From 66c0fac83f8cca9846e3b392235489b1c423c11a Mon Sep 17 00:00:00 2001
From: IntegerLimit <103940576+IntegerLimit@users.noreply.github.com>
Date: Wed, 28 Jun 2023 19:18:54 +1000
Subject: [PATCH] Fix Duplicate Lines in Hot Titanium Quest [HM QB]

---
 .../config-overrides/expert/betterquesting/DefaultQuests.json   | 2 +-
 overrides/config/betterquesting/saved_quests/ExpertQuests.json  | 2 +-
 2 files changed, 2 insertions(+), 2 deletions(-)

diff --git a/overrides/config-overrides/expert/betterquesting/DefaultQuests.json b/overrides/config-overrides/expert/betterquesting/DefaultQuests.json
index 9b3c296..8dc0ae6 100644
--- a/overrides/config-overrides/expert/betterquesting/DefaultQuests.json
+++ b/overrides/config-overrides/expert/betterquesting/DefaultQuests.json
@@ -8536,7 +8536,7 @@
       "properties:10": {
         "betterquesting:10": {
           "autoclaim:1": 0,
-          "desc:8": "Combining §9Titanium Tetrachloride§r with §6Magnesium§r in an §3Electric Blast Furnace§r (approximating the Kroll process) will net you your first Titanium.\n\nUnfortunately, it is super hot. You\u0027ll need to cool it in a §3Vacuum Freezer§r for it to be usable.\n\nCombining §9Titanium Tetrachloride§r with §6Magnesium§r in an §3Electric Blast Furnace§r (approximating the Kroll process) will net you your first §6Titanium§r. \n\nThis process is a loop, and therefore will not cost you any resources, apart from §6Rutile§r, if you process it correctly. \n\nUnfortunately, it is super hot. You\u0027ll need to cool it in a §3Vacuum Freezer§r for it to be usable.\n\nYou should have set up a §3Vaccum Freezer§r for §6Kanthal§r, but if you haven\u0027t done it yet or want to improve your setup, routing through AE is an alternative way to using item conduits. Simply set an Ore Dictionary Storage Bus on the input bus of the freezer, set it to \u0027ingotHot*\u0027, and set it to a high piority. This will accept any new Hot Ingots entering you\u0027re system, and eliminates the need for a big conduit network.\n\nDon\u0027t encode the Hot Ingot in a pattern though!\n\n",
+          "desc:8": "Combining §9Titanium Tetrachloride§r with §6Magnesium§r in an §3Electric Blast Furnace§r (approximating the Kroll process) will net you your first §6Titanium§r. \n\nThis process is a loop, and therefore will not cost you any resources, apart from §6Rutile§r, if you process it correctly. \n\nUnfortunately, it is super hot. You\u0027ll need to cool it in a §3Vacuum Freezer§r for it to be usable.\n\nYou should have set up a §3Vaccum Freezer§r for §6Kanthal§r, but if you haven\u0027t done it yet or want to improve your setup, routing through AE is an alternative way to using item conduits. Simply set an Ore Dictionary Storage Bus on the input bus of the freezer, set it to \u0027ingotHot*\u0027, and set it to a high piority. This will accept any new Hot Ingots entering you\u0027re system, and eliminates the need for a big conduit network.\n\nDon\u0027t encode the Hot Ingot in a pattern though!",
           "globalshare:1": 0,
           "icon:10": {
             "Count:3": 1,
diff --git a/overrides/config/betterquesting/saved_quests/ExpertQuests.json b/overrides/config/betterquesting/saved_quests/ExpertQuests.json
index 9b3c296..8dc0ae6 100644
--- a/overrides/config/betterquesting/saved_quests/ExpertQuests.json
+++ b/overrides/config/betterquesting/saved_quests/ExpertQuests.json
@@ -8536,7 +8536,7 @@
       "properties:10": {
         "betterquesting:10": {
           "autoclaim:1": 0,
-          "desc:8": "Combining §9Titanium Tetrachloride§r with §6Magnesium§r in an §3Electric Blast Furnace§r (approximating the Kroll process) will net you your first Titanium.\n\nUnfortunately, it is super hot. You\u0027ll need to cool it in a §3Vacuum Freezer§r for it to be usable.\n\nCombining §9Titanium Tetrachloride§r with §6Magnesium§r in an §3Electric Blast Furnace§r (approximating the Kroll process) will net you your first §6Titanium§r. \n\nThis process is a loop, and therefore will not cost you any resources, apart from §6Rutile§r, if you process it correctly. \n\nUnfortunately, it is super hot. You\u0027ll need to cool it in a §3Vacuum Freezer§r for it to be usable.\n\nYou should have set up a §3Vaccum Freezer§r for §6Kanthal§r, but if you haven\u0027t done it yet or want to improve your setup, routing through AE is an alternative way to using item conduits. Simply set an Ore Dictionary Storage Bus on the input bus of the freezer, set it to \u0027ingotHot*\u0027, and set it to a high piority. This will accept any new Hot Ingots entering you\u0027re system, and eliminates the need for a big conduit network.\n\nDon\u0027t encode the Hot Ingot in a pattern though!\n\n",
+          "desc:8": "Combining §9Titanium Tetrachloride§r with §6Magnesium§r in an §3Electric Blast Furnace§r (approximating the Kroll process) will net you your first §6Titanium§r. \n\nThis process is a loop, and therefore will not cost you any resources, apart from §6Rutile§r, if you process it correctly. \n\nUnfortunately, it is super hot. You\u0027ll need to cool it in a §3Vacuum Freezer§r for it to be usable.\n\nYou should have set up a §3Vaccum Freezer§r for §6Kanthal§r, but if you haven\u0027t done it yet or want to improve your setup, routing through AE is an alternative way to using item conduits. Simply set an Ore Dictionary Storage Bus on the input bus of the freezer, set it to \u0027ingotHot*\u0027, and set it to a high piority. This will accept any new Hot Ingots entering you\u0027re system, and eliminates the need for a big conduit network.\n\nDon\u0027t encode the Hot Ingot in a pattern though!",
           "globalshare:1": 0,
           "icon:10": {
             "Count:3": 1,