public void Start(long currTicks)
{
if (_startCount == 0)
{
ActiveRange[] ranges;
if (_currentActiveRangeIndex >= RangesPerLine)
{
ranges = new ActiveRange[RangesPerLine];
_activeRanges.AddLast(ranges);
_currentActiveRangeIndex = 0;
}
else
{
ranges = _activeRanges.Last.Value;
}
ranges[_currentActiveRangeIndex].BeginTicks = currTicks;
}
++_startCount;
}
public void Start(long currTicks)
{
if (_activeChildTimerCount == 0)
{
if (_parent != null)
{
_parent.Start(currTicks);
}
ActiveRange[] ranges;
if (_currentActiveRangeIndex >= RangesPerLine)
{
ranges = new ActiveRange[RangesPerLine];
_activeRanges.AddLast(ranges);
_currentActiveRangeIndex = 0;
}
else
{
ranges = _activeRanges.Last.Value;
}
ranges[_currentActiveRangeIndex].BeginTicks = currTicks;
}
++_activeChildTimerCount;
}
public void Start(long currTicks)
{
if (_startCount == 0)
{
ActiveRange[] ranges;
if (_currentActiveRangeIndex >= RangesPerLine)
{
ranges = new ActiveRange[RangesPerLine];
_activeRanges.AddLast(ranges);
_currentActiveRangeIndex = 0;
}
else
ranges = _activeRanges.Last.Value;
ranges[_currentActiveRangeIndex].BeginTicks = currTicks;
}
++_startCount;
}
public void Start(long currTicks)
{
if (_activeChildTimerCount == 0)
{
if (_parent != null)
_parent.Start(currTicks);
ActiveRange[] ranges;
if (_currentActiveRangeIndex >= RangesPerLine)
{
ranges = new ActiveRange[RangesPerLine];
_activeRanges.AddLast(ranges);
_currentActiveRangeIndex = 0;
}
else
ranges = _activeRanges.Last.Value;
ranges[_currentActiveRangeIndex].BeginTicks = currTicks;
}
++_activeChildTimerCount;
}