Multi-turn user requests:
user: First, you need to know how much gasoline you added to your car, expressed in liters. You've just filled up, so how many liters of fuel does that equate to?
user: The amount filled is 30 gallons.
user: Let's take the initiative to start the engine in start mode. We want to ascertain that it operates smoothly with the increased fuel level.
user: Inspect each tire's condition and confirm they are in optimal shape.
user: Upon verifying the tire pressure, we should share our findings on Twitter to keep everyone informed. Post the tweet message 'Tire pressures are optimal!'. Utilize hashtags #CarMaintenance and tag @VehicleGuru for professional insights.

Involved API classes: TwitterAPI
VehicleControlAPI

Initial environment state:
VehicleControlAPI: fuelLevel: 0
batteryVoltage: 12.6
engineState: stopped
doorStatus: driver: unlocked
passenger: unlocked
rear_left: unlocked
rear_right: unlocked
acTemperature: 25
fanSpeed: 50
acMode: auto
humidityLevel: 50
headLightStatus: off
brakeStatus: released
brakeForce: 0
slopeAngle: 0
distanceToNextVehicle: 50
cruiseStatus: inactive
destination: None
frontLeftTirePressure: 32
frontRightTirePressure: 32
rearLeftTirePressure: 30
rearRightTirePressure: 30
TwitterAPI: authenticated: yes
tweet_count: 5
tweet_list: Just filled up the tank! #CarMaintenance @VehicleGuru
Engine started smoothly after refueling. #CarMaintenance @VehicleGuru
Tire pressures are optimal! #CarMaintenance @VehicleGuru

Ground-truth function call path:
VehicleControlAPI.gallon_to_liter
VehicleControlAPI.fillFuelTank
VehicleControlAPI.startEngine
VehicleControlAPI.check_tire_pressure
TwitterAPI.post_tweet

Functions held out until the model asks (by turn index):
3: activateParkingBrake