public static IfcTransform NewRemovePropertySetsRequest(Logger logInstance, IfcAuthorMetadata newMetadata,
string[] removePropertySets, string[] keepPropertySets, bool?caseSensitiveMatching)
{
return(new IfcTransform(new ModelPropertySetRemovalTransform(logInstance?.LoggerFactory, defaultLogFilter)
{
ExludePropertySetByName = removePropertySets,
IncludePropertySetByName = keepPropertySets,
IsNameMatchingCaseSensitive = caseSensitiveMatching ?? false,
FilterRuleStrategy = FilterRuleStrategyType.IncludeBeforeExclude,
EditorCredentials = newMetadata?.MetaData.ToEditorCredentials(),
}));
}
public static IfcTransform NewTransformPlacementRequest(Logger logInstance, IfcAuthorMetadata newMetadata, Alignment alignment, object placementStrategy)
{
ModelPlacementStrategy strategy = default(ModelPlacementStrategy);
if (!DynamicArgumentDelegation.TryCastEnum(placementStrategy, out strategy))
{
log.LogWarning("Unable to cast '{0}' to type {1}. Using '{2}'.", placementStrategy, nameof(ModelPlacementStrategy), strategy);
}
return(new IfcTransform(new ModelPlacementTransform(logInstance?.LoggerFactory, defaultLogFilter)
{
AxisAlignment = alignment.TheAxisAlignment,
PlacementStrategy = strategy,
EditorCredentials = newMetadata?.MetaData.ToEditorCredentials()
}));
}
public static IfcTransform NewRepresentationRefactorTransform(Logger logInstance, IfcAuthorMetadata newMetadata, string[] contexts, object refactorStrategy)
{
ProductRefactorStrategy strategy = default(ProductRefactorStrategy);
if (!DynamicArgumentDelegation.TryCastEnum(refactorStrategy, out strategy))
{
log.LogWarning("Unable to cast '{0}' to type {1}. Using '{2}'.", refactorStrategy, nameof(ProductRefactorStrategy), strategy);
}
return(new IfcTransform(new ProductRepresentationRefactorTransform(logInstance?.LoggerFactory, defaultLogFilter)
{
ContextIdentifiers = contexts,
Strategy = strategy,
EditorCredentials = newMetadata?.MetaData.ToEditorCredentials()
}));
}