static string GetStateColor(JudgeState state)
{
switch (state)
{
case JudgeState.Accepted:
return("forestgreen");
case JudgeState.WrongAnswer:
return("red");
case JudgeState.CompileError:
return("#004488");
case JudgeState.TimeLimitExceeded:
case JudgeState.MemoryLimitExceeded:
return("sandybrown");
case JudgeState.RuntimeError:
return("darkorchid");
case JudgeState.SystemError:
return("grey");
case JudgeState.Pending:
return("#6cf");
case JudgeState.Judging:
return("blue");
case JudgeState.Compiling:
return("#f1e05a");
}
return("black");
}
private void SetJudgeString(JudgeState state, NotesScript note)
{
switch (state)
{
case JudgeState.Great:
combo++;
judgeStr.text = "GREAT " + combo.ToString();
break;
case JudgeState.Good:
combo++;
judgeStr.text = "GOOD " + combo.ToString();
break;
case JudgeState.Bad:
combo = 0;
judgeStr.text = "BAD";
break;
case JudgeState.AUTO:
combo++;
judgeStr.text = "AUTO " + combo.ToString();
break;
}
}
public StateTick(AnalogEntity root, AnalogEntity segment, time_t pos, JudgeState state)
{
RootEntity = root;
SegmentEntity = segment;
Position = pos;
State = state;
}
public void ReplaceJudgeSameState(JudgeState newState)
{
var index = GameComponentsLookup.JudgeSameState;
var component = (JudgeSameState)CreateComponent(index, typeof(JudgeSameState));
component.state = newState;
ReplaceComponent(index, component);
}
//セットするよ
public void SetActiveNotes(int laneNum, JudgeState judge = JudgeState.none)
{
bool LongEnd = false;
if (activeNotes[laneNum] != null)
{
NotesScript noteInfo = activeNotes[laneNum].GetComponent <NotesScript>();
ScoreIndex noteType = noteInfo.type;
switch (noteType)
{
case ScoreIndex.SIMPLE:
Destroy(activeNotes[laneNum]);
break;
case ScoreIndex.LONG:
if (judge == JudgeState.Bad)
{
Destroy(activeNotes[laneNum]);
}
else
{
LongEnd = true;
}
break;
case ScoreIndex.LONG_END:
Destroy(activeNotes[laneNum].transform.parent.gameObject);
break;
}
}
if (LongEnd)
{
activeNotes[laneNum] = activeNotes[laneNum].GetComponent <NotesScript>().LNendObj;
return;
}
if (noteObjects[laneNum].Count != 0)
{
activeNotes[laneNum] = noteObjects[laneNum].Dequeue();
}
else
{
activeNotes[laneNum] = null;
}
}
public void UserReleased(time_t position)
{
DespawnKeyBeam?.Invoke(Label);
switch (m_state)
{
case JudgeState.Idle:
case JudgeState.HoldOff: break; // do nothing when released
case JudgeState.HoldOn:
{
OnHoldReleased?.Invoke(position, m_currentStateTick.Entity);
m_state = JudgeState.HoldOff;
IsBeingPlayed = false;
} break;
}
}
private void AddScore(JudgeState state, NotesScript note)
{
switch (state)
{
case JudgeState.Great:
score += 2;
break;
case JudgeState.Good:
score += 1;
break;
case JudgeState.AUTO:
score += 2;
break;
default:
break;
}
}
public void AddJudge(JudgeState state, NotesScript note, float diff = 0.0f)
{
AddScore(state, note);
SetJudgeString(state, note);
string FS;
if (diff >= 0.0f)
{
FS = "FAST";
}
else
{
FS = "SLOW";
}
switch (state)
{
case JudgeState.Great:
AddJudge_Great();
FSStr.text = "";
break;
case JudgeState.Good:
AddJudge_Good();
FSStr.text = FS;
break;
case JudgeState.Bad:
AddJudge_Bad();
FSStr.text = FS;
if (note.type == ScoreIndex.LONG)
{
AddJudge_Bad();
}
break;
case JudgeState.AUTO:
AddJudge_Great();
break;
}
}
void ScoreSubmit(JudgeState state)
{
var score = ScoreBoardController.Instance;
switch (state)
{
case JudgeState.Great:
score.Great++;
break;
case JudgeState.Good:
score.Good++;
break;
case JudgeState.Ok:
score.Ok++;
break;
case JudgeState.Bad:
score.Bad++;
break;
}
}
// Use this for initialization
public void Start()
{
instance = this;
img = this.GetComponent <SpriteRenderer> ();
for (int i = 0; i < 4; i++)
{
for (int j = 0; j < 4; j++)
{
table [i, j] = 0;
}
}
while (true)
{
int x = Random.Range(0, 4);
int y = Random.Range(0, 4);
int ti = Random.Range(1, 3);
if (table [x, y] == 0)
{
table [x, y] = ti * 2;
break;
}
}
}
public StateTick(ButtonEntity entity, time_t pos, JudgeState state)
{
Entity = entity;
Position = pos;
State = state;
}
public JudgeResult?UserPressed(time_t position)
{
// This check just makes sure that we can process ticks.
// If there are no state ticks, there should never be score ticks left.
if (HasStateTicks)
{
Debug.Assert(HasScoreTicks);
}
else
{
SpawnKeyBeam?.Invoke(Label, JudgeKind.Passive, false);
return(null);
}
switch (m_state)
{
case JudgeState.Idle:
{
var nextStateTick = NextStateTick;
time_t difference = position - (nextStateTick.Position + JudgementOffset);
time_t absDifference = Math.Abs((double)difference);
if (nextStateTick.State == JudgeState.ChipAwaitPress && absDifference <= m_chipMissRadius)
{
var scoreTick = NextScoreTick;
Debug.Assert(scoreTick.Kind == TickKind.Chip);
Debug.Assert(scoreTick.Position == nextStateTick.Position);
// `difference` applies to both ticks, don't recalculate
JudgeResult result;
if (absDifference <= m_chipPerfectRadius)
{
result = new JudgeResult(difference, JudgeKind.Perfect);
}
else if (absDifference <= m_chipCriticalRadius)
{
result = new JudgeResult(difference, JudgeKind.Critical);
}
else if (absDifference <= m_chipNearRadius)
{
result = new JudgeResult(difference, JudgeKind.Near);
}
// TODO(local): Is this how we want to handle misses?
else
{
result = new JudgeResult(difference, JudgeKind.Bad);
}
OnTickProcessed?.Invoke(scoreTick.Entity, position, result, difference < 0);
OnChipPressed?.Invoke(position, scoreTick.Entity);
SpawnKeyBeam?.Invoke(scoreTick.Entity.Lane, result.Kind, difference < 0);
AdvanceStateTick();
AdvanceScoreTick();
// state stays idle after a chip press, chips are instantaneous
IsBeingPlayed = true;
return(result);
}
else if (nextStateTick.State == JudgeState.HoldAwaitPress && absDifference <= m_holdActivateRadius)
{
OnHoldPressed?.Invoke(position, nextStateTick.Entity);
AdvanceStateTick();
// No need to advance a score tick, we haven't judged anything
// state is `hold on` because ofc we pressed the hold!
m_state = JudgeState.HoldOn;
m_currentStateTick = nextStateTick;
IsBeingPlayed = true;
}
// do nothing when pressed otherwise
else
{
SpawnKeyBeam?.Invoke(Label, JudgeKind.Passive, false);
}
} break;
case JudgeState.HoldOff:
{
OnHoldPressed?.Invoke(position, m_currentStateTick.Entity);
m_state = JudgeState.HoldOn;
IsBeingPlayed = true;
} break;
case JudgeState.HoldOn: throw new InvalidOperationException();
}
return(null);
}
protected override void AdvancePosition(time_t position)
{
// This check just makes sure that we can process ticks.
// If there are no state ticks, there should never be score ticks left.
if (HasStateTicks)
{
Debug.Assert(HasScoreTicks);
}
else
{
return;
}
// Now, if we have ticks we can continue
switch (m_state)
{
case JudgeState.Idle:
{
var nextStateTick = NextStateTick;
time_t difference = position - (nextStateTick.Position + JudgementOffset);
// check missed chips
if (nextStateTick.State == JudgeState.ChipAwaitPress && difference > m_chipMissRadius)
{
var scoreTick = NextScoreTick;
Debug.Assert(scoreTick.Kind == TickKind.Chip);
Debug.Assert(scoreTick.Position == nextStateTick.Position);
OnTickProcessed?.Invoke(scoreTick.Entity, position, new JudgeResult(m_chipMissRadius, JudgeKind.Miss), false);
AdvanceStateTick();
AdvanceScoreTick();
IsBeingPlayed = false;
}
else if (nextStateTick.State == JudgeState.HoldAwaitPress && difference > 0)
{
m_state = JudgeState.HoldOff;
AdvanceStateTick();
m_currentStateTick = nextStateTick;
IsBeingPlayed = false;
}
} break;
case JudgeState.HoldOn:
case JudgeState.HoldOff:
{
var nextScoreTick = NextScoreTick;
Debug.Assert(nextScoreTick.Entity == m_currentStateTick.Entity);
if (position - (nextScoreTick.Position + JudgementOffset) >= 0)
{
var resultKind = IsBeingPlayed ? JudgeKind.Passive : JudgeKind.Miss;
OnTickProcessed?.Invoke(nextScoreTick.Entity, nextScoreTick.Position, new JudgeResult(0, resultKind), false);
AdvanceScoreTick();
}
var nextStateTick = NextStateTick;
if (nextStateTick.State == JudgeState.HoldAwaitRelease && position - (nextStateTick.Position + JudgementOffset) >= 0)
{
AdvanceStateTick();
m_state = JudgeState.Idle;
m_currentStateTick = null;
}
} break;
}
}
protected override void AdvancePosition(time_t position)
{
time_t timeDelta = position - m_lastUpdatePosition;
m_lastUpdatePosition = position;
if (!HasStateTicks && !HasScoreTicks)
{
return;
}
switch (m_state)
{
case JudgeState.Idle:
{
var nextStateTick = NextStateTick;
while (position - (nextStateTick.Position + JudgementOffset) >= 0)
{
if (nextStateTick.State == JudgeState.CursorReset)
{
AdvanceStateTick();
OnShowCursor?.Invoke();
CursorPosition = m_desiredCursorPosition = nextStateTick.RootEntity.InitialValue;
LaserRange = nextStateTick.RootEntity.RangeExtended ? 2 : 1;
m_direction = 0;
}
else if (nextStateTick.State == JudgeState.LaserBegin)
{
AdvanceStateTick();
//LastLockTime = position;
m_direction = 0;
m_state = nextStateTick.RootEntity.IsInstant ?
(IsBeingPlayed ? JudgeState.ActiveOn : JudgeState.ActiveOff) :
JudgeState.ActiveOn;
m_currentStateTick = nextStateTick;
// The first score tick happens at the same time as the laser start event,
// hop straight over to the other case explicitly and let it process the score tick.
goto case JudgeState.ActiveOn;
}
else
{
break;
}
if (HasStateTicks)
{
nextStateTick = NextStateTick;
}
else
{
break;
}
}
}
break;
case JudgeState.ActiveOn:
case JudgeState.ActiveOff:
{
var segmentCheck = m_currentStateTick.SegmentEntity;
while (segmentCheck != null && segmentCheck.AbsoluteEndPosition < position && segmentCheck.NextConnected is AnalogEntity next)
{
segmentCheck = next;
}
m_desiredCursorPosition = segmentCheck.SampleValue(position);
if (m_direction != 0)
{
m_lockTimer -= timeDelta * m_lockTimerSpeed;
}
if (m_lockTimer < 0)
{
m_lockTimer = 0;
}
if (AutoPlay)
{
CursorPosition = m_desiredCursorPosition;
}
var nextStateTick = NextStateTick;
while (position - (nextStateTick.Position + JudgementOffset) >= 0)
{
if (nextStateTick.State == JudgeState.LaserEnd)
{
AdvanceStateTick();
OnHideCursor?.Invoke();
if (AutoPlay)
{
CursorPosition = m_desiredCursorPosition = nextStateTick.SegmentEntity.FinalValue;
}
m_state = JudgeState.Idle;
m_currentStateTick = null;
}
else if (nextStateTick.State == JudgeState.SwitchDirection)
{
if (position > (nextStateTick.Position + JudgementOffset))
{
if (position - (nextStateTick.Position + JudgementOffset) >= m_directionChangeRadius)
{
AdvanceStateTick();
m_direction = nextStateTick.SegmentEntity.DirectionSign;
m_currentStateTick = nextStateTick;
//Logger.Log($"Direction Switch ({ (m_direction == 1 ? "->" : (m_direction == -1 ? "<-" : "|")) }) Missed (by { position - (nextStateTick.Position + JudgementOffset) }): { nextStateTick.SegmentEntity.Position } ({ nextStateTick.SegmentEntity.AbsolutePosition })");
m_lockTimer = 0.0;
}
else
{
m_canControlCursorMovement = false;
//Logger.Log($"Prevented automatic cursor moving while locked: direction switch origin passed without being played ({ nextStateTick.SegmentEntity.Position })");
break;
}
}
}
else if (nextStateTick.State == JudgeState.SameDirectionSlam && position - (nextStateTick.Position + JudgementOffset) >= m_directionChangeRadius)
{
AdvanceStateTick();
}
else
{
break;
}
if (HasStateTicks)
{
nextStateTick = NextStateTick;
}
else
{
break;
}
}
if (IsLocked && m_canControlCursorMovement)
{
CursorPosition = m_desiredCursorPosition;
}
IsBeingPlayed = IsLocked || MathL.Abs(m_desiredCursorPosition - CursorPosition) <= m_cursorActiveRange;
if (IsBeingPlayed && m_direction == 0)
{
m_lockTimer = m_lockDuration; // NOTE(local): don't SetLocked, keep the timer decay speed
if (m_canControlCursorMovement)
{
CursorPosition = m_desiredCursorPosition;
}
}
if (HasScoreTicks)
{
var nextScoreTick = NextScoreTick;
if (position - (nextScoreTick.Position + JudgementOffset) >= 0)
{
var resultKind = IsBeingPlayed ? JudgeKind.Passive : JudgeKind.Miss;
OnTickProcessed?.Invoke(nextScoreTick.Entity, nextScoreTick.Position, new JudgeResult(0, resultKind));
AdvanceScoreTick();
}
}
}
break;
}
if (HasStateTicks && position - (NextStateTick.Position + JudgementOffset) >= 0)
{
//Logger.Log($"{ NextStateTick.State } :: { NextStateTick.SegmentEntity.Position } or { NextStateTick.Position }");
}
}
public StatePresenter(IGameStateUseCase gameStateUseCase, InputState inputState, JudgeState judgeState,
ClearState clearState)
{
_disposable = new CompositeDisposable();
_tokenSource = new CancellationTokenSource();
_states = new List <BaseState>
{
inputState,
judgeState,
clearState,
};
_gameStateUseCase = gameStateUseCase;
Init();
_gameStateUseCase.gameState
.Where(x => x != GameState.None)
.Subscribe(state =>
{
//
TickAsync(state, _tokenSource.Token).Forget();
})
.AddTo(_disposable);
}
public void InputKey(int laneNum, bool keyState)
{
if (activeNotes[laneNum] == null)
{
return;
}
NotesScript noteInfo = activeNotes[laneNum].GetComponent <NotesScript>();
ScoreIndex type = noteInfo.type;
if (keyState == false && type != ScoreIndex.LONG_END)
{
return;
}
float diff = noteInfo.notesTiming - move.time;
float fixDiff = Mathf.Abs(diff);
JudgeState state = JudgeState.none;
//判定部分
if (judgeWidth.JudgeTimings[judgeWidth.JudgeTimings.Length - 1] >= fixDiff)
{
for (int i = 0; i < judgeWidth.JudgeTimings.Length; i++)
{
if (judgeWidth.JudgeTimings[i] >= fixDiff)
{
switch (i)
{
case 0:
state = JudgeState.Great;
break;
case 1:
state = JudgeState.Good;
break;
case 2:
state = JudgeState.Bad;
break;
}
break;
}
}
}
switch (type)
{
case ScoreIndex.SIMPLE:
if (state == JudgeState.none)
{
break;
}
ScoreManager.instance.AddJudge(state, noteInfo, diff);
SetActiveNotes(laneNum, state);
break;
case ScoreIndex.LONG:
if (state == JudgeState.none)
{
break;
}
ScoreManager.instance.AddJudge(state, noteInfo, diff);
SetActiveNotes(laneNum, state);
break;
case ScoreIndex.LONG_END:
if (state == JudgeState.none)
{
state = JudgeState.Bad;
}
ScoreManager.instance.AddJudge(state, noteInfo, diff);
SetActiveNotes(laneNum, state);
break;
}
}