3308. Find Top Performing Driver

+--------------+---------+
| Column Name  | Type    |
+--------------+---------+
| driver_id    | int     |
| name         | varchar |
| age          | int     |
| experience   | int     |
| accidents    | int     |
+--------------+---------+
(driver_id) is the unique key for this table.
Each row includes a driver's ID, their name, age, years of driving experience, and the number of accidents they’ve had.

+--------------+---------+
| vehicle_id   | int     |
| driver_id    | int     |
| model        | varchar |
| fuel_type    | varchar |
| mileage      | int     |
+--------------+---------+
(vehicle_id, driver_id, fuel_type) is the unique key for this table.
Each row includes the vehicle's ID, the driver who operates it, the model, fuel type, and mileage.

+--------------+---------+
| trip_id      | int     |
| vehicle_id   | int     |
| distance     | int     |
| duration     | int     |
| rating       | int     |
+--------------+---------+
(trip_id) is the unique key for this table.
Each row includes a trip's ID, the vehicle used, the distance covered (in miles), the trip duration (in minutes), and the passenger's rating (1-5).

Input:

Drivers table:

+-----------+----------+-----+------------+-----------+
| driver_id | name     | age | experience | accidents |
+-----------+----------+-----+------------+-----------+
| 1         | Alice    | 34  | 10         | 1         |
| 2         | Bob      | 45  | 20         | 3         |
| 3         | Charlie  | 28  | 5          | 0         |
+-----------+----------+-----+------------+-----------+

Vehicles table:

+------------+-----------+---------+-----------+---------+
| vehicle_id | driver_id | model   | fuel_type | mileage |
+------------+-----------+---------+-----------+---------+
| 100        | 1         | Sedan   | Gasoline  | 20000   |
| 101        | 2         | SUV     | Electric  | 30000   |
| 102        | 3         | Coupe   | Gasoline  | 15000   |
+------------+-----------+---------+-----------+---------+

Trips table:

+---------+------------+----------+----------+--------+
| trip_id | vehicle_id | distance | duration | rating |
+---------+------------+----------+----------+--------+
| 201     | 100        | 50       | 30       | 5      |
| 202     | 100        | 30       | 20       | 4      |
| 203     | 101        | 100      | 60       | 4      |
| 204     | 101        | 80       | 50       | 5      |
| 205     | 102        | 40       | 30       | 5      |
| 206     | 102        | 60       | 40       | 5      |
+---------+------------+----------+----------+--------+

Output:

+-----------+-----------+--------+----------+
| fuel_type | driver_id | rating | distance |
+-----------+-----------+--------+----------+
| Electric  | 2         | 4.50   | 180      |
| Gasoline  | 3         | 5.00   | 100      |
+-----------+-----------+--------+----------+

Explanation:

• For fuel type Gasoline, both Alice (Driver 1) and Charlie (Driver 3) have trips. Charlie has an average rating of 5.0, while Alice has 4.5. Therefore, Charlie is selected.
• For fuel type Electric, Bob (Driver 2) is the only driver with an average rating of 4.5, so he is selected.

The output table is ordered by fuel_type in ascending order.