Object Oriented Programming/Properties

Properties in OOP are also able to be looked at as functions, a property houses a function that can have its procedures or variables altered without directly going to the code and editing it. A property can be changed or updated based on user input which allows for a lot of user-interactive programs and applications.' In Python, the property keyword allows you to define getter, setter, and deleter methods for class attributes, making them act like properties. This enables you to control the access and modification of class attributes while providing a clean interface for external code. In example , we use the @property decorator to create getter methods for each attribute, allowing us to access these attributes using obj.attribute1 class MyClass: def __init__(self, attribute1, attribute2): self._attribute1 = attribute1 self._attribute2 = attribute2 @property def attribute1(self): return self._attribute1 @attribute1.setter def attribute1(self, value): # Perform any validation or custom logic here self._attribute1 = value # Usage example obj = MyClass("Value 1", "Value 2") print("Attribute 1:", obj.attribute1) #Using property to add in new values obj.attribute1 = "New Value 1" print("Updated Attribute 1:", obj.attribute1) sssclass Animal: def __init__(self, species, name, age): self._species = species self._name = name self._age = age # Getter methods @property def species(self): return self._species @property def name(self): return self._name @property def age(self): return self._age # Setter methods @name.setter def name(self, new_name): self._name = new_name @age.setter def age(self, new_age): self._age = new_age # Other methods def make_sound(self): pass def move(self): pass See also Wikipedia:Property(programming) Python Programming/Classes