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| TODO | This type describes a point in time, given in ISO 8601 format, with optional symmetric or asymmetric uncertainties given in seconds. The time has to be specified in UTC. |
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| TODO | Point in time (UTC), given in ISO 8601 format. |
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| TODO | Symmetric uncertainty of point in time. Unit: s |
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| TODO | Lower uncertainty of point in time. Unit: s |
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| TODO | Upper uncertainty of point in time. Unit: s |
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| TODO | Confidence level of the uncertainty, given in percent. |
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| TODO | This type is used to refer to QuakeML resources. The attribute '''resourceID''' contains the identifier that acts as a reference to the resource. |
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| TODO | String that is used as a reference to a QuakeML resource. The string has a maximum length of 255 characters. |
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| TODO | Physical quantities that can be expressed numerically—either as integers or as floating point numbers—are represented by their measured or computed values and optional values for symmetric or upper and lower uncertainties. The interpretation of these uncertainties is not defined in the standard. They can contain statistically well-defined error measures, but the mechanism can also be used to simply describe a possible value range. If the confidence level of the uncertainty is known, it can be listed in the optional attribute confidenceLevel. Note that uncertainty, upperUncertainty, and lowerUncertainty are given as absolute values of the deviation from the main value. |
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| TODO | Value of the quantity. The unit is implicitly defined and depends on the context. |
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| TODO | Uncertainty as the absolute value of symmetric deviation from the main value. |
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| TODO | Uncertainty as the absolute value of deviation from the main value towards smaller values. |
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| TODO | Uncertainty as the absolute value of deviation from the main value towards larger values. |
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| TODO | Confidence level of the uncertainty, given in percent. |
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| TODO | Describes a time window for (mainly) amplitude measurements, given by a central point in time, and points in time before and after this central point. Both points before and after may coincide with the central point. |
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| TODO | Absolute value of duration of time interval before reference point in time window. The value may be zero, but not negative. Unit: s |
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| TODO | Absolute value of duration of time interval after reference point in time window. The value may be zero, but not negative. Unit: s |
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| TODO | Reference point in time (“central” point), in ISO 8601 format. It has to be given in UTC. |
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| TODO | (see [[#class_RealQuantity|RealQuantity]]) |
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| TODO | (see [[#class_RealQuantity|RealQuantity]]) |
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| TODO | (see [[#class_RealQuantity|RealQuantity]]) |
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| TODO | (see [[#class_RealQuantity|RealQuantity]]) |
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| TODO | (see [[#class_RealQuantity|RealQuantity]]) |
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| TODO | (see [[#class_RealQuantity|RealQuantity]]) |
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| TODO ---- ''Discussion area: please fill in your comments below (between the horizontal lines) and tag with your user name and the date of your comment.<<BR>> Example: FabianEuchner, 2014-10-21'' ---- |
Mode of an evaluation (used in Pick, Amplitude, Magnitude, Origin, FocalMechanism). Allowed values are |
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| ---- ''Discussion area: please fill in your comments below (between the horizontal lines) and tag with your user name and the date of your comment.<<BR>> Example: FabianEuchner, 2014-10-21'' ---- |
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| TODO ---- ''Discussion area: please fill in your comments below (between the horizontal lines) and tag with your user name and the date of your comment.<<BR>> Example: FabianEuchner, 2014-10-21'' ---- |
Status of of an evaluation (used in Pick, Amplitude, Magnitude, Origin, FocalMechanism). Allowed values are |
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| [[#page_top|top of page]] | ---- ''Discussion area: please fill in your comments below (between the horizontal lines) and tag with your user name and the date of your comment.<<BR>> Example: FabianEuchner, 2014-10-21'' ---- [[#page_top|top of page]] |
Discussion on package Common
Quick navigation: go to package
Waveform | Common | StationCharacterization | SeismicSource | ResourceMetadata | Borehole | BasicEventDescription | SiteCharacterization | VSTypes | StrongMotion | BasicEventDescriptionTypes | Filter | Hydraulic |
In current package (!Common): go to class
TimeQuantity | ResourceName | ResourceLocator | ResourceReference | Epoch | ResourceIdentifier | RealQuantity | TimeWindow | TimeInterval | LocationPDF | IntegerQuantity | PDF | EvaluationMode | EvaluationStatus |
TimeQuantity [type]
This type describes a point in time, given in ISO 8601 format, with optional symmetric or asymmetric uncertainties given in seconds. The time has to be specified in UTC.
Discussion area: please fill in your comments below (between the horizontal lines) and tag with your user name and the date of your comment.
Example: FabianEuchner, 2014-10-21
TimeQuantity.value (type datetime)
Point in time (UTC), given in ISO 8601 format.
Discussion area: please fill in your comments below (between the horizontal lines) and tag with your user name and the date of your comment.
Example: FabianEuchner, 2014-10-21
TimeQuantity.uncertainty (type float)
Symmetric uncertainty of point in time. Unit: s
Discussion area: please fill in your comments below (between the horizontal lines) and tag with your user name and the date of your comment.
Example: FabianEuchner, 2014-10-21
TimeQuantity.lowerUncertainty (type float)
Lower uncertainty of point in time. Unit: s
Discussion area: please fill in your comments below (between the horizontal lines) and tag with your user name and the date of your comment.
Example: FabianEuchner, 2014-10-21
TimeQuantity.upperUncertainty (type float)
Upper uncertainty of point in time. Unit: s
Discussion area: please fill in your comments below (between the horizontal lines) and tag with your user name and the date of your comment.
Example: FabianEuchner, 2014-10-21
TimeQuantity.confidenceLevel (type float)
Confidence level of the uncertainty, given in percent.
Discussion area: please fill in your comments below (between the horizontal lines) and tag with your user name and the date of your comment.
Example: FabianEuchner, 2014-10-21
ResourceName [type]
TODO
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Example: FabianEuchner, 2014-10-21
ResourceName.resourceName (type urn)
TODO
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Example: FabianEuchner, 2014-10-21
ResourceLocator [type]
TODO
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Example: FabianEuchner, 2014-10-21
ResourceLocator.resourceLocator (type url)
TODO
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Example: FabianEuchner, 2014-10-21
ResourceReference [type]
This type is used to refer to QuakeML resources. The attribute resourceID contains the identifier that acts as a reference to the resource.
Discussion area: please fill in your comments below (between the horizontal lines) and tag with your user name and the date of your comment.
Example: FabianEuchner, 2014-10-21
ResourceReference.resourceID (type uri)
String that is used as a reference to a QuakeML resource. The string has a maximum length of 255 characters.
Discussion area: please fill in your comments below (between the horizontal lines) and tag with your user name and the date of your comment.
Example: FabianEuchner, 2014-10-21
Epoch [type]
TODO
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Example: FabianEuchner, 2014-10-21
Epoch.startTime (type datetime)
TODO
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Example: FabianEuchner, 2014-10-21
Epoch.endTime (type datetime)
TODO
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Example: FabianEuchner, 2014-10-21
ResourceIdentifier [type]
TODO
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Example: FabianEuchner, 2014-10-21
ResourceIdentifier.resourceID (type uri)
TODO
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Example: FabianEuchner, 2014-10-21
RealQuantity [type]
Physical quantities that can be expressed numerically—either as integers or as floating point numbers—are represented by their measured or computed values and optional values for symmetric or upper and lower uncertainties. The interpretation of these uncertainties is not defined in the standard. They can contain statistically well-defined error measures, but the mechanism can also be used to simply describe a possible value range. If the confidence level of the uncertainty is known, it can be listed in the optional attribute confidenceLevel. Note that uncertainty, upperUncertainty, and lowerUncertainty are given as absolute values of the deviation from the main value.
Discussion area: please fill in your comments below (between the horizontal lines) and tag with your user name and the date of your comment.
Example: FabianEuchner, 2014-10-21
RealQuantity.value (type float)
Value of the quantity. The unit is implicitly defined and depends on the context.
Discussion area: please fill in your comments below (between the horizontal lines) and tag with your user name and the date of your comment.
Example: FabianEuchner, 2014-10-21
RealQuantity.uncertainty (type float)
Uncertainty as the absolute value of symmetric deviation from the main value.
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Example: FabianEuchner, 2014-10-21
RealQuantity.lowerUncertainty (type float)
Uncertainty as the absolute value of deviation from the main value towards smaller values.
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Example: FabianEuchner, 2014-10-21
RealQuantity.upperUncertainty (type float)
Uncertainty as the absolute value of deviation from the main value towards larger values.
Discussion area: please fill in your comments below (between the horizontal lines) and tag with your user name and the date of your comment.
Example: FabianEuchner, 2014-10-21
RealQuantity.confidenceLevel (type float)
Confidence level of the uncertainty, given in percent.
Discussion area: please fill in your comments below (between the horizontal lines) and tag with your user name and the date of your comment.
Example: FabianEuchner, 2014-10-21
TimeWindow [type]
Describes a time window for (mainly) amplitude measurements, given by a central point in time, and points in time before and after this central point. Both points before and after may coincide with the central point.
Discussion area: please fill in your comments below (between the horizontal lines) and tag with your user name and the date of your comment.
Example: FabianEuchner, 2014-10-21
TimeWindow.begin (type float)
Absolute value of duration of time interval before reference point in time window. The value may be zero, but not negative. Unit: s
Discussion area: please fill in your comments below (between the horizontal lines) and tag with your user name and the date of your comment.
Example: FabianEuchner, 2014-10-21
TimeWindow.end (type float)
Absolute value of duration of time interval after reference point in time window. The value may be zero, but not negative. Unit: s
Discussion area: please fill in your comments below (between the horizontal lines) and tag with your user name and the date of your comment.
Example: FabianEuchner, 2014-10-21
TimeWindow.reference (type datetime)
Reference point in time (“central” point), in ISO 8601 format. It has to be given in UTC.
Discussion area: please fill in your comments below (between the horizontal lines) and tag with your user name and the date of your comment.
Example: FabianEuchner, 2014-10-21
TimeInterval [type]
TODO
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Example: FabianEuchner, 2014-10-21
TimeInterval.interval (type float)
TODO
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Example: FabianEuchner, 2014-10-21
LocationPDF [type]
TODO
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Example: FabianEuchner, 2014-10-21
LocationPDF.longitudes (type string)
TODO
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Example: FabianEuchner, 2014-10-21
LocationPDF.latitudes (type string)
TODO
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Example: FabianEuchner, 2014-10-21
LocationPDF.probabilities (type string)
TODO
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Example: FabianEuchner, 2014-10-21
IntegerQuantity [type]
(see RealQuantity)
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Example: FabianEuchner, 2014-10-21
IntegerQuantity.value (type int)
(see RealQuantity)
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Example: FabianEuchner, 2014-10-21
IntegerQuantity.uncertainty (type int)
(see RealQuantity)
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Example: FabianEuchner, 2014-10-21
IntegerQuantity.lowerUncertainty (type int)
(see RealQuantity)
Discussion area: please fill in your comments below (between the horizontal lines) and tag with your user name and the date of your comment.
Example: FabianEuchner, 2014-10-21
IntegerQuantity.upperUncertainty (type int)
(see RealQuantity)
Discussion area: please fill in your comments below (between the horizontal lines) and tag with your user name and the date of your comment.
Example: FabianEuchner, 2014-10-21
IntegerQuantity.confidenceLevel (type float)
(see RealQuantity)
Discussion area: please fill in your comments below (between the horizontal lines) and tag with your user name and the date of your comment.
Example: FabianEuchner, 2014-10-21
PDF [type]
TODO
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Example: FabianEuchner, 2014-10-21
PDF.abscissaProperty (type string)
TODO
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Example: FabianEuchner, 2014-10-21
PDF.abscissaUnit (type string)
TODO
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Example: FabianEuchner, 2014-10-21
PDF.abscissae (type string)
TODO
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Example: FabianEuchner, 2014-10-21
PDF.probabilities (type string)
TODO
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Example: FabianEuchner, 2014-10-21
EvaluationMode [enumeration]
Mode of an evaluation (used in Pick, Amplitude, Magnitude, Origin, FocalMechanism). Allowed values are
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Example: FabianEuchner, 2014-10-21
EvaluationStatus [enumeration]
Status of of an evaluation (used in Pick, Amplitude, Magnitude, Origin, FocalMechanism). Allowed values are
PRELIMINARY: preliminary
CONFIRMED: confirmed
REVIEWED: reviewed
FINAL: final
REJECTED: rejected
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Example: FabianEuchner, 2014-10-21