NuclearCraft Neoteric: Project Infinity 0.1 config options

Base RF/tick consumed while running.

Max interior size (cube edge, odd).

Min interior size (cube edge, odd).

Base RF/tick consumed while running.

Max size (cube edge, odd).

Min size (cube edge, odd).

Base energy requirement per accelerator.

Base heat capacity per accelerator block. Total capacity = base * block count. Larger accelerators = larger thermal mass.

Beam attenuation rate. Defines how much focus is lost per block in the beamline. Default value is 0.02, which means 2% energy loss per block. It also depends on scale preset

The scaling factor for the beam attenuation equation.

Maximum representable temperature (Kelvin). Heat is mapped to [0, MAX_TEMP] using capacity.

How long an overheated accelerator remains disabled, in ticks.

Minimal energy of input particle for ring accelerators in kEV.

Accelerators size scale. Defines size range for accelerators and affects calculations. Size chart according to the scale: 1 - min size = 6, max size = 100 2 - min size = 60, max size = 1000 3 - min size = 600, max size = 10000

Thermal conductivity of casing. Used for external (biome) heat exchange. Higher = faster equalization to ambient temperature.

Max exterior size (cube edge, odd).

Min exterior size (cube edge, odd).

Hide particles from JEI/EMI

How many cells around each player are scanned for spawning

Allow the anomaly to set nearby flammable blocks on fire. Disable to prevent fire spread.

Water source blocks within 3 blocks needed to extinguish it (counterplay)

Side length, in blocks, of each square placement cell

Free energy buffer (FE) an adjacent battery must offer to neutralise it. 10 MFE = 10,000,000 FE.

Master switch for the Wasteland anomaly system

Absorbed blocks needed to trigger the collapse explosion (counterplay)

Allow the anomaly to remove (absorb) nearby blocks. Disable to prevent terrain edits.

Per-tick chance to fling a caught living entity upward

Upward velocity applied when a living entity is launched. ~2.0 hurls them well into the sky.

Extra radius/pull multiplier gained as the anomaly absorbs mass. 0 = no growth; 1.0 = up to 2x radius and pull at the collapse threshold.

Per-tick velocity added toward the centre at the edge of the radius

Ticks a spawned vex lives before vanishing. 0 = no limit (persistent).

Max vexes allowed within radius before spawning is suppressed. 0 disables vex spawning.

Average ticks between vex spawns (actual timing jittered +/-25%)

Radiation dose applied to each living entity within radius per emit (scaled by distance falloff). Same units as the player radiation capability.

Enable the per-variant anomaly post-process shaders (distortion/glow/lightning). Disable on weak GPUs.

Duration (ticks) of the applied buff; keep above the refresh interval

Effect ids excluded from the crystal analysis buff pool

How often (ticks) carried analyzed crystals re-apply their buff

Relative weights for the rarity rolled when a crystal is analyzed

Drop resonite shards when an anomaly is resolved through its counterplay

Probability (0..1) that a given placement cell contains an anomaly

Base URL of the Designs Hub API

Enable the Designs Hub: browse/upload/vote on shared fission reactor designs

Decay Generator base power gen

Multiplier for all power generation in the mod

Solar panel power generation: du, elite, advanced, basic

Allow solar panel registration: du, elite, advanced, basic

Allow rtg registration: uranium_rtg, americium_rtg, plutonium_rtg, californium_rtg

rtg generation: uranium_rtg, americium_rtg, plutonium_rtg, californium_rtg

rtg radiation: uranium_rtg, americium_rtg, plutonium_rtg, californium_rtg

Steam turbine (one block) base power gen

Allow block registration: basic_voltaic_pile, elite_voltaic_pile, advanced_voltaic_pile, basic_lithium_ion_battery, elite_lithium_ion_battery, du_lithium_ion_battery, du_voltaic_pile, advanced_lithium_ion_battery

Storage: basic_voltaic_pile, elite_voltaic_pile, advanced_voltaic_pile, basic_lithium_ion_battery, elite_lithium_ion_battery, du_lithium_ion_battery, du_voltaic_pile, advanced_lithium_ion_battery

This only counts if GTCEU is supported

This only counts if GTCEU is supported How many energy upgrades are needed for processor to reach next energy tier

This only counts if GTCEU is supported

This only counts if GTCEU is supported

Tiers: ULV, LV, MV, HV, EV, IV, LuV, ZPM, UV, UHV, UEV, UIV, UXV, OpV, MAX ONLY_FE - Only FE energy system is used ONLY_GTCEU - Only GregTech Energy system is used GTCEU_AND_FE - Both systems are used, but GTCEU is preferred

This only counts if GTCEU is supported Explode machines when input energy is more than max input This doesn't count FE energy input

This only counts if GTCEU is supported

This only counts if GTCEU_AND_FE compatibility used Output FE/t will be limited to max GTCEU output Formula: FE/t = voltage * amperage * (EU to FE convertion rate, usually 4)

This only counts if GTCEU is supported

This only counts if GTCEU is supported

Debug logging. Enable in case of issues to collect more data

Energy moved per active-pull operation, per connector (FE)

Fluid moved per active-pull operation, per connector (mB)

Items moved per active-pull operation, per connector

Node budget for a single pipe network's flood-fill discovery; caps recompute cost

Ticks between active pipe transfer passes

Whole-chunk packets resent to clients per server tick during detonation. Raise to make blast visible to players faster; bandwidth cost scales with player count.

If true, bombs mutate chunk sections directly and resend whole chunks instead of using server.setBlock per op. ~50-100x faster but skips neighbor updates, fluid flow, falling-block triggers, and Forge block events inside the blast. Set false to roll back to vanilla setBlock path.

Ticks between redstone arming and detonation (default 60 = 3 s)

Block ops applied per server tick during detonation (default 2048)

Horizontal blast radius in blocks (default 128 = 8 chunks)

Vertical blast radius in blocks (default 64)

Beam impact block break radius (0 disables block breaking)

Cooldown between beam shots, in ticks

Beam direct hit damage

Muzzle flash FX duration after a beam shot, in ticks

Quantite charge cost per beam shot

Beam radiation dose applied on direct hit

Beam maximum range in blocks

Cooldown between pulse shots, in ticks

Pulse projectile damage on direct hit

Muzzle flash FX duration after a pulse shot, in ticks

Quantite charge cost per pulse shot

Pulse radiation dose applied on direct hit

Allow barrel registration: advanced_barrel, basic_barrel, elite_barrel, du_barrel

Barrel capacity in Buckets: advanced_barrel, basic_barrel, elite_barrel, du_barrel

Blocks to store items, fluids, etc... Allow container registration: advanced_barrel, basic_barrel, elite_barrel, du_barrel

How much coolant active heat sink will consume per tick.

If true, active coolers will be counted in placement rules for other heat sinks.

Rate at which steam recipes produced.

Affects how much energy reactors produce.

How much reactor may collect heat before meltdown.

Affects how relation of reactor cooling and heating affects to FE generation.

Limit for heat_multiplier max value.

Reactor max size.

Reactor min size.

Each attachment of moderator to fuel cell will increase fuel FE generation by given percent value.

Each attachment of moderator to fuel cell will increase fuel heat generation by given percent value.

Explosion size if reactor overheats. 4 - TNT size. Set to 0 to disable explosion.

If you don't need reactor boiling mode, just disable.

Reactor max size.

Reactor min size.

Number of pebbles that can be stored per fuel cell. Determines the maximum pebble capacity.

mB of shared internal volume contributed per fuel cell block. Salt, coolant and pebbles all draw from this budget.

Depletion multiplier. Affects how long fuel lasts.

Heat multiplier. Affects to all fuels.

Heat multiplier affects on heat/cooling ratio multiplier.

Magnetic field strength: niobium_tin_electromagnet, magnesium_diboride_electromagnet, bscco_electromagnet, niobium_titanium_electromagnet, basic_electromagnet

Power consumption (FE/t): niobium_tin_electromagnet, magnesium_diboride_electromagnet, bscco_electromagnet, niobium_titanium_electromagnet, basic_electromagnet

If Electromagnets are registered.

Max reactor size.

Minimal magnetic field required to operate reactor. (Depends on reactor size).

Min reactor size.

Affects plasma energy to FE converion rate.

Explosion size if reactor overheats. 4 - TNT size. Set to 0 to disable explosion.

Affects heating rate for plasma by rf amplifiers.

Heat generation: basic_rf_amplifier, niobium_titanium_rf_amplifier, magnesium_diboride_rf_amplifier, niobium_tin_rf_amplifier, bscco_rf_amplifier

Power consumption (FE/t): basic_rf_amplifier, niobium_titanium_rf_amplifier, magnesium_diboride_rf_amplifier, niobium_tin_rf_amplifier, bscco_rf_amplifier

If RF Amplifier are registered.

Amplification Voltage: basic_rf_amplifier, niobium_titanium_rf_amplifier, magnesium_diboride_rf_amplifier, niobium_tin_rf_amplifier, bscco_rf_amplifier

Internal energy buffer (FE).

Standby FE/t consumed per interior heat exchanger block while powered by redstone. Recipes themselves are free; running out of energy halts processing.

Fluid tank capacity (mB) per interior heat exchanger block, for each tank.

Heat buffer capacity per interior heat exchanger block.

Multiblock max size.

Multiblock min size.

Heat removed from the buffer per tick (H/t) per radiator block in the shell. Passive: applies whenever the multiblock is formed.

Recipe progress units per server tick, per interior heat exchanger block.

Adjust rate of blackhole evaporation.

Enable blachole dstortion shader.

EXPL FE requirement.

Multiplier for kugelblitz chamber FE generation.

Laser burst distance.