
**Describe what's wrong**

I am testing projection. An exception was found during query: ```DB::Exception: Not found column toStartOfHour(datetime) in block.```

**Does it reproduce on recent release?**

v22.3.4.20-lts


**How to reproduce**

* My ClickHouse server version is 22.3.4.20 and 22.7.1

```
CREATE TABLE video_log
(
 `datetime` DateTime, -- 20,000 records per second
 `user_id` UInt64, -- Cardinality == 100,000,000
 `device_id` UInt64, -- Cardinality == 200,000,000
 `domain` LowCardinality(String), -- Cardinality == 100
 `bytes` UInt64, -- Ranging from 128 to 1152
 `duration` UInt64 -- Ranging from 100 to 400
)
ENGINE = MergeTree
PARTITION BY toDate(datetime) -- Daily partitioning
ORDER BY (user_id, device_id); -- Can only favor one column here

CREATE TABLE rng
(
 `user_id_raw` UInt64,
 `device_id_raw` UInt64,
 `domain_raw` UInt64,
 `bytes_raw` UInt64,
 `duration_raw` UInt64
)
ENGINE = GenerateRandom(1024);

INSERT INTO video_log SELECT
 toUnixTimestamp(toDateTime(today()))
 + (rowNumberInAllBlocks() / 20000),
 user_id_raw % 100000000 AS user_id,
 device_id_raw % 200000000 AS device_id,
 domain_raw % 100,
 (bytes_raw % 1024) + 128,
 (duration_raw % 300) + 100
FROM rng
LIMIT 17280000;

ALTER TABLE video_log ADD PROJECTION p_norm
 (
 SELECT
 datetime,
 device_id,
 bytes,
 duration
 ORDER BY device_id
 );

ALTER TABLE video_log MATERIALIZE PROJECTION p_norm;

ALTER TABLE video_log ADD PROJECTION p_agg
 (
 SELECT
 toStartOfHour(datetime) AS hour,
 domain,
 sum(bytes),
 avg(duration)
 GROUP BY
 hour,
 domain
 );

ALTER TABLE video_log MATERIALIZE PROJECTION p_agg;

```
```

SELECT
    toStartOfHour(datetime) AS hour,
    sum(bytes),
    avg(duration)
FROM video_log
WHERE (toDate(hour) = today()) AND (device_id = '100')
GROUP BY hour

Query id: ffc3bc0c-26cf-4415-9a00-d2184130c30d


0 rows in set. Elapsed: 0.035 sec. 

Received exception from server (version 22.7.1):
Code: 10. DB::Exception: Received from localhost:9000. DB::Exception: Not found column toStartOfHour(datetime) in block. (NOT_FOUND_COLUMN_IN_BLOCK)

```



{
        /
        Field partition_key_value = evaluateConstantExpression(partition_ast.value, local_context).first;
        if (partition_key_value.getType() != Field::Types::Tuple)
            throw Exception(ErrorCodes::INVALID_PARTITION_VALUE,
                            "Expected tuple for complex partition key, got {}", partition_key_value.getTypeName());
        const Tuple & tuple = partition_key_value.get<Tuple>();
        if (tuple.size() != fields_count)
            throw Exception(ErrorCodes::LOGICAL_ERROR,
                            "Wrong number of fields in the partition expression: {}, must be: {}", tuple.size(), fields_count);
        for (size_t i = 0; i < fields_count; ++i)
            partition_row[i] = convertFieldToTypeOrThrow(tuple[i], *key_sample_block.getByPosition(i).type);
    }
    MergeTreePartition partition(std::move(partition_row));
    String partition_id = partition.getID(*this);
    {
        auto data_parts_lock = (acquired_lock) ? DataPartsLock() : lockParts();
        DataPartPtr existing_part_in_partition = getAnyPartInPartition(partition_id, data_parts_lock);
        if (existing_part_in_partition && existing_part_in_partition->partition.value != partition.value)
        {
            WriteBufferFromOwnString buf;
            partition.serializeText(*this, buf, FormatSettings{});
            throw Exception(ErrorCodes::LOGICAL_ERROR, "Parsed partition value: {} "
                            "doesn't match partition value for an existing part with the same partition ID: {}",
                            buf.str(), existing_part_in_partition->name);
        }
    }
    return partition_id;
}
DataPartsVector MergeTreeData::getVisibleDataPartsVector(ContextPtr local_context) const