private void SetLaneGroupValues(Models.Approach Appr, Models.LaneGroup lg, DetectorConverter dc, int movementID, int lanetypeID)
{
Models.MovementType mt = (from r in db.MovementTypes
where r.MovementTypeID == movementID
select r).FirstOrDefault();
lg.Description = Appr.Description + mt.Abbreviation;
lg.MovementTypeID = movementID;
lg.LaneGroupTypeID = lanetypeID;
lg.ProtectedPhaseNumber = dc.ProtectedPhase;
lg.IsProtectedPhaseOverlap = dc.IsOverlap;
if (dc.PermissivePhase > 0)
{
lg.PermissivePhaseNumber = dc.PermissivePhase;
lg.IsPermissivePhaseOverlap = false;
}
}
public static Models.Graph_Detectors GetDetectorByLaneByDetectionType(Models.LaneGroup laneGroup, int detectionTypeID)
{
List <Models.Graph_Detectors> dets = new List <Models.Graph_Detectors>();
foreach (Models.Graph_Detectors d in laneGroup.Detectors)
{
foreach (Models.DetectionType m in d.DetectionTypes)
{
if (m.DetectionTypeID == detectionTypeID)
{
dets.Add(d);
}
}
}
if (dets.Count > 0)
{
return(dets[0]);
}
else
{
return(null);
}
}
public void CreateLaneGroupsAndLanes(List <DetectorConverter> CDetectorsForADirection, Models.Approach Appr)
{
Models.Approach.AddDefaultObjectsToApproach(Appr, db);
//Update defaults based on values in DB
for (int lanetypeID = 1; lanetypeID < 8; lanetypeID++)
{
var LanesByType = from d in CDetectorsForADirection
where d.LaneTypeID == lanetypeID
select d;
if (LanesByType.Count() > 0)
{
for (int movementID = 1; movementID < 6; movementID++)
{
Models.LaneGroup LaneGroupByTypeAndMovement;
LaneGroupByTypeAndMovement = (from r in Appr.LaneGroups
where r.LaneGroupTypeID == lanetypeID &&
r.MovementTypeID == movementID
select r).FirstOrDefault();
List <DetectorConverter> detectorsforMovement = (from l in LanesByType
where l.MovementTypeID == movementID
select l).ToList();
if (LaneGroupByTypeAndMovement == null && detectorsforMovement.Count > 0)
{
LaneGroupByTypeAndMovement = new Models.LaneGroup();
SetLaneGroupValues(Appr, LaneGroupByTypeAndMovement, detectorsforMovement.FirstOrDefault(), movementID, lanetypeID);
Appr.LaneGroups.Add(LaneGroupByTypeAndMovement);
LaneGroupByTypeAndMovement = (from r in Appr.LaneGroups
where r.LaneGroupTypeID == lanetypeID &&
r.MovementTypeID == movementID
select r).FirstOrDefault();
}
else if (LaneGroupByTypeAndMovement != null && detectorsforMovement.Count > 0)
{
SetLaneGroupValues(Appr, LaneGroupByTypeAndMovement, detectorsforMovement.FirstOrDefault(), movementID, lanetypeID);
}
else if (LaneGroupByTypeAndMovement == null && detectorsforMovement.Count == 0)
{
return;
}
for (int lanenumber = 1; lanenumber < 5; lanenumber++)
{
List <DetectorConverter> detConvertersByLaneNumber = (from d in detectorsforMovement
where d.LaneNumber == lanenumber
select d).ToList();
//Models.Graph_Detectors graphDetector = (from r in LaneGroupByTypeAndMovement.Detectors
// where r.LaneNumber == lanenumber
// select r).FirstOrDefault();
if (detConvertersByLaneNumber != null)
{
foreach (DetectorConverter d in detConvertersByLaneNumber)
{
//detConverterByLaneNumber.GraphDetectorModel.LaneGroupID = LaneGroupByTypeAndMovement.LaneGroupID;
d.GraphDetectorModel.LaneNumber = lanenumber;
if (LaneGroupByTypeAndMovement.Detectors == null)
{
LaneGroupByTypeAndMovement.Detectors = new List <MOE.Common.Models.Graph_Detectors>();
}
LaneGroupByTypeAndMovement.Detectors.Add(d.GraphDetectorModel);
}
}
//else if (detConverterByLaneNumber != null && lane != null)
//{
// lane.Detectors.Add(detConverterByLaneNumber.GraphDetectorModel);
//}
else if (detConvertersByLaneNumber == null)
{
return;
}
}
}
}
}
}
public LaneGroupModelHelper(Models.LaneGroup laneGroup)
{
//MOE.Common.Models.Repositories.ILaneGroupRepository laneGroups = MOE.Common.Models.Repositories.LaneGroupRepositoryFactory.CreateLaneGroupRepository();
LaneGroup = laneGroup;
}
