Please prepare the case diagram and the class diagram Consider a parking lot for various types of cars (motrocycles,cars,buses). Ther are thefollowing assumptions as below:The parking lot has multiple levels. Each level has multiple rows of spots. The parkinglot has motorcycle spots, compact spots and large spots. A motorcycle can park in anyslot. A car can park in either a single compact spot or a single large spot. A bus can parkin five large spots that are consecutive and within the same row, it cannot park in smallspots.

To create a UML class diagram and use case diagram for the parking lot system described, we can start by identifying the main actors and their interactions. Based on the given information, there are three main actors: Customer, Parking Attendant, and the System itself.Here's a use case diagram for the parking lot system:Use Cases:Customer - Park Vehicle: A customer can park their vehicle in an available parking spot. This use case includes the specific logic for different types of vehicles (motorcycle, car, bus).Customer - Retrieve Vehicle: A customer can retrieve their parked vehicle from the parking lot.Parking Attendant - Manage Parking: The parking attendant can manage the parking lot, which includes tasks like adding or removing parking levels, rows, and spots.Now, let's create a UML class diagram to represent the classes and their relationships within the parking lot system:Classes:ParkingLot: Represents the entire parking lot and contains levels.Level: Represents a level within the parking lot and contains rows.Row: Represents a row within a level and contains spots.Spot: Represents an individual parking spot with spot type and occupancy information.SpotType: An enumeration representing the types of parking spots (MOTORCYCLE, COMPACT, LARGE).Vehicle: Represents a vehicle with a plate number and vehicle type.This class diagram illustrates the relationships between the classes in the parking lot system. The system can have multiple parking lots, each with multiple levels, rows, and spots. Spots have various types (MOTORCYCLE, COMPACT, LARGE) and can be occupied by vehicles. The Vehicle class represents the type of vehicle that can occupy a spot (car, motorcycle, bus).In conclusion,created both a class diagram and a use case diagram for the parking lot system, considering various types of vehicles (motorcycles, cars, and buses) and specific parking rules. The class diagram provides a visual representation of the system's structure, including classes such as ParkingLot, Level, Row, Spot, Vehicle, and SpotType, and their relationships.The use case diagram illustrates the interactions between the main actors, "Customer" and "Parking Attendant," and the system's use cases, which involve actions such as parking and retrieving vehicles of different types and managing parking.