private void addVariabilityParameterIn(ISpatialStructure spatialStructure)
{
var organism = getOrganism(spatialStructure);
if (organism == null)
{
return;
}
var lumen = organism.EntityAt <IContainer>("Lumen");
if (lumen == null)
{
return;
}
var parameter = _objectBaseFactory.Create <IDistributedParameter>()
.WithName(EFFECTIVE_SURFACE_AREA_VARIABILITY_FACTOR)
.WithDescription("Effective surface area variability factor");
parameter.WithGroup("GI_ANATOMY_AEFF_FACTOR");
var meanParameter = effectiveSurfaceAreaMeanParameter();
var deviationParameter = effectiveSurfaceAreaDeviationParameter();
var percentileParameter = effectiveSurfaceAreaPercentileParameter();
parameter.Add(meanParameter);
parameter.Add(deviationParameter);
parameter.Add(percentileParameter);
parameter.Formula = _distributionFormulaFactory.CreateLogNormalDistributionFormulaFor(parameter, meanParameter, deviationParameter);
lumen.Add(parameter);
}
public void UpdateDistributionFormula()
{
IDistributionFormula newFormula;
switch (_distributedParameterDTO.FormulaType)
{
case DistributionFormulaType.DiscreteDistribution:
checkChildrenForDiscreteDistributionProperties();
newFormula = _distributionFormulaFactory.CreateDiscreteDistributionFormulaFor(_distributedParameter,
getChildParameter(Constants.Distribution.MEAN));
break;
case DistributionFormulaType.NormalDistribution:
checkChildrenForNormalDistributionProperties();
newFormula = _distributionFormulaFactory.CreateNormalDistributionFormulaFor(_distributedParameter,
getChildParameter(Constants.Distribution.MEAN),
getChildParameter(Constants.Distribution.DEVIATION));
break;
case DistributionFormulaType.UniformDistribution:
checkChildrenForUniformDistributionProperties();
newFormula = _distributionFormulaFactory.CreateUniformDistributionFormulaFor(_distributedParameter,
getChildParameter(Constants.Distribution.MINIMUM),
getChildParameter(Constants.Distribution.MAXIMUM));
break;
case DistributionFormulaType.LogNormalDistribution:
checkChildrenForLogNormalDistributionProperties();
newFormula = _distributionFormulaFactory.CreateLogNormalDistributionFormulaFor(_distributedParameter,
getChildParameter(Constants.Distribution.MEAN),
getChildParameter(Constants.Distribution.GEOMETRIC_DEVIATION));
break;
default:
throw new ArgumentOutOfRangeException("distributionFormulaType");
}
updateDistributedFormula(newFormula);
rebind();
}
