protected override void Because()
{
var simulationBatchRunValues = new SimulationBatchRunValues
{
InitialValue = 10.0,
ParameterValue = 3.0
};
_results = sut.Run(simulationBatchRunValues);
}
public void should_throw_an_error_if_the_number_of_parameters_values_is_not_the_one_expected()
{
var simulationBatchRunValues = new SimulationBatchRunValues
{
InitialValues = new[] { 10.0 },
ParameterValues = new[] { 3.0 }
};
The.Action(() => sut.Run(simulationBatchRunValues)).ShouldThrowAn <Exception>();
}
/// <summary>
/// Updates the parameter values and species initial values of the simulation and run the simulation synchronously.
/// This is really the only method that will be called from R
/// </summary>
/// <returns>Results of the simulation run</returns>
public SimulationResults Run(SimulationBatchRunValues simulationBatchRunValues)
{
_simModelBatch.UpdateParameterValues(simulationBatchRunValues.Values);
_simModelBatch.UpdateInitialValues(simulationBatchRunValues.MoleculeValues);
var simulationResults = _simModelBatch.RunSimulation();
if (!_simulationBatchOptions.CalculateSensitivity)
{
return(_simulationResultsCreator.CreateResultsFrom(simulationResults.Results));
}
return(_simulationResultsCreator.CreateResultsWithSensitivitiesFrom(simulationResults.Results, _simModelBatch, _simulationBatchOptions.Parameters));
}
public void AddSimulationBatchRunValues(SimulationBatchRunValues simulationBatchRunValues)
{
_simulationBatchRunValues.Add(simulationBatchRunValues);
}
public Task <SimulationResults> RunAsync(SimulationBatchRunValues simulationBatchRunValues)
{
return(Task.Run(() => Run(simulationBatchRunValues)));
}
