In this article, we will make a KBC game with almost all the features in CLI(Command Line Interface) mode using Python.
Features of the game:
- Random questions every time
-
Four lifelines
- Audience Poll
- 50:50
- Double dip
- Flip the question
- Made with the help of Matplotlib and NumPy libraries of python.
- Bar graph for audience poll lifeline
Rules to play the game:
- There are four lifelines in this game named Audience Poll,50:50, Double dip, and Flip the question.
- 2 Stages at ₹10,000 and ₹3,20,000.
- Users cannot use another lifeline after taking Double Dip.
- Lifelines can be used only once.
- Quit option is not available after taking Double Dip.
- After taking Audience Poll, the user can also take another lifeline except for Double Dip. The same is for 50:50 and Flip the question.
- Users can quit from game anytime.
- The total winning price will be displayed after every question.
- If the user has selected an incorrect option, the amount will be given according to stage cleared.
Getting Started:
- Create a new python file.
- Make a list of questions.
- Also make a list of answers, options, fifty-fifty options, audience poll percentage for options.
- Implement a random function so that every time when a user plays a game, he/she can get new random questions from a list of questions.
- After the question is answered by a user, assure that question would not appear again. To do this, delete the answered question from the list and associated options within that question.
- If the user needs any help then he/she can use a lifeline from the four lifelines i.e, Audience Poll, Fifty-Fifty, Double dip, and Flip the question.
- When the user gives the correct answer to the question, the answered question amount is added to the total amount.
Approach:
- Added some questions in a list with options.
- Run while loop and check the condition.
- If true then proceed further. After that display question to the user with options and ask for input(1, 2, 3, 4, or 9 for lifeline and 0 to exit). Random function is used to shuffle the question every time when a user plays the game.
- If the user is able to give the correct answer then he can choose an option. If the input given is correct then the winning amount is incremented and the next question will be displayed and the previous question is deleted from the list to avoid repetition of questions.
- If the user’s input is incorrect then he/she will be given the total winning amount. Remember that there are two stages in the game. If the user has given the wrong answer then the amount will be given according to stage cleared.
- User can quit the game anytime and the current winning amount will be given.
- If the user fails to choose the correct answer then he/she can take the lifeline.
Python3
while(wrong != True):
ques_no += 1
ran = random.randint(0, len(questions)-1)
print("\n\nQ.", ques_no, ":-", end="")
print(questions[ran])
for num, option in enumerate(options):
print(str(num+1)+"."+option[ran])
print("Would you like to take lifeline, if yes, press 9\n\
Choose any option: or you can quit by pressing 0 \t\t")
give_answer = int(input())
if give_answer == 9:
# condition variable is to count lifelines
# used
if condition <= 4:
condition += 1
great = lifeline(ran, opts, op)
if great == 0:
if total_amt < 10000:
total_amt = 0
elif total_amt < 320000:
total_amt = 10000
elif total_amt < 70000000:
total_amt = 320000
break
elif great == -1:
ques_no -= 1
pass
elif great == None:
print("Choose any option or press 0 to quit\t")
give_ansr = int(input())
if answer[ran] == give_ansr:
print("Correct answer, great")
correct += 1
elif great == -2:
break
else:
correct += 1
print("You have won Rs=", end="")
total_amt = amount(correct)
else:
print("You have used your all lifelines\t\n Choose any option: \
or you can quit by pressing 0\t\t")
give_ans = int(input())
key = answer[ran]
if give_ans == 0:
total_amt = amount(correct)
break
elif key == give_ans:
print("Correct, You have won Rs. =", end="")
correct += 1
total_amt = amount(correct)
else:
print("Wrong Answer....")
print("Correct Answer is : ", options[answer[ran]-1][ran])
if total_amt < 10000:
total_amt = 0
elif total_amt < 320000:
total_amt = 10000
elif total_amt < 70000000:
total_amt = 32000
wrong = True
else:
key = answer[ran]
if give_answer == 0:
if correct != 0:
total_amt = amount(correct)
break
elif key == give_answer:
print("Correct answer.., You have won Rs.=", end="")
correct += 1
total_amt = amount(correct)
else:
print("Wrong Answer...Better luck next time...")
print("Correct Answer is :", options[answer[ran]-1][ran])
if total_amt < 10000:
total_amt = 0
elif total_amt < 320000:
total_amt = 10000
elif total_amt < 70000000:
total_amt = 320000
wrong = True
# total questions are 16
if correct == 16:
break
# delete previous question and its options from list
del questions[ran]
del option1[ran]
del option2[ran]
del option3[ran]
del option4[ran]
del answer[ran]
del opts[0][ran]
del opts[1][ran]
del opts[2][ran]
del opts[3][ran]
del op[0][ran]
del op[1][ran]
del op[2][ran]
del op[3][ran]
options = [option1, option2, option3, option4]
print("Your winning amount is Rs. ", total_amt)
|
-
Audience Poll lifeline:
- The graph will be shown with the correct percentage assigned to all the options. [For ex: A- 32%, B- 56%, C-2%, D-10%].
- User can either choose the correct answer or can take another lifeline.
Python3
index=['1', '2', '3', '4'])
s.plot.bar(figsize=(20, 10))
plt.xlabel('Options')
plt.ylabel('%')
plt.title("Audience Poll")
plt.show()
print('1.', opts[0][ran], "%", '\t', '2.', opts[1][ran],
"%", '\t', '3.',opts[2][ran], "%", '\t', '4.',
opts[3][ran], "%", '\enter your choice\t')
print("Would you like to take lifeline again,if yes then\
press 9 or Press 0 to Quit\t")
choice = int(input())
if choice == 9:
great = lifeline(ran, opts, op)
return great
elif choice == answer[ran]:
great = 1
print("Correct answer,well done!..")
elif choice == 0:
great = -2
else:
great = 0
print("Incorrect")
print("Correct Answer is :", options[answer[ran]-1][ran])
return great
|
-
Fifty-Fifty:
- Two incorrect options will be deleted.
- User can either choose the correct answer or can take another lifeline.
Python3
def fifty(ran, op):
print("Q."+questions[ran])
for num, option in enumerate(op):
print(str(num+1)+"."+option[ran])
choice_fifty = int(input("enter your choice \t"))
if choice_fifty == answer[ran]:
print("Correct Answer.....")
great = 1
else:
great = 0
print("wrong answer")
print("Correct Answer is :", options[answer[ran]-1][ran])
return great
|
-
Double dip:
- The user will be given two chances to choose the correct option. Remember that after taking double-dip, the user will not able to use any other lifeline. He/she can either choose a correct option or can quit the game.
Python3
def doubleDip(ran):
# double dip gives 2 chances
print("Select two options\n")
trial1 = int(input())
if answer[ran] == trial1:
great = 1
print("Correct Answer,well done....")
else:
print("Your first trial is wrong, choose another\t")
trial2 = int(input())
if answer[ran] == trial2:
great = 1
print("Correct Answer\t")
else:
print("Your second trial is also wrong..Better luck next time..\t")
print("Correct Answer is :", options[answer[ran]-1][ran])
great = 0
return great
|
-
Flip the question:
- When flip the question lifelines is taken then the current question is skipped and next question is displayed.
FlowChart
Given below is the full implementation.
Program:
Python3
import random
from matplotlib import pyplot as plt
import pandas as pd
print("WELCOME TO KAUN BANEGA CROREPATI...LET'S PLAY")
print("Hello", input("Enter Your Name\t"))
# total prize for each questionamount_won = [1000, 2000, 3000, 5000, 10000,
20000, 40000, 80000, 160000,
320000, 640000, 1250000, 2500000,
5000000, 10000000, 70000000]
# Options for 50:50 lifelineop1 = [' ', ' ', ' ', 'Srinagar',
' ', 'Cricket', '1920', ' ', ' ',
' ', ' ', 'Cricket', ' ',
'Kolkata', 'Wrestling', ' ', ' ',
' ', 'China', 'Thar', ' ', ' ',
'Israel', ' ', ' ', 'Arjan Singh',
'Parliament of India', ' ', ' ',
'Mohd Hamid Ansari ', ' ', 'Mahatma Gandhi',
'Hanuman']
op2 = ['AB De Villiers', ' ', '9', ' ',
' ', ' ', '1928', ' ', 'Cricket',
'Yuvraj Singh', 'Cricket', 'Football', 'West Indies',
'Mumbai', 'Swimming', ' ', ' ',
' ', ' ', 'Sahara', 'Mahishmati', ' ',
'Jordan', ' ', 'Che Guevera', ' ',
' ', ' ', ' ', ' ', ' ', ' ',
' ']
op3 = ['Shahid Afridi', 'Dishonest', ' ', 'Amritsar',
'Sindhi', ' ', ' ', 'Pakistan', ' ',
'MS Dhoni', ' ', ' ', 'South Africa', ' ',
' ', 'Henry Becquerel', 'Tephrosia', 'Dermatitis',
'Japan', ' ', ' ', 'Bypass', ' ',
'Mridangam', ' ', ' ', ' ',
'darjeeling', 'Japanese Encephalitis ', 'Mohd Hidayatullah ',
'Saina Nehwal', ' ', 'Shiva']
op4 = [' ', 'Miserly', '8', ' ', 'English', 'Hockey',
' ', 'Australia', 'Football', ' ', 'Polo', ' ',
' ', ' ', ' ', 'None of these', 'Indigofera',
'Cholera', ' ', ' ', 'Badami', 'Debridement',
' ', 'Dafli', 'Vladimir Lenin', 'Aspy Engineer',
'Mangalyaan', 'Kohima', 'Plague', ' ', 'Jwala Gutta',
'Mother Teresa', ' ']
op = [op1, op2, op3, op4]
# list of lifelineslist_life = [1, 2, 3, 4]
def lifeline(ran, opts, op):
m = 1
lifelines = ['Audience Poll', 'Fifty Fifty',
'Double dip', 'Flip the question']
print("Lifelines are \t", lifelines[0], '\t', lifelines[1],
'\t', lifelines[2], '\t', lifelines[3], '\n\n')
if list_life == []:
print("You don't have lifelines remaining\t")
return None
print("Press 1 for audience,2 for 50:50, 3 for double dip\
or 4 for flip the question\t")
while(m != 0):
get = int(input())
if get == 1:
if get in list_life:
m = 0
list_life.remove(1)
great = audience(ran, opts)
else:
print("You don't have audience poll\t")
elif get == 2:
if get in list_life:
m = 0
great = fifty(ran, op)
list_life.remove(2)
else:
print("You don't have 50:50 \t")
elif get == 3:
if get in list_life:
m = 0
great = doubleDip(ran)
list_life.remove(3)
else:
print("You don't have double dip\t")
elif get == 4:
if get in list_life:
m = 0
great = flip()
list_life.remove(4)
else:
print("You don't have lifeline to flip the question\t")
else:
print("Choose correct option")
return great
def audience(ran, opts):
# graphical audience poll using pandas
print("According to audience\n")
s = pd.Series([opt1[ran], opt2[ran], opt3[ran], opt4[ran]],
index=['1', '2', '3', '4'])
s.plot.bar(figsize=(20, 10))
plt.xlabel('Options')
plt.ylabel('%')
plt.title("Audience Poll")
plt.show()
print('1.', opts[0][ran], "%", '\t', '2.',
opts[1][ran], "%", '\t', '3.', opts[2][ran],
"%", '\t', '4.', opts[3][ran], "%", '\enter your choice\t')
print("Would you like to take lifeline again,if yes then press\
9 or Press 0 to Quit\t")
choice = int(input())
if choice == 9:
great = lifeline(ran, opts, op)
return great
elif choice == answer[ran]:
great = 1
print("Correct answer,well done!..")
elif choice == 0:
great = -2
else:
great = 0
print("Incorrect")
print("Correct Answer is :", options[answer[ran]-1][ran])
return great
def fifty(ran, op):
print("Q."+questions[ran])
for num, option in enumerate(op):
print(str(num+1)+"."+option[ran])
choice_fifty = int(input("enter your choice \t"))
if choice_fifty == answer[ran]:
print("Correct Answer.....")
great = 1
else:
great = 0
print("wrong answer")
print("Correct Answer is :", options[answer[ran]-1][ran])
return great
def doubleDip(ran):
# double dip gives 2 chances
print("Select two options\n")
trial1 = int(input())
if answer[ran] == trial1:
great = 1
print("Correct Answer,well done....")
else:
print("Your first trial is wrong, choose another\t")
trial2 = int(input())
if answer[ran] == trial2:
great = 1
print("Correct Answer\t")
else:
print("Your second trial is also wrong..Better luck next time..\t")
print("Correct Answer is :", options[answer[ran]-1][ran])
great = 0
return great
def flip():
return -1
def amount(correct_ans):
print(amount_won[correct_ans-1])
if amount_won[correct_ans-1] == 10000:
print("Completed 1st stage")
elif amount_won[correct_ans-1] == 320000:
print("Completed 2nd stage")
elif amount_won[correct_ans-1] == 70000000:
print("You have won Rs 7 CRORE")
return amount_won[correct_ans-1]
questions = [
'In ODI Cricket, who created the record of scoring the \
fastest century in just 31 balls ?',
' If you call someone ‘Makkhichoos’ then what are you \
calling him ?',
'How many players of a Kho-Kho team can play on the field\
during the match ?',
'Which of these Indian cities is closest to the Pakistani \
city of Lahore ?',
'The language spoken by the people by Pakistan is ?',
'The term“Googly” is associated with ?',
'India first took part in the olympic games in the year ?',
'Who are Kangaroos ?',
'Oval stadium in England is associated with ?',
'In 2011 India won the World Cup. Who was adjudicated as the\
man of the series in the tournament ? ',
'Eden Gardens in Kolkata is ----- stadium.? ',
'Ronaldo is associated with ? ',
'Icc’s 2007, the World Cup Cricket was held in ? ',
'Wankhede Stadium is at ? ',
'World’s most ancient game is ? ',
'Stethoscope was invented by ?',
'A dye is prepared from ',
'Which disease is caused by the fungi? ',
'Which is the Land of the Rising Sun? ',
'The desert that lies on the boundary between India and Pakistan \
is ',
' In which kingdom is the story of the ‘Bahubali’ series of films\
mainly set?',
'What is the common name for surgery conducted on coronary arteries\
that supply blood to the heart ?',
' In July 2017, Narendra Modi Become the first Indian Prime Minister\
to visit which country ?',
'Which of these musical instrument is held in one hand and played with\
the other ?',
' On the last day of his life Bhagat Singh was reading a book about\
the Ideology of which revolutionary ?',
'Which Air force officer had the unique honour of leading the fly-post\
over the Red fort in Delhi on 15 August 1947 ?',
'Which image appears on the flip side of the new 2000 Rs Note, launched\
in 2016?',
'Which Indian hill station gets its name from the Tibetan words that mean\
‘land of the thunderbolt’?',
'Which of these diseases is transmitted by mosquitoes?',
'Who among these has served as the Ambassador of India to the United Nations?',
' Who was the first Indian to win the World Junior Badminton Championships?',
'Which of the following is a recipient of the Nobel Peace Prize?',
'The cave temples at the historical site of Elephanta are dedicated to which\
God?'
]option1 = ['Corey Anderson', 'Evil', '10', 'Srinagar', 'Hindi',
'Cricket', '1920', 'Bangladesh', 'polo', 'Virat Kohli',
'Tennis', 'Cricket', 'Australia', 'Kolkata', 'Wrestling',
'Bessemer', 'Sida', 'Polio', 'China', 'Thar', 'Magadh',
'Cataract', 'Israel', 'Tabla', 'Antonio Gramsci ',
'Arjan Singh', 'Parliament of India', 'Gangtok', 'Rabies',
' Mohd Hamid Ansari', 'P V Sindhu', 'Mahatma Gandhi', 'Hanuman']
option2 = ['AB De Villiers', 'Humble', '9', 'Jaisalmer', 'Palauan',
'Football', '1928', 'Kenya', 'Cricket', 'Yuvraj Singh',
'Cricket', 'Football', 'West Indies', 'Mumbai', 'Swimming',
'Rane Laennec', 'Tridax', 'Malaria', 'Taiwan', 'Sahara',
'Mahishmati', 'Gastric', 'Jordan', 'Santoor', 'Che Guevera',
'Pratap Chandra Lal', 'Tractor', 'Aizawl', 'Tetanus', ' I K Gujral',
'Aparna Balan', 'Swami Vivekananda ', 'Vishnu']
option3 = ['Shahid Afridi', 'Dishonest', '7', 'Amritsar', 'Sindhi',
'Badminton', '1972', 'Pakistan', 'Hockey', 'MS Dhoni',
'Hockey', 'Hockey', 'South Africa', 'Delhi', 'Boxing',
'Henry Becquerel', 'Tephrosia', 'Dermatitis', 'Japan',
'Gobi', 'Kalinga', 'Bypass', 'Saudi Arabia', 'Mridangam',
' Leon Trotsky ', 'Subroto Mukarjee', 'Red Fort', 'darjeeling',
'Japanese Encephalitis', 'Mohd Hidayatullah ', 'Saina Nehwal',
'Rabindranath Tagore ', 'Shiva']
option4 = ['Rohit Sharma', 'Miserly', '8', 'Udhampur', 'English', 'Hockey',
'1976', 'Australia', 'Football', 'Zaheer Khan', 'Polo', 'Tennis',
'India', 'Jaipur', 'Running', 'None of these', 'Indigofera',
'Cholera', 'Australia', 'None of these', 'Badami', 'Debridement',
'Qatar', 'Dafli', 'Vladimir Lenin', 'Aspy Engineer', 'Mangalyaan',
'Kohima', 'Plague', 'Zakir Hussain', 'Jwala Gutta', 'Mother Teresa',
'Kamadeva']
options = [option1, option2, option3, option4]
# answer keyanswer = [2, 4, 2, 3, 3, 1, 1, 4, 2, 2, 2, 2, 2, 2, 1,
3, 4, 3, 3, 1, 2, 3, 1, 4, 4, 1, 4, 3, 3, 1,
3, 4, 3]
wrong = False
# correct variable for total correct answercorrect = 0
total_amt = 0
# option list for audience pollopt1 = [30, 24, 10, 0, 1, 72, 99, 0, 9, 2, 0, 2, 10, 1,
100, 1, 0, 3, 2, 98, 21, 35, 50, 40, 45, 65, 50,
48, 5, 70, 20, 30, 20]
opt2 = [60, 32, 80, 0, 2, 5, 1, 1, 91, 94, 95, 87, 90, 96,
0, 0, 2, 12, 13, 1, 60, 20, 30, 2, 0, 20, 0, 1, 10,
12, 20, 20, 10]
opt3 = [2, 4, 0, 100, 97, 0, 0, 1, 0, 2, 5, 11, 0, 3, 0, 99,
2, 82, 82, 0, 18, 40, 10, 4, 1, 10, 0, 50, 70, 15,
35, 10, 64]
opt4 = [8, 40, 10, 0, 0, 23, 0, 98, 0, 2, 0, 0, 0, 0, 0, 0,
96, 3, 3, 1, 1, 5, 10, 54, 54, 5, 50, 1, 15, 3, 25,
40, 6]
opts = [opt1, opt2, opt3, opt4]
condition, ques_no = 1, 0
while(wrong != True):
ques_no += 1
ran = random.randint(0, len(questions)-1)
print("\n\nQ.", ques_no, ":-", end="")
print(questions[ran])
for num, option in enumerate(options):
print(str(num+1)+"."+option[ran])
print("Would you like to take lifeline, if yes, press\
9\n Choose any option: or you can quit by pressing 0 \t\t")
give_answer = int(input())
if give_answer == 9:
# condition variable is to count lifelines used
if condition <= 4:
condition += 1
great = lifeline(ran, opts, op)
if great == 0:
if total_amt < 10000:
total_amt = 0
elif total_amt < 320000:
total_amt = 10000
elif total_amt < 70000000:
total_amt = 320000
break
elif great == -1:
ques_no -= 1
pass
elif great == None:
print("Choose any option or press 0 to quit\t")
give_ansr = int(input())
if answer[ran] == give_ansr:
print("Correct answer, great")
correct += 1
elif great == -2:
break
else:
correct += 1
print("You have won Rs=", end="")
total_amt = amount(correct)
else:
print(
"You have used your all lifelines\t\n Choose any option: \
or you can quit by pressing 0\t\t")
give_ans = int(input())
key = answer[ran]
if give_ans == 0:
total_amt = amount(correct)
break
elif key == give_ans:
print("Correct, You have won Rs. =", end="")
correct += 1
total_amt = amount(correct)
else:
print("Wrong Answer....")
print("Correct Answer is : ", options[answer[ran]-1][ran])
if total_amt < 10000:
total_amt = 0
elif total_amt < 320000:
total_amt = 10000
elif total_amt < 70000000:
total_amt = 32000
wrong = True
else:
key = answer[ran]
if give_answer == 0:
if correct != 0:
total_amt = amount(correct)
break
elif key == give_answer:
print("Correct answer.., You have won Rs.=", end="")
correct += 1
total_amt = amount(correct)
else:
print("Wrong Answer...Better luck next time...")
print("Correct Answer is :", options[answer[ran]-1][ran])
if total_amt < 10000:
total_amt = 0
elif total_amt < 320000:
total_amt = 10000
elif total_amt < 70000000:
total_amt = 320000
wrong = True
if correct == 16: # total questions are 16
break
# delete previous question and its options from list
del questions[ran]
del option1[ran]
del option2[ran]
del option3[ran]
del option4[ran]
del answer[ran]
del opts[0][ran]
del opts[1][ran]
del opts[2][ran]
del opts[3][ran]
del op[0][ran]
del op[1][ran]
del op[2][ran]
del op[3][ran]
options = [option1, option2, option3, option4]
print("Your winning amount is Rs. ", total_amt)
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Output: