public void config() { String category = "Block.OreFluid"; String comment = "If TRUE, Clathrates will create fluid when broken."; enableBreakFluid = ThermalFoundation.CONFIG.get(category, "FluidOnBreaking", enableBreakFluid, comment); }
public static void config() { String category = "Device.Tapper"; BlockDevice.enable[TYPE] = ThermalExpansion.CONFIG.get(category, "Enable", true); String comment = "If TRUE, the Arboreal Extractor will REQUIRE Phyto-Gro to operate."; requireFertilizer = ThermalExpansion.CONFIG.get(category, "RequireFertilizer", requireFertilizer, comment); comment = "Adjust this value to set the number of cycles Phyto-Gro lasts."; boostCycles = ThermalExpansion.CONFIG.getConfiguration().getInt("FertilizerDuration", category, boostCycles, 2, 64, comment); }
public static void config() { String category = "Device.MobCatcher"; BlockDevice.enable[TYPE] = ThermalExpansion.CONFIG.get(category, "Enable", true); String comment = "Adjust this value to change the capture radius for the Creature Encaptulator."; radius = ThermalExpansion.CONFIG.getConfiguration().getInt("Radius", category, radius, 2, 16, comment); }
public static void config() { String category = "Device.WaterGen"; BlockDevice.enable[TYPE] = ThermalExpansion.CONFIG.get(category, "Enable", true); String comment = "If TRUE, the Aqueous Accumulator will act as an Infinite Source and will also function in the Nether."; infiniteSource = ThermalExpansion.CONFIG.get(category, "Infinite", infiniteSource, comment); comment = "If TRUE, the Aqueous Accumulator will produce water very slowly even without adjacent source blocks."; passiveGen = ThermalExpansion.CONFIG.get(category, "PassiveGeneration", passiveGen, comment); // comment = "If TRUE, the Aqueous Accumulator will only function in Rivers and Oceans."; // biomeRestriction = ThermalExpansion.CONFIG.get(category, "BiomeRestriction", biomeRestriction, comment); }
public static void config() { String category = "Dynamo.Reactant"; enable = ThermalExpansion.CONFIG.get(category, "Enable", true); String comment = "Adjust this value to change the Energy generation (in RF/t) for a Reactant Dynamo. This base value will scale with block level and Augments."; basePower = ThermalExpansion.CONFIG.getConfiguration().getInt("BasePower", category, basePower, MIN_BASE_POWER, MAX_BASE_POWER, comment); ENERGY_CONFIG.setDefaultParams(basePower, smallStorage); }
public static void register(IRecipeCategoryRegistration registry) { String category = "Plugins.JEI"; enable = ThermalExpansion.CONFIG_CLIENT.get(category, "Machine.Brewer", enable); if (!enable) { return; } IJeiHelpers jeiHelpers = registry.getJeiHelpers(); IGuiHelper guiHelper = jeiHelpers.getGuiHelper(); registry.addRecipeCategories(new BrewerRecipeCategory(guiHelper)); }
public static void config() { String category = "Dynamo.Gourmand"; enable = ThermalExpansion.CONFIG.get(category, "Enable", true); String comment = "Adjust this value to change the Energy generation (in RF/t) for a Gourmand Dynamo. This base value will scale with block level and Augments."; basePower = ThermalExpansion.CONFIG.getConfiguration().getInt("BasePower", category, basePower, MIN_BASE_POWER, MAX_BASE_POWER, comment); ENERGY_CONFIG.setDefaultParams(basePower, smallStorage); }
public static void register(IRecipeCategoryRegistration registry) { String category = "Plugins.JEI"; enable = ThermalExpansion.CONFIG_CLIENT.get(category, "Dynamo.Enervation", enable); if (!enable) { return; } IJeiHelpers jeiHelpers = registry.getJeiHelpers(); IGuiHelper guiHelper = jeiHelpers.getGuiHelper(); registry.addRecipeCategories(new EnervationFuelCategory(guiHelper)); }
public static void config() { String category = "Dynamo.Magmatic"; enable = ThermalExpansion.CONFIG.get(category, "Enable", true); String comment = "Adjust this value to change the Energy generation (in RF/t) for a Magmatic Dynamo. This base value will scale with block level and Augments."; basePower = ThermalExpansion.CONFIG.getConfiguration().getInt("BasePower", category, basePower, MIN_BASE_POWER, MAX_BASE_POWER, comment); ENERGY_CONFIG.setDefaultParams(basePower, smallStorage); }
public static void register(IRecipeCategoryRegistration registry) { String category = "Plugins.JEI"; enable = ThermalExpansion.CONFIG_CLIENT.get(category, "Machine.Charger", enable); if (!enable) { return; } IJeiHelpers jeiHelpers = registry.getJeiHelpers(); IGuiHelper guiHelper = jeiHelpers.getGuiHelper(); registry.addRecipeCategories(new ChargerRecipeCategory(guiHelper)); }
public static void config() { String category = "Dynamo.Enervation"; enable = ThermalExpansion.CONFIG.get(category, "Enable", true); String comment = "Adjust this value to change the Energy generation (in RF/t) for an Enervation Dynamo. This base value will scale with block level and Augments."; basePower = ThermalExpansion.CONFIG.getConfiguration().getInt("BasePower", category, basePower, MIN_BASE_POWER, MAX_BASE_POWER, comment); ENERGY_CONFIG.setDefaultParams(basePower, smallStorage); }
public static void register(IRecipeCategoryRegistration registry) { String category = "Plugins.JEI"; enable = ThermalExpansion.CONFIG_CLIENT.get(category, "Dynamo.Compression", enable); if (!enable) { return; } IJeiHelpers jeiHelpers = registry.getJeiHelpers(); IGuiHelper guiHelper = jeiHelpers.getGuiHelper(); registry.addRecipeCategories(new CompressionFuelCategory(guiHelper)); }
public static void config() { String category = "Dynamo.Steam"; enable = ThermalExpansion.CONFIG.get(category, "Enable", true); String comment = "Adjust this value to change the Energy generation (in RF/t) for a Steam Dynamo. This base value will scale with block level and Augments."; basePower = ThermalExpansion.CONFIG.getConfiguration().getInt("BasePower", category, basePower, MIN_BASE_POWER, MAX_BASE_POWER, comment); ENERGY_CONFIG.setDefaultParams(basePower, smallStorage); }
public static void register(IRecipeCategoryRegistration registry) { String category = "Plugins.JEI"; enable = ThermalExpansion.CONFIG_CLIENT.get(category, "Machine.Transposer", enable); if (!enable) { return; } IJeiHelpers jeiHelpers = registry.getJeiHelpers(); IGuiHelper guiHelper = jeiHelpers.getGuiHelper(); registry.addRecipeCategories(new TransposerRecipeCategoryFill(guiHelper)); registry.addRecipeCategories(new TransposerRecipeCategoryExtract(guiHelper)); }
public static void config() { String category = "Machine.Transposer"; BlockMachine.enable[TYPE] = ThermalExpansion.CONFIG.get(category, "Enable", true); String comment = "Adjust this value to change the Energy consumption (in RF/t) for a Fluid Transposer. This base value will scale with block level and Augments."; basePower = ThermalExpansion.CONFIG.getConfiguration().getInt("BasePower", category, basePower, MIN_BASE_POWER, MAX_BASE_POWER, comment); ENERGY_CONFIGS[TYPE] = new EnergyConfig(); ENERGY_CONFIGS[TYPE].setDefaultParams(basePower, smallStorage); }
public static void register(IRecipeCategoryRegistration registry) { String category = "Plugins.JEI"; enable = ThermalExpansion.CONFIG_CLIENT.get(category, "Machine.Smelter", enable); if (!enable) { return; } IJeiHelpers jeiHelpers = registry.getJeiHelpers(); IGuiHelper guiHelper = jeiHelpers.getGuiHelper(); registry.addRecipeCategories(new SmelterRecipeCategory(guiHelper)); registry.addRecipeCategories(new SmelterRecipeCategoryPyrotheum(guiHelper)); }
public static void config() { String category = "Machine.Extruder"; BlockMachine.enable[TYPE] = ThermalExpansion.CONFIG.get(category, "Enable", true); String comment = "Adjust this value to change the Energy consumption (in RF/t) for an Igneous Extruder. This base value will scale with block level and Augments."; basePower = ThermalExpansion.CONFIG.getConfiguration().getInt("BasePower", category, basePower, MIN_BASE_POWER, MAX_BASE_POWER, comment); ENERGY_CONFIGS[TYPE] = new EnergyConfig(); ENERGY_CONFIGS[TYPE].setDefaultParams(basePower, smallStorage); }
public static void register(IRecipeCategoryRegistration registry) { String category = "Plugins.JEI"; enable = ThermalExpansion.CONFIG_CLIENT.get(category, "Machine.Insolator", enable); if (!enable) { return; } IJeiHelpers jeiHelpers = registry.getJeiHelpers(); IGuiHelper guiHelper = jeiHelpers.getGuiHelper(); registry.addRecipeCategories(new InsolatorRecipeCategory(guiHelper)); registry.addRecipeCategories(new InsolatorRecipeCategoryTree(guiHelper)); }
public static void config() { String category = "Machine.Brewer"; BlockMachine.enable[TYPE] = ThermalExpansion.CONFIG.get(category, "Enable", true); String comment = "Adjust this value to change the Energy consumption (in RF/t) for a BREWER. This base value will scale with block level and Augments."; basePower = ThermalExpansion.CONFIG.getConfiguration().getInt("BasePower", category, basePower, MIN_BASE_POWER, MAX_BASE_POWER, comment); ENERGY_CONFIGS[TYPE] = new EnergyConfig(); ENERGY_CONFIGS[TYPE].setDefaultParams(basePower, smallStorage); }
public static void register(IRecipeCategoryRegistration registry) { String category = "Plugins.JEI"; enable = ThermalExpansion.CONFIG_CLIENT.get(category, "Machine.Compactor", enable); if (!enable) { return; } IJeiHelpers jeiHelpers = registry.getJeiHelpers(); IGuiHelper guiHelper = jeiHelpers.getGuiHelper(); registry.addRecipeCategories(new CompactorRecipeCategory(guiHelper)); registry.addRecipeCategories(new CompactorRecipeCategoryCoin(guiHelper)); registry.addRecipeCategories(new CompactorRecipeCategoryGear(guiHelper)); }