En este artículo, crearemos un juego KBC con casi todas las funciones en el modo CLI (Interfaz de línea de comandos) usando Python.
Características del juego:
- Preguntas aleatorias cada vez
- Cuatro líneas de vida
- Encuesta de audiencia
- 50:50
- Doble carga
- Voltear la pregunta
- Hecho con la ayuda de las bibliotecas Matplotlib y NumPy de python.
- Gráfico de barras para la línea de vida de la encuesta de audiencia
Reglas para jugar el juego:
- Hay cuatro líneas de vida en este juego llamado Audience Poll, 50:50, Double dip y Flip the question.
- 2 Etapas a ₹ 10,000 y ₹ 320,000.
- Los usuarios no pueden usar otra línea de vida después de tomar Double Dip.
- Las líneas de vida solo se pueden usar una vez.
- La opción de salir no está disponible después de tomar Double Dip.
- Después de realizar la Encuesta de audiencia, el usuario también puede realizar otra línea de vida, excepto Double Dip. Lo mismo es para 50:50 y Voltear la pregunta.
- Los usuarios pueden salir del juego en cualquier momento .
- El precio ganador total se mostrará después de cada pregunta.
- Si el usuario ha seleccionado una opción incorrecta, se le dará el monto de acuerdo a la etapa superada.
Primeros pasos:
- Cree un nuevo archivo python.
- Haz una lista de preguntas.
- También haga una lista de respuestas, opciones, cincuenta y cincuenta opciones, porcentaje de encuesta de audiencia para opciones.
- Implemente una función aleatoria para que cada vez que un usuario juegue un juego, pueda obtener nuevas preguntas aleatorias de una lista de preguntas.
- Después de que un usuario responda la pregunta, asegúrese de que esa pregunta no vuelva a aparecer. Para hacer esto, elimine la pregunta respondida de la lista y las opciones asociadas dentro de esa pregunta.
- Si el usuario necesita ayuda, puede usar una línea de vida de las cuatro líneas de vida, es decir, Audience Poll, Fifty-Fifty, Double dip y Flip the question.
- Cuando el usuario da la respuesta correcta a la pregunta, el monto de la pregunta respondida se suma al monto total.
Enfoque :
- Se agregaron algunas preguntas en una lista con opciones.
- Ejecute el ciclo while y verifique la condición.
- Si es cierto, entonces continúe. Después de eso, muestre una pregunta al usuario con opciones y solicite una entrada (1, 2, 3, 4 o 9 para la línea de vida y 0 para salir). La función aleatoria se utiliza para mezclar la pregunta cada vez que un usuario juega.
- Si el usuario puede dar la respuesta correcta, puede elegir una opción. Si la entrada proporcionada es correcta, la cantidad ganadora se incrementa y se mostrará la siguiente pregunta y la pregunta anterior se eliminará de la lista para evitar la repetición de preguntas.
- Si la entrada del usuario es incorrecta, se le dará el monto total de la ganancia. Recuerda que hay dos etapas en el juego. Si el usuario ha dado una respuesta incorrecta, el monto se otorgará de acuerdo con la etapa completada.
- El usuario puede salir del juego en cualquier momento y se le dará la cantidad ganadora actual.
- Si el usuario no elige la respuesta correcta, puede tomar la línea de vida.
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)
- Línea de vida de la encuesta de audiencia :
- El gráfico se mostrará con el porcentaje correcto asignado a todas las opciones. [Por ejemplo: A- 32%, B- 56%, C-2%, D-10%].
- El usuario puede elegir la respuesta correcta o puede tomar otra línea de vida.
Python3
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], "%", '\nenter 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
- cincuenta y cincuenta :
- Se eliminarán dos opciones incorrectas.
- El usuario puede elegir la respuesta correcta o puede tomar otra línea de vida.
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
- Doble carga:
- El usuario tendrá dos oportunidades para elegir la opción correcta. Recuerde que después de la doble inmersión, el usuario no podrá utilizar ningún otro salvavidas. Él / ella puede elegir una opción correcta o puede salir del juego.
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
- Da la vuelta a la pregunta:
- Cuando se toman las líneas de vida de la pregunta, se omite la pregunta actual y se muestra la siguiente.
diagrama de flujo
A continuación se muestra la implementación completa.
Programa:
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 question
amount_won = [1000, 2000, 3000, 5000, 10000,
20000, 40000, 80000, 160000,
320000, 640000, 1250000, 2500000,
5000000, 10000000, 70000000]
# Options for 50:50 lifeline
op1 = [' ', ' ', ' ', '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 Becquarrel', '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 lifelines
list_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], "%", '\nenter 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 2st 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 Becquarrel', '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 key
answer = [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 answer
correct = 0
total_amt = 0
# option list for audience poll
opt1 = [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)
Producción:
Publicación traducida automáticamente
Artículo escrito por singh_teekam y traducido por Barcelona Geeks. The original can be accessed here. Licence: CCBY-SA