public void SetNote(int id, float start, float end, float frame, float speed, float threshold, NoteInfo mode, FlickMode flick, Color32 color, List <int> previous, int next)
{
ID = id;
StartLine = start;
EndLine = end;
ReachFrame = frame;
Speed = speed;
FlickThreshold = threshold;
Mode = mode;
Flick = flick;
ColorKey = color;
PreviousNoteIDs = previous;
NextNoteID = next;
SetNoteObject();
ResetValue();
}
/// <summary>
/// 플릭 노트의 판정 쿨타임을 재설정하는 함수입니다.
/// </summary>
/// <param name="flick">해당 노트의 플릭 모드입니다.</param>
/// <param name="pos">해당 노트의 도달 지점 값입니다.</param>
public void SetFlickHitted(FlickMode flick, double pos)
{
if (flick.Equals(FlickMode.Left))
{
LeftHitted[pos] = true;
RightHitted[pos] = false;
RightRecoverCount[pos] = 0;
UpHitted[pos] = false;
UpRecoverCount[pos] = 0;
DownHitted[pos] = false;
DownRecoverCount[pos] = 0;
}
else if (flick.Equals(FlickMode.Right))
{
RightHitted[pos] = true;
LeftHitted[pos] = false;
LeftRecoverCount[pos] = 0;
UpHitted[pos] = false;
UpRecoverCount[pos] = 0;
DownHitted[pos] = false;
DownRecoverCount[pos] = 0;
}
else if (flick.Equals(FlickMode.Up))
{
UpHitted[pos] = true;
LeftHitted[pos] = false;
LeftRecoverCount[pos] = 0;
RightHitted[pos] = false;
RightRecoverCount[pos] = 0;
DownHitted[pos] = false;
DownRecoverCount[pos] = 0;
}
else if (flick.Equals(FlickMode.Down))
{
DownHitted[pos] = true;
LeftHitted[pos] = false;
LeftRecoverCount[pos] = 0;
RightHitted[pos] = false;
RightRecoverCount[pos] = 0;
UpHitted[pos] = false;
UpRecoverCount[pos] = 0;
}
}
public bool FindFlickHitted(FlickMode flick, double pos)
{
if (flick.Equals(FlickMode.Left))
{
return(LeftHitted[pos]);
}
else if (flick.Equals(FlickMode.Right))
{
return(RightHitted[pos]);
}
else if (flick.Equals(FlickMode.Up))
{
return(UpHitted[pos]);
}
else if (flick.Equals(FlickMode.Down))
{
return(DownHitted[pos]);
}
else
{
return(false);
}
}
private void ParseSSTrain(string path)
{
bool initNoteUsed = false;
float initNotePos = 0;
StreamReader stream = null;
try { stream = new StreamReader(path); }
catch { Game.ThrowError(ErrorMode.NoJsonFile); }
try
{
string rawdata = stream.ReadToEnd();
JsonData data = JsonMapper.ToObject(rawdata);
if (PlayerPrefs.HasKey("gamesync").Equals(true))
{
initNotePos = PlayerPrefs.GetFloat("gamesync");
}
else
{
Game.ThrowError(ErrorMode.NoSyncValue); return;
}
for (int i = 0; i < data["notes"].Count; i++)
{
int index = (int)data["notes"][i]["id"];
double frame;
if (data["notes"][i]["timing"].IsDouble.Equals(true))
{
frame = (double)data["notes"][i]["timing"];
}
else
{
frame = (int)data["notes"][i]["timing"];
}
if (initNoteUsed.Equals(false) && initNotePos <= (float)frame)
{
Game.Dispensor.CreateNote(0, 0, Color.white, NoteInfo.SystemNoteStarter, FlickMode.None, initNotePos, Game.GlobalNoteSpeed, 1, 1, new List <int>()); initNoteUsed = true;
}
int speci = (int)data["notes"][i]["type"];
int start = (int)data["notes"][i]["startPos"];
int end = (int)data["notes"][i]["endPos"];
FlickMode mode = (FlickMode)(int)data["notes"][i]["status"];
int prev = (int)data["notes"][i]["prevNoteId"];
int next = (int)data["notes"][i]["nextNoteId"];
// 예외적 허용: 롱 노트 끝부분 슬라이드를 종류 1번으로 처리한 채보가 존재함. 그 때 값을 2로 수정. 그리고 롱 노트 끝부분의 경우 시작지점 통일
if (prev > 0 && Game.Dispensor.Notes[prev].Mode.Equals(NoteInfo.LongNoteStart))
{
if (speci.Equals(1))
{
speci = 2;
}
start = (int)Game.Dispensor.Notes[prev].StartLine;
if (DataSender.ReturnMirror())
{
start = 6 - start;
}
}
NoteInfo noteMode = NoteInfo.NormalNote;
if (speci.Equals(1))
{
noteMode = NoteInfo.NormalNote;
}
else if (speci.Equals(2) && prev <= 0)
{
noteMode = NoteInfo.LongNoteStart;
}
else if (speci.Equals(2) && prev > 0)
{
noteMode = NoteInfo.LongNoteEnd;
}
else if (speci.Equals(3) && prev <= 0)
{
noteMode = NoteInfo.SlideNoteStart;
}
else if (speci.Equals(3) && prev > 0)
{
noteMode = NoteInfo.SlideNoteCheckpoint;
}
//else if (speci.Equals(3) && prev > 0 && next <= 0) { noteMode = NoteInfo.SlideNoteEnd; }
if (DataSender.ReturnRandWave())
{
start = UnityEngine.Random.Range(1, 6);
}
if (DataSender.ReturnMirror())
{
if (mode.Equals(FlickMode.Left))
{
mode = FlickMode.Right;
}
else if (mode.Equals(FlickMode.Right))
{
mode = FlickMode.Left;
}
start = 6 - start;
end = 6 - end;
}
List <int> Prevs = new List <int>();
if (prev > 0)
{
Prevs.Add(prev);
}
Game.Dispensor.CreateNote(index, 1, new Color32(255, 255, 255, 255), noteMode, mode, (float)frame * 60, Game.GlobalNoteSpeed, start, end, Prevs);
}
}
catch (Exception e)
{
Game.ThrowError(ErrorMode.NotemapSyntaxError, e.Message + e.StackTrace);
Debug.Log(e);
}
stream.Close();
}
private void ParseTWx(int maxLine)
{
float StarterNotePos = 0;
StreamReader stream = null;
try { stream = new StreamReader(DataSender.ReturnMobilePath(DataSender.ReturnNotemapMode())); }
catch { Game.ThrowError(ErrorMode.NoJsonFile); return; }
try
{
string RawData = stream.ReadToEnd();
JsonData data = JsonMapper.ToObject(RawData);
if (PlayerPrefs.HasKey("gamesync").Equals(true))
{
StarterNotePos = PlayerPrefs.GetFloat("gamesync");
}
Game.Dispensor.CreateNote(0, 0, Color.white, NoteInfo.SystemNoteStarter, FlickMode.None, StarterNotePos, Game.GlobalNoteSpeed, 1, 1, new List <int>());
int verCode = 0;
try { verCode = (int)data["version"]; }
catch { verCode = 0; }
Debug.Log("TWx version: " + verCode + ", Max line: " + maxLine);
for (int i = 0; i < data["notes"].Count; i++)
{
int id = (int)data["notes"][i]["ID"];
int size = (int)data["notes"][i]["Size"];
Color32 color = new Color32((byte)(int)data["notes"][i]["Color"][0], (byte)(int)data["notes"][i]["Color"][1], (byte)(int)data["notes"][i]["Color"][2], (byte)(int)data["notes"][i]["Color"][3]);
int ModNum = (int)data["notes"][i]["Mode"];
FlickMode flick = (FlickMode)(int)data["notes"][i]["Flick"];
double time = (double)data["notes"][i]["Time"];
double speed = (double)data["notes"][i]["Speed"];
double start = (double)data["notes"][i]["StartLine"];
double end = (double)data["notes"][i]["EndLine"];
List <int> prevs = new List <int>();
for (int j = 0; j < data["notes"][i]["PrevIDs"].Count; j++)
{
if (!((int)data["notes"][i]["PrevIDs"][j]).Equals(0))
{
prevs.Add((int)data["notes"][i]["PrevIDs"][j]);
}
}
//int next = (int)data["notes"][i]["NextID"];
if (verCode < 1)
{
double k = 0;
if (maxLine.Equals(2))
{
k = 1.5 - ((1.5 - start) * (9d / 5));
}
else if (maxLine.Equals(4))
{
k = 2.5 - ((2.5 - start) * (9d / 5));
}
else if (maxLine.Equals(6))
{
k = 3.5 - ((3.5 - start) * (9d / 5));
}
start = k;
}
NoteInfo mode = NoteInfo.NormalNote;
if (ModNum.Equals(0))
{
mode = NoteInfo.NormalNote;
}
else if (ModNum.Equals(1) && prevs.Count.Equals(0))
{
mode = NoteInfo.LongNoteStart;
}
else if (ModNum.Equals(1) && prevs.Count > 0)
{
mode = NoteInfo.LongNoteEnd;
}
else if (ModNum.Equals(2) && prevs.Count.Equals(0))
{
mode = NoteInfo.SlideNoteStart;
}
else if (ModNum.Equals(2) && prevs.Count > 0)
{
mode = NoteInfo.SlideNoteCheckpoint;
}
else if (ModNum.Equals(3))
{
mode = NoteInfo.DamageNote;
}
else if (ModNum.Equals(4))
{
mode = NoteInfo.HiddenNote;
}
else if (ModNum.Equals(12))
{
mode = NoteInfo.SystemNoteScroller;
}
//else if (ModNum.Equals(11)) { mode = NoteInfo.SystemNoteSpeeder; }
if (DataSender.ReturnRandWave())
{
start = UnityEngine.Random.Range(0f, maxLine + 1);
}
if (DataSender.ReturnMirror())
{
if (flick.Equals(FlickMode.Left))
{
flick = FlickMode.Right;
}
else if (flick.Equals(FlickMode.Right))
{
flick = FlickMode.Left;
}
start = (maxLine + 1) - start;
end = (maxLine + 1) - end;
}
Game.Dispensor.CreateNote(id, size, color, mode, flick, (float)time * 60, (float)speed * Game.GlobalNoteSpeed, (float)start, (float)end, prevs);
}
}
catch (Exception e)
{
Game.ThrowError(ErrorMode.NotemapSyntaxError, e.Message + e.StackTrace);
Debug.Log(e);
return;
}
stream.Close();
}
public Sprite GetNoteTexture(NoteInfo mode, FlickMode flick)
{
Sprite text = null;
if (Mode.Equals(GameMode.Starlight) || Mode.Equals(GameMode.Platinum))
{
if (!flick.Equals(FlickMode.None))
{
text = Instantiate(IsNoteColored ? StarlightWhite[(int)flick] : StarlightTexture[(int)flick]) as Sprite;
}
else
{
if (mode.Equals(NoteInfo.NormalNote))
{
text = Instantiate(IsNoteColored ? StarlightWhite[0] : StarlightTexture[0]) as Sprite;
}
else if (mode.Equals(NoteInfo.LongNoteStart) || mode.Equals(NoteInfo.LongNoteEnd))
{
text = Instantiate(IsNoteColored ? StarlightWhite[5] : StarlightTexture[5]) as Sprite;
}
else if (mode.Equals(NoteInfo.SlideNoteStart) || mode.Equals(NoteInfo.SlideNoteEnd) || mode.Equals(NoteInfo.SystemNoteSlideDummy))
{
text = Instantiate(IsNoteColored ? StarlightWhite[6] : StarlightTexture[6]) as Sprite;
}
else if (mode.Equals(NoteInfo.SlideNoteCheckpoint))
{
text = Instantiate(IsNoteColored ? StarlightWhite[7] : StarlightTexture[7]) as Sprite;
}
else if (mode.Equals(NoteInfo.DamageNote))
{
text = Instantiate(IsNoteColored ? StarlightWhite[8] : StarlightTexture[8]) as Sprite;
}
}
}
else
{
if (!flick.Equals(FlickMode.None))
{
text = Instantiate(IsNoteColored ? WhiteTexture[(int)flick] : NoteTexture[(int)flick]) as Sprite;
}
else
{
if (mode.Equals(NoteInfo.NormalNote))
{
text = Instantiate(IsNoteColored ? WhiteTexture[0] : NoteTexture[0]) as Sprite;
}
else if (mode.Equals(NoteInfo.LongNoteStart) || mode.Equals(NoteInfo.LongNoteEnd))
{
text = Instantiate(IsNoteColored ? WhiteTexture[5] : NoteTexture[5]) as Sprite;
}
else if (mode.Equals(NoteInfo.SlideNoteStart) || mode.Equals(NoteInfo.SlideNoteEnd) || mode.Equals(NoteInfo.SystemNoteSlideDummy))
{
text = Instantiate(IsNoteColored ? WhiteTexture[6] : NoteTexture[6]) as Sprite;
}
else if (mode.Equals(NoteInfo.SlideNoteCheckpoint))
{
text = Instantiate(IsNoteColored ? WhiteTexture[7] : NoteTexture[7]) as Sprite;
}
else if (mode.Equals(NoteInfo.DamageNote))
{
text = Instantiate(IsNoteColored ? WhiteTexture[8] : NoteTexture[8]) as Sprite;
}
}
}
return(text);
}
public void CreateNote(int ID, int Size, Color32 Color, NoteInfo Mode, FlickMode Flick, float Time, float Speed, float Start, float End, List <int> Prev)
{
if (Mode.Equals(NoteInfo.SlideNoteStart))
{
CreateNote(ID, Size, Color, NoteInfo.SystemNoteSlideDummy, Flick, Time, Speed, Start, End, new List <int>());
}
GameObject newNote = null;
Note noteComp = null;
if (Game.Mode.Equals(GameMode.Starlight))
{
if (Size <= 1)
{
newNote = Instantiate(Game.StarlightNote) as GameObject;
}
else
{
newNote = Instantiate(Game.StarlightXL) as GameObject;
}
noteComp = newNote.GetComponent <StarlightNote>();
}
else if (Game.Mode.Equals(GameMode.Theater) || Game.Mode.Equals(GameMode.Theater4) || Game.Mode.Equals(GameMode.Theater2L) || Game.Mode.Equals(GameMode.Theater2P))
{
if (Size.Equals(0))
{
newNote = Instantiate(Game.TheaterSmall) as GameObject;
}
else if (Size.Equals(1))
{
newNote = Instantiate(Game.TheaterLarge) as GameObject;
}
else if (Size > 1)
{
newNote = Instantiate(Game.TheaterXL) as GameObject;
}
noteComp = newNote.GetComponent <TheaterNote>();
}
else if (Game.Mode.Equals(GameMode.Platinum))
{
if (Size.Equals(0))
{
newNote = Instantiate(Game.PlatinumSmall) as GameObject;
}
else if (Size.Equals(1))
{
newNote = Instantiate(Game.PlatinumLarge) as GameObject;
}
else if (Size > 1)
{
newNote = Instantiate(Game.PlatinumXL) as GameObject;
}
noteComp = newNote.GetComponent <PlatinumNote>();
}
newNote.GetComponent <RectTransform>().SetParent(Game.NoteParent, false);
float resist = 0;
if (!Flick.Equals(FlickMode.None))
{
int flickVal;
if (PlayerPrefs.HasKey("flickmode"))
{
flickVal = PlayerPrefs.GetInt("flickmode");
}
else
{
flickVal = 1;
}
if (flickVal.Equals(0))
{
resist = 20;
}
else if (flickVal.Equals(1))
{
resist = 40;
}
else if (flickVal.Equals(2))
{
resist = 60;
}
else if (flickVal.Equals(3))
{
// TODO 하기
//if (!Game.Mode.Equals(GameMode.Starlight)) { resist = 35; }
if (Game.Mode.Equals(GameMode.Starlight))
{
bool applied = false;
for (int i = 0; i < Prev.Count; i++)
{
if (!Notes[Prev[i]].Flick.Equals(FlickMode.None))
{
float decVal;
if (Time * (1 / Game.ScrollAmp) - Notes[Prev[i]].ReachFrame < 4)
{
decVal = 20;
}
else if (Time * (1 / Game.ScrollAmp) - Notes[Prev[i]].ReachFrame >= 20)
{
decVal = 60;
}
else
{
decVal = 20 + (2.5f * (Time * (1 / Game.ScrollAmp) - Notes[Prev[i]].ReachFrame - 4));
}
Notes[Prev[i]].FlickThreshold = decVal;
resist = decVal;
applied = true;
}
}
if (!applied)
{
resist = 40;
}
}
else
{
resist = 50;
}
}
}
noteComp.SetNote(ID, Start, End, Time * (1 / Game.ScrollAmp), Speed, resist, Mode, Flick, Color, Prev, 0);
if ((int)noteComp.Mode < 10)
{
if (!Game.Judger.NoteQueue.ContainsKey(noteComp.EndLine))
{
Game.Judger.MakeNewKey(noteComp.EndLine);
}
Game.Judger.NoteQueue[noteComp.EndLine].Add(noteComp.ID);
}
if (!Mode.Equals(NoteInfo.SystemNoteSlideDummy))
{
Notes.Add(ID, noteComp);
NoteCount++;
}
else
{
Notes.Add(XLNoteID--, noteComp);
}
for (int i = 0; i < Prev.Count; i++)
{
Notes[Prev[i]].NextNoteID = ID;
Notes[Prev[i]].CreateTailConnector();
if (Game.Mode.Equals(GameMode.Theater) || Game.Mode.Equals(GameMode.Theater4) || Game.Mode.Equals(GameMode.Theater2L) || Game.Mode.Equals(GameMode.Theater2P))
{
if ((Notes[Prev[i]].Mode.Equals(NoteInfo.LongNoteStart) ||
Notes[Prev[i]].Mode.Equals(NoteInfo.SlideNoteStart) ||
Notes[Prev[i]].Mode.Equals(NoteInfo.SlideNoteCheckpoint)) && Size.Equals(0))
{
(Notes[Prev[i]] as TheaterNote).SizeInPixelNext = 70;
}
else if ((Notes[Prev[i]].Mode.Equals(NoteInfo.LongNoteStart) ||
Notes[Prev[i]].Mode.Equals(NoteInfo.SlideNoteStart) ||
Notes[Prev[i]].Mode.Equals(NoteInfo.SlideNoteCheckpoint)) && Notes[Prev[i]].SizeInPixel.Equals(70))
{
(Notes[ID] as TheaterNote).SizeInPixelPrev = 70;
}
}
else if (Game.Mode.Equals(GameMode.Platinum))
{
if ((Notes[Prev[i]].Mode.Equals(NoteInfo.LongNoteStart) ||
Notes[Prev[i]].Mode.Equals(NoteInfo.SlideNoteStart) ||
Notes[Prev[i]].Mode.Equals(NoteInfo.SlideNoteCheckpoint)) && Size.Equals(0))
{
(Notes[Prev[i]] as PlatinumNote).SizeInPixelNext = 70;
}
else if ((Notes[Prev[i]].Mode.Equals(NoteInfo.LongNoteStart) ||
Notes[Prev[i]].Mode.Equals(NoteInfo.SlideNoteStart) ||
Notes[Prev[i]].Mode.Equals(NoteInfo.SlideNoteCheckpoint)) && Notes[Prev[i]].SizeInPixel.Equals(70))
{
(Notes[ID] as PlatinumNote).SizeInPixelPrev = 70;
}
}
}
if ((int)noteComp.Mode < 7)
{
VisibleNoteCount++;
}
if (Mode.Equals(NoteInfo.SystemNoteScroller)) // 스크롤러일 경우 배수 값을 저장합니다.
{
CurScrollVal = Speed;
}
if (Size >= 2) // 스페셜 노트가 나타났을 경우
{
XLReachFrame = Time * (1 / Game.ScrollAmp);
if (!XLAppeared) // 그중 처음일 경우
{
GameObject xlStart = GetNoteInstance();
xlStart.GetComponent <RectTransform>().SetParent(Game.NoteParent, false);
xlStart.GetComponent <Note>().Game = Game;
xlStart.GetComponent <Note>().SetNote(XLNoteID, 0, 0, (Time * (1 / Game.ScrollAmp)) - (45 * CurScrollVal), Game.GlobalNoteSpeed, 0, NoteInfo.SystemNoteXLStarter, FlickMode.None, new Color32(0, 0, 0, 0), new List <int>(), 0);
Notes.Add(XLNoteID--, xlStart.GetComponent <Note>());
XLAppeared = true;
}
}
else if (Size < 2 && XLAppeared) // 스페셜 노트 이후 첫 다른 노트가 나타날 경우
{
GameObject xlEnd = GetNoteInstance();
xlEnd.GetComponent <RectTransform>().SetParent(Game.NoteParent, false);
xlEnd.GetComponent <Note>().Game = Game;
xlEnd.GetComponent <Note>().SetNote(XLNoteID, 0, 0, (Time * (1 / Game.ScrollAmp)) - (90 * CurScrollVal) >= XLReachFrame + 15 ? (Time * (1 / Game.ScrollAmp)) - (90 * CurScrollVal) : XLReachFrame + 15, Game.GlobalNoteSpeed, 0, NoteInfo.SystemNoteXLEnder, FlickMode.None, new Color32(0, 0, 0, 0), new List <int>(), 0);
Notes.Add(XLNoteID--, xlEnd.GetComponent <Note>());
XLAppeared = false;
}
}
private void DecisionProcess(int DecValue, FlickMode Flick)
{
int TweakedDec = DecValue;
if (!AllowTempestic && DecValue.Equals(5))
{
TweakedDec--;
}
if (TweakedDec < 3)
{
CurCombo = 0;
ComboValueText.Nuzzle();
if (HitSound)
{
if (Game.Mode.Equals(GameMode.Starlight))
{
StarlightBad.Play();
}
else
{
TapBadSound.Play();
}
}
}
else
{
CurCombo += 1;
ComboValueText.Wake(CurCombo);
Data.TryUpdateCombo(CurCombo);
if (HitSound)
{
if (Flick.Equals(FlickMode.None))
{
if (Game.Mode.Equals(GameMode.Starlight))
{
StarlightTap.Play();
}
else
{
TapSound.Play();
}
}
else
{
if (Game.Mode.Equals(GameMode.Starlight))
{
StarlightFlick.Play();
}
else
{
FlickSound.Play();
}
}
}
}
switch (TweakedDec)
{
case 0:
break;
case 1:
CalculateScore(0.1f, ComboMultilpier());
break;
case 2:
CalculateScore(0.3f, ComboMultilpier());
break;
case 3:
CalculateScore(0.7f, ComboMultilpier());
break;
case 4:
CalculateScore(1.0f, ComboMultilpier());
break;
case 5:
CalculateScore(1.1f, ComboMultilpier());
break;
}
Data.UpdateNote(TweakedDec);
DecisionText.Wake(TweakedDec);
}
/// <summary>
/// 게임의 판정을 총괄하는 함수입니다. 판정 절차가 이루어졌으면 true, 그렇지 않으면 false를 반환합니다.
/// </summary>
/// <param name="gMode">게임의 모드입니다.</param>
/// <param name="nMode">판정될 노트의 모드입니다.</param>
/// <param name="fMode">판정될 노트의 플릭 여부입니다.</param>
/// <param name="MyFrame">판정될 노트의 현재 프레임 값입니다.</param>
/// <param name="RefFrame">판정될 노트의 기준 프레임 값입니다.</param>
/// <param name="HasInput">사용자의 입력에 의한 판정인지의 여부입니다.</param>
/// <returns>판정이 진행되었는지의 여부입니다.</returns>
public bool HitJudge(GameMode gMode, NoteInfo nMode, FlickMode fMode, float MyFrame, float RefFrame, bool HasInput)
{
if (nMode.Equals(NoteInfo.DamageNote))
{
if (HasInput)
{
if (MyFrame < RefFrame - BadBorder)
{
return(false);
}
else
{
DecisionProcess(0, fMode);
}
}
else
{
DecisionProcess(5, fMode);
}
}
else if (fMode.Equals(0) && (nMode.Equals(NoteInfo.NormalNote) || nMode.Equals(NoteInfo.HiddenNote)))
{
if (MyFrame < RefFrame - BadBorder)
{
return(false);
}
else if (MyFrame >= RefFrame - BadBorder && MyFrame < RefFrame - NiceBorder)
{
DecisionProcess(1, fMode);
}
else if (MyFrame >= RefFrame - NiceBorder && MyFrame < RefFrame - GreatBorder)
{
DecisionProcess(2, fMode);
}
else if (MyFrame >= RefFrame - GreatBorder && MyFrame < RefFrame - PerfectBorder)
{
DecisionProcess(3, fMode);
}
else if (MyFrame >= RefFrame - PerfectBorder && MyFrame < RefFrame - 0.5f)
{
DecisionProcess(4, fMode);
}
else if (MyFrame >= RefFrame - 0.5f && MyFrame <= RefFrame + 0.5f)
{
DecisionProcess(5, fMode);
}
else if (MyFrame > RefFrame + 0.5f && MyFrame <= RefFrame + PerfectBorder)
{
DecisionProcess(4, fMode);
}
else if (MyFrame > RefFrame + PerfectBorder && MyFrame <= RefFrame + GreatBorder)
{
if (nMode.Equals(NoteInfo.HiddenNote))
{
return(false);
}
else
{
DecisionProcess(3, fMode);
}
}
else if (MyFrame > RefFrame + GreatBorder && MyFrame <= RefFrame + NiceBorder)
{
if (nMode.Equals(NoteInfo.HiddenNote))
{
return(false);
}
else
{
DecisionProcess(2, fMode);
}
}
else if (MyFrame > RefFrame + NiceBorder && MyFrame <= RefFrame + BadBorder)
{
if (nMode.Equals(NoteInfo.HiddenNote))
{
return(false);
}
else
{
DecisionProcess(1, fMode);
}
}
else if (MyFrame > RefFrame + BadBorder)
{
if (nMode.Equals(NoteInfo.HiddenNote))
{
return(false);
}
else
{
DecisionProcess(0, fMode);
}
}
}
else
{
if (MyFrame < RefFrame - BadBorderL)
{
if (nMode.Equals(NoteInfo.LongNoteEnd) || nMode.Equals(NoteInfo.SlideNoteEnd))
{
DecisionProcess(0, fMode);
}
else
{
return(false);
}
}
else if (MyFrame >= RefFrame - BadBorderL && MyFrame < RefFrame - NiceBorderL)
{
DecisionProcess(1, fMode);
}
else if (MyFrame >= RefFrame - NiceBorderL && MyFrame < RefFrame - GreatBorderL)
{
DecisionProcess(2, fMode);
}
else if (MyFrame >= RefFrame - GreatBorderL && MyFrame < RefFrame - PerfectBorderL)
{
DecisionProcess(3, fMode);
}
else if (MyFrame >= RefFrame - PerfectBorderL && MyFrame < RefFrame - 0.5f)
{
DecisionProcess(4, fMode);
}
else if (MyFrame >= RefFrame - 0.5f && MyFrame <= RefFrame + 0.5f)
{
DecisionProcess(5, fMode);
}
else if (MyFrame > RefFrame + 0.5f && MyFrame <= RefFrame + PerfectBorderL)
{
DecisionProcess(4, fMode);
}
else if (MyFrame > RefFrame + PerfectBorderL && MyFrame <= RefFrame + GreatBorderL)
{
DecisionProcess(3, fMode);
}
else if (MyFrame > RefFrame + GreatBorderL && MyFrame <= RefFrame + NiceBorderL)
{
DecisionProcess(2, fMode);
}
else if (MyFrame > RefFrame + NiceBorderL && MyFrame <= RefFrame + BadBorderL)
{
DecisionProcess(1, fMode);
}
else if (MyFrame > RefFrame + BadBorderL)
{
DecisionProcess(0, fMode);
}
}
return(true);
}
