protected void InitAnimationTimer()
{
if (m_Timer == null)
m_Timer = new NcTimerTool();
m_bEndAnimation = false;
m_Timer.Start();
}
public void Start()
{
this.m_bEnable = true;
this.m_fCurrentTime = 0f;
this.m_fLastEngineTime = NcTimerTool.GetEngineTime() - 1E-06f;
this.UpdateTimer();
}
protected void InitAnimationTimer()
{
if (m_Timer == null)
{
m_Timer = new NcTimerTool();
}
m_bEndAnimation = false;
m_Timer.Start();
}
protected void InitAnimationTimer()
{
if (this.m_Timer == null)
{
this.m_Timer = new NcTimerTool();
}
this.m_bEndAnimation = false;
this.m_Timer.Start();
}
public float GetTime()
{
float engineTime = NcTimerTool.GetEngineTime();
if (!this.m_bEnable && this.m_fPauseTime != engineTime)
{
this.m_fStartTime += NcTimerTool.GetEngineTime() - this.m_fPauseTime;
this.m_fPauseTime = engineTime;
}
return(NcTimerTool.GetEngineTime() - this.m_fStartTime);
}
public float GetTime()
{
float fEngineTime = NcTimerTool.GetEngineTime();
if (m_bEnable == false && m_fPauseTime != fEngineTime)
{
m_fStartTime += NcTimerTool.GetEngineTime() - m_fPauseTime;
m_fPauseTime = fEngineTime;
}
return(NcTimerTool.GetEngineTime() - m_fStartTime);
}
private float UpdateTimer()
{
if (this.m_bEnable)
{
if (this.m_fLastEngineTime != NcTimerTool.GetEngineTime())
{
this.m_fLastTime = this.m_fCurrentTime;
this.m_fCurrentTime += (NcTimerTool.GetEngineTime() - this.m_fLastEngineTime) * this.GetTimeScale();
this.m_fLastEngineTime = NcTimerTool.GetEngineTime();
if (this.m_fSmoothTimes != null)
{
this.UpdateSmoothTime(this.m_fCurrentTime - this.m_fLastTime);
}
}
}
else
{
this.m_fLastEngineTime = NcTimerTool.GetEngineTime();
}
return(this.m_fCurrentTime);
}
public void SetTimer(float fStartTime, float fRepeatTime, int nRepeatCount, object arg)
{
SetRelTimer(fStartTime - NcTimerTool.GetEngineTime(), fRepeatTime, nRepeatCount, arg);
}
public void SetTimer(float fStartTime, float fRepeatTime, object arg)
{
this.SetRelTimer(fStartTime - NcTimerTool.GetEngineTime(), fRepeatTime, arg);
}
public void SetTimer(float fStartTime, float fRepeatTime)
{
SetRelTimer(fStartTime - NcTimerTool.GetEngineTime(), fRepeatTime);
}
// --------------------------------------------------------------------------
public void SetTimer(float fStartTime, object arg)
{
SetRelTimer(fStartTime - NcTimerTool.GetEngineTime(), arg);
}
public void Pause()
{
this.m_bEnable = false;
this.m_fPauseTime = NcTimerTool.GetEngineTime();
}
// Control Function -----------------------------------------------------------------
public void SetTimer(float fStartTime)
{
SetRelTimer(fStartTime - NcTimerTool.GetEngineTime());
}
public void Start()
{
this.m_bEnable = true;
this.m_fStartTime = NcTimerTool.GetEngineTime() - 1E-06f;
}
public void Reset(float fAdjustTime)
{
this.m_fStartTime = NcTimerTool.GetEngineTime() - fAdjustTime;
}
public void SetTimer(float fStartTime, float fRandomTime, float fMinIntervalTime, int nRepeatCount, object arg)
{
this.SetRelTimer(fStartTime - NcTimerTool.GetEngineTime(), fRandomTime, fMinIntervalTime, nRepeatCount, arg);
}
public void SetTimer(float fStartTime, float fRandomTime, float fMinIntervalTime)
{
this.SetRelTimer(fStartTime - NcTimerTool.GetEngineTime(), fRandomTime, fMinIntervalTime);
}
public void Reset(float fElapsedTime)
{
this.m_fCurrentTime = fElapsedTime;
this.m_fLastEngineTime = NcTimerTool.GetEngineTime() - 1E-06f;
this.UpdateTimer();
}
public void SetTimer(float fStartTime, float fRepeatTime, int nRepeatCount)
{
this.SetRelTimer(fStartTime - NcTimerTool.GetEngineTime(), fRepeatTime, nRepeatCount);
}
public void SetTimer(float fStartTime, float fRandomTime, float fMinIntervalTime, object arg)
{
SetRelTimer(fStartTime - NcTimerTool.GetEngineTime(), fRandomTime, fMinIntervalTime, arg);
}
public void SetTimer(float fStartTime, float fRandomTime, float fMinIntervalTime, int nRepeatCount)
{
SetRelTimer(fStartTime - NcTimerTool.GetEngineTime(), fRandomTime, fMinIntervalTime, nRepeatCount);
}
public bool IsUpdateTimer()
{
return(this.m_fLastEngineTime != NcTimerTool.GetEngineTime());
}
