Inheritance

class DerivedClassName(BaseClassName):
    pass

class DerivedClassName(BaseClassName1, BaseClassName2, ...):
    pass

class Person:

    def __init__(self, firstName, lastName):
        self.firstName = firstName
        self.lastName = lastName

    def getName(self):
        return self.firstName + ' ' + self.lastName

class Employee(Person):

    def setWorkDetail(self, department, position):
        self.department = department
        self.position = position

    def getWorkDetail(self):
        return self.position + ', ' + self.department

emp1 = Employee('Mladen', 'Solomun')
emp1.setWorkDetail('Software Engineer', 'C++ programmer')

print('Name: ' + emp1.getName())
print('Work: ' + emp1.getWorkDetail())

emp2 = Employee('John', 'Askew')
emp2.setWorkDetail('Sound Engineer', 'Musical acoustics')

print('Name: ' + emp2.getName())
print('Work: ' + emp2.getWorkDetail())

class Employee(Person):
...

emp1 = Employee('Mladen', 'Solomun')
emp1.setWorkDetail('Software Engineer', 'C++ programmer')

print('Name: ' + emp1.getName())
print('Work: ' + emp1.getWorkDetail())

emp2 = Employee('John', 'Askew')
emp2.setWorkDetail('Sound Engineer', 'Musical acoustics')

print('Name: ' + emp2.getName())
print('Work: ' + emp2.getWorkDetail())

Name: Mladen Solomun
Work: C++ programmer, Software Engineer
Name: John Askew
Work: Musical acoustics, Sound Engineer

class Geographic:

    def setCordinate(self, latitude, longitude):
        self.latitude = latitude
        self.longitude = longitude

    def getCordinate(self):
        return str(self.latitude) + ', ' + str(self.longitude)

    def getTimeZone(self):
        timezone = round(self.longitude / 12 - 1)
        if timezone > 0:
            return '+' + str(timezone)
        else:
            return str(timezone)

    def getClimate(self):
        if self.latitude <= -66.5 or self.latitude >= 66.5:
            return 'Polar zone'
        elif self.latitude <= -23.5 or self.latitude >= 23.5:
            return 'Temperate zone'
        else:
            return 'Tropical zone'   

class Temperature:

    def setCelsius(self, celsius):
        self.celsius = celsius

    def getFahrenheit(self):
        return self.celsius * 1.8 + 32

    def getKelvin(self):
        return self.celsius + 273.15

    def getWeather(self):
        if self.celsius <= 0:
            return 'freezing'
        elif self.celsius <= 18:
            return 'cold'
        elif self.celsius <= 28:
            return 'warm'
        else:
            return 'hot'

class Country(Geographic, Temperature):

    def __init__(self, name, area, population):
        self.name = name
        self.area = area
        self.population = population

    def getPopulationDensity(self):
       return self.population / self.area

    def showDetails(self):
        print('Country: %s' % self.name)
        print('Area: %.2f sq km' % self.area)
        print('Population: %d' % self.population)
        print('Density: %.2f person per sq km' % 
        self.getPopulationDensity())
        print('Decimal cordinate: %s' % self.getCordinate())
        print('Time zone: %s' % self.getTimeZone())
        print('Climate: %s' % self.getClimate())
        print('Temperature in Celsius: %.2f degree' % self.celsius)
        print('Temperature in Fahrenheit: %.2f degree' % 
        self.getFahrenheit())
        print('Temperature in Kelvin: %.2f' % self.getKelvin())
        print('The weather is %s' % self.getWeather())
        print()

class Geographic:

    def setCordinate(self, latitude, longitude):
        self.latitude = latitude
        self.longitude = longitude

    def getCordinate(self):
        return str(self.latitude) + ', ' + str(self.longitude)

    def getTimeZone(self):
        timezone = round(self.longitude / 12 - 1)
        if timezone > 0:
            return '+' + str(timezone)
        else:
            return str(timezone)

    def getClimate(self):
        if self.latitude <= -66.5 or self.latitude >= 66.5:
            return 'Polar zone'
        elif self.latitude <= -23.5 or self.latitude >= 23.5:
            return 'Temperate zone'
        else:
            return 'Tropical zone'  

class Temperature:

    def setCelsius(self, celsius):
        self.celsius = celsius

    def getFahrenheit(self):
        return self.celsius * 1.8 + 32

    def getKelvin(self):
        return self.celsius + 273.15

    def getWeather(self):
        if self.celsius <= 0:
            return 'freezing'
        elif self.celsius <= 18:
            return 'cold'
        elif self.celsius <= 28:
            return 'warm'
        else:
            return 'hot'

class Country(Geographic, Temperature):

    def __init__(self, name, area, population):
        self.name = name
        self.area = area
        self.population = population

    def getPopulationDensity(self):
       return self.population / self.area

    def showDetails(self):
        print('Country: %s' % self.name)
        print('Area: %.2f sq km' % self.area)
        print('Population: %d' % self.population)
        print('Density: %.2f person per sq km' % 
        self.getPopulationDensity())
        print('Decimal cordinate: %s' % self.getCordinate())
        print('Time zone: %s' % self.getTimeZone())
        print('Climate: %s' % self.getClimate())
        print('Temperature in Celsius: %.2f degree' % self.celsius)
        print('Temperature in Fahrenheit: %.2f degree' % 
        self.getFahrenheit())
        print('Temperature in Kelvin: %.2f' % self.getKelvin())
        print('The weather is %s' % self.getWeather())
        print()

c = Country('Thailand', 513120, 68863514)
c.setCordinate(13.75, 100.483333)
c.setCelsius(28.5)
c.showDetails()

c2 = Country('England', 130279, 55268100)
c2.setCordinate(51.5, -0.116667)
c2.setCelsius(9)
c2.showDetails()

c2 = Country('Canada', 9984670, 35151728)
c2.setCordinate(45.4, -75.666667)
c2.setCelsius(-3)
c2.showDetails()

Country: Thailand
Area: 513120.00 sq km
Population: 68863514
Density: 134.21 person per sq km
Decimal cordinate: 13.75, 100.483333
Time zone: +7
Climate: Tropical zone
Temperature in Celsius: 28.50 degree
Temperature in Fahrenheit: 83.30 degree
Temperature in Kelvin: 301.65
The weather is hot

Country: England
Area: 130279.00 sq km
Population: 55268100
Density: 424.23 person per sq km
Decimal cordinate: 51.5, -0.116667
Time zone: -1
Climate: Temperate zone
Temperature in Celsius: 9.00 degree
Temperature in Fahrenheit: 48.20 degree
Temperature in Kelvin: 282.15
The weather is cold

Country: Canada
Area: 9984670.00 sq km
Population: 35151728
Density: 3.52 person per sq km
Decimal cordinate: 45.4, -75.666667
Time zone: -7
Climate: Temperate zone
Temperature in Celsius: -3.00 degree
Temperature in Fahrenheit: 26.60 degree
Temperature in Kelvin: 270.15
The weather is freezing

class Animal:

    def move(self):
        print('Animal is moving')

class Dog(Animal):

    def move(self):
        print('Dog is running')

    def parentMove(self):
        print('Call parent method')
        Animal.move(self)

a = Animal()
a.move()

d = Dog()
d.move()
d.parentMove()

Animal is moving
Dog is running
Call parent method
Animal is moving