class Points(object): def __init__(self,x,y): self.x=x self.y=y def print_point(self): print('x=',self.x,' y=',self.y)p1=Points("A","B")p1.print_point()

The code you provided is written in Python. It defines a class named Points with two methods: __init__ and print_point.

Here's a step-by-step explanation:

1. class Points(object): This line is defining a new class named Points. The (object) part means that Points is a subclass of object.

2. def __init__(self,x,y): This line defines the initializer method for the class. This method is automatically called when you create a new instance of the class. The self parameter is a reference to the current instance of the class, and x and y are parameters that will be passed to the method when it's called.

3. self.x=x and self.y=y These lines are setting the x and y attributes of the current instance of the class.

4. def print_point(self): This line defines a new method named print_point that takes one parameter: self.

5. print('x=',self.x,' y=',self.y) This line is inside the print_point method, and it prints the x and y attributes of the current instance of the class.

6. p1=Points("A","B") This line is creating a new instance of the Points class, passing "A" and "B" as the x and y parameters, and assigning the new instance to the variable p1.

7. p1.print_point() This line is calling the print_point method on the p1 instance of the Points class. This will print the x and y attributes of the p1 instance, which are "A" and "B", respectively.