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Dream-Master committed Jul 13, 2022
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4 changes: 2 additions & 2 deletions config/betterquesting/DefaultQuests.json
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"desc:8": "One of the most incredibly complicated machines, this will serve as the main structure for your \"Computation\" generation for the Research Station. \n\nFirst, you\u0027ll need a few things: the Quantum Computer itself, The Uncertainty Resolver, some good circuits and the Computer Racks to hold them, and at least a UV energy hatch (UV 4A suggested). The QC will consume 1A of UV, and each CR will use one more. So another important factor is to ONLY turn on the Quantum Computer once you have the desired recipe for the Research Station ready to avoid excess energy loss. Remember to turn the QC on BEFORE the RS. In order for you to build this absolute monster, you\u0027ll need to place down the Quantum Computer at least 1 block above the surface/ground and use the Multiblock Structure Hologram Projector to see where to place everything. The blocks with no dots next to the vents indicate that that space must be empty.\n\nUncertainty Resolver:\nMuch like a puzzle-solving simulation, it is rather complicated to explain how to solve it, but it\u0027s often best just to retrace or undo certain actions and hope for the best. Sometimes, the Schrödinger Status will require some puzzle solving again after a period of time. This is random and incredibly frustrating, especially during operations being done between the Research Station and Quantum Computer(s), so it is important to constantly check the Uncertainty Resolver before you start operations on your Computer. If the puzzle looks too hard or you can\u0027t complete it, just remove it and the controller and re-place them to get a different puzzle.\n\nComputer Racks:\nThe main component within the multiblock to generate Computation. In order to achieve this, you will need to input some circuits and ic2 heat vents; Advanced Heat Vents work best. It is critical that you use Heat Vents to prevent the heat from reaching a catastrophic point, 55 percent or above should be avoided for safety reasons. Technically, you could achieve above 55 percent heat capacity or 5500 heat capacity, however the Computer Racks may melt or explode above 5600 or 6000 heat. You can see this for individual Racks by scanning them. You cannot remove or input components until the heat is gone. You can see the overall heat value in the controller\u0027s interface. And most importantly: DO NOT WRENCH THE COMPUTER RACKS IF THEY HAVE HEAT IN THEM. Otherwise, you\u0027re going to get an explosion.\n\nComputation:\nComputation is generated every second and is based on the tier of your circuit. There are, however, differences in between how much computation is generated, even with the same exact tier. For instance, you could use a Master Quantum Computer (Quantum Circuit Series / LuV) or a Wetwareprocessor (Wetware Circuit Series / LuV) which will give you more Computation even though they are of the same tier. If you wish to find out exactly how much Computation a circuit gives; place down a Computer Rack, put a circuit inside and scan it. You can also see the total computation in the controller.\n\nIt will include the following information.\nBase computation: \nAfter overclocking: \u003cnumbers, same as above unless you specially overclock it\u003e\nHeat Accumulated: \u003cnumbers, based on circuits and heat vents, keep a watchful eye on this part as it\u0027s extremely important\u003e\n\nUsing the Parametrizer you can overclock and overvolt, but you never need to, so you may or may not wish to try it.\n\nSending Computation to the Research Station:\nUse the Optical Master Connector in one of the variable spaces on the QC, and the Optical Slave Connector on the RS. Use Optical Fiber Cable to connect them, and make sure to paint all three.\n\nSuggested Build:\nNow that you\u0027ve understood the concepts and safety of handling of the QC, what are the more optimal setups for your Quantum Computer? For now, I\u0027ll suggest 2 racks with 3 Ultimate Crystalcomputers each, and of course 1 Advanced Heat Vent. Do keep in mind that this 156 C/s setup can complete practically 3/4s of the recipes in the Research Station. This is a rather minimal setup compared to some of the more complicated setups.\n\nNow that you understand the QC, it\u0027s time to build it! You\u0027ll need to gather quite a lot of resources."
"desc:8": "One of the most incredibly complicated machines, this will serve as the main structure for your Computation generation for the Research Station. \n\nFirst, you\u0027ll need a few things: the Quantum Computer itself, The Uncertainty Resolver, some good circuits and the Computer Racks to hold them, and at least a UV energy hatch (maybe start with a UV 4A energy hatch). The QC will consume 1A of UV, and each rack will use one more. So another important factor is to ONLY turn on the Quantum Computer once you have the desired recipe for the Research Station ready to avoid excess energy loss. Remember to turn the QC on BEFORE the RS. In order for you to build this absolute monster, you\u0027ll need to place down the Quantum Computer at least 1 block above the surface/ground and use the Multiblock Structure Hologram Projector to see where to place everything. The blocks with no dots next to the vents indicate that that space must be empty. Later you\u0027ll want to build a bigger QC. Use a stack of multiple Hologram Projectors to see how that is build. If at some point even a maximum size QC with 24 racks is no longer sufficient, you can also chain multiple QCs. For now, let us focus on a basic setup.\n\nUncertainty Resolver:\nA mini-game that might take you a bit to understand. Your goal is to balance the lights around the focal points. Sometimes, the Schrödinger Status will require some puzzle solving again after a period of time. This is random and incredibly frustrating, especially during operations being done between the Research Station and Quantum Computer(s), so it is important to constantly check the Uncertainty Resolver before you start operations on your Computer. If the puzzle looks too hard or you can't complete it, just remove it and the controller and re-place them to get a different puzzle.\n\nComputer Racks:\nThe main component within the multiblock to generate Computation. In order to achieve this, you will need to input some circuits and ic2 heat vents; Advanced Heat Vents work best. It is critical that you use Heat Vents to prevent the heat from reaching a catastrophic point. Computer Racks will always melt or explode about 9000 heat (also written as 90 percent, 10000 being 100 percent) but most circuits have much lower thresholds. For our example here we will use Ultimate Crystalcomputers. With these, any heat above 54 percent should be avoided for safety reasons! The maximum heat will be different for different circuits, even if they are of the same tier. You can see the heat for individual racks by scanning them. You cannot remove or insert components until the heat is gone. You can see the overall heat value in the controller\u0027s interface. And most importantly: DO NOT WRENCH THE COMPUTER RACKS IF THEY HAVE HEAT IN THEM. Otherwise, you\u0027re going to get an explosion.\n\nComputation:\nComputation is generated every second and is based on the tier of your circuit. There are, however, differences in between how much computation is generated, even with the same exact tier. For instance, you could use a Master Quantum Computer (Quantum Circuit Series / LuV) or a Wetwareprocessor (Wetware Circuit Series / LuV) which will give you more Computation even though they are of the same tier. If you wish to find out exactly how much Computation a circuit gives; place down a Computer Rack, put a circuit inside and scan it. You can also see the total computation in the controller.\n\nIt will include the following information.\nBase computation: \nAfter overclocking: \u003csame as above unless you specially overclock it\u003e\nHeat Accumulated: \u003cbased on circuits and heat vents, keep a watchful eye on this part as it\u0027s extremely important\u003e\n\nYou can find an overview of circuits with their maximum heat and Computation generation on the GTNH wiki.\n\nUsing the Parametrizer you can overclock and overvolt the QC, but we won\u0027t do so for our example setup here.\n\nSending Computation to the Research Station:\nUse the Optical Master Connector in one of the variable spaces on the QC, and the Optical Slave Connector on the RS. Use Optical Fiber Cable to connect them, and make sure to paint all three.\n\nExample setup:\nNow that you\u0027ve understood the concepts and safety of handling of the QC, what are the more optimal setups for your Quantum Computer? For now, we suggest 2 racks with 3 Ultimate Crystalcomputers each, and of course 1 Advanced Heat Vent. This gives you 156 C/s and will get you started with recipes in the Research Station. This is a rather minimal setup though, you should probably think about more optimized (or just larger) setups later!\n\nNow that you understand the QC, it\u0027s time to build it! You\u0027ll need to gather quite a lot of resources."
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"tasks:9": {
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"desc:8": "The Parametrizer allows you to configure TecTech multis by adjusting the numbers. There are 3 different versions. Don\u0027t ask me how the latter two work, I have no idea.\n\nIf there are lit up sections in the Parameters part of the multi interface (see the TecTech Multiblocks quest), you can configure the multi, otherwise the block does nothing.\n\nIf you want to understand how using the Parametrizer works, you\u0027ll need to understand how binary works a little, so go do that. We\u0027ll also be using the Quantum Computer for the example, since that\u0027s what you probably want it for.\n\nID:0:0:I ID:0:1:I ID:1:0:I ID:1:1:I\nID:0:0:O ID:0:1:O ID:1:0:O ID:1:1:O\n\nOn the example above, the \u0027block\u0027 is represented by the first number of each group. In the first, it is 0, in the second, unused one, it is 1.\n\nThe letter I in the top groupings indicates Input, something that is either set by the Parametrizer, or is the default.\n\nThe letter O (right below the I) in the bottom number groupings indicates Output, this is information that the machine sends to you, that indicates things. (like heat or computation power)\n\nThe middle number indicates if it\u0027s the first or second parameter.\n\n\nIn the Parametrizer\u0027s interface, you have 16 buttons. Ignore the bottom row, it\u0027s not useful here. The left and right sided ones are for +/- to a greater degree, but that\u0027s not really useful to us, so ignore them too.\n\nIt defaults to Parameters: -1, use the +/- with ID on them to change which \u0027block\u0027 of parameters you\u0027re adjusting. For the QC, there\u0027s only the 0 \u0027block\u0027, so set it to that.\n\nThe Down Arrow indicates the current value of O numbers, and the Up Arrow indicates the current value of I numbers. Remember that you can change I numbers? Use the +/- buttons to change them. They will change either the 0 or 1 number, depending on the icon on the button.\n\nIf you change the 0 value, this will change the Overclock Ratio, and if you change the 1 value, this will change the Overvoltage Ratio. For the QC at least."
"desc:8": "The Parametrizer allows you to configure TecTech multis by adjusting the numbers. There are 3 different versions. Let us focus on the basic one.\n\nIf there are lit up sections in the Parameters part of the multi interface (see the TecTech Multiblocks quest), you can configure the multi, otherwise the block does nothing.\n\nWe\u0027ll be using the Quantum Computer as our example, since that is what you probably want it for.\n\nFirst we need to understand the parameter naming, like ID:0:1:I. The first number represents the parameter block. For the QC only block 0 is used. Each such block can have up to 4 used parameters, 2 inputs and 2 outputs. The letter at the end specifies if a parameter is an input or output with I or O and the number in the middle distinguishes the 2 parameters of this kind in the block. It is either 0 or 1.\n\nInputs are something that is either set by the Parametrizer, or is a default. Outputs give information that the machine sends to you, that indicates things. (like heat or Computation)\n\nIn the Parametrizer\u0027s interface, the outputs are marked by a down arrow, while the inputs are indicated by an up arrow. Around that you can find 16 buttons. The outer 8 just change things by a larger quantity, as does shift clicking. So let us focus on the inner 8.\n\nIn the first row you can change the parameter block to look at or change. For the QC only block 0 is relevant, so change it to that.\n\nThe next two rows now allow us to change either the first or the second input parameter in this block by -1 or +1 per button press. You can see in the QC controller GUI that the first input parameter is the overclock ratio, while the second is the overvoltage ratio.\n\nThe bottom row is where the binary nature of the Parametrizer shows. It lets you multiply the parameters by 2 or divide them by 2. However: it changes both of them together! So if you want different values you will have to change things in the second and third row. Despite what the TecTech wiki claims, being able to divide by 2 also allows you to set non-integer values for your OC and OV ratio!"
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"tasks:9": {
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