public ValidationResult Validate_SingleBodyRepresentation <T, U, V>(bool acceptSubTypes) where T : IfcRepresentationItem where U : IfcRepresentationItem where V : IfcRepresentationItem
{
ValidationResult result = null;
IfcRepresentationItem singleModelRepresenationItem = SingleBodyRepresentationItem(ref result);
if (singleModelRepresenationItem == null)
{
return(result);
}
if (!(singleModelRepresenationItem is T || singleModelRepresenationItem is U || singleModelRepresenationItem is V))
{
return(new ValidationResult("Single Body representation item (" + singleModelRepresenationItem.StepClassName + ") is not " + typeof(T).Name + " or " + typeof(U).Name + " or " + typeof(V).Name));
}
if (!acceptSubTypes)
{
if (singleModelRepresenationItem.GetType().IsSubclassOf(typeof(T)))
{
return(new ValidationResult("Single Body representation item (" + singleModelRepresenationItem.StepClassName + ") is subclass of " + typeof(T).Name));
}
if (singleModelRepresenationItem.GetType().IsSubclassOf(typeof(U)))
{
return(new ValidationResult("Single Body representation item (" + singleModelRepresenationItem.StepClassName + ") is subclass of " + typeof(U).Name));
}
if (singleModelRepresenationItem.GetType().IsSubclassOf(typeof(V)))
{
return(new ValidationResult("Single Body representation item (" + singleModelRepresenationItem.StepClassName + ") is subclass of " + typeof(V).Name));
}
}
return(ValidationResult.Success);
}
