Interface VirtualNetwork
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- All Known Implementing Classes:
VirtualNetworkImpl
public interface VirtualNetwork
Model free virtual network interface which is part of the zoning and holds all the virtual infrastructure connecting the zones to the physical road network.- Author:
- markr
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Method Summary
All Methods Instance Methods Abstract Methods Default Methods Modifier and Type Method Description void
clear()
free up memory by clearing contents for garbage collectionConjugateVirtualNetwork
createConjugate(IdGroupingToken idToken)
Create a conjugate version of this virtual network, also known as the edge-to-vertex-dual representation, where all connectoidedges/edge segments become (dangling) conjugate vertices.VirtualNetwork
deepClone()
Perform deep cloneVirtualNetwork
deepCloneWithMapping(GraphEntityDeepCopyMapper<ConnectoidEdge> connectoidEdgeMapper, GraphEntityDeepCopyMapper<ConnectoidSegment> connectoidSegmentMapper, GraphEntityDeepCopyMapper<CentroidVertex> centroidVertexMapper)
Perform a deep clone where mappings between original and copy are captured in the two provided mappersCentroidVertices
getCentroidVertices()
Access each centroid's vertexConnectoidEdges
getConnectoidEdges()
Access to connectoid edgesConnectoidSegments
getConnectoidSegments()
Access to connectoid segmentsdefault boolean
hasConnectoidEdges()
Verify if entire connectoid edges are emptydefault boolean
hasConnectoidSegments()
Verify if entire connectoid segments are emptydefault boolean
isEmpty()
Verify if entire network is emptyvoid
reset()
identicalclear()
only now all underlying managed ids are also resetVirtualNetwork
shallowClone()
Perform shallow clone
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Field Detail
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LOGGER
static final Logger LOGGER
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Method Detail
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getConnectoidSegments
ConnectoidSegments getConnectoidSegments()
Access to connectoid segments- Returns:
- connectoidSegments
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getConnectoidEdges
ConnectoidEdges getConnectoidEdges()
Access to connectoid edges- Returns:
- connectoidEdges
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getCentroidVertices
CentroidVertices getCentroidVertices()
Access each centroid's vertex- Returns:
- connectoidEdges
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clear
void clear()
free up memory by clearing contents for garbage collection
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reset
void reset()
identicalclear()
only now all underlying managed ids are also reset
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createConjugate
ConjugateVirtualNetwork createConjugate(IdGroupingToken idToken)
Create a conjugate version of this virtual network, also known as the edge-to-vertex-dual representation, where all connectoidedges/edge segments become (dangling) conjugate vertices.It is recommended to first create the conjugate of this virtual network BEFORE creating conjugates of network layers. The latter takes a conjugate zoning as input such that it can connect the conjugate virtual nodes to the conjugate network layer where appropriate, otherwise these connections are ignored
- Parameters:
idToken
- to use for conjugate entity creation- Returns:
- conjugate version of this virtual network's edges/edgesgments
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shallowClone
VirtualNetwork shallowClone()
Perform shallow clone- Returns:
- shallow copy
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deepClone
VirtualNetwork deepClone()
Perform deep clone- Returns:
- deep copy
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deepCloneWithMapping
VirtualNetwork deepCloneWithMapping(GraphEntityDeepCopyMapper<ConnectoidEdge> connectoidEdgeMapper, GraphEntityDeepCopyMapper<ConnectoidSegment> connectoidSegmentMapper, GraphEntityDeepCopyMapper<CentroidVertex> centroidVertexMapper)
Perform a deep clone where mappings between original and copy are captured in the two provided mappers- Parameters:
connectoidEdgeMapper
- to use for tracking mapping between original and copied entity (may be null)connectoidSegmentMapper
- to use for tracking mapping between original and copied entity (may be null)centroidVertexMapper
- to use for tracking mapping between original and copied entity (may be null)- Returns:
- deep copy
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isEmpty
default boolean isEmpty()
Verify if entire network is empty- Returns:
- true if network is empty, false otherwise
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hasConnectoidEdges
default boolean hasConnectoidEdges()
Verify if entire connectoid edges are empty- Returns:
- true if empty, false otherwise
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hasConnectoidSegments
default boolean hasConnectoidSegments()
Verify if entire connectoid segments are empty- Returns:
- true if empty, false otherwise
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