2.8.0-beta-4
This commit is contained in:
@@ -12,7 +12,7 @@
|
||||
"properties:10": {
|
||||
"betterquesting:10": {
|
||||
"autoClaim:1": 0,
|
||||
"desc:8": "The QED enables you to assemble the most convenient device for mining: The ender quarry.\n\nAs 0lafe says, \"This small black box is life-changing\" and \"Sympathy for the amount of dense obsidian plates you need.\"\n\nGuess you better get compressing!\n\n[warn]NOTE: It\u0027s best to place your quarry and markers on orevein boundaries. This way you start getting ores right away, especially from planets.[/warn]",
|
||||
"desc:8": "The QED enables you to assemble the most convenient device for mining: The ender quarry.\n\nAs 0lafe says, \"This small black box is life-changing\" and \"Sympathy for the amount of dense obsidian plates you need.\"\n\nGuess you better get compressing!\n\n[warn]NOTE: It\u0027s best to place your quarry and markers on ore vein boundaries. This way you start getting ores right away, especially from planets.[/warn]",
|
||||
"globalShare:1": 1,
|
||||
"icon:10": {
|
||||
"Count:3": 1,
|
||||
|
||||
@@ -8,7 +8,7 @@
|
||||
"properties:10": {
|
||||
"betterquesting:10": {
|
||||
"autoClaim:1": 0,
|
||||
"desc:8": "For Cubic Zirconia, you\u0027ll need to combine Zirconium and Yttrium Oxide in the EBF as well. Fortunately you only need the dusts.\n\nYou can get Zirconium from:\n1) The Red Zircon ore on Ross128b \u003c- Do this one\n2) Sifting Cassiterite, Tin, or Ilmenite \u003c- Do this one if you hate Ross\n3) Chemical Bathing Tin or Rutile with Chlorine\n\nOxygen isn\u0027t hard to get, but the Yttrium more than makes up for it. You have a couple options:\n1) Make Rare Earth (I) out of Rare Earth (see the MV quest) and get it out of Xenotime\n2) Make Rare Earth (II) out of Rare Earth using a stronger acid and get it from Yttriaite\n3) When you have a T6 rocket, you can pick some Yttrium ore up from Triton, making you cry at how much easier it is\n4) In ZPM you can try going to the Toxic Everglades to grab weird GT++ ores, some of which have Yttrium in them (Yay RNG ore worldgen!)\n\nTo get Rare Earth you §ocan§r use Redstone or Skystone, but you can also get it out of Monazite directly or some other ores as a byproduct. Hopefully you saved it up?",
|
||||
"desc:8": "For Cubic Zirconia, you\u0027ll need to combine Zirconium and Yttrium Oxide in the EBF as well. Fortunately you only need the dusts.\n\nYou can get Zirconium from:\n1) The Red Zircon ore on Ross128b \u003c- Do this one\n2) Sifting Cassiterite, Tin, or Ilmenite \u003c- Do this one if you hate Ross\n\nOxygen isn\u0027t hard to get, but the Yttrium more than makes up for it. You have a couple options:\n1) Make Rare Earth (I) out of Rare Earth (see the MV quest) and get it out of Xenotime\n2) Make Rare Earth (II) out of Rare Earth using a stronger acid and get it from Yttriaite\n3) When you have a T6 rocket, you can pick some Yttrium ore up from Triton, making you cry at how much easier it is\n4) In ZPM you can try going to the Toxic Everglades to grab weird GT++ ores, some of which have Yttrium in them (Yay RNG ore worldgen!)\n\nTo get Rare Earth you §ocan§r use Redstone or Skystone, but you can also get it out of Monazite directly or some other ores as a byproduct. Hopefully you saved it up?",
|
||||
"globalShare:1": 0,
|
||||
"icon:10": {
|
||||
"Count:3": 1,
|
||||
|
||||
@@ -12,7 +12,7 @@
|
||||
"properties:10": {
|
||||
"betterquesting:10": {
|
||||
"autoClaim:1": 0,
|
||||
"desc:8": "So you completed your Fusion Reactor and made your rocket, great! Now time to get some new ore! (like that isn\u0027t getting old) You don\u0027t need your hand held anymore, so I\u0027ll just list what\u0027s new.\n\nEnceladus, Miranda, Oberon, Ross128ba and Titan are the new planets. Miranda is the 1st moon of Uranus, while Oberon is the last. Enceladus is the 2nd moon of Saturn, while Titan is the second last. Ross128ba is Ross128b\u0027s moon in the Ross128 System to the South.\n\nThe new veins are Nickel, Tungsten, and Vanadium. The ores are: Chrome, Deep Iron, Iridium, Gold, Magnetite, Nickel, Osmium, Silicon, Shadowiron, Tungsten, and Vanadium.\n\nYou can get Neutronium from small ores on Enceladus, Oberon, and Titan.\n\nAnd grab some planet blocks while you\u0027re at it too.\n\nYou can get the schematic for T6 on Enceladus.\n\n[note]I\u0027m sure you can tell by now, but it\u0027s not like every planet is required, so go to the ones you want to, and skip the ones you don\u0027t want to go to. Use NEI to figure out where you NEED to go.[/note]",
|
||||
"desc:8": "So you completed your Fusion Reactor and made your rocket, great! Now time to get some new ore! (like that isn\u0027t getting old) You don\u0027t need your hand held anymore, so I\u0027ll just list what\u0027s new.\n\nEnceladus, Miranda, Oberon, Ross128ba and Titan are the new planets. Miranda is the 1st moon of Uranus, while Oberon is the last. Enceladus is the 2nd moon of Saturn, while Titan is the second last. Ross128ba is Ross128b\u0027s moon in the Ross128 System to the South.\n\nThe new veins are Nickel, Tungsten, and Vanadium. The ores are: Chrome, Deep Iron, Iridium, Gold, Magnetite, Nickel, Osmium, Silicon, Shadow Iron, Tungsten, and Vanadium.\n\nYou can get Neutronium from small ores on Enceladus, Oberon, and Titan.\n\nAnd grab some planet blocks while you\u0027re at it too.\n\nYou can get the schematic for T6 on Enceladus.\n\n[note]I\u0027m sure you can tell by now, but it\u0027s not like every planet is required, so go to the ones you want to, and skip the ones you don\u0027t want to go to. Use NEI to figure out where you NEED to go.[/note]",
|
||||
"globalShare:1": 0,
|
||||
"icon:10": {
|
||||
"Count:3": 1,
|
||||
|
||||
@@ -24,7 +24,7 @@
|
||||
"properties:10": {
|
||||
"betterquesting:10": {
|
||||
"autoClaim:1": 0,
|
||||
"desc:8": "When making Raw Crystal Chips, you have two other options if using Europium constantly is too expensive for you: Bacterial Sludge, and Mutagen.\n\nMutagen is obviously better than the sludge, but how do you get it? I\u0027ll teach you how.\n\nFirst, get the Bacterial Sludge you got from Mars, and run it through a Brewery along with some U-238 to get EnrichedBacterialSludge. Then Ferment it to get FermentedBacterialSludge. And finally you Distill it to get Mutagen.\n\nBut is a single bucket enough for you? Hardly! But now that we have some, we can make more with the vat. Use the Mutagen you got along with some of that Mysterious Crystal Dust to make a culture. Unfortunately the chances are pretty low, so you\u0027ll almost certainly have to do it several times.\n\nOnce you have your culture you can use it in the vat along with some of the dust again to make more. You\u0027ll need LuV-tier glass, and Plutonium rods.\n\nIf you want to get more Bacterial Sudge more easily, you can use the vat to make that too! The culture is much easier to make.\n\n[note]Mutagen is also used for Gendustry, so if you want to do that, make a bunch.[/note]",
|
||||
"desc:8": "When making Raw Crystal Chips, you have two other options if using Europium constantly is too expensive for you: Bacterial Sludge, and Mutagen.\n\nMutagen is obviously better than the sludge, but how do you get it? I\u0027ll teach you how.\n\nFirst, get the Bacterial Sludge you got from Mars, and run it through a Brewery along with some U-238 to get Enriched Bacterial Sludge. Then Ferment it to get Fermented Bacterial Sludge. And finally you Distill it to get Mutagen.\n\nBut is a single bucket enough for you? Hardly! But now that we have some, we can make more with the vat. Use the Mutagen you got along with some of that Mysterious Crystal Dust to make a culture. Unfortunately the chances are pretty low, so you\u0027ll almost certainly have to do it several times.\n\nOnce you have your culture you can use it in the vat along with some of the dust again to make more. You\u0027ll need LuV-tier glass, and Plutonium rods.\n\nIf you want to get more Bacterial Sludge more easily, you can use the vat to make that too! The culture is much easier to make.\n\n[note]Mutagen is also used for Gendustry, so if you want to do that, make a bunch.[/note]",
|
||||
"globalShare:1": 0,
|
||||
"icon:10": {
|
||||
"Count:3": 1,
|
||||
|
||||
@@ -7,12 +7,17 @@
|
||||
"1:10": {
|
||||
"questIDHigh:4": 0,
|
||||
"questIDLow:4": 2607
|
||||
},
|
||||
"2:10": {
|
||||
"questIDHigh:4": -7439799557305581253,
|
||||
"questIDLow:4": -5895649105231252556,
|
||||
"type:1": 1
|
||||
}
|
||||
},
|
||||
"properties:10": {
|
||||
"betterquesting:10": {
|
||||
"autoClaim:1": 0,
|
||||
"desc:8": "Now that your power needs are increasing, you need a way to keep up with demand. To generate over 1A ZPM with a single machine you have two options: solars, and fusion.\n\nWhile solars are simpler to set up, solars cap out at 524288 EU/t. Fusion can reach levels close to eight times that with the right setup.\n\nFor your first reactor, you will need a controller, 2-16 fluid input hatches, 1-16 fluid output hatches, and 16 energy hatches. All hatches have to be LuV tier or better. Each hatch provides 2048 EU/t for the recipe, and has a storage capacity of 10M eu.\n\nThis means you can do any fusion recipe that takes less than 32768 EU/t or less, and has a startup cost of 160M EU or less. Using more fluid hatches means you need less fusion casings. While this doesn\u0027t matter as much for the mk1 reactor, this principle helps tremendously with the higher reactor tiers.",
|
||||
"desc:8": "Now that your power needs are increasing, you need a way to keep up with demand. To generate over 1A ZPM with a single machine you have two options: solars, and fusion.\n\nWhile solars are simpler to set up, solars cap out at 524288 EU/t. Fusion can reach levels close to eight times that with the right setup.\n\nFor your first reactor, you will need a controller, 2-16 fluid input hatches, 1-16 fluid output hatches, and 16 energy hatches. All hatches have to be LuV tier or better. Each hatch provides 2048 EU/t for the recipe, and has a storage capacity of 10M EU.\n\nThis means you can do any fusion recipe that takes less than 32768 EU/t or less, and has a startup cost of 160M EU or less. Using more fluid hatches means you need less fusion casings. While this doesn\u0027t matter as much for the mk1 reactor, this principle helps tremendously with the higher reactor tiers.",
|
||||
"globalShare:1": 1,
|
||||
"icon:10": {
|
||||
"Count:3": 1,
|
||||
|
||||
Reference in New Issue
Block a user