public override void Compare(IComparison <CurveChartTemplate> comparison)
{
_objectComparer.Compare(comparison.ChildComparison(x => x.ChartSettings));
_objectComparer.Compare(comparison.ChildComparison(x => x.FontAndSize));
_enumerableComparer.CompareEnumerables(comparison, x => x.Axes, item => item.Caption);
_enumerableComparer.CompareEnumerables(comparison, x => x.Curves, item => item.Name);
}
public override void Compare(IComparison <CurveTemplate> comparison)
{
CompareValues(x => x.Name, x => x.Name, comparison);
_objectComparer.Compare(comparison.ChildComparison(x => x.xData));
_objectComparer.Compare(comparison.ChildComparison(x => x.yData));
CompareValues(x => x.IsBaseGrid, x => x.IsBaseGrid, comparison);
_objectComparer.Compare(comparison.ChildComparison(x => x.CurveOptions));
}
public override void Compare(IComparison <Simulation> comparison)
{
_lazyLoadTask.Load(comparison.Object1);
_lazyLoadTask.Load(comparison.Object2);
_comparer.Compare(comparison.ChildComparison(x => x.Model));
_comparer.Compare(comparison.ChildComparison(x => x.UsedBuildingBlocks));
}
public override void Compare(IComparison <ISimulationSettings> comparison)
{
_objectBaseDiffBuilder.Compare(comparison);
_objectComparer.Compare(comparison.ChildComparison(x => x.OutputSchema));
_objectComparer.Compare(comparison.ChildComparison(x => x.Solver));
_objectComparer.Compare(comparison.ChildComparison(x => x.OutputSelections));
// not normal usage, but OutputSelections is only a enumeration at this point
_enumerableComparer.CompareEnumerables(comparison, x => x.OutputSelections.AllOutputs, item => item.Path);
_enumerableComparer.CompareEnumerables(comparison, x => x.ChartTemplates, item => item.Name);
}
public override void Compare(IComparison <IMoBiBuildConfiguration> comparison)
{
_objectComparer.Compare(comparison.ChildComparison(x => x.SpatialStructureInfo, comparison.CommonAncestor));
_objectComparer.Compare(comparison.ChildComparison(x => x.MoleculesInfo, comparison.CommonAncestor));
_objectComparer.Compare(comparison.ChildComparison(x => x.ReactionsInfo, comparison.CommonAncestor));
_objectComparer.Compare(comparison.ChildComparison(x => x.PassiveTransportsInfo, comparison.CommonAncestor));
_objectComparer.Compare(comparison.ChildComparison(x => x.EventGroupsInfo, comparison.CommonAncestor));
_objectComparer.Compare(comparison.ChildComparison(x => x.ObserversInfo, comparison.CommonAncestor));
_objectComparer.Compare(comparison.ChildComparison(x => x.SimulationSettingsInfo, comparison.CommonAncestor));
_objectComparer.Compare(comparison.ChildComparison(x => x.ParameterStartValuesInfo, comparison.CommonAncestor));
_objectComparer.Compare(comparison.ChildComparison(x => x.MoleculeStartValuesInfo, comparison.CommonAncestor));
}
public override void Compare(IComparison <IParameter> comparison)
{
if (!ShouldCompareParametersIn(comparison))
{
return;
}
_quantityDiffBuilder.Compare(comparison);
CompareValues(x => x.BuildMode, x => x.BuildMode, comparison);
if (shouldCompareRHSFormula(comparison))
{
_objectComparer.Compare(comparison.ChildComparison(x => x.RHSFormula));
}
else
{
CompareValues(x => x.RHSFormula != null, Captions.Diff.IsStateVariable, comparison);
}
if (comparison.Settings.OnlyComputingRelevant)
{
return;
}
CompareValues(x => x.Visible, x => x.Visible, comparison);
}
public override void Compare(IComparison <IModel> comparison)
{
//Pass common ancestor here (simulation) so that message and type displayed to user reflects its expectations. (Model is only used internally)
_objectComparer.Compare(comparison.ChildComparison(x => x.Root, comparison.CommonAncestor));
//Neighborhood are defined as child container of the Model root container so no need to compare neighborhoods as well
}
public override void Compare(IComparison <IMoleculeBuilder> comparison)
{
_containerDiffBuilder.Compare(comparison);
CompareValues(x => !x.IsFloating, Captions.Diff.Stationary, comparison);
_enumerableComparerComparer.CompareEnumerables(comparison, x => x.UsedCalculationMethods, x => x.Category, missingItemType: ObjectTypes.CalculationMethod);
_objectComparer.Compare(comparison.ChildComparison(x => x.DefaultStartFormula));
if (comparison.Settings.OnlyComputingRelevant)
{
return;
}
CompareValues(x => x.QuantityType, x => x.QuantityType, comparison);
}
public override void Compare(IComparison <Individual> comparison)
{
_comparer.Compare(comparison.ChildComparison(x => x.OriginData));
_enumerableComparer.CompareEnumerables(comparison, x => x.AllExpressionProfiles().AllNames(), x => x, missingItemType: PKSimConstants.ObjectTypes.ExpressionProfile);
_containerDiffBuilder.Compare(comparison);
}
public override void Compare(IComparison <Individual> comparison)
{
_comparer.Compare(comparison.ChildComparison(x => x.OriginData));
_containerDiffBuilder.Compare(comparison);
}
public override void Compare(IComparison <IMoBiSimulation> comparison)
{
_objectComparer.Compare(comparison.ChildComparison(x => x.Model));
_objectComparer.Compare(comparison.ChildComparison(x => x.MoBiBuildConfiguration));
}
public override void Compare(IComparison <ExpressionProfile> comparison)
{
CompareValues(x => x.Category, PKSimConstants.UI.ExpressionProfileCategory, comparison);
//Species not required since it will be compared with the underlying individual
_comparer.Compare(comparison.ChildComparison(x => x.Individual));
}
public override void Compare(IComparison <ChartFontAndSizeSettings> comparison)
{
CompareValues(x => x.ChartHeight, x => x.ChartHeight, comparison);
CompareValues(x => x.ChartWidth, x => x.ChartWidth, comparison);
_objectComparer.Compare(comparison.ChildComparison(x => x.Fonts, comparison.CommonAncestor));
}
public override void Compare(IComparison <ImportPopulation> comparison)
{
_containerDiffBuilder.Compare(comparison);
_comparer.Compare(comparison.ChildComparison(x => x.Settings));
}
public override void Compare(IComparison <Compound> comparison)
{
_containerDiffBuilder.Compare(comparison);
_comparer.Compare(comparison.ChildComparison(x => x.CalculationMethodCache));
CompareStringValues(x => x.IsSmallMolecule.ToString(), PKSimConstants.UI.IsSmallMolecule, comparison);
}
