void Controller_ControllerEvent(object sender, ControllerEventArgs e)
{
// When model is prepared, we can connect to the HD Module
if (e.State == ControllerState.Prepared)
{
// We are done with the ControllerEvent, so unregister
controller.ControllerEvent -= Controller_ControllerEvent;
// Register for event triggered every time step, where the weir coefficient will be updated
controller.EngineNet.PostTimeStepEvent += UpdateWeirCoefficients;
// Find upstream H gridpoint, where to extract the water level.
ProxyUtil proxy = new ProxyUtil(controller.EngineNet);
for (int i = 0; i < _weirCoefficients.Count; i++)
{
HonmaWeir weir = _weirCoefficients[i].Weir;
// Find location of weir, and upstream reach and grid point - for a water level getter we need the H grid point
// This is chainage-upstream and not flow-upstream.
EngineReach engineReach = controller.EngineNet.FindReach(weir.Location);
if (engineReach == null)
{
continue; // throw error?
}
GridPoint gp = engineReach.GetClosestUpstreamGridPoint(weir.Location.Chainage, gpm => gpm is HGridPoint, false);
if (gp == null)
{
continue; // throw error?
}
// Extract a getter which will return the current water level
_weirCoefficients[i].Getter = proxy.Getter(engineReach, gp.PointIndex, Quantity.Create(PredefinedQuantity.WaterLevel));
}
}
}
/// <summary>
/// Creates an <see cref="IEngineDataItem{T}"/> that stores one value on the gridpoint
/// where the structure is located.
/// Adds this <see cref="IEngineDataItem{T}"/> to the <see cref="DataModule"/> for supporting outputting.
/// Returns an <see cref="IEngineDataReach{T}"/> holding the value to update every timestep.
/// </summary>
private EngineDataReach <double> CreateEngineDataReach(Quantity quantity, EngineReach engineReach, GridPoint gridPoint)
{
// Grid point index where PowerPlant data belongs - required to get output right
int[] indexList = new int[] { gridPoint.PointIndex };
// EngineDataItem that stores data for a single PowerPlant and transfers data to result file
var engineData = new EngineDataItemAll <double>(_controller.EngineNet, quantity)
{
ReachesData = new IEngineDataReach <double> [_controller.EngineNet.Reaches.Count]
};
// Add data items to data module
_controller.EngineNet.DataModule.AddDataItem(engineData);
// Data for this reach, containing one value at the structure grid point
var engineDataReach = new EngineDataReach <double>()
{
Values = new double[indexList.Length],
IndexList = indexList,
};
// Register reach data with dataitem
engineData.ReachesData[engineReach.ReachListIndex] = engineDataReach;
return(engineDataReach);
}
private void Initialize()
{
_powerPlants = new List <PowerPlantData>();
// Proxy, used for getting access to engine variables
ProxyUtil proxy = new ProxyUtil(_controller.EngineNet);
// Quantities
Quantity powerQuantity = new Quantity("EnergyPower", "Energy Power", eumItem.eumIPower, eumUnit.eumUkwatt);
Quantity energyQuantity = new Quantity("EnergyProduced", "Energy produced", eumItem.eumIenergy, eumUnit.eumUKiloWattHour);
// Add quantities to default HD results
ResultSpecification hdResults = _controller.Mike1DData.ResultSpecifications.Find(rs => rs.ID == "DefaultHDResults");
hdResults.What.Add(powerQuantity);
hdResults.What.Add(energyQuantity);
// Setup all powerplants
foreach (string powerPlantStructureId in _powerPlantStructureIds)
{
// Find structure with Id - returns null if not found
IStructure structure = _controller.Mike1DData.Network.StructureCollection.Structures.FirstOrDefault(
s => StringComparer.OrdinalIgnoreCase.Equals(s.ID, powerPlantStructureId));
// Only applicable for Discharge structures
DischargeStructure dischargeStructure = structure as DischargeStructure;
// null if structure was not an IDischargeStructure, or powerPlantStructureId was not found
if (dischargeStructure == null)
{
continue;
}
// Find reach and grid point of structure
ILocation location = dischargeStructure.Location;
EngineReach engineReach = _controller.EngineNet.FindReach(location);
GridPoint gridPoint = engineReach.GetClosestGridPoint <GridPoint>(dischargeStructure.Location);
// Getters for waterlevels upstream and downstream of structure.
DDoubleGetter upWl = proxy.GetterUnboxed(engineReach, gridPoint.PointIndex - 1, Quantity.Create(PredefinedQuantity.WaterLevel));
DDoubleGetter doWl = proxy.GetterUnboxed(engineReach, gridPoint.PointIndex + 1, Quantity.Create(PredefinedQuantity.WaterLevel));
// Data for this reach. Id of structure is added to description of quantity
var powerDataReach = CreateEngineDataReach(CreateIdQuantity(powerQuantity, structure.ID), engineReach, gridPoint);
var energyDataReach = CreateEngineDataReach(CreateIdQuantity(energyQuantity, structure.ID), engineReach, gridPoint);
PowerPlantData powerPlantData = new PowerPlantData();
powerPlantData.Structure = dischargeStructure;
powerPlantData.UpWl = upWl;
powerPlantData.DoWl = doWl;
powerPlantData.PowerData = powerDataReach;
powerPlantData.EnergyData = energyDataReach;
_powerPlants.Add(powerPlantData);
}
_controller.EngineNet.PostTimeStepEvent += PostTimestep;
}
private void AddLocation(EngineReach engineReach, LocationSpan locationsSpan)
{
var hdReach = _engineNet.HDModule.GetReach(engineReach);
if (hdReach == null)
{
return;
}
var useAllReach = locationsSpan.StartChainage == Constants.DOUBLE_DELETE_VALUE ||
locationsSpan.EndChainage == Constants.DOUBLE_DELETE_VALUE;
var location = new BedResistanceLocation()
{
Reach = hdReach
};
// Bed resistance toolbox modifies the resistance only on the H grid points.
foreach (var hdGridPoint in hdReach.GridPoints)
{
var hdhGridPoint = hdGridPoint as IHDHGridPoint;
if (hdhGridPoint == null)
{
continue;
}
if (!locationsSpan.ContainsChainage(hdhGridPoint.GridPoint.Location.Chainage) && !useAllReach)
{
continue;
}
location.GridPoints.Add(hdhGridPoint);
}
if (location.GridPoints.Count > 0)
{
_locations.Add(location);
}
}
