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支持配方
红石：铁锭、饿锭
碳：铁锭、富集铁
钻石：灌注合金、黑曜石粉
强化黑曜石：强化合金
工厂数量：8
红石驱动频率：每游戏刻（20次/秒），根据需要可降频运行。
每次最多移动27个同分类物品，且工厂里的物品不会超过27个。
如果工厂已有灌注物质，只会输入符合的物品。
灌注物质可存储，输入多少物品就输出相应消耗量。
铁锭默认灌注红石，同时输入圆石和铁锭时，相应数量的铁锭灌注碳。
注意事项：因数据过大，管理器日志使用DEBUG以上级别时可能导致游戏崩溃。
标签
fe_in 能量输入
item_in 物品输入
item_out 物品输出
factory_infusion 用于将物品转换为灌注类型
infusion_in 存储各个的灌注类型，每个请至少存有3mB
factory 灌注工厂
0,1,2,3,4,5,6,7 每个工厂独立的标签，用于索引
item_redstone 输入物品需要灌注红石
item_carborn 输入物品需要灌注碳
item_diamond 输入物品需要灌注钻石
item_obsidian 输入物品需要灌注强化黑曜石
item_infusion 输入物品为灌注物质，用于输出到factory_infusion
item_type 包含上面5个
item_iron 输入物品为铁锭，暂存
item_stone 输入物品为圆石，与铁锭同时输入时将相应数量的铁锭分类到item_carborn，否则为item_redstone
item_holder 填满圆石
infusion1,infusion2,infusion3 空，临时化学品变量
item1 空，临时物品变量
clock 循环变量，流体时钟，每次运行流体量+1，为工厂索引值
clock_holder 填入足量的流体，比工厂数多就行
item_cost10 输入物品消耗10mB灌注物质
item_cost20 输入物品消耗20mB灌注物质
item_cost40 输入物品消耗40mB灌注物质
item_cost 包含上面3个
item_try10 尝试输入消耗10mB的物品
item_try20 尝试输入消耗20mB的物品
item_try40 尝试输入消耗40mB的物品
item_try 包含上面3个
输入输出配置
所有机器、容器顶部都为输入/输出面
factory_infusion还要将顶部设置为额外面
所有工厂开启自动整理。
原理说明
将输入物品分类，铁锭与圆石一起输入时为碳。
输入灌注物品到灌注机转化为灌注物质，然后存储到infusion_in。
循环变量+1，从对应工厂提取灌注物质，根据灌注物品将相应物品移至item1，如果为空则依次检测各种物品移至item1。
将item1的物品根据消耗的灌注量分类到item_cost。
根据各item_cost的物品数量和灌注物质存量infusion1，将对应数量的物品和灌注物质移至item_try和infusion2。
用圆石填充各item_try的物品到32个，然后输出item_try到对应工厂。
根据item_try与32相差的物品数量输出相应灌注物质到工厂。
恢复各变量。
代码
SFM灌注工厂.txt (13.13 KB, 下载次数: 68)
2025-2-23 14:52 上传
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every tick do
input fe:: from fe_in top side
output fe:: to factory top side
end
every redstone pulse do
input 1 fluid:: from clock_holder top side
output 1 fluid:: to clock top side
forget
if clock has > 7 fluid:: then
input fluid:: from clock top side
output fluid:: to clock_holder top side
forget
end
input from factory top side
output to item_out
forget
input from item_in
output "ingot_osmium" to item_redstone
output "enriched_iron" to item_carbon
output "alloy_infused|dust_obsidian" to item_diamond
output "alloy_reinforced" to item_obsidian
output "enriched_(?!iron).+" to item_infusion
output iron_ingot to item_iron
output cobblestone to item_stone
forget
input from item_iron
if item_stone has > 0 then
input from item_stone
if item_stone has >= 64 then
output 64 cobblestone to item_out
output 64 except cobblestone to item_carbon end
if item_stone has >= 8 then
output 8 cobblestone to item_out
output 8 except cobblestone to item_carbon end
if item_stone has >= 1 then
output 1 cobblestone to item_out
output 1 except cobblestone to item_carbon
end
else
output to item_redstone
end
input infusion:: from factory_infusion top side
output retain 4096000 infusion:: to each infusion_in top side
forget
if item_type has > 0 then
input from item_infusion
output 1 to each factory_infusion top side
if clock has = 0 fluid:: then input infusion:: from "0" top side
else if clock has = 1 fluid:: then input infusion:: from "1" top side
else if clock has = 2 fluid:: then input infusion:: from "2" top side
else if clock has = 3 fluid:: then input infusion:: from "3" top side
else if clock has = 4 fluid:: then input infusion:: from "4" top side
else if clock has = 5 fluid:: then input infusion:: from "5" top side
else if clock has = 6 fluid:: then input infusion:: from "6" top side
else if clock has = 7 fluid:: then input infusion:: from "7" top side
end
output infusion:: to infusion1 top side
forget
input infusion:: from infusion_in top side
if infusion1 has = 0 infusion:: and each infusion_in has > 2 infusion:: then
if item_redstone has > 0 then input from item_redstone output 1 infusion::redstone to infusion1 top side
else if item_carbon has > 0 then input from item_carbon output 1 infusion::carbon to infusion1 top side
else if item_diamond has > 0 then input from item_diamond output 1 infusion::diamond to infusion1 top side
else if item_obsidian has > 0 then input from item_obsidian output 1 infusion::refined_obsidian to infusion1 top side
end
else
output 1 infusion:: to infusion1 top side
if infusion1 has > 0 infusion::redstone then input from item_redstone
else if infusion1 has > 0 infusion::carbon then input from item_carbon
else if infusion1 has > 0 infusion::diamond then input from item_diamond
else if infusion1 has > 0 infusion::refined_obsidian then input from item_obsidian
end
end
output 27 to item1
forget
input retain 1 infusion:: from infusion1 top side
output infusion:: to infusion3 top side
forget
if item1 has > 0 then
input from item1
output "alloy_infused|ingot_osmium" to item_cost20
output "alloy_reinforced" to item_cost40
output to item_cost10
input retain 1 infusion:: from each infusion_in top side
output infusion:: to infusion1 top side
forget
if infusion1 has > 1 infusion:: then
input infusion:: from infusion1 top side
input from item_cost10
if item_cost10 has > 0 and infusion1 has > 10 infusion:: then
if item_cost10 has >= 16 and infusion1 has > 160 infusion:: then
output 16 to item_try10
output 160 infusion:: to infusion2 top side end
if item_cost10 has >= 8 and infusion1 has > 80 infusion:: then
output 8 to item_try10
output 80 infusion:: to infusion2 top side end
if item_cost10 has >= 4 and infusion1 has > 40 infusion:: then
output 4 to item_try10
output 40 infusion:: to infusion2 top side end
if item_cost10 has >= 2 and infusion1 has > 20 infusion:: then
output 2 to item_try10
output 20 infusion:: to infusion2 top side end
if item_cost10 has >= 1 and infusion1 has > 10 infusion:: then
output 1 to item_try10
output 10 infusion:: to infusion2 top side
end
end
forget item_cost10
input from item_cost20
if item_cost20 has > 0 and infusion1 has > 20 infusion:: then
if item_cost20 has >= 16 and infusion1 has > 320 infusion:: then
output 16 to item_try20
output 320 infusion:: to infusion2 top side end
if item_cost20 has >= 8 and infusion1 has > 160 infusion:: then
output 8 to item_try20
output 160 infusion:: to infusion2 top side end
if item_cost20 has >= 4 and infusion1 has > 80 infusion:: then
output 4 to item_try20
output 80 infusion:: to infusion2 top side end
if item_cost20 has >= 2 and infusion1 has > 40 infusion:: then
output 2 to item_try20
output 40 infusion:: to infusion2 top side end
if item_cost20 has >= 1 and infusion1 has > 20 infusion:: then
output 1 to item_try20
output 20 infusion:: to infusion2 top side
end
end
forget item_cost20
input from item_cost40
if item_cost40 has > 0 and infusion1 has > 40 infusion:: then
if item_cost40 has >= 16 and infusion1 has > 640 infusion:: then
output 16 to item_try40
output 640 infusion:: to infusion2 top side end
if item_cost40 has >= 8 and infusion1 has > 320 infusion:: then
output 8 to item_try40
output 320 infusion:: to infusion2 top side end
if item_cost40 has >= 4 and infusion1 has > 160 infusion:: then
output 4 to item_try40
output 160 infusion:: to infusion2 top side end
if item_cost40 has >= 2 and infusion1 has > 80 infusion:: then
output 2 to item_try40
output 80 infusion:: to infusion2 top side end
if item_cost40 has >= 1 and infusion1 has > 40 infusion:: then
output 1 to item_try40
output 40 infusion:: to infusion2 top side
end
end
forget
input from item_holder
output retain 32 to each item_try
forget
input except cobblestone from item_try
if clock has = 0 fluid:: then output retain 27 to "0" top side
else if clock has = 1 fluid:: then output retain 27 to "1" top side
else if clock has = 2 fluid:: then output retain 27 to "2" top side
else if clock has = 3 fluid:: then output retain 27 to "3" top side
else if clock has = 4 fluid:: then output retain 27 to "4" top side
else if clock has = 5 fluid:: then output retain 27 to "5" top side
else if clock has = 6 fluid:: then output retain 27 to "6" top side
else if clock has = 7 fluid:: then output retain 27 to "7" top side
end
forget
if some item_try has < 32 then
input from item_holder
input infusion:: from infusion2 top side
if item_try10 has < 32 then
if item_try10 has <= 16 then
output 160 infusion:: to infusion3 top side
output 16 to item_try10
end
if item_try10 has <= 24 then
output 80 infusion:: to infusion3 top side
output 8 to item_try10
end
if item_try10 has <= 28 then
output 40 infusion:: to infusion3 top side
output 4 to item_try10
end
if item_try10 has <= 30 then
output 20 infusion:: to infusion3 top side
output 2 to item_try10
end
if item_try10 has <= 31 then
output 10 infusion:: to infusion3 top side
output 1 to item_try10
end
end
if item_try20 has < 32 then
if item_try20 has <= 16 then
output 320 infusion:: to infusion3 top side
output 16 to item_try20
end
if item_try20 has <= 24 then
output 160 infusion:: to infusion3 top side
output 8 to item_try20
end
if item_try20 has <= 28 then
output 80 infusion:: to infusion3 top side
output 4 to item_try20
end
if item_try20 has <= 30 then
output 40 infusion:: to infusion3 top side
output 2 to item_try20
end
if item_try20 has <= 31 then
output 20 infusion:: to infusion3 top side
output 1 to item_try20
end
end
if item_try40 has < 32 then
if item_try40 has <= 16 then
output 640 infusion:: to infusion3 top side
output 16 to item_try40
end
if item_try40 has <= 24 then
output 320 infusion:: to infusion3 top side
output 8 to item_try40
end
if item_try40 has <= 28 then
output 160 infusion:: to infusion3 top side
output 4 to item_try40
end
if item_try40 has <= 30 then
output 80 infusion:: to infusion3 top side
output 2 to item_try40
end
if item_try40 has <= 31 then
output 40 infusion:: to infusion3 top side
output 1 to item_try40
end
end
forget
end
end
end
input from item1,item_cost,item_try
output cobblestone to item_holder
if infusion1 has > 0 infusion::redstone then output to item_redstone
else if infusion1 has > 0 infusion::carbon then output to item_carbon
else if infusion1 has > 0 infusion::diamond then output to item_diamond
else if infusion1 has > 0 infusion::refined_obsidian then output to item_obsidian
end
input infusion:: from infusion3 top side
if clock has = 0 fluid:: then output infusion:: to "0" top side
else if clock has = 1 fluid:: then output infusion:: to "1" top side
else if clock has = 2 fluid:: then output infusion:: to "2" top side
else if clock has = 3 fluid:: then output infusion:: to "3" top side
else if clock has = 4 fluid:: then output infusion:: to "4" top side
else if clock has = 5 fluid:: then output infusion:: to "5" top side
else if clock has = 6 fluid:: then output infusion:: to "6" top side
else if clock has = 7 fluid:: then output infusion:: to "7" top side
end
forget
end
input infusion:: from infusion1,infusion2,infusion3 top side
output infusion:: to infusion_in top side
end