then recipe will be treated as shapeless. [default: 121 232 121]
S:pattern=121 232 121
}
}
}
Vent {
CraftingRecipe {
main {
# Amount of output units. [range: 1 ~ 64, default: 4]
I:amount=4
# Recipe components list.
# Components should be represented by its ids.
# Id is a basic unit (block or item) identifier in <modId:unitName:meta> format.
# ModId can be omitted for vanilla items. Meta can be omitted too if it equals 0.
# UnitName must be lowercase, words separated by '_', words order - from private to common (example: black_iron_ore).
# Unit name will be automatically converted to ore dictionary name with reverse word order (example: oreIronBlack).
# Use '*' char as meta value to specify all possible values.
# To define multiple block states, you can use block properties instead of meta. The format is <modId:blockName:[prop1=value1, prop2=value2]>
# Also you may use just ore dictionary name as full id.
# [default: [adchimneys:hardened_clay_stained_purple]]
S:components <
adchimneys:hardened_clay_stained_purple
>
# Output unit id.
# Id is a basic unit (block or item) identifier in <modId:unitName:meta> format.
# ModId can be omitted for vanilla items. Meta can be omitted too if it equals 0.
# UnitName must be lowercase, words separated by '_', words order - from private to common (example: black_iron_ore).
# Unit name will be automatically converted to ore dictionary name with reverse word order (example: oreIronBlack).
# Use '*' char as meta value to specify all possible values.
# To define multiple block states, you can use block properties instead of meta. The format is <modId:blockName:[prop1=value1, prop2=value2]>
# Also you may use just ore dictionary name as full id.
# [default: adchimneys:hardened_clay_stained_purple:1]
S:output=adchimneys:hardened_clay_stained_purple:1
# Shaped recipe pattern in format <nn nn> or <nnn nnn nnn>.
# Where 'n' - number of recipe component (from 1 to 9).
# Zero value (0) is for empty slot.
# If pattern is empty, then recipe will be treated as shapeless. [default: 101 000 101]
S:pattern=101 000 101
}
}
}
purpleStainedClayHardened {
# Defines a color in ARGB (Alpha, Red, Green, Blue) hex format (0xaarrggbb) which will be applied to the smoke.
# The alpha channel of this color (aa) determines probability of applying (ff - always, 7f - 1/2, 00 - never).
# [default: 0x1164209b]
S:color=0x1164209b
# Set to 'false' if you don't need this unit. [default: true]
B:enabled=true
# Defines how many hits it takes to break the block.
# -1 makes the block indestructible. [range: -1.0 ~ 3.4028235E38, default: 1.25]
S:hardness=1.25
# Id is a basic unit (block or item) identifier in <modId:unitName:meta> format.
# ModId can be omitted for vanilla items. Meta can be omitted too if it equals 0.
# UnitName must be lowercase, words separated by '_', words order - from private to common (example: black_iron_ore).
# Unit name will be automatically converted to ore dictionary name with reverse word order (example: oreIronBlack).
# Use '*' char as meta value to specify all possible values.
# To define multiple block states, you can use block properties instead of meta. The format is <modId:blockName:[prop1=value1, prop2=value2]>
# Also you may use just ore dictionary name as full id.
# [default: stained_hardened_clay:10]
S:relatedBlockId=stained_hardened_clay:10
# Defines the block resistance to explosions. [range: 0.0 ~ 3.4028235E38, default: 21.0]
S:resistance=21.0
}

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# Configuration file
Chimney {
CraftingRecipe {
main {
# Amount of output units. [range: 1 ~ 64, default: 16]
I:amount=16
# Recipe components list.
# Components should be represented by its ids.
# Id is a basic unit (block or item) identifier in <modId:unitName:meta> format.
# ModId can be omitted for vanilla items. Meta can be omitted too if it equals 0.
# UnitName must be lowercase, words separated by '_', words order - from private to common (example: black_iron_ore).
# Unit name will be automatically converted to ore dictionary name with reverse word order (example: oreIronBlack).
# Use '*' char as meta value to specify all possible values.
# To define multiple block states, you can use block properties instead of meta. The format is <modId:blockName:[prop1=value1, prop2=value2]>
# Also you may use just ore dictionary name as full id.
# [default: [stained_hardened_clay:14]]
S:components <
stained_hardened_clay:14
>
# Output unit id.
# Id is a basic unit (block or item) identifier in <modId:unitName:meta> format.
# ModId can be omitted for vanilla items. Meta can be omitted too if it equals 0.
# UnitName must be lowercase, words separated by '_', words order - from private to common (example: black_iron_ore).
# Unit name will be automatically converted to ore dictionary name with reverse word order (example: oreIronBlack).
# Use '*' char as meta value to specify all possible values.
# To define multiple block states, you can use block properties instead of meta. The format is <modId:blockName:[prop1=value1, prop2=value2]>
# Also you may use just ore dictionary name as full id.
# [default: adchimneys:hardened_clay_stained_red]
S:output=adchimneys:hardened_clay_stained_red
# Shaped recipe pattern in format <nn nn> or <nnn nnn nnn>.
# Where 'n' - number of recipe component (from 1 to 9).
# Zero value (0) is for empty slot.
# If pattern is empty, then recipe will be treated as shapeless. [default: 101 101 101]
S:pattern=101 101 101
}
}
}
Pump {
CraftingRecipe {
main {
# Amount of output units. [range: 1 ~ 64, default: 4]
I:amount=4
# Recipe components list.
# Components should be represented by its ids.
# Id is a basic unit (block or item) identifier in <modId:unitName:meta> format.
# ModId can be omitted for vanilla items. Meta can be omitted too if it equals 0.
# UnitName must be lowercase, words separated by '_', words order - from private to common (example: black_iron_ore).
# Unit name will be automatically converted to ore dictionary name with reverse word order (example: oreIronBlack).
# Use '*' char as meta value to specify all possible values.
# To define multiple block states, you can use block properties instead of meta. The format is <modId:blockName:[prop1=value1, prop2=value2]>
# Also you may use just ore dictionary name as full id.
# [default: [adchimneys:hardened_clay_stained_red:1], [repeater], [blockCoal]]
S:components <
adchimneys:hardened_clay_stained_red:1
repeater
blockCoal
>
# Output unit id.
# Id is a basic unit (block or item) identifier in <modId:unitName:meta> format.
# ModId can be omitted for vanilla items. Meta can be omitted too if it equals 0.
# UnitName must be lowercase, words separated by '_', words order - from private to common (example: black_iron_ore).
# Unit name will be automatically converted to ore dictionary name with reverse word order (example: oreIronBlack).
# Use '*' char as meta value to specify all possible values.
# To define multiple block states, you can use block properties instead of meta. The format is <modId:blockName:[prop1=value1, prop2=value2]>
# Also you may use just ore dictionary name as full id.
# [default: adchimneys:hardened_clay_stained_red:2]
S:output=adchimneys:hardened_clay_stained_red:2
# Shaped recipe pattern in format <nn nn> or <nnn nnn nnn>.
# Where 'n' - number of recipe component (from 1 to 9).
# Zero value (0) is for empty slot.
# If pattern is empty, then recipe will be treated as shapeless. [default: 121 232 121]
S:pattern=121 232 121
}
}
}
Vent {
CraftingRecipe {
main {
# Amount of output units. [range: 1 ~ 64, default: 4]
I:amount=4
# Recipe components list.
# Components should be represented by its ids.
# Id is a basic unit (block or item) identifier in <modId:unitName:meta> format.
# ModId can be omitted for vanilla items. Meta can be omitted too if it equals 0.
# UnitName must be lowercase, words separated by '_', words order - from private to common (example: black_iron_ore).
# Unit name will be automatically converted to ore dictionary name with reverse word order (example: oreIronBlack).
# Use '*' char as meta value to specify all possible values.
# To define multiple block states, you can use block properties instead of meta. The format is <modId:blockName:[prop1=value1, prop2=value2]>
# Also you may use just ore dictionary name as full id.
# [default: [adchimneys:hardened_clay_stained_red]]
S:components <
adchimneys:hardened_clay_stained_red
>
# Output unit id.
# Id is a basic unit (block or item) identifier in <modId:unitName:meta> format.
# ModId can be omitted for vanilla items. Meta can be omitted too if it equals 0.
# UnitName must be lowercase, words separated by '_', words order - from private to common (example: black_iron_ore).
# Unit name will be automatically converted to ore dictionary name with reverse word order (example: oreIronBlack).
# Use '*' char as meta value to specify all possible values.
# To define multiple block states, you can use block properties instead of meta. The format is <modId:blockName:[prop1=value1, prop2=value2]>
# Also you may use just ore dictionary name as full id.
# [default: adchimneys:hardened_clay_stained_red:1]
S:output=adchimneys:hardened_clay_stained_red:1
# Shaped recipe pattern in format <nn nn> or <nnn nnn nnn>.
# Where 'n' - number of recipe component (from 1 to 9).
# Zero value (0) is for empty slot.
# If pattern is empty, then recipe will be treated as shapeless. [default: 101 000 101]
S:pattern=101 000 101
}
}
}
redStainedClayHardened {
# Defines a color in ARGB (Alpha, Red, Green, Blue) hex format (0xaarrggbb) which will be applied to the smoke.
# The alpha channel of this color (aa) determines probability of applying (ff - always, 7f - 1/2, 00 - never).
# [default: 0x118c2121]
S:color=0x118c2121
# Set to 'false' if you don't need this unit. [default: true]
B:enabled=true
# Defines how many hits it takes to break the block.
# -1 makes the block indestructible. [range: -1.0 ~ 3.4028235E38, default: 1.25]
S:hardness=1.25
# Id is a basic unit (block or item) identifier in <modId:unitName:meta> format.
# ModId can be omitted for vanilla items. Meta can be omitted too if it equals 0.
# UnitName must be lowercase, words separated by '_', words order - from private to common (example: black_iron_ore).
# Unit name will be automatically converted to ore dictionary name with reverse word order (example: oreIronBlack).
# Use '*' char as meta value to specify all possible values.
# To define multiple block states, you can use block properties instead of meta. The format is <modId:blockName:[prop1=value1, prop2=value2]>
# Also you may use just ore dictionary name as full id.
# [default: stained_hardened_clay:14]
S:relatedBlockId=stained_hardened_clay:14
# Defines the block resistance to explosions. [range: 0.0 ~ 3.4028235E38, default: 21.0]
S:resistance=21.0
}

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# Configuration file
Chimney {
CraftingRecipe {
main {
# Amount of output units. [range: 1 ~ 64, default: 16]
I:amount=16
# Recipe components list.
# Components should be represented by its ids.
# Id is a basic unit (block or item) identifier in <modId:unitName:meta> format.
# ModId can be omitted for vanilla items. Meta can be omitted too if it equals 0.
# UnitName must be lowercase, words separated by '_', words order - from private to common (example: black_iron_ore).
# Unit name will be automatically converted to ore dictionary name with reverse word order (example: oreIronBlack).
# Use '*' char as meta value to specify all possible values.
# To define multiple block states, you can use block properties instead of meta. The format is <modId:blockName:[prop1=value1, prop2=value2]>
# Also you may use just ore dictionary name as full id.
# [default: [stained_hardened_clay:8]]
S:components <
stained_hardened_clay:8
>
# Output unit id.
# Id is a basic unit (block or item) identifier in <modId:unitName:meta> format.
# ModId can be omitted for vanilla items. Meta can be omitted too if it equals 0.
# UnitName must be lowercase, words separated by '_', words order - from private to common (example: black_iron_ore).
# Unit name will be automatically converted to ore dictionary name with reverse word order (example: oreIronBlack).
# Use '*' char as meta value to specify all possible values.
# To define multiple block states, you can use block properties instead of meta. The format is <modId:blockName:[prop1=value1, prop2=value2]>
# Also you may use just ore dictionary name as full id.
# [default: adchimneys:hardened_clay_stained_silver]
S:output=adchimneys:hardened_clay_stained_silver
# Shaped recipe pattern in format <nn nn> or <nnn nnn nnn>.
# Where 'n' - number of recipe component (from 1 to 9).
# Zero value (0) is for empty slot.
# If pattern is empty, then recipe will be treated as shapeless. [default: 101 101 101]
S:pattern=101 101 101
}
}
}
Pump {
CraftingRecipe {
main {
# Amount of output units. [range: 1 ~ 64, default: 4]
I:amount=4
# Recipe components list.
# Components should be represented by its ids.
# Id is a basic unit (block or item) identifier in <modId:unitName:meta> format.
# ModId can be omitted for vanilla items. Meta can be omitted too if it equals 0.
# UnitName must be lowercase, words separated by '_', words order - from private to common (example: black_iron_ore).
# Unit name will be automatically converted to ore dictionary name with reverse word order (example: oreIronBlack).
# Use '*' char as meta value to specify all possible values.
# To define multiple block states, you can use block properties instead of meta. The format is <modId:blockName:[prop1=value1, prop2=value2]>
# Also you may use just ore dictionary name as full id.
# [default: [adchimneys:hardened_clay_stained_silver:1], [repeater], [blockCoal]]
S:components <
adchimneys:hardened_clay_stained_silver:1
repeater
blockCoal
>
# Output unit id.
# Id is a basic unit (block or item) identifier in <modId:unitName:meta> format.
# ModId can be omitted for vanilla items. Meta can be omitted too if it equals 0.
# UnitName must be lowercase, words separated by '_', words order - from private to common (example: black_iron_ore).
# Unit name will be automatically converted to ore dictionary name with reverse word order (example: oreIronBlack).
# Use '*' char as meta value to specify all possible values.
# To define multiple block states, you can use block properties instead of meta. The format is <modId:blockName:[prop1=value1, prop2=value2]>
# Also you may use just ore dictionary name as full id.
# [default: adchimneys:hardened_clay_stained_silver:2]
S:output=adchimneys:hardened_clay_stained_silver:2
# Shaped recipe pattern in format <nn nn> or <nnn nnn nnn>.
# Where 'n' - number of recipe component (from 1 to 9).
# Zero value (0) is for empty slot.
# If pattern is empty, then recipe will be treated as shapeless. [default: 121 232 121]
S:pattern=121 232 121
}
}
}
Vent {
CraftingRecipe {
main {
# Amount of output units. [range: 1 ~ 64, default: 4]
I:amount=4
# Recipe components list.
# Components should be represented by its ids.
# Id is a basic unit (block or item) identifier in <modId:unitName:meta> format.
# ModId can be omitted for vanilla items. Meta can be omitted too if it equals 0.
# UnitName must be lowercase, words separated by '_', words order - from private to common (example: black_iron_ore).
# Unit name will be automatically converted to ore dictionary name with reverse word order (example: oreIronBlack).
# Use '*' char as meta value to specify all possible values.
# To define multiple block states, you can use block properties instead of meta. The format is <modId:blockName:[prop1=value1, prop2=value2]>
# Also you may use just ore dictionary name as full id.
# [default: [adchimneys:hardened_clay_stained_silver]]
S:components <
adchimneys:hardened_clay_stained_silver
>
# Output unit id.
# Id is a basic unit (block or item) identifier in <modId:unitName:meta> format.
# ModId can be omitted for vanilla items. Meta can be omitted too if it equals 0.
# UnitName must be lowercase, words separated by '_', words order - from private to common (example: black_iron_ore).
# Unit name will be automatically converted to ore dictionary name with reverse word order (example: oreIronBlack).
# Use '*' char as meta value to specify all possible values.
# To define multiple block states, you can use block properties instead of meta. The format is <modId:blockName:[prop1=value1, prop2=value2]>
# Also you may use just ore dictionary name as full id.
# [default: adchimneys:hardened_clay_stained_silver:1]
S:output=adchimneys:hardened_clay_stained_silver:1
# Shaped recipe pattern in format <nn nn> or <nnn nnn nnn>.
# Where 'n' - number of recipe component (from 1 to 9).
# Zero value (0) is for empty slot.
# If pattern is empty, then recipe will be treated as shapeless. [default: 101 000 101]
S:pattern=101 000 101
}
}
}
silverStainedClayHardened {
# Defines a color in ARGB (Alpha, Red, Green, Blue) hex format (0xaarrggbb) which will be applied to the smoke.
# The alpha channel of this color (aa) determines probability of applying (ff - always, 7f - 1/2, 00 - never).
# [default: 0x117b7b71]
S:color=0x117b7b71
# Set to 'false' if you don't need this unit. [default: true]
B:enabled=true
# Defines how many hits it takes to break the block.
# -1 makes the block indestructible. [range: -1.0 ~ 3.4028235E38, default: 1.25]
S:hardness=1.25
# Id is a basic unit (block or item) identifier in <modId:unitName:meta> format.
# ModId can be omitted for vanilla items. Meta can be omitted too if it equals 0.
# UnitName must be lowercase, words separated by '_', words order - from private to common (example: black_iron_ore).
# Unit name will be automatically converted to ore dictionary name with reverse word order (example: oreIronBlack).
# Use '*' char as meta value to specify all possible values.
# To define multiple block states, you can use block properties instead of meta. The format is <modId:blockName:[prop1=value1, prop2=value2]>
# Also you may use just ore dictionary name as full id.
# [default: stained_hardened_clay:8]
S:relatedBlockId=stained_hardened_clay:8
# Defines the block resistance to explosions. [range: 0.0 ~ 3.4028235E38, default: 21.0]
S:resistance=21.0
}

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# Configuration file
Chimney {
CraftingRecipe {
main {
# Amount of output units. [range: 1 ~ 64, default: 16]
I:amount=16
# Recipe components list.
# Components should be represented by its ids.
# Id is a basic unit (block or item) identifier in <modId:unitName:meta> format.
# ModId can be omitted for vanilla items. Meta can be omitted too if it equals 0.
# UnitName must be lowercase, words separated by '_', words order - from private to common (example: black_iron_ore).
# Unit name will be automatically converted to ore dictionary name with reverse word order (example: oreIronBlack).
# Use '*' char as meta value to specify all possible values.
# To define multiple block states, you can use block properties instead of meta. The format is <modId:blockName:[prop1=value1, prop2=value2]>
# Also you may use just ore dictionary name as full id.
# [default: [stained_hardened_clay:0]]
S:components <
stained_hardened_clay:0
>
# Output unit id.
# Id is a basic unit (block or item) identifier in <modId:unitName:meta> format.
# ModId can be omitted for vanilla items. Meta can be omitted too if it equals 0.
# UnitName must be lowercase, words separated by '_', words order - from private to common (example: black_iron_ore).
# Unit name will be automatically converted to ore dictionary name with reverse word order (example: oreIronBlack).
# Use '*' char as meta value to specify all possible values.
# To define multiple block states, you can use block properties instead of meta. The format is <modId:blockName:[prop1=value1, prop2=value2]>
# Also you may use just ore dictionary name as full id.
# [default: adchimneys:hardened_clay_stained_white]
S:output=adchimneys:hardened_clay_stained_white
# Shaped recipe pattern in format <nn nn> or <nnn nnn nnn>.
# Where 'n' - number of recipe component (from 1 to 9).
# Zero value (0) is for empty slot.
# If pattern is empty, then recipe will be treated as shapeless. [default: 101 101 101]
S:pattern=101 101 101
}
}
}
Pump {
CraftingRecipe {
main {
# Amount of output units. [range: 1 ~ 64, default: 4]
I:amount=4
# Recipe components list.
# Components should be represented by its ids.
# Id is a basic unit (block or item) identifier in <modId:unitName:meta> format.
# ModId can be omitted for vanilla items. Meta can be omitted too if it equals 0.
# UnitName must be lowercase, words separated by '_', words order - from private to common (example: black_iron_ore).
# Unit name will be automatically converted to ore dictionary name with reverse word order (example: oreIronBlack).
# Use '*' char as meta value to specify all possible values.
# To define multiple block states, you can use block properties instead of meta. The format is <modId:blockName:[prop1=value1, prop2=value2]>
# Also you may use just ore dictionary name as full id.
# [default: [adchimneys:hardened_clay_stained_white:1], [repeater], [blockCoal]]
S:components <
adchimneys:hardened_clay_stained_white:1
repeater
blockCoal
>
# Output unit id.
# Id is a basic unit (block or item) identifier in <modId:unitName:meta> format.
# ModId can be omitted for vanilla items. Meta can be omitted too if it equals 0.
# UnitName must be lowercase, words separated by '_', words order - from private to common (example: black_iron_ore).
# Unit name will be automatically converted to ore dictionary name with reverse word order (example: oreIronBlack).
# Use '*' char as meta value to specify all possible values.
# To define multiple block states, you can use block properties instead of meta. The format is <modId:blockName:[prop1=value1, prop2=value2]>
# Also you may use just ore dictionary name as full id.
# [default: adchimneys:hardened_clay_stained_white:2]
S:output=adchimneys:hardened_clay_stained_white:2
# Shaped recipe pattern in format <nn nn> or <nnn nnn nnn>.
# Where 'n' - number of recipe component (from 1 to 9).
# Zero value (0) is for empty slot.
# If pattern is empty, then recipe will be treated as shapeless. [default: 121 232 121]
S:pattern=121 232 121
}
}
}
Vent {
CraftingRecipe {
main {
# Amount of output units. [range: 1 ~ 64, default: 4]
I:amount=4
# Recipe components list.
# Components should be represented by its ids.
# Id is a basic unit (block or item) identifier in <modId:unitName:meta> format.
# ModId can be omitted for vanilla items. Meta can be omitted too if it equals 0.
# UnitName must be lowercase, words separated by '_', words order - from private to common (example: black_iron_ore).
# Unit name will be automatically converted to ore dictionary name with reverse word order (example: oreIronBlack).
# Use '*' char as meta value to specify all possible values.
# To define multiple block states, you can use block properties instead of meta. The format is <modId:blockName:[prop1=value1, prop2=value2]>
# Also you may use just ore dictionary name as full id.
# [default: [adchimneys:hardened_clay_stained_white]]
S:components <
adchimneys:hardened_clay_stained_white
>
# Output unit id.
# Id is a basic unit (block or item) identifier in <modId:unitName:meta> format.
# ModId can be omitted for vanilla items. Meta can be omitted too if it equals 0.
# UnitName must be lowercase, words separated by '_', words order - from private to common (example: black_iron_ore).
# Unit name will be automatically converted to ore dictionary name with reverse word order (example: oreIronBlack).
# Use '*' char as meta value to specify all possible values.
# To define multiple block states, you can use block properties instead of meta. The format is <modId:blockName:[prop1=value1, prop2=value2]>
# Also you may use just ore dictionary name as full id.
# [default: adchimneys:hardened_clay_stained_white:1]
S:output=adchimneys:hardened_clay_stained_white:1
# Shaped recipe pattern in format <nn nn> or <nnn nnn nnn>.
# Where 'n' - number of recipe component (from 1 to 9).
# Zero value (0) is for empty slot.
# If pattern is empty, then recipe will be treated as shapeless. [default: 101 000 101]
S:pattern=101 000 101
}
}
}
whiteStainedClayHardened {
# Defines a color in ARGB (Alpha, Red, Green, Blue) hex format (0xaarrggbb) which will be applied to the smoke.
# The alpha channel of this color (aa) determines probability of applying (ff - always, 7f - 1/2, 00 - never).
# [default: 0x11cbd1d2]
S:color=0x11cbd1d2
# Set to 'false' if you don't need this unit. [default: true]
B:enabled=true
# Defines how many hits it takes to break the block.
# -1 makes the block indestructible. [range: -1.0 ~ 3.4028235E38, default: 1.25]
S:hardness=1.25
# Id is a basic unit (block or item) identifier in <modId:unitName:meta> format.
# ModId can be omitted for vanilla items. Meta can be omitted too if it equals 0.
# UnitName must be lowercase, words separated by '_', words order - from private to common (example: black_iron_ore).
# Unit name will be automatically converted to ore dictionary name with reverse word order (example: oreIronBlack).
# Use '*' char as meta value to specify all possible values.
# To define multiple block states, you can use block properties instead of meta. The format is <modId:blockName:[prop1=value1, prop2=value2]>
# Also you may use just ore dictionary name as full id.
# [default: stained_hardened_clay:0]
S:relatedBlockId=stained_hardened_clay:0
# Defines the block resistance to explosions. [range: 0.0 ~ 3.4028235E38, default: 21.0]
S:resistance=21.0
}

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# Configuration file
Chimney {
CraftingRecipe {
main {
# Amount of output units. [range: 1 ~ 64, default: 16]
I:amount=16
# Recipe components list.
# Components should be represented by its ids.
# Id is a basic unit (block or item) identifier in <modId:unitName:meta> format.
# ModId can be omitted for vanilla items. Meta can be omitted too if it equals 0.
# UnitName must be lowercase, words separated by '_', words order - from private to common (example: black_iron_ore).
# Unit name will be automatically converted to ore dictionary name with reverse word order (example: oreIronBlack).
# Use '*' char as meta value to specify all possible values.
# To define multiple block states, you can use block properties instead of meta. The format is <modId:blockName:[prop1=value1, prop2=value2]>
# Also you may use just ore dictionary name as full id.
# [default: [stained_hardened_clay:4]]
S:components <
stained_hardened_clay:4
>
# Output unit id.
# Id is a basic unit (block or item) identifier in <modId:unitName:meta> format.
# ModId can be omitted for vanilla items. Meta can be omitted too if it equals 0.
# UnitName must be lowercase, words separated by '_', words order - from private to common (example: black_iron_ore).
# Unit name will be automatically converted to ore dictionary name with reverse word order (example: oreIronBlack).
# Use '*' char as meta value to specify all possible values.
# To define multiple block states, you can use block properties instead of meta. The format is <modId:blockName:[prop1=value1, prop2=value2]>
# Also you may use just ore dictionary name as full id.
# [default: adchimneys:hardened_clay_stained_yellow]
S:output=adchimneys:hardened_clay_stained_yellow
# Shaped recipe pattern in format <nn nn> or <nnn nnn nnn>.
# Where 'n' - number of recipe component (from 1 to 9).
# Zero value (0) is for empty slot.
# If pattern is empty, then recipe will be treated as shapeless. [default: 101 101 101]
S:pattern=101 101 101
}
}
}
Pump {
CraftingRecipe {
main {
# Amount of output units. [range: 1 ~ 64, default: 4]
I:amount=4
# Recipe components list.
# Components should be represented by its ids.
# Id is a basic unit (block or item) identifier in <modId:unitName:meta> format.
# ModId can be omitted for vanilla items. Meta can be omitted too if it equals 0.
# UnitName must be lowercase, words separated by '_', words order - from private to common (example: black_iron_ore).
# Unit name will be automatically converted to ore dictionary name with reverse word order (example: oreIronBlack).
# Use '*' char as meta value to specify all possible values.
# To define multiple block states, you can use block properties instead of meta. The format is <modId:blockName:[prop1=value1, prop2=value2]>
# Also you may use just ore dictionary name as full id.
# [default: [adchimneys:hardened_clay_stained_yellow:1], [repeater], [blockCoal]]
S:components <
adchimneys:hardened_clay_stained_yellow:1
repeater
blockCoal
>
# Output unit id.
# Id is a basic unit (block or item) identifier in <modId:unitName:meta> format.
# ModId can be omitted for vanilla items. Meta can be omitted too if it equals 0.
# UnitName must be lowercase, words separated by '_', words order - from private to common (example: black_iron_ore).
# Unit name will be automatically converted to ore dictionary name with reverse word order (example: oreIronBlack).
# Use '*' char as meta value to specify all possible values.
# To define multiple block states, you can use block properties instead of meta. The format is <modId:blockName:[prop1=value1, prop2=value2]>
# Also you may use just ore dictionary name as full id.
# [default: adchimneys:hardened_clay_stained_yellow:2]
S:output=adchimneys:hardened_clay_stained_yellow:2
# Shaped recipe pattern in format <nn nn> or <nnn nnn nnn>.
# Where 'n' - number of recipe component (from 1 to 9).
# Zero value (0) is for empty slot.
# If pattern is empty, then recipe will be treated as shapeless. [default: 121 232 121]
S:pattern=121 232 121
}
}
}
Vent {
CraftingRecipe {
main {
# Amount of output units. [range: 1 ~ 64, default: 4]
I:amount=4
# Recipe components list.
# Components should be represented by its ids.
# Id is a basic unit (block or item) identifier in <modId:unitName:meta> format.
# ModId can be omitted for vanilla items. Meta can be omitted too if it equals 0.
# UnitName must be lowercase, words separated by '_', words order - from private to common (example: black_iron_ore).
# Unit name will be automatically converted to ore dictionary name with reverse word order (example: oreIronBlack).
# Use '*' char as meta value to specify all possible values.
# To define multiple block states, you can use block properties instead of meta. The format is <modId:blockName:[prop1=value1, prop2=value2]>
# Also you may use just ore dictionary name as full id.
# [default: [adchimneys:hardened_clay_stained_yellow]]
S:components <
adchimneys:hardened_clay_stained_yellow
>
# Output unit id.
# Id is a basic unit (block or item) identifier in <modId:unitName:meta> format.
# ModId can be omitted for vanilla items. Meta can be omitted too if it equals 0.
# UnitName must be lowercase, words separated by '_', words order - from private to common (example: black_iron_ore).
# Unit name will be automatically converted to ore dictionary name with reverse word order (example: oreIronBlack).
# Use '*' char as meta value to specify all possible values.
# To define multiple block states, you can use block properties instead of meta. The format is <modId:blockName:[prop1=value1, prop2=value2]>
# Also you may use just ore dictionary name as full id.
# [default: adchimneys:hardened_clay_stained_yellow:1]
S:output=adchimneys:hardened_clay_stained_yellow:1
# Shaped recipe pattern in format <nn nn> or <nnn nnn nnn>.
# Where 'n' - number of recipe component (from 1 to 9).
# Zero value (0) is for empty slot.
# If pattern is empty, then recipe will be treated as shapeless. [default: 101 000 101]
S:pattern=101 000 101
}
}
}
yellowStainedClayHardened {
# Defines a color in ARGB (Alpha, Red, Green, Blue) hex format (0xaarrggbb) which will be applied to the smoke.
# The alpha channel of this color (aa) determines probability of applying (ff - always, 7f - 1/2, 00 - never).
# [default: 0x11ebab15]
S:color=0x11ebab15
# Set to 'false' if you don't need this unit. [default: true]
B:enabled=true
# Defines how many hits it takes to break the block.
# -1 makes the block indestructible. [range: -1.0 ~ 3.4028235E38, default: 1.25]
S:hardness=1.25
# Id is a basic unit (block or item) identifier in <modId:unitName:meta> format.
# ModId can be omitted for vanilla items. Meta can be omitted too if it equals 0.
# UnitName must be lowercase, words separated by '_', words order - from private to common (example: black_iron_ore).
# Unit name will be automatically converted to ore dictionary name with reverse word order (example: oreIronBlack).
# Use '*' char as meta value to specify all possible values.
# To define multiple block states, you can use block properties instead of meta. The format is <modId:blockName:[prop1=value1, prop2=value2]>
# Also you may use just ore dictionary name as full id.
# [default: stained_hardened_clay:4]
S:relatedBlockId=stained_hardened_clay:4
# Defines the block resistance to explosions. [range: 0.0 ~ 3.4028235E38, default: 21.0]
S:resistance=21.0
}

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# Configuration file
Chimney {
CraftingRecipe {
main {
# Amount of output units. [range: 1 ~ 64, default: 16]
I:amount=16
# Recipe components list.
# Components should be represented by its ids.
# Id is a basic unit (block or item) identifier in <modId:unitName:meta> format.
# ModId can be omitted for vanilla items. Meta can be omitted too if it equals 0.
# UnitName must be lowercase, words separated by '_', words order - from private to common (example: black_iron_ore).
# Unit name will be automatically converted to ore dictionary name with reverse word order (example: oreIronBlack).
# Use '*' char as meta value to specify all possible values.
# To define multiple block states, you can use block properties instead of meta. The format is <modId:blockName:[prop1=value1, prop2=value2]>
# Also you may use just ore dictionary name as full id.
# [default: [iron_block]]
S:components <
iron_block
>
# Output unit id.
# Id is a basic unit (block or item) identifier in <modId:unitName:meta> format.
# ModId can be omitted for vanilla items. Meta can be omitted too if it equals 0.
# UnitName must be lowercase, words separated by '_', words order - from private to common (example: black_iron_ore).
# Unit name will be automatically converted to ore dictionary name with reverse word order (example: oreIronBlack).
# Use '*' char as meta value to specify all possible values.
# To define multiple block states, you can use block properties instead of meta. The format is <modId:blockName:[prop1=value1, prop2=value2]>
# Also you may use just ore dictionary name as full id.
# [default: adchimneys:iron_block]
S:output=adchimneys:iron_block
# Shaped recipe pattern in format <nn nn> or <nnn nnn nnn>.
# Where 'n' - number of recipe component (from 1 to 9).
# Zero value (0) is for empty slot.
# If pattern is empty, then recipe will be treated as shapeless. [default: 101 101 101]
S:pattern=101 101 101
}
}
}
Pump {
CraftingRecipe {
main {
# Amount of output units. [range: 1 ~ 64, default: 4]
I:amount=4
# Recipe components list.
# Components should be represented by its ids.
# Id is a basic unit (block or item) identifier in <modId:unitName:meta> format.
# ModId can be omitted for vanilla items. Meta can be omitted too if it equals 0.
# UnitName must be lowercase, words separated by '_', words order - from private to common (example: black_iron_ore).
# Unit name will be automatically converted to ore dictionary name with reverse word order (example: oreIronBlack).
# Use '*' char as meta value to specify all possible values.
# To define multiple block states, you can use block properties instead of meta. The format is <modId:blockName:[prop1=value1, prop2=value2]>
# Also you may use just ore dictionary name as full id.
# [default: [adchimneys:iron_block:1], [repeater], [blockCoal]]
S:components <
adchimneys:iron_block:1
repeater
blockCoal
>
# Output unit id.
# Id is a basic unit (block or item) identifier in <modId:unitName:meta> format.
# ModId can be omitted for vanilla items. Meta can be omitted too if it equals 0.
# UnitName must be lowercase, words separated by '_', words order - from private to common (example: black_iron_ore).
# Unit name will be automatically converted to ore dictionary name with reverse word order (example: oreIronBlack).
# Use '*' char as meta value to specify all possible values.
# To define multiple block states, you can use block properties instead of meta. The format is <modId:blockName:[prop1=value1, prop2=value2]>
# Also you may use just ore dictionary name as full id.
# [default: adchimneys:iron_block:2]
S:output=adchimneys:iron_block:2
# Shaped recipe pattern in format <nn nn> or <nnn nnn nnn>.
# Where 'n' - number of recipe component (from 1 to 9).
# Zero value (0) is for empty slot.
# If pattern is empty, then recipe will be treated as shapeless. [default: 121 232 121]
S:pattern=121 232 121
}
}
}
Vent {
CraftingRecipe {
main {
# Amount of output units. [range: 1 ~ 64, default: 4]
I:amount=4
# Recipe components list.
# Components should be represented by its ids.
# Id is a basic unit (block or item) identifier in <modId:unitName:meta> format.
# ModId can be omitted for vanilla items. Meta can be omitted too if it equals 0.
# UnitName must be lowercase, words separated by '_', words order - from private to common (example: black_iron_ore).
# Unit name will be automatically converted to ore dictionary name with reverse word order (example: oreIronBlack).
# Use '*' char as meta value to specify all possible values.
# To define multiple block states, you can use block properties instead of meta. The format is <modId:blockName:[prop1=value1, prop2=value2]>
# Also you may use just ore dictionary name as full id.
# [default: [adchimneys:iron_block]]
S:components <
adchimneys:iron_block
>
# Output unit id.
# Id is a basic unit (block or item) identifier in <modId:unitName:meta> format.
# ModId can be omitted for vanilla items. Meta can be omitted too if it equals 0.
# UnitName must be lowercase, words separated by '_', words order - from private to common (example: black_iron_ore).
# Unit name will be automatically converted to ore dictionary name with reverse word order (example: oreIronBlack).
# Use '*' char as meta value to specify all possible values.
# To define multiple block states, you can use block properties instead of meta. The format is <modId:blockName:[prop1=value1, prop2=value2]>
# Also you may use just ore dictionary name as full id.
# [default: adchimneys:iron_block:1]
S:output=adchimneys:iron_block:1
# Shaped recipe pattern in format <nn nn> or <nnn nnn nnn>.
# Where 'n' - number of recipe component (from 1 to 9).
# Zero value (0) is for empty slot.
# If pattern is empty, then recipe will be treated as shapeless. [default: 101 000 101]
S:pattern=101 000 101
}
}
}
blockIron {
# Defines a color in ARGB (Alpha, Red, Green, Blue) hex format (0xaarrggbb) which will be applied to the smoke.
# The alpha channel of this color (aa) determines probability of applying (ff - always, 7f - 1/2, 00 - never).
# [default: 0x11999999]
S:color=0x11999999
# Set to 'false' if you don't need this unit. [default: true]
B:enabled=true
# Defines how many hits it takes to break the block.
# -1 makes the block indestructible. [range: -1.0 ~ 3.4028235E38, default: 5.0]
S:hardness=5.0
# Id is a basic unit (block or item) identifier in <modId:unitName:meta> format.
# ModId can be omitted for vanilla items. Meta can be omitted too if it equals 0.
# UnitName must be lowercase, words separated by '_', words order - from private to common (example: black_iron_ore).
# Unit name will be automatically converted to ore dictionary name with reverse word order (example: oreIronBlack).
# Use '*' char as meta value to specify all possible values.
# To define multiple block states, you can use block properties instead of meta. The format is <modId:blockName:[prop1=value1, prop2=value2]>
# Also you may use just ore dictionary name as full id.
# [default: iron_block]
S:relatedBlockId=iron_block
# Defines the block resistance to explosions. [range: 0.0 ~ 3.4028235E38, default: 30.0]
S:resistance=30.0
}

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