# Object Oriented Programming
# lets you simulate the real world
# Characteristics of OOP
# --> class(logical cant perform any action), object(are physical and can perform action), encapsulation, ploymorphism, 
# abstraction, inheritence
# Class -> Flower is logical(CLASS~Abstarct : something which is not real non physical) , Rose is physical(OBJECT)
# Class Composition: Property & Method(Behaviour)

class Employee: # class
    salary=5000 # variable are properties
    def loan(self): # functions are methods
        print("I approve loan")
        
sameer=Employee() # object: objectname=classname(),, created outside the class
print(sameer.salary)
sameer.loan()

class Employee: # class
    salary=5000 # variable are properties Global variable accessible everywhere
    def loan(self): # functions are methods
        print("I approve loan")
    def reject(self):
        print("Loan Rejected")
        
sameer=Employee() # object: objectname=classname(),, created outside the class
print(sameer.salary)
sameer.reject()
sameer.loan()

class Employee:
    def reward(self): # self is the same object who is calling the reward method
        print("Awarded")
aditya=Employee()
aditya.reward()

class Employee:
    def reward(self): # self is the same object who is calling the reward method
        print("Awarded")
        self.company="Microsoft"
        perks="Bicycle" # cannot use perks outside rewards method ## local variable
aditya=Employee()
aditya.reward()
print(aditya.company)
print(aditya.perks)