answer:Here is the code with the changes you requested along with an example usage: ```python class Vehicle: Represents a vehicle with a make, model, and vehicle type. Attributes: __make (str): The vehicle's make. __model (str): The vehicle's model. __vehicle_type (str): The vehicle's type. Methods: from_string: Creates a new Vehicle instance from a string. def __init__(self, make, model, vehicle_type): Initializes a Vehicle instance. Args: make (str): The vehicle's make. model (str): The vehicle's model. vehicle_type (str): The vehicle's type. Raises: ValueError: If make, model, or vehicle type is empty. ValueError: If vehicle type is not 'car', 'truck', or 'motorcycle'. if not make or not model or not vehicle_type: raise ValueError(Make, model, and vehicle type cannot be empty) self.__make = make self.__model = model self.vehicle_type = vehicle_type @property def make(self): Gets the vehicle's make. Returns: str: The vehicle's make. return self.__make @make.setter def make(self, make): Sets the vehicle's make. Args: make (str): The vehicle's make. Raises: ValueError: If make is empty. if not make: raise ValueError(Make cannot be empty) self.__make = make @property def model(self): Gets the vehicle's model. Returns: str: The vehicle's model. return self.__model @model.setter def model(self, model): Sets the vehicle's model. Args: model (str): The vehicle's model. Raises: ValueError: If model is empty. if not model: raise ValueError(Model cannot be empty) self.__model = model @property def vehicle_type(self): Gets the vehicle's type. Returns: str: The vehicle's type. return self.__vehicle_type @vehicle_type.setter def vehicle_type(self, vehicle_type): Sets the vehicle's type. Args: vehicle_type (str): The vehicle's type. Raises: ValueError: If vehicle type is not 'car', 'truck', or 'motorcycle'. if vehicle_type not in ['car', 'truck', 'motorcycle']: raise ValueError(Vehicle type must be 'car', 'truck', or 'motorcycle') self.__vehicle_type = vehicle_type def __str__(self): Returns a string representation of the vehicle. Returns: str: A string representation of the vehicle. return fMake: {self.__make}, Model: {self.__model}, Type: {self.__vehicle_type} def __repr__(self): Returns a string that can be used to recreate the vehicle. Returns: str: A string that can be used to recreate the vehicle. return fVehicle('{self.__make}', '{self.__model}', '{self.__vehicle_type}') def __eq__(self, other): Compares two Vehicle objects. Args: other (Vehicle): The other Vehicle object. Returns: bool: True if the vehicles are equal, False otherwise. return (self.__make == other.make and self.__model == other.model and self.__vehicle_type == other.vehicle_type) @classmethod def from_string(cls, string): Creates a new Vehicle instance from a string. Args: string (str): The string to parse. Returns: Vehicle: A new Vehicle instance. Raises: ValueError: If the string is not in the correct format. parts = string.split(, ) if len(parts) != 3: raise ValueError(Invalid string format) make, model, vehicle_type = parts make = make.split(: )[1] model = model.split(: )[1] vehicle_type = vehicle_type.split(: )[1] return cls(make, model, vehicle_type) # Example usage vehicle1 = Vehicle(Toyota, Camry, car) print(vehicle1.make) # Toyota print(vehicle1.model) # Camry print(vehicle1.vehicle_type) # car vehicle1.make = Honda vehicle1.model = Civic vehicle1.vehicle_type = car print(vehicle1.make) # Honda print(vehicle1.model) # Civic print(vehicle1.vehicle_type)

answer:Here is the Car class with the specified properties and methods, along with example usage: ```python class Car(Vehicle): Represents a car with a make, model, and color. Attributes: __color (str): The car's color. Methods: from_string: Creates a new Car instance from a string. def __init__(self, make, model, color): Initializes a Car instance. Args: make (str): The car's make. model (str): The car's model. color (str): The car's color. Raises: ValueError: If make, model, or color is empty. super().__init__(make, model, 'car') if not color: raise ValueError(Color cannot be empty) self.__color = color @property def color(self): Gets the car's color. Returns: str: The car's color. return self.__color @color.setter def color(self, color): Sets the car's color. Args: color (str): The car's color. Raises: ValueError: If color is empty. if not color: raise ValueError(Color cannot be empty) self.__color = color def __str__(self): Returns a string representation of the car. Returns: str: A string representation of the car. return f{super().__str__()}, Color: {self.__color} def __repr__(self): Returns a string that can be used to recreate the car. Returns: str: A string that can be used to recreate the car. return fCar('{self.make}', '{self.model}', '{self.__color}') def __eq__(self, other): Compares two Car objects. Args: other (Car): The other Car object. Returns: bool: True if the cars are equal, False otherwise. return (super().__eq__(other) and self.__color == other.color) @classmethod def from_string(cls, string): Creates a new Car instance from a string. Args: string (str): The string to parse. Returns: Car: A new Car instance. Raises: ValueError: If the string is not in the correct format. parts = string.split(, ) if len(parts) != 4: raise ValueError(Invalid string format) make, model, vehicle_type, color = parts make = make.split(: )[1] model = model.split(: )[1] color = color.split(: )[1] return cls(make, model, color) # Example usage car1 = Car(Toyota, Camry, Blue) print(car1.make) # Toyota print(car1.model) # Camry print(car1.vehicle_type) # car print(car1.color) # Blue car1.color = Red print(car1.color) # Red car2 = Car.from_string(Make: Honda, Model: Civic, Type: car, Color: Blue) print(car2.make) # Honda print(car2.model) # Civic print(car2.vehicle_type) # car print(car2.color) # Blue print(car1 == car2) # False ```

answer:I'm sorry for any confusion, but as an AI reminder bot, I can't directly assist you with software installation. However, I would suggest visiting Adobe's official website for detailed installation guides or contacting their customer support for further assistance. My primary function is to remind you of upcoming events in your calendar.

answer:Sure, here are the steps you can follow to find the installation guides on Adobe's official website: 1. Open your web browser and go to www.adobe.com. 2. Scroll down to the bottom of the page, under the Support heading, click on Help Center. 3. In the Help Center, you can search for Photoshop installation guide in the search bar. 4. You should be able to find detailed guides on how to install Adobe Photoshop on your laptop. Remember that these steps might slightly vary depending on changes Adobe makes to their website layout. As a reminder bot, I can remind you to check on this task at a specific time if you'd like.