The coordinate positions of a line in a one dimensional coordinate system.

p_geom_1d_edg_s (PK, M: CHAR VARYING(19))
entity_type_nm (M: CHAR VARYING(40))

Surrogate key of the table.
entity_type_nm: Column that contains the name of the entity that this row is an instance of in case a table represents multiple entities. Possible values are: pty_geometry_complex_1d_edge, pty_geometry_simple_1d_edge.


data_value (O: CHAR VARYING(16))

pty_geometry_complex_1d_edge.data_value
Complex data type that defines the geometry of an edge.


maximum_point (O: FLOAT)
maximum_point_u (FNK, O: CHAR VARYING(15))

pty_geometry_simple_1d_edge.maximum_point
This is the second value defining the other bounding point of the edge.
maximum_point_u: Defines the unit of measure. Defines a foreign key to table r_uom.


minimum_point (O: FLOAT)
minimum_point_u (FNK, O: CHAR VARYING(15))

pty_geometry_simple_1d_edge.minimum_point
This is the first value defining one bounding point of the edge.
minimum_point_u: Defines the unit of measure. Defines a foreign key to table r_uom.


preferred_flag (O: CHAR(1))

property.preferred_flag
The flag is set to True if this instance of property is the preferred value in this data store of this type of property for the object which this property describes.


activity_s (FSK, O: CHAR VARYING(19))
activity_t (O: CHAR VARYING(16))

process_data.activity
Defines the activity which created this instance.
activity_s: Implements a foreign key to a row in one of the tables projected from entity activity depending on the value of the next column (See below).
activity_t: Defines the name of the referenced table. Possible values are defined in @activity.


binset_s (FSK, O: CHAR VARYING(19))
binset_t (O: CHAR VARYING(16))

pty_geometry_1d_edge.binset

binset_s: Implements a foreign key to a row in one of the tables projected from entity binset depending on the value of the next column (See below).
binset_t: Defines the name of the referenced table. Possible values are: binset_grid, binset_grid_var (@binset).


coordinate_sys_id (FNK, O: CHAR VARYING(40))

pty_geometry_simple_1d_edge.coordinate_system
This is the coordinate system which is used to describe the locations of the endpoints of this simple edge geometry description.
Defines a foreign key to table coordinate_sys.


core_s (FSK, O: CHAR VARYING(19))

pty_geometry_1d_edge.core

Defines a foreign key to table core.


edge_s (FSK, O: CHAR VARYING(19))
edge_t (O: CHAR VARYING(16))

pty_geometry_1d_edge.edge

edge_s: Implements a foreign key to a row in one of the tables projected from entity edge depending on the value of the next column (See below).
edge_t: Defines the name of the referenced table. Possible values are defined in @edge.


other_sptl_obj_s (FSK, O: CHAR VARYING(19))
other_sptl_obj_t (O: CHAR VARYING(16))

property.other_spatial_object

other_sptl_obj_s: Implements a foreign key to a row in one of the tables projected from entity other_spatial_object depending on the value of the next column (See below).
other_sptl_obj_t: Defines the name of the referenced table. Possible values are defined in @other_spatial_object.


represent_s (FSK, O: CHAR VARYING(19))
represent_t (O: CHAR VARYING(16))

grid_geometry_behavior.represent
This is the geometry description that is the original for which this representation is an equivalent representation.
represent_s: Implements a foreign key to a row in one of the tables projected from entity grid_geometry_behavior depending on the value of the next column (See below).
represent_t: Defines the name of the referenced table. Possible values are defined in @grid_geometry_behavior.


seis_data_set_s (FSK, O: CHAR VARYING(19))

pty_geometry_1d_edge.seismic_data_set

Defines a foreign key to table seis_data_set.


vertex_s (FSK, O: CHAR VARYING(19))
vertex_t (O: CHAR VARYING(16))

pty_geometry_simple_1d_edge.vertex
This describes the vertex from which the locations of the endpoints are described. When instantiated, this vertex represents the origin of the location measurements and the origin of the coordinate system is ignored.
vertex_s: Implements a foreign key to a row in one of the tables projected from entity vertex depending on the value of the next column (See below).
vertex_t: Defines the name of the referenced table. Possible values are defined in @vertex.