Index

A C D E F G H I J L M N O P R S T U V X

A

active links, 5.3

ACTIVE column in link table, 5.10.1.2

active nodes, 5.3

ACTIVE column in node table, 5.10.1.1

ADD_CHILD_FEATURE procedure, 6

ADD_CHILD_FEATURES procedure, 6

ADD_EDGE function, 4

ADD_FEATURE procedure, 6

ADD_FEATURE_ELEMENT procedure, 6

ADD_FEATURE_ELEMENTS procedure, 6

ADD_FEATURE_LAYER procedure, 6

ADD_ISOLATED_NODE function, 4

ADD_LINEAR_GEOMETRY function, 4

ADD_LOOP function, 4

ADD_NODE function, 4

ADD_POINT_GEOMETRY function, 4

ADD_POLYGON_GEOMETRY function, 4

ADD_TOPO_GEOMETRY_LAYER procedure, 3

ALL_SDO_NETWORK_CONSTRAINTS view, 5.11.2

ALL_SDO_NETWORK_METADATA view, 5.11.1

ALL_SDO_NETWORK_USER_DATA view, 5.11.3, 5.11.4

ALL_SDO_TOPO_INFO view, 1.7.1

ALL_SDO_TOPO_METADATA view, 1.7.2

API

Network Data Model Graph, 5.12

performance, 5.12

Topology Data Model, 1.8

application programming interface (API)

Network Data Model Graph

performance, 5.12

Topology Data Model, 1.8

C

cache

partition, 5.9.3

TopoMap object associated with, 2.1.1

D

dangling features

deleting, 6

getting, 6

dangling links

deleting, 6

getting, 6

dangling nodes

deleting, 6

getting, 6

degree

of a node, 5.3

DELETE_CHILD_FEATURES procedure, 6

DELETE_CHILD_FEATURES_AT procedure, 6

DELETE_DANGLING_FEATURES procedure, 6

DELETE_DANGLING_LINKS procedure, 6

DELETE_DANGLING_NODES procedure, 6

DELETE_FEATURE_ELEMENTS procedure, 6

DELETE_FEATURE_ELEMENTS_AT procedure, 6

DELETE_FEATURES procedure, 6

DELETE_LINK procedure, 6

DELETE_NODE procedure, 6

DELETE_PATH procedure, 6

DELETE_PHANTOM_FEATURES procedure, 6

DELETE_SUBPATH procedure, 6

DELETE_TOPO_GEOMETRY_LAYER procedure, 3

demo files

Network Data Model Graph, 5.15

DEREGISTER_CONSTRAINT procedure, 6

directed links, 5.3

directed networks, 5.3

direction of edge, 1.2

DROP_NETWORK procedure, 6

DROP_TOPO_MAP procedure, 4

DROP_TOPOLOGY procedure, 3

duration, 5.3

LINK_DURATION_COLUMN column in network metadata views, 5.11.1

NODE_DURATION_COLUMN column in network metadata views, 5.11.1

E

edge index

creating for TopoMap object, 4

edge information table, 1.5.1

edge sequences

privileges needed for cross-schema topology editing, 1.10.2

edges

adding, 2.3.1, 4

adding linear geometry, 4

adding loop, 4

changing coordinates, 2.3.4, 4

definition, 1.2

direction, 1.2

finding edges interacting with a query window, 4

getting coordinates of shape points, 4

getting ID numbers of added edges, 4

getting ID numbers of changed edges, 4

getting ID numbers of deleted edges, 4

getting nearest edge for point, 4

getting nearest edge in cache for point, 4

getting nodes on, 4

island, 1.2

isolated, 1.2

loop, 1.2

moving, 2.3.2, 4

removing, 2.3.3, 4

storing information in edge information table, 1.5.1

updating, 2.3.4

error handling

topology editing, 2.1.6

examples

Network Data Model Graph, 5.14, 5.15

Topology Data Model (PL/SQL), 1.12

exception handling

topology editing, 2.1.6

F

F0 (face zero, or universe face), 1.2

face index

creating for TopoMap object, 4

face information table, 1.5.3

face sequences

privileges needed for cross-schema topology editing, 1.10.2

faces

adding polygon geometry, 4

definition, 1.2

finding faces interacting with a query window, 4

getting boundary, 4

getting boundary of, 3

getting containing face for point, 4

getting ID numbers of added faces, 4

getting ID numbers of changed faces, 4

getting ID numbers of deleted faces, 4

redefining, 2.3.3

storing information in face information table, 1.5.3

feature element relationships table

definition, 5.10.2.2

feature elements, 5.3.2

definition, 5.3.2, 5.3.2

feature hierarchy table

definition, 5.10.2.3

feature layer types, 5.3.2

feature layers, 5.3.2

feature table, 1.3

definition, 5.10.2.1

feature types, 5.3.2, 5.3.2

FEATURE_LAYER procedure, 6

features

creating from geometries, 4

in network application, 5.3, 5.3

in network applications, 5.3.2

FIND_CONNECTED_COMPONENTS procedure, 6

function-based indexes

not supported on SDO_TOPO_GEOMETRY columns, 1.11

G

GENERATE_NODE_LEVELS procedure, 6

GENERATE_PARTITION_BLOB procedure, 6

GENERATE_PARTITION_BLOBS procedure, 6

geometry

computing for a path, 6

GET_CHILD_FEATURE_IDS function, 6

GET_CHILD_LINKS function, 6

GET_CHILD_NODES function, 6

GET_CONTAINING_FACE function, 4

GET_DANGLING_FEATURES function

SDO_NET package

GET_DANGLING_FEATURES, 6

GET_DANGLING_LINKS function, 6

GET_DANGLING_NODES function, 6

GET_EDGE_ADDITIONS function, 4

GET_EDGE_CHANGES function, 4

GET_EDGE_COORDS function, 4

GET_EDGE_DELETIONS function, 4

GET_EDGE_NODES function, 4

GET_FACE_ADDITIONS function, 4

GET_FACE_BOUNDARY function, 3, 4

GET_FACE_CHANGES function, 4

GET_FACE_DELETIONS function, 4

GET_FEATURE_ELEMENTS function, 6

GET_FEATURE_LAYER_ID function, 6

GET_FEATURES_ON_LINKS function

SDO_NET package

GET_FEATURES_ON_LINKS, 6

GET_FEATURES_ON_NODES function

SDO_NET package

GET_FEATURES_ON_NODES, 6

GET_GEOMETRY member function, 1.6.3

GET_GEOMETRY_TYPE function, 6

GET_IN_LINKS function, 6

GET_INVALID_LINKS function, 6

GET_INVALID_NODES function, 6

GET_INVALID_PATHS function, 6

GET_ISOLATED_NODES function, 6

GET_LINK_COST_COLUMN function, 6

GET_LINK_DIRECTION function, 6

GET_LINK_GEOM_COLUMN function, 6

GET_LINK_GEOMETRY function, 6

GET_LINK_TABLE_NAME function, 6

GET_LINKS_IN_PATH function, 6

GET_LRS_GEOM_COLUMN function, 6

GET_LRS_LINK_GEOMETRY function, 6

GET_LRS_NODE_GEOMETRY function, 6

GET_LRS_TABLE_NAME function, 6

GET_NEAREST_EDGE function, 4

GET_NEAREST_EDGE_IN_CACHE function, 4

GET_NEAREST_NODE function, 4

GET_NEAREST_NODE_IN_CACHE function, 4

GET_NETWORK_TYPE function, 6

GET_NO_OF_HIERARCHY_LEVELS function, 6

GET_NO_OF_LINKS function, 6

GET_NO_OF_NODES function, 6

GET_NODE_ADDITIONS function, 4

GET_NODE_CHANGES function, 4

GET_NODE_COORD function, 4

GET_NODE_DEGREE function, 6

GET_NODE_DELETIONS function, 4

GET_NODE_FACE_STAR function, 4

GET_NODE_GEOM_COLUMN function, 6

GET_NODE_GEOMETRY function, 6

GET_NODE_IN_DEGREE function, 6

GET_NODE_OUT_DEGREE function, 6

GET_NODE_STAR function, 4

GET_NODE_TABLE_NAME function, 6

GET_OUT_LINKS function, 6

GET_PARENT_FEATURE_IDS function, 6

GET_PARTITION_SIZE function, 6

GET_PATH_GEOM_COLUMN function, 6

GET_PATH_TABLE_NAME function, 6

GET_PERCENTAGE function, 6

GET_PHANTOM_FEATURES function, 6

GET_PT function, 6

GET_TGL_OBJECTS member function, 1.6.4

GET_TOPO_ELEMENTS member function, 1.6.5

GET_TOPO_NAME function, 4

GET_TOPO_OBJECTS function, 3

GET_TOPO_TRANSACTION_ID function, 4

H

heap size

Java, 4

heap size (Java)

setting maximum, 6

hierarchy

network, 5.5

topology geometry layer, 1.4

history information table, 1.5.5

I

inbound links, 5.3

getting link ID numbers, 6

getting number of for node, 6

in-degree, 5.3

INITIALIZE_AFTER_IMPORT procedure, 3

INITIALIZE_METADATA procedure, 3

invalid links

getting, 6

invalid nodes

getting, 6

invalid paths

getting, 6

IS_HIERARCHICAL function, 6

IS_LINK_IN_PATH function, 6

IS_LOGICAL function, 6

IS_NODE_IN_PATH function, 6

IS_SPATIAL function, 6

island edge

See isolated edge

island node

See isolated nodes (topology)

isolated edge, 1.2

isolated nodes (network)

definition of, 5.3

getting, 6

isolated nodes (topology)

adding, 4

definition of, 1.2

J

Java client interface for Network Data Model Graph (sdonm), 5.12.2

Java client interface for Topology Data Model (sdotopo), 1.8.2

Java heap size

setting maximum, 6

Java maximum heap size

setting, 4

L

layer

collection, 1.3.2

topology geometry, 1.3, 3

linear geometries

adding, 4

link direction

getting, 6

link geometry

getting, 6

link levels, 5.9.5

link table

definition, 5.10.1.2

links

definition, 5.3

deleting, 6

determining if directed, 6

directed, 5.3

direction, 5.3

getting geometry for, 6

getting percentage of point on link, 6

invalid, 6

relationship to paths, 5.3

state of, 5.3

temporary, 5.3

undirected, 5.3

See also undirected links, inbound links, outbound links

LIST_TOPO_MAPS function, 4

load on demand

using for editing and analysis, network editing

using partitioning and load on demand, 5.9

load on demand analysis, 5.3

LOAD_CONFIG procedure, 6

LOAD_TOPO_MAP function or procedure, 4

logging level

setting for network operations, 6

logical network, 5.3

LOGICAL_PARTITION procedure, 6

LOGICAL_POWERLAW_PARTITION procedure, 6

loop edge, 1.2

loops

adding, 4

LRS network, 5.3

LRS_GEOMETRY_NETWORK function, 6

M

metadata

initializing for a topology, 3

minimum cost path, 5.3

minimum cost spanning tree, 5.3

MOVE_EDGE procedure, 4

MOVE_ISOLATED_NODE procedure, 4

MOVE_NODE procedure, 4

multilevel networks, 5.5

multimodal networks, 5.4.3

N

naming considerations

spatial table and column names, 1.5, 5.10

nearest edge

getting for point, 4

getting in cache for point, 4

nearest node

getting for point, 4

getting in cache for point, 4

network analysis

using the load on demand approach, 5.9

network constraints, 5.8

ALL_SDO_NETWORK_CONSTRAINTS view, 5.11.2

deregistering, 6

registering, 6

USER_SDO_NETWORK_CONSTRAINTS view, 5.11.2

Network Data Model Graph

application programming interface (API), 5.12

performance, 5.12

concepts, 5.3

examples, 5.14

overview, 5

steps for using, 5.2

subprogram reference information, 6

tables for, 5.10

network elements

definition, 5.3

NETWORK_EXISTS function, 6

networks

directed, 5.3

hierarchical, 5.5

logical, 5.3

partitioned, 5.3

spatial, 5.3

undirected, 5.3

node face star

getting for node, 4

node geometry

getting, 6

node hierarchy table

definition, 5.10.1.9

node information table, 1.5.2

node level table

definition, 5.10.1.10

node sequences

privileges needed for cross-schema topology editing, 1.10.2

node star

getting for node, 4

node table

definition, 5.10.1.1

nodes

adding, 2.2.1, 4

adding isolated (topology), 4

adding point geometry, 4

definition, 1.2, 5.3

degree, 5.3

deleting, 6

generating node levels for multilevel network, 6

getting coordinates of, 4

getting geometry, 6

getting ID numbers of added nodes, 4

getting ID numbers of changed nodes, 4

getting ID numbers of deleted nodes, 4

getting nearest node for point, 4

getting nearest node in cache for point, 4

getting node face star, 4

getting node star, 4

getting number of, 6

invalid, 6

island, 1.2

isolated (network), 5.3, 6

isolated (topology), 1.2

moving, 2.2.2, 4

moving isolated nodes (topology), 4

obsolete, 2.2.4, 4

reachable, 5.3

reaching, 5.3

removing, 2.2.3, 4

removing obsolete, 2.2.4, 4

state of, 5.3

storing information in node information table, 1.5.2

temporary, 5.3

O

obsolete nodes

removing, 2.2.4, 4

operators

Topology Data Model, 1.8.1

outbound links, 5.3

getting link ID numbers, 6

getting number of for node, 6

out-degree, 5.3

OutOfMemoryError exception

raising maximum heap size, 4

P

parent feature

definition, 5.3.2

parent layer, 1.4

parent node, 5.5

partition BLOB

generating, 6

partition BLOBs, 5.3

generating, 6

generating and loading from, 5.9.2

partition cache, 5.3, 5.9.3

loading configuration, 6

partition size

getting, 6

partition table

definition, 5.10.1.6, 5.10.1.7

partitioned network, 5.3

partitions

caching, 5.9.3

partition table, 5.10.1.6, 5.10.1.7

partitioning a network, 6, 6, 6

resident, 5.9.3

using for editing and analysis, 5.9

path table

definition, 5.10.1.3

path-link table

definition, 5.10.1.4

paths

complex, 5.10.1.3

computing the geometry, 6

definition, 5.3

deleting, 6

invalid, 6

minimum cost, 5.3

simple, 5.10.1.3

subpaths, 5.3.1

temporary, 5.3

performance

Network Data Model Graph API, 5.12

phantom features

deleting, 6

getting, 6

PL/SQL examples

Network Data Model Graph, 5.14

point geometries

adding, 4

points

getting point at percentage on link, 6

polygon geometries

adding, 4

POST_XML function, 6

power law networks, 6

precomputed analysis results, 5.9.6

PREPARE_FOR_EXPORT procedure, 3

primitives

See topological elements

R

reachable nodes, 5.3

reaching nodes, 5.3

README file

for Spatial and Graph and related features, 1.13, 5.16

read-only TopoMap objects, 2.1.1

reference path

definition, 5.3.1

REGISTER_CONSTRAINT procedure, 6

RELATE function, 3

relationship information table, 1.5.4

REMOVE_EDGE procedure, 4

REMOVE_NODE procedure, 4

REMOVE_OBSOLETE_NODES procedure, 4

resident partitions, 5.9.3

ROLLBACK_TOPO_MAP procedure, 4

S

scale-free (power law) networks, 6

SDO network, 5.3

SDO_EDGE_ARRAY type, 1.6.7

SDO_GEOMETRY_NETWORK function, 6

SDO_LIST_TYPE type, 1.6.6

SDO_NET package

ADD_CHILD_FEATURE, 6

ADD_CHILD_FEATURES, 6

ADD_FEATURE, 6

ADD_FEATURE_ELEMENT, 6

ADD_FEATURE_ELEMENTS, 6

ADD_FEATURE_LAYER, 6

COMPUTE_PATH_GEOMETRY, 6

COPY_NETWORK, 6

CREATE_LINK_TABLE, 6

CREATE_LOGICAL_NETWORK, 6

CREATE_LRS_NETWORK, 6

CREATE_LRS_TABLE, 6

CREATE_NODE_TABLE, 6

CREATE_PARTITION_TABLE, 6

CREATE_PATH_LINK_TABLE, 6

CREATE_PATH_TABLE, 6

CREATE_SDO_NETWORK, 6

CREATE_SUBPATH_TABLE, 6

CREATE_TOPO_NETWORK, 6

DELETE_CHILD_FEATURES, 6

DELETE_CHILD_FEATURES_AT, 6

DELETE_DANGLING_FEATURES, 6

DELETE_DANGLING_LINKS, 6

DELETE_DANGLING_NODES, 6

DELETE_FEATURE_ELEMENTS, 6

DELETE_FEATURE_ELEMENTS_AT, 6

DELETE_FEATURES, 6

DELETE_LINK, 6

DELETE_NODE, 6

DELETE_PATH, 6

DELETE_PHANTOM_FEATURES, 6

DELETE_SUBPATH, 6

DEREGISTER_CONSTRAINT, 6

DROP_NETWORK, 6

FEATURE_LAYER, 6

FIND_CONNECTED_COMPONENTS, 6

GENERATE_NODE_LEVELS, 6

GENERATE_PARTITION_BLOB, 6

GENERATE_PARTITION_BLOBS, 6

GET_CHILD_FEATURE_IDS, 6

GET_CHILD_LINKS, 6

GET_CHILD_NODES, 6

GET_DANGLING_LINKS, 6

GET_DANGLING_NODES, 6

GET_FEATURE_ELEMENTS, 6

GET_FEATURE_LAYER_ID, 6

GET_GEOMETRY_TYPE, 6

GET_IN_LINKS, 6

GET_INVALID_LINKS, 6

GET_INVALID_NODES, 6

GET_INVALID_PATHS, 6

GET_ISOLATED_NODES, 6

GET_LINK_COST_COLUMN, 6

GET_LINK_DIRECTION, 6

GET_LINK_GEOM_COLUMN, 6

GET_LINK_GEOMETRY, 6

GET_LINK_TABLE_NAME, 6

GET_LINKS_IN_PATH, 6

GET_LRS_GEOM_COLUMN, 6

GET_LRS_LINK_GEOMETRY, 6

GET_LRS_NODE_GEOMETRY, 6

GET_LRS_TABLE_NAME, 6

GET_NETWORK_TYPE, 6

GET_NO_OF_HIERARCHY_LEVELS, 6

GET_NO_OF_LINKS, 6

GET_NO_OF_NODES, 6

GET_NODE_DEGREE, 6

GET_NODE_GEOM_COLUMN, 6

GET_NODE_GEOMETRY, 6

GET_NODE_IN_DEGREE, 6

GET_NODE_OUT_DEGREE, 6

GET_NODE_TABLE_NAME, 6

GET_OUT_LINKS, 6

GET_PARENT_FEATURE_IDS, 6

GET_PARTITION_SIZE, 6

GET_PATH_GEOM_COLUMN, 6

GET_PATH_TABLE_NAME, 6

GET_PERCENTAGE, 6

GET_PHANTOM_FEATURES, 6

GET_PT, 6

IS_HIERARCHICAL, 6

IS_LINK_IN_PATH, 6

IS_LOGICAL, 6

IS_NODE_IN_PATH, 6

IS_SPATIAL, 6

LOAD_CONFIG, 6

LOGICAL_PARTITION, 6

LOGICAL_POWERLAW_PARTITION, 6

LRS_GEOMETRY_NETWORK, 6

NETWORK_EXISTS, 6

POST_XML, 6

reference information, 6

REGISTER_CONSTRAINT, 6

SDO_GEOMETRY_NETWORK, 6

SET_LOGGING_LEVEL, 6

SET_MAX_JAVA_HEAP_SIZE, 6

SPATIAL_PARTITION, 6

TOPO_GEOMETRY_NETWORK, 6

UPDATE_FEATURE, 6

UPDATE_FEATURE_ELEMENT, 6

VALIDATE_LINK_SCHEMA, 6

VALIDATE_LRS_SCHEMA, 6

VALIDATE_NETWORK, 6

VALIDATE_NODE_SCHEMA, 6

VALIDATE_PARTITION_SCHEMA, 6

VALIDATE_PATH_SCHEMA, 6

VALIDATE_SUBPATH_SCHEMA, 6

SDO_NET_FEAT_ELEM data type, 5.7.1

SDO_NET_FEAT_ELEM_ARRAY data type, 5.7.1

SDO_NET_LAYER_FEAT data type, 5.7.1

SDO_NET_LAYER_FEAT_ARRAY data type, 5.7.1

SDO_NETWORK_NVP data type, 5.7.1

SDO_NETWORK_NVP_TAB data type, 5.7.1

SDO_NUMBER_ARRAY type, 1.6.7

SDO_TGL_OBJECT type, 1.6.2.2

SDO_TGL_OBJECT_ARRAY type, 1.6.2.2

SDO_TOPO package

ADD_TOPO_GEOMETRY_LAYER, 3

CREATE_TOPOLOGY, 3

DELETE_TOPO_GEOMETRY_LAYER, 3

DROP_TOPOLOGY, 3

GET_FACE_BOUNDARY, 3

GET_TOPO_OBJECTS, 3

INITIALIZE_AFTER_IMPORT, 3

INITIALIZE_METADATA, 3

PREPARE_FOR_EXPORT, 3

reference information, 3

RELATE, 3

SDO_TOPO_GEOMETRY constructors, 1.6.2

SDO_TOPO_GEOMETRY member functions

GET_GEOMETRY, 1.6.3

GET_TGL_OBJECTS, 1.6.4

GET_TOPO_ELEMENTS, 1.6.5

SDO_TOPO_GEOMETRY type, 1.6.1

SDO_TOPO_MAP package

ADD_EDGE, 4

ADD_ISOLATED_NODE, 4

ADD_LINEAR_GEOMETRY, 4

ADD_LOOP, 4

ADD_NODE, 4

ADD_POINT_GEOMETRY, 4

ADD_POLYGON_GEOMETRY, 4

CHANGE_EDGE_COORDS, 4

CLEAR_TOPO_MAP, 4

COMMIT_TOPO_MAP, 4

CREATE_EDGE_INDEX, 4

CREATE_FACE_INDEX, 4

CREATE_FEATURE, 4

CREATE_TOPO_MAP, 4

DROP_TOPO_MAP, 4

GET_CONTAINING_FACE, 4

GET_EDGE_ADDITIONS, 4

GET_EDGE_CHANGES, 4

GET_EDGE_COORDS, 4

GET_EDGE_DELETIONS, 4

GET_EDGE_NODES, 4

GET_FACE_ADDITIONS, 4

GET_FACE_BOUNDARY, 4

GET_FACE_CHANGES, 4

GET_FACE_DELETIONS, 4

GET_NEAREST_EDGE, 4

GET_NEAREST_EDGE_IN_CACHE, 4

GET_NEAREST_NODE, 4

GET_NEAREST_NODE_IN_CACHE, 4

GET_NODE_ADDITIONS, 4

GET_NODE_CHANGES, 4

GET_NODE_COORD, 4

GET_NODE_DELETIONS, 4

GET_NODE_FACE_STAR, 4

GET_NODE_STAR, 4

GET_TOPO_NAME, 4

GET_TOPO_TRANSACTION_ID, 4

LIST_TOPO_MAPS, 4

LOAD_TOPO_MAP, 4

MOVE_EDGE, 4

MOVE_ISOLATED_NODE, 4

MOVE_NODE, 4

reference information, 4

REMOVE_EDGE, 4

REMOVE_NODE, 4

REMOVE_OBSOLETE_NODES, 4

ROLLBACK_TOPO_MAP, 4

SEARCH_EDGE_RTREE_TOPO_MAP, 4

SEARCH_FACE_RTREE_TOPO_MAP, 4

SET_MAX_MEMORY_SIZE, 4

UPDATE_TOPO_MAP, 4

VALIDATE_TOPO_MAP, 4

VALIDATE_TOPOLOGY, 4

SDO_TOPO_OBJECT type, 1.6.2.1

SDO_TOPO_OBJECT_ARRAY type, 1.6.2.1

sdonm Java client interface, 5.12.2

sdotopo Java client interface, 1.8.2

SEARCH_EDGE_RTREE_TOPO_MAP function, 4

SEARCH_FACE_RTREE_TOPO_MAP function, 4

sequences

node, edge, and face

privileges needed for cross-schema topology editing, 1.10.2

SET_LOGGING_LEVEL procedure, 6

SET_MAX_JAVA_HEAP_SIZE procedure, 6

SET_MAX_MEMORY_SIZE procedure, 4

sibling links, 5.5

sibling nodes, 5.5

simple path, 5.10.1.3

spanning tree, 5.3

minimum cost, 5.3

spatial network, 5.3

SPATIAL_PARTITION procedure, 6

star

node, 4

node face, 4

state, 5.3

subpath table

definition, 5.10.1.5

subpaths

CREATE_SUBPATH_TABLE procedure, 6

definition, 5.3.1

deleting, 6

subpath table, 5.10.1.5

T

temporal modeling and analysis for networks, 5.4.3

temporary links, 5.3

temporary nodes, 5.3

temporary paths, 5.3

TG_ID attribute of SDO_TOPO_GEOMETRY type, 1.6.1

TG_LAYER_ID attribute of SDO_TOPO_GEOMETRY type, 1.6.1

TG_TYPE attribute of SDO_TOPO_GEOMETRY type, 1.6.1

tolerance

in the Topology Data Model, 1.2.1

TOPO_GEOMETRY_NETWORK function, 6

topo_map parameter

SDO_TOPO subprograms, 2.1.3

topological elements

definition (nodes, edges, faces), 1.3

topology

clearing map, 4

committing map, 4

creating, 3

creating edge index, 4

creating face index, 4

creating map, 4

deleting (dropping), 3

deleting (dropping) map, 4

editing, 2

export information table format, 1.9

exporting

preparing for, 3

getting name from TopoMap object, 4

hierarchy of geometry layers, 1.4

importing

initializing after, 3

initializing metadata, 3

loading into TopoMap object, 4

updating, 4

validating, 4

Topology Data Model

application programming interface (API), 1.8

concepts, 1.2

overview, 1

PL/SQL example, 1.12

steps for using, 1.1

subprogram reference information, 3, 4

topology data types, 1.6

topology export information table, 1.9

topology geometry

definition, 1.3

layer, 1.3

topology geometry layer

adding, 3

definition, 1.3

deleting, 3

hierarchical relationships in, 1.4

topology geometry network, 5.3

topology maps

listing, 4

loading, 4

rolling back, 4

validating, 4

U

undirected links, 5.3

undirected networks, 5.3

universe face (F0), 1.2

updatable TopoMap objects, 2.1.1

UPDATE_FEATURE procedure, 6

UPDATE_FEATURE_ELEMENT procedure, 6

UPDATE_TOPO_MAP procedure, 4

USER_SDO_NETWORK_CONSTRAINTS view, 5.11.2

USER_SDO_NETWORK_METADATA view, 5.11.1

USER_SDO_NETWORK_USER_DATA view, 5.11.3, 5.11.4

USER_SDO_TOPO_INFO view, 1.7.1

USER_SDO_TOPO_METADATA view, 1.7.2

user-defined data, 5.3

ALL_SDO_NETWORK_USER_DATA view, 5.11.3, 5.11.4

USER_SDO_NETWORK_USER_DATA view, 5.11.3, 5.11.4

V

VALIDATE_LINK_SCHEMA function, 6

VALIDATE_LRS_SCHEMA function, 6

VALIDATE_NETWORK function, 6

VALIDATE_NODE_SCHEMA function, 6

VALIDATE_PARTITION_SCHEMA function, 6

VALIDATE_PATH_SCHEMA function, 6

VALIDATE_SUBPATH_SCHEMA function, 6

VALIDATE_TOPO_MAP function, 4

VALIDATE_TOPOLOGY procedure, 4

vertex (node), 5.3

X

XML interface for Network Data Model Graph, 5.12.3