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CSE111 Solution
Course Title: Programming Language II
Course Code: CSE 111
Lab Assignment no: 3 & 4 Merged
Patient class so that the following output is produced:
[For BMI, the formula is BMI = weight/height^2, where weight is in kg and height in meters]
Driver Code Output
# Write your code here p1 = Patient("A", 55, 63.0, 158.0) p1.printDetails()
print("====================") p2 = Patient("B", 53, 61.0, 149.0) p2.printDetails() Name: A
Age: 55
Weight: 63.0 kg
Height: 158.0 cm
BMI: 25.236340330075304
====================
Name: B
Age: 53
Weight: 61.0 kg
Height: 149.0 cm
BMI: 27.476239809017613
Design a class Shape for the given code below.
• Write a class Shape.
• Write the required constructor that takes 3 parameters and initialize the instancevariables accordingly.
• Write a method area() that prints the area.
Hint: the area method can calxculate only for the shapes: Triangle, Rectangle,
Rhombus, and Square. So, you have to use conditions inside this method For this task, assume that --
● for a triangle, the arguments passed are the base and height
● for a rhombus, the arguments passed are the diagonals
● for a square or rectangle, the arguments passed are the sides.
Driver Code Output
# Write your code here triangle = Shape("Triangle",10,25) triangle.area()
print("==========================") square = Shape("Square",10,10) square.area()
print("==========================") rhombus = Shape("Rhombus",18,25) rhombus.area()
print("==========================") rectangle = Shape("Rectangle",15,30) rectangle.area()
print("==========================") trapezium = Shape("Trapezium",15,30) trapezium.area() Area: 125.0
==========================
Area: 100
==========================
Area: 225.0
==========================
Area: 450
==========================
Area: Shape unknown
Calculator class so that the following output is produced:
Driver Code Output
# Write your code here c1 = Calculator()
print("==================")
val = c1.calculate(10, 20, '+') print("Returned value:", val) c1.showCalculation() print("==================")
val = c1.calculate(val, 10, '-') print("Returned value:", val) c1.showCalculation() print("==================")
val = c1.calculate(val, 5, '*') print("Returned value:", val) c1.showCalculation() print("==================")
val = c1.calculate(val, 16, '/') print("Returned value:", val) c1.showCalculation() Calculator is ready!
==================
Returned value: 30
10 + 20 = 30
==================
Returned value: 20
30 - 10 = 20
==================
Returned value: 100
20 * 5 = 100
==================
Returned value: 6.25
100 / 16 = 6.25
Design the Programmer class in such a way so that the following code provides the expected output.
Hint: o Write the constructor with appropriate printing and multiple arguments. o Write the addExp() method with appropriate printing and argument. o Write the printDetails() method
[You are not allowed to change the code below]
# Write your code here. p1 = Programmer("Ethen Hunt", "Java", 10) p1.printDetails()
print('--------------------------')
p2 = Programmer("James Bond", "C++", 7) p2.printDetails()
print('--------------------------')
p3 = Programmer("Jon Snow", "Python", 4) p3.printDetails() p3.addExp(5) p3.printDetails() OUTPUT:
Horray! A new programmer is born
Name: Ethen Hunt
Language: Java
Experience: 10 years.
--------------------------
Horray! A new programmer is born
Name: James Bond
Language: C++
Experience: 7 years.
--------------------------
Horray! A new programmer is born
Name: Jon Snow
Language: Python Experience: 4 years.
Updating experience of Jon Snow
Name: Jon Snow
Language: Python
Experience: 9 years.
UberEats class so that the following output is produced:
[For simplicity, you can assume that a customer will always order exact 2 items]
Driver Code Output
# Write your code here order1 = UberEats("Shakib", "01719658xxx", "Mohakhali") print("=========================") order1.add_items("Burger", "Coca Cola", 220, 50) print("=========================") print(order1.print_order_detail()) print("=========================")
order2 = UberEats ("Siam", "01719659xxx", "Uttara") print("=========================") order2.add_items("Pineapple", "Dairy Milk", 80, 70) print("=========================") print(order2.print_order_detail()) Shakib, welcome to UberEats!
=========================
=========================
User details: Name: Shakib, Phone:
01719658xxx, Address: Mohakhali
Orders: {'Burger': 220, 'Coca Cola': 50}
Total Paid Amount: 270 ========================= Siam, welcome to UberEats!
=========================
=========================
User details: Name: Siam, Phone:
01719659xxx, Address: Uttara
Orders: {'Pineapple': 80, 'Dairy Milk': 70}
Total Paid Amount: 150
Write a class called Customer with the required constructor and methods to get the following output.
Subtasks:
1. Create a class called Customer.
2. Create the required constructor.
4. Create a method called purchase that can take as many arguments as the user wants to give.
[You are not allowed to change the code below]
# Write your codes for subtasks 1-4 here.
customer_1 = Customer("Sam") customer_1.greet()
customer_1.purchase("chips", "chocolate", "orange juice") print("-----------------------------")
customer_2 = Customer("David") customer_2.greet("David") customer_2.purchase("orange juice") OUTPUT:
Hello!
Sam, you purchased 3 item(s): chips chocolate orange juice
-----------------------------
Hello David!
David, you purchased 1 item(s):
orange juice
Analyze the given code below to write Cat class to get the output as shown.
Hints:
● Remember, the constructor is a special method. Here, you have to deal with constructor overloading which is similar to method overloading.
● Your class should have 2 variables
[You are not allowed to change the code below]
#Write your code here
c1 = Cat() c2 = Cat("Black")
c3 = Cat("Brown", "jumping") c4 = Cat("Red", "purring") c1.printCat() c2.printCat() c3.printCat() c4.printCat() c1.changeColor("Blue") c3.changeColor("Purple") c1.printCat() c3.printCat() OUTPUT
White cat is sitting
Black cat is sitting
Brown cat is jumping
Red cat is purring
Blue cat is sitting
Purple cat is jumping
Design the Student class such a way so that the following code provides the expected output.
Hint:
● Write the constructor with appropriate default value for arguments.
● Write the dailyEffort() method with appropriate arguments.
# Write your code here.
harry = Student('Harry Potter', 123) harry.dailyEffort(3) harry.printDetails()
print('========================') john = Student("John Wick", 456, "BBA") john.dailyEffort(2) john.printDetails() print('========================') naruto = Student("Naruto Uzumaki", 777, "Ninja") naruto.dailyEffort(6) naruto.printDetails() OUTPUT:
Name: Harry Potter
ID: 123
Department: CSE
Daily Effort: 3 hour(s)
Suggestion: Keep up the good work!
========================
Name: John Wick
ID: 456
Department: BBA
Daily Effort: 2 hour(s)
Suggestion: Should give more effort!
========================
Name: Naruto Uzumaki
ID: 777
Department: Ninja
Daily Effort: 6 hour(s)
Suggestion: Excellent! Now motivate others.
● Write the printDetails() method. For printing suggestions check the following instructions.
If hour <= 2 print 'Suggestion: Should give more effort!'
If hour <= 4 print 'Suggestion: Keep up the good work!'
Else print 'Suggestion: Excellent! Now motivate others.'
[You are not allowed to change the code below]
Implement the design of the Batsman class so that the following output is produced:
Hint: Batting strike rate (s/r) = runsScored / ballsFaced x 100.
Driver Code Output
# Write your code here b1 = Batsman(6101, 7380)
b1.printCareerStatistics()
print("============================") b2 = Batsman("Liton Das", 678, 773)
b2.printCareerStatistics()
print("----------------------------")
print(b2.battingStrikeRate())
print("============================")
b1.setName("Shakib Al Hasan") b1.printCareerStatistics()
print("----------------------------") print(b1.battingStrikeRate()) Name: New Batsman
Runs Scored: 6101 , Balls Faced: 7380
============================
Name: Liton Das
Runs Scored: 678 , Balls Faced: 773
----------------------------
87.71021992238033
============================
Name: Shakib Al Hasan
Runs Scored: 6101 , Balls Faced: 7380
----------------------------
82.66937669376694
Implement the design of the Author class so that the following output is produced:
Driver Code Output
# Write your code here auth1 = Author('Humayun Ahmed') auth1.addBooks('Deyal', 'Megher Opor Bari') auth1.printDetails() print("===================") auth2 = Author() print(auth2.name)
auth2.changeName('Mario Puzo')
auth2.addBooks('The Godfather', 'Omerta', 'The Sicilian') print("===================") auth2.printDetails() print("===================")
auth3 = Author('Paolo Coelho', 'The Alchemist', 'The Fifth Mountain') auth3.printDetails() Author Name: Humayun
Ahmed
--------
List of Books:
Deyal
Megher Opor Bari
===================
Default
===================
Author Name: Mario Puzo
--------
List of Books:
The Godfather
Omerta
The Sicilian
===================
Author Name: Paolo Coelho
--------
List of Books:
The Alchemist
The Fifth Mountain
Task 11
Using TaxiLagbe apps, users can share a single taxi with multiple people.
Implement the design of the TaxiLagbe class so that the following output is produced:
Hint:
1. Each taxi can carry maximum 4 passengers
2. addPassenger() method takes the last name of the passenger and ticket fare for thatperson in an underscore (-) separated string.
Driver Code Output
# Write your code here
# Do not change the following lines of code.
taxi1 = TaxiLagbe('1010-01', 'Dhaka')
print('-------------------------------')
taxi1.addPassenger('Walker_100', 'Wood_200') taxi1.addPassenger('Matt_100') taxi1.addPassenger('Wilson_105')
print('-------------------------------') taxi1.printDetails()
print('-------------------------------')
taxi1.addPassenger('Karen_200')
print('-------------------------------') taxi1.printDetails()
print('-------------------------------')
taxi2 = TaxiLagbe('1010-02', 'Khulna') taxi2.addPassenger('Ronald_115') taxi2.addPassenger('Parker_215')
print('-------------------------------') taxi2.printDetails() --------------------------------------
Dear Walker! Welcome to TaxiLagbe.
Dear Wood! Welcome to TaxiLagbe.
Dear Matt! Welcome to TaxiLagbe.
Dear Wilson! Welcome to TaxiLagbe.
--------------------------------------
Trip info for Taxi number: 1010-01 This taxi can cover only Dhaka area. Total passengers: 4 Passenger lists:
Walker, Wood, Matt, Wilson
Total collected fare: 505 Taka
--------------------------------------
Taxi Full! No more passengers can be added.
--------------------------------------
Trip info for Taxi number: 1010-01 This taxi can cover only Dhaka area. Total passengers: 4 Passenger lists:
Walker, Wood, Matt, Wilson
Total collected fare: 505 Taka
--------------------------------------
Dear Ronald! Welcome to TaxiLagbe.
Dear Parker! Welcome to TaxiLagbe.
--------------------------------------
Trip info for Taxi number: 1010-02 This taxi can cover only Khulna area. Total passengers: 2 Passenger lists:
Ronald, Parker
Total collected fare: 330 Taka
Task 12
Implement the design of the Account class so that the following output is produced:
Driver Code Output
# Write your code here a1 = Account() print(a1.details())
print("------------------------") a1.name = "Oliver" a1.balance = 10000.0 print(a1.details())
print("------------------------")
a2 = Account("Liam") print(a2.details())
print("------------------------")
a3 = Account("Noah",400) print(a3.details())
print("------------------------")
a1.withdraw(6930)
print("------------------------")
a2.withdraw(600)
print("------------------------")
a1.withdraw(6929) Default Account
0.0
-----------------------Oliver
10000.0
------------------------
Liam
0.0
------------------------
Noah
400.0
------------------------
Sorry, Withdraw unsuccessful! The account balance after deducting withdraw amount is equal to or less than minimum.
------------------------
Sorry, Withdraw unsuccessful! The account balance after deducting withdraw amount is equal to or less than minimum.
------------------------
Withdraw successful! New balance is:
3071.0
Task 13
Implement the design of the StudentDatabase class so that the following output is produced:
GPA = Sum of (Grade Points * Credits)/ Credits attempted
Driver Code Output
# Write your code here
# Do not change the following lines of code.
s1 = StudentDatabase('Pietro', '10101222')
s1.calculateGPA(['CSE230: 4.0', 'CSE220: 4.0', 'MAT110: 4.0'],
'Summer2020')
s1.calculateGPA(['CSE250: 3.7', 'CSE330: 4.0'], 'Summer2021') print(f'Grades for {s1.name} {s1.grades}')
print('------------------------------------------------------') s1.printDetails()
s2 = StudentDatabase('Wanda', '10103332')
s2.calculateGPA(['CSE111: 3.7', 'CSE260: 3.7', 'ENG101: 4.0'],
'Summer2022')
print('------------------------------------------------------') print(f'Grades for {s2.name} {s2.grades}')
print('------------------------------------------------------') s2.printDetails() Grades for Pietro
{'Summer2020': {('CSE230', 'CSE220', 'MAT110'): 4.0}, 'Summer2021':
{('CSE250', 'CSE330'): 3.85}}
-----------------------------------------------
Name: Pietro
ID: 10101222
Courses taken in Summer2020:
CSE230
CSE220
MAT110
GPA: 4.0
Courses taken in Summer2021:
CSE250
CSE330
GPA: 3.85
-----------------------------------------------
Grades for Wanda
{'Summer2022': {('CSE111', 'CSE260',
'ENG101'): 3.8}}
-----------------------------------------------
Name: Wanda
ID: 10103332
Courses taken in Summer2022:
CSE111
CSE260
ENG101
GPA: 3.8
Task 14
1 class Test3:
2 def __init__(self):
3 self.sum, self.y = 0, 0
4 def methodA(self):
5 x, y = 2, 3
6 msg = [0]
7 msg[0] = 3
8 y = self.y + msg[0]
9 self.methodB(msg, msg[0])
10 x = self.y + msg[0]
11 self.sum = x + y + msg[0]
12 print(x, y, self.sum)
13 def methodB(self, mg2, mg1):
14 x = 0
15 self.y = self.y + mg2[0]
16 x = x + 33 + mg1
17 self.sum = self.sum + x + self.y
18 mg2[0] = self.y + mg1
19 mg1 = mg1 + x + 2
20 print(x, self.y, self.sum)
Write the output of the following code: t3 = Test3() t3.methodA() t3.methodA() t3.methodA() t3.methodA() x y sum
Task 15
1 class Test5:
2 def __init__(self):
3 self.sum, self.y = 0, 0
4 def methodA(self):
5 x = 0
6 z = 0
7 while (z < 5):
8 self.y = self.y + self.sum
9 x = self.y + 1
10 print(x, self.y, self.sum)
11 self.sum = self.sum + self.methodB(x, self.y)
12 z += 1
13 def methodB(self, m, n):
14 x = 0
15 sum = 0
16 self.y = self.y + m
17 x = n - 4
18 sum = sum + self.y
19 print(x, self.y, sum)
20 return self.sum
Write the output of the following code:
t5 = Test5() t5.methodA() x y sum
Task 16
1 class FinalT6A:
2 def __init__(self, x, p):
3 self.temp, self.sum, self.y = 4, 0, 1
4 self.temp += 1
5 self.y = self.temp - p
6 self.sum = self.temp + x
7 print(x, self.y, self.sum)
8 def methodA(self):
9 x = 0
10 y = 0
11 y = y + self.y
12 x = self.y + 2 + self.temp
13 self.sum = x + y + self.methodB(self.temp, y)
14 print(x, y, self.sum)
15 def methodB(self, temp, n):
16 x = 0
17 temp += 1
18 self.y = self.y + temp
19 x = x + 3 + n
20 self.sum = self.sum + x + self.y
21 print(x, self.y, self.sum)
22 return self.sum
What is the output of the following code sequence?
q1 = FinalT6A(2,1) q1.methodA() q1.methodA() x y sum
Task 17
1 class Test5:
2 def __init__(self):
3 self.sum = 0
4 self.y = 0
5 def methodA(self):
6 x=y=k=0
7 msg = [5]
8 while (k < 2):
9 y += msg[0]
10 x = y + self.methodB(msg, k)
11 self.sum = x + y + msg[0]
12 print(x ," " , y, " " , self.sum)
13 k+=1
14 def methodB(self, mg2, mg1):
15 x = 0
16 self.y += mg2[0]
17 x = x + 3 + mg1
18 self.sum += x + self.y
19 mg2[0] = self.y + mg1
20 mg1 += x + 2
21 print(x , " " ,self.y, " " , self.sum)
22 return mg1
What is the output of the following code sequence?
t1 = Test5() t1.methodA() t1.methodA() t1.methodA() x y sum
Task 18
1 class Test4:
2 def __init__(self):
3 self.sum, self.y = 0, 0
4 def methodA(self):
5 x, y = 0, 0
6 msg = [0]
7 msg[0] = 5
8 y = y + self.methodB(msg[0])
9 x = y + self.methodB(msg, msg[0])
10 self.sum = x + y + msg[0]
11 print(x, y, self.sum)
12 def methodB(self, *args):
13 if len(args) == 1:
14 mg1 = args[0]
15 x, y = 0, 0
16 y = y + mg1
17 x = x + 33 + mg1
18 self.sum = self.sum + x + y
19 self.y = mg1 + x + 2
20 print(x, y, self.sum)
21 return y
22 else:
23 mg2, mg1 = args
24 x = 0
25 self.y = self.y + mg2[0]
26 x = x + 33 + mg1
27 self.sum = self.sum + x + self.y
28 mg2[0] = self.y + mg1
29 mg1 = mg1 + x + 2
30 print(x, self.y, self.sum)
31 return self.sum
t3 = Test4() t3.methodA() t3.methodA() t3.methodA() t3.methodA() x y sum
Task 19
1 class msgClass:
2 def __init__(self):
3 self.content = 0
4 class Q5:
5 def __init__(self):
6 self.sum = 1
7 self.x = 2
8 self.y = 3
9 def methodA(self):
10 x, y = 1, 1
11 msg = []
12 myMsg = msgClass()
13 myMsg.content = self.x
14 msg.append(myMsg)
15 msg[0].content = self.y + myMsg.content
16 self.y = self.y + self.methodB(msg[0])
17 y = self.methodB(msg[0]) + self.y
18 x = y + self.methodB(msg[0], msg)
19 self.sum = x + y + msg[0].content
20 print(x," ", y," ", self.sum)
21 def methodB(self, mg1, mg2 = None):
22 if mg2 == None:
23 x, y = 5, 6
24 y = self.sum + mg1.content
25 self.y = y + mg1.content
26 x = self.x + 7 +mg1.content
27 self.sum = self.sum + x + y
28 self.x = mg1.content + x +8
29 print(x, " ", y," ", self.sum)
30 return y
31 else:
32 x = 1
33 self.y += mg2[0].content
34 mg2[0].content = self.y + mg1.content
35 x = x + 4 + mg1.content
36 self.sum += x + self.y
37 mg1.content = self.sum - mg2[0].content
38 print(self.x, " ",self.y," ", self.sum)
39 return self.sum
What is the output of the following code sequence?
q = Q5()
q.methodA() x y sum
Practice Task (20 - 25) Ungraded
Task 20
Design a Student class so that the following output is produced upon executing the following code
Driver Code Output
# Write your code here
# Do not change the following lines of code.
s1 = Student() print("=========================") s2 = Student("Carol") print("=========================") s3 = Student("Jon", "EEE") print("=========================") s1.update_name("Bob") s1.update_department("CSE") s2.update_department("BBA") s1.enroll("CSE110", "MAT110", "ENG091") s2.enroll("BUS101") s3.enroll("MAT110", "PHY111") print("###########################") s1.printDetail()
print("=========================") s2.printDetail()
print("=========================") s3.printDetail() Student name and department need to be set
=========================
Department for Carol needs to be set
========================= Jon is from EEE department
=========================
###########################
Name: Bob
Department: CSE
Bob enrolled in 3 course(s): CSE110, MAT110, ENG091
=========================
Name: Carol
Department: BBA
Carol enrolled in 1 course(s):
BUS101
=========================
Name: Jon
Department: EEE
Jon enrolled in 2 course(s):
MAT110, PHY111
Design a Student class so that the following output is produced upon executing the following code:
[Hint: Each course has 3.0 credit hours. You must take at least 9.0 and at most 12.0 credit hours]
Driver Code Output
# Write your code here
# Do not change the following lines of code.
s1 = Student(“Alice”,“20103012”,“CSE”) s2 = Student(“Bob”, “18301254”,“EEE”) s3 = Student(“Carol”, “17101238”,“CSE”) print(“##########################”) print(s1.details())
print(“##########################”) print(s2.details())
print(“##########################”) s1.advise(“CSE110”, “MAT110”, “PHY111”) print(“##########################”) s2.advise(“BUS101”, “MAT120”) print(“##########################”) s3.advise(“MAT110”, “PHY111”, “ENG102”,
“CSE111”, “CSE230”) ##########################
Name: Alice
ID: 20103012
Department: CSE
##########################
Name: Bob
ID: 18301254
Department: EEE
##########################
Alice, you have taken 9.0 credits.
List of courses: CSE110, MAT110, PHY111
Status: Ok
##########################
Bob, you have taken 6.0 credits.
List of courses: BUS101, MAT120
Status: You have to take at least 1 more course.
##########################
Carol, you have taken 15.0 credits.
List of courses: MAT110, PHY111, ENG102,
CSE111, CSE230
Status: You have to drop at least 1 course.
Write the Hotel class with the required methods to give the following output as shown.
Driver Code Output
# Write your code here
# Do not change the following lines of code.
h = Hotel("Lakeshore")
h.addStuff( "Adam", 26)
print("=================================") print(h.getStuffById(1))
print("=================================")
h.addGuest(“Carol”,35,”123”)
print("=================================") print(h.getGuestById(1))
print("=================================")
h.addGuest("Diana", 32, “431”)
print("=================================") print(h.getGuestById(2))
print("=================================") h.allStaffs()
print("=================================")
h.allGuest() Staff With ID 1 is added
=================================
Staff ID: 1
Name: Adam
Age: 26
Phone no.: 000
=================================
Guest With ID 1 is created
=================================
Guest ID: 1
Name: Carol
Age: 35
Phone no.: 123
=================================
Guest With ID 2 is created
=================================
Guest ID: 2
Name: Dianal
Age: 32
Phone no.: 431
=================================
All Staffs:
Number of Staff: 1
Staff ID: 1 Name: Adam Age: 26 Phone no: 000
=================================
All Guest:
Number of Guest: 2
Guest ID: 1 Name: Carol Age: 35 Phone no.: 123
Guest ID: 2 Name: Dianal Age: 32 Phone no.: 431
Write the Author class with the required methods to give the following outputs as shown.
Driver Code Output
# Write your code here
# Do not change the following lines of code. a1 = Author() print("=================================") a1.addBook(“Ice”, “Science Fiction”) print("=================================") a1.setName(“Anna Kavan”) a1.addBook(“Ice”, “Science Fiction”) a1.printDetail()
print("=================================") a2 = Author(“Humayun Ahmed”) a2.addBook(“Onnobhubon”, “Science Fiction”) a2.addBook(“Megher Upor Bari”, “Horror”) print("=================================") a2.printDetail() a2.addBook(“Ireena”, “Science Fiction”) print("=================================") a2.printDetail()
print("=================================") =================================
A book can not be added without author name
=================================
Number of Book(s): 1
Author Name: Anna Kavan
Science Fiction: Ice
=================================
=================================
Number of Book(s): 2
Author Name: Humayun Ahmed
Science Fiction: Onnobhubon
Horror: Megher Upor Bari
=================================
Number of Book(s): 3
Author Name: Humayun Ahmed
Science Fiction: Onnobhubon, Ireena
Horror: Megher Upor Bari
=================================
Implement the design of the Hospital, Doctor and Patient class so that the following output is produced:
Driver Code Output
# Write your code here
# Do not change the following lines of code. h = Hospital("Evercare") d1 = Doctor("1d","Doctor", "Samar Kumar", "Neurologist") h.addDoctor(d1) print("=================================") print(h.getDoctorByID("1d")) print("=================================") p1 = Patient("1p","Patient", "Kashem Ahmed", 35, 12345) h.addPatient(p1) print("=================================") print(h.getPatientByID("1p")) print("=================================")
p2 = Patient ("2p","Patient", "Tanina Haque", 26, 33456) h.addPatient(p2) print("=================================") print(h.getPatientByID("2p")) print("=================================")
h.allDoctors()
h.allPatients() =================================
Doctor's ID: 1d
Name: Samar Kumar
Speciality: Neurologist
=================================
=================================
Patient's ID: 1p
Name: Kashem Ahmed
Age: 35
Phone no.: 12345
=================================
=================================
Patient's ID: 2p
Name: Tanina Haque
Age: 26
Phone no.: 33456
=================================
All Doctors:
Number of Doctors: 1
{'1d': ['Samar Kumar', 'Neurologist']} All Patients:
Number of Patients: 2
{'1p': ['Kashem Ahmed', 35, 12345], '2p': ['Tanina Haque', 26, 33456]}
Design the Vaccine and Person class so that the following expected output is generated.
[N.B: Students will get vaccines on a priority basis. So, age for students doesn’t matter]
Driver Code Output
# Write your code here
astra = Vaccine("AstraZeneca", "UK", 60) modr = Vaccine("Moderna", "UK", 30) sin = Vaccine("Sinopharm", "China", 30) p1 = Person("Bob", 21, "Student") print("=================================") p1.pushVaccine(astra) print("=================================") p1.showDetail() print("=================================") p1.pushVaccine(sin, "2nd Dose") print("=================================") p1.pushVaccine(astra, "2nd Dose") print("=================================") p1.showDetail() print("=================================") p2 = Person("Carol", 23, "Actor") print("=================================") p2.pushVaccine(sin) print("=================================") p3 = Person("David", 34) print("=================================") p3.pushVaccine(modr) print("=================================") p3.showDetail() print("=================================") p3.pushVaccine(modr, "2nd Dose") =================================
1st dose done for Bob
=================================
Name: Bob Age: 21 Type: Student
Vaccine name: AstraZeneca
1st dose: Given
2nd dose: Please come after 60 days
=================================
Sorry Bob, you can’t take 2 different vaccines
=================================
2nd dose done for Bob
=================================
Name: Bob Age: 21 Type: Student
Vaccine name: AstraZeneca
1st dose: Given
2nd dose: Given
=================================
=================================
Sorry Carol, Minimum age for taking vaccines is 25 years now.
=================================
=================================
1st dose done for David
=================================
Name: David Age: 34 Type: General Citizen
Vaccine name: Moderna
1st dose: Given
2nd dose: Please come after 30 days
=================================
2nd dose done for David
Course Code: CSE 111
Lab Assignment no: 3 & 4 Merged
Patient class so that the following output is produced:
[For BMI, the formula is BMI = weight/height^2, where weight is in kg and height in meters]
Driver Code Output
# Write your code here p1 = Patient("A", 55, 63.0, 158.0) p1.printDetails()
print("====================") p2 = Patient("B", 53, 61.0, 149.0) p2.printDetails() Name: A
Age: 55
Weight: 63.0 kg
Height: 158.0 cm
BMI: 25.236340330075304
====================
Name: B
Age: 53
Weight: 61.0 kg
Height: 149.0 cm
BMI: 27.476239809017613
Design a class Shape for the given code below.
• Write a class Shape.
• Write the required constructor that takes 3 parameters and initialize the instancevariables accordingly.
• Write a method area() that prints the area.
Hint: the area method can calxculate only for the shapes: Triangle, Rectangle,
Rhombus, and Square. So, you have to use conditions inside this method For this task, assume that --
● for a triangle, the arguments passed are the base and height
● for a rhombus, the arguments passed are the diagonals
● for a square or rectangle, the arguments passed are the sides.
Driver Code Output
# Write your code here triangle = Shape("Triangle",10,25) triangle.area()
print("==========================") square = Shape("Square",10,10) square.area()
print("==========================") rhombus = Shape("Rhombus",18,25) rhombus.area()
print("==========================") rectangle = Shape("Rectangle",15,30) rectangle.area()
print("==========================") trapezium = Shape("Trapezium",15,30) trapezium.area() Area: 125.0
==========================
Area: 100
==========================
Area: 225.0
==========================
Area: 450
==========================
Area: Shape unknown
Calculator class so that the following output is produced:
Driver Code Output
# Write your code here c1 = Calculator()
print("==================")
val = c1.calculate(10, 20, '+') print("Returned value:", val) c1.showCalculation() print("==================")
val = c1.calculate(val, 10, '-') print("Returned value:", val) c1.showCalculation() print("==================")
val = c1.calculate(val, 5, '*') print("Returned value:", val) c1.showCalculation() print("==================")
val = c1.calculate(val, 16, '/') print("Returned value:", val) c1.showCalculation() Calculator is ready!
==================
Returned value: 30
10 + 20 = 30
==================
Returned value: 20
30 - 10 = 20
==================
Returned value: 100
20 * 5 = 100
==================
Returned value: 6.25
100 / 16 = 6.25
Design the Programmer class in such a way so that the following code provides the expected output.
Hint: o Write the constructor with appropriate printing and multiple arguments. o Write the addExp() method with appropriate printing and argument. o Write the printDetails() method
[You are not allowed to change the code below]
# Write your code here. p1 = Programmer("Ethen Hunt", "Java", 10) p1.printDetails()
print('--------------------------')
p2 = Programmer("James Bond", "C++", 7) p2.printDetails()
print('--------------------------')
p3 = Programmer("Jon Snow", "Python", 4) p3.printDetails() p3.addExp(5) p3.printDetails() OUTPUT:
Horray! A new programmer is born
Name: Ethen Hunt
Language: Java
Experience: 10 years.
--------------------------
Horray! A new programmer is born
Name: James Bond
Language: C++
Experience: 7 years.
--------------------------
Horray! A new programmer is born
Name: Jon Snow
Language: Python Experience: 4 years.
Updating experience of Jon Snow
Name: Jon Snow
Language: Python
Experience: 9 years.
UberEats class so that the following output is produced:
[For simplicity, you can assume that a customer will always order exact 2 items]
Driver Code Output
# Write your code here order1 = UberEats("Shakib", "01719658xxx", "Mohakhali") print("=========================") order1.add_items("Burger", "Coca Cola", 220, 50) print("=========================") print(order1.print_order_detail()) print("=========================")
order2 = UberEats ("Siam", "01719659xxx", "Uttara") print("=========================") order2.add_items("Pineapple", "Dairy Milk", 80, 70) print("=========================") print(order2.print_order_detail()) Shakib, welcome to UberEats!
=========================
=========================
User details: Name: Shakib, Phone:
01719658xxx, Address: Mohakhali
Orders: {'Burger': 220, 'Coca Cola': 50}
Total Paid Amount: 270 ========================= Siam, welcome to UberEats!
=========================
=========================
User details: Name: Siam, Phone:
01719659xxx, Address: Uttara
Orders: {'Pineapple': 80, 'Dairy Milk': 70}
Total Paid Amount: 150
Write a class called Customer with the required constructor and methods to get the following output.
Subtasks:
1. Create a class called Customer.
2. Create the required constructor.
4. Create a method called purchase that can take as many arguments as the user wants to give.
[You are not allowed to change the code below]
# Write your codes for subtasks 1-4 here.
customer_1 = Customer("Sam") customer_1.greet()
customer_1.purchase("chips", "chocolate", "orange juice") print("-----------------------------")
customer_2 = Customer("David") customer_2.greet("David") customer_2.purchase("orange juice") OUTPUT:
Hello!
Sam, you purchased 3 item(s): chips chocolate orange juice
-----------------------------
Hello David!
David, you purchased 1 item(s):
orange juice
Analyze the given code below to write Cat class to get the output as shown.
Hints:
● Remember, the constructor is a special method. Here, you have to deal with constructor overloading which is similar to method overloading.
● Your class should have 2 variables
[You are not allowed to change the code below]
#Write your code here
c1 = Cat() c2 = Cat("Black")
c3 = Cat("Brown", "jumping") c4 = Cat("Red", "purring") c1.printCat() c2.printCat() c3.printCat() c4.printCat() c1.changeColor("Blue") c3.changeColor("Purple") c1.printCat() c3.printCat() OUTPUT
White cat is sitting
Black cat is sitting
Brown cat is jumping
Red cat is purring
Blue cat is sitting
Purple cat is jumping
Design the Student class such a way so that the following code provides the expected output.
Hint:
● Write the constructor with appropriate default value for arguments.
● Write the dailyEffort() method with appropriate arguments.
# Write your code here.
harry = Student('Harry Potter', 123) harry.dailyEffort(3) harry.printDetails()
print('========================') john = Student("John Wick", 456, "BBA") john.dailyEffort(2) john.printDetails() print('========================') naruto = Student("Naruto Uzumaki", 777, "Ninja") naruto.dailyEffort(6) naruto.printDetails() OUTPUT:
Name: Harry Potter
ID: 123
Department: CSE
Daily Effort: 3 hour(s)
Suggestion: Keep up the good work!
========================
Name: John Wick
ID: 456
Department: BBA
Daily Effort: 2 hour(s)
Suggestion: Should give more effort!
========================
Name: Naruto Uzumaki
ID: 777
Department: Ninja
Daily Effort: 6 hour(s)
Suggestion: Excellent! Now motivate others.
● Write the printDetails() method. For printing suggestions check the following instructions.
If hour <= 2 print 'Suggestion: Should give more effort!'
If hour <= 4 print 'Suggestion: Keep up the good work!'
Else print 'Suggestion: Excellent! Now motivate others.'
[You are not allowed to change the code below]
Implement the design of the Batsman class so that the following output is produced:
Hint: Batting strike rate (s/r) = runsScored / ballsFaced x 100.
Driver Code Output
# Write your code here b1 = Batsman(6101, 7380)
b1.printCareerStatistics()
print("============================") b2 = Batsman("Liton Das", 678, 773)
b2.printCareerStatistics()
print("----------------------------")
print(b2.battingStrikeRate())
print("============================")
b1.setName("Shakib Al Hasan") b1.printCareerStatistics()
print("----------------------------") print(b1.battingStrikeRate()) Name: New Batsman
Runs Scored: 6101 , Balls Faced: 7380
============================
Name: Liton Das
Runs Scored: 678 , Balls Faced: 773
----------------------------
87.71021992238033
============================
Name: Shakib Al Hasan
Runs Scored: 6101 , Balls Faced: 7380
----------------------------
82.66937669376694
Implement the design of the Author class so that the following output is produced:
Driver Code Output
# Write your code here auth1 = Author('Humayun Ahmed') auth1.addBooks('Deyal', 'Megher Opor Bari') auth1.printDetails() print("===================") auth2 = Author() print(auth2.name)
auth2.changeName('Mario Puzo')
auth2.addBooks('The Godfather', 'Omerta', 'The Sicilian') print("===================") auth2.printDetails() print("===================")
auth3 = Author('Paolo Coelho', 'The Alchemist', 'The Fifth Mountain') auth3.printDetails() Author Name: Humayun
Ahmed
--------
List of Books:
Deyal
Megher Opor Bari
===================
Default
===================
Author Name: Mario Puzo
--------
List of Books:
The Godfather
Omerta
The Sicilian
===================
Author Name: Paolo Coelho
--------
List of Books:
The Alchemist
The Fifth Mountain
Task 11
Using TaxiLagbe apps, users can share a single taxi with multiple people.
Implement the design of the TaxiLagbe class so that the following output is produced:
Hint:
1. Each taxi can carry maximum 4 passengers
2. addPassenger() method takes the last name of the passenger and ticket fare for thatperson in an underscore (-) separated string.
Driver Code Output
# Write your code here
# Do not change the following lines of code.
taxi1 = TaxiLagbe('1010-01', 'Dhaka')
print('-------------------------------')
taxi1.addPassenger('Walker_100', 'Wood_200') taxi1.addPassenger('Matt_100') taxi1.addPassenger('Wilson_105')
print('-------------------------------') taxi1.printDetails()
print('-------------------------------')
taxi1.addPassenger('Karen_200')
print('-------------------------------') taxi1.printDetails()
print('-------------------------------')
taxi2 = TaxiLagbe('1010-02', 'Khulna') taxi2.addPassenger('Ronald_115') taxi2.addPassenger('Parker_215')
print('-------------------------------') taxi2.printDetails() --------------------------------------
Dear Walker! Welcome to TaxiLagbe.
Dear Wood! Welcome to TaxiLagbe.
Dear Matt! Welcome to TaxiLagbe.
Dear Wilson! Welcome to TaxiLagbe.
--------------------------------------
Trip info for Taxi number: 1010-01 This taxi can cover only Dhaka area. Total passengers: 4 Passenger lists:
Walker, Wood, Matt, Wilson
Total collected fare: 505 Taka
--------------------------------------
Taxi Full! No more passengers can be added.
--------------------------------------
Trip info for Taxi number: 1010-01 This taxi can cover only Dhaka area. Total passengers: 4 Passenger lists:
Walker, Wood, Matt, Wilson
Total collected fare: 505 Taka
--------------------------------------
Dear Ronald! Welcome to TaxiLagbe.
Dear Parker! Welcome to TaxiLagbe.
--------------------------------------
Trip info for Taxi number: 1010-02 This taxi can cover only Khulna area. Total passengers: 2 Passenger lists:
Ronald, Parker
Total collected fare: 330 Taka
Task 12
Implement the design of the Account class so that the following output is produced:
Driver Code Output
# Write your code here a1 = Account() print(a1.details())
print("------------------------") a1.name = "Oliver" a1.balance = 10000.0 print(a1.details())
print("------------------------")
a2 = Account("Liam") print(a2.details())
print("------------------------")
a3 = Account("Noah",400) print(a3.details())
print("------------------------")
a1.withdraw(6930)
print("------------------------")
a2.withdraw(600)
print("------------------------")
a1.withdraw(6929) Default Account
0.0
-----------------------Oliver
10000.0
------------------------
Liam
0.0
------------------------
Noah
400.0
------------------------
Sorry, Withdraw unsuccessful! The account balance after deducting withdraw amount is equal to or less than minimum.
------------------------
Sorry, Withdraw unsuccessful! The account balance after deducting withdraw amount is equal to or less than minimum.
------------------------
Withdraw successful! New balance is:
3071.0
Task 13
Implement the design of the StudentDatabase class so that the following output is produced:
GPA = Sum of (Grade Points * Credits)/ Credits attempted
Driver Code Output
# Write your code here
# Do not change the following lines of code.
s1 = StudentDatabase('Pietro', '10101222')
s1.calculateGPA(['CSE230: 4.0', 'CSE220: 4.0', 'MAT110: 4.0'],
'Summer2020')
s1.calculateGPA(['CSE250: 3.7', 'CSE330: 4.0'], 'Summer2021') print(f'Grades for {s1.name} {s1.grades}')
print('------------------------------------------------------') s1.printDetails()
s2 = StudentDatabase('Wanda', '10103332')
s2.calculateGPA(['CSE111: 3.7', 'CSE260: 3.7', 'ENG101: 4.0'],
'Summer2022')
print('------------------------------------------------------') print(f'Grades for {s2.name} {s2.grades}')
print('------------------------------------------------------') s2.printDetails() Grades for Pietro
{'Summer2020': {('CSE230', 'CSE220', 'MAT110'): 4.0}, 'Summer2021':
{('CSE250', 'CSE330'): 3.85}}
-----------------------------------------------
Name: Pietro
ID: 10101222
Courses taken in Summer2020:
CSE230
CSE220
MAT110
GPA: 4.0
Courses taken in Summer2021:
CSE250
CSE330
GPA: 3.85
-----------------------------------------------
Grades for Wanda
{'Summer2022': {('CSE111', 'CSE260',
'ENG101'): 3.8}}
-----------------------------------------------
Name: Wanda
ID: 10103332
Courses taken in Summer2022:
CSE111
CSE260
ENG101
GPA: 3.8
Task 14
1 class Test3:
2 def __init__(self):
3 self.sum, self.y = 0, 0
4 def methodA(self):
5 x, y = 2, 3
6 msg = [0]
7 msg[0] = 3
8 y = self.y + msg[0]
9 self.methodB(msg, msg[0])
10 x = self.y + msg[0]
11 self.sum = x + y + msg[0]
12 print(x, y, self.sum)
13 def methodB(self, mg2, mg1):
14 x = 0
15 self.y = self.y + mg2[0]
16 x = x + 33 + mg1
17 self.sum = self.sum + x + self.y
18 mg2[0] = self.y + mg1
19 mg1 = mg1 + x + 2
20 print(x, self.y, self.sum)
Write the output of the following code: t3 = Test3() t3.methodA() t3.methodA() t3.methodA() t3.methodA() x y sum
Task 15
1 class Test5:
2 def __init__(self):
3 self.sum, self.y = 0, 0
4 def methodA(self):
5 x = 0
6 z = 0
7 while (z < 5):
8 self.y = self.y + self.sum
9 x = self.y + 1
10 print(x, self.y, self.sum)
11 self.sum = self.sum + self.methodB(x, self.y)
12 z += 1
13 def methodB(self, m, n):
14 x = 0
15 sum = 0
16 self.y = self.y + m
17 x = n - 4
18 sum = sum + self.y
19 print(x, self.y, sum)
20 return self.sum
Write the output of the following code:
t5 = Test5() t5.methodA() x y sum
Task 16
1 class FinalT6A:
2 def __init__(self, x, p):
3 self.temp, self.sum, self.y = 4, 0, 1
4 self.temp += 1
5 self.y = self.temp - p
6 self.sum = self.temp + x
7 print(x, self.y, self.sum)
8 def methodA(self):
9 x = 0
10 y = 0
11 y = y + self.y
12 x = self.y + 2 + self.temp
13 self.sum = x + y + self.methodB(self.temp, y)
14 print(x, y, self.sum)
15 def methodB(self, temp, n):
16 x = 0
17 temp += 1
18 self.y = self.y + temp
19 x = x + 3 + n
20 self.sum = self.sum + x + self.y
21 print(x, self.y, self.sum)
22 return self.sum
What is the output of the following code sequence?
q1 = FinalT6A(2,1) q1.methodA() q1.methodA() x y sum
Task 17
1 class Test5:
2 def __init__(self):
3 self.sum = 0
4 self.y = 0
5 def methodA(self):
6 x=y=k=0
7 msg = [5]
8 while (k < 2):
9 y += msg[0]
10 x = y + self.methodB(msg, k)
11 self.sum = x + y + msg[0]
12 print(x ," " , y, " " , self.sum)
13 k+=1
14 def methodB(self, mg2, mg1):
15 x = 0
16 self.y += mg2[0]
17 x = x + 3 + mg1
18 self.sum += x + self.y
19 mg2[0] = self.y + mg1
20 mg1 += x + 2
21 print(x , " " ,self.y, " " , self.sum)
22 return mg1
What is the output of the following code sequence?
t1 = Test5() t1.methodA() t1.methodA() t1.methodA() x y sum
Task 18
1 class Test4:
2 def __init__(self):
3 self.sum, self.y = 0, 0
4 def methodA(self):
5 x, y = 0, 0
6 msg = [0]
7 msg[0] = 5
8 y = y + self.methodB(msg[0])
9 x = y + self.methodB(msg, msg[0])
10 self.sum = x + y + msg[0]
11 print(x, y, self.sum)
12 def methodB(self, *args):
13 if len(args) == 1:
14 mg1 = args[0]
15 x, y = 0, 0
16 y = y + mg1
17 x = x + 33 + mg1
18 self.sum = self.sum + x + y
19 self.y = mg1 + x + 2
20 print(x, y, self.sum)
21 return y
22 else:
23 mg2, mg1 = args
24 x = 0
25 self.y = self.y + mg2[0]
26 x = x + 33 + mg1
27 self.sum = self.sum + x + self.y
28 mg2[0] = self.y + mg1
29 mg1 = mg1 + x + 2
30 print(x, self.y, self.sum)
31 return self.sum
t3 = Test4() t3.methodA() t3.methodA() t3.methodA() t3.methodA() x y sum
Task 19
1 class msgClass:
2 def __init__(self):
3 self.content = 0
4 class Q5:
5 def __init__(self):
6 self.sum = 1
7 self.x = 2
8 self.y = 3
9 def methodA(self):
10 x, y = 1, 1
11 msg = []
12 myMsg = msgClass()
13 myMsg.content = self.x
14 msg.append(myMsg)
15 msg[0].content = self.y + myMsg.content
16 self.y = self.y + self.methodB(msg[0])
17 y = self.methodB(msg[0]) + self.y
18 x = y + self.methodB(msg[0], msg)
19 self.sum = x + y + msg[0].content
20 print(x," ", y," ", self.sum)
21 def methodB(self, mg1, mg2 = None):
22 if mg2 == None:
23 x, y = 5, 6
24 y = self.sum + mg1.content
25 self.y = y + mg1.content
26 x = self.x + 7 +mg1.content
27 self.sum = self.sum + x + y
28 self.x = mg1.content + x +8
29 print(x, " ", y," ", self.sum)
30 return y
31 else:
32 x = 1
33 self.y += mg2[0].content
34 mg2[0].content = self.y + mg1.content
35 x = x + 4 + mg1.content
36 self.sum += x + self.y
37 mg1.content = self.sum - mg2[0].content
38 print(self.x, " ",self.y," ", self.sum)
39 return self.sum
What is the output of the following code sequence?
q = Q5()
q.methodA() x y sum
Practice Task (20 - 25) Ungraded
Task 20
Design a Student class so that the following output is produced upon executing the following code
Driver Code Output
# Write your code here
# Do not change the following lines of code.
s1 = Student() print("=========================") s2 = Student("Carol") print("=========================") s3 = Student("Jon", "EEE") print("=========================") s1.update_name("Bob") s1.update_department("CSE") s2.update_department("BBA") s1.enroll("CSE110", "MAT110", "ENG091") s2.enroll("BUS101") s3.enroll("MAT110", "PHY111") print("###########################") s1.printDetail()
print("=========================") s2.printDetail()
print("=========================") s3.printDetail() Student name and department need to be set
=========================
Department for Carol needs to be set
========================= Jon is from EEE department
=========================
###########################
Name: Bob
Department: CSE
Bob enrolled in 3 course(s): CSE110, MAT110, ENG091
=========================
Name: Carol
Department: BBA
Carol enrolled in 1 course(s):
BUS101
=========================
Name: Jon
Department: EEE
Jon enrolled in 2 course(s):
MAT110, PHY111
Design a Student class so that the following output is produced upon executing the following code:
[Hint: Each course has 3.0 credit hours. You must take at least 9.0 and at most 12.0 credit hours]
Driver Code Output
# Write your code here
# Do not change the following lines of code.
s1 = Student(“Alice”,“20103012”,“CSE”) s2 = Student(“Bob”, “18301254”,“EEE”) s3 = Student(“Carol”, “17101238”,“CSE”) print(“##########################”) print(s1.details())
print(“##########################”) print(s2.details())
print(“##########################”) s1.advise(“CSE110”, “MAT110”, “PHY111”) print(“##########################”) s2.advise(“BUS101”, “MAT120”) print(“##########################”) s3.advise(“MAT110”, “PHY111”, “ENG102”,
“CSE111”, “CSE230”) ##########################
Name: Alice
ID: 20103012
Department: CSE
##########################
Name: Bob
ID: 18301254
Department: EEE
##########################
Alice, you have taken 9.0 credits.
List of courses: CSE110, MAT110, PHY111
Status: Ok
##########################
Bob, you have taken 6.0 credits.
List of courses: BUS101, MAT120
Status: You have to take at least 1 more course.
##########################
Carol, you have taken 15.0 credits.
List of courses: MAT110, PHY111, ENG102,
CSE111, CSE230
Status: You have to drop at least 1 course.
Write the Hotel class with the required methods to give the following output as shown.
Driver Code Output
# Write your code here
# Do not change the following lines of code.
h = Hotel("Lakeshore")
h.addStuff( "Adam", 26)
print("=================================") print(h.getStuffById(1))
print("=================================")
h.addGuest(“Carol”,35,”123”)
print("=================================") print(h.getGuestById(1))
print("=================================")
h.addGuest("Diana", 32, “431”)
print("=================================") print(h.getGuestById(2))
print("=================================") h.allStaffs()
print("=================================")
h.allGuest() Staff With ID 1 is added
=================================
Staff ID: 1
Name: Adam
Age: 26
Phone no.: 000
=================================
Guest With ID 1 is created
=================================
Guest ID: 1
Name: Carol
Age: 35
Phone no.: 123
=================================
Guest With ID 2 is created
=================================
Guest ID: 2
Name: Dianal
Age: 32
Phone no.: 431
=================================
All Staffs:
Number of Staff: 1
Staff ID: 1 Name: Adam Age: 26 Phone no: 000
=================================
All Guest:
Number of Guest: 2
Guest ID: 1 Name: Carol Age: 35 Phone no.: 123
Guest ID: 2 Name: Dianal Age: 32 Phone no.: 431
Write the Author class with the required methods to give the following outputs as shown.
Driver Code Output
# Write your code here
# Do not change the following lines of code. a1 = Author() print("=================================") a1.addBook(“Ice”, “Science Fiction”) print("=================================") a1.setName(“Anna Kavan”) a1.addBook(“Ice”, “Science Fiction”) a1.printDetail()
print("=================================") a2 = Author(“Humayun Ahmed”) a2.addBook(“Onnobhubon”, “Science Fiction”) a2.addBook(“Megher Upor Bari”, “Horror”) print("=================================") a2.printDetail() a2.addBook(“Ireena”, “Science Fiction”) print("=================================") a2.printDetail()
print("=================================") =================================
A book can not be added without author name
=================================
Number of Book(s): 1
Author Name: Anna Kavan
Science Fiction: Ice
=================================
=================================
Number of Book(s): 2
Author Name: Humayun Ahmed
Science Fiction: Onnobhubon
Horror: Megher Upor Bari
=================================
Number of Book(s): 3
Author Name: Humayun Ahmed
Science Fiction: Onnobhubon, Ireena
Horror: Megher Upor Bari
=================================
Implement the design of the Hospital, Doctor and Patient class so that the following output is produced:
Driver Code Output
# Write your code here
# Do not change the following lines of code. h = Hospital("Evercare") d1 = Doctor("1d","Doctor", "Samar Kumar", "Neurologist") h.addDoctor(d1) print("=================================") print(h.getDoctorByID("1d")) print("=================================") p1 = Patient("1p","Patient", "Kashem Ahmed", 35, 12345) h.addPatient(p1) print("=================================") print(h.getPatientByID("1p")) print("=================================")
p2 = Patient ("2p","Patient", "Tanina Haque", 26, 33456) h.addPatient(p2) print("=================================") print(h.getPatientByID("2p")) print("=================================")
h.allDoctors()
h.allPatients() =================================
Doctor's ID: 1d
Name: Samar Kumar
Speciality: Neurologist
=================================
=================================
Patient's ID: 1p
Name: Kashem Ahmed
Age: 35
Phone no.: 12345
=================================
=================================
Patient's ID: 2p
Name: Tanina Haque
Age: 26
Phone no.: 33456
=================================
All Doctors:
Number of Doctors: 1
{'1d': ['Samar Kumar', 'Neurologist']} All Patients:
Number of Patients: 2
{'1p': ['Kashem Ahmed', 35, 12345], '2p': ['Tanina Haque', 26, 33456]}
Design the Vaccine and Person class so that the following expected output is generated.
[N.B: Students will get vaccines on a priority basis. So, age for students doesn’t matter]
Driver Code Output
# Write your code here
astra = Vaccine("AstraZeneca", "UK", 60) modr = Vaccine("Moderna", "UK", 30) sin = Vaccine("Sinopharm", "China", 30) p1 = Person("Bob", 21, "Student") print("=================================") p1.pushVaccine(astra) print("=================================") p1.showDetail() print("=================================") p1.pushVaccine(sin, "2nd Dose") print("=================================") p1.pushVaccine(astra, "2nd Dose") print("=================================") p1.showDetail() print("=================================") p2 = Person("Carol", 23, "Actor") print("=================================") p2.pushVaccine(sin) print("=================================") p3 = Person("David", 34) print("=================================") p3.pushVaccine(modr) print("=================================") p3.showDetail() print("=================================") p3.pushVaccine(modr, "2nd Dose") =================================
1st dose done for Bob
=================================
Name: Bob Age: 21 Type: Student
Vaccine name: AstraZeneca
1st dose: Given
2nd dose: Please come after 60 days
=================================
Sorry Bob, you can’t take 2 different vaccines
=================================
2nd dose done for Bob
=================================
Name: Bob Age: 21 Type: Student
Vaccine name: AstraZeneca
1st dose: Given
2nd dose: Given
=================================
=================================
Sorry Carol, Minimum age for taking vaccines is 25 years now.
=================================
=================================
1st dose done for David
=================================
Name: David Age: 34 Type: General Citizen
Vaccine name: Moderna
1st dose: Given
2nd dose: Please come after 30 days
=================================
2nd dose done for David
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