Schema sequentialEnsembleSimulation.xsd


element SequentialEnsembleSimulationConfig
diagram sequentialEnsembleSimulation_diagrams/sequentialEnsembleSimulation_p1.png
annotation
documentation
Configuration of Sequential Ensemble Simulation algorithm, which is simply to perform an ensemble of perturbed model runs.

element analysisTimes
diagram sequentialEnsembleSimulation_diagrams/sequentialEnsembleSimulation_p2.png
attributes
Name  Type  Use  Default  Fixed  Annotation
type  derived by: xs:string  optional  fromObservationTimes    
documentation
Type of analysis times: fromObservationTimes (default) or fixed.
timeFormat  derived by: xs:string  optional  dateTimeString    
documentation
Format of analysis times: dateTimeString (default) or mjd (Modified Julian Day).
skipAtInitialTime  xs:boolean  optional      
documentation
Option whether to skip analysis at the initial simulation time, to prevent possibility of assimilating an observation twice (from the previous assimilation cycle). Default: false.
skipAtFinalTime  xs:boolean  optional      
documentation
Option whether to skip analysis at the final simulation time, to prevent possibility of assimilating an observation twice (at the next assimilation cycle). Default: false.
continueWithoutObservation  xs:boolean  optional      
documentation
Option whether to continue the filter when no observation is available. Default: false.
timeIncrement          
documentation
Analysis time increment.
timeOffset          
documentation
Offset w.r.t. to TSTART of simulation. The first analysis time is equal to TSTART+timeOffset. Default: 0.
timeUnit          
documentation
Unit of timeIncrement and timeOffset. When timeIncrement is specified, then timeUnit is mandatory.
annotation
documentation
Specification of analysis times.

element ensembleModel
diagram sequentialEnsembleSimulation_diagrams/sequentialEnsembleSimulation_p3.png
attributes
Name  Type  Use  Default  Fixed  Annotation
stochParameter  xs:boolean  optional  false    
documentation
Set this to true if the model parameter is considered to be the source of uncertainty.
stochInit  xs:boolean  optional  true    
documentation
Set this to true if the initial condition is considered to be the source of uncertainty.
stochForcing  xs:boolean  optional  true    
documentation
Set this to true if the model forcing is considered to be the source of uncertainty.
annotation
documentation
Selection to add noise to the ensemble members. This should probably be true unless your model has difficulty with the changes of parameters, initial state or the forcing.

attribute ensembleModel/@stochParameter
annotation
documentation
Set this to true if the model parameter is considered to be the source of uncertainty.

attribute ensembleModel/@stochInit
annotation
documentation
Set this to true if the initial condition is considered to be the source of uncertainty.

attribute ensembleModel/@stochForcing
annotation
documentation
Set this to true if the model forcing is considered to be the source of uncertainty.

element ensembleSize
diagram sequentialEnsembleSimulation_diagrams/sequentialEnsembleSimulation_p4.png
annotation
documentation
Set the number of ensemble members.

element file
diagram sequentialEnsembleSimulation_diagrams/sequentialEnsembleSimulation_p5.png
attributes
Name  Type  Use  Default  Fixed  Annotation
xmlTypeMaxSize  xs:integer  optional  40    
documentation
Set the maximum number of state element. When exceeded, and fileType=automatic, Kalman gain will be saved in netcdf format.
fileType  derived by: xs:string  optional  automatic    
documentation
Set the file type for storing Kalman gain: xml, netcdf or automatic (default, see xmlTypeMaxSize). If automatic, and xmlTypeMaxSize is exceeded, Kalman gain will be saved in netcdf format.
fileName  derived by: xs:string  optional  kalmanGainStorage.xml    
documentation
Set the xml file name, which will contain the information about the Kalman gain.
dirPrefix  derived by: xs:string  optional  kgStorage_    
documentation
Set the directory prefix of Kalman gain storage.
annotation
documentation
Set the file information in which the Kalman gain will be saved. Kalman gain will be saved at different directories for different time levels.

attribute file/@xmlTypeMaxSize
annotation
documentation
Set the maximum number of state element. When exceeded, and fileType=automatic, Kalman gain will be saved in netcdf format.

attribute file/@fileType
annotation
documentation
Set the file type for storing Kalman gain: xml, netcdf or automatic (default, see xmlTypeMaxSize). If automatic, and xmlTypeMaxSize is exceeded, Kalman gain will be saved in netcdf format.

attribute file/@fileName
annotation
documentation
Set the xml file name, which will contain the information about the Kalman gain.

attribute file/@dirPrefix
annotation
documentation
Set the directory prefix of Kalman gain storage.

element mainModel
diagram sequentialEnsembleSimulation_diagrams/sequentialEnsembleSimulation_p6.png
attributes
Name  Type  Use  Default  Fixed  Annotation
stochParameter  xs:boolean  optional  false    
documentation
Set this to true if the model parameter is considered to be the source of uncertainty.
stochInit  xs:boolean  optional  false    
documentation
Set this to true if the initial condition is considered to be the source of uncertainty.
stochForcing  xs:boolean  optional  false    
documentation
Set this to true if the model forcing is considered to be the source of uncertainty.
annotation
documentation
Selection to add noise to a model. This should probably be false unless you are performing a special experiment.

element saveGain
diagram sequentialEnsembleSimulation_diagrams/sequentialEnsembleSimulation_p7.png
annotation
documentation
Configuration for times for saving kalman gain.

element times
diagram sequentialEnsembleSimulation_diagrams/sequentialEnsembleSimulation_p8.png
attributes
Name  Type  Use  Default  Fixed  Annotation
type  derived by: xs:string  optional  none    
documentation
Set the type for saving Kalman gains: none (default, Kalman gain is not saved) or fixed.
timeFormat  derived by: xs:string  optional  dateTimeString    
documentation
Time format for saving Kalman gain: dateTimeString (default) or mjd (Modified Julian Day).
annotation
documentation
Set the times at which the Kalman gain is to be saved.

attribute times/@type
annotation
documentation
Set the type for saving Kalman gains: none (default, Kalman gain is not saved) or fixed.

attribute times/@timeFormat
annotation
documentation
Time format for saving Kalman gain: dateTimeString (default) or mjd (Modified Julian Day).

complexType SequentialEnsembleAlgorithmConfigType
diagram sequentialEnsembleSimulation_diagrams/sequentialEnsembleSimulation_p9.png
annotation
documentation
Configuration of sequential ensemble algorithm.

element SequentialSimulationConfig
diagram sequentialEnsembleSimulation_diagrams/sequentialEnsembleSimulation_p10.png
annotation
documentation
Configuration of Sequential Simulation algorithm, which is simply to perform a perturbed model run.

element SequentialSimulationConfig/analysisTimes
diagram sequentialEnsembleSimulation_diagrams/sequentialEnsembleSimulation_p11.png
attributes
Name  Type  Use  Default  Fixed  Annotation
type  derived by: xs:string  optional  fromObservationTimes    
documentation
Type of analysis times: fromObservationTimes (default) or fixed.
timeFormat  derived by: xs:string  optional  dateTimeString    
documentation
Format of analysis times: dateTimeString (default) or mjd (Modified Julian Day).
skipAtInitialTime  xs:boolean  optional      
documentation
Option whether to skip analysis at the initial simulation time, to prevent possibility of assimilating an observation twice (from the previous assimilation cycle). Default: false.
skipAtFinalTime  xs:boolean  optional      
documentation
Option whether to skip analysis at the final simulation time, to prevent possibility of assimilating an observation twice (at the next assimilation cycle). Default: false.
continueWithoutObservation  xs:boolean  optional      
documentation
Option whether to continue the filter when no observation is available. Default: false.
timeIncrement          
documentation
Analysis time increment.
timeOffset          
documentation
Offset w.r.t. to TSTART of simulation. The first analysis time is equal to TSTART+timeOffset. Default: 0.
timeUnit          
documentation
Unit of timeIncrement and timeOffset. When timeIncrement is specified, then timeUnit is mandatory.
annotation
documentation
Specification of analysis times.

element SequentialSimulationConfig/mainModel
diagram sequentialEnsembleSimulation_diagrams/sequentialEnsembleSimulation_p12.png
attributes
Name  Type  Use  Default  Fixed  Annotation
stochParameter  xs:boolean  optional  false    
documentation
Set this to true if the model parameter is considered to be the source of uncertainty.
stochInit  xs:boolean  optional  false    
documentation
Set this to true if the initial condition is considered to be the source of uncertainty.
stochForcing  xs:boolean  optional  false    
documentation
Set this to true if the model forcing is considered to be the source of uncertainty.

complexType analysisTimesType
diagram sequentialEnsembleSimulation_diagrams/sequentialEnsembleSimulation_p13.png
attributes
Name  Type  Use  Default  Fixed  Annotation
type  derived by: xs:string  optional  fromObservationTimes    
documentation
Type of analysis times: fromObservationTimes (default) or fixed.
timeFormat  derived by: xs:string  optional  dateTimeString    
documentation
Format of analysis times: dateTimeString (default) or mjd (Modified Julian Day).
skipAtInitialTime  xs:boolean  optional      
documentation
Option whether to skip analysis at the initial simulation time, to prevent possibility of assimilating an observation twice (from the previous assimilation cycle). Default: false.
skipAtFinalTime  xs:boolean  optional      
documentation
Option whether to skip analysis at the final simulation time, to prevent possibility of assimilating an observation twice (at the next assimilation cycle). Default: false.
continueWithoutObservation  xs:boolean  optional      
documentation
Option whether to continue the filter when no observation is available. Default: false.
timeIncrement          
documentation
Analysis time increment.
timeOffset          
documentation
Offset w.r.t. to TSTART of simulation. The first analysis time is equal to TSTART+timeOffset. Default: 0.
timeUnit          
documentation
Unit of timeIncrement and timeOffset. When timeIncrement is specified, then timeUnit is mandatory.
annotation
documentation
Specification of analysis times.

attribute analysisTimesType/@type
annotation
documentation
Type of analysis times: fromObservationTimes (default) or fixed.

attribute analysisTimesType/@timeFormat
annotation
documentation
Format of analysis times: dateTimeString (default) or mjd (Modified Julian Day).

attribute analysisTimesType/@skipAtInitialTime
annotation
documentation
Option whether to skip analysis at the initial simulation time, to prevent possibility of assimilating an observation twice (from the previous assimilation cycle). Default: false.

attribute analysisTimesType/@skipAtFinalTime
annotation
documentation
Option whether to skip analysis at the final simulation time, to prevent possibility of assimilating an observation twice (at the next assimilation cycle). Default: false.

attribute analysisTimesType/@continueWithoutObservation
annotation
documentation
Option whether to continue the filter when no observation is available. Default: false.

attribute analysisTimesType/@timeIncrement
annotation
documentation
Analysis time increment.

attribute analysisTimesType/@timeOffset
annotation
documentation
Offset w.r.t. to TSTART of simulation. The first analysis time is equal to TSTART+timeOffset. Default: 0.

attribute analysisTimesType/@timeUnit
annotation
documentation
Unit of timeIncrement and timeOffset. When timeIncrement is specified, then timeUnit is mandatory.

complexType mainModelType
diagram sequentialEnsembleSimulation_diagrams/sequentialEnsembleSimulation_p14.png
attributes
Name  Type  Use  Default  Fixed  Annotation
stochParameter  xs:boolean  optional  false    
documentation
Set this to true if the model parameter is considered to be the source of uncertainty.
stochInit  xs:boolean  optional  false    
documentation
Set this to true if the initial condition is considered to be the source of uncertainty.
stochForcing  xs:boolean  optional  false    
documentation
Set this to true if the model forcing is considered to be the source of uncertainty.
annotation
documentation
Selection to add noise to a model. This should probably be false unless you are performing a special experiment.

attribute mainModelType/@stochParameter
annotation
documentation
Set this to true if the model parameter is considered to be the source of uncertainty.

attribute mainModelType/@stochInit
annotation
documentation
Set this to true if the initial condition is considered to be the source of uncertainty.

attribute mainModelType/@stochForcing
annotation
documentation
Set this to true if the model forcing is considered to be the source of uncertainty.

simpleType ST_analysisTimes

simpleType ST_times


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