Phoenix's Fission

StartupEvents.registry("block", event => {
    event.create('aether_flow_cooler', 'phoenixcore:fission_cooler')
        .displayName('Aether-Flow Cooler')
        .coolerTemperature(1025)
        // Cooling power given per cooler (HU/t). If total cooling doesn’t meet reactor needs,
        // core heat rises and meltdown logic will eventually trigger.
        .coolantUsagePerTick(10) // The amount of coolant this cooler uses per tick. Additive logic is a config value.
        .tier(3) // Used for explosion scaling + progression/tier logic.
        .requiredCoolantMaterialId('phoenixcore:frost') // The "cold" coolant from running reactors, only the primary cooler defines this.
        .outputCoolantFluidId('phoenixcore:warm_frost') // The "hot" coolant from running reactors, only the primary cooler defines this.
        .coolerMaterial(() => GTMaterials.get('tungsten_steel'))
        .texture('kubejs:block/fission/aether_flow_cooler'); // Also needs a texture the same name with _active appended to the end.

    event.create('high_density_driver_rod', 'phoenix_fission:fission_fuel_rod')
        .displayName('High-Density Driver Rod')
        .baseHeatProduction(50) // The amount of heat each rod produces/t before moderator effects.
        .durationTicks(1200) // The amount of time at base before it tries to consume another use of fuel.
        .amountPerCycle(1) // The amount of fuel it eats per cycle.
        .neutronBias(1) // Refers directly to breeder rod output fuel instability, does nothing by itself.
        .tier(3) // Handles primary rod and explosion logic.
        .fuelKey('gtceu:uranium_235_nugget') // The input fuel.
        .outputKey('gtceu:depleted_uranium_235_nugget') // The output "depleted" fuel.
        .rodMaterial(() => GTMaterials.get('stainless_steel')) // Uses for some internal names.
        .texture('kubejs:block/fission/high_density_driver_rod'); // Also requires a texture with _active appended.

    event.create('niobium_modified_silicon_carbide_moderator', 'phoenixcore:fission_moderator')
        .displayName('Nb-SiC Moderator')
        .EUBoost(15) // Handles how much each moderator boosts eu generation.
        .fuelDiscount(5) // Improves efficiency of fuels by extending time between each use.
        .tier(4) // Used for explosion scaling + primary-moderator selection.
        .moderatorMaterial(() => GTMaterials.get('niobium_modified_silicon_carbide')) // Used for some internal names.
        .texture('kubejs:block/fission/niobium_sic_moderator');
        // Moderators don’t require an active texture.

    event.create('uranium_blanket_rod', 'phoenix_fission:fission_blanket_rod')
     .displayName('U-238 Blanket Rod')
     .tier(2) // Used to decide what rod is primary.
     .durationTicks(2400)
        // The amount of time in ticks it takes at base to consume one instance of the input fuel item.
     .amountPerCycle(1) // The amount of fuel used per durationTicks.
     .inputKey('gtceu:uranium_238_nugget') // Fully realized Forge ID for input fuel.
     .addOutput('gtceu:plutonium_nugget', 70, 1) // Fully realized list of Forge IDs for output fuel,
     .addOutput('gtceu:plutonium_241_nugget', 20, 3)
     // The first digit for the outputs list is the weight, aka the chance of said output.
     .addOutput('gtceu:plutonium_238_nugget', 10, 4) // The second digit for the list is the instability.
     // If the driver rod has a high spectrum bias, a higher instability means this fuel output will have a higher weight.
     .blanketMaterial(() => GTMaterials.get('uranium_238'))
     .texture('kubejs:block/fission/uranium_blanket_rod'); // Also needs a texture the same name with _active appended to the end.
});