public static void M1DSimulatorExample1()
{
const string modelFilePath = @"C:\MIKEUrban_M1D_model.m1dx";
var simulator = new M1DSimulatorRtc(modelFilePath)
{
// Change input files if different than model default
RainfallRunoffResultDataFilePath = @"C:\RainEvent.res1d",
CatchmentDischargeResultDataFilePath = @"C:\CatchmentDischarge.res1d",
ResultBaseFilePath = @"C:\M1DSimulatorExample1.res1d"
// HotStartFilePath = @""
};
// Add watervolume to default result file
simulator.SetQuantitiesOfResultSpecification(new[] { "WaterVolume", "Discharge" });
var allAvailableQuantities = M1DSimulatorRunner.GetAllQuantities;
// Set simulation start and end
var from = new DateTime(2014, 7, 12, 10, 45, 0);
var to = new DateTime(2014, 7, 12, 10, 55, 0);
simulator.PrepareSimulation(from, to);
var actionNames = simulator.PidActionIds; // Get action names
// Setup PIDs (before running simulation)
simulator.PrepareSetpointPID("action_PID_onActuatorName");
simulator.SetSetpoint("action_PID_onActuatorName", 0.1);
// Start simulation
simulator.RunUntil(new DateTime(2014, 7, 12, 10, 50, 0));
var nodeVolume = simulator.ReadNode("nodeName");
var reachTBHBsensor = simulator.ReadSensor("flowsensor");
simulator.SetSetpoint("action_PID_onActuatorName", 0.2);
simulator.RunUntil(to);
// Stop simulation and write results
simulator.Finish();
}
public void Update(DateTime time, M1DSimulatorRtc m1Dmodel)
{
Value = m1Dmodel.ReadSensor(Id);
}
