public void SetTickMethod(StateTick tick)
{
mTick = tick;
}
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($"{ NextStateTick.State } :: { NextStateTick.SegmentEntity.Position } or { NextStateTick.Position }");
}
}
public void UserInput(float amount, time_t position)
{
if (!HasStateTicks && !HasScoreTicks)
{
return;
}
if (m_state == JudgeState.Idle)
{
return;
}
int inputDir = MathL.Sign(amount);
if (HasStateTicks)
{
var nextStateTick = NextStateTick;
if (nextStateTick.State == JudgeState.SwitchDirection)
{
time_t radius = MathL.Abs((double)(position - (NextStateTick.Position + JudgementOffset)));
if (radius < m_directionChangeRadius && (inputDir == nextStateTick.SegmentEntity.DirectionSign || nextStateTick.SegmentEntity.DirectionSign == 0))
{
if (m_lockTimer > 0.0 || IsBeingPlayed)
{
AdvanceStateTick();
m_direction = nextStateTick.SegmentEntity.DirectionSign;
m_currentStateTick = nextStateTick;
//Logger.Log($"Direction Switch ({ (m_direction == 1 ? "->" : (m_direction == -1 ? "<-" : "|")) }) Hit: { nextStateTick.SegmentEntity.Position } ({ nextStateTick.SegmentEntity.AbsolutePosition })");
if (nextStateTick.IsSlam)
{
OnSlamHit?.Invoke(position, nextStateTick.SegmentEntity);
//Logger.Log($" Direction Switch on Slam: { CursorPosition }, { nextStateTick.SegmentEntity.InitialValue } ({ MathL.Abs(CursorPosition - nextStateTick.SegmentEntity.InitialValue) } <? { m_cursorActiveRange })");
// If the cursor was near the head of the laser, we lock it regardless of previous locked status.
if (MathL.Abs(CursorPosition - nextStateTick.SegmentEntity.InitialValue) < m_cursorActiveRange)
{
//Logger.Log($" Direction Switch on Slam triggered Lock");
SetLocked();
}
}
else if (IsLocked)
{
SetLocked();
}
}
}
}
else if (nextStateTick.State == JudgeState.SameDirectionSlam)
{
time_t radius = MathL.Abs((double)(position - (NextStateTick.Position + JudgementOffset)));
if (radius < m_directionChangeRadius && inputDir == m_direction)
{
Debug.Assert(nextStateTick.SegmentEntity.IsInstant);
AdvanceStateTick();
OnSlamHit?.Invoke(position, nextStateTick.SegmentEntity);
}
}
}
if (IsLocked)
{
if (inputDir == m_direction)
{
SetLocked();
}
else
{
m_lockTimerSpeed = 2.5;
}
}
else
{
if (m_direction == 0)
{
// If we input at all, that's an active role by the user.
// If the user inputs and the cursor happens to be really close, just consider it good!
// They shouldn't need to pay so close attention to the cursor, this value can be tweaked
// so that a wider radius is accepted.
if (MathL.Abs(m_desiredCursorPosition - CursorPosition) < m_cursorActiveRange * 0.1f)
{
SetLocked();
}
else if (CursorPosition < m_desiredCursorPosition)
{
if (inputDir == 1)
{
CursorPosition = MathL.Min(CursorPosition + amount, m_desiredCursorPosition);
if (CursorPosition == m_desiredCursorPosition)
{
SetLocked();
}
}
else
{
CursorPosition = MathL.Max(0, CursorPosition + amount);
}
}
else if (CursorPosition > m_desiredCursorPosition)
{
if (inputDir == -1)
{
CursorPosition = MathL.Max(CursorPosition + amount, m_desiredCursorPosition);
if (CursorPosition == m_desiredCursorPosition)
{
SetLocked();
}
}
else
{
CursorPosition = MathL.Min(1, CursorPosition + amount);
}
}
}
else
{
// Same as above for non-directional lasers, if the player is actively
// trying to play in the correct direction and the cursor happens to be in about
// the right location we let them lock and keep going.
if (inputDir == m_direction &&
MathL.Abs(m_desiredCursorPosition - CursorPosition) < m_cursorActiveRange * 0.1f)
{
SetLocked();
}
else if (m_direction == 1)
{
if (inputDir == 1)
{
if (CursorPosition < m_desiredCursorPosition)
{
CursorPosition = MathL.Min(CursorPosition + amount, m_desiredCursorPosition);
}
else if (CursorPosition > m_desiredCursorPosition)
{
CursorPosition = MathL.Min(1, CursorPosition + amount);
}
if (CursorPosition == m_desiredCursorPosition)
{
SetLocked();
}
}
else
{
CursorPosition = MathL.Max(0, CursorPosition + amount);
}
}
else if (m_direction == -1)
{
if (inputDir == -1)
{
if (CursorPosition > m_desiredCursorPosition)
{
CursorPosition = MathL.Max(CursorPosition + amount, m_desiredCursorPosition);
}
else if (CursorPosition < m_desiredCursorPosition)
{
CursorPosition = MathL.Max(0, CursorPosition + amount);
}
if (CursorPosition == m_desiredCursorPosition)
{
SetLocked();
}
}
else
{
CursorPosition = MathL.Min(1, CursorPosition + amount);
}
}
}
}
}
public void SetTickMethod(StateTick tick)
{
mTick = tick;
}
