Question

Write a program that does the following in Python Code:

Write a new Class called Famous_Day_Born which is a subclass of Famous_Person. Add a method to calculate the day of the week the person was born and print out all of the corresponding information using the overridden print method. Use the following code below as a starting point.

//////////////////////////////////////////////////////

from datetime import datetime
class Famous_Person(object):
def __init__(self, last, first, month,day, year):
self.last = last
self.first = first
self.month = month
self.day = day
self.year = year
  
def __str__(self):
template = "{first} {last} was born on the {month}/{day}/{year}"

  
return template.format(
first=self.first,
last=self.last,
month=self.month,
day = self.day,
year = self.year)
  
class Famous_Person_Day(Famous_Person):
  
def calculate_day(self):
#insert your code here
# The method creates a datetime class of the Famous_person birthdate
# and returns the weekday of the birthdate.
  
def find_day(self):
#insert your code here
# calls calculate_day to find weekday
# and uses if-statement to finds and returns the actual weekday
  
  
def main():
  
george_w = Famous_Person_Day(last="Washington",
first="George",
month = 2,
day = 22,
year = 1732
)
  
isaac_n = Famous_Person_Day(last="Newton",
first="Isaac",
month = 1,
day = 4,
year = 1643
)
albert_e = Famous_Person_Day(last="Einstein",
first="Albert",
month = 3,
day = 14,
year = 1879
)
  

print(george_w)
wday = george_w.find_day()
print (wday)
  
#Print a blank line
print()
  
print(isaac_n)
wday = isaac_n.find_day()
print (wday)
  
#Print a blank line
print()
  
print(albert_e)
wday = albert_e.find_day()
print (wday)
  

  
if __name__ == "__main__":
main()

////////////////////////////////////////////

Test your code and make sure it is error-free and works correctly.

Answer 1

If you have any doubts, please give me comment...

Code:

from datetime import datetime

class Famous_Person(object):

def __init__(self, last, first, month,day, year):

self.last = last

self.first = first

self.month = month

self.day = day

self.year = year

def __str__(self):

template = "{first} {last} was born on the {month}/{day}/{year}"

return template.format(

first=self.first,

last=self.last,

month=self.month,

day = self.day,

year = self.year)

class Famous_Person_Day(Famous_Person):

def calculate_day(self):

#insert your code here

# The method creates a datetime class of the Famous_person birthdate

# and returns the weekday of the birthdate.

return datetime(self.year, self.month, self.day).weekday()

def find_day(self):

#insert your code here

# calls calculate_day to find weekday

# and uses if-statement to finds and returns the actual weekday

day = self.calculate_day()

if day==0:

return 'Monday'

elif day==1:

return 'Tuesday'

elif day==2:

return 'Wednesday'

elif day==3:

return 'Thursday'

elif day==4:

return 'Friday'

elif day==5:

return 'Saturday'

elif day==6:

return 'Sunday'

def main():

george_w = Famous_Person_Day(last="Washington", first="George", month = 2, day = 22, year = 1732)

isaac_n = Famous_Person_Day(last="Newton", first="Isaac", month = 1, day = 4, year = 1643)

albert_e = Famous_Person_Day(last="Einstein", first="Albert", month = 3, day = 14, year = 1879)

print(george_w)

wday = george_w.find_day()

print (wday)

#Print a blank line

print()

print(isaac_n)

wday = isaac_n.find_day()

print (wday)

#Print a blank line

print()

print(albert_e)

wday = albert_e.find_day()

print (wday)

if __name__ == "__main__":

main()