**Describe the bug**
```
milovidov-desktop :) SET allow_experimental_analyzer = 1

SET allow_experimental_analyzer = 1

Query id: b4494b8c-9f14-4d46-8db9-2cb992dcfcb6

Ok.

0 rows in set. Elapsed: 0.001 sec. 

milovidov-desktop :) SELECT arrayFilter(x -> notEmpty(concat(x)), [NULL, NULL]) FROM system.one ARRAY JOIN [1048577] AS elem, arrayMap(x -> concat(x, elem, ''), ['']) AS unused

SELECT arrayFilter(x -> notEmpty(concat(x)), [NULL, NULL])
FROM system.one
ARRAY JOIN
    [1048577] AS elem,
    arrayMap(x -> concat(x, elem, ''), ['']) AS unused

Query id: ca118c75-812b-4c83-bd30-1af64ed38635


0 rows in set. Elapsed: 0.003 sec. 

Received exception from server (version 22.13.1):
Code: 49. DB::Exception: Received from localhost:9000. DB::Exception: Cannot capture column 3 because it has incompatible type: got Array(UInt32), but UInt32 is expected.. (LOGICAL_ERROR)
```
{
            const auto & column_name = non_matched_column_names[i];
            non_matched_column_names_buffer << column_name;
            if (i + 1 != non_matched_column_names_size)
                non_matched_column_names_buffer << ", ";
        }
        throw Exception(ErrorCodes::BAD_ARGUMENTS,
            "Strict {} column transformer {} expects following column(s) {}",
            toString(strict_transformer_type),
            strict_transformer->formatASTForErrorMessage(),
            non_matched_column_names_buffer.str());
    }
    matcher_node = std::move(list);
    return result_projection_names;
}
/** Resolve window function window node.
  *
  * Node can be identifier or window node.
  * Example: SELECT count(*) OVER w FROM test_table WINDOW w AS (PARTITION BY id);
  * Example: SELECT count(*) OVER (PARTITION BY id);
  *
  * If node has parent window name specified, then parent window definition is searched in nearest query scope WINDOW section.
  * If node is identifier, than node is replaced with window definition.
  * If node is window, that window node is merged with parent window node.
  *
  * Window node PARTITION BY and ORDER BY parts are resolved.
  * If window node has frame begin OFFSET or frame end OFFSET specified, they are resolved, and window node frame constants are updated.
  * Window node frame is validated.
  */
ProjectionName QueryAnalyzer::resolveWindow(QueryTreeNodePtr & node, IdentifierResolveScope & scope)