From 32fb099ef6d1b5ffca2c3b14b6efae320c4ee953 Mon Sep 17 00:00:00 2001 From: Felix Montanari <30989436+CaptainBoggle@users.noreply.github.com> Date: Mon, 4 Mar 2024 04:54:56 +1100 Subject: [PATCH] Update en_us.lang with grammatical fixes (#764) --- .../resources/supersymmetry/lang/en_us.lang | 8 ++++---- 1 file changed, 4 insertions(+), 4 deletions(-) diff --git a/config/betterquesting/resources/supersymmetry/lang/en_us.lang b/config/betterquesting/resources/supersymmetry/lang/en_us.lang index 28bf0a3f5..b5d615ddf 100644 --- a/config/betterquesting/resources/supersymmetry/lang/en_us.lang +++ b/config/betterquesting/resources/supersymmetry/lang/en_us.lang @@ -817,7 +817,7 @@ susy.quest.db.379.desc=Explore the §cnether §rto get §c§lkimberlite§r, whic susy.quest.db.380.title=Large Weapons Factory susy.quest.db.380.desc=The§6 Large Weapons Factory§r is a machine that assembles large weapons, such as §bmissiles§r.%n%nBuilding a Large Weapons Factory requires:%n§6%n- 1 Large Weapons Factory Controller%n- 1 Maintenance Hatch%n- 1 Input Bus%n- 1 Input Hatch%n- 1 Output Bus%n- 1 Output Hatch%n- 1 Energy Hatch%n- 11 Steel Frame Box%n- 7 Steel Gearbox Casing%n- 16 Solid Steel Machine Casing§r susy.quest.db.381.title=Coal Tar -susy.quest.db.381.desc=§6§6Coal Tar §rcan be distilled from §6Coal§r,§r §e§2§3§4§6§6§8§6Charcoal §rand §6Anthracite§r in a §6§cPyrolyse Oven§r. §7§6Coal Tar§6§r can be distilled into §6Anthracene Oi§6§r§6l§r, §6Naphthalene Oil§r, §6Light Oil§r, and §6Creosote§r. §6Light Oil§r will be your early game source of §6Benzene§r and §6Toluene§r. Check §eJEI§r for more infomation on how to get §6Toluene§r from §6Light Oil§r. +susy.quest.db.381.desc=§6§6Coal Tar §rcan be distilled from §6Coal§r,§r §e§2§3§4§6§6§8§6Charcoal §rand §6Anthracite§r in a §6§cPyrolyse Oven§r. §7§6Coal Tar§6§r can be distilled into §6Anthracene Oi§6§r§6l§r, §6Naphthalene Oil§r, §6Light Oil§r, and §6Creosote§r. §6Light Oil§r will be your early-game source of §6Benzene§r and §6Toluene§r. Check §eJEI§r for more infomation on how to get §6Toluene§r from §6Light Oil§r. susy.quest.db.382.title=Trolling Plan, Phase One susy.quest.db.382.desc=Combine §6Paper§r, String and §6TNT §rin a Forming Press to create §cdynamite§r. susy.quest.db.383.title=Trolling Plan, Phase Three @@ -1477,7 +1477,7 @@ susy.quest.db.709.desc=When smelting at higher temperatures, you will also need susy.quest.db.710.title=Fluidized Bed Reactor susy.quest.db.710.desc=The Fluidized Bed Reactor will also be needed to carry out some more advanced §ccatalyzed §rchemical processes later on. susy.quest.db.711.title=XNet -susy.quest.db.711.desc=XNet systems are a powerful tool for early game automation. For more infomation on how to use XNet, I suggest searching XNet guides on §cYouTube§r, as they will be more capable of explaining the systems than a questbook. +susy.quest.db.711.desc=XNet systems are a powerful tool for early-game automation. For more infomation on how to use XNet, I suggest searching XNet guides on §cYouTube§r, as they will be more capable of explaining the systems than a questbook. susy.quest.db.712.title=Modular Storage susy.quest.db.712.desc=The Modular Storage from RFTools is a rather useful block for storing and organizing your items.%n%nIt even comes with a search bar for stored items.%n%nIt requires Storage Modules before you can start storing things in it. susy.quest.db.713.title=Coal Tar Processing @@ -1663,7 +1663,7 @@ susy.quest.db.802.desc=From the flue gas obtained from roasting molybdenite, pas susy.quest.db.803.title=Rhenium Metal susy.quest.db.803.desc=§rUsing some §bAmmonium Perrhenate Solution§r, crystallize the ammonium perrhenate from the solution, then react the dust with hydrogen to produce molybdenum metal, steam, and ammonia. susy.quest.db.804.title=ETERNAL SUFFERING -susy.quest.db.804.desc=Before you can producing §dniobium§r and §6tantalum§r, you must first utilize this the §cShell Higher Olefin Process§r to produce a froth flotation agent suitable for the concentration of the two elements. This catalyst is the main hassle in the process, and requires multitudinous steps to synthesize. Good luck, you will need it. +susy.quest.db.804.desc=Before you can start producing §dniobium§r and §6tantalum§r, you must first utilize this the §cShell Higher Olefin Process§r to produce a froth flotation agent suitable for the concentration of the two elements. This catalyst is the main hassle in the process, and requires multitudinous steps to synthesize. Good luck, you will need it. susy.quest.db.805.title=Niobium/Tantalum Beneficiation susy.quest.db.805.desc=The beneficiation process for §d§5pyrochlore§r involves first sifting it, passing it through an electromagnetic separator, then froth flotation, followed by roasting and digestion.%n%nThe process for §dcolumbite§r and §6tantalite§r are similar, involving a sifting step, electromagnetic separator, and then froth flotation. susy.quest.db.806.title=Niobium/Tantalum Liquid-Liquid Extraction @@ -1815,7 +1815,7 @@ susy.quest.db.878.desc=Smelt and assemble the uranium triplatinum dust like you susy.quest.db.879.title=Uranium Triplatinum susy.quest.db.879.desc=Uranium triplatinum is a mixture of uranium and platinum. It's that simple. susy.quest.db.880.title=Acid-Treated Silicon Wafer -susy.quest.db.880.desc=Bath your§6 Raw Wafer§r in §2Wafer §2Treatment Acid§r to get an §6Acid-Treated Silicon Wafer§r. +susy.quest.db.880.desc=Bathe your§6 Raw Wafer§r in §2Wafer §2Treatment Acid§r to get an §6Acid-Treated Silicon Wafer§r. susy.quest.db.881.title=Wafer Treatment Acid susy.quest.db.881.desc=You need to make §6Wafer Treatment Acid§r to polish your §6Wafers§r. To make §6Wafer Treatment Acid§r, mix §2§a§d§b§a§5§4§3Hydrofluoric Acid§r and §8§7Hydrochloric Acid§r. If you add §d§5§4§3§f§7Acetic Acid§r, the mixing time will go down from 30 seconds to 10 seconds. susy.quest.db.882.title=Liquid Nitrogen