def tiebreak(dupelist):
'''
Breaks a tie between two or more classpects.
'''
question = classpect_quiz.q("Last question. Which do you feel describes you best?")
question.classpect = dupelist
question.dictionary = dictionaries.classpects_short
while True:
answer = classpect_quiz.long_ask(question)
if answer != False: # If valid input
question.answer = answer # answers will be classpects
break
return question.answer
def section_4(list_of_classpects, verbose):
'''
Takes the top 3 combinations of title and determines the best one.
Returns the top title.
'''
print("------------")
print("This is Section 4 of the 4-part Class/Aspect Quiz.")
print("There are 4 questions in this section;")
print("Choose the answer that best suits you.")
print("Reply with the number that corresponds to your answer.")
print("------------")
# Build questions list
questions = [0] * 4 # 4 questions
questions[0] = classpect_quiz.q("What is your ideal occupation?")
questions[0].classpect = list_of_classpects
questions[0].dictionary = dictionaries.s4_q1
questions[1] = classpect_quiz.q("Question 2")
questions[1].classpect = list_of_classpects
questions[1].dictionary = dictionaries.s4_q2
questions[2] = classpect_quiz.q("Question 3")
questions[2].classpect = list_of_classpects
questions[2].dictionary = dictionaries.s4_q3
questions[3] = classpect_quiz.q("Question 4")
questions[3].classpect = list_of_classpects
questions[3].dictionary = dictionaries.s4_q4
# Asks questions
for question in questions:
while True:
answer = classpect_quiz.long_ask(question)
if answer != False: # If valid input
question.answer = answer # answers will be classpects
break
# Tally answers
d = {'legit key':0}
for classpect in list_of_classpects:
d[classpect] = 0
for question in questions:
d[question.answer] = d[question.answer] + 1
if verbose == True:
print(d)
# Find top answer
top_classpect = 'legit key' # just needs to be a valid value
for classpect in d:
if d[classpect] > d[top_classpect]:
top_classpect = classpect
# Check for duplicates
dupelist = []
for classpect in d:
if d[classpect] == d[top_classpect]:
dupelist.append(classpect)
if len(dupelist) > 1:
top_classpect = tiebreak(dupelist)
return top_classpect