langs

kubejs/assets/tfg/lang/en_us.json

@@ -527,7 +527,7 @@
   "quests.development.explanation.desc.1": "The &lCircuit Progression&r of GregTech can seem intimidating at first, but it's not that bad.\n\nFirst, you need to understand that circuits of the same tier are interchangeable. For example, to craft an &6HV&r &6Mixer&r, you can use any &6HV-tier&r circuit.",
   "quests.development.explanation.desc.2": "Now, let's talk about &lprogression&r. As you may notice, each circuit shares a color code on its icon and a name. For example, all &aQuantum Processors&r are &agreen&r and crafted inside &1IV-tier&r Circuit Assemblers. To craft one, you first need the previous circuit — that's why, to craft your first &dLuV&r &dCircuit&r, the Nanoprocessor Mainframe, you must start by crafting a Nanoprocessor and progress through each &7step&r. In this case, it would take three steps.\n\nThis is why the rightmost &6circuits&r in each line are always cheaper to &a craft&r: they require fewer &7steps&r.",
   "quests.development.explanation.desc.3": "Additionally, we have added &lUniversal Circuits&r. They can be &a crafted&r from any &6circuit&r — whether &1IV&r, &dLuV&r, &3UV&r, or any other tier — and are extremely useful for &9automation&r with AE2. Try to encode all your &fpatterns&r with &lUniversal Circuits&r, so whenever you upgrade to a better circuit, you won't have to redo all your &fpatterns&r — only the ones used to craft the Universal Circuit.",
-  "quests.development.explanation.task": "Okay I read the whole three prages",
+  "quests.development.explanation.task": "Okay I read the whole three pages",
   "quests.development.ulv.title": "&8ULV&r Circuits",
   "quests.development.ulv.subtitle": "",
   "quests.development.ulv.desc": "On this line you can see the Steam, or &8&8ULV&r, equivalents.",
@@ -852,7 +852,7 @@
   "quests.medium_voltage.mv_component.desc": "Here's a list of the components you will need in &bMV&r. To alleviate the pain, be sure to autocraft or &dbulk-craft&r these parts, especially &aMotors&r.\n\nFamiliar with the &aEmitter&r? This tier's Emitter requires a &dFlawless Emerald&r in its recipe, which'll be only attainable with the &3Sifting Machine&r for now.\n\nConveyors, Pumps and Robot Arms are objective upgrades to &7LV&r versions if you use them as covers.",
   "quests.medium_voltage.electrolyzer.title": "MV Electrolyzer",
   "quests.medium_voltage.electrolyzer.subtitle": "We made it to MV, and, well...",
-  "quests.medium_voltage.electrolyzer.desc": "This one should look familiar—you’ve already seen it before. We’re not forcing you to craft it, but know that it’s &aactually really useful&r. And if you skipped the &7LV&r version, then let’s be honest: &cyou’ll need this one&r.\n\nIt’s great for processing &cdusts&r that can’t be smelted, and it’s a solid way to get &dAluminum&r, &dbattery materials&r, and &dSilicon&r—especially if you can gather enough &dClay&r.\n\nAnd don’t forget: you can find &ltons of clay&r in &8The Beneath&r, if you’re brave enough to go digging there.",
+  "quests.medium_voltage.electrolyzer.desc": "This one should look familiar—you’ve already seen it before. We’re not forcing you to craft it, but know that it’s &aactually really useful&r. And if you skipped the &7LV&r version, then let’s be honest: &cyou’ll need this one&r.\n\nIt’s great for processing &cdusts&r that can’t be smelted, and it’s a solid way to get &dAluminum&r, &dbattery materials&r, and &dSilicon&r.",
   "quests.medium_voltage.mv_extruder.title": "Advanced Extruder",
   "quests.medium_voltage.mv_extruder.subtitle": "The biggest upgrade you'll make",
   "quests.medium_voltage.mv_extruder.desc": "We &lSINCERELY&r hope at &cno&r point you made the &7LV&r Extruder, because only the &bMV&r Extruder is actually useful. If you did, immediately &arecycle it&r through the Arc Furnace.\n\nThe Extruder shapes solid materials into (almost!) any form using &aIngots&r. This is a great way to reduce the amount of microcrafting, as well as keeping a high conversion ratio.\n\nThe Extruder can make &6Bolts&r, &6&6Small Gears&r, &6Gears&r, and &6&6Rings&r at the highest efficiency in a single step!\n\nYou may also like to use it for &dPipes&r, &dLong Rods&r, and &dRotors&r.",
@@ -1055,8 +1055,8 @@
   "quests.medium_voltage.mv_silicon_boule.desc": "&9Silicon Boules&r are made in the &3EBF&r with half a stack of &aSilicon Dust&r and a pinch of &aGallium Arsenide&r. Their primary purpose is engraving &6Circuit Wafers&r.\n\nAfter making the Boule, process it in the &3Cutter&r to get 16 Silicon Wafers ready for engraving.\n\n&cWarning:&r Each Silicon Boule takes &47.5 minutes&r to make at 120 EU/t, or 1,080,000 EU! If the EBF loses power midway, the recipe will start to &close progress&r.\n\nWith that being said, Silicon Boules take an absolute age to craft, so consider parallelizing the recipe in multiple &3EBF&rs and stockpiling them.",
   "quests.medium_voltage.mv_silicon.title": "Silicon Dust",
   "quests.medium_voltage.mv_silicon.subtitle": "",
-  "quests.medium_voltage.mv_silicon.desc.1": "You’ll need to get used to it: in &dGregtech&r, there are always &amultiple ways&r to reach what you want—a philosophy we made sure to preserve in &aTerrafirmaGreg&r.\n\nTo obtain &5Silicon&r, we’ll suggest &cthree main methods&r so you have clear directions. As always, it’s up to you to figure out what’s &abest for your situation&r.",
-  "quests.medium_voltage.mv_silicon.desc.2": "First method: &aElectrolyzing Clay Dust&r at &bMV&r. This is one of the best-known techniques. However, it’s a bit harder in &aTFG&r, since we removed the infinite clay trick. That said, you can still find &9large amounts of clay&r, especially in &8The Beneath&r.\n\nSecond method: &amining silicon-rich ores&r. Look for &9Mica&r or &9Kyanite&r veins—they’ll also yield &dAluminum&r. Alternatively, you can &aElectrolyze Zeolite Dust&r, found in &9Chalcopyrite&r and &dRealgar&r veins.\n\nThird method: &eAdvanced but powerful&r. Although more expensive to set up and slower early on, it becomes the &ebest method&r at &6HV&r and beyond. Plus, it generates &9Oxygen&r as a bonus! The idea is simple: &aElectrolyze Silicon Dioxide Dust&r into &9Oxygen&r and &5Silicon&r. You can get &aSilicon Dioxide Dust&r by &9centrifuging Flint Dust&r, which itself comes from &9Flint&r collected by &asifting Gravel&r.\n\nThis setup can become &afully passive&r easily. Try using the &aEMI Recipe Tree&r tool (bottom left of your screen) to plan your builds—it really helps!",
+  "quests.medium_voltage.mv_silicon.desc.1": "You’ll need to get used to it: in &dGregtech&r, there are always &amultiple ways&r to reach what you want—a philosophy we made sure to preserve in &aTerrafirmaGreg&r.\n\nTo obtain &5Silicon&r, we’ll suggest &ctwo main methods&r so you have clear directions. As always, it’s up to you to figure out what’s &abest for your situation&r.",
+  "quests.medium_voltage.mv_silicon.desc.2": "First method: &amining silicon-rich ores&r. Look for &9Mica&r or &9Kyanite&r veins—they also contain &dAluminium&r. Alternatively, you can &aElectrolyze Zeolite Dust&r, found in &9Chalcopyrite&r and &dRealgar&r veins.\n\nSecond method: &eAdvanced but powerful&r. Although more expensive to set up and slower early on, it becomes the &ebest method&r at &6HV&r and beyond. Plus, it generates &9Oxygen&r as a bonus! The idea is simple: &aElectrolyze Silicon Dioxide Dust&r into &9Oxygen&r and &5Silicon&r. You can get &aSilicon Dioxide Dust&r by &9centrifuging Flint Dust&r, which itself comes from &9Flint&r collected by &asifting Gravel&r.\n\nThis setup can become &afully passive&r easily. Try using the &aEMI Recipe Tree&r tool (bottom left of your screen) to plan your builds—it really helps!",
   "quests.medium_voltage.mv_ulpic.title": "ULPIC Chips",
   "quests.medium_voltage.mv_ulpic.subtitle": "Pickin' up Chips",
   "quests.medium_voltage.mv_ulpic.desc": "Using a Sapphire Lens, engrave a Silicon Wafer into an ULPIC Wafer.\n\nThis can be processed in a Cutter for ULPIC Chips, which are important for some multiblock components!\n\nMore specificaly ",