Poster GDB
1
M. Lousada 1 , M. Jorge 3 , C. Lira 1 , J. Saraiva 1 , 2 , P. Pina 1 , L. Bandeira 1 1 CERENA/IST, Lisboa, Portugal. 2 UNIS, Longyearbyen, Svalbard, Norway. 3 CEG/IGOT, Lisboa, Portugal Polygonal networks are very common on the Martian surface, and their location has been correlated with the presence of ice in the soil. The most accepted hypothesis for their origin takes into account their similarities to polygonal networks on Earth, which mostly occur in periglacial areas. Ice-wedge polygonal networks are being studied in Svalbard, Norway, in the framework of project ANAPOLIS. Field study and characterization of these structures involves the local detailed delineation of networks resulting in large amount and variety of data collected, with a common reference system. The construction of a GDB for the Adventdalen data allowed linking the raster, vector and numeric data, making them available in an organized manner, offering a intuitive access to the multidisciplinary teams involved in the project. SVALBARD GEODATABASE Área Área Área Geodatabase schema diagram Point feature class Field measurements of polygons wedges, (width and depth of contours). Field_measurements Polygon feature class Footprints from rasters with poligons network areas in Adventdalen. Network_areas_footprints Line feature class lines representing incomplete polygons. Opened_polygons Point feature class Polygons_centroid_coordinates_xy Polygon feature class Poygon feature class representing contours from all areas with networks in Adventdalen. Subtypes point to respective ortophotomap by color classification in the map. Polygons_contours Subtypes are Orto 143, Orto 144, Orto 145 Annotation feature class Feature linked annotation (polygon field number). The text its placed on maps with polygon contours, each piece of text stores its own position, text string, and display properties. Polygons_ContoursAnno Line feature class Elevation contour lines generated from field topography data obtaind in the 2010 campain Topography_contour_lines Point feature class Field topography coordinates (x,y,z), obtaind with a DGPS in the 2010 campain Topography_field_coordinates_xyz Point feature class Polygons vertices coordinates (x,y,z), obtaind with a DGPS in the 2010 campain Vertices_field_coordinates_xyz Polygon feature class Voronoi diagrams generated with polygons centroid coordinates. Subtypes point to respective ortophotomap by color classification in the map. Voronoi_diagrams Subtypes are Orto 143, Orto 144, Orto 145 Polygons centroid coordinates. Table polygons_centroid Zonal statistics by polygon area, over a slope (degrees) raster derived from topography field data, includes standard deviations, average and sum. Table Slope_zonal_statistics Relationship class One to One Polygon_Field_nº Relationship class One to One Polygons_centroid Simple feature class Network_areas_footprints Contains Z values Contains M values Geometry Polygon No No Data type Field name Prec- ision Scale Length Domain Default value Allow nulls OBJECTID Object ID Shape Geometry Yes id String Yes 10 Shape_Length Double Yes 0 0 Shape_Area Double Yes 0 0 Simple feature class Opened_polygons Contains Z values Contains M values Geometry Polyline No No Data type Field name Prec- ision Scale Length Domain Default value Allow nulls OBJECTID Object ID Shape Geometry Yes Id Long integer Yes 0 Shape_Length Double Yes 0 0 Simple feature class Polygons_centroid_coordinates_xy Contains Z values Contains M values Geometry Point No No Data type Field name Prec- ision Scale Length Domain Default value Allow nulls OBJECTID Object ID Shape Geometry Yes Id Long integer Yes 0 Área Double Yes 0 0 Field_ID Long integer Yes 0 x_centroid Double Yes 0 0 y_centroid Double Yes 0 0 Simple feature class Polygons_contours Contains Z values Contains M values Geometry Polygon No No Data type Field name Prec- ision Scale Length Domain Default value Allow nulls OBJECTID Object ID Shape Geometry Yes Id Long integer Yes 0 Área Double Yes area 0 0 Field_ID Long integer Yes 0 x_centroid Double Yes 0 0 y_centroid Double Yes 0 0 Orto Short integer Yes 143 0 Shape_Length Double Yes 0 0 Shape_Area Double Yes 0 0 Default value List of defined default values and domains for subtypes in this class Domain Field name Subtype Description Default subtype Subtype field Subtype Code Subtypes of Polygons_contours Orto 143 143 Orto 143 Área area 144 Orto 144 Área area 145 Orto 145 Área area Annotation feature class Polygons_ContoursAnno Contains Z values Contains M values Geometry No No Data type Field name Prec- ision Scale Length Domain Default value Allow nulls OBJECTID Object ID SHAPE Geometry Yes FeatureID Long integer Yes 0 ZOrder Long integer Yes 0 AnnotationClassID Long integer Yes 0 Element Blob Yes 0 0 0 SymbolID Long integer Yes 0 Status Short integer Yes 0 AnnotationStatus 0 TextString String Yes 255 FontName String Yes 255 FontSize Double Yes 0 0 Bold Short integer Yes BooleanSymbolValue 0 Italic Short integer Yes BooleanSymbolValue 0 Underline Short integer Yes BooleanSymbolValue 0 VerticalAlignment Short integer Yes VerticalAlignment 0 HorizontalAlignment Short integer Yes HorizontalAlignment 0 XOffset Double Yes 0 0 YOffset Double Yes 0 0 Angle Double Yes 0 0 FontLeading Double Yes 0 0 WordSpacing Double Yes 0 0 CharacterWidth Double Yes 0 0 CharacterSpacing Double Yes 0 0 FlipAngle Double Yes 0 0 Override Long integer Yes 0 SHAPE_Length Double Yes 0 0 SHAPE_Area Double Yes 0 0 Simple feature class Topography_contour_lines Contains Z values Contains M values Geometry Polyline No No Data type Field name Prec- ision Scale Length Domain Default value Allow nulls OBJECTID Object ID Shape Geometry Yes ARCID Long integer Yes 0 GRID_CODE Long integer Yes 0 FROM_NODE Long integer Yes 0 TO_NODE Long integer Yes 0 Shape_Length Double Yes 0 0 Simple feature class Topography_field_coordinates_xyz Contains Z values Contains M values Geometry Point No No Data type Field name Prec- ision Scale Length Domain Default value Allow nulls OBJECTID Object ID Shape Geometry Yes POINTID Long integer Yes 0 GRID_CODE Double Yes 0 0 Simple feature class Vertices_field_coordinates_xyz Contains Z values Contains M values Geometry Point No No Data type Field name Prec- ision Scale Length Domain Default value Allow nulls OBJECTID Object ID Shape Geometry Yes POINTID Long integer Yes 0 x Double Yes 0 0 y Double Yes 0 0 z Double Yes 0 0 x_1 Double Yes 0 0 y1 Double Yes 0 0 Simple feature class Voronoi_diagrams Contains Z values Contains M values Geometry Polygon No No Data type Field name Prec- ision Scale Length Domain Default value Allow nulls OBJECTID Object ID Shape Geometry Yes FID_1 Long integer Yes 0 ID Double Yes 0 0 GRIDCODE Double Yes 0 0 FID_2 Long integer Yes 0 Id_1 Long integer Yes 0 Área Double Yes 0 0 Field_ID Long integer Yes 0 x_centroid Double Yes 0 0 y_centroid Double Yes 0 0 Distance Double Yes 0 0 orto Long integer Yes 143 0 Shape_Length Double Yes 0 0 Shape_Area Double Yes 0 0 Default value List of defined default values and domains for subtypes in this class Domain Field name Subtype Description Default subtype Subtype field Subtype Code Subtypes of Voronoi_diagrams orto 143 143 Orto 143 144 Orto 144 145 Orto 145 Table polygons_centroid Data type Field name Prec- ision Scale Length Domain Default value Allow nulls OBJECTID Object ID Id Long integer Yes 0 Área Double Yes 0 0 Field_ID Long integer Yes 0 x_centroid Double Yes 0 0 y_centroid Double Yes 0 0 Table Slope_zonal_statistics Data type Field name Prec- ision Scale Length Domain Default value Allow nulls OBJECTID Object ID ID Long integer Yes 0 PolyFID Long integer Yes 0 ZSTATS_MIN Double Yes 0 0 ZSTATS_MAX Double Yes 0 0 ZSTATS_AVG Double Yes 0 0 ZSTATS_STD Double Yes 0 0 ZSTATS_SUM Double Yes 0 0 ZSTATS_CNT Long integer Yes 0 object_id Long integer Yes 0 Relationship class Name Primary key Foreign key Type Cardinality Notification Forward label Backward label Polygon_Field_nº Origin feature class Destination feature class Composite One to many Forward Polygons_ContoursAnno Polygons_Contours Polygons_contours OBJECTID FeatureID Polygons_ContoursAnno Name Relationship class Name Primary key Foreign key Type Cardinality Notification Forward label Backward label Polygons_centroid Origin table Destination feature class Simple One to one None Polygons_contours polygons_centroid polygons_centroid x_centroid x_centroid Polygons_contours Name Coded value domain AnnotationStatus Description Field type Split policy Merge policy Valid annotation state values. Short integer Duplicate Default value Description Code 0 Placed 1 Unplaced Range domain area Description Field type Split policy Merge policy polygon_area Double Geometry ratio Sum values Maximum value Minimum value 0.1 1000000 Geodatabase Data Model Summary Relationship class One to One Slope_statistics Relationship class Name Primary key Foreign key Type Cardinality Notification Forward label Backward label Slope_statistics Origin table Destination feature class Simple One to one None Polygons_contours Slope_zonal_statistics Slope_zonal_statistics OBJECTID OBJECTID Polygons_contours Name Polygon feature classes Topology_rules Topology rule Features intarget feature class Features in comparison feature class Polygons_centroid_coordinates_xy Field_measurements Vertices_field_coordinates_xyz Polygons_contours Must be Covered by Boundary Of Must not Self Overlap Polygons_contours Must Be Properly Inside Polygons_contours Must be Covered by Boundary Of Polygons_contours Polygons_contours Custer tolerance 0.000000001 Point feature classes Line feature classes Tables Annotation feature class Topology Domains Point feature class representing the polygons xy centroid Simple feature class Field_measurements Contains Z values Contains M values Geometry Point No No Data type Field name Prec- ision Scale Length Domain Default value Allow nulls OBJECTID Object ID Shape Geometry Yes Field_ID Long integer Yes 0 Field_ID_1 Long integer Yes 0 I. IDENTIFY PURPOSE Reference Sistem: WGS_1984_UTM_Zone_33N Projection: Transverce MercatorZone 33N Datum: WGS_1984 V. EDITING METADATA Orthophotomaps (0.2 m/pixel) /Topographic and Geomorphologic map/Aereal images Geokolibri/ Field Topography Grid / Field data, coordinates, width and depth of polygons contours. II. IDENTIFY THE DATA Raster - Georeferencing, Orhorectifing, Mosaicing Orthos into raster Dataset Vectorial and numeric - Editing Data, Generating new data (Zonal statistics by polygon area Voronoi diagrams, etc.) . Description/Spatial Reference /Status of the data/Publication Information . Store a large collection of raster , vectorial and numeric , spatial data in a centralized location so that it could be accessed by the multidisciplinary teams involved in the project. VIII. REVERSE ENGINEERING A GEODATABASE TO A DIAGRAM AND A DIAGRAM TO A GEODATABASE CASE TOOLS XML DOCUMENT ARCCATALOG® The computer-aided software engineering (CASE) tools subsystem allows to create blueprints of the structure of the geodatabase using a graphical language—the Unified Modeling Language (UML). The use of GDB has many advantages, it ensures that no excess (or duplicate) information is stored, has much faster raster visualization The Svalbard GDB schema was exported to Microsoft Visio® with the use of Geodatabase Diagrammer tool, the graphics are automatically generated in MS Visio® to construct the data model. with pyramid building and data occupies less space on disk. The Svalbard uncompressed GDB, occupies 12.6 GB of space disk, the same data in a normal windows folder, occupies 28.8 GB. A GDB is designed for maintenance and performance. Using topology, network rules and spatial relationships it was possible to add behavior to the GDB. Additionally the interoperability with CASE Tools has been of great value in the construction and updating of the Svalbard GDB. VII. SHARING AND MAINTAINING VI. ADDING BEHAVIOR TO THE GEODATABASE AND ENFORCING THE INTEGRITY OF THE DATA Sub-types - Setting a default value for the respective Ortophotomap number that will automatically apply when creating new polygons features. AtributesDomains defining a logic range for the areas field attribute of Polygons_contours. Split policy - for polygons areas field attribute - Geometry ratio. Merge policy - for polygons areas field attribute - sum. Relationships - defining how rows in Polygons_contours table can be associated with rows in Polygons_centroid table, with a direction of cardinality, one-to-one. Topology rules - Polygons-contours -( Must Not Self Overlap). Feature-linked geodatabase annotation - If the feature polygons_contours is moved or deleted, the annotation with field nº moves with it or is deleted. INTRODUCTION METHODS RESULTS CONCLUSION III. SETING SPATIAL REFERENCE IV. PREPARE THE DATA
-
Upload
maura-lousada -
Category
Documents
-
view
151 -
download
9
Transcript of Poster GDB
M. Lousada1, M. Jorge3 , C. Lira 1, J. Saraiva1,2 , P. Pina1, L. Bandeira1
1 CERENA/IST, Lisboa, Portugal.2 UNIS, Longyearbyen, Svalbard, Norway. 3 CEG/IGOT, Lisboa, Portugal
Polygonal networks are very common on the Martian surface, and their location has been correlated with the presence of ice in the soil.
The most accepted hypothesis for their origin takes into account their similarities to polygonal networks on Earth, which mostly occur in periglacial areas. Ice-wedge
polygonal networks are being studied in Svalbard, Norway, in the framework of project ANAPOLIS. Field study and characterization of these structures involves the local
detailed delineation of networks resulting in large amount and variety of data collected, with a common reference system. The construction of a GDB for the Adventdalen
data allowed linking the raster, vector and numeric data, making them available in an organized manner, offering a intuitive access to the multidisciplinary teams involved in
the project.
SVALBARD
GEODATABASE
Área
Área
Área
Geodatabase schema diagram
Point feature class Field measurements of polygons wedges,
(width and depth of contours).Field_measurements
Polygon feature class Footprints from rasters with poligons network
areas in Adventdalen.Network_areas_footprints
Line feature class lines representing incomplete polygons.
Opened_polygons
Point feature class
Polygons_centroid_coordinates_xy
Polygon feature class Poygon feature class representing contours
from all areas with networks in Adventdalen.
Subtypes point to respective ortophotomap by
color classification in the map.
Polygons_contours
Subtypes are Orto 143, Orto 144, Orto 145
Annotation feature class Feature linked annotation (polygon field
number). The text its placed on maps with
polygon contours, each piece of text stores its
own position, text string, and display properties.
Polygons_ContoursAnno
Line feature class Elevation contour lines generated from field
topography data obtaind in the 2010 campainTopography_contour_lines
Point feature class Field topography coordinates (x,y,z), obtaind
with a DGPS in the 2010 campainTopography_field_coordinates_xyz
Point feature class Polygons vertices coordinates (x,y,z), obtaind
with a DGPS in the 2010 campainVertices_field_coordinates_xyz
Polygon feature class Voronoi diagrams generated with polygons
centroid coordinates. Subtypes point to
respective ortophotomap by color
classification in the map.
Voronoi_diagrams
Subtypes are Orto 143, Orto 144, Orto 145
Polygons centroid coordinates.Table
polygons_centroid
Zonal statistics by polygon area, over a slope
(degrees) raster derived from topography field
data, includes standard deviations, average
and sum.
Table
Slope_zonal_statistics
Relationship class
One to One
Polygon_Field_nº
Relationship class
One to One
Polygons_centroid
Simple feature class
Network_areas_footprints Contains Z valuesContains M values
Geometry PolygonNoNo
Data typeField namePrec-ision Scale LengthDomainDefault value
Allow nulls
OBJECTID Object ID
Shape Geometry Yes
id String Yes 10
Shape_Length Double Yes 0 0
Shape_Area Double Yes 0 0
Simple feature class
Opened_polygons Contains Z values
Contains M values
Geometry PolylineNo
No
Data typeField namePrec-ision Scale LengthDomainDefault value
Allow nulls
OBJECTID Object ID
Shape Geometry Yes
Id Long integer Yes 0
Shape_Length Double Yes 0 0
Simple feature class
Polygons_centroid_coordinates_xy Contains Z valuesContains M values
Geometry PointNoNo
Data typeField namePrec-ision Scale LengthDomainDefault value
Allow nulls
OBJECTID Object ID
Shape Geometry Yes
Id Long integer Yes 0
Área Double Yes 0 0
Field_ID Long integer Yes 0
x_centroid Double Yes 0 0
y_centroid Double Yes 0 0
Simple feature class
Polygons_contours Contains Z valuesContains M values
Geometry PolygonNoNo
Data typeField namePrec-ision Scale LengthDomainDefault value
Allow nulls
OBJECTID Object ID
Shape Geometry Yes
Id Long integer Yes 0
Área Double Yes area 0 0
Field_ID Long integer Yes 0
x_centroid Double Yes 0 0
y_centroid Double Yes 0 0
Orto Short integer Yes 143 0
Shape_Length Double Yes 0 0
Shape_Area Double Yes 0 0
Default value
List of defined default values and domains for subtypes in this class
DomainField nameSubtype
Description
Default subtype
Subtype field
SubtypeCode
Subtypes of Polygons_contours
Orto
143
143 Orto 143 Área area
144 Orto 144 Área area
145 Orto 145 Área area
Annotation feature class
Polygons_ContoursAnno Contains Z valuesContains M values
Geometry
NoNo
Data typeField namePrec-ision Scale LengthDomainDefault value
Allow nulls
OBJECTID Object ID
SHAPE Geometry Yes
FeatureID Long integer Yes 0
ZOrder Long integer Yes 0
AnnotationClassID Long integer Yes 0
Element Blob Yes 0 0 0
SymbolID Long integer Yes 0
Status Short integer Yes 0 AnnotationStatus 0
TextString String Yes 255
FontName String Yes 255
FontSize Double Yes 0 0
Bold Short integer Yes BooleanSymbolValue 0
Italic Short integer Yes BooleanSymbolValue 0
Underline Short integer Yes BooleanSymbolValue 0
VerticalAlignment Short integer Yes VerticalAlignment 0
HorizontalAlignment Short integer Yes HorizontalAlignment 0
XOffset Double Yes 0 0
YOffset Double Yes 0 0
Angle Double Yes 0 0
FontLeading Double Yes 0 0
WordSpacing Double Yes 0 0
CharacterWidth Double Yes 0 0
CharacterSpacing Double Yes 0 0
FlipAngle Double Yes 0 0
Override Long integer Yes 0
SHAPE_Length Double Yes 0 0
SHAPE_Area Double Yes 0 0
Simple feature class
Topography_contour_lines Contains Z values
Contains M values
Geometry PolylineNoNo
Data typeField namePrec-ision Scale LengthDomainDefault value
Allow nulls
OBJECTID Object ID
Shape Geometry Yes
ARCID Long integer Yes 0
GRID_CODE Long integer Yes 0
FROM_NODE Long integer Yes 0
TO_NODE Long integer Yes 0
Shape_Length Double Yes 0 0
Simple feature class
Topography_field_coordinates_xyz Contains Z valuesContains M values
Geometry PointNoNo
Data typeField namePrec-ision Scale LengthDomainDefault value
Allow nulls
OBJECTID Object ID
Shape GeometryYes
POINTID Long integerYes
0
GRID_CODE DoubleYes
0 0
Simple feature class
Vertices_field_coordinates_xyz Contains Z valuesContains M values
Geometry PointNoNo
Data typeField namePrec-ision Scale LengthDomainDefault value
Allow nulls
OBJECTID Object ID
Shape Geometry Yes
POINTID Long integer Yes 0
x Double Yes 0 0
y Double Yes 0 0
z Double Yes 0 0
x_1 Double Yes 0 0
y1 Double Yes 0 0
Simple feature class
Voronoi_diagrams Contains Z valuesContains M values
Geometry PolygonNoNo
Data typeField namePrec-ision Scale LengthDomainDefault value
Allow nulls
OBJECTID Object ID
Shape Geometry Yes
FID_1 Long integer Yes 0
ID Double Yes 0 0
GRIDCODE Double Yes 0 0
FID_2 Long integer Yes 0
Id_1 Long integer Yes 0
Área Double Yes 0 0
Field_ID Long integer Yes 0
x_centroid Double Yes 0 0
y_centroid Double Yes 0 0
Distance Double Yes 0 0
orto Long integer Yes 143 0
Shape_Length Double Yes 0 0
Shape_Area Double Yes 0 0
Default value
List of defined default values and domains for subtypes in this class
DomainField nameSubtype
Description
Default subtype
Subtype field
SubtypeCode
Subtypes of Voronoi_diagrams
orto
143
143 Orto 143
144 Orto 144
145 Orto 145
Table
polygons_centroid
Data typeField namePrec-ision Scale LengthDomainDefault value
Allow nulls
OBJECTID Object ID
Id Long integer Yes 0
Área Double Yes 0 0
Field_ID Long integer Yes 0
x_centroid Double Yes 0 0
y_centroid Double Yes 0 0
Table
Slope_zonal_statistics
Data typeField namePrec-ision Scale LengthDomainDefault value
Allow nulls
OBJECTID Object ID
ID Long integer Yes 0
PolyFID Long integer Yes 0
ZSTATS_MIN Double Yes 0 0
ZSTATS_MAX Double Yes 0 0
ZSTATS_AVG Double Yes 0 0
ZSTATS_STD Double Yes 0 0
ZSTATS_SUM Double Yes 0 0
ZSTATS_CNT Long integer Yes 0
object_id Long integer Yes 0
Relationship class
Name
Primary key
Foreign key
Type
Cardinality
Notification
Forward label
Backward label
Polygon_Field_nº
Origin feature class Destination feature class
Composite
One to many
Forward
Polygons_ContoursAnno
Polygons_Contours
Polygons_contours
OBJECTID
FeatureID
Polygons_ContoursAnnoName
Relationship class
Name
Primary key
Foreign key
Type
Cardinality
Notification
Forward label
Backward label
Polygons_centroid
Origin table Destination feature class
Simple
One to one
None
Polygons_contours
polygons_centroid
polygons_centroid
x_centroid
x_centroid
Polygons_contoursName
Coded value domain
AnnotationStatusDescription
Field type
Split policy
Merge
policy
Valid annotation
state values.
Short integer
Duplicate
Default value DescriptionCode
0 Placed
1 Unplaced
Range domain
areaDescription
Field type
Split policy
Merge
policy
polygon_area
Double
Geometry ratio
Sum values
Maximum valueMinimum value
0.1 1000000
Geodatabase Data Model Summary
Relationship class
One to One
Slope_statistics
Relationship class
Name
Primary key
Foreign key
Type
Cardinality
Notification
Forward label
Backward label
Slope_statistics
Origin table Destination feature class
Simple
One to one
None
Polygons_contours
Slope_zonal_statistics
Slope_zonal_statistics
OBJECTID
OBJECTID
Polygons_contoursName
Polygon feature classes
Topology_rules
Topology ruleFeatures intarget feature class Features in comparison feature class
Polygons_centroid_coordinates_xy
Field_measurements
Vertices_field_coordinates_xyz Polygons_contours
Must be Covered by Boundary Of
Must not Self Overlap
Polygons_contoursMust Be Properly InsidePolygons_contours
Must be Covered by Boundary Of
Polygons_contours Polygons_contours
Custer tolerance 0.000000001
Point feature classes
Line feature classes
Tables
Annotation feature class
Topology
Domains
Point feature class representing the polygons
xy centroid
Simple feature class
Field_measurements Contains Z valuesContains M values
Geometry PointNoNo
Data typeField namePrec-ision Scale LengthDomainDefault value
Allow nulls
OBJECTID Object ID
Shape Geometry Yes
Field_ID Long integer Yes 0
Field_ID_1 Long integer Yes 0
I. IDENTIFY PURPOSE
Reference Sistem: WGS_1984_UTM_Zone_33N
Projection: Transverce MercatorZone 33N
Datum: WGS_1984
V. EDITING METADATA
Orthophotomaps (0.2 m/pixel) /Topographic and
Geomorphologic map/Aereal images Geokolibri/ Field
Topography Grid / Field data, coordinates, width and depth
of polygons contours.
II. IDENTIFY THE DATA
Raster - Georeferencing, Orhorectifing, Mosaicing Orthos into
raster Dataset
Vectorial and numeric - Editing Data, Generating new data
(Zonal statistics by polygon area Voronoi diagrams, etc.) .
Description/Spatial Reference /Status of the
data/Publication Information .
Store a large collection of raster , vectorial and
numeric , spatial data in a centralized location so that
it could be accessed by the multidisciplinary teams
involved in the project.
VIII. REVERSE ENGINEERING A GEODATABASE TO A DIAGRAM AND A DIAGRAM TO A GEODATABASE
CASE TOOLS
XML DOCUMENT
ARCCATALOG® The computer-aided software engineering (CASE) tools subsystem allows to create blueprints of
the structure of the geodatabase using a graphical language—the Unified Modeling Language (UML).
The use of GDB has many advantages, it ensures that no excess (or duplicate) information is stored, has much faster raster visualization
The Svalbard GDB schema was exported to Microsoft Visio® with the use of Geodatabase Diagrammer tool, the graphics are automatically generated in MS Visio® to construct the data model.
with pyramid building and data occupies less space on disk. The Svalbard uncompressed GDB, occupies 12.6 GB of space disk, the same data in a normal windows
folder, occupies 28.8 GB. A GDB is designed for maintenance and performance. Using topology, network rules and spatial relationships it was possible to add behavior to
the GDB. Additionally the interoperability with CASE Tools has been of great value in the construction and updating of the Svalbard GDB.
VII. SHARING AND MAINTAINING
VI. ADDING BEHAVIOR TO THE GEODATABASE
AND ENFORCING THE INTEGRITY OF THE DATA
Sub-types - Setting a default value for the respective Ortophotomap number that
will automatically apply when creating new polygons features.
AtributesDomains defining a logic range for the areas field attribute of
Polygons_contours.
Split policy - for polygons areas field attribute - Geometry ratio.
Merge policy - for polygons areas field attribute - sum.
Relationships - defining how rows in Polygons_contours table can be associated
with rows in Polygons_centroid table, with a direction of cardinality, one-to-one.
Topology rules - Polygons-contours -( Must Not Self Overlap).
Feature-linked geodatabase annotation - If the feature polygons_contours is moved
or deleted, the annotation with field nº moves with it or is deleted.
INTRODUCTION
METHODS
RESULTS
CONCLUSION
III. SETING SPATIAL REFERENCE
IV. PREPARE THE DATA
![GDB telux ver090906 - cs.tau.ac.il · (gdb) watch expr –stops whenever the value of the expression changes (gdb ) i b (gdb) clear [arg ] (gdb) delete [bnum ] Without arguments deletes](https://static.fdocuments.net/doc/165x107/5ae0abbc7f8b9ab4688daeeb/gdb-telux-ver090906-cstauacil-gdb-watch-expr-stops-whenever-the-value-of.jpg)
