diff --git a/config/betterquesting/DefaultQuests.json b/config/betterquesting/DefaultQuests.json index d59da19927..c1f69cbd2d 100644 --- a/config/betterquesting/DefaultQuests.json +++ b/config/betterquesting/DefaultQuests.json @@ -328311,7 +328311,7 @@ "lockedProgress:1": 0, "autoClaim:1": 0, "isSilent:1": 0, - "desc:8": "No Description" + "desc:8": "This branch of the questline focuses on the IC2 nukes that work differently from the simple kind that is explored on the branch right next to this one. They are more powerful, but also require more setup.\n\nThe main two kinds are fluid nukes and vacuum nukes, which will be explained in the following quests. However, there are also other obscure types, such as wrench nukes, which might or might not work in the current version. Additionally, someone suggested you could disassemble a nuke to reset the heat amount?\n\nThose are memes, but if any new viable type of IC2 nuke is ever introduced, it will be explained in this section." } }, "tasks:9": { @@ -328359,20 +328359,7 @@ "taskID:8": "bq_standard:checkbox" } }, - "rewards:9": { - "0:10": { - "rewardID:8": "bq_standard:item", - "index:3": 0, - "rewards:9": { - "0:10": { - "id:8": "gregtech:gt.metaitem.01", - "Count:3": 1, - "Damage:2": 30002, - "OreDict:8": "" - } - } - } - } + "rewards:9": {} }, "3150:10": { "questID:3": 3150, @@ -328440,13 +328427,57 @@ "lockedProgress:1": 0, "autoClaim:1": 0, "isSilent:1": 0, - "desc:8": "The very first step into nuclear power is done with Thorium in an Industrialcraft2 nuke. This multiblock already has a good amount of information in the questbook, split between the EV and How to Generate Power pages, so you should look at those if you want even more information that might not be written here. For the sake of not repeating everything, this will be more of a summary.\n\nThorium nukes are better for creating other elements, specifically Lutetium, than for power. The best setup needs the maximum amount of chambers, 6, and a lot of components inside the reactor to burn 10 quad Thorium rods and generate 1920 EU/t, close to one EV amp. If you made 4 of these, you would get close to an IV amp, but this becomes very costly between the total 36 chambers and the recursive crafting of the components inside. The good news is that Thorium is a very cheap fuel, easily mined in the Nether, and recyclable in large amounts from depleted fuel rods.\n\nThis setup, and many others, can be found in the GTNH wiki in the \"Nuclear Reactors\" page. However, to display it here as best I can, this is the 1920 EU/t Thorium reactor:\n\nOPVOVOPPO\nEOOEOEOOE\nORRORORRO\nORRORORRO\nEOOEOEOOE\nOPPOVOVPO\n\nE -\u003e Component Heat Exchanger (8 needed)\nV -\u003e Component Heat Vent (4 needed)\nO -\u003e Overclocked Heat Vent (26 needed)\nR -\u003e Quad Fuel Rod of Thorium (10 needed)\nP -\u003e Reactor Plating (6 needed)\n\nYou can make this setup, if you wish, but the only required task to continue to the next quest are the 40 single Thorium rods. " + "desc:8": "The very first step into nuclear power is done with Thorium in an Industrialcraft2 nuke. This multiblock already has a good amount of information in the questbook, split between the EV and How to Generate Power pages, so you should look at those if you want even more information that might not be written here. For the sake of not repeating everything, this will be more of a summary.\n\nThorium nukes are better for creating other elements, specifically Lutetium, than for power. The best setup needs the maximum amount of chambers, 6, and a lot of components inside the reactor to burn 10 quad Thorium rods and generate 1920 EU/t, close to one EV amp. If you made 4 of these, you would get close to an IV amp, but this becomes very costly between the total 36 chambers and the recursive crafting of the components inside. The good news is that Thorium is a very cheap fuel, easily mined in the Nether, and recyclable in large amounts from depleted fuel rods.\n\nThis setup, and many others, can be found in the GTNH wiki in the \"Nuclear Reactors\" page. However, to display it here as best I can, this is the 1920 EU/t Thorium reactor:\n\nOPVOVOPPO\nEOOEOEOOE\nORRORORRO\nORRORORRO\nEOOEOEOOE\nOPPOVOVPO\n\nE -\u003e Component Heat Exchanger (8 needed)\nV -\u003e Component Heat Vent (4 needed)\nO -\u003e Overclocked Heat Vent (26 needed)\nR -\u003e Quad Fuel Rod of Thorium (10 needed)\nP -\u003e Reactor Plating (6 needed)\n\nYou can make this setup, if you wish, but the only required task to continue to the next quest are 10 single Thorium rods. " } }, "tasks:9": { "0:10": { + "partialMatch:1": 1, + "autoConsume:1": 0, + "groupDetect:1": 0, + "ignoreNBT:1": 1, "index:3": 0, - "taskID:8": "bq_standard:checkbox" + "consume:1": 0, + "requiredItems:9": { + "0:10": { + "id:8": "IC2:blockGenerator", + "Count:3": 1, + "Damage:2": 5, + "OreDict:8": "" + }, + "1:10": { + "id:8": "IC2:blockReactorChamber", + "Count:3": 6, + "Damage:2": 0, + "OreDict:8": "" + }, + "2:10": { + "id:8": "gregtech:gt.Quad_Thoriumcell", + "Count:3": 10, + "tag:10": {}, + "Damage:2": 0, + "OreDict:8": "" + } + }, + "taskID:8": "bq_standard:optional_retrieval" + }, + "1:10": { + "partialMatch:1": 1, + "autoConsume:1": 0, + "groupDetect:1": 0, + "ignoreNBT:1": 1, + "index:3": 1, + "consume:1": 0, + "requiredItems:9": { + "0:10": { + "id:8": "gregtech:gt.Thoriumcell", + "Count:3": 10, + "tag:10": {}, + "Damage:2": 0, + "OreDict:8": "" + } + }, + "taskID:8": "bq_standard:retrieval" } }, "rewards:9": {} @@ -328554,13 +328585,84 @@ "lockedProgress:1": 0, "autoClaim:1": 0, "isSilent:1": 0, - "desc:8": "Eventually, the previous nukes will not be big enough. You can make more of them, to get more power, but it\u0027s clear that you need something bigger. Bigger, literally. The next step in nuclear fission starts with a bigger multiblock, built on top of the original nuke. By surrounding it with a 5x5x5 cube of Reactor Pressure Vessels, it will become a different type of multiblock, the fluid nuke.\n\nAfter doing this, there\u0027s no direct EU generation anymore. The main output of a working fluid nuke is Hot Coolant, a fluid that can be turned into Steam or Superheated Steam in another multi, the Large Heat Exchanger (LHE). Steam means power, as you already know, so the obvious chain of processes here is a fluid nuke into an LHE, and then into Steam Turbines. These added steps are required to make EU from a nuke of this type (or, at least, they\u0027re the most popular way of doing it), but this work is rewarded by the final EU/t output of the setup, which is much larger than a regular nuke\u0027s output with the same amount of fuel.\n\nThe difference exists because regular nukes actually have a 50% penalty to EU/t. It\u0027s such a big step-up that, in reality, one fluid nuke is enough for IV power, if it\u0027s powerful enough. The one in this quest, though, is not that one, because fluid nukes in general have some additional complications that will be harder to deal with it. In fact, for this, you have the option to use Thorium as fuel and still get a good amount of power! What you will need are the fluid nuke blocks, but there is an optional task for this setup that only needs one LHE and two Steam Turbines." + "desc:8": "Eventually, the previous nukes will not be big enough. You can make more of them, to get more power, but it\u0027s clear that you need something bigger. Bigger, literally. The next step in nuclear fission starts with a bigger multiblock, built on top of the original nuke. By surrounding it with a 5x5x5 cube of Reactor Pressure Vessels, it will become a different type of multiblock, the fluid nuke.\n\nAfter doing this, there\u0027s no direct EU generation anymore. The main output of a working fluid nuke is Hot Coolant, a fluid that can be turned into Steam or Superheated Steam in another multi, the Large Heat Exchanger (LHE). Steam means power, as you already know, so the obvious chain of processes here is a fluid nuke into an LHE, and then into Steam Turbines. These added steps are required to make EU from a nuke of this type (or, at least, they\u0027re the most popular way of doing it), but this work is rewarded by the final EU/t output of the setup, which is much larger than a regular nuke\u0027s output with the same amount of fuel.\n\nThe difference exists because regular nukes actually have a 50% penalty to EU/t. It\u0027s such a big step-up that, in reality, one fluid nuke is enough for IV power, if it\u0027s powerful enough. The one in this quest, though, is not that one, because fluid nukes in general have some additional complications that will be harder to deal with it. In fact, for this, you have the option to use Thorium as fuel and still get a good amount of power! What you will need are the fluid nuke blocks, but there is an optional task for this setup that only needs some blocks from the setup." } }, "tasks:9": { "0:10": { + "partialMatch:1": 1, + "autoConsume:1": 0, + "groupDetect:1": 0, + "ignoreNBT:1": 1, + "index:3": 0, + "consume:1": 0, + "requiredItems:9": { + "0:10": { + "id:8": "IC2:blockGenerator", + "Count:3": 1, + "Damage:2": 5, + "OreDict:8": "" + }, + "1:10": { + "id:8": "IC2:blockReactorChamber", + "Count:3": 6, + "Damage:2": 0, + "OreDict:8": "" + } + }, + "taskID:8": "bq_standard:optional_retrieval" + }, + "1:10": { + "partialMatch:1": 1, + "autoConsume:1": 0, + "groupDetect:1": 0, + "ignoreNBT:1": 1, "index:3": 1, - "taskID:8": "bq_standard:checkbox" + "consume:1": 0, + "requiredItems:9": { + "0:10": { + "id:8": "IC2:blockreactorvessel", + "Count:3": 92, + "Damage:2": 0, + "OreDict:8": "" + }, + "1:10": { + "id:8": "IC2:blockReactorFluidPort", + "Count:3": 2, + "Damage:2": 0, + "OreDict:8": "" + }, + "2:10": { + "id:8": "IC2:blockReactorAccessHatch", + "Count:3": 2, + "Damage:2": 0, + "OreDict:8": "" + }, + "3:10": { + "id:8": "IC2:blockReactorRedstonePort", + "Count:3": 2, + "Damage:2": 0, + "OreDict:8": "" + } + }, + "taskID:8": "bq_standard:optional_retrieval" + }, + "2:10": { + "partialMatch:1": 1, + "autoConsume:1": 0, + "groupDetect:1": 0, + "ignoreNBT:1": 1, + "index:3": 2, + "consume:1": 0, + "requiredItems:9": { + "0:10": { + "id:8": "IC2:blockreactorvessel", + "Count:3": 10, + "Damage:2": 0, + "OreDict:8": "" + } + }, + "taskID:8": "bq_standard:retrieval" } }, "rewards:9": {} @@ -328593,13 +328695,71 @@ "lockedProgress:1": 0, "autoClaim:1": 0, "isSilent:1": 0, - "desc:8": "Alternatively, you might choose to only process Thorium for its main output, Lutetium. This is important because Lutetium is required to make Americium in a Fusion Reactor down the line, and that is a recipe you will need to do in order to progress. Your objective is to breed Thorium into Lutetium, which means you might want to focus on a breeder reactor.\n\nWhat is a breeder reactor? In this case, it\u0027s an IC2 nuke designed to consume as much Thorium as possible. The main cost here is the amount of chambers or nuke components you\u0027ll have to make. If you want to save on Overclocked Heat Vents, make a tower of 0-chamber nukes, each with the following setup:\n\nRPR\nORP\nRPR\nPRP\nRPR\nORP\n\nR -\u003e Single Fuel Rod of Thorium (9 needed)\nO -\u003e Overclocked Heat Vent (2 needed)\nP -\u003e Reactor Plating (7 needed)\n\nOtherwise, if you have excess Overclocked Heat Vents and want to save up on chambers, turn to this setup:\n\nORORORO\nROEOEOR\nORORORO\nROROROR\nOPOPOPO\nROROROR\n\nE -\u003e Heat Exchanger (2 needed)\nR -\u003e Quad Fuel Rod of Thorium (16 needed)\nO -\u003e Overclocked Heat Vent (21 needed)\nP -\u003e Reactor Plating (3 needed)\n\n(Each of the latter is worth 7x the former in terms of breeding.)\n\nTo complete this quest, you\u0027ll need enough Lutetium to match one cycle of the second reactor setup. Which setup you choose is up to you, of course." + "desc:8": "Alternatively, you might choose to only process Thorium for its main output, Lutetium. This is important because Lutetium is required to make Americium in a Fusion Reactor down the line, and that is a recipe you will need to do in order to progress. Your objective is to breed Thorium into Lutetium, which means you might want to focus on a breeder reactor.\n\nWhat is a breeder reactor? In this case, it\u0027s an IC2 nuke designed to consume as much Thorium as possible. The main cost here is the amount of chambers or nuke components you\u0027ll have to make. If you want to save on Overclocked Heat Vents, make a tower of 0-chamber nukes, each with the following setup:\n\nRPR\nORP\nRPR\nPRP\nRPR\nORP\n\nR -\u003e Single Fuel Rod of Thorium (9 needed)\nO -\u003e Overclocked Heat Vent (2 needed)\nP -\u003e Reactor Plating (7 needed)\n\nOtherwise, if you have excess Overclocked Heat Vents and want to save up on chambers, turn to this setup:\n\nORORORO\nROEOEOR\nORORORO\nROROROR\nOPOPOPO\nROROROR\n\nE -\u003e Heat Exchanger (2 needed)\nR -\u003e Quad Fuel Rod of Thorium (16 needed)\nO -\u003e Overclocked Heat Vent (21 needed)\nP -\u003e Reactor Plating (3 needed)\n\n(Each of the latter is worth 7x the former in terms of breeding.)\n\nTo complete this quest, you\u0027ll need to get Lutetium from one cycle of the any reactor setup. Which setup you choose is up to you, of course." } }, "tasks:9": { "0:10": { + "partialMatch:1": 1, + "autoConsume:1": 0, + "groupDetect:1": 0, + "ignoreNBT:1": 1, "index:3": 0, - "taskID:8": "bq_standard:checkbox" + "consume:1": 0, + "requiredItems:9": { + "0:10": { + "id:8": "gregtech:gt.Quad_Thoriumcell", + "Count:3": 16, + "tag:10": {}, + "Damage:2": 0, + "OreDict:8": "" + }, + "1:10": { + "id:8": "IC2:reactorHeatSwitch", + "Count:3": 2, + "tag:10": {}, + "Damage:2": 1, + "OreDict:8": "" + }, + "2:10": { + "id:8": "IC2:reactorVentGold", + "Count:3": 21, + "tag:10": {}, + "Damage:2": 1, + "OreDict:8": "" + }, + "3:10": { + "id:8": "gregtech:gt.Quad_ThoriumcellDep", + "Count:3": 16, + "tag:10": {}, + "Damage:2": 0, + "OreDict:8": "" + }, + "4:10": { + "id:8": "gregtech:gt.metaitem.01", + "Count:3": 32, + "Damage:2": 2078, + "OreDict:8": "" + } + }, + "taskID:8": "bq_standard:optional_retrieval" + }, + "1:10": { + "partialMatch:1": 1, + "autoConsume:1": 0, + "groupDetect:1": 0, + "ignoreNBT:1": 1, + "index:3": 1, + "consume:1": 0, + "requiredItems:9": { + "0:10": { + "id:8": "gregtech:gt.metaitem.01", + "Count:3": 2, + "Damage:2": 2078, + "OreDict:8": "" + } + }, + "taskID:8": "bq_standard:retrieval" } }, "rewards:9": {} @@ -328631,13 +328791,55 @@ "lockedProgress:1": 0, "autoClaim:1": 0, "isSilent:1": 0, - "desc:8": "No Description" + "desc:8": "A required intermediate machine between your fluid nukes and your power is the Large Heat Exchanger (LHE). It takes in a hot fluid, in this case Hot Coolant, and transforms Distilled Water into Steam or Superheated Steam depending on how fast the hot fluid is coming in. It\u0027s important to only use Distilled Water here, because the Steam Turbines will output and recycle it back to the LHE.\n\nFor this purpose, you will need around one LHE per fluid nuke if you\u0027re doing one of the good setups from the wiki. None of them will reach the maximum flow one LHE can accept, but any setup above 800 HU will give you Superheated Steam, which is more efficient for EU and what you want to get.\n\nIf your setup does not match that 800 HU threshold, you can use a Hot Coolant buffer and set up a redstone latch so that the Hot Coolant flows in fast enough, until the buffer is almost empty. ProjectRed has a special block that acts as the latch, and you will then need two redstone signals that scale with the amount of fluid stored in your buffer tank. One of the signals should be normal, and the other reversed.\n\n" } }, "tasks:9": { "0:10": { + "partialMatch:1": 1, + "autoConsume:1": 0, + "groupDetect:1": 0, + "ignoreNBT:1": 1, "index:3": 0, - "taskID:8": "bq_standard:checkbox" + "consume:1": 0, + "requiredItems:9": { + "0:10": { + "id:8": "gregtech:gt.blockmachines", + "Count:3": 1, + "Damage:2": 1154, + "OreDict:8": "" + }, + "1:10": { + "id:8": "gregtech:gt.blockcasings4", + "Count:3": 28, + "Damage:2": 2, + "OreDict:8": "" + }, + "2:10": { + "id:8": "gregtech:gt.blockcasings2", + "Count:3": 2, + "Damage:2": 14, + "OreDict:8": "" + } + }, + "taskID:8": "bq_standard:optional_retrieval" + }, + "1:10": { + "partialMatch:1": 1, + "autoConsume:1": 0, + "groupDetect:1": 0, + "ignoreNBT:1": 1, + "index:3": 1, + "consume:1": 0, + "requiredItems:9": { + "0:10": { + "id:8": "gregtech:gt.blockcasings4", + "Count:3": 2, + "Damage:2": 2, + "OreDict:8": "" + } + }, + "taskID:8": "bq_standard:retrieval" } }, "rewards:9": {} @@ -328669,10 +328871,15 @@ "lockedProgress:1": 0, "autoClaim:1": 0, "isSilent:1": 0, - "desc:8": "No Description" + "desc:8": "Reactor Platings. These are very important for automation, although their supposed use is not this one. They serve to increase the maximum temperature of the reactor, but that is useless to you because you\u0027ll be using heat-neutral setups. Instead, they are simply the cheapest way to fill every slot of your nukes, except for those where fuel rods need to go.\n\nAs you know, the placement of each component is critical to keep the reactor safe. Fuel automation is as simple as just pushing fuel rods into the reactor, but you need to make it so the open slots are the only safe places for the rods. From there, you can extract with a filter set to the depleted version of the rods you are using. and the exchange will happen seamlessly.\n\nFrom there, you can turn the depleted rods into usable rods by putting them in the Thermal Centrifuge, adding back the fuel that wasn\u0027t recycled (each type of rod recycles different amounts of fuel) and the Empty Fuel Rods/Steel Rods." + } + }, + "tasks:9": { + "0:10": { + "index:3": 0, + "taskID:8": "bq_standard:checkbox" } }, - "tasks:9": {}, "rewards:9": {} }, "3158:10": { @@ -328748,15 +328955,57 @@ }, "tasks:9": { "0:10": { - "index:3": 1, - "taskID:8": "bq_standard:checkbox" - } - }, - "rewards:9": {} - }, - "3160:10": { - "questID:3": 3160, - "preRequisites:11": [ + "partialMatch:1": 1, + "autoConsume:1": 0, + "groupDetect:1": 0, + "ignoreNBT:1": 1, + "index:3": 0, + "consume:1": 0, + "requiredItems:9": { + "0:10": { + "id:8": "gregtech:gt.blockmachines", + "Count:3": 1, + "Damage:2": 751, + "OreDict:8": "" + }, + "1:10": { + "id:8": "miscutils:miscutils.blockcasings", + "Count:3": 35, + "Damage:2": 12, + "OreDict:8": "" + }, + "2:10": { + "id:8": "miscutils:miscutils.blockcasings", + "Count:3": 48, + "Damage:2": 13, + "OreDict:8": "" + } + }, + "taskID:8": "bq_standard:optional_retrieval" + }, + "1:10": { + "partialMatch:1": 1, + "autoConsume:1": 0, + "groupDetect:1": 0, + "ignoreNBT:1": 1, + "index:3": 1, + "consume:1": 0, + "requiredItems:9": { + "0:10": { + "id:8": "miscutils:miscutils.blockcasings", + "Count:3": 1, + "Damage:2": 13, + "OreDict:8": "" + } + }, + "taskID:8": "bq_standard:retrieval" + } + }, + "rewards:9": {} + }, + "3160:10": { + "questID:3": 3160, + "preRequisites:11": [ 3146, 3176 ], @@ -328787,8 +329036,44 @@ }, "tasks:9": { "0:10": { + "partialMatch:1": 1, + "autoConsume:1": 0, + "groupDetect:1": 0, + "ignoreNBT:1": 1, "index:3": 0, - "taskID:8": "bq_standard:checkbox" + "consume:1": 0, + "requiredItems:9": { + "0:10": { + "id:8": "gregtech:gt.blockmachines", + "Count:3": 1, + "Damage:2": 31031, + "OreDict:8": "" + }, + "1:10": { + "id:8": "gregtech:gt.blockmachines", + "Count:3": 1, + "Damage:2": 31033, + "OreDict:8": "" + } + }, + "taskID:8": "bq_standard:optional_retrieval" + }, + "1:10": { + "partialMatch:1": 1, + "autoConsume:1": 0, + "groupDetect:1": 0, + "ignoreNBT:1": 1, + "index:3": 1, + "consume:1": 0, + "requiredItems:9": { + "0:10": { + "id:8": "miscutils:itemDustUranium233", + "Count:3": 1, + "Damage:2": 0, + "OreDict:8": "" + } + }, + "taskID:8": "bq_standard:retrieval" } }, "rewards:9": {} @@ -328826,8 +329111,44 @@ }, "tasks:9": { "0:10": { - "index:3": 0, - "taskID:8": "bq_standard:checkbox" + "partialMatch:1": 1, + "autoConsume:1": 0, + "groupDetect:1": 0, + "ignoreNBT:1": 1, + "index:3": 1, + "consume:1": 0, + "requiredItems:9": { + "0:10": { + "id:8": "gregtech:gt.blockmachines", + "Count:3": 1, + "Damage:2": 31035, + "OreDict:8": "" + }, + "1:10": { + "id:8": "miscutils:gtplusplus.blockcasings.5", + "Count:3": 54, + "Damage:2": 4, + "OreDict:8": "" + } + }, + "taskID:8": "bq_standard:optional_retrieval" + }, + "1:10": { + "partialMatch:1": 1, + "autoConsume:1": 0, + "groupDetect:1": 0, + "ignoreNBT:1": 1, + "index:3": 2, + "consume:1": 0, + "requiredItems:9": { + "0:10": { + "id:8": "miscutils:gtplusplus.blockcasings.5", + "Count:3": 1, + "Damage:2": 4, + "OreDict:8": "" + } + }, + "taskID:8": "bq_standard:retrieval" } }, "rewards:9": {} @@ -328869,8 +329190,44 @@ }, "tasks:9": { "0:10": { + "partialMatch:1": 1, + "autoConsume:1": 0, + "groupDetect:1": 0, + "ignoreNBT:1": 1, "index:3": 0, - "taskID:8": "bq_standard:checkbox" + "consume:1": 0, + "requiredItems:9": { + "0:10": { + "id:8": "gregtech:gt.metaitem.01", + "Count:3": 48, + "Damage:2": 30001, + "OreDict:8": "" + }, + "1:10": { + "id:8": "gregtech:gt.metaitem.99", + "Count:3": 16, + "Damage:2": 67, + "OreDict:8": "" + } + }, + "taskID:8": "bq_standard:optional_retrieval" + }, + "1:10": { + "partialMatch:1": 1, + "autoConsume:1": 0, + "groupDetect:1": 0, + "ignoreNBT:1": 1, + "index:3": 1, + "consume:1": 0, + "requiredItems:9": { + "0:10": { + "id:8": "gregtech:gt.metaitem.01", + "Count:3": 1, + "Damage:2": 17070, + "OreDict:8": "" + } + }, + "taskID:8": "bq_standard:retrieval" } }, "rewards:9": {} @@ -328907,8 +329264,38 @@ }, "tasks:9": { "0:10": { + "partialMatch:1": 1, + "autoConsume:1": 0, + "groupDetect:1": 0, + "ignoreNBT:1": 1, "index:3": 0, - "taskID:8": "bq_standard:checkbox" + "consume:1": 0, + "requiredItems:9": { + "0:10": { + "id:8": "gregtech:gt.blockmachines", + "Count:3": 1, + "Damage:2": 1153, + "OreDict:8": "" + } + }, + "taskID:8": "bq_standard:optional_retrieval" + }, + "1:10": { + "partialMatch:1": 1, + "autoConsume:1": 0, + "groupDetect:1": 0, + "ignoreNBT:1": 1, + "index:3": 1, + "consume:1": 0, + "requiredItems:9": { + "0:10": { + "id:8": "gregtech:gt.blockcasings4", + "Count:3": 1, + "Damage:2": 12, + "OreDict:8": "" + } + }, + "taskID:8": "bq_standard:retrieval" } }, "rewards:9": {} @@ -328983,8 +329370,38 @@ }, "tasks:9": { "0:10": { + "partialMatch:1": 1, + "autoConsume:1": 0, + "groupDetect:1": 0, + "ignoreNBT:1": 1, "index:3": 0, - "taskID:8": "bq_standard:checkbox" + "consume:1": 0, + "requiredItems:9": { + "0:10": { + "id:8": "gregtech:gt.blockmachines", + "Count:3": 4, + "Damage:2": 1153, + "OreDict:8": "" + } + }, + "taskID:8": "bq_standard:optional_retrieval" + }, + "1:10": { + "partialMatch:1": 1, + "autoConsume:1": 0, + "groupDetect:1": 0, + "ignoreNBT:1": 1, + "index:3": 1, + "consume:1": 0, + "requiredItems:9": { + "0:10": { + "id:8": "gregtech:gt.blockmachines", + "Count:3": 1, + "Damage:2": 37, + "OreDict:8": "" + } + }, + "taskID:8": "bq_standard:retrieval" } }, "rewards:9": {} @@ -329016,41 +329433,90 @@ "lockedProgress:1": 0, "autoClaim:1": 0, "isSilent:1": 0, - "desc:8": "The previous setup\u0027s EU/t might not have impressed you. You have enough materials to put together the fluid nuke structure, but you want something more than what you\u0027ve seen before. What kind of setup is powerful enough to output several IV amps, and sustain a developed IP base on its own? That sort of setup is shown in this quest, but it requires more multiblocks, and therefore more expense than the previous quest\u0027s chain. The fuel is the same, Uranium, so at this point it\u0027s certainly the least of your worries, until you try to automate the fuel input, at least.\n\nThe components inside the nuke get more and more complicated, so at this point I\u0027m going to ask you to look at the wiki, under the Nuclear Reactors page (https://gtnh.miraheze.org/wiki/Nuclear_Reactors), and scroll down to the fluid nuke setups, specifically the 1352 HU, 2 Quad Uranium and 1408, 3 Quad Uranium, 1 Dual Uranium ones. The main difference between these two setups is that the first needs Iridium Neutron Reflectors, which are quite expensive if you haven\u0027t done the platline yet, while the second doesn\u0027t use them but is harder to automate due to having more than one type of rod.\n\nWhat\u0027s the final EU/t output, at 150% turbine efficiency? 30240 and 31680 EU/t, respectively.\n\nAfter automating the nuke itself, there is still more to do, though. The LHE is required, as usual, but these setups cause something new to happen: the LHE starts outputting Superheated Steam, due to the high flow of hot coolant that it receives, which means that you need two sets of turbines instead of one. This type of steam must go into Large HP Steam Turbines, which use a good amount of Tungstensteel for the controller and stacks of Titanium for the casings. After those, it goes into the usual Large Steam Turbines, and the process is complete.\n\nThere is yet another new thing to worry about, in case all of this wasn\u0027t enough: the Steam flow is very high, higher than before, which means it\u0027s likely you will need 3 or more of each turbine type, further compounding on the costs you\u0027ll have here. Oriharukon is your best choice. Are you willing to tackle this setup?" + "desc:8": "The previous setup\u0027s EU/t might not have impressed you. You have enough materials to put together the fluid nuke structure, but you want something more than what you\u0027ve seen before. What kind of setup is powerful enough to output several IV amps, and sustain a developed IV base on its own? That sort of setup is shown in this quest, but it requires more multiblocks, and therefore more expense than the previous quest\u0027s chain. The fuel is the same, Uranium, so at this point it\u0027s certainly the least of your worries, until you try to automate the fuel input, at least.\n\nThe components inside the nuke get more and more complicated, so at this point I\u0027m going to ask you to look at the wiki, under the Nuclear Reactors page (https://gtnh.miraheze.org/wiki/Nuclear_Reactors), and scroll down to the fluid nuke setups, specifically the 1352 HU, 2 Quad Uranium and 1408, 3 Quad Uranium, 1 Dual Uranium ones. The main difference between these two setups is that the first needs Iridium Neutron Reflectors, which are quite expensive if you haven\u0027t done the platline yet, while the second doesn\u0027t use them but is harder to automate due to having more than one type of rod.\n\nWhat\u0027s the final EU/t output, at 150% turbine efficiency? 30240 and 31680 EU/t, respectively.\n\nAfter automating the nuke itself, there is still more to do, though. The LHE is required, as usual, but these setups cause something new to happen: the LHE starts outputting Superheated Steam, due to the high flow of hot coolant that it receives, which means that you need two sets of turbines instead of one. This type of steam must go into Large HP Steam Turbines, which use a good amount of Tungstensteel for the controller and stacks of Titanium for the casings. After those, it goes into the usual Large Steam Turbines, and the process is complete.\n\nThere is yet another new thing to worry about, in case all of this wasn\u0027t enough: the Steam flow is very high, higher than before, which means it\u0027s likely you will need 3 or more of each turbine type, further compounding on the costs you\u0027ll have here. Oriharukon and MAR-Ce-M200 are your best choices. Are you willing to tackle this setup?" } }, "tasks:9": { "0:10": { + "partialMatch:1": 1, + "autoConsume:1": 0, + "groupDetect:1": 0, + "ignoreNBT:1": 1, "index:3": 0, - "taskID:8": "bq_standard:checkbox" - } - }, - "rewards:9": {} - }, - "3167:10": { - "questID:3": 3167, - "preRequisites:11": [ - 3166 - ], - "properties:10": { - "betterquesting:10": { - "snd_complete:8": "random.levelup", - "taskLogic:8": "AND", - "visibility:8": "NORMAL", - "isMain:1": 0, - "simultaneous:1": 0, - "icon:10": { - "id:8": "gregtech:gt.blockmachines", - "Count:3": 1, - "Damage:2": 1002, - "OreDict:8": "" - }, - "snd_update:8": "random.levelup", - "repeatTime:3": -1, - "globalShare:1": 0, - "questLogic:8": "AND", - "repeat_relative:1": 1, - "name:8": "Vacuum Nukes", + "consume:1": 0, + "requiredItems:9": { + "0:10": { + "id:8": "gregtech:gt.Quad_Thoriumcell", + "Count:3": 8, + "tag:10": {}, + "Damage:2": 0, + "OreDict:8": "" + } + }, + "taskID:8": "bq_standard:optional_retrieval" + }, + "1:10": { + "partialMatch:1": 1, + "autoConsume:1": 0, + "groupDetect:1": 0, + "ignoreNBT:1": 1, + "index:3": 1, + "consume:1": 0, + "requiredItems:9": { + "0:10": { + "id:8": "gregtech:gt.reactorUraniumQuad", + "Count:3": 3, + "tag:10": {}, + "Damage:2": 0, + "OreDict:8": "" + }, + "1:10": { + "id:8": "gregtech:gt.reactorUraniumDual", + "Count:3": 1, + "tag:10": {}, + "Damage:2": 0, + "OreDict:8": "" + } + }, + "taskID:8": "bq_standard:optional_retrieval" + }, + "2:10": { + "partialMatch:1": 1, + "autoConsume:1": 0, + "groupDetect:1": 0, + "ignoreNBT:1": 1, + "index:3": 2, + "consume:1": 0, + "requiredItems:9": {}, + "taskID:8": "bq_standard:retrieval" + } + }, + "rewards:9": {} + }, + "3167:10": { + "questID:3": 3167, + "preRequisites:11": [ + 3166 + ], + "properties:10": { + "betterquesting:10": { + "snd_complete:8": "random.levelup", + "taskLogic:8": "AND", + "visibility:8": "NORMAL", + "isMain:1": 0, + "simultaneous:1": 0, + "icon:10": { + "id:8": "gregtech:gt.blockmachines", + "Count:3": 1, + "Damage:2": 1002, + "OreDict:8": "" + }, + "snd_update:8": "random.levelup", + "repeatTime:3": -1, + "globalShare:1": 0, + "questLogic:8": "AND", + "repeat_relative:1": 1, + "name:8": "Vacuum Nukes", "lockedProgress:1": 0, "autoClaim:1": 0, "isSilent:1": 0, @@ -329059,8 +329525,70 @@ }, "tasks:9": { "0:10": { + "partialMatch:1": 1, + "autoConsume:1": 0, + "groupDetect:1": 0, + "ignoreNBT:1": 1, "index:3": 0, - "taskID:8": "bq_standard:checkbox" + "consume:1": 0, + "requiredItems:9": { + "0:10": { + "id:8": "gregtech:gt.60k_Helium_Coolantcell", + "Count:3": 14, + "tag:10": {}, + "Damage:2": 0, + "OreDict:8": "" + }, + "1:10": { + "id:8": "gregtech:gt.reactorUraniumQuad", + "Count:3": 40, + "tag:10": {}, + "Damage:2": 0, + "OreDict:8": "" + } + }, + "taskID:8": "bq_standard:optional_retrieval" + }, + "1:10": { + "partialMatch:1": 1, + "autoConsume:1": 0, + "groupDetect:1": 0, + "ignoreNBT:1": 1, + "index:3": 1, + "consume:1": 0, + "requiredItems:9": { + "0:10": { + "id:8": "gregtech:gt.blockmachines", + "Count:3": 1, + "Damage:2": 1002, + "OreDict:8": "" + }, + "1:10": { + "id:8": "gregtech:gt.blockcasings2", + "Count:3": 16, + "Damage:2": 1, + "OreDict:8": "" + } + }, + "taskID:8": "bq_standard:optional_retrieval" + }, + "2:10": { + "partialMatch:1": 1, + "autoConsume:1": 0, + "groupDetect:1": 0, + "ignoreNBT:1": 1, + "index:3": 2, + "consume:1": 0, + "requiredItems:9": { + "0:10": { + "id:8": "gregtech:gt.60k_Helium_Coolantcell", + "Count:3": 1, + "tag:10": {}, + "Damage:2": 0, + "OreDict:8": "" + } + }, + "taskID:8": "bq_standard:retrieval" } }, "rewards:9": {} @@ -329097,8 +329625,50 @@ }, "tasks:9": { "0:10": { + "partialMatch:1": 1, + "autoConsume:1": 0, + "groupDetect:1": 0, + "ignoreNBT:1": 1, "index:3": 0, - "taskID:8": "bq_standard:checkbox" + "consume:1": 0, + "requiredItems:9": { + "0:10": { + "id:8": "gregtech:gt.metaitem.02", + "Count:3": 63, + "Damage:2": 32526, + "OreDict:8": "" + }, + "1:10": { + "id:8": "gregtech:gt.blockores", + "Count:3": 2, + "Damage:2": 1096, + "OreDict:8": "" + }, + "2:10": { + "id:8": "gregtech:gt.metaitem.01", + "Count:3": 7, + "Damage:2": 11098, + "OreDict:8": "" + } + }, + "taskID:8": "bq_standard:optional_retrieval" + }, + "1:10": { + "partialMatch:1": 1, + "autoConsume:1": 0, + "groupDetect:1": 0, + "ignoreNBT:1": 1, + "index:3": 1, + "consume:1": 0, + "requiredItems:9": { + "0:10": { + "id:8": "gregtech:gt.metaitem.01", + "Count:3": 2, + "Damage:2": 2098, + "OreDict:8": "" + } + }, + "taskID:8": "bq_standard:retrieval" } }, "rewards:9": {} @@ -329135,8 +329705,58 @@ }, "tasks:9": { "0:10": { + "partialMatch:1": 1, + "autoConsume:1": 0, + "groupDetect:1": 0, + "ignoreNBT:1": 1, "index:3": 0, - "taskID:8": "bq_standard:checkbox" + "consume:1": 0, + "requiredItems:9": { + "0:10": { + "id:8": "IC2:reactorHeatSwitchSpread", + "Count:3": 1, + "tag:10": {}, + "Damage:2": 1, + "OreDict:8": "" + }, + "1:10": { + "id:8": "IC2:reactorVentSpread", + "Count:3": 11, + "Damage:2": 0, + "OreDict:8": "" + }, + "2:10": { + "id:8": "IC2:reactorVentGold", + "Count:3": 28, + "tag:10": {}, + "Damage:2": 1, + "OreDict:8": "" + }, + "3:10": { + "id:8": "IC2:reactorUraniumQuad", + "Count:3": 7, + "Damage:2": 1, + "OreDict:8": "" + } + }, + "taskID:8": "bq_standard:optional_retrieval" + }, + "1:10": { + "partialMatch:1": 1, + "autoConsume:1": 0, + "groupDetect:1": 0, + "ignoreNBT:1": 1, + "index:3": 1, + "consume:1": 0, + "requiredItems:9": { + "0:10": { + "id:8": "IC2:reactorUraniumQuad", + "Count:3": 1, + "Damage:2": 1, + "OreDict:8": "" + } + }, + "taskID:8": "bq_standard:retrieval" } }, "rewards:9": {} @@ -329212,8 +329832,47 @@ }, "tasks:9": { "0:10": { + "partialMatch:1": 1, + "autoConsume:1": 0, + "groupDetect:1": 0, + "ignoreNBT:1": 1, "index:3": 0, - "taskID:8": "bq_standard:checkbox" + "consume:1": 0, + "requiredItems:9": { + "0:10": { + "id:8": "GoodGenerator:rodCompressedUranium4", + "Count:3": 10, + "tag:10": {}, + "Damage:2": 0, + "OreDict:8": "" + }, + "1:10": { + "id:8": "GoodGenerator:rodCompressedPlutonium4", + "Count:3": 10, + "tag:10": {}, + "Damage:2": 0, + "OreDict:8": "" + } + }, + "taskID:8": "bq_standard:optional_retrieval" + }, + "1:10": { + "partialMatch:1": 1, + "autoConsume:1": 0, + "groupDetect:1": 0, + "ignoreNBT:1": 1, + "index:3": 1, + "consume:1": 0, + "requiredItems:9": { + "0:10": { + "id:8": "GoodGenerator:rodCompressedUranium4", + "Count:3": 1, + "tag:10": {}, + "Damage:2": 0, + "OreDict:8": "" + } + }, + "taskID:8": "bq_standard:retrieval" } }, "rewards:9": {} @@ -329250,8 +329909,21 @@ }, "tasks:9": { "0:10": { + "partialMatch:1": 1, + "autoConsume:1": 0, + "groupDetect:1": 0, + "ignoreNBT:1": 1, "index:3": 0, - "taskID:8": "bq_standard:checkbox" + "consume:1": 0, + "requiredItems:9": { + "0:10": { + "id:8": "gregtech:gt.metaitem.01", + "Count:3": 1, + "Damage:2": 11100, + "OreDict:8": "" + } + }, + "taskID:8": "bq_standard:retrieval" } }, "rewards:9": {} @@ -329288,8 +329960,47 @@ }, "tasks:9": { "0:10": { + "partialMatch:1": 1, + "autoConsume:1": 0, + "groupDetect:1": 0, + "ignoreNBT:1": 1, "index:3": 0, - "taskID:8": "bq_standard:checkbox" + "consume:1": 0, + "requiredItems:9": { + "0:10": { + "id:8": "GoodGenerator:rodLiquidUranium4", + "Count:3": 10, + "tag:10": {}, + "Damage:2": 0, + "OreDict:8": "" + }, + "1:10": { + "id:8": "GoodGenerator:rodLiquidPlutonium4", + "Count:3": 10, + "tag:10": {}, + "Damage:2": 0, + "OreDict:8": "" + } + }, + "taskID:8": "bq_standard:optional_retrieval" + }, + "1:10": { + "partialMatch:1": 1, + "autoConsume:1": 0, + "groupDetect:1": 0, + "ignoreNBT:1": 1, + "index:3": 1, + "consume:1": 0, + "requiredItems:9": { + "0:10": { + "id:8": "GoodGenerator:rodLiquidUranium4", + "Count:3": 1, + "tag:10": {}, + "Damage:2": 0, + "OreDict:8": "" + } + }, + "taskID:8": "bq_standard:retrieval" } }, "rewards:9": {} @@ -329323,13 +330034,34 @@ "lockedProgress:1": 0, "autoClaim:1": 0, "isSilent:1": 0, - "desc:8": "No Description" + "desc:8": "IC2 nukes will fall off when you arrive at fusion energy, for the most part. Although the highest EU/t numbers obtained from these newer, more powerful cells haven\u0027t been calculated yet, it is more likely that you will be using them to process the excited materials instead of focusing your powergen on them. \n\nThat said, it is possible to push them very far by using a bigger Heat Exchanger (there are two kinds) and XL Turbines, if going fluid, or by putting together a lot of vacuum nukes. If you want to choose the latter ones, due to their direct EU/t, then there\u0027s one last step: The Core.\n\nThese are super-powerful fuel rods that can create UHV setups, as long as you cool them down with the most powerful coolant cells there are. A setup for this exists in the wiki, but the most difficult part will be the redstone automation. These babies will turn your base into a mini Sun, if you let them, so you best have practiced your redstone skills!" } }, "tasks:9": { "0:10": { + "partialMatch:1": 1, + "autoConsume:1": 0, + "groupDetect:1": 0, + "ignoreNBT:1": 1, "index:3": 0, - "taskID:8": "bq_standard:checkbox" + "consume:1": 0, + "requiredItems:9": { + "0:10": { + "id:8": "gregtech:gt.1080k_Space_Coolantcell", + "Count:3": 14, + "tag:10": {}, + "Damage:2": 0, + "OreDict:8": "" + }, + "1:10": { + "id:8": "bartworks:gt.Core_Reactor_Cell", + "Count:3": 40, + "tag:10": {}, + "Damage:2": 0, + "OreDict:8": "" + } + }, + "taskID:8": "bq_standard:retrieval" } }, "rewards:9": {} @@ -329362,13 +330094,65 @@ "lockedProgress:1": 0, "autoClaim:1": 0, "isSilent:1": 0, - "desc:8": "Upon gathering more Plutonium, you can try building a MOX nuke, the most powerful of the basic nukes. It is a 6-chamber, like usual, and it takes U238 as before, but it outputs close to 6820 EU/t while only using 5 quad rods instead of 7. How is this possible? The answer is... MOX.\n\nMOX means mixed-oxide, which is the name given to the mix of Uranium and Plutonium. In here, rods with this fuel are special in the sense that they don\u0027t output a specific amount of EU/t from the usual nuke mechanics. On top of those, it also reacts to the heat of the reactor, generating more energy the hotter it is. To compensate, these rods last only half the time that the Uranium fuel rods do, but their total EU is higher if they are active in very hot reactors. This imposes an obvious problem - hot reactors are not good for your base.\n\nThere is one standardized way of dealing with this: heat-neutral reactors. What this means is that the reactor\u0027s temperature does not change while it\u0027s active, because the components inside are not interacting with the reactor\u0027s temperature value, only with the value of other components like the fuel rods themselves. This limits the type of components you can use, and you\u0027ll find that Advanced Heat Vents are now required (the overclocked ones interact with the reactor itself). However, at the same time, you can use any fuel rod to heat the reactor up to a high temperature and then activate a setup of this kind, which ensures safety and efficiency in MOX nukes.\n\nVAAV\nARRA\nVAAV\nVAAV\nARRA\nVAAV\n\nA - Advanced Heat Exchanger (12 needed)\nV - Component Heat Vent (8 needed)\nR - Dual Fuel Rod of MOX (4 needed)\n\n1200-2730 EU/t\n\n(This setup is the most efficient per MOX fuel rod, if you\u0027re short on fuel, which you shouldn\u0027t be if you\u0027re doing a MOX setup)\n\nAEAVPVAEA\nVARAVARAV\nAVAVAVAVA\nEAVARAVAE\nARAVAVARA\nVAEAVAEAV\n\nA - Advanced Heat Exchanger (26 needed)\nE - Component Heat Exchanger (6 needed)\nV - Component Heat Vent (16 needed)\nR - Quad Fuel Rod of MOX (5 needed)\nP - Reactor Plating (1 needed)\n\n3000-6825 EU/t\n\n(This setup is the most efficient per Advanced Heat Vent)\n" + "desc:8": "Upon gathering more Plutonium, you can try building a MOX nuke, the most powerful of the basic nukes. It is a 6-chamber, like usual, and it takes U238 as before, but it outputs close to 6820 EU/t while only using 5 quad rods instead of 7. How is this possible? The answer is... MOX.\n\nMOX means mixed-oxide, which is the name given to the mix of Uranium and Plutonium. In here, rods with this fuel are special in the sense that they don\u0027t output a specific amount of EU/t from the usual nuke mechanics. On top of those, it also reacts to the heat of the reactor, generating more energy the hotter it is. To compensate, these rods last only half the time that the Uranium fuel rods do, but their total EU is higher if they are active in very hot reactors. This imposes an obvious problem - hot reactors are not good for your base.\n\nThere is one standardized way of dealing with this: heat-neutral reactors. What this means is that the reactor\u0027s temperature does not change while it\u0027s active, because the components inside are not interacting with the reactor\u0027s temperature value, only with the value of other components like the fuel rods themselves. This limits the type of components you can use, and you\u0027ll find that Advanced Heat Vents are now required (the overclocked ones interact with the reactor itself). However, at the same time, you can use any fuel rod to heat the reactor up to a high temperature and then activate a setup of this kind, which ensures safety and efficiency in MOX nukes.\n\nVAAV\nARRA\nVAAV\nVAAV\nARRA\nVAAV\n\nA - Advanced Heat Exchanger (12 needed)\nV - Component Heat Vent (8 needed)\nR - Dual Fuel Rod of MOX (4 needed)\n\n1200-2730 EU/t\n\n(This setup is the most efficient per MOX fuel rod, if you\u0027re short on fuel, which you shouldn\u0027t be if you\u0027re doing a MOX setup)\n\nAEAVPVAEA\nVARAVARAV\nAVAVAVAVA\nEAVARAVAE\nARAVAVARA\nVAEAVAEAV\n\nA - Advanced Heat Vent (26 needed)\nE - Component Heat Exchanger (6 needed)\nV - Component Heat Vent (16 needed)\nR - Quad Fuel Rod of MOX (5 needed)\nP - Reactor Plating (1 needed)\n\n3000-6825 EU/t\n\n(This setup is the most efficient per Advanced Heat Vent)\n" } }, "tasks:9": { "0:10": { - "index:3": 0, - "taskID:8": "bq_standard:checkbox" + "partialMatch:1": 1, + "autoConsume:1": 0, + "groupDetect:1": 0, + "ignoreNBT:1": 1, + "index:3": 1, + "consume:1": 0, + "requiredItems:9": { + "0:10": { + "id:8": "IC2:reactorVentDiamond", + "Count:3": 26, + "tag:10": {}, + "Damage:2": 1, + "OreDict:8": "" + }, + "1:10": { + "id:8": "IC2:reactorHeatSwitchSpread", + "Count:3": 6, + "tag:10": {}, + "Damage:2": 1, + "OreDict:8": "" + }, + "2:10": { + "id:8": "IC2:reactorVentSpread", + "Count:3": 16, + "Damage:2": 0, + "OreDict:8": "" + }, + "3:10": { + "id:8": "gregtech:gt.reactorMOXQuad", + "Count:3": 5, + "tag:10": {}, + "Damage:2": 0, + "OreDict:8": "" + } + }, + "taskID:8": "bq_standard:optional_retrieval" + }, + "1:10": { + "partialMatch:1": 1, + "autoConsume:1": 0, + "groupDetect:1": 0, + "ignoreNBT:1": 1, + "index:3": 2, + "consume:1": 0, + "requiredItems:9": { + "0:10": { + "id:8": "gregtech:gt.reactorMOXQuad", + "Count:3": 1, + "tag:10": {}, + "Damage:2": 0, + "OreDict:8": "" + } + }, + "taskID:8": "bq_standard:retrieval" } }, "rewards:9": {} @@ -329405,8 +330189,62 @@ }, "tasks:9": { "0:10": { + "partialMatch:1": 1, + "autoConsume:1": 0, + "groupDetect:1": 0, + "ignoreNBT:1": 1, "index:3": 0, - "taskID:8": "bq_standard:checkbox" + "consume:1": 0, + "requiredItems:9": { + "0:10": { + "id:8": "gregtech:gt.blockmachines", + "Count:3": 1, + "Damage:2": 835, + "OreDict:8": "" + }, + "1:10": { + "id:8": "miscutils:gtplusplus.blockcasings.2", + "Count:3": 10, + "Damage:2": 2, + "OreDict:8": "" + }, + "2:10": { + "id:8": "miscutils:gtplusplus.blockcasings.2", + "Count:3": 5, + "Damage:2": 3, + "OreDict:8": "" + }, + "3:10": { + "id:8": "miscutils:miscutils.blockcasings", + "Count:3": 4, + "Damage:2": 13, + "OreDict:8": "" + }, + "4:10": { + "id:8": "miscutils:gtplusplus.blockcasings.2", + "Count:3": 17, + "Damage:2": 1, + "OreDict:8": "" + } + }, + "taskID:8": "bq_standard:optional_retrieval" + }, + "1:10": { + "partialMatch:1": 1, + "autoConsume:1": 0, + "groupDetect:1": 0, + "ignoreNBT:1": 1, + "index:3": 1, + "consume:1": 0, + "requiredItems:9": { + "0:10": { + "id:8": "miscutils:gtplusplus.blockcasings.2", + "Count:3": 1, + "Damage:2": 3, + "OreDict:8": "" + } + }, + "taskID:8": "bq_standard:retrieval" } }, "rewards:9": {} @@ -329443,8 +330281,56 @@ }, "tasks:9": { "0:10": { + "partialMatch:1": 1, + "autoConsume:1": 0, + "groupDetect:1": 0, + "ignoreNBT:1": 1, "index:3": 0, - "taskID:8": "bq_standard:checkbox" + "consume:1": 0, + "requiredItems:9": { + "0:10": { + "id:8": "miscutils:itemCellUraniumDepletedMoltenSaltUSalt", + "Count:3": 1, + "Damage:2": 0, + "OreDict:8": "" + }, + "1:10": { + "id:8": "miscutils:itemCellThoriumDepletedMoltenSaltTSalt", + "Count:3": 1, + "Damage:2": 0, + "OreDict:8": "" + }, + "2:10": { + "id:8": "miscutils:itemCellUraniumHexafluoride", + "Count:3": 1, + "Damage:2": 0, + "OreDict:8": "" + }, + "3:10": { + "id:8": "miscutils:itemDustUranium233", + "Count:3": 1, + "Damage:2": 0, + "OreDict:8": "" + } + }, + "taskID:8": "bq_standard:optional_retrieval" + }, + "1:10": { + "partialMatch:1": 1, + "autoConsume:1": 0, + "groupDetect:1": 0, + "ignoreNBT:1": 1, + "index:3": 1, + "consume:1": 0, + "requiredItems:9": { + "0:10": { + "id:8": "miscutils:itemCellUraniumDepletedMoltenSaltUSalt", + "Count:3": 1, + "Damage:2": 0, + "OreDict:8": "" + } + }, + "taskID:8": "bq_standard:retrieval" } }, "rewards:9": {} @@ -329481,8 +330367,38 @@ }, "tasks:9": { "0:10": { + "partialMatch:1": 1, + "autoConsume:1": 0, + "groupDetect:1": 0, + "ignoreNBT:1": 1, "index:3": 0, - "taskID:8": "bq_standard:checkbox" + "consume:1": 0, + "requiredItems:9": { + "0:10": { + "id:8": "gregtech:gt.blockmachines", + "Count:3": 1, + "Damage:2": 835, + "OreDict:8": "" + } + }, + "taskID:8": "bq_standard:optional_retrieval" + }, + "1:10": { + "partialMatch:1": 1, + "autoConsume:1": 0, + "groupDetect:1": 0, + "ignoreNBT:1": 1, + "index:3": 1, + "consume:1": 0, + "requiredItems:9": { + "0:10": { + "id:8": "miscutils:itemCellLFTRFuel2", + "Count:3": 1, + "Damage:2": 0, + "OreDict:8": "" + } + }, + "taskID:8": "bq_standard:retrieval" } }, "rewards:9": {} @@ -329520,8 +330436,50 @@ }, "tasks:9": { "0:10": { + "partialMatch:1": 1, + "autoConsume:1": 0, + "groupDetect:1": 0, + "ignoreNBT:1": 1, "index:3": 0, - "taskID:8": "bq_standard:checkbox" + "consume:1": 0, + "requiredItems:9": { + "0:10": { + "id:8": "gregtech:gt.blockmachines", + "Count:3": 2, + "Damage:2": 31035, + "OreDict:8": "" + }, + "1:10": { + "id:8": "gregtech:gt.blockmachines", + "Count:3": 1, + "Damage:2": 31032, + "OreDict:8": "" + }, + "2:10": { + "id:8": "gregtech:gt.blockmachines", + "Count:3": 1, + "Damage:2": 31034, + "OreDict:8": "" + } + }, + "taskID:8": "bq_standard:optional_retrieval" + }, + "1:10": { + "partialMatch:1": 1, + "autoConsume:1": 0, + "groupDetect:1": 0, + "ignoreNBT:1": 1, + "index:3": 1, + "consume:1": 0, + "requiredItems:9": { + "0:10": { + "id:8": "miscutils:itemCellXenon", + "Count:3": 1, + "Damage:2": 0, + "OreDict:8": "" + } + }, + "taskID:8": "bq_standard:retrieval" } }, "rewards:9": {} @@ -329559,8 +330517,44 @@ }, "tasks:9": { "0:10": { + "partialMatch:1": 1, + "autoConsume:1": 0, + "groupDetect:1": 0, + "ignoreNBT:1": 1, "index:3": 0, - "taskID:8": "bq_standard:checkbox" + "consume:1": 0, + "requiredItems:9": { + "0:10": { + "id:8": "gregtech:gt.blockmachines", + "Count:3": 1, + "Damage:2": 1193, + "OreDict:8": "" + }, + "1:10": { + "id:8": "gregtech:gt.blockmachines", + "Count:3": 1, + "Damage:2": 32013, + "OreDict:8": "" + } + }, + "taskID:8": "bq_standard:optional_retrieval" + }, + "1:10": { + "partialMatch:1": 1, + "autoConsume:1": 0, + "groupDetect:1": 0, + "ignoreNBT:1": 1, + "index:3": 1, + "consume:1": 0, + "requiredItems:9": { + "0:10": { + "id:8": "bartworks:gt.bwMetaGeneratedcell", + "Count:3": 1, + "Damage:2": 10007, + "OreDict:8": "" + } + }, + "taskID:8": "bq_standard:retrieval" } }, "rewards:9": {} @@ -329597,8 +330591,44 @@ }, "tasks:9": { "0:10": { + "partialMatch:1": 1, + "autoConsume:1": 0, + "groupDetect:1": 0, + "ignoreNBT:1": 1, "index:3": 0, - "taskID:8": "bq_standard:checkbox" + "consume:1": 0, + "requiredItems:9": { + "0:10": { + "id:8": "gregtech:gt.blockmachines", + "Count:3": 1, + "Damage:2": 12732, + "OreDict:8": "" + } + }, + "taskID:8": "bq_standard:optional_retrieval" + }, + "1:10": { + "partialMatch:1": 1, + "autoConsume:1": 0, + "groupDetect:1": 0, + "ignoreNBT:1": 1, + "index:3": 1, + "consume:1": 0, + "requiredItems:9": { + "0:10": { + "id:8": "bartworks:gt.bwMetaGeneratedcell", + "Count:3": 1, + "Damage:2": 10003, + "OreDict:8": "" + }, + "1:10": { + "id:8": "bartworks:gt.bwMetaGeneratedcell", + "Count:3": 1, + "Damage:2": 10011, + "OreDict:8": "" + } + }, + "taskID:8": "bq_standard:retrieval" } }, "rewards:9": {} @@ -329635,8 +330665,44 @@ }, "tasks:9": { "0:10": { + "partialMatch:1": 1, + "autoConsume:1": 0, + "groupDetect:1": 0, + "ignoreNBT:1": 1, "index:3": 0, - "taskID:8": "bq_standard:checkbox" + "consume:1": 0, + "requiredItems:9": { + "0:10": { + "id:8": "gregtech:gt.blockmachines", + "Count:3": 1, + "Damage:2": 12791, + "OreDict:8": "" + }, + "1:10": { + "id:8": "gregtech:gt.blockcasings8", + "Count:3": 500, + "Damage:2": 5, + "OreDict:8": "" + } + }, + "taskID:8": "bq_standard:optional_retrieval" + }, + "1:10": { + "partialMatch:1": 1, + "autoConsume:1": 0, + "groupDetect:1": 0, + "ignoreNBT:1": 1, + "index:3": 1, + "consume:1": 0, + "requiredItems:9": { + "0:10": { + "id:8": "gregtech:gt.blockcasings8", + "Count:3": 1, + "Damage:2": 5, + "OreDict:8": "" + } + }, + "taskID:8": "bq_standard:retrieval" } }, "rewards:9": {} @@ -329673,8 +330739,44 @@ }, "tasks:9": { "0:10": { + "partialMatch:1": 1, + "autoConsume:1": 0, + "groupDetect:1": 0, + "ignoreNBT:1": 1, "index:3": 0, - "taskID:8": "bq_standard:checkbox" + "consume:1": 0, + "requiredItems:9": { + "0:10": { + "id:8": "bartworks:gt.bwMetaGeneratedcell", + "Count:3": 1, + "Damage:2": 10007, + "OreDict:8": "" + }, + "1:10": { + "id:8": "bartworks:gt.bwMetaGeneratedcell", + "Count:3": 1, + "Damage:2": 10011, + "OreDict:8": "" + } + }, + "taskID:8": "bq_standard:optional_retrieval" + }, + "1:10": { + "partialMatch:1": 1, + "autoConsume:1": 0, + "groupDetect:1": 0, + "ignoreNBT:1": 1, + "index:3": 1, + "consume:1": 0, + "requiredItems:9": { + "0:10": { + "id:8": "bartworks:gt.bwMetaGeneratedcell", + "Count:3": 1, + "Damage:2": 10003, + "OreDict:8": "" + } + }, + "taskID:8": "bq_standard:retrieval" } }, "rewards:9": {} @@ -329750,8 +330852,50 @@ }, "tasks:9": { "0:10": { + "partialMatch:1": 1, + "autoConsume:1": 0, + "groupDetect:1": 0, + "ignoreNBT:1": 1, "index:3": 0, - "taskID:8": "bq_standard:checkbox" + "consume:1": 0, + "requiredItems:9": { + "0:10": { + "id:8": "bartworks:bw.HTGRMaterials", + "Count:3": 512, + "Damage:2": 3, + "OreDict:8": "" + }, + "1:10": { + "id:8": "bartworks:bw.HTGRMaterials", + "Count:3": 512, + "Damage:2": 10, + "OreDict:8": "" + }, + "2:10": { + "id:8": "bartworks:bw.HTGRMaterials", + "Count:3": 512, + "Damage:2": 17, + "OreDict:8": "" + } + }, + "taskID:8": "bq_standard:optional_retrieval" + }, + "1:10": { + "partialMatch:1": 1, + "autoConsume:1": 0, + "groupDetect:1": 0, + "ignoreNBT:1": 1, + "index:3": 1, + "consume:1": 0, + "requiredItems:9": { + "0:10": { + "id:8": "bartworks:bw.HTGRMaterials", + "Count:3": 64, + "Damage:2": 11, + "OreDict:8": "" + } + }, + "taskID:8": "bq_standard:retrieval" } }, "rewards:9": {} @@ -329826,8 +330970,38 @@ }, "tasks:9": { "0:10": { + "partialMatch:1": 1, + "autoConsume:1": 0, + "groupDetect:1": 0, + "ignoreNBT:1": 1, "index:3": 0, - "taskID:8": "bq_standard:checkbox" + "consume:1": 0, + "requiredItems:9": { + "0:10": { + "id:8": "gregtech:gt.blockmachines", + "Count:3": 8, + "Damage:2": 1153, + "OreDict:8": "" + } + }, + "taskID:8": "bq_standard:optional_retrieval" + }, + "1:10": { + "partialMatch:1": 1, + "autoConsume:1": 0, + "groupDetect:1": 0, + "ignoreNBT:1": 1, + "index:3": 1, + "consume:1": 0, + "requiredItems:9": { + "0:10": { + "id:8": "gregtech:gt.blockmachines", + "Count:3": 1, + "Damage:2": 38, + "OreDict:8": "" + } + }, + "taskID:8": "bq_standard:retrieval" } }, "rewards:9": {} @@ -329907,8 +331081,44 @@ }, "tasks:9": { "0:10": { + "partialMatch:1": 1, + "autoConsume:1": 0, + "groupDetect:1": 0, + "ignoreNBT:1": 1, "index:3": 0, - "taskID:8": "bq_standard:checkbox" + "consume:1": 0, + "requiredItems:9": { + "0:10": { + "id:8": "gregtech:gt.metaitem.99", + "Count:3": 32, + "Damage:2": 30, + "OreDict:8": "" + }, + "1:10": { + "id:8": "gregtech:gt.metaitem.99", + "Count:3": 32, + "Damage:2": 78, + "OreDict:8": "" + } + }, + "taskID:8": "bq_standard:optional_retrieval" + }, + "1:10": { + "partialMatch:1": 1, + "autoConsume:1": 0, + "groupDetect:1": 0, + "ignoreNBT:1": 1, + "index:3": 1, + "consume:1": 0, + "requiredItems:9": { + "0:10": { + "id:8": "gregtech:gt.metaitem.01", + "Count:3": 1, + "Damage:2": 17103, + "OreDict:8": "" + } + }, + "taskID:8": "bq_standard:retrieval" } }, "rewards:9": {} @@ -329950,8 +331160,44 @@ }, "tasks:9": { "0:10": { + "partialMatch:1": 1, + "autoConsume:1": 0, + "groupDetect:1": 0, + "ignoreNBT:1": 1, "index:3": 0, - "taskID:8": "bq_standard:checkbox" + "consume:1": 0, + "requiredItems:9": { + "0:10": { + "id:8": "gregtech:gt.metaitem.01", + "Count:3": 16, + "Damage:2": 31036, + "OreDict:8": "" + }, + "1:10": { + "id:8": "gregtech:gt.metaitem.99", + "Count:3": 32, + "Damage:2": 80, + "OreDict:8": "" + } + }, + "taskID:8": "bq_standard:optional_retrieval" + }, + "1:10": { + "partialMatch:1": 1, + "autoConsume:1": 0, + "groupDetect:1": 0, + "ignoreNBT:1": 1, + "index:3": 1, + "consume:1": 0, + "requiredItems:9": { + "0:10": { + "id:8": "gregtech:gt.metaitem.01", + "Count:3": 1, + "Damage:2": 31090, + "OreDict:8": "" + } + }, + "taskID:8": "bq_standard:retrieval" } }, "rewards:9": {} @@ -330026,8 +331272,38 @@ }, "tasks:9": { "0:10": { + "partialMatch:1": 1, + "autoConsume:1": 0, + "groupDetect:1": 0, + "ignoreNBT:1": 1, "index:3": 0, - "taskID:8": "bq_standard:checkbox" + "consume:1": 0, + "requiredItems:9": { + "0:10": { + "id:8": "gregtech:gt.blockmachines", + "Count:3": 1, + "Damage:2": 31074, + "OreDict:8": "" + } + }, + "taskID:8": "bq_standard:optional_retrieval" + }, + "1:10": { + "partialMatch:1": 1, + "autoConsume:1": 0, + "groupDetect:1": 0, + "ignoreNBT:1": 1, + "index:3": 1, + "consume:1": 0, + "requiredItems:9": { + "0:10": { + "id:8": "gregtech:gt.blockmachines", + "Count:3": 1, + "Damage:2": 39, + "OreDict:8": "" + } + }, + "taskID:8": "bq_standard:retrieval" } }, "rewards:9": {} @@ -330102,8 +331378,38 @@ }, "tasks:9": { "0:10": { + "partialMatch:1": 1, + "autoConsume:1": 0, + "groupDetect:1": 0, + "ignoreNBT:1": 1, "index:3": 0, - "taskID:8": "bq_standard:checkbox" + "consume:1": 0, + "requiredItems:9": { + "0:10": { + "id:8": "gregtech:gt.blockmachines", + "Count:3": 1, + "Damage:2": 32021, + "OreDict:8": "" + } + }, + "taskID:8": "bq_standard:optional_retrieval" + }, + "1:10": { + "partialMatch:1": 1, + "autoConsume:1": 0, + "groupDetect:1": 0, + "ignoreNBT:1": 1, + "index:3": 1, + "consume:1": 0, + "requiredItems:9": { + "0:10": { + "id:8": "GoodGenerator:compactFusionCoil", + "Count:3": 1, + "Damage:2": 2, + "OreDict:8": "" + } + }, + "taskID:8": "bq_standard:retrieval" } }, "rewards:9": {} @@ -330140,8 +331446,50 @@ }, "tasks:9": { "0:10": { + "partialMatch:1": 1, + "autoConsume:1": 0, + "groupDetect:1": 0, + "ignoreNBT:1": 1, "index:3": 0, - "taskID:8": "bq_standard:checkbox" + "consume:1": 0, + "requiredItems:9": { + "0:10": { + "id:8": "gregtech:gt.blockmachines", + "Count:3": 1, + "Damage:2": 31035, + "OreDict:8": "" + }, + "1:10": { + "id:8": "miscutils:itemCellFluorineSpargedTBSalt", + "Count:3": 1, + "Damage:2": 0, + "OreDict:8": "" + }, + "2:10": { + "id:8": "miscutils:itemCellLFTRFuelBase", + "Count:3": 1, + "Damage:2": 0, + "OreDict:8": "" + } + }, + "taskID:8": "bq_standard:optional_retrieval" + }, + "1:10": { + "partialMatch:1": 1, + "autoConsume:1": 0, + "groupDetect:1": 0, + "ignoreNBT:1": 1, + "index:3": 1, + "consume:1": 0, + "requiredItems:9": { + "0:10": { + "id:8": "miscutils:itemCellLFTRFuel3", + "Count:3": 1, + "Damage:2": 0, + "OreDict:8": "" + } + }, + "taskID:8": "bq_standard:retrieval" } }, "rewards:9": {} @@ -330178,8 +331526,62 @@ }, "tasks:9": { "0:10": { + "partialMatch:1": 1, + "autoConsume:1": 0, + "groupDetect:1": 0, + "ignoreNBT:1": 1, "index:3": 0, - "taskID:8": "bq_standard:checkbox" + "consume:1": 0, + "requiredItems:9": { + "0:10": { + "id:8": "gregtech:gt.blockmachines", + "Count:3": 1, + "Damage:2": 12732, + "OreDict:8": "" + }, + "1:10": { + "id:8": "gregtech:gt.blockcasings3", + "Count:3": 120, + "Damage:2": 12, + "OreDict:8": "" + }, + "2:10": { + "id:8": "GoodGenerator:radiationProtectionSteelFrame", + "Count:3": 36, + "Damage:2": 0, + "OreDict:8": "" + }, + "3:10": { + "id:8": "GoodGenerator:MAR_Casing", + "Count:3": 48, + "Damage:2": 0, + "OreDict:8": "" + }, + "4:10": { + "id:8": "gregtech:gt.blockcasings2", + "Count:3": 6, + "Damage:2": 15, + "OreDict:8": "" + } + }, + "taskID:8": "bq_standard:optional_retrieval" + }, + "1:10": { + "partialMatch:1": 1, + "autoConsume:1": 0, + "groupDetect:1": 0, + "ignoreNBT:1": 1, + "index:3": 1, + "consume:1": 0, + "requiredItems:9": { + "0:10": { + "id:8": "gregtech:gt.blockcasings3", + "Count:3": 1, + "Damage:2": 12, + "OreDict:8": "" + } + }, + "taskID:8": "bq_standard:retrieval" } }, "rewards:9": {} @@ -330249,13 +331651,49 @@ "lockedProgress:1": 0, "autoClaim:1": 0, "isSilent:1": 0, - "desc:8": "No Description" + "desc:8": "The Naquadah Reactor has the potential to be an endgame power generator, but only if the right additives are used. These additives boost the EU/t output of the multi, but in different ways, and it\u0027s important to upgrade them as quickly as possible. However, going beyond the max output of the Dynamo Hatch is not a good idea!\n\nThere are two types of additives: the coolants and the fuel boosters. The coolants boost fuel efficiency, which means fuel consumption is the same, whereas the boosters increase the speed the multi burns the fuel, increasing the output at the same time.\n\nThere are three coolants, but the 275% efficiency boost by using Cryotheum should not be ignored. To automate it, you will need an automated source of Blaze Rods and Snowballs (Snow is made from Water). To this, you add Redstone and Saltpeter, and you\u0027re done.\n\nThe boosters are more difficult to choose from. Caesium should be ignored, Uranium 235 can be automated from Uranium 238 with magic at an almost 1:1 ratio, but Naquadah is what you probably have ready to use for this, which quadruples the speed of this reactor. However, if this is too slow, you can instead automate Atomic Separation Catalyst to get a 16x speed boost! There are many recipes for this, so choose your favorite." } }, "tasks:9": { "0:10": { + "partialMatch:1": 1, + "autoConsume:1": 0, + "groupDetect:1": 0, + "ignoreNBT:1": 1, "index:3": 0, - "taskID:8": "bq_standard:checkbox" + "consume:1": 0, + "requiredItems:9": { + "0:10": { + "id:8": "miscutils:cryotheum", + "Count:3": 1, + "Damage:2": 0, + "OreDict:8": "" + }, + "1:10": { + "id:8": "GoodGenerator:rawAtomicSeparationCatalyst", + "Count:3": 1, + "Damage:2": 0, + "OreDict:8": "" + } + }, + "taskID:8": "bq_standard:optional_retrieval" + }, + "1:10": { + "partialMatch:1": 1, + "autoConsume:1": 0, + "groupDetect:1": 0, + "ignoreNBT:1": 1, + "index:3": 1, + "consume:1": 0, + "requiredItems:9": { + "0:10": { + "id:8": "bartworks:gt.bwMetaGeneratedcellMolten", + "Count:3": 1, + "Damage:2": 10022, + "OreDict:8": "" + } + }, + "taskID:8": "bq_standard:retrieval" } }, "rewards:9": {} @@ -330327,7 +331765,7 @@ "lockedProgress:1": 0, "autoClaim:1": 0, "isSilent:1": 0, - "desc:8": "Your sourcing of Uranium is gonna be very small in EV, unless you use crops. Similarly, your ability to put together the multiblocks needed for the fluid nuke will be better in IV, since you can mine Small Titanium Ore directly, and use GT++ multis. \n\nAll in all, it becomes very worthwhile to rush the Tier 2 Rocket and land on Mars and Phobos to get Uranium and Tungstate/Scheelite, before you go much farther with IC2 nukes." + "desc:8": "Your sourcing of Uranium is gonna be very small in EV, unless you use crops. Similarly, your ability to put together the multiblocks needed for the fluid nuke will be better in IV, since you can mine Small Titanium Ore directly, and use GT++ multis. \n\nAll in all, it becomes very worthwhile to rush the Tier 2 Rocket and land on Mars and Phobos to get Uranium and Tungstate/Scheelite, before you go much farther with IC2 nukes. In IV, fluid nukes are one of the best choices for efficient power without a lot of setup, although it\u0027s very viable to use Thorium and not just Uranium.\n\nEither way, it\u0027s recommended to have a multiblock Miner in either the Nether or Phobos, to source your Thorium or Uranium." } }, "tasks:9": {}, @@ -330361,7 +331799,7 @@ "lockedProgress:1": 0, "autoClaim:1": 0, "isSilent:1": 0, - "desc:8": "No Description" + "desc:8": "Thorium and Uranium have a lot of differences, but also a lot of similarities.\n\nIn general, Uranium is a better fuel, but fluid nukes do not follow that general rule. Because they do not output any EU/t, and simply convert heat to Hot Coolant, the difference between the two fuels becomes minimal and Thorium stands out as being much easier to get and turn into fuel rods. The maximum amount of heat you can safely move around in a reactor limits the amount of Uranium Fuel Rods you can use, which means that your HU value will not be as high as you would have wanted.\n\nFor regular and vacuum IC2 nukes, however, Uranium has a big advantage. Especially in vacuum nukes, which are the most powerful, the efficient cooling through the cells makes it so a lot of Uranium can be processed at once, which returns incredible amounts of EU/t. The different conversion from fuel to energy between fluid and vacuum means that Thorium is very good for fluid nukes, whereas Uranium is very good for vacuum nukes." } }, "tasks:9": { @@ -330482,8 +331920,21 @@ }, "tasks:9": { "0:10": { + "partialMatch:1": 1, + "autoConsume:1": 0, + "groupDetect:1": 0, + "ignoreNBT:1": 1, "index:3": 0, - "taskID:8": "bq_standard:checkbox" + "consume:1": 0, + "requiredItems:9": { + "0:10": { + "id:8": "gregtech:gt.blockcasings5", + "Count:3": 1, + "Damage:2": 12, + "OreDict:8": "" + } + }, + "taskID:8": "bq_standard:retrieval" } }, "rewards:9": {}