public List <BarrierEventObject> GetAllEvents(StudyValue StudyValue, int BarNumber)
{
List <BarrierEventObject> events = new List <BarrierEventObject>();
foreach (BarrierHistory history in this.Histories.Values)
{
EventType[] eventTypes = (EventType[])Enum.GetValues(typeof(EventType));
foreach (EventType eventType in eventTypes)
{
if (eventType != EventType.NotSet)
{
Direction[] directions = (Direction[])Enum.GetValues(typeof(Direction));
foreach (Direction direction in directions)
{
EventPatternKey key = new EventPatternKey(eventType, direction);
if ((direction != Direction.NotSet) && (direction != Direction.Unknown))
{
BarrierEventObject evnt = GetEvent(key, history.Barrier, StudyValue, BarNumber);
if (evnt != null)
{
events.Add(evnt);
}
}
}
}
}
}
return(events);
}
private Dictionary <IBarrierValue, Decimal> GetBarrierDistances(
StudyValue StudyValue,
int BarNumber,
bool IsTrendTypeTest,
TrendType TrendType,
bool IsBoundaryTest,
CongestionBoundary CongestionBoundary)
{
Dictionary <IBarrierValue, Decimal> distances = new Dictionary <IBarrierValue, Decimal>();
foreach (IBarrierValue barrier in this.GetBarriers())
{
if ((!IsTrendTypeTest) || ((barrier is ITrendLine) && ((barrier as ITrendLine).TrendType == TrendType)))
{
if ((!IsBoundaryTest) || (CongestionBoundary == barrier.CongestedBoundary))
{
// TODO: should not have to check this, but some double zero lines are coming through twice
if (!distances.ContainsKey(barrier))
{
distances.Add(barrier, barrier.GetValueAt(BarNumber) - StudyValue.Value);
}
}
}
}
return(distances);
}
public BarrierEventObject(EventType EventType, Direction Direction, IBarrierValue Barrier, StudyValue StudyValue, int BarNumber)
{
this.EventType = EventType;
this.Direction = Direction;
this.Barrier = Barrier;
this.StudyValue = StudyValue;
this.BarNumber = BarNumber;
}
private BarrierEventObject GetEvent(
EventPatternKey EventPatternKey,
IBarrierValue Barrier,
StudyValue StudyValue,
int BarNumber)
{
if (this.Histories[Barrier.BarrierUniqueKey].IsEvent(EventPatternKey))
{
return(new BarrierEventObject(EventPatternKey.EventType, EventPatternKey.Direction, Barrier, StudyValue, BarNumber));
}
else
{
return(null);
}
}
public virtual List <IBarrierValue> GetClosestBarrierBelow(
StudyValue StudyValue,
int BarNumber,
bool IsTrendTypeTest,
TrendType TrendType,
bool IsBoundaryTest,
CongestionBoundary CongestionBoundary)
{
List <IBarrierValue> barriers = new List <IBarrierValue>();
foreach (IBarrierValue barrier in
GetBarrierDistances(StudyValue, BarNumber, IsTrendTypeTest, TrendType, IsBoundaryTest, CongestionBoundary).Where(t => t.Value < 0.0M).OrderBy(t => t.Value).Reverse().Select(t => t.Key))
{
barriers.Add(barrier);
}
return(barriers);
}
public List <IBarrierValue> GetClosestBarrierBelow(
StudyValue StudyValue,
int BarNumber,
bool IsTrendTypeTest,
TrendType TrendType,
bool IsBoundaryTest,
CongestionBoundary CongestionBoundary,
int MinimumTests)
{
List <IBarrierValue> barriers = new List <IBarrierValue>();
foreach (IBarrierValue barrier in base.GetClosestBarrierBelow(StudyValue, BarNumber, IsTrendTypeTest, TrendType, IsBoundaryTest, CongestionBoundary))
{
if ((barrier as IAggregateLine).NumTests >= MinimumTests)
{
barriers.Add(barrier);
}
}
return(barriers);
}
