| Egenskap |
Stereotype |
Beskrivelse |
Type |
Multiplisitet |
| amplitude |
|
length from line segment connecting inflection points on adjacent fold limbs to the intervening fold hinge
|
CGI_NumericRange
(datatype)
|
1..1 |
| - estimatedValue |
|
A single measured value chosen on some basis (eg; mean, mode, median, best guess) that is representative for the measurement. Best practice to consider the value and uom attributes of swe:Quantity to be mandatory. |
Quantity |
1..1 |
| axialSurfaceOrientation |
|
This is used to characterize the geometry of a fold. The axial surface of a particular fold may be located based on observations of the folded geologic structure, but in general it has no direct physical manifestions. As a geologic surface, it has geometric properties, including orientation, which may be specified by observations at one or more locations, or generalized using terminology (upright, inclined, reclined, recumbent, overturned). Dip and Dip Direction are one approach to specifying the value. |
CGI_PlanarOrientation
(datatype)
|
1..1 |
| - convention |
|
The convention used for the measurement |
ConventionCode
(kodeliste)
|
1..1 |
| - azimuth |
|
The azimuth (compass point, bearing etc) value of the orientation. Convention reports how azimuth is interpreted; if is quadrant. Allowance of different convention makes querying more difficult.
|
CGI_NumericRange
(datatype)
|
1..1 |
| - dip |
|
Dip is the angle that the structural surface (eg bedding, fault plane) makes with the horizontal measured perpindicular to the strike of the structure and in the vertical plane as a numeric or term
|
CGI_NumericRange
(datatype)
|
1..1 |
| - polarity |
|
Indicates whether the planar orientation is associated with a directed feature that is overturned, upright, vertical etc. |
PlanarPolarityCode
(kodeliste)
|
1..1 |
| geneticModel |
|
Specification of genetic model for fold, e.g. flexural slip, parallel
|
CGI_Term
(datatype)
|
1..1 |
| - qualifier |
|
A qualifying term (eg; sometimes, common, always) used with term values. |
ValueQualifierCode
(kodeliste)
|
1..1 |
| - value |
|
A byReference attribute, referring to a vocabulary of terms suitable to describe a GeoSciML element.
|
CodeListValue
(kodeliste)
|
1..1 |
| hingeLineCurvature |
|
variation in orientation of fold hinge along trend of fold, distinguish sheath from cylindrical folds. Specify with terminology eg sheath, dome, basin, cylindrical.
|
CGI_Term
(datatype)
|
1..1 |
| - qualifier |
|
A qualifying term (eg; sometimes, common, always) used with term values. |
ValueQualifierCode
(kodeliste)
|
1..1 |
| - value |
|
A byReference attribute, referring to a vocabulary of terms suitable to describe a GeoSciML element.
|
CodeListValue
(kodeliste)
|
1..1 |
| hingeLineOrientation |
|
Specification of hinge line orientation for fold. CGI_LinearOrientation allows for a term value specification or a numeric specification of either or both the trend and plunge of hinge line. kHinge plunge term examples: sub-vertical, steeply plunging, ... sub-horizontal, reclined and vertical for special cases in which hinge plunge is close to axial surface dip. 0..* cardinality allows for both a numeric specification a term specification. |
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 |
| hingeShape |
|
rounded vs. angular hinge zones; has to do with proprotion of wavelength that is considered part of hinge
|
CGI_Term
(datatype)
|
1..1 |
| - qualifier |
|
A qualifying term (eg; sometimes, common, always) used with term values. |
ValueQualifierCode
(kodeliste)
|
1..1 |
| - value |
|
A byReference attribute, referring to a vocabulary of terms suitable to describe a GeoSciML element.
|
CodeListValue
(kodeliste)
|
1..1 |
| interLimbAngle |
|
Specify using a tightness term (gentle (120-180), open (70-120), close (30-70), tight (10-30), isoclinal (0-10)) |
CGI_Term
(datatype)
|
1..1 |
| - qualifier |
|
A qualifying term (eg; sometimes, common, always) used with term values. |
ValueQualifierCode
(kodeliste)
|
1..1 |
| - value |
|
A byReference attribute, referring to a vocabulary of terms suitable to describe a GeoSciML element.
|
CodeListValue
(kodeliste)
|
1..1 |
| limbShape |
|
straight vs curved limbs, eg kink, chevron, sinusoidal, box
|
CGI_Term
(datatype)
|
1..1 |
| - qualifier |
|
A qualifying term (eg; sometimes, common, always) used with term values. |
ValueQualifierCode
(kodeliste)
|
1..1 |
| - value |
|
A byReference attribute, referring to a vocabulary of terms suitable to describe a GeoSciML element.
|
CodeListValue
(kodeliste)
|
1..1 |
| profileType |
|
Terminology specifying concave/convex geometry of fold relative to earth surface, and relationship to younging direction in folded strata if known. (eg; antiform, synform, neutral, anticline, syncline, monocline, ptygmatic) |
FoldProfileTypeTerm
(kodeliste)
|
1..1 |
| span |
|
linear distance between inflection points in a single fold
|
CGI_NumericRange
(datatype)
|
1..1 |
| - estimatedValue |
|
A single measured value chosen on some basis (eg; mean, mode, median, best guess) that is representative for the measurement. Best practice to consider the value and uom attributes of swe:Quantity to be mandatory. |
Quantity |
1..1 |
| symmetry |
|
concordance or discordance of bisecting surface and axial surface, or ratio of length of limbs. Folded surface may have asymmetry defined by limb length ratio if inflection points are defined. Defintion based on bisecting surface/axial surface angle depends on having multiple surfaces defined such that the axial surface may be identified. (symmetric, assymetric)
|
CGI_Term
(datatype)
|
1..1 |
| - qualifier |
|
A qualifying term (eg; sometimes, common, always) used with term values. |
ValueQualifierCode
(kodeliste)
|
1..1 |
| - value |
|
A byReference attribute, referring to a vocabulary of terms suitable to describe a GeoSciML element.
|
CodeListValue
(kodeliste)
|
1..1 |
| GeologicStructure |
| GeologicFeature |
| observationMethod |
|
Feature ObservationMethod specifies the approach to acquiring the collection of attribute values that constitute an individual feature instance (e.g. point count, brunton compass on site, air photo interpretation, field observation, hand specimen, laboratory, aerial photography, creative imagination). ObservationMethod is a convenience property that provides a quick and dirty approach to observation metadata when data are reported using a feature view (as opposed to observation view). For a borehole, the GeologicFeature observation method specifies how the geologic properties were determined (eg, visual observation, or standard AzGS logging procedure (described in detail somewhere else)). This property corresponds (loosely) to ISO19115 Lineage.
|
CGI_Term
(datatype)
|
1..* |
| - qualifier |
|
A qualifying term (eg; sometimes, common, always) used with term values. |
ValueQualifierCode
(kodeliste)
|
1..1 |
| - value |
|
A byReference attribute, referring to a vocabulary of terms suitable to describe a GeoSciML element.
|
CodeListValue
(kodeliste)
|
1..1 |
| purpose |
|
Specification of the intended purpose/level of abstraction for a given feature or object instance. Scoped name because intention is asserted by author of the data instance. Values are: instance, typicalNorm, definingNorm.
|
DescriptionPurpose
(kodeliste)
|
1..1 |