public IEnumerable <IPKSimObserverBuilder> AllFor(ModelProperties modelProperties)
{
Start();
return(from pkSimObserverBuilder in All()
where _modelObserversRepository.Contains(modelProperties.ModelConfiguration.ModelName, pkSimObserverBuilder.ObserverBuilder.Name)
where modelProperties.ContainsCalculationMethod(pkSimObserverBuilder.CalculationMethod)
select pkSimObserverBuilder);
}
public void should_update_calculation_methods_with_2pores_calcmethods()
{
ModelProperties modelProperties2Pores = sut.DefaultFor(_originData, CoreConstants.Model.TwoPores);
foreach (var calcMethod in modelProperties2Pores.AllCalculationMethods())
{
_updatedProperties.ContainsCalculationMethod(calcMethod.Name).ShouldBeTrue();
}
}
public IEnumerable <PKSimTransport> AllFor(ModelProperties modelProperties)
{
Start();
return(from passiveTransport in All()
where _modelProcessRepo.Contains(modelProperties.ModelConfiguration.ModelName, passiveTransport.Name)
where modelProperties.ContainsCalculationMethod(passiveTransport.CalculationMethod)
select passiveTransport);
}
public RateKey RateKeyFor(IObjectPath moleculePath, ModelProperties modelProperties)
{
Start();
foreach (var startFormula in _moleculeStartFormulas)
{
if (startFormula.MoleculePath.Equals(moleculePath) &&
modelProperties.ContainsCalculationMethod(startFormula.RateKey.CalculationMethod))
{
return(startFormula.RateKey);
}
}
return(null);
}