/// <summary>
///
/// </summary>
/// <param name="triggerPt"></param>
public void AddTrigger(GTriggerPoint triggerPt)
{
if (!_listTriggerPts.Contains(triggerPt))
{
triggerPt.Initialize(this);
_listTriggerPts.Add(triggerPt);
SortTriggers();
}
}
public void AutoFillTriggers(int numDots)
{
int minDots = 1;
if (numDots > 0)
{
List <TrigGrp> trGrps = new List <TrigGrp>();
TrigGrp trCurGrp = null;
foreach (GTriggerPoint tPt in _listTriggerPts)
{
tPt.LeadTime = 0.0;
Millimeters thisDist = new Millimeters(tPt.Distance.Val);
if (trCurGrp == null)
{
trCurGrp = new TrigGrp();
trGrps.Add(trCurGrp);
}
if (tPt.Anchor && minDots == 1)
{
minDots = 2;
}
if (tPt.Anchor && trCurGrp.Start != null)
{
// End of a group. Signal to start a new one
trCurGrp.End = thisDist;
trCurGrp = null;
}
else
{
// Contiue to add to a group
if (trCurGrp.Start == null)
{
trCurGrp.Start = thisDist;
}
trCurGrp.End = thisDist;
}
}
if (trGrps.Count == 0)
{
trGrps.Add(new TrigGrp()
{
Start = 0.0, End = XYLength
});
}
// Handle case for not enough dots
int numEachGrp = Math.Max(minDots, numDots / trGrps.Count);
numDots = numEachGrp * trGrps.Count;
int iTrg = 0;
foreach (TrigGrp trGrp in trGrps)
{
double gap = (trGrp.End - trGrp.Start) / (numEachGrp - 1);
for (int i = 0; i < numEachGrp; i++, iTrg++)
{
bool bAnchor = i == 0 || (i == numEachGrp - 1);
double thisDist = double.IsInfinity(gap) || double.IsNaN(gap) ? XYLength / 2.0 : (double)(gap * i + trGrp.Start);
if (iTrg < _listTriggerPts.Count)
{
_listTriggerPts[iTrg].Distance.Val = thisDist;
_listTriggerPts[iTrg].Anchor = bAnchor;
}
else
{
GTriggerPoint newTriggerPt = CreateTrigger();
newTriggerPt.Distance.Val = thisDist;
newTriggerPt.Anchor = bAnchor;
_listTriggerPts.Add(newTriggerPt);
newTriggerPt.Initialize(this);
}
}
}
}
// Get rid of excess
while (_listTriggerPts.Count > numDots)
{
RemoveTrigger(_listTriggerPts[numDots]);
}
U.LogChange(string.Format("{0}.AutoFillTriggers", Nickname));
SortTriggers();
FireOnChangedEvent();
}