public override void GenerateResourceSelectionGroup()
{
// Only vehicle resource
ResourceSelectionGroup group = new ResourceSelectionGroup()
{
ID = this.ResourceSelectionGroupSet.Count.ToString(),
ResourceType = typeof(Vehicle),
ResourceList = new List <Resource>()
{
BindingVehicle
},
};
ResourceSelectionGroupSet.Add(group);
ResourceStatusRule rule = new ResourceStatusRule();
group.ResourceStatusRuleList.Add(BindingVehicle, rule);
// status
var toTimePossibleStatus = BindingVehicle.PossibleResourceStatus.Find(x => ((VehicleStatus)x).HandlingMovement == this);
rule.BindingStatusDict.Add(ToTime, new List <ResourceStatus>()
{
toTimePossibleStatus
});
if (FromTime != 0)
{
// previous status
var fromTimePossibleStatus = BindingVehicle.PossibleResourceStatus.FindAll(
x => ((VehicleStatus)x).Location == FromLocation &&
((VehicleStatus)x).HandlingMovement.ToTime == FromTime - 1);
rule.NecessityStatusDict.Add(FromTime - 1, fromTimePossibleStatus);
}
if (ToTime != Parameters.TimeHorizon)
{
// next moment status
var nextMomentPossibleStatus = BindingVehicle.PossibleResourceStatus.FindAll(x => ((VehicleStatus)x).Location == FromLocation &&
((VehicleStatus)x).HandlingMovement.FromTime == ToTime + 1);
rule.NecessityStatusDict.Add(ToTime + 1, nextMomentPossibleStatus);
}
}
public override void GenerateResourceSelectionGroup()
{
// indicate which / how many resources a movement need
// blocking section resource
BlockSection bs = OnSegment.BindingBlockingSection;
ResourceSelectionGroup bsResourceSelectionGroup = new ResourceSelectionGroup()
{
ID = this.ResourceSelectionGroupSet.Count.ToString(),
ResourceType = typeof(BlockSection),
ResourceList = new List <Resource>()
{
bs
},
};
ResourceStatusRule rule = new ResourceStatusRule();
BlockSectionStatus status = (BlockSectionStatus)bs.PossibleResourceStatus.Find(x => ((BlockSectionStatus)x).HandlingMovement == this);
for (int t = FromTime; t <= ToTime; t++)
{
rule.BindingStatusDict.Add(t, new List <ResourceStatus>()
{
status
});
// if the movement is activated, only one status can be choosen.
}
bsResourceSelectionGroup.ResourceStatusRuleList.Add(bs, rule);
ResourceSelectionGroupSet.Add(bsResourceSelectionGroup);
// vehicle resource
ResourceSelectionGroup vehicleResourceSelectionGroup = new ResourceSelectionGroup()
{
ID = this.ResourceSelectionGroupSet.Count.ToString(),
ResourceType = typeof(Vehicle),
};
foreach (Resource veh in DataRepository.ResourceList)
{
if (!(veh is Vehicle))
{
continue;
}
vehicleResourceSelectionGroup.ResourceList.Add(veh);
rule = new ResourceStatusRule();
var statusSet = veh.PossibleResourceStatus.FindAll(x => ((VehicleStatus)x).HandlingMovement == this);
var fromStatus = statusSet.Find(x => ((VehicleStatus)x).Location == FromLocation);
var toStatus = statusSet.Find(x => ((VehicleStatus)x).Location == ToLocation);
var onWayStatus = statusSet.Find(x => ((VehicleStatus)x).Location == Parameters.VirtualOnWayLocation);
rule.BindingStatusDict.Add(FromTime, new List <ResourceStatus>()
{
fromStatus
});
rule.BindingStatusDict.Add(ToTime, new List <ResourceStatus>()
{
toStatus
});
for (int t = FromTime + 1; t < ToTime; t++)
{
rule.BindingStatusDict.Add(t, new List <ResourceStatus>()
{
onWayStatus
});
}
// incoming resource status
if (FromTime > 0)
{
var incomingResourceStatus = veh.PossibleResourceStatus.FindAll(x => ((VehicleStatus)x).Location == FromLocation);
rule.NecessityStatusDict.Add(FromTime - 1, incomingResourceStatus);
}
vehicleResourceSelectionGroup.ResourceStatusRuleList.Add(veh, rule);
}
ResourceSelectionGroupSet.Add(vehicleResourceSelectionGroup);
}