void UF_UpdateOnRealTime()
{
if (m_IsOver || m_IsPause)
{
return;
}
int tick = System.Environment.TickCount + m_TickOverflow;
int durationTick = Mathf.Abs(tick - m_TickBuffer);
int stamp = durationTick / 1000;
if (stamp >= 1)
{
m_TickOverflow = durationTick - stamp * 1000;
m_TickBuffer = tick;
clockTimestamp += stamp * m_ISide;
if (clockTimestamp < 0)
{
clockTimestamp = 0;
}
if (target != null)
{
//m_DateTime.AddSeconds (stamp);
m_DateTime = GTime.UF_TimestampToDateTime(clockTimestamp, m_IsNormal);
UF_UpdateText();
}
}
if (clockTimestamp == 0 && m_ISide < 0)
{
m_IsOver = true;
GHelper.UF_SafeCallDelegate(m_EventClockOver);
}
}
void UF_UpdateRunTime(float dtime)
{
if (m_IsOver || m_IsPause)
{
return;
}
m_RunBuffer += GTime.DeltaTime;
if (m_RunBuffer > 1)
{
m_RunBuffer = m_RunBuffer - 1.0f;
clockTimestamp += m_ISide;
if (clockTimestamp < 0)
{
clockTimestamp = 0;
}
if (target != null)
{
m_DateTime = GTime.UF_TimestampToDateTime(clockTimestamp, m_IsNormal);
UF_UpdateText();
}
}
if (clockTimestamp == 0 && m_ISide < 0)
{
m_IsOver = true;
GHelper.UF_SafeCallDelegate(m_EventClockOver);
}
}
public void UF_SetAsNormalClock(long timestamp, string _format)
{
UF_SetAsClock(timestamp, _format);
m_IsNormal = true;
m_DateTime = GTime.UF_TimestampToDateTime(clockTimestamp, m_IsNormal);
UF_UpdateText();
}
//设置一个计时器,时钟倒计时
public void UF_SetAsTimer(long timestamp, string _format, DelegateVoid _callback)
{
m_IsOver = false;
m_IsPause = false;
m_ISide = -1;
clockTimestamp = timestamp;
m_IsNormal = true;
format = _format;
m_TickBuffer = System.Environment.TickCount;
m_RunBuffer = 0;
m_EventClockOver = _callback;
m_DateTime = GTime.UF_TimestampToDateTime(clockTimestamp, m_IsNormal);
m_TickOverflow = 0;
UF_UpdateText();
}