Compute Cable Network Impacts (EWR_ComputeCableNetworkImpacts)

General Information

This opening ID is invoked when you analyze the impacts on your cables using the following commands:

• Network Impact Assistant on Cable Route
• Routing Assistant

For more information, see Electrical 3D Design User's Guide: Managing Impacts on Cable Routes.

Important: You can define multiple logics with this opening ID. Checks defined in this opening ID can only be performed on cables with a "Fully validated" route status.

Definition	Description
PLM Opening ID	EWR_ComputeCableNetworkImpacts
Customization intent	Execution
Execution context	Client

Input Objects

Input objects must be of the following types:

• ThisObject
• Parameters corresponds to the context object.

Context Object Parameters

Parameter Name	Type	Read or Write	Comments
FactType	VPMReference	—	Type of ThisObject in the business rule body.
ListOfElecCableInfoObjects	List	Read/Write	List of all ElecRouteImpactInfo objects for which impacts need to be computed. For more information, see Electrical 3D Design: Reference Information: Knowledge Packages: Electrical Feature Types.

let idx (INTEGER)
let size (INTEGER)
let listInfo(LIST)
let route(ElecRoute)
let Info(ElecRouteImpactInfo)
let ComputedItineraryObj(ElecItinerary)
let ValidatedItineraryObj(ElecItinerary)
let bIsEqual(BOOLEAN)

set listInfo = Parameters.GetAttributeObject("ImpactedRoutes")
Notify ("BR itinerary compare called")

if(NULL <> listInfo)
{
	set size = listInfo.Size()
	set idx = 1
	
	for idx while idx <= size
	{
		set Info = listInfo.GetItem(idx)
		if(NULL <> Info)
		{		
			set route = Info.Elec_Route
			set ComputedItineraryObj = Info.Elec_ComputedItinerary
			set ValidatedItineraryObj = route.Elec_ValidatedItinerary
			
			if ((NULL <> ComputedItineraryObj) and (NULL <> ValidatedItineraryObj))
			{
				set bIsEqual = ComputedItineraryObj.IsEqual(ValidatedItineraryObj)
				if(bIsEqual == FALSE)
				{
					Info->SetAttributeInteger("Elec_IsImpacted", 1)
					Info->SetAttributeString("Elec_ImpactDetails", "COMPUTED and VALIDATED itinerary are DIFFERENT !!!")
				}
			}
		}
	}		
}

let idx (INTEGER)
let size (INTEGER)
let listInfo(LIST)
let route(ElecRoute)
let Info(ElecRouteImpactInfo)
let ComputedItineraryObj(ElecItinerary)
let ValidatedItineraryObj(ElecItinerary)
let bIsEqual(BOOLEAN)

set listInfo = Parameters.GetAttributeObject("ImpactedRoutes")
Notify ("BR itinerary compare called")

if(NULL <> listInfo)
{
	set size = listInfo.Size()
	set idx = 1
	
	for idx while idx <= size
	{
		set Info = listInfo.GetItem(idx)
		if(NULL <> Info)
		{		
			set route = Info.Elec_Route
			set ComputedItineraryObj = Info.Elec_ComputedItinerary
			set ValidatedItineraryObj = route.Elec_ValidatedItinerary
			
			if ((NULL <> ComputedItineraryObj) and (NULL <> ValidatedItineraryObj))
			{
				set bIsEqual = ComputedItineraryObj.IsEqual(ValidatedItineraryObj)
				if(bIsEqual == FALSE)
				{
					Info->SetAttributeInteger("Elec_IsImpacted", 1)
					Info->SetAttributeString("Elec_ImpactDetails", "COMPUTED and VALIDATED itinerary are DIFFERENT !!!")
				}
			}
		}
	}		
}

let idx (INTEGER)
let i (INTEGER)
let size (INTEGER)
let listInfo(LIST)
let route(ElecRoute)
let listComputedItineraryElems(LIST)
let listValidatedItineraryElems(LIST)
let sItinerary(STRING)
let sMsg(STRING)
let sRouteName(STRING)
let Info(ElecRouteImpactInfo)
let sizeItinerary(INTEGER)
let ComputedItineraryObj(ElecItinerary)
let ValidatedItineraryObj(ElecItinerary)

set listInfo = Parameters.GetAttributeObject("ImpactedRoutes")
Notify ("BR Print_Itinerary called")

if(NULL <> listInfo)
{
	set size = listInfo.Size()
	set idx = 1
	for idx while idx <= size
	{
		set Info = listInfo.GetItem(idx)
		if(NULL <> Info)
		{
			set route = Info.Elec_Route
			sRouteName = route.Name	
			
			set ComputedItineraryObj = Info.Elec_ComputedItinerary
			set ValidatedItineraryObj = route.Elec_ValidatedItinerary
			
			
			if(NULL <> ComputedItineraryObj)
			{
			
				listComputedItineraryElems = ComputedItineraryObj.Elec_ItineraryElements
				if(NULL <> listComputedItineraryElems)
				{
					set sizeItinerary = listComputedItineraryElems.Size()
					set sItinerary = ""
					set sMsg = ""
					set sMsg = sRouteName + "  Computed Itinerary is : "
				
					set i = 1
					for i while i <= sizeItinerary
					{
						set sItinerary = ""
						set sItinerary = listComputedItineraryElems.GetItem(i)
						sMsg = sMsg + sItinerary + " -- "
					}
					Info->SetAttributeInteger("Elec_IsImpacted", 1)
					Info->SetAttributeString("Elec_ImpactDetails", sMsg)
				}
			}
		}
	}		
}