Colossal Reactors: FTB Evolution 2 config options

Dump full reactor validation to log (info level). Default: false

Log reactor simulation (heat sink rod/adj/nonAdj, weights, fuel/energy mult) each tick. Default: false

Log why the Melter is not advancing when it has input (no recipe, fluid not found, heat product). Default: false

Does not enable radiation in Colossal Reactors reactors. Enable radiation management features (Radiation Scrubber, Radiation Cure). When true and Mekanism is installed, items and recipes appear in creative tab and are craftable. Default: false

Dump full turbine validation to log (info level). Default: false

Log turbine simulation (coil/blade eff, steam, RF/tick). Default: false

Log high-conduction power port OP push details (Brandon's Core / Draconic). Default: false

Reactor unstability. Default: false

Mekanism radiation integration. Default: false

Iska Utils freelag explosion on meltdown (requires iska_utils in the pack). Default: false

Alex's Caves explosion integration. Default: false

Interior-span thermal stress divides overheating-based cooling RF (longest interior edge). Larger reactors need higher overheating tiers (datapack) for stability. Default: true

Apply the same thermal stress factor to fluid coolant overheating (water/steam path). Default: true

If false, reactor is valid only with exactly one reactor controller on its outer faces. If true, multiple controllers allowed. Default: false

Require balanced blade rings (4, 8, 12... per rod) for runtime validation and steam cap. Default: true

If false, turbine is valid only with exactly one turbine controller. Default: false

When true, disables uranium ore generation in the world. Default: false

When true, disables lead ore generation in the world. Default: false

When true, disables boron ore generation in the world. Few mods add boron; useful to keep only boron. Default: false

When true, disables chromium ore generation in the world. Default: false

When true, disables californium End ore generation. Default: false

When rodEnergyScalingMode=1: exponent for n^exp. Smaller = flatter for large reactors. Default: 0.90

Maximum reactor width (X or Z). Default: 65

Maximum reactor length (X or Z). Default: 64

Maximum reactor height (Y). Default: 65

Max mB steam per tick counted per valid balanced blade. Default: 1000

Maximum turbine width (X or Z). Default: 65

Maximum turbine length (X or Z). Default: 65

Maximum turbine height (Y). Default: 65

How many build steps to execute per tick while building. Higher = faster, but heavier server load. Default: 2

Reactor Builder internal fluid tank capacity in mB. Default: 64000

Maximum stability when reactor unstability is enabled. Default: 1000

Interior block count at or below: base cooling/production ratio only (forgiving for small reactors). Default: 4096

Reference interior size where extra required ratio reaches maximum (huge reactors need top-tier coolant). Default: 262144

At stress volume, required cooling/production ratio is base (0.85) plus this value. Default: 0.11

Reference interior span in blocks where factor is neutral (~1 after clipping). Typical small interior ~5 for a 7-shell reactor. Default: 5

Minimum interior span used in the stress curve (clip). Default: 3

Exponent for (L/L_ref)^gamma; lower = gentler growth with size. Default: 0.38

Stress strength: factor = 1 + alpha * ((L/L_ref)^gamma - 1). Default: 0.45

Melter internal fluid tank capacity in mB. Default: 64000

Energy (RF) consumed per scrub tick when the machine runs. Default: 100

Energy buffer capacity in RF. Default: 10000

Scrub radius in blocks (distance from machine)

Ticks between each scrub pass. Default: 10

Base multiplier for how much radiation is removed per scrub (applied to datapack effectiveness). Default: 100

Base mB of radioactive gas destroyed per tick (100 RF per tick). With catalyst: base * gas_mult from datapack. Default: 10

Energy scaling mode vs effectiveRodCount. 0=Legacy (n*log), 1=Power (n^exp), 2=Saturating (n/(1+n/k)). Default: 1

When rodEnergyScalingMode=2: saturation constant k for n/(1+n/k). Default: 600

Fuel scaling mode vs effectiveRodCount. 0=Legacy (n*log), 1=Power (n^exp), 2=Saturating (n/(1+n/k)). Default: 1 (linear exponent=1.0 keeps old behavior)

When rodFuelScalingMode=1: exponent for n^exp. Default: 1.00 (linear; keeps old behavior)

When rodFuelScalingMode=2: saturation constant k for n/(1+n/k). Default: 600

Max fuel units per reactor rod (shared capacity). Default: 10000

Minimum RF/t produced by any running reactor. Default: 500

Minimum fuel units consumed per tick. Default: 0.05

As reactor grows, curve advantage fades. 0 = always sqrt; 400 = big reactors closer to linear. Default: 400

Consumption scale factor for empirical curve. Default: 1.72

RF efficiency loss factor. Default: 0.2

Fuel efficiency factor. Default: 1

Production multiplier. Default: 1

Consumption multiplier. Default: 1

Weight for coolant cells touching a rod (Refrigerante 0). Default: 1.0

Weight for coolant cells not touching any rod (Refrigerante 1). Default: 0.5

Extra divisor for fuel consumption with heat sinks (MB%%). Default: 1.35

Scale RF produced with heat sink formula. Default: 1.16

Scale fuel consumption with heat sinks. Default: 1.21

Penalty per horizontal neighbor (rod or border). Default: 0.25

Ticks between reactor structure re-validation when ON (e.g. 200 = 10s). Default: 200

Production multiplier for turbine RF output. Default: 1

Consumption multiplier for turbine steam input. Default: 1

Fallback RF per mB steam when datapack entry is missing. Default: 4

Default coil-layer setting in turbine builder (GUI shows this + 1). Default: 1 (= 2 layers in GUI)

Minimum RF/t produced by any running turbine. Default: 0

Maximum blade distance from a turbine rod in blocks (ring index). Each complete ring adds four blades. Default 31 allows a 63x63 internal span with the rod at the center ((63 - 1) / 2).

Blade efficiency bonus per ascending layer (+3%% = 0.03). Default: 0.03

Blade efficiency malus per descending layer after bonus break. Default: 0.03

Steam input buffer capacity (mB) per valid balanced blade in the turbine controller, same idea as reactor coolant per rod (10000). Output condensate stays one tick on ports. Default: 10000

Build steps per tick while building. Default: 2

Turbine Builder internal fluid tank capacity in mB. Default: 64000

Efficiency for air or unknown blocks in coil zone. Default: 0.3

Ticks between turbine structure re-validation when ON. Default: 200