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Exercise
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outline
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We
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want
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to
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get
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a
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timeserie
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of
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the
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calculated
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waterlevel
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at
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the
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"station"
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observation
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points,
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and
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a
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timeserie
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for
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the
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NetCdf
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file
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stations
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that
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were
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added
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as
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observation
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points
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and
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show
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them
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in
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one
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chart.
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Extract
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timeseries
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from
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the
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model
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output
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and
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NetCdf
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file
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and
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plot
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both
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in
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one
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chart
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Add
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the
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following
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import
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statement
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to
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the
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region
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Import
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libs:
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{color}: {code:language=python} # DeltaShell libs from DelftTools.Functions import IFunction { |
And add this code to the end of the script :
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code} \\ And add this code to the end of the script : {code:language=python} #region Compare results with astronomical components waterLevel = GetItemByName(fmModel.OutputHisFileStore.Functions, "Water level (waterlevel)") timeSeriesToPlot = List[IFunction]() for station in stationsInEvelope: observationPoint = GetItemByName(waterLevel.Features, station.name) # Create waterlevel timeseries timeSeriesToPlot.Add(waterLevel.GetTimeSeries(observationPoint)) # Create astronomical components timeseries timeSeriesToPlot.Add(GetAstroComponentsTimeSeries(fmModel.StartTime, fmModel.StopTime, fmModel.TimeStep, station, componentNames)) # Show the timeseries Gui.DocumentViewsResolver.OpenViewForData(timeSeriesToPlot) #endregion {code} \\ We start by getting the waterlevel output of the FM model. This is done by getting the "Water level |
We start by getting the waterlevel output of the FM model. This is done by getting the "Water level (waterlevel)"
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function
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(waterlevel
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values
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as
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function
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of
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time)
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from
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the
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"OutputHisFileStore"
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(His
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output
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files)
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} waterLevel = GetItemByName(fmModel.OutputHisFileStore.Functions, "Water level (waterlevel)") {code} \\ Then we create a list for the timeseries and add a timeseries for the waterlevel and for the station. {code:language=python} |
Then we create a list for the timeseries and add a timeseries for the waterlevel and for the station.
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timeSeriesToPlot = List[IFunction]() for station in stationsInEvelope: observationPoint = GetItemByName(waterLevel.Features, station.name) # Create waterlevel timeseries timeSeriesToPlot.Add(waterLevel.GetTimeSeries(observationPoint)) # Create astronomical components timeseries timeSeriesToPlot.Add(GetAstroComponentsTimeSeries(fmModel.StartTime, fmModel.StopTime, fmModel.TimeStep, station, componentNames)) |
Now we ask DeltaShell to open a view for list of timeseries:
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{code} \\ Now we ask DeltaShell to open a view for list of timeseries: {code:language=python} # Show the timeseries Gui.DocumentViewsResolver.OpenViewForData(timeSeriesToPlot) {code} \\ \\ |
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