} // end of Servers
#endregion
//--------------------------------------------------------------------------------------------------
// Methods
//--------------------------------------------------------------------------------------------------
#region PerformCustomRules
/// <summary>
/// Custom rule set, basically incoming clients are assinged to queues with minimum length
/// and clients are selected from front of queues by FIFO (so FIFO within a single queue and FIFO
/// of queue fronts)
/// </summary>
/// <param name="time">Time rules are executed</param>
/// <param name="simEngine">SimEngine responsible for simulation execution</param>
/// <returns></returns>
protected override bool PerformCustomRules(DateTime time, ISimulationEngine simEngine)
{
#region PlacedInQueue
List <RequestQueing> waitInQueueRequests = RAEL.Where(p => p.Activity == "WaitInQueue").Cast <RequestQueing>().ToList();
foreach (RequestQueing request in waitInQueueRequests)
{
// determine the smallest QueueLength
int minQueueLength = Queues.Select(p => p.HoldedEntities.Count).Aggregate((curmin, x) => ((x) < curmin ? x : curmin));
// select first queue with minimum length
EntityQueue queue = Queues.Where(p => p.HoldedEntities.Count == minQueueLength).First();
queue.HoldedEntities.Add(request.Client);
RemoveRequest(request);
RequestQueing newReq = new RequestQueing("GetServed", request.Client, time);
newReq.QueueAssigned = queue;
AddRequest(newReq);
} // end foreach
#endregion
#region GetServerd
List <RequestQueing> getServedRequests = RAEL.Where(p => p.Activity == "GetServed").Cast <RequestQueing>().ToList();
while (getServedRequests.Count > 0 && Servers.Where(p => p.IsIdle).Count() > 0)
{
RequestQueing earliestRequest = getServedRequests.Aggregate((curmin, x) => (curmin == null || (x.TimeRequested) < curmin.TimeRequested ? x : curmin));
ActivityGetServed newService = new ActivityGetServed(this, earliestRequest.Client, Servers.Where(p => p.IsIdle).First());
newService.StartEvent.Trigger(time, simEngine);
RemoveRequest(earliestRequest);
earliestRequest.QueueAssigned.HoldedEntities.Remove(earliestRequest.Client);
getServedRequests.Remove(earliestRequest);
} // end while
#endregion
return(false);
} // end of PerformCustomRules
} // end of PerformDisptatching
#endregion
#region PerformControlled
/// <summary>
/// Sends assisting staff members that are not further required back to their origin
/// control unit
/// </summary>
/// <param name="startTime">Time rules are executed</param>
/// <param name="simEngine">SimEngine responsible for simulation execution</param>
/// <returns>False</returns>
protected bool PerformControlled(DateTime time, ISimulationEngine simEngine)
{
IEnumerable <EntityDoctor> assistingDocs = HandledDoctors.Where(p => p.BaseControlUnit != this);
IEnumerable <RequestOutpatientAction> assistedRequests = RAEL.Where(p => p.GetType() == typeof(RequestOutpatientAction) && ((RequestOutpatientAction)p).IsAssistedDoctor).Cast <RequestOutpatientAction>().ToList();
bool moveTriggered = false;
foreach (EntityDoctor doc in assistingDocs)
{
bool skillRequired = false;
if (doc.IsWaiting())
{
foreach (RequestOutpatientAction req in assistedRequests)
{
foreach (SkillSet skillSet in req.ActionType.AssistingDoctorRequirements)
{
if (doc.SatisfiesSkillSet(skillSet))
{
skillRequired = true;
}
} // end foreach
} // end foreach
if (!skillRequired)
{
ControlUnitManagement jointControl = (ControlUnitManagement)FindSmallestJointControl(doc.BaseControlUnit);
ActivityMove moveBack = new ActivityMove(jointControl, doc, this, doc.BaseControlUnit, null, jointControl.InputData.DurationMove(doc, this, doc.BaseControlUnit));
doc.StopCurrentActivities(time, simEngine);
moveBack.StartEvent.Trigger(time, simEngine);
moveTriggered = true;
} // end if
} // end if
} // end foreach
return(moveTriggered);
return(false);
} // end of PerformControlled
} // end of PerformCustomRules
#endregion
#region PerformDisptatching
/// <summary>
/// Dispatches all requests with respect to FIFO rule, does not distinguish between
/// different treatments (XRay, MRI, CT, Lab)
/// </summary>
/// <param name="startTime">Start time of the simulation model</param>
/// <param name="simEngine">SimEngine responsible for simulation execution</param>
/// <returns>False</returns>
private bool PerformDisptatching(DateTime time, ISimulationEngine simEngine)
{
List <RequestSpecialFacilityAction> actionRequests = RAEL.Where(p => p.GetType() == typeof(RequestSpecialFacilityAction)).Cast <RequestSpecialFacilityAction>().ToList();
while (actionRequests.Count > 0)
{
ResourceSet chosenResources;
// Get action request Triage-FIFO
RequestSpecialFacilityAction requestAction = PatientPriorityPlusFIFO <RequestSpecialFacilityAction, SpecialServiceActionTypeClass>(actionRequests);
actionRequests.Remove(requestAction);
if (!ChooseResourcesForAction(requestAction,
out chosenResources))
{
continue;
} // enf if
// Remove Request from RAEL list
RemoveRequest(requestAction);
EntityPatient patient = (EntityPatient)requestAction.Origin.First();
ActivityHealthCareAction <SpecialServiceActionTypeClass> action = new ActivityHealthCareAction <SpecialServiceActionTypeClass>(
this,
InputData,
patient,
chosenResources,
requestAction.ActionType,
patient.SpecialFacilityPath);
chosenResources.StopCurrentActivities(time, simEngine);
patient.StopCurrentActivities(time, simEngine);
action.StartEvent.Trigger(time, simEngine);
} // end while
return(false);
} // end of PerformDisptatching
} // end of Initialize
#endregion
//--------------------------------------------------------------------------------------------------
// Rule Handling
//--------------------------------------------------------------------------------------------------
#region PerformCustomRules
/// <summary>
/// Dispatches slot requests by booking in the booking model, further, now show probabilities
/// and arrival deviations of patients are calculated. Corresponding events for arrival are scheduled.
/// </summary>
/// <param name="startTime">Time rules are executed</param>
/// <param name="simEngine">SimEngine responsible for simulation execution</param>
/// <returns>False</returns>
protected override bool PerformCustomRules(DateTime time, ISimulationEngine simEngine)
{
if (RAEL.Count == 0)
{
return(false);
}
if (!WaitingListSchedule.ReadyForDispatch)
{
return(false);
}
while (RAEL.Count > 0)
{
RequestOutpatientWaitingListPatientToAssignSlot reqToDisptatch = (RequestOutpatientWaitingListPatientToAssignSlot)RAEL.First();
DateTime earliestTime = time;
earliestTime = reqToDisptatch.EarliestTime;
Slot slot = WaitingListSchedule.GetEarliestSlotTime(time,
earliestTime,
reqToDisptatch.Patient,
reqToDisptatch.AdmissionType);
WaitingListSchedule.BookSlot(slot, reqToDisptatch.AdmissionType);
reqToDisptatch.Patient.StopCurrentActivities(time, simEngine);
ParentControlUnit.RemoveRequest(reqToDisptatch);
RemoveRequest(reqToDisptatch);
if (InputData.NoShowForAppointment(reqToDisptatch.Patient, reqToDisptatch.AdmissionType, slot, time))
{
continue;
}
DateTime arrivalTime = slot.StartTime + InputData.PatientArrivalDeviationFromSlotTime(reqToDisptatch.Patient, reqToDisptatch.AdmissionType);
arrivalTime = new DateTime(Math.Max(time.Ticks, arrivalTime.Ticks));
EventOutpatientArrival arrival = new EventOutpatientArrival(ParentControlUnit,
reqToDisptatch.Patient,
slot.StartTime,
InputData,
reqToDisptatch.AdmissionType);
simEngine.AddScheduledEvent(arrival, arrivalTime);
Event patientWait = reqToDisptatch.Patient.StartWaitingActivity(null);
patientWait.Trigger(time, simEngine);
} // end while
WaitingListSchedule.ReadyForDispatch = false;
return(false);
} // end of PerformCustomRules
} // end of
#endregion
//--------------------------------------------------------------------------------------------------
// Methods
//--------------------------------------------------------------------------------------------------
#region PerformCustomRules
/// <summary>
/// Custom rules of control, assigns all requests in specified order, patient priority and FIFO principle is
/// used for requests of same type
/// </summary>
/// <param name="startTime">Time rules are executed</param>
/// <param name="simEngine">SimEngine responsible for simulation execution</param>
/// <returns>False</returns>
protected override bool PerformCustomRules(DateTime time, ISimulationEngine simEngine)
{
#region Consultation
List <RequestEmergencyAction> consultationRequests = new List <RequestEmergencyAction>(RAEL.Where(p => p.Activity == "ActivityHealthCareAction" &&
((RequestEmergencyAction)p).ActionType.Type == "Consultation").Cast <RequestEmergencyAction>());
List <RequestEmergencyAction> possibleConsultationRequests = new List <RequestEmergencyAction>();
#region CheckForControllingAllRequiredResources
foreach (RequestEmergencyAction request in consultationRequests)
{
if (request.ReadyForDispatch)
{
possibleConsultationRequests.Add(request);
}
else
{
List <SkillSet> nonAvailableDoctorSkills = ((ControlUnitEmergencyExample)ParentDepartmentControl).CheckAvailabilityOfDoctors(request.ActionType.MainDoctorRequirements, request.ActionType.AssistingDoctorRequirements);
if (nonAvailableDoctorSkills.Count() == 0)
{
possibleConsultationRequests.Add(request);
request.ReadyForDispatch = true;
}
else
{
if (nonAvailableDoctorSkills.Count > 0 && !request.StaffRequested)
{
((ControlUnitEmergencyExample)ParentDepartmentControl).DelegateOutBox.Add(new DelegateRequestDocsForAssisting(this, nonAvailableDoctorSkills));
}
request.StaffRequested = true;
} // end if
} // end if
} // end foreach
#endregion
while (possibleConsultationRequests.Count > 0)
{
ResourceSet chosenResources;
// Get Register request Triage-FIFO
RequestEmergencyAction requestConsultation = PatientPriorityPlusFIFO <RequestEmergencyAction, EmergencyActionTypeClass>(possibleConsultationRequests);
if (!((ControlUnitEmergencyExample)ParentDepartmentControl).ChooseResourcesForAction(
ControlledDoctors,
ControlledNurses,
AssignedTreatmentFacilities,
requestConsultation,
out chosenResources))
{
break;
} // enf if
// Remove Request from RAEL list
RemoveRequest(requestConsultation);
possibleConsultationRequests.Remove(requestConsultation);
EntityPatient patient = (EntityPatient)requestConsultation.Origin.First();
ActivityHealthCareAction <EmergencyActionTypeClass> consultation = new ActivityHealthCareAction <EmergencyActionTypeClass>(
this,
InputData,
patient,
chosenResources,
requestConsultation.ActionType,
patient.EmergencyTreatmentPath);
chosenResources.StopCurrentActivities(time, simEngine);
patient.StopCurrentActivities(time, simEngine);
consultation.StartEvent.Trigger(time, simEngine);
} // end while
#endregion
#region BedPlacement
List <RequestEmergencyAction> bedPlacementRequests = new List <RequestEmergencyAction>(RAEL.Where(p => p.Activity == "ActivityHealthCareAction" &&
((RequestEmergencyAction)p).ActionType.Type == "BedPlacement").Cast <RequestEmergencyAction>());
while (bedPlacementRequests.Count > 0)
{
ResourceSet chosenResources;
// Get Register request Triage-FIFO
RequestEmergencyAction bedPlacementRequest = PatientPriorityPlusFIFO <RequestEmergencyAction, EmergencyActionTypeClass>(bedPlacementRequests);
if (!((ControlUnitEmergencyExample)ParentDepartmentControl).ChooseResourcesForAction(
ControlledDoctors,
ControlledNurses,
AssignedTreatmentFacilities,
bedPlacementRequest,
out chosenResources))
{
break;
} // enf if
// Remove Request from RAEL list
RemoveRequest(bedPlacementRequest);
bedPlacementRequests.Remove(bedPlacementRequest);
EntityPatient patient = (EntityPatient)bedPlacementRequest.Origin.First();
ActivityHealthCareAction <EmergencyActionTypeClass> bedPlacement = new ActivityHealthCareAction <EmergencyActionTypeClass>(
this,
InputData,
patient,
chosenResources,
bedPlacementRequest.ActionType,
patient.EmergencyTreatmentPath
);
chosenResources.StopCurrentActivities(time, simEngine);
patient.StopCurrentActivities(time, simEngine);
bedPlacement.StartEvent.Trigger(time, simEngine);
} // end while
#endregion
#region Assessment
List <RequestEmergencyAction> assessmentRequests = new List <RequestEmergencyAction>(RAEL.Where(p => p.Activity == "ActivityHealthCareAction" &&
((RequestEmergencyAction)p).ActionType.Type == "Assessment").Cast <RequestEmergencyAction>());
while (assessmentRequests.Count > 0)
{
ResourceSet chosenResources;
// Get Register request Triage-FIFO
RequestEmergencyAction requestAssessment = PatientPriorityPlusFIFO <RequestEmergencyAction, EmergencyActionTypeClass>(assessmentRequests);
if (!((ControlUnitEmergencyExample)ParentDepartmentControl).ChooseResourcesForAction(
ControlledDoctors,
ControlledNurses,
AssignedTreatmentFacilities,
requestAssessment,
out chosenResources))
{
break;
} // enf if
// Remove Request from RAEL list
RemoveRequest(requestAssessment);
assessmentRequests.Remove(requestAssessment);
EntityPatient patient = (EntityPatient)requestAssessment.Origin.First();
ActivityHealthCareAction <EmergencyActionTypeClass> assessment = new ActivityHealthCareAction <EmergencyActionTypeClass>(
this,
InputData,
patient,
chosenResources,
requestAssessment.ActionType,
patient.EmergencyTreatmentPath);
chosenResources.StopCurrentActivities(time, simEngine);
patient.StopCurrentActivities(time, simEngine);
assessment.StartEvent.Trigger(time, simEngine);
} // end while
#endregion
#region Treatment
List <RequestEmergencyAction> treatmentRequests = new List <RequestEmergencyAction>(RAEL.Where(p => p.Activity == "ActivityHealthCareAction" &&
((RequestEmergencyAction)p).ActionType.Type == "Treatment").Cast <RequestEmergencyAction>());
while (treatmentRequests.Count > 0)
{
ResourceSet chosenResources;
// Get Register request Triage-FIFO
RequestEmergencyAction requestTreatment = PatientPriorityPlusFIFO <RequestEmergencyAction, EmergencyActionTypeClass>(treatmentRequests);
if (!((ControlUnitEmergencyExample)ParentDepartmentControl).ChooseResourcesForAction(
ControlledDoctors,
ControlledNurses,
AssignedTreatmentFacilities,
requestTreatment,
out chosenResources))
{
break;
} // enf if
// Remove Request from RAEL list and treatmentlist
RemoveRequest(requestTreatment);
treatmentRequests.Remove(requestTreatment);
EntityPatient patient = (EntityPatient)requestTreatment.Origin.First();
ActivityHealthCareAction <EmergencyActionTypeClass> assessment = new ActivityHealthCareAction <EmergencyActionTypeClass>(
this,
InputData,
patient,
chosenResources,
requestTreatment.ActionType,
patient.EmergencyTreatmentPath);
chosenResources.StopCurrentActivities(time, simEngine);
patient.StopCurrentActivities(time, simEngine);
assessment.StartEvent.Trigger(time, simEngine);
} // end while
#endregion
return(false);
} // end of PerformCustomRules
} // end of
#endregion
//--------------------------------------------------------------------------------------------------
// Methods
//--------------------------------------------------------------------------------------------------
#region PerformCustomRules
/// <summary>
/// Custom rules of control, assigns all requests in specified order, patient priority and FIFO principle is
/// used for requests of same type
/// </summary>
/// <param name="startTime">Time rules are executed</param>
/// <param name="simEngine">SimEngine responsible for simulation execution</param>
/// <returns>False</returns>
protected override bool PerformCustomRules(DateTime time, ISimulationEngine simEngine)
{
#region Register
List <RequestEmergencyAction> registerRequests = new List <RequestEmergencyAction>(RAEL.Where(p => p.Activity == "ActivityHealthCareAction" &&
((RequestEmergencyAction)p).ActionType.Type == "Register").Cast <RequestEmergencyAction>());
while (registerRequests.Count > 0)
{
// Get Register request Triage-FIFO
RequestEmergencyAction requestRegister = PatientPriorityPlusFIFO <RequestEmergencyAction, EmergencyActionTypeClass>(registerRequests);
ResourceSet chosenResources;
if (!((ControlUnitEmergencyExample)ParentDepartmentControl).ChooseResourcesForAction(
ControlledDoctors,
ControlledNurses,
AssignedTreatmentFacilities,
requestRegister,
out chosenResources))
{
break;
} // enf if
RemoveRequest(requestRegister);
registerRequests.Remove(requestRegister);
EntityPatient patient = (EntityPatient)requestRegister.Origin.First();
ActivityHealthCareAction <EmergencyActionTypeClass> register = new ActivityHealthCareAction <EmergencyActionTypeClass>(
this,
InputData,
patient,
chosenResources,
requestRegister.ActionType,
patient.EmergencyTreatmentPath);
chosenResources.StopCurrentActivities(time, simEngine);
patient.StopCurrentActivities(time, simEngine);
register.StartEvent.Trigger(time, simEngine);
} // end while
#endregion
#region Triage
List <RequestEmergencyAction> triageRequests = new List <RequestEmergencyAction>(RAEL.Where(p => p.Activity == "ActivityHealthCareAction" &&
((RequestEmergencyAction)p).ActionType.Type == "Triage").Cast <RequestEmergencyAction>());
while (triageRequests.Count > 0)
{
ResourceSet chosenResources;
// Get Register request Triage-FIFO
RequestEmergencyAction requestTriage = PatientPriorityPlusFIFO <RequestEmergencyAction, EmergencyActionTypeClass>(triageRequests);
if (!((ControlUnitEmergencyExample)ParentDepartmentControl).ChooseResourcesForAction(
ControlledDoctors,
ControlledNurses,
AssignedTreatmentFacilities,
requestTriage,
out chosenResources))
{
break;
} // enf if
// Remove Request from RAEL list
RemoveRequest(requestTriage);
triageRequests.Remove(requestTriage);
EntityPatient patient = (EntityPatient)requestTriage.Origin.First();
ActivityHealthCareAction <EmergencyActionTypeClass> triage = new ActivityHealthCareAction <EmergencyActionTypeClass>(
this,
InputData,
patient,
chosenResources,
requestTriage.ActionType,
patient.EmergencyTreatmentPath);
chosenResources.StopCurrentActivities(time, simEngine);
patient.StopCurrentActivities(time, simEngine);
triage.StartEvent.Trigger(time, simEngine);
} // end while
#endregion
return(false);
} // end of PerformCustomRules
} // end of PerformAssessment
#endregion
#region PerformDisptatching
/// <summary>
/// Handles requests of staff members to leave that are out of shift, routes action requests
/// to corresponding organizational control units and handles a shared treatment facility by
/// assigning it to the busier organizational unit
/// </summary>
/// <param name="startTime">Time rules are executed</param>
/// <param name="simEngine">SimEngine responsible for simulation execution</param>
/// <returns>False</returns>
protected bool PerformDisptatching(DateTime time, ISimulationEngine simEngine)
{
#region StaffOutsideShift
List <RequestBeAbsent> staffEndRequests = RAEL.Where(p => p is RequestBeAbsent).Cast <RequestBeAbsent>().ToList();
foreach (RequestBeAbsent req in staffEndRequests)
{
if (req.StaffMember.IsWaiting() && req.StaffMember.CurrentPatients.Count == 0)
{
req.StaffMember.StopCurrentActivities(time, simEngine);
EventStaffLeave staffLeave = new EventStaffLeave(req.StaffMember.ParentControlUnit, req.StaffMember);
staffLeave.Trigger(time, simEngine);
RemoveRequest(req);
} // end if
} // end foreach
#endregion
#region RequestRouting
List <RequestEmergencyAction> actionRequests = new List <RequestEmergencyAction>(RAEL.Where(p => p.Activity == "ActivityHealthCareAction").Cast <RequestEmergencyAction>());
foreach (RequestEmergencyAction request in actionRequests)
{
if (request.ActionType.Type == "Triage" || request.ActionType.Type == "Register")
{
OrganizationalUnitPerName["OrgUnitTriageRegister"].AssignRequest(request);
}
else
{
if (request.Patient.PatientClass.Category == "Surgical")
{
OrganizationalUnitPerName["OrgUnitSurgical"].AssignRequest(request);
}
else
{
OrganizationalUnitPerName["OrgUnitInternal"].AssignRequest(request);
}
} // end if
RemoveRequest(request);
} // end foreach
#endregion
#region ResourceSharing
foreach (EntityTreatmentFacility sharedTreatFac in AssignedTreatmentFacilities.Where(p => p.AssignmentType == AssignmentType.Shared))
{
if (sharedTreatFac.PatientBlocking != null)
{
continue;
}
if (sharedTreatFac.CurrentlyAssignedOrganizationalUnit != null)
{
sharedTreatFac.CurrentlyAssignedOrganizationalUnit.RemoveAssignedTreatmentFacility(sharedTreatFac);
}
if (OrganizationalUnitPerName["OrgUnitInternal"].RAEL.Count > OrganizationalUnitPerName["OrgUnitSurgical"].RAEL.Count)
{
OrganizationalUnitPerName["OrgUnitSurgical"].AddAssignedTreatmentFacility(sharedTreatFac);
}
else
{
OrganizationalUnitPerName["OrgUnitInternal"].AddAssignedTreatmentFacility(sharedTreatFac);
} // end if
} // end foreach
#endregion
return(false);
} // end of PerformDisptatching
} // end of PerformAssessment
#endregion
#region PerformDisptatching
// <summary>
/// Handles requests of staff members to leave that are out of shift, register, assessment and treatment
/// using patient slot times and priority
/// </summary>
/// <param name="startTime">Time rules are executed</param>
/// <param name="simEngine">SimEngine responsible for simulation execution</param>
/// <returns>False</returns>
protected bool PerformDisptatching(DateTime time, ISimulationEngine simEngine)
{
#region StaffOutsideShift
List <RequestBeAbsent> staffEndRequests = RAEL.Where(p => p is RequestBeAbsent).Cast <RequestBeAbsent>().ToList();
foreach (RequestBeAbsent req in staffEndRequests)
{
if (req.StaffMember.IsWaiting() && req.StaffMember.CurrentPatients.Count == 0)
{
req.StaffMember.StopCurrentActivities(time, simEngine);
EventStaffLeave staffLeave = new EventStaffLeave(req.StaffMember.ParentControlUnit, req.StaffMember);
staffLeave.Trigger(time, simEngine);
RemoveRequest(req);
} // end if
} // end foreach
#endregion
#region Register
List <RequestOutpatientAction> registerRequests = new List <RequestOutpatientAction>(RAEL.Where(p => p.Activity == "ActivityHealthCareAction" &&
((RequestOutpatientAction)p).ActionType.Type == "Register").Cast <RequestOutpatientAction>());
while (registerRequests.Count > 0)
{
// Get Register request Triage-FIFO
RequestOutpatientAction requestRegister = registerRequests.OrderBy(p => p.TimeRequested).First();
ResourceSet chosenResources;
if (!ChooseResourcesForAction(requestRegister,
out chosenResources))
{
break;
} // enf if
RemoveRequest(requestRegister);
registerRequests.Remove(requestRegister);
EntityPatient patient = (EntityPatient)requestRegister.Origin.First();
ActivityHealthCareAction <OutpatientActionTypeClass> register = new ActivityHealthCareAction <OutpatientActionTypeClass>(
this,
InputData,
patient,
chosenResources,
requestRegister.ActionType,
patient.OutpatientTreatmentPath);
chosenResources.StopCurrentActivities(time, simEngine);
patient.StopCurrentActivities(time, simEngine);
register.StartEvent.Trigger(time, simEngine);
} // end while
#endregion
#region Assessment
List <RequestOutpatientAction> assessmentRequests = new List <RequestOutpatientAction>(RAEL.Where(p => p.Activity == "ActivityHealthCareAction" &&
((RequestOutpatientAction)p).ActionType.Type == "Assessment").Cast <RequestOutpatientAction>());
while (assessmentRequests.Count > 0)
{
ResourceSet chosenResources;
// Get Register request Slottime-FIFO
RequestOutpatientAction requestAssessment = PatientSlotTimePlusPriority(assessmentRequests);
if (!ChooseResourcesForAction(requestAssessment,
out chosenResources))
{
break;
} // enf if
// Remove Request from RAEL list
RemoveRequest(requestAssessment);
assessmentRequests.Remove(requestAssessment);
EntityPatient patient = (EntityPatient)requestAssessment.Origin.First();
ActivityHealthCareAction <OutpatientActionTypeClass> assessment = new ActivityHealthCareAction <OutpatientActionTypeClass>(
this,
InputData,
patient,
chosenResources,
requestAssessment.ActionType,
patient.OutpatientTreatmentPath);
chosenResources.StopCurrentActivities(time, simEngine);
patient.StopCurrentActivities(time, simEngine);
assessment.StartEvent.Trigger(time, simEngine);
} // end while
#endregion
#region Treatment
List <RequestOutpatientAction> treatmentRequests = new List <RequestOutpatientAction>(RAEL.Where(p => p.Activity == "ActivityHealthCareAction" &&
((RequestOutpatientAction)p).ActionType.Type == "Treatment").Cast <RequestOutpatientAction>());
while (treatmentRequests.Count > 0)
{
ResourceSet chosenResources;
// Get Register request Triage-FIFO
RequestOutpatientAction requestTreatment = PatientPriorityPlusFIFO <RequestOutpatientAction, OutpatientActionTypeClass>(treatmentRequests);
if (!ChooseResourcesForAction(requestTreatment,
out chosenResources))
{
break;
} // enf if
// Remove Request from RAEL list and treatmentlist
RemoveRequest(requestTreatment);
treatmentRequests.Remove(requestTreatment);
EntityPatient patient = (EntityPatient)requestTreatment.Origin.First();
ActivityHealthCareAction <OutpatientActionTypeClass> assessment = new ActivityHealthCareAction <OutpatientActionTypeClass>(
this,
InputData,
patient,
chosenResources,
requestTreatment.ActionType,
patient.OutpatientTreatmentPath);
chosenResources.StopCurrentActivities(time, simEngine);
patient.StopCurrentActivities(time, simEngine);
assessment.StartEvent.Trigger(time, simEngine);
} // end while
#endregion
return(false);
} // end of PerformDisptatching
