Inspire revision 4711
Gyldig
representation of slip as vector resolved into components resolved into reference frame in which horizontal axes are parallel and perpendicular to the strike of the fault.
| Egenskap |
Stereotype |
Beskrivelse |
Type |
Multiplisitet |
| heave |
|
component of slip in the horizontal, and perpendicular to the strike of the fault |
CGI_Vector
(datatype)
|
1..1 |
| - magnitude |
|
The numerical length of a linear vector
|
CGI_NumericRange
(datatype)
|
1..1 |
| horizontalSlip |
|
slip component that is horizontal and parallel to strike of the fault |
CGI_Vector
(datatype)
|
1..1 |
| - magnitude |
|
The numerical length of a linear vector
|
CGI_NumericRange
(datatype)
|
1..1 |
| throw |
|
vertical component of slip |
CGI_Vector
(datatype)
|
1..1 |
| - magnitude |
|
The numerical length of a linear vector
|
CGI_NumericRange
(datatype)
|
1..1 |
| DisplacementValue |
| hangingWallDirection |
|
Normally the compass quadrant indicating the hangingwall side of the fault-system for faults that are steep enough to define a hanging-wall on the map trace |
CGI_LinearOrientation
(datatype)
|
1..1 |
| - directed |
|
To indicate if orientation represents linear feature that is directed, e.g. clast imbrication, mylonitic lineation with sense of shear, slickenlines with displacement direction, rather than undirected. A code list to indicate which is the directed end of the linear orientation |
LinearDirectedCode
(kodeliste)
|
1..1 |
| - plunge |
|
Magnitudeof the plunge. May be a term (eg steeply) or numeric (eg 75 degrees) or range.
|
CGI_NumericRange
(datatype)
|
1..1 |
| - trend |
|
The azimuth (compass point, bearing etc) value of the linear orientation.
|
CGI_NumericRange
(datatype)
|
1..1 |
| movementSense |
|
eg, dextral, sinistral
|
MovementSenseTerm
(kodeliste)
|
1..1 |
| movementType |
|
Defines the type of movement (eg dip-slip, strike-slip)
|
MovementTypeTerm
(kodeliste)
|
1..1 |