Study_3D_Horizon_Interp

[Columns] [Composed Of] [Referenced By] [Refers To]

General Information

[Next]
Name Study_3D_Horizon_Interp
Entity Type Table
Description A seismic interpretation performed on 3D seismic that is an element of a study.
Submodel Interpretation_Results
Entity Scope Project
Primary Key Id
Natural Key
Generalizations Study_Element , Entity , IT_Object , Tracked_Object
Specializations


Columns

[Previous] [Next] [Top]
NameValue DomainProperty /
Storage Unit		DescriptionRequired /
Default		Type
Area_Field STRING255 NA
 Area field No
 VARCHAR2(255)
Color COLOR_RGB NA
 The color of the horizon No
 VARCHAR2(64)
Depth_Grid_Equivalent_Id Study_Grid
The identifier of the depth grid is the grid in the depth domain, usually interpreted to provide the geometry for property grids in the depth domain. No
 NUMBER(38)
Elevation_Reference double NA
 The elevation reference No
 NUMBER
Existence_Kind REF_EXISTENCE_KIND NA
 A reference value that describes the state of existence in the lifecycle of the entity, for example, Planned, Predicted, Required, Simulated, and Actual. Yes
Actual		 VARCHAR2(64)
Fault_Boundary_Set_Id Study_Polygon
The identifier of a fault boundary set associated with the 3D Horizon interpretation. No
 NUMBER(38)
GUID STRING128 NA
 Globally Unique IDentifier for an instance of a class. USAGE NOTES: There are two cases: 1) GUID is not populated or used; and 2) it is populated with a value that is globally unique. If the GUID is populated there are two means of doing so for a given project: 2a) Seabed automatically generates and populates the GUID when an instance is created (valid only on Oracle based systems); and 2b) the GUID is generated and populated by an application (other than Seabed) on instance creation. Whether Seabed automatically generates GUIDs for a project is determined by the Auto_GUID flag in SDS_Account. Note that techniques 2a and 2b can coexist in the same project. When GUIDs are automatically generated an application can override the automatically generated GUID with its own GUID by simply supplying the GUID value. Applications that generate their own GUIDs and populate the GUID column will function correctly on projects which have automatic GUID generation turned on. No
 VARCHAR2(128)
Geologic_Flag boolean NA
 A flag used for filtering the horizons, it usually indicates that the horizon originated from a well marker or was part of a geologic interpretation. No
 NUMBER(1)
Grid_Id Flat_Lattice_Grid
The identifier of a grid representation for the 3D Horizon Interpretation. No
 NUMBER(38)
Grid_Maximum double No_Unit
 The maximum of the property values of the grid. Derived from the bulk data. No
 NUMBER
Grid_Minimum double No_Unit
 The minimum of the property values of the grid. Derived from the bulk data. No
 NUMBER
Horizon_Type STRING64 NA
 The type of the horizon. No
 VARCHAR2(64)
Id ID No_Unit
 Unique identifier for this entity. Yes
 NUMBER(38)
Insert_Date DATE NA
 Date the entity was created in the repository No
 DATE
Insert_User STRING64 NA
 The name of the user responsible for the creation of this entity in the repository. No
 VARCHAR2(64)
Interpretation_Date DATE NA
 The year in which the interpretation was completed. No
 DATE
Interpretation_Model STRING255 NA
 The name of the GeoFrame model to which the interpretation belonged. No
 VARCHAR2(255)
Interpretation_Project STRING255 NA
 The name of the project in which the interpretation was performed. No
 VARCHAR2(255)
Interpretation_Software R_Application_Name
The software used in the generation of the file. Examples are RMS, Eclipse, FieldExplorer No
 VARCHAR2(64)
Location_Unit STRING255 NA
 The original unit in which the location of the position was described. No
 VARCHAR2(255)
Name ENTITY_NAME NA
 The name given to any object or data item, e.g. name of Well, name of Field, etc. No
 VARCHAR2(255)
Original_Coordinate_System R_Coordinate_Ref_System
The coordinate system in which the grid was originally created. No
 VARCHAR2(64)
Original_Property_Code R_Study_Property
The property as given in the original project. No
 VARCHAR2(64)
Original_Source STRING64 NA
 The name of the person, Organization or project source that originally provided this entity, e.g. "IHS-EnergyData" or "FinderUpper Stratton Deeper Pool 15" No
 VARCHAR2(64)
Owner OWNER_NAME NA
 The name of the person who performed the modeling or interpretation. No
 VARCHAR2(255)
Produced_By STRING64 NA
 The name of application role that created the entity, for data created programmatically. No
 VARCHAR2(64)
Property_Code STRING64 NA
 The property code of the grid denormalized from the grid bulk array No
 VARCHAR2(64)
Property_Code_UOM STRING64 NA
 The property code unit of measure denormalized from the grid bulk array No
 VARCHAR2(64)
Remarks STRING2000 NA
 Any type of remarks added to an entity instance. No
 VARCHAR2(2000)
SDAT_Label int No_Unit
 Label used by the security system for entitlements. SDAT is Secure Data Access Technology. No
 NUMBER(10)
Sample_Order STRING255 NA
 The sample order No
 VARCHAR2(255)
Seismic_Flag boolean NA
 A flag used for filtering the horizons, it usually indicates that the horizon was part of a seismic interpretation. No
 NUMBER(1)
Source STRING64 NA
 Name of the person or organization responsible for this entitys E and P content and quality. Not the data technologist or IT expert creating the entity, for which see IT_Object.Insert_User and Update_User. No
 VARCHAR2(64)
Standard_Deviation double No_Unit
 The Standard Deviation of the property values of the grid. No
 NUMBER
Stratigraphic_Name STRING64 NA
 The name of the stratigraphic unit. One of the following should be entered Unit, Name, Fault No
 VARCHAR2(64)
Stratigraphic_Unit STRING64 NA
 The name of the stratigraphic unit. One of the following should be entered, Unit, Name, Fault No
 VARCHAR2(64)
Study_Id Study
The identifier of the study in which this study element is contained. No
 NUMBER(38)
Survey_Seismic_Cube STRING255 NA
 The cube on which the interpretation was made. Yes
 VARCHAR2(255)
Time_Grid_Equivalent_Id Study_Grid
The identifier of the time grid that provides the geometry definition for property grids in the time domain. No
 NUMBER(38)
Tracking_Event STRING64 NA
 The type of event on which the horizon was tracked, for example zero, maximum, minimum, positive_to_negative, negative_to_positive. No
 VARCHAR2(64)
URL STRING255 NA
 The URL of associated documents. No
 VARCHAR2(255)
Update_Date DATE NA
 Date of the most-recent modification to the entity. No
 DATE
Update_User STRING64 NA
 The name of the user responsible for the last modification to this entity. No
 VARCHAR2(64)
Version STRING255 NA
 The form or variant of the entity. Yes
1		 VARCHAR2(255)
Z_Novalue double No_Unit
 The number that represents that a value has not been assigned to a grid node. No
 NUMBER


Refers To

[Previous] [Next] [Top]
LinkTo EntityDescriptionImplementation TechniqueRequired
Time_Grid_Equivalent Study_Grid The identifier of the time grid that provides the geometry definition for property grids in the time domain. Nullify No
Depth_Grid_Equivalent Study_Grid The identifier of the depth grid is the grid in the depth domain, usually interpreted to provide the geometry for property grids in the depth domain. Nullify No
Grid Flat_Lattice_Grid The identifier of a grid representation for the 3D Horizon Interpretation. Nullify No
Fault_Boundary_Set Study_Polygon The identifier of a fault boundary set associated with the 3D Horizon interpretation. Nullify No
Interpretation_Software R_Application_Name _ Restrict No
Original_Coordinate_System R_Coordinate_Ref_System The coordinate system in which the grid was originally created. Restrict No
Geologic_Feature Geologic_Feature _ Assoc to Many No
Study Study _ Restrict No
Original_Property_Code R_Study_Property The property as given in the original project. Restrict No


[Seabed Objects] [Entities in Schema Seabed] [Index]

Copyright © 2018 Schlumberger. All rights reserved.