199         return std::visit([&t](auto& it) -> auto {  in apply()
200             return t(get(it));  in apply()
206         return std::visit([&t](const auto& it) -> auto {  in apply()
207             return t(get(it));  in apply()
233         apply([&](auto& it) { it.updateChildren(std::move(updateFn)); });  in updateChildren()
247         return apply([](const auto& it) -> auto { return it.isEmpty(); });  in isEmpty()
255         return apply([](const auto& it) -> auto { return it.containsProjectionReceiver(); });  in containsProjectionReceiver()
267         return apply([](const auto& it) -> auto { return it.hasVectorDrawables(); });  in hasVectorDrawables()
281         return apply([](const auto& it) -> auto { return it.getUsedSize(); });  in getUsedSize()
285         return apply([](const auto& it) -> auto { return it.getAllocatedSize(); });  in getAllocatedSize()
289         apply([&](const auto& it) { it.output(output, level); });  in output()
293         return apply([](const auto& it) -> auto { return it.hasFunctor(); });  in hasFunctor()
299         return apply([&](auto& it) -> auto {  in prepareListAndChildren()
300             return it.prepareListAndChildren(observer, info, functorsNeedLayer, std::move(childFn));  in prepareListAndChildren()
305         apply([&](auto& it) { it.syncContents(data); });  in syncContents()
309         apply([&](auto& it) { it.onRemovedFromTree(); });  in onRemovedFromTree()
313         return apply([](const auto& it) -> auto { return it.hasText(); });  in hasText()
317         apply([=](auto& it) { it.applyColorTransform(transform); });  in applyColorTransform()