# Configuration file
general {
processing {
# The size of the fluix aggregator's energy buffer.
# 福鲁伊克斯聚合器的能量缓存
# Min: 1
# Max: 2147483647
I:aggregatorEnergyBuffer=100000
# The base energy cost for each fluix aggregation operation performed.
# 福鲁伊克斯聚合器每次合成所能量消耗
# Min: 1
# Max: 2147483647
I:aggregatorEnergyCostBase=8100
# The additional energy cost for fluix aggregation incurred by each acceleration card.
# 每个加速卡给福鲁伊克斯聚合器带来的额外能量消耗
# Min: 0
# Max: 2147483647
I:aggregatorEnergyCostUpgrade=863
# The base number of ticks needed to complete one fluix aggregation operation.
# 福鲁伊克斯聚合器每次合成所消耗的时间
# Min: 1
# Max: 2147483647
I:aggregatorWorkTicksBase=150
# The number of ticks by which each acceleration card hastens a fluix aggregation operation.
# 每个加速卡给福鲁伊克斯聚合器加速的时间
# Min: 1
# Max: 2147483647
I:aggregatorWorkTicksUpgrade=18
# The size of the pulse centrifuge's energy buffer.
# 脉冲离心机的能量缓存
# Min: 1
# Max: 2147483647
I:centrifugeEnergyBuffer=100000
# The base energy cost for each centrifuging operation performed.
# 脉冲离心机每次合成所消耗的能量
# Min: 1
# Max: 2147483647
I:centrifugeEnergyCostBase=8100
# The additional energy cost for centrifuging incurred by each acceleration card.
# 每个加速卡给脉冲离心机带来的额外能量消耗
# Min: 0
# Max: 2147483647
I:centrifugeEnergyCostUpgrade=863
# The base number of ticks needed to complete one centrifuging operation.
# 脉冲离心机每次合成所需的时间
# Min: 1
# Max: 2147483647
I:centrifugeWorkTicksBase=150
# The number of ticks by which each acceleration card hastens a centrifuging operation.
# 每个加速卡给脉冲离心机加速的时间
# Min: 1
# Max: 2147483647
I:centrifugeWorkTicksUpgrade=18
# The size of the crystal energizer's energy buffer.
# 晶体充能器的能量缓存
# Min: 1
# Max: 2147483647
I:energizerEnergyBuffer=100000
# The additional energy cost for crystal energization incurred by each acceleration card.
# 每个加速卡给晶体充能器带来的额外能量消耗
# Min: 0
# Max: 2147483647
I:energizerEnergyCostUpgrade=1625
# The base number of ticks needed to complete one crystal energization operation.
# 晶体充能器完成一次合成所需的时间
# Min: 1
# Max: 2147483647
I:energizerWorkTicksBase=150
# The number of ticks by which each acceleration card hastens a crystal energization operation.
# 每个加速卡给晶体充能器加速的时间
# Min: 1
# Max: 2147483647
I:energizerWorkTicksUpgrade=18
# The size of the circuit etcher's energy buffer.
# ME电路板蚀刻器的能量缓存
# Min: 1
# Max: 2147483647
I:etcherEnergyBuffer=100000
# The base energy cost for each circuit etching operation performed.
# ME电路板蚀刻器完成一次合成所消耗的能量
# Min: 1
# Max: 2147483647
I:etcherEnergyCostBase=8100
# The additional energy cost for circuit etching incurred by each acceleration card.
# 每个加速卡给ME电路板蚀刻器带来的额外能量消耗
# Min: 0
# Max: 2147483647
I:etcherEnergyCostUpgrade=863
# The base number of ticks needed to complete one circuit etching operation.
# ME电路板蚀刻器完成一次合成所消耗的时间
# Min: 1
# Max: 2147483647
I:etcherWorkTicksBase=150
# The number of ticks by which each acceleration card hastens a circuit etching operation.
# 每个加速卡给ME电路板蚀刻器加速的时间
# Min: 1
# Max: 2147483647
I:etcherWorkTicksUpgrade=18
}
networkdevices {
# The idle power consumption of the preemptive assembly unit.、
# 优先装配单元空闲时的能量消耗
# Min: 0.0
# Max: 1.7976931348623157E308
D:fastCrafterIdlePower=6.0
# The idle power consumption of the level maintainer.
# 指令缓存器空闲时的能量消耗
# Min: 0.0
# Max: 1.7976931348623157E308
D:levelMaintainerIdlePower=3.0
# The maximum interval between work ticks for the level maintainer.
# 指令缓存器的最大运行间隔
# The level maintainer will gradually reduce its work rate when something prevents it from progressing.
# 当某件事阻碍了指令缓存器的运行时，会逐渐降低工作效率。
# Setting this too low may cause lag!
# 设置过低可能会导致延迟！
# Min: 0
# Max: 2147483647
I:levelMaintainerSleepMax=200
# The minimum interval between work ticks for the level maintainer.
# The level maintainer will gradually increase its work rate while running without obstruction.
# Setting this too low may cause lag!
# Min: 0
# Max: 2147483647
I:levelMaintainerSleepMin=12
}
massassembler {
大型分子装配室
# The base amount of energy consumed to perform one unit of work.
# 完成一次工作所消耗的能量
# Min: 0.0
# Max: 1.7976931348623157E308
D:energyPerWorkBase=16.0
# The additional energy consumed per unit of work for each installed coprocessor.
# 每个处理核心带来的额外能量消耗
# Min: 0.0
# Max: 1.7976931348623157E308
D:energyPerWorkUpgrade=1.0
# The idle power consumption of the mass assembly chamber.
# 分子装配室空闲时的能量消耗
# Min: 0.0
# Max: 1.7976931348623157E308
D:idlePower=3.0
# The size of the mass assembler's crafting job queue.
# 大型一体分子装配室的排队队列的大小
# Some crafting job data may be lost if this is decreased!
# 如果减少的话，一些装配数据可能会丢失！
# Min: 1
# Max: 2147483647
I:jobQueueSize=64
# The amount of work needed to complete one crafting job.
# 完成一次合成所需的工作量
# Min: 1
# Max: 2147483647
I:workPerJob=16
# The base amount of work performed per tick.
# 在没有处理核心时的基础处理工作量。
# If set to zero, the mass assembler will not do any work without a coprocessor installed.
# 如果这个值为0，那么在没有处理器的时候将不会工作。
# Min: 0
# Max: 2147483647
I:workPerTickBase=1
# The additional work performed per tick for each installed coprocessor.
# 每个处理核心额外完成的工作量
# Min: 1
# Max: 2147483647
I:workPerTickUpgrade=3
}
}
