# Configuration file
General {
Processing {
# The size of the fluix aggregator's enricy buffer.
# The energy cache of Faru Ix polymer
# Min: 1
# Max: 2147483647
I: aggregatorenergybuffer = 100000
# The base Energy Cost for Each Fluix Aggregation Operation Performed.
# Favoricus polymer energy consumption each time
# Min: 1
# Max: 2147483647
I: aggregatorenergycostBase = 8100
# The adDitional Energy Cost for Fluix Aggregation incurred by Each Acceleration Card.
# Each acceleration card consumes the additional energy consumption of Faru Ix polymer
# Min: 0
# Max: 2147483647
I: AggregatorenergyCostupGrade = 863
# The base number of ticks needed to complete one floix aggregation operation.
# Favoricus polymer
# Min: 1
# Max: 2147483647
I: aggregatorworkticksbase = 150
# The number of ticks by which each acceleration cardhaser,
# The time of each acceleration card to the Faru Ix polymer accelerates
# Min: 1
# Max: 2147483647
I: aggregatorWorktickSupgrade = 18
# The size of the public center's enricy buffer.
# 能 cache
# Min: 1
# MAX: 2147483647 I: CentrifugenerGybuffer = 100000
# The base Energy Cost for Each Center Operation Performed.
# The energy consumed by the pulse separation of the heart of each synthesis
# Min: 1
# Max: 2147483647
I: CentrifugenergyCostBase = 8100
# The adDitional Energy Cost for CentriFuging Incurred by Each Acceleration Card.
# Each acceleration card to the extra energy consumption brought by the pulse separation
# Min: 0
# Max: 2147483647
I: CentrifugenergyCostupGrade = 863
# The base number of ticks needed to complete one centericing operation.
# The time required for each synthesis of pulse separation
# Min: 1
# Max: 2147483647
I: Centrifugeworkticksbase = 150
# The number of ticks by who each acceleration cardhanas a Centrifuging operation.
# The time when each acceleration card is accelerated by the pulse separation
# Min: 1
# Max: 2147483647
I: CentrifugeworkTickSupgrade = 18
# The size of the crystal Energizer's Energy Buffer.
# The energy cache of the crystal filling energy device
# Min: 1
# Max: 2147483647
I: EnergizernerGybuffer = 100000
# The adDitional Energy Cost for Crystal Energization Incurred by Each Acceleration Card.
# Each acceleration card consumes the additional energy consumption of the crystal filling device # min: 0
# Max: 2147483647
I: EnergizernergyCostupGrade = 1625
# The base number of ticks needed to complete one crystal engine operation.
# The time required for the crystal filling energy to complete the synthesis
# Min: 1
# Max: 2147483647
I: EnergizerWorkticksbase = 150
# The number of ticks by which each acceleration cardhanas a crystal engine operation.
# The time when each acceleration card is accelerated to the crystal filling energy
# Min: 1
# Max: 2147483647
I: EnergizerWorktickSupgrade = 18
# The size of the circuit etcher's enricy buffer.
# ME Circuit Cable Energy Cache
# Min: 1
# Max: 2147483647
I: ETCHERENERGYBUFFER = 100000
# The base Energy Cost for Each Circuit ETCHING Operation Performed.
#ME Circuit Circuit Eclipse to complete the energy consumed by a synthetic
# Min: 1
# Max: 2147483647
I: ETCHERENERGYCOSTBASE = 8100
# The adDitional Energy Cost for Circuit ETCHING Incurred by Each Acceleration Card.
# Each acceleration card to the extra energy consumption brought by the ME circuit erosion
# Min: 0
# Max: 2147483647
I: ETCHERENERGYCOSTUPGRADE = 863
# The base number of ticks needed to Complete One Circuit Etching Operation.
# Min: 1
# Max: 2147483647
I: EtcherWorkticksbase = 150
# The number of ticks by which each acceleration cardhaser,
# The time of acceleration of each acceleration card to the ME circuit erosion priest
# Min: 1
# Max: 2147483647
I: ETCHERWORKSUPGRADE = 18
}
Networkdevices {
# The idle power consumption of the preemptive assembly unit.,,,,,
#
# Min: 0.0
# MAX: 1.7976931348623157E308
D: FastcraftidlePower = 6.0
# The idle power consumption of the level maintainer.
# Instruction cache cache's energy consumption when free
# Min: 0.0
# MAX: 1.7976931348623157E308
D: LevelmaintAINTAINERIDLEPOWER = 3.0
# The maximum interval between work ticks for the level maintainer.
# The maximum operating interval of the instruction cache
# The level maintainer will gradually reses work when some some some profressing.
# When something hinders the operation of the instruction cache, it will gradually reduce the efficiency of work.
# SETTING this too low may care lag!
# Setting too low may cause delay!
# Min: 0
# Max: 2147483647 I: levelmaintainersleepmax = 200
# The minimum interval, ticks for the level maintainer.
# The level mainainer will gradually increase its work rate running with appeization.
# SETTING this too low may care lag!
# Min: 0
# Max: 2147483647
I: Levelmaintainersleepmin = 12
}
Massassembler {
Large molecular assembly room
# The base amount of Energy Consumed to Perform One Unit of Work.
#
# Min: 0.0
# MAX: 1.7976931348623157E308
D: Energyperworkbase = 16.0
# The adDitional Energy Consumed Per Unit of Work for Each Installed Coprocessor.
# Each processing core consumption
# Min: 0.0
# MAX: 1.7976931348623157E308
D: EnergyperworkupGrade = 1.0
# The idle power consumption of the master assembly chamber.
# The energy consumption of the molecular assembly room is free
# Min: 0.0
# MAX: 1.7976931348623157E308
D: IdlePower = 3.0
# The size of the master assembler's crafting job queue.
# The size of the queuing queue in the large -scale integrated molecular assembly room
#Some crafting job data may be lost if this is decreased!
# If it is reduced, some assembly data may be lost!# Min: 1
# Max: 2147483647
I: jobsize = 64
# The amount of work needed to complete one crafting job.
# To complete the workload required for a synthesis
# Min: 1
# Max: 2147483647
I: workperjob = 16
# The base amount of work performed per two.
# The basic processing workload when there is no core.
# If Set to Zero, The Mass Assembler Will Not Do Any Work with A Coprocessor Installed.
# If this value is 0, it will not work when there is no processor.
# Min: 0
# Max: 2147483647
I: WorkpertickBase = 1
# The adDitional work performed per two for eACH Installed Coprocessor.
# Each processing of the core of the core
# Min: 1
# Max: 2147483647
I: WorkpertickupGrade = 3
}
}
