Hi Guys can anybody tell me Which of the languages does Python resemble in its class syntax?

Unfortunately, this syntax is rather cumbersome, and furthermore tables do not support inheritance. Therefore Python introduced a new data type, the class (though it actually resembles an object in C++, not a class.)

A class is like a table, except it uses a shorter, more familiar access syntax (x.real instead of x["real"]) and can inherit from other classes. The syntactical definition of a class also differs significantly from a table expression. Here is how the same example might appear using a class:

class complex:
real = 0
imag = 0
def add(x,y):
z = copy(complex)
z.real = x.real + y.real
z.imag = x.imag + y.imag
return z
x = copy(complex)
x.real = 5
x.imag = 3
y = copy(complex)
y.real = 2
y.imag = -2
z = x.__dict__["add"](x,y) # x.add(x,y)
z.real # prints 7
z.imag # prints 1

The caveat here is that Python does not allow us to call x.add directly, so we must use a kludge. Python does, however, allow us to embed the definition of add inside the class. Here is how it might look otherwise, using an external function as before.

Syntactical differences aside, these two complex-number abstractions work in exactly the same way. In fact, Python allows us to blur the difference by treating a class like a table (but not vice-versa), via the __dict__ attribute or vars() function:

x = copy(complex)
x.real = 5
x.imag = 3
x.__dict__["real"] # prints 5
vars(x)["imag"] # prints 3