View source for Configuration/0.5 Alpha 1 (NeoForge)

This page explains every option in Voluminous Energy's config files for '''1.21.1 (0.5 Alpha 1 to 1b), 26.1.2 and 26.2 (0.5 Alpha 1)''' (NeoForge). The defaults and descriptions are taken from the 26.2-0.5 Alpha 1 release. See [[Configuration]] for where the files are and how to edit them.

== <code>voluminousenergy/voluminousenergy-startup.toml</code> ==
A startup config: it is read once when the game starts, so changes need a restart.

=== General ===
TOML section: <code>[General]</code>
<div class="ve-scroll">
{| class="wikitable" style="width:100%"
! Setting !! Default !! Allowed values !! Description
|-
| <code>Allow Extraction from Input Tanks</code> || false || true / false || Allow pipes to extract fluids from fluid input tanks. Disabling this means that only fluid outputs can be extracted from Tile Entites<br>''When false (the default), pipes can only pull fluid out of a machine's output tanks. When true, they can also drain input tanks.''
|-
| <code>Acid Damage</code> || 3 || 0 to max float || Damage taken from standing in an acid.<br>''Applies to Sulfuric Acid, Red Fuming Nitric Acid and White Fuming Nitric Acid blocks in the world. The damage is dealt as fire damage while an entity is inside the acid.''
|-
| <code>Acid Fire Duration</code> || 4 || 0 to max int || Duration of fire on an entity for stepping into an acid.<br>''An entity inside an acid is also set on fire for this many ticks.''
|-
| <code>Solarium Protective Sheath</code> || 2560 || 0 to max int || How many uses a Solarium tool can have before the protective sheath is depleted<br>''Solarium tools have a protective sheath that absorbs this many uses before the tool itself starts to take damage.''
|-
| <code>Solarium Sheath Regeneration Chance</code> || 0.0175 || 0 to 1 || The percent chance (as a decimal) of a Solarium sheath regenerating on a tick when exposed to skylight<br>''Each tick a Solarium tool is in the inventory of a player or mob that can see the sky, this is the chance that its sheath regains one use (up to the maximum). 0.0175 is a 1.75% chance per tick.''
|-
| <code>Decrement Speed On No Power</code> || 5 || 1 to 20 || Speed of which progress should be undone at a machine when the machine loses power/FE<br>''Not used by the code in this version: changing it has no effect.''
|}
</div>
=== Food ===
TOML section: <code>[Food]</code>
<div class="ve-scroll">
{| class="wikitable" style="width:100%"
! Setting !! Default !! Allowed values !! Description
|-
| <code>Cooked Rice Nutrition</code> || 5 || 1 to max int || Nutritional value of Cooked Rice.
|-
| <code>Cooked Rice Saturation</code> || 0.3 || greater than 0, up to max float || Saturation of Cooked Rice.
|-
| <code>Rice Tick Chance</code> || 0.5 || greater than 0, up to 1 || Chance of Rice crop going to next life stage.<br>''Chance, on each random tick, that a [[Rice]] crop grows to its next stage.''
|}
</div>
=== World Generation ===
==== Feature Generation ====
TOML section: <code>["World Generation"."Feature Generation"]</code>
<div class="ve-scroll">
{| class="wikitable" style="width:100%"
! Setting !! Default !! Allowed values !! Description
|-
| <code>Enable Logging</code> || false || true / false || Enable/Disable Logging of Word Generation information for Voluminous Energy features and Ores<br>''Writes a line to the game log for every feature and ore Voluminous Energy adds to a biome. Useful for checking a datapack or config change, very noisy otherwise.''
|}
</div>
==== Climate Spawns ====
TOML section: <code>["World Generation"."Climate Spawns"]</code>
<div class="ve-scroll">
{| class="wikitable" style="width:100%"
! Setting !! Default !! Allowed values !! Description
|-
| <code>Punch Holes in Climate Spawns</code> || true || true / false || To prevent continuous valid chunks, 'punch holes' by removing spawns from valid chunks (Ex: Reduce non-water or lava appearances for the Dimensional Laser)<br>''Applies to the [[Dimensional Laser]]. A chunk only yields a fluid if its climate (continentalness, erosion, humidity and temperature) matches one of the dimensional lasing recipes. When this is true, some matching chunks are made empty ("hole punched") so that fluid isn't available everywhere in a large region with the same climate. The decision is seeded from the chunk's climate values, so the same chunk always gives the same result.''
|-
| <code>Climate Spawns Hole Punch Multiplier</code> || 10,000 || 1 to max int || Multiply cumulative climate value by this multiplier <br>''The four climate values are added together and multiplied by this number to seed the random number generator used for hole punching.''
|-
| <code>Climate Spawns Hole Punch Bounding</code> || 100 || 10 to 10000 || Value to be used for binding the RNG <br>''The random number used for hole punching is drawn between 0 and this value (exclusive).''
|-
| <code>Climate Spawns Hole Punch Number Must Be Larger Than</code> || 47 || 1 to 10000 || If generated number is smaller than this value, the chunk will be 'hole punched'.<br>'''The config comment is backwards.''' In the code, a chunk is hole punched (made empty) when the random number is ''larger'' than this value. With the defaults (bounding 100, value 47), numbers 48 to 99 punch the chunk, so about 52% of chunks with a matching climate yield no fluid. Raise the value to make more chunks yield fluid.
|}
</div>
==== Ore Generation ====
===== Galena Ore Settings =====
TOML section: <code>["World Generation"."Ore Generation"."Galena Ore Settings"]</code>
<div class="ve-scroll">
{| class="wikitable" style="width:100%"
! Setting !! Default !! Allowed values !! Description
|-
| <code>Galena Light Glow Level</code> || 4 || 0 to 16 || ''Light level emitted by Galena Ore and Deepslate Galena Ore blocks (0 to 15).''
|}
</div>
===== Ore Deposit Generation =====
TOML section: <code>["World Generation"."Ore Generation"."Ore Deposit Generation"]</code>
<div class="ve-scroll">
{| class="wikitable" style="width:100%"
! Setting !! Default !! Allowed values !! Description
|-
| <code>Disallow surface ore deposits</code> || true || true / false || Prevent the generation of ore deposits with exposure to the world's surface<br>''When true, [[List of ore deposits|ore deposits]] are not placed where they can see the sky.''
|}
</div>
=== Primitive Stirling Generator ===
TOML section: <code>["Primitive Stirling Generator"]</code>
<div class="ve-scroll">
{| class="wikitable" style="width:100%"
! Setting !! Default !! Allowed values !! Description
|-
| <code>Maximum Power</code> || 100,000 || 0 to max int || Maximum power for the Primitive Stirling Generator to store<br>''Energy the machine can store, in FE.''
|-
| <code>Generation (Per Tick)</code> || 40 || 0 to max int || Power generation per tick<br>''Not used by the code in this version. The Primitive Stirling Generator produces a quarter of each fuel recipe's FE/t instead.''
|-
| <code>Output Rate</code> || 1000 || 0 to max int || Power generation to send per tick<br>''Maximum energy the generator can send out per tick, in FE/t.''
|}
</div>
=== Crusher ===
TOML section: <code>[Crusher]</code>
<div class="ve-scroll">
{| class="wikitable" style="width:100%"
! Setting !! Default !! Allowed values !! Description
|-
| <code>Maximum Power</code> || 5000 || 0 to max int || Maximum power for the Crusher to store<br>''Energy the machine can store, in FE.''
|-
| <code>Power Consumption</code> || 40 || 0 to max int || Power consumption per tick for the Crusher<br>''Energy used per tick while the machine is working, in FE/t.''
|-
| <code>Maximum Transfer</code> || 1000 || 0 to max int || Power I/O per tick for the Crusher<br>''Maximum energy the machine can receive (or, for generators, send out) per tick, in FE/t.''
|}
</div>
=== Electrolyzer ===
TOML section: <code>[Electrolyzer]</code>
<div class="ve-scroll">
{| class="wikitable" style="width:100%"
! Setting !! Default !! Allowed values !! Description
|-
| <code>Maximum Power</code> || 5000 || 0 to max int || Maximum Power for the Electrolyzer to store<br>''Energy the machine can store, in FE.''
|-
| <code>Power Consumption</code> || 40 || 0 to max int || Power consumption per tick for the Electrolyzer<br>''Energy used per tick while the machine is working, in FE/t.''
|-
| <code>Maximum Transfer</code> || 1000 || 0 to max int || Power I/O per tick for the Electrolyzer<br>''Maximum energy the machine can receive (or, for generators, send out) per tick, in FE/t.''
|}
</div>
=== Centrifugal Agitator ===
TOML section: <code>["Centrifugal Agitator"]</code>
<div class="ve-scroll">
{| class="wikitable" style="width:100%"
! Setting !! Default !! Allowed values !! Description
|-
| <code>Maximum Power</code> || 5000 || 0 to max int || Maximum Power for the Centrifugal Agitator to store<br>''Energy the machine can store, in FE.''
|-
| <code>Power Consumption</code> || 40 || 0 to max int || Power consumption per tick for the Centrifugal Agitator<br>''Energy used per tick while the machine is working, in FE/t.''
|-
| <code>Maximum Transfer</code> || 1000 || 0 to max int || Power I/O per tick for the Centrifugal Agitator<br>''Maximum energy the machine can receive (or, for generators, send out) per tick, in FE/t.''
|}
</div>
=== Compressor ===
TOML section: <code>[Compressor]</code>
<div class="ve-scroll">
{| class="wikitable" style="width:100%"
! Setting !! Default !! Allowed values !! Description
|-
| <code>Maximum Power</code> || 5000 || 0 to max int || Maximum Power for the Compressor to store<br>''Energy the machine can store, in FE.''
|-
| <code>Power Consumption</code> || 40 || 0 to max int || Power consumption per tick for the Compressor<br>''Energy used per tick while the machine is working, in FE/t.''
|-
| <code>Maximum Transfer</code> || 1000 || 0 to max int || Power I/O per tick for the Compressor<br>''Maximum energy the machine can receive (or, for generators, send out) per tick, in FE/t.''
|}
</div>
=== Stirling Generator ===
TOML section: <code>["Stirling Generator"]</code>
<div class="ve-scroll">
{| class="wikitable" style="width:100%"
! Setting !! Default !! Allowed values !! Description
|-
| <code>Maximum Power</code> || 5,120,000 || 0 to max int || Maximum Power for the Stirling Generator to store<br>''Energy the machine can store, in FE.''
|-
| <code>Fallback Generation Rate</code> || 128 || 0 to max int || Fallback value for power generation for the Stirling Generator<br>''Not used by the code in this version. The Stirling Generator produces each fuel recipe's FE/t instead.''
|-
| <code>Maximum Transfer</code> || 128,000 || 0 to max int || Maximum power to send out per tick for the Stirling Generator<br>''Maximum energy the machine can receive (or, for generators, send out) per tick, in FE/t.''
|}
</div>
=== Combustion Generator ===
TOML section: <code>["Combustion Generator"]</code>
<div class="ve-scroll">
{| class="wikitable" style="width:100%"
! Setting !! Default !! Allowed values !! Description
|-
| <code>Maximum Power</code> || 5,120,000 || 0 to max int || Maximum Power for the Combustion Generator to store<br>''Energy the machine can store, in FE.''
|-
| <code>Maximum Transfer</code> || 512,000 || 0 to max int || Maximum power to send out per tick for the Combustion Generator<br>''Maximum energy the machine can receive (or, for generators, send out) per tick, in FE/t.''
|-
| <code>Balanced Mode</code> || false || true / false || If true, the Combustion Generator will use the process time from the oxidizer's recipe rather than the static process time<br>''When false, every burn of 250 mB of fuel lasts "Fixed Process Time" ticks, whatever the oxidizer. When true, the burn time comes from the oxidizer instead.''
|-
| <code>Fixed Process Time</code> || 1600 || 0 to max int || The fixed process time for the Combustion Generator is Balanced Mode is not used.<br>''Length of one burn (250 mB of fuel) in ticks. A bucket of fuel therefore lasts 4 × this value. See [[List of Fuels]].''
|}
</div>
=== Aqueoulizer ===
TOML section: <code>[Aqueoulizer]</code>
<div class="ve-scroll">
{| class="wikitable" style="width:100%"
! Setting !! Default !! Allowed values !! Description
|-
| <code>Maximum Power</code> || 5000 || 0 to max int || Maximum Power for the Aqueoulizer to store<br>''Energy the machine can store, in FE.''
|-
| <code>Power Consumption</code> || 40 || 0 to max int || Power consumption per tick for the Aqueoulizer<br>''Energy used per tick while the machine is working, in FE/t.''
|-
| <code>Maximum Transfer</code> || 1000 || 0 to max int || Power I/O per tick for the Aqueoulizer<br>''Maximum energy the machine can receive (or, for generators, send out) per tick, in FE/t.''
|}
</div>
=== Air Compressor ===
TOML section: <code>["Air Compressor"]</code>
<div class="ve-scroll">
{| class="wikitable" style="width:100%"
! Setting !! Default !! Allowed values !! Description
|-
| <code>Maximum Power</code> || 5000 || 0 to max int || Maximum Power for the Air Compressor to store<br>''Energy the machine can store, in FE.''
|-
| <code>Power Consumption</code> || 24 || 0 to max int || Power consumption per tick for the Air Compressor<br>''Energy used per tick while the machine is working, in FE/t.''
|-
| <code>Maximum Transfer</code> || 1000 || 0 to max int || Power I/O per tick for the Air Compressor<br>''Maximum energy the machine can receive (or, for generators, send out) per tick, in FE/t.''
|}
</div>
=== Distillation Unit ===
TOML section: <code>["Distillation Unit"]</code>
<div class="ve-scroll">
{| class="wikitable" style="width:100%"
! Setting !! Default !! Allowed values !! Description
|-
| <code>Maximum Power</code> || 5000 || 0 to max int || Maximum Power for the Distillation Unit to store<br>''Energy the machine can store, in FE.''
|-
| <code>Power Consumption</code> || 64 || 0 to max int || Power consumption per tick for the Distillation Unit<br>''Energy used per tick while the machine is working, in FE/t.''
|-
| <code>Maximum Transfer</code> || 2500 || 0 to max int || Power I/O per tick for the Distillation Unit<br>''Maximum energy the machine can receive (or, for generators, send out) per tick, in FE/t.''
|}
</div>
=== Pump ===
TOML section: <code>[Pump]</code>
<div class="ve-scroll">
{| class="wikitable" style="width:100%"
! Setting !! Default !! Allowed values !! Description
|-
| <code>Maximum Power</code> || 5000 || 0 to max int || Maximum Power for the Pump to store<br>''Energy the machine can store, in FE.''
|-
| <code>Power Consumption</code> || 128 || 0 to max int || Power consumption per tick for the Pump<br>''Energy used per tick while the machine is working, in FE/t.''
|-
| <code>Maximum Transfer</code> || 1000 || 0 to max int || Power I/O per tick for the Pump<br>''Maximum energy the machine can receive (or, for generators, send out) per tick, in FE/t.''
|-
| <code>Pump Check Cycles Per Tick</code> || 200 || 1 to max int || How many blocks should be checked per tick for fluids<br>''How many block positions the [[Pump]] checks each tick while searching its 45 × 45 area for source blocks. Higher values find fluid faster but cost more server time.''
|}
</div>
=== Electric Furnace ===
TOML section: <code>["Electric Furnace"]</code>
<div class="ve-scroll">
{| class="wikitable" style="width:100%"
! Setting !! Default !! Allowed values !! Description
|-
| <code>Maximum Power</code> || 5000 || 0 to max int || Maximum Power for the Electric Furnace to store
|-
| <code>Power Consumption</code> || 64 || 0 to max int || Power consumption per tick for the Electric Furnace<br>''Energy used per tick while the machine is working, in FE/t.''
|-
| <code>Maximum Transfer</code> || 1000 || 0 to max int || Power I/O per tick for the Electric Furnace<br>''Maximum energy the machine can receive (or, for generators, send out) per tick, in FE/t.''
|}
</div>
=== Battery Box ===
TOML section: <code>["Battery Box"]</code>
<div class="ve-scroll">
{| class="wikitable" style="width:100%"
! Setting !! Default !! Allowed values !! Description
|-
| <code>Maximum Power</code> || 50,000 || 0 to max int || Maximum Power for the Battery Box to store<br>''Energy the machine can store, in FE.''
|-
| <code>Maximum Transfer</code> || 5000 || 0 to max int || Power I/O per tick for the Battery Box<br>''Maximum energy the machine can receive (or, for generators, send out) per tick, in FE/t.''
|}
</div>
=== Primitive Solar Panel ===
TOML section: <code>["Primitive Solar Panel"]</code>
<div class="ve-scroll">
{| class="wikitable" style="width:100%"
! Setting !! Default !! Allowed values !! Description
|-
| <code>Maximum Power</code> || 100,000 || 0 to max int || Maximum Power for the Primitive Solar Panel to store<br>''Energy the machine can store, in FE.''
|-
| <code>Generation Rate</code> || 64 || 0 to max int || Value for power generation for the Primitive Solar Panel
|-
| <code>Maximum Transfer</code> || 1000 || 0 to max int || Maximum power to send out per tick for the Primitive Solar Panel<br>''Maximum energy the machine can receive (or, for generators, send out) per tick, in FE/t.''
|}
</div>
=== Solar Panel ===
TOML section: <code>["Solar Panel"]</code>
<div class="ve-scroll">
{| class="wikitable" style="width:100%"
! Setting !! Default !! Allowed values !! Description
|-
| <code>Maximum Power</code> || 250,000 || 0 to max int || Maximum Power for the Solar Panel to store<br>''Energy the machine can store, in FE.''
|-
| <code>Generation Rate</code> || 128 || 0 to max int || Value for power generation for the Solar Panel
|-
| <code>Maximum Transfer</code> || 5000 || 0 to max int || Maximum power to send out per tick for the Solar Panel<br>''Maximum energy the machine can receive (or, for generators, send out) per tick, in FE/t.''
|}
</div>
=== Centrifugal Separator ===
TOML section: <code>["Centrifugal Separator"]</code>
<div class="ve-scroll">
{| class="wikitable" style="width:100%"
! Setting !! Default !! Allowed values !! Description
|-
| <code>Maximum Power</code> || 5000 || 0 to max int || Maximum Power for the Centrifugal Separator to store<br>''Energy the machine can store, in FE.''
|-
| <code>Power Consumption</code> || 40 || 0 to max int || Power consumption per tick for the Centrifugal Separator<br>''Energy used per tick while the machine is working, in FE/t.''
|-
| <code>Maximum Transfer</code> || 1000 || 0 to max int || Power I/O per tick for the Centrifugal Separator<br>''Maximum energy the machine can receive (or, for generators, send out) per tick, in FE/t.''
|}
</div>
=== Implosion Compressor ===
TOML section: <code>["Implosion Compressor"]</code>
<div class="ve-scroll">
{| class="wikitable" style="width:100%"
! Setting !! Default !! Allowed values !! Description
|-
| <code>Maximum Power</code> || 128,000 || 0 to max int || Maximum Power for the Implosion Compressor to store<br>''Energy the machine can store, in FE.''
|-
| <code>Power Consumption</code> || 128 || 0 to max int || Power consumption per tick for the Implosion Compressor<br>''Energy used per tick while the machine is working, in FE/t.''
|-
| <code>Maximum Transfer</code> || 2500 || 0 to max int || Power I/O per tick for the Implosion Compressor<br>''Maximum energy the machine can receive (or, for generators, send out) per tick, in FE/t.''
|}
</div>
=== Blast Furnace ===
TOML section: <code>["Blast Furnace"]</code>
<div class="ve-scroll">
{| class="wikitable" style="width:100%"
! Setting !! Default !! Allowed values !! Description
|-
| <code>Maximum Power</code> || 512,000 || 0 to max int || Maximum Power for the Blast Furnace to store<br>''Energy the machine can store, in FE.''
|-
| <code>Power Consumption</code> || 256 || 0 to max int || Power consumption per tick for the Blast Furnace<br>''Energy used per tick while the machine is working, in FE/t.''
|-
| <code>Maximum Transfer</code> || 10,000 || 0 to max int || Power I/O per tick for the Blast Furnace<br>''Maximum energy the machine can receive (or, for generators, send out) per tick, in FE/t.''
|-
| <code>Heat Source Consumption</code> || 50 || 0 to 4000 || Amount of fluid that is consumed per blasting operation for heat<br>''Amount of the hot fluid (for example Lava) the [[Blast Furnace]] uses per operation. The fluid must be at least as hot as the recipe's minimum temperature.''
|}
</div>
=== Sawmill ===
TOML section: <code>[Sawmill]</code>
<div class="ve-scroll">
{| class="wikitable" style="width:100%"
! Setting !! Default !! Allowed values !! Description
|-
| <code>Maximum Power</code> || 512,000 || 0 to max int || Maximum Power for the Sawmill to store<br>''Energy the machine can store, in FE.''
|-
| <code>Power Consumption</code> || 64 || 0 to max int || Power consumption per tick for the Sawmill<br>''Energy used per tick while the machine is working, in FE/t.''
|-
| <code>Maximum Transfer</code> || 10,000 || 0 to max int || Power I/O per tick for the Sawmill<br>''Maximum energy the machine can receive (or, for generators, send out) per tick, in FE/t.''
|-
| <code>Allow logs without recipe</code> || true || true / false || true/false, Allow the use of logs that don't have a proper Sawmill recipe
|-
| <code>Fluid location</code> || voluminousenergy:tree_sap || text || Resource Location of the fluid that will be generated when processing a log without a recipe
|-
| <code>Fluid Amount</code> || 250 || 0 to 4000 || Amount of fluid that will be generated when processing a log without a recipe
|-
| <code>Second output item resource location</code> || voluminousenergy:saw_dust || text || Resource Location of the second output item when processing a log without a recipe
|-
| <code>Second output amount</code> || 1 || 0 to 64 || Item amount of the second output item when processing a log without a recipe
|-
| <code>Processing time</code> || 200 || 0 to max int || Processing time when processing a log without a recipe
|-
| <code>Primary output amount</code> || 6 || 1 to 64 || Amount of the primary item (typically a plank) that will be generated when finished processing a log without a recipe
|-
| <code>Number of logs to consume</code> || 1 || 1 to 64 || Amount of the input item (typically a log) that will be consumed when finished processing a log without a recipe
|}
</div>
=== Tank Blocks ===
TOML section: <code>["Tank Blocks"]</code>
<div class="ve-scroll">
{| class="wikitable" style="width:100%"
! Setting !! Default !! Allowed values !! Description
|-
| <code>Solarium Tank Capacity</code> || 2,147,483 || 0 to 2147483 || Maximum tank capacity in Buckets<br>''Capacity in buckets. Multiply by 1,000 for mB. The maximum, 2,147,483 buckets, is the largest amount a fluid tank can hold (2,147,483,647 mB).''
|-
| <code>Eighzo Tank Capacity</code> || 536,870 || 0 to 2147483 || Maximum tank capacity in Buckets<br>''Capacity in buckets. Multiply by 1,000 for mB. The maximum, 2,147,483 buckets, is the largest amount a fluid tank can hold (2,147,483,647 mB).''
|-
| <code>Nighalite Tank Capacity</code> || 67,108 || 0 to 2147483 || Maximum tank capacity in Buckets<br>''Capacity in buckets. Multiply by 1,000 for mB. The maximum, 2,147,483 buckets, is the largest amount a fluid tank can hold (2,147,483,647 mB).''
|-
| <code>Netherite Tank Capacity</code> || 8388 || 0 to 2147483 || Maximum tank capacity in Buckets<br>''Capacity in buckets. Multiply by 1,000 for mB. The maximum, 2,147,483 buckets, is the largest amount a fluid tank can hold (2,147,483,647 mB).''
|-
| <code>Titanium Tank Capacity</code> || 524 || 0 to 2147483 || Maximum tank capacity in Buckets<br>''Capacity in buckets. Multiply by 1,000 for mB. The maximum, 2,147,483 buckets, is the largest amount a fluid tank can hold (2,147,483,647 mB).''
|-
| <code>Aluminum Tank Capacity</code> || 64 || 0 to 2147483 || Maximum tank capacity in Buckets<br>''Capacity in buckets. Multiply by 1,000 for mB. The maximum, 2,147,483 buckets, is the largest amount a fluid tank can hold (2,147,483,647 mB).''
|}
</div>
=== Tooling Station ===
TOML section: <code>["Tooling Station"]</code>
<div class="ve-scroll">
{| class="wikitable" style="width:100%"
! Setting !! Default !! Allowed values !! Description
|-
| <code>Maximum Power</code> || 5000 || 0 to max int || Maximum Power for the Tooling Station to store
|-
| <code>Maximum Transfer</code> || 1000 || 0 to max int || Power I/O per tick for the Tooling Station
|}
</div>
=== Fluid Electrolyzer ===
TOML section: <code>["Fluid Electrolyzer"]</code>
<div class="ve-scroll">
{| class="wikitable" style="width:100%"
! Setting !! Default !! Allowed values !! Description
|-
| <code>Maximum Power</code> || 128,000 || 0 to max int || Maximum Power for the Fluid Electrolyzer to store<br>''Energy the machine can store, in FE.''
|-
| <code>Power Consumption</code> || 128 || 0 to max int || Power consumption per tick for the Fluid Electrolyzer<br>''Energy used per tick while the machine is working, in FE/t.''
|-
| <code>Maximum Transfer</code> || 25,000 || 0 to max int || Power I/O per tick for the Fluid Electrolyzer<br>''Maximum energy the machine can receive (or, for generators, send out) per tick, in FE/t.''
|}
</div>
=== Fluid Mixer ===
TOML section: <code>["Fluid Mixer"]</code>
<div class="ve-scroll">
{| class="wikitable" style="width:100%"
! Setting !! Default !! Allowed values !! Description
|-
| <code>Maximum Power</code> || 128,000 || 0 to max int || Maximum Power for the Fluid Mixer to store<br>''Energy the machine can store, in FE.''
|-
| <code>Power Consumption</code> || 96 || 0 to max int || Power consumption per tick for the Fluid Mixer<br>''Energy used per tick while the machine is working, in FE/t.''
|-
| <code>Maximum Transfer</code> || 25,000 || 0 to max int || Power I/O per tick for the Fluid Mixer<br>''Maximum energy the machine can receive (or, for generators, send out) per tick, in FE/t.''
|}
</div>
=== Hydroponic Incubator ===
TOML section: <code>["Hydroponic Incubator"]</code>
<div class="ve-scroll">
{| class="wikitable" style="width:100%"
! Setting !! Default !! Allowed values !! Description
|-
| <code>Maximum Power</code> || 128,000 || 0 to max int || Maximum Power for the Hydroponic Incubator to store<br>''Energy the machine can store, in FE.''
|-
| <code>Power Consumption</code> || 96 || 0 to max int || Power consumption per tick for the Hydroponic Incubator<br>''Energy used per tick while the machine is working, in FE/t.''
|-
| <code>Maximum Transfer</code> || 25,000 || 0 to max int || Power I/O per tick for the Hydroponic Incubator<br>''Maximum energy the machine can receive (or, for generators, send out) per tick, in FE/t.''
|}
</div>
=== Dimensional Laser ===
TOML section: <code>["Dimensional Laser"]</code>
<div class="ve-scroll">
{| class="wikitable" style="width:100%"
! Setting !! Default !! Allowed values !! Description
|-
| <code>Maximum Power</code> || 536,870,911 (2,147,483,647 ÷ 4) || 0 to max int || Maximum Power for the Dimensional Laser to store<br>''Energy the machine can store, in FE.''
|-
| <code>Power Consumption</code> || 1024 || 0 to max int || Power consumption per tick for the Dimensional Laser<br>''Energy used per tick while the machine is working, in FE/t.''
|-
| <code>Maximum Transfer</code> || 134,217,727 (2,147,483,647 ÷ 16) || 0 to max int || Power I/O per tick for the Dimensional Laser<br>''Maximum energy the machine can receive (or, for generators, send out) per tick, in FE/t.''
|-
| <code>Fluid Extraction Rate</code> || 250 || 0 to 4000 || For each time an extraction is complete, how much fluid should be extracted from the chunk and placed in the output tank
|-
| <code>Process Time</code> || 20 || 0 to max int || How long should it take (it ticks) to extract a fluid from a chunk for a single extraction<br>''Ticks between two extractions, after the laser has finished starting up.''
|}
</div>

== <code>voluminousenergy/voluminousenergy-client.toml</code> ==
A client config: display options only. It has no effect on a server.

=== General ===
TOML section: <code>[General]</code>
<div class="ve-scroll">
{| class="wikitable" style="width:100%"
! Setting !! Default !! Allowed values !! Description
|-
| <code>Use Biome Water Colour</code> || true || true / false || When rendering water in tanks, use the water's biome appropriate colour, instead of the generic universal water colour.<br>''Client only. Water shown in tank GUIs and tank blocks uses the colour of the biome the block is in.''
|-
| <code>Shorten Item Tooltip Values</code> || true || true / false || When displaying larger numbers on a tooltip of an item you hover over, change the units to keep the numbers small (eg 1 B instead of 1000 mB).
|-
| <code>Shorten Power Bar Values</code> || true || true / false || When displaying larger numbers on a tooltip for the machines power bar, change the units to keep the numbers small (eg 1 kFE instead of 1000 FE).
|-
| <code>Shorten Tank Tooltip Values</code> || true || true / false || When displaying larger numbers on a tooltip for a tank you hovered over, change the units to keep the numbers small (eg 1 B instead of 1000 mB).
|}
</div>

[[Category:Configuration]]