Config reference · Enthalpy Docs

Enthalpy's settings live in enthalpy-server.toml, in each world's serverconfig folder (or defaultconfigs to set them for every new world). They're server settings: in multiplayer the server's values apply, and players don't need a copy. Recipes, fuel values and fish yields aren't here; they're data, changed by datapack (see Recipe and data formats).

Processing machines#

Energy use and buffers shared by every processing machine. In enthalpy-server.toml under [machines].

Setting	Default	Range	What it does
`energyCapacity`	20,000	1 to no limit	Energy buffer of processing machines before upgrades, in FE
`energyPerTick`	20	1 to no limit	FE per tick a processing machine spends while working, before upgrades
`kilnEnergyPerCookingTick`	10	1 to no limit	FE the Resistive Kiln spends per tick of a smelting recipe's vanilla cooking time
`maxEnergyInput`	1,000	1 to no limit	Maximum FE per tick a processing machine accepts before upgrades

Engines#

Output, buffers and fuel values for the four engines. In enthalpy-server.toml under [engines].

Setting	Default	Range	What it does
`caloricEnergyPerBurnTick`	25	1 to no limit	Caloric Engine FE per tick of a fuel's furnace burn time, before caloricFuelEfficiency Items in data/enthalpy/data_maps/item/caloric_fuels.json use their fixed value instead
`caloricFuelEfficiency`	1.5	0.01 to 100	Multiplies the FE the Caloric Engine gets from burn time, rounded to the nearest 250 FE (1.5: coal gives 60,000 FE)
`energyCapacity`	20,000	1 to no limit	Energy buffer of the Caloric Engine before upgrades, in FE
`energyPerTick`	40	1 to no limit	FE per tick the Caloric Engine generates while burning, before upgrades
`fluidTankCapacity`	8,000	1,000 to no limit	Fuel tank size of the Igneous, Ignition and Kettle engines, in mB
`igneousEnergyPerTick`	80	1 to no limit	FE per tick the Igneous Engine generates while burning, before upgrades. Fuel values are in data/enthalpy/data_maps/fluid/igneous_fuels.json
`ignitionEnergyPerTick`	100	1 to no limit	FE per tick the Ignition Engine generates while burning, before upgrades. Fuel values are in data/enthalpy/data_maps/fluid/ignition_fuels.json
`kettleEnergyPerTick`	80	1 to no limit	FE per tick the Kettle Engine generates while burning, before upgrades. Fuel values are in data/enthalpy/data_maps/fluid/kettle_fuels.json
`maxEnergyOutput`	1,000	1 to no limit	Maximum FE per tick the Caloric Engine pushes out before upgrades

Voltaic Cell#

Capacity and transfer per tier. In enthalpy-server.toml under [voltaicCell].

Setting	Default	Range	What it does
`capacity`	1,250,000 / 2,500,000 / 3,750,000 / 5,000,000 / 7,500,000		Voltaic Cell energy capacity per tier, in FE: base, tempered, fortified, luminous, harmonic
`transfer`	1,000 / 2,000 / 3,000 / 4,000 / 6,000		Voltaic Cell input and output limit per tier, in FE/t: base, tempered, fortified, luminous, harmonic. The Tesla module's wireless output shares the output limit

Upgrades#

What tier kits and modules multiply. In enthalpy-server.toml under [upgrades].

Setting	Default	Range	What it does
`capacityMultipliers`	1 / 2 / 4 / 8 / 16		Energy buffer and transfer multiplier per tier: base, tempered, fortified, luminous, harmonic
`celerityCostIncrease`	0.5	0 to 100	Extra energy per operation per Celerity module (0.5 = +50%)
`celeritySpeedBonus`	0.5	0 to 100	Extra speed per Celerity module (0.5 = +50%)
`economizerEfficiency`	0.5	0 to 100	Each Economizer module divides energy per operation by (1 + this), and grows the energy buffer by the same factor. With the defaults, equal numbers of Celerity and Economizer modules cancel out exactly.
`engineEconomizerCapacityBonus`	0.25	0 to 100	In engines, each Economizer module grows the energy buffer by this much (0.25 = +25%)
`engineEconomizerFuelBonus`	0.3438	0 to 100	In engines, each Economizer module adds this much FE per unit of fuel (0.34375 = +34.375%), while each Celerity module divides it by (1 + celerityCostIncrease). With the defaults, 8 Celerity and 8 Economizer modules leave an engine at 75% of its base FE per fuel, and 8 Economizers alone at 375%.
`rateMultipliers`	1 / 2 / 3 / 4 / 6		Energy rate (and therefore speed) multiplier per tier: base, tempered, fortified, luminous, harmonic

Aquifer#

Water output and the Irrigation and Lumen modules. In enthalpy-server.toml under [aquifer].

Setting	Default	Range	What it does
`lumenGrowthBonus`	0.5	0 to 16	Extra plant growth speed per Lumen module while grow lights are on (0.5 = +50%)
`minTankCapacity`	4,000	1,000 to no limit	Smallest Aquifer tank, in mB. The tank always holds at least one tick of output
`moduleBaseRadius`	4	1 to 64	Radius the first Irrigation or Lumen module covers, in blocks (a water block hydrates farmland within 4)
`moduleRadiusBonus`	0.5	0 to 16	Extra radius per Irrigation or Lumen module after the first (0.5 = +50% of the base radius)
`waterPerTick`	250 / 1,000 / 8,000 / 64,000 / 2,147,483,647		Water the Aquifer makes per tick, in mB, per tier: base, tempered, fortified, luminous, harmonic

Ecotone#

Breeding, harvests, nutrients, modules and running costs. In enthalpy-server.toml under [ecotone].

Setting	Default	Range	What it does
`breedTicks`	200	1 to no limit	Average ticks for each pair of fish to breed one more, before tier speed (200 = one every 10 seconds)
`breedingsPerFishMeal`	1.5	0.1 to 64	Breedings each Fish Meal in the Ecotone's meal slot feeds. At 1.5, one cod farm's ground cod feeds three resource farms
`energyPerTick`	60	0 to no limit	FE per tick the Ecotone draws by day, before its tier speed. After dark it draws twice this, and needs a Lumen module
`fishMealBonusChance`	0.5	0 to 1	While fed Fish Meal, the chance each resource yield is doubled (0.5 = +50% on average)
`harvestTicks`	480	1 to no limit	Ticks between harvests for each planted crop, before tier speed. 480 matches one and a half fully planted 9x9 fields of wheat
`infusionBonusChance`	0.5	0 to 1	With an Infusion module, the chance any other resource yield is doubled
`infusionJackpotChance`	0.2	0 to 1	With an Infusion module, the chance a nugget yield is 9 nuggets instead
`infusionNuggetCount`	3	1 to 9	With an Infusion module, how many nuggets a nugget-yielding fish gives instead of one
`moduleShift`	0.25	0 to 0.25	Each Feeder module beyond the Filtration modules adds this share to breeding and takes it from crop growth; Filtration modules do the reverse. At 0.25, four of one kind double one side and stop the other
`nutrientEffect`	0.5	0 to 1	How strongly the Ecotone's fish-to-crop balance trades crop growth against breeding. At 0.5, a tank of nothing but fish waste grows crops 50% faster and breeds 50% slower, and the reverse for very clean water
`prizedBonusChance`	0.5	0 to 0.5	Per Prized parent in an Ecotone row, the chance each resource yield is doubled (0.5: one gives +50%, two double it)
`prizedChance`	0.01	0 to 1	Chance any fish bred in an Ecotone or Spawning Basin is Prized. Prized parents breed ordinary young
`speed`	1 / 1.5 / 2 / 2.5 / 3		Ecotone speed per tier, which also scales its FE and water use: base, tempered, fortified, luminous, harmonic
`waterPerTick`	50	0 to no limit	Water the Ecotone uses per tick, in mB, before its tier speed

Spawning Basin#

Breeding speed and running costs. In enthalpy-server.toml under [spawningBasin].

Setting	Default	Range	What it does
`breedTicks`	200	1 to no limit	Ticks for the Spawning Basin's pair to breed once, before tier speed (200 = every 10 seconds). Each breeding eats one fish food
`energyPerTick`	40	0 to no limit	FE per tick the Spawning Basin draws while breeding, before its tier speed
`speed`	1 / 1.5 / 2 / 3 / 4		Spawning Basin speed per tier, which also scales its FE and water use: base, tempered, fortified, luminous, harmonic
`uncatalysedSpeed`	0.25	0.01 to 1	Speed of the Spawning Basin when its pair has no catalyst to mutate with, using the same FE and water per tick
`waterPerTick`	5	0 to no limit	Water the Spawning Basin uses per tick while breeding, in mB, before its tier speed

Brine Accretor#

How fast crystals grow. In enthalpy-server.toml under [brineAccretor].

Setting	Default	Range	What it does
`energyPerTick`	100	1 to no limit	FE per tick the Brine Accretor spends growing a crystal; it takes no kits, so this sets its speed

Haddock Howitzer#

Damage, power-up, splash, crystals, brakes and Rail Scales. In enthalpy-server.toml under [haddockHowitzer].

Setting	Default	Range	What it does
`cooldownTicks`	20	1 to 1,200	Ticks between shots
`damage`	8	0 to 1,000	Damage a raw fish deals from a quick shot, before its ammo bonus in data/enthalpy/data_maps/item/fish_ammo.json. Prized fish deal half as much again
`dischargeCooldownTicks`	15	1 to 1,200	Ticks after a beam before either attack can fire again; shots and beams share the howitzer's cooldown
`dischargeDamage`	0.5	0 to 10	With a muzzle brake, left click fires a beam of the crystal's element, hitting for this share of a quick shot of raw fish
`dischargeEnergy`	250	0 to no limit	FE each beam costs
`dischargeRange`	24	4 to 64	Blocks the beam reaches
`energyCapacity`	100,000	1 to no limit	FE the howitzer holds
`energyPerShot`	500	0 to no limit	FE each shot costs
`fullPower`	3	1 to 100	Damage multiplier of a fully powered shot; shorter holds scale between 1 and this
`fullPowerTicks`	60	1 to 1,200	Ticks a shot takes to power up fully while use is held
`galvanicFieldRadius`	2	0.5 to 8	How far the field reaches, as a multiple of the splash's reach
`galvanicFieldTicks`	100	20 to 1,200	Galvanic: ticks the shot's field lingers on the ground where it lands
`galvanicPull`	0.03	0 to 1	Speed added each tick drawing hostile mobs near the field back toward its middle, bar bosses; 0 for none
`galvanicPulseDamage`	0.15	0 to 10	Damage the field does each second to everything in it, as a share of the shot's hit with Power
`hydricEchoTicks`	10	1 to 200	A socketed crystal changes the splash. Hydric: ticks before the splash comes again, as an echo
`hydricSlowLevel`	2	1 to 10	Level of that Slowness
`hydricSlowTicks`	60	0 to 1,200	Ticks of Slowness the Hydric splash and its echo put on what they hit, which they also root like the katana's water
`ironBallDamage`	3.5	0 to 1,000	With an Iron Muzzle Brake, left click fires a plain ball instead of a beam, hitting the first mob for this much
`ironBallRange`	16	4 to 64	Blocks the ball reaches
`maxEnergyInput`	2,000	1 to no limit	Maximum FE per tick the howitzer takes while charging
`muzzleBrakeDamage`	3 / 7 / 11 / 16 / 22		A muzzle brake adds to every shot's damage before the power-up multiplies it: Iron, Netherite, Allthemodium, Vibranium, Unobtainium
`pyricBlastDamage`	0.6	0 to 10	Damage the blast does to everything else in reach, as a share of the shot's hit with Power
`pyricBlastRadius`	2	1 to 8	Pyric: the shot explodes in place of its splash, breaking no blocks, reaching this many times as far
`pyricBurnSeconds`	4	0 to 60	Seconds the shot and its blast set alight what they hit
`railScaleCooldownTicks`	20	1 to 1,200	Ticks after rapid fire ends before either attack can fire again
`railScaleEnergyPerSecond`	500	0 to no limit	FE per second while firing with Rail Scales
`railScaleInaccuracy`	6 / 3.5 / 2 / 0.8 / 0.15		Vanilla inaccuracy of a Rail Scale's rapid shots, one per scale: wider for Iron, near straight for Vibrant Alloy
`railScaleIntervalTicks`	6 / 5 / 5 / 4.5 / 4.4		Ticks between Rail Scales' rapid shots, one per scale: Iron, Netherite, Conductive Iron, Energetic Alloy, Vibrant Alloy
`railScaleVelocity`	3 / 3.3 / 3.3 / 3.45 / 3.75		Blocks per tick of a Rail Scale's rapid shots, one per scale
`splashDamage`	0.3	0 to 10	Damage the splash does to everything else in reach, as a share of the shot's hit with Power
`splashRadius`	3	0 to 16	Blocks round a fully powered shot's impact its splash reaches; a quick shot's reaches half as far

Kingfish Katana#

Damage per tier, lunges, elements and the Extendable Blade. In enthalpy-server.toml under [kingfishKatana].

Setting	Default	Range	What it does
`damage`	6 / 8 / 10 / 13 / 17		Attack damage per tier: base, Tempered, Fortified, Luminous, Harmonic
`extensionChainDamage`	0.35	0 to 10	Share of the thrust's damage dealt to each of five chain targets
`extensionCrashDamage`	0.5	0 to 10	Attack damage multiplier for the separate impact at the end of the flame sweep
`extensionCrashRadius`	4.5	0.5 to 12
`extensionFlameCooldownTicks`	80	1 to 1,200
`extensionFlameDamage`	1	0 to 10
`extensionLightningCooldownTicks`	60	1 to 1,200
`extensionLightningDamage`	1	0 to 10
`extensionRange`	12	1 to 32
`extensionWaterCooldownTicks`	30	1 to 1,200
`extensionWaterFlurryDamage`	1.8	0 to 30	Total attack damage multiplier shared across nine pressure thrusts, two ticks apart
`flameArmourBypass`	0.15 / 0.2 / 0.25 / 0.3 / 0.35		Share of the hit that ignores the target's armour
`flameBurnSeconds`	3 / 4 / 5 / 6 / 7		Seconds flame sets its target alight for
`flameBurstDamage`	0.5	0 to 10	Damage the burst does to each, as a share of the lunge's hit, Sharpness and the like included
`flameBurstRadius`	3 / 3.4 / 3.75 / 4.1 / 4.5		Blocks round the end of a flame lunge its burst reaches, setting alight and knocking back everything in range
`lightningChainDamage`	0.35	0 to 10	Damage each chained target takes, as a share of the hit
`lightningChainRange`	4 / 4.5 / 5 / 5.5 / 6		Blocks lightning reaches from the target to chain
`lightningChainTargets`	1 / 2 / 2 / 3 / 3		How many nearby mobs lightning chains to
`lightningShock`	0.15	0 to 10	Extra damage lightning adds to the hit, as a share of it
`lightningWetRange`	2	0 to 16	Extra chain range when the target is in water or rain
`lungeCooldownTicks`	60	1 to 1,200	Ticks between lunges
`lungeDamage`	1.5	0 to 100	A lunge hits everything on its path once, for this many times the katana's attack damage
`lungeDistance`	6	1 to 16	Blocks a fully drawn lunge covers; the shortest draw covers two thirds of it
`waterLungeCooldownTicks`	14	1 to 1,200	lungeCooldownTicks for water
`waterLungeDamage`	0.5	0 to 100	lungeDamage for water, the nimble element: it hits softer but lunges more often
`waterSlowLevel`	1 / 1 / 2 / 2 / 3		Level of that Slowness
`waterSlowTicks`	30 / 40 / 50 / 60 / 80		Elements: water with no crystal socketed, lightning from a Galvanic Crystal, flame from a Pyric Crystal. They act on lunges and fully charged swings. Lists run base, Tempered, Fortified, Luminous, Harmonic: kits amplify the element. Ticks of Slowness water puts on its target
`waterStunImmunityTicks`	40	0 to 1,200	Ticks after a stun before the same target can be stunned again, so it can't be held in place
`waterStunTicks`	10	0 to 200	Ticks water roots a target in place; bosses (c:bosses) are only slowed

Outputs#

Which mod's item a recipe gives when it outputs a tag. In enthalpy-server.toml under [outputs].

Setting	Default	Range	What it does
`preferredMods`	minecraft / alltheores / thermal / mekanism / immersiveengineering / create		When a recipe outputs a tag (e.g. c:dusts/tin), items from these mods are preferred in this order. Enthalpy's own items are only used when no other mod provides one.