[Feature] 曲目排序

[RainEffect]

功能大致简述

若曲目本身不存在于MusicSoft中，游戏会将曲目进行乱序排放（反正是没找到逻辑）。
需要增加一个功能，用于将曲目进行ID排序，减少不必要的曲目位置显示错乱问题。

大致功能开关设定

• 功能总开关
  用于开启该功能，默认关闭
• 排序依据
  默认排序顺序逻辑，若存在相同则相同项以ID排序，默认ID
  可选项: netOpen时间，ID
• 忽略原有排序
  将谱面本身放置于原MusicSoft拥有的列表的两端，若关闭则忽略MusicSoft进行全局排序，默认开启
• 谱面列表位置
  MusicSoft以外谱面放置的列表位置，以及ID的排序顺序，默认置后
  可选项: 置前，置后
• 宴谱列表位置
  同上，默认置前

说明

一个新谱面在导入的时候因为列表乱序排放的问题，导致要找到对应谱面相对困难，此功能可以有效提高选歌效率，以及快速找到新曲目。

若为置前则方便选择到对应分类时可立刻显示
若为置后则遵循官方新谱面排序逻辑
注：宴谱列表为反向。

此开关功能可联动MaiChartManager的“曲目排序”issue进行。
MaiChartManager-issue 曲目排序/筛选

[Becods]

diff可参考

diff --git a/Assembly-CSharp/DB/SortMusicID.cs b/Assembly-CSharp/DB/SortMusicID.cs
index 8ae3388..b4bf5a2 100644
--- a/Assembly-CSharp/DB/SortMusicID.cs
+++ b/Assembly-CSharp/DB/SortMusicID.cs
@@ -11,7 +11,8 @@ public enum SortMusicID
 	ApFc = 6,
 	Sync = 7,
 	DxScore = 8,
+	IdNew = 9,
 	Begin = 0,
-	End = 9,
+	End = 10,
 	Invalid = -1
 }
diff --git a/Assembly-CSharp/DB/SortMusicIDEnum.cs b/Assembly-CSharp/DB/SortMusicIDEnum.cs
index eb8e8ae..e6085cf 100644
--- a/Assembly-CSharp/DB/SortMusicIDEnum.cs
+++ b/Assembly-CSharp/DB/SortMusicIDEnum.cs
@@ -2,7 +2,7 @@ namespace DB;
 
 public static class SortMusicIDEnum
 {
-	private static readonly SortMusicTableRecord[] records = new SortMusicTableRecord[9]
+	private static readonly SortMusicTableRecord[] records = new SortMusicTableRecord[10]
 	{
 		new SortMusicTableRecord(0, "ID", "按推荐度排序", "", "按对应种类的推荐度排序", "", "UI_MSS_Sortimage_01_01"),
 		new SortMusicTableRecord(1, "Name", "按乐曲名排序", "", "按日本→英语→数字→符号的顺序排序", "", "UI_MSS_Sortimage_01_06"),
@@ -12,7 +12,8 @@ public static class SortMusicIDEnum
 		new SortMusicTableRecord(5, "Rank", "按评价排序", "", "按评价从低到高排序", "", "UI_MSS_Sortimage_01_02"),
 		new SortMusicTableRecord(6, "ApFc", "按AP/FC图标排序", "", "按无→FC→GFC→AP→AP+的顺序排序", "", "UI_MSS_Sortimage_01_05"),
 		new SortMusicTableRecord(7, "Sync", "按同步率排序", "", "按无→多种游戏成绩→99%→100%的顺序排序", "", "UI_MSS_Sortimage_01_03"),
-		new SortMusicTableRecord(8, "DxScore", "按DX分数顺序", "", "按照DX数量从低到高排序", "", "UI_MSS_Sortimage_01_07")
+		new SortMusicTableRecord(8, "DxScore", "按DX分数顺序", "", "按照DX数量从低到高排序", "", "UI_MSS_Sortimage_01_07"),
+		new SortMusicTableRecord(9, "IdNew", "按ID排序", "", "按ID排序", "", "UI_MSS_Sortimage_01_01")
 	};
 
 	public static bool IsActive(this SortMusicID self)
diff --git a/Assembly-CSharp/Process/MusicSelectProcess.cs b/Assembly-CSharp/Process/MusicSelectProcess.cs
index 29ff13e..b76b8e9 100644
--- a/Assembly-CSharp/Process/MusicSelectProcess.cs
+++ b/Assembly-CSharp/Process/MusicSelectProcess.cs
@@ -3494,6 +3494,9 @@ private void SetSortList(int player, int key, ref List<CombineMusicSelectData> s
 		case SortMusicID.Release:
 			SetReleaseList(player, ref sortedList);
 			return;
+		case SortMusicID.IdNew:
+			SetIDSortList(player, ref sortedList);
+			return;
 		}
 		if (key == Singleton<DataManager>.Instance.GetMusicGenre(107).name.id)
 		{
@@ -3996,6 +3999,20 @@ private void SetReleaseList(int player, ref List<CombineMusicSelectData> sortedL
 		});
 	}
 
+	private void SetIDSortList(int player, ref List<CombineMusicSelectData> sortedList)
+	{
+		IsScoreSort = true;
+		sortedList.Sort(delegate(CombineMusicSelectData a, CombineMusicSelectData b)
+		{
+			int num = ((a.musicSelectData[(int)ScoreType].MusicData.name.id > b.musicSelectData[(int)ScoreType].MusicData.name.id) ? 1 : ((a.musicSelectData[(int)ScoreType].MusicData.name.id < b.musicSelectData[(int)ScoreType].MusicData.name.id) ? (-1) : 0));
+			if (num == 0)
+			{
+				num = ((a.musicSelectData[(int)ScoreType].MusicData.priority > b.musicSelectData[(int)ScoreType].MusicData.priority) ? 1 : ((a.musicSelectData[(int)ScoreType].MusicData.priority < b.musicSelectData[(int)ScoreType].MusicData.priority) ? (-1) : 0));
+			}
+			return num;
+		});
+	}
+
 	private void SetNameSortList(int player, ref List<CombineMusicSelectData> sortedList)
 	{
 		char hStart = SortMusicnameID.H_A_O.GetStartChar()[0];