When adding boundary conditions to the model you must first declare the type of the boundary you want to add. This is done as follows for a waterlevel timeseries:
flowLeftBoundaryCondition = AddFlowBoundaryCondition(fmModel, leftBoundary.Name, FlowBoundaryQuantityType.WaterLevel, BoundaryConditionDataType.TimeSeries) flowTopBoundaryCondition = AddFlowBoundaryCondition(fmModel, topBoundary.Name, FlowBoundaryQuantityType.WaterLevel, BoundaryConditionDataType.TimeSeries)
This can be seen on the map on the boundary :
Now we declare a timeseries as a list of [datetime, value]. To do this we need to import the datetime and time classes from the python datetime library.
from datetime import datetime, time
boundaryTimeSeries = [[datetime(2014,1,1, 12,0,0), 2.0],
[datetime(2014,1,2, 12,0,0), 2.2],
[datetime(2014,1,3, 12,0,0), -1.8],
[datetime(2014,1,4, 12,0,0), 2.0],
[datetime(2014,1,5, 12,0,0), -2.0],
[datetime(2014,1,6, 12,0,0), 2.0],
[datetime(2014,1,7, 12,0,0), -2.0],
[datetime(2014,1,8, 12,0,0), 2.0]]
Then we continue by adding the timeseries to a support point of the boundary. In this case we assign the timeseries to 4 support points (left boundary - point 0, 2 and 5 <=> top boundary - point 0).
AddTimeSeriesToSupportPoint(fmModel, flowLeftBoundaryCondition, 0, boundaryTimeSeries) AddTimeSeriesToSupportPoint(fmModel, flowLeftBoundaryCondition, 2, boundaryTimeSeries) AddTimeSeriesToSupportPoint(fmModel, flowLeftBoundaryCondition, 5, boundaryTimeSeries) AddTimeSeriesToSupportPoint(fmModel, flowTopBoundaryCondition, 0, boundaryTimeSeries)
The result can be viewed double clicking the boundary on the map and looking at the boundary conditions editor :
Here you can see that for the left boundary there is a waterlevel timeseries declared on the nodes 0 (LeftBoundary_0001), 2 (LeftBoundary_0003) and 5 (LeftBoundary_0006)
