protected virtual void CloneTree(openehr.openehr.am.archetype.constraint_model.C_COMPLEX_OBJECT adlComplexObject, C_COMPLEX_OBJECT parentComplexObject, int depth)
{
CloneConstraintVisitor nodeVisitor = NewInstance();
openehr.openehr.am.archetype.constraint_model.C_ATTRIBUTE adlAttribute;
parentComplexObject.attributes = new C_ATTRIBUTE[adlComplexObject.attributes().count()];
for (int i = 1; i <= adlComplexObject.attributes().count(); i++)
{
adlAttribute = adlComplexObject.attributes().i_th(i) as openehr.openehr.am.archetype.constraint_model.C_ATTRIBUTE;
C_ATTRIBUTE attributeNode = nodeVisitor.CloneAttribute(adlAttribute);
attributeNode.children = new C_OBJECT[adlAttribute.children().count()];
parentComplexObject.attributes[i - 1] = attributeNode;
for (int j = 1; j <= adlAttribute.children().count(); j++)
{
openehr.openehr.am.archetype.constraint_model.C_OBJECT child = adlAttribute.children().i_th(j) as openehr.openehr.am.archetype.constraint_model.C_OBJECT;
object childNode = nodeVisitor.Visit(child, depth);
attributeNode.children[j - 1] = childNode as C_OBJECT;
if (child is openehr.openehr.am.archetype.constraint_model.Impl.C_COMPLEX_OBJECT)
CloneTree(child as openehr.openehr.am.archetype.constraint_model.C_COMPLEX_OBJECT, childNode as C_COMPLEX_OBJECT, ++depth);
}
}
}