Package org.goplanit.assignment.ltm.sltm.consumer

Interface ApplyToNodeModelResult

All Known Implementing Classes:

NMRCollectMostRestrictingTurnConsumer, NMRUpdateEntryLinksOutflowConsumer, NMRUpdateExitLinkInflowsConsumer

public interface ApplyToNodeModelResult

Apply this to the result of a Tampere node model execution for a particular node, it is invoked with the node the model was invoked on, the resulting flow acceptance factors and the sending flow turn flows (rows are entry link segments, columns outgoing link segments).

Author:

markr

Method Summary

Modifier and Type	Method	Description
void	acceptNonBlockingLinkBasedResult(DirectedVertex node, double[] linkSegmentSendingFlow)	A centroid node is a special node where all flow is always accepted (destination incoming links), or sending flows do not come from turns but from origin zone (origin exit links).
void	acceptTurnBasedResult(DirectedVertex node, org.ojalgo.array.Array1D<Double> flowAcceptanceFactors, NodeModel nodeModel)	Result of a node model update

Method Detail

acceptNonBlockingLinkBasedResult

void acceptNonBlockingLinkBasedResult(DirectedVertex node,
                                      double[] linkSegmentSendingFlow)

A centroid node is a special node where all flow is always accepted (destination incoming links), or sending flows do not come from turns but from origin zone (origin exit links). As such we present only the original link segment sending flows

Parameters:

node - to use

linkSegmentSendingFlow - to use. Note that these are the network wide sending flows by link segment id, not localised for the node

acceptTurnBasedResult

void acceptTurnBasedResult(DirectedVertex node,
                           org.ojalgo.array.Array1D<Double> flowAcceptanceFactors,
                           NodeModel nodeModel)

Result of a node model update

Parameters:

node - to use

flowAcceptanceFactors - resulting from the update, localised for the node based on its entry segment iterator order

nodeModel - that was applied