반응형
전체 코드
import random
questionsList = []
class Question:
def __init__(self, question, group):
self.question = question[0]
self.direction = question[1]
self.group = group
self.A = True
self.B = False
self.scores = None
def ask(self):
"""
uses a while loop to ask user a question
their answer determines the score which is returned
returns answer value
"""
while True:
print(self.question)
answer = input("yes or no: ")
print()
if answer.lower() == "yes" or answer.lower() == "no":
answer = answer.lower()
if answer == "yes":
answer = True
break
else:
answer = False
break
else:
print("not a valid answer")
continue
if self.direction:
if answer: # answer was yes
self.scores = questionScores(self.A, self.group)
return None
else:
self.scores = questionScores(self.B, self.group)
return None
else: # question answer is reversed
if answer:
self.scores = questionScores(self.B, self.group)
return None
else:
self.scores = questionScores(self.A, self.group)
return None
def getQuestion(self):
return self.question
def getDirection(self):
return self.direction
def getScores(self):
return self.scores
opennessItems = [["i have excellent ideas", True],
["i am quick to understand things", True],
["i use difficult words", True],
["i am full of ideas", True],
["i am not interested in abstractions", False],
["i do not have a good imagination", False],
["i have difficulty understanding abstract ideas", False]
]
conscientiousnessItems = [["i am always prepared", True],
["i pay attention to detail", True],
["i get chores done right away", True],
["i like order", True],
["i follow a schedule", True],
["i am exacting in my work", True],
["i leave my belongings around", False],
["i make a mess of things", False],
["i often forget to put things back in their proper place", False],
["i shirk my duties", False]
]
extroversionItems = [["i am the life of the party", True],
["i don't mind being the center of attention", True],
["i feel comfortable around people", True],
["i start conversations", True],
["i talk to a lot of different people at parties", True],
["i don't talk a lot", False],
["i think a lot before i speak or act", False],
["i don't like to draw attention to myself", False],
["i am quiet around strangers", False],
["i have no intention of talking in large crowds", False]
]
agreeablenessItems = [["i am interested in people", True],
["i sympathize with others' feelings", True],
["i have a soft heart", True],
["i take time out for others", True],
["i feel others' emotions", True],
["i make people feel at ease", True],
["i am not really interested in others", False],
["i insult people", False],
["i am not interested in other people's problems", False],
["i feel little concern for others", False]
]
neuroticismItems = [["i get irritated easily", True],
["i get stressed out easily", True],
["i get upset easily", True],
["i have frequent mood swings", True],
["i worry about things", True],
["i am much more anxious than most people", True],
["i am relaxed most of the time", False],
["i seldom feel blue", False]
]
def createQuestions():
print()
print("loading...")
print()
print("creating openness questions...")
for statement in opennessItems:
question = Question(statement, "O")
questionsList.append(question)
print("creating conscientiousness questions...")
for statement in conscientiousnessItems:
question = Question(statement, "C")
questionsList.append(question)
print("creating extroversion questions...")
for statement in extroversionItems:
question = Question(statement, "E")
questionsList.append(question)
print("creating agreeableness questions...")
for statement in agreeablenessItems:
question = Question(statement, "A")
questionsList.append(question)
print("creating neuroticism questions...")
for statement in neuroticismItems:
question = Question(statement, "N")
questionsList.append(question)
print()
print()
print("Welcome to my personality test!")
print()
return None
def questionScores(answer, group):
scores = []
if answer:
if group == "N":
scores.append(-0.18) # E
scores.append(0.14) # I
scores.append(-0.16) # S
scores.append(0.21) # N
scores.append(-0.29) # T
scores.append(0.36) # F
scores.append(-0.25) # J
scores.append(0.30) # P
return scores
elif group == "E":
scores.append(0.58) # E
scores.append(-0.58) # I
scores.append(-0.08) # S
scores.append(0.02) # N
scores.append(0.02) # T
scores.append(0.05) # F
scores.append(-0.06) # J
scores.append(0.03) # P
return scores
elif group == "O":
scores.append(-0.30) # E
scores.append(0.30) # I
scores.append(-0.60) # S
scores.append(0.71) # N
scores.append(-0.34) # T
scores.append(0.35) # F
scores.append(-0.07) # J
scores.append(0.03) # P
return scores
elif group == "A":
scores.append(-0.08) # E
scores.append(-0.01) # I
scores.append(-0.11) # S
scores.append(0.29) # N
scores.append(0.52) # T
scores.append(0.52) # F
scores.append(0.00) # J
scores.append(0.00) # P
return scores
elif group == "C":
scores.append(-0.11) # E
scores.append(0.01) # I
scores.append(0.03) # S
scores.append(0.03) # N
scores.append(0.02) # T
scores.append(0.02) # F
scores.append(0.56) # J
scores.append(0.62) # P
return scores
else:
return None
else:
if group == "N":
scores.append(-0.24) # E
scores.append(0.26) # I
scores.append(-0.02) # S
scores.append(0.03) # N
scores.append(-0.16) # T
scores.append(0.18) # F
scores.append(0.01) # J
scores.append(0.00) # P
return scores
elif group == "E":
scores.append(-0.69) # E
scores.append(0.46) # I
scores.append(-0.18) # S
scores.append(0.16) # N
scores.append(0.09) # T
scores.append(0.05) # F
scores.append(-0.03) # J
scores.append(0.02) # P
return scores
elif group == "O":
scores.append(0.21) # E
scores.append(0.22) # I
scores.append(0.52) # S
scores.append(0.49) # N
scores.append(0.22) # T
scores.append(0.22) # F
scores.append(-0.24) # J
scores.append(0.24) # P
return scores
elif group == "A":
scores.append(0.12) # E
scores.append(-0.01) # I
scores.append(0.03) # S
scores.append(0.03) # N
scores.append(0.40) # T
scores.append(0.40) # F
scores.append(0.06) # J
scores.append(0.00) # P
return scores
elif group == "C":
scores.append(0.03) # E
scores.append(0.06) # I
scores.append(0.20) # S
scores.append(0.24) # N
scores.append(-0.28) # T
scores.append(-0.28) # F
scores.append(0.50) # J
scores.append(-0.41) # P
return scores
else:
return None
def applyScores():
global extroversion
extroversion = 0
global introversion
introversion = 0
global sensation
sensation = 0
global intuition
intuition = 0
global thinking
thinking = 0
global feeling
feeling = 0
global judging
judging = 0
global perceiving
perceiving = 0
for question in questionsList:
scores = question.getScores()
extroversion += scores[0]
introversion += scores[1]
sensation += scores[2]
intuition += scores[3]
thinking += scores[4]
feeling += scores[5]
judging += scores[6]
perceiving += scores[7]
return None
def askQuestions():
for question in questionsList:
question.ask()
return None
def shareScore():
score = ""
print()
print("loading...")
if extroversion >= introversion:
score += "E"
else:
score += "I"
if sensation >= intuition:
score += "S"
else:
score += "N"
if thinking >= feeling:
score += "T"
else:
score += "F"
if judging >= perceiving:
score += "J"
else:
score += "P"
print()
print("your type is: ", score)
print()
print("individual results: ")
print("extroversion: ", str(extroversion))
print("introversion: ", str(introversion))
print("sensation: ", str(sensation))
print("intuition: ", str(intuition))
print("thinking: ", str(thinking))
print("feeling: ", str(feeling))
print("judging: ", str(judging))
print("perceiving: ", str(perceiving))
print()
print()
print("thank you for taking this test")
print()
print("inspired by the official Myers Briggs personality test")
def main():
createQuestions()
askQuestions()
applyScores()
shareScore()
return None
main()▶️ self, question, group을 매개변수로 갖는 __init__ 사용자 정의 함수 생성
→ questionsList = [] : MBTI를 확인하기 위한 질문을 저장할 questionList 리스트를 만듦
→ question 리스트에 저장된 0번, 1번 index의 값을 self.question, self.direction 변수에 저장
→ self.group은 group을 의미
→ self.A는 True값을, self.B는 False값을 의미
class Question:
def __init__(self, question, group):
self.question = question[0]
self.direction = question[1]
self.group = group
self.A = True
self.B = False
self.scores = None
▶️ self값을 매개변수로 갖는 ask 사용자 정의 함수를 생성
→ self.question에 저장된 질문을 출력해 사용자가 'yes' 혹은 'no'를 입력하도록 함
→ 사용자가 yes(소문자)를 입력했을 경우 answer에 True, no(소문자)를 입력했을 경우에 False를 저장함
→ 'yes'나 'no'가 아닌 다른 값을 입력하면 유효한 정답이 아님을 출력함
→ self.direction의 경우, group에 정답이 yes면 true값, no면 false값을 저장하고 반대의 경우, yes면 false값, no면 true값을 저장
def ask(self):
while True:
print(self.question)
answer = input("yes or no: ")
print()
if answer.lower() == "yes" or answer.lower() == "no":
answer = answer.lower()
if answer == "yes":
answer = True
break
else:
answer = False
break
else:
print("not a valid answer")
continue
if self.direction:
if answer: # answer was yes
self.scores = questionScores(self.A, self.group)
return None
else:
self.scores = questionScores(self.B, self.group)
return None
else: # question answer is reversed
if answer:
self.scores = questionScores(self.B, self.group)
return None
else:
self.scores = questionScores(self.A, self.group)
return None
▶️ 각각 self를 매개변수로 하는 getQuestion, getDirection, getScores 사용자 정의 함수를 생성함
→ 각각 self.question, self.direction, self.scores 값을 리턴
def getQuestion(self):
return self.question
def getDirection(self):
return self.direction
def getScores(self):
return self.scores
▶️ 각각의 성향에 맞는 유형별 질문을 생성 후, true값이 나오면 점수가 높아지고, false값이 나오면 점수가 낮아짐
opennessItems = [["i have excellent ideas", True],
["i am quick to understand things", True],
["i use difficult words", True],
["i am full of ideas", True],
["i am not interested in abstractions", False],
["i do not have a good imagination", False],
["i have difficulty understanding abstract ideas", False]
]
conscientiousnessItems = [["i am always prepared", True],
["i pay attention to detail", True],
["i get chores done right away", True],
["i like order", True],
["i follow a schedule", True],
["i am exacting in my work", True],
["i leave my belongings around", False],
["i make a mess of things", False],
["i often forget to put things back in their proper place", False],
["i shirk my duties", False]
]
extroversionItems = [["i am the life of the party", True],
["i don't mind being the center of attention", True],
["i feel comfortable around people", True],
["i start conversations", True],
["i talk to a lot of different people at parties", True],
["i don't talk a lot", False],
["i think a lot before i speak or act", False],
["i don't like to draw attention to myself", False],
["i am quiet around strangers", False],
["i have no intention of talking in large crowds", False]
]
agreeablenessItems = [["i am interested in people", True],
["i sympathize with others' feelings", True],
["i have a soft heart", True],
["i take time out for others", True],
["i feel others' emotions", True],
["i make people feel at ease", True],
["i am not really interested in others", False],
["i insult people", False],
["i am not interested in other people's problems", False],
["i feel little concern for others", False]
]
neuroticismItems = [["i get irritated easily", True],
["i get stressed out easily", True],
["i get upset easily", True],
["i have frequent mood swings", True],
["i worry about things", True],
["i am much more anxious than most people", True],
["i am relaxed most of the time", False],
["i seldom feel blue", False]
]
▶️ def createQuestions() : 사용자에게 물어볼 질문을 생성하는 함수
→ statement가 각각 해당하는 유형(opennessItems, conscientiousnessItems, extroversionItems, agreeablenessItems, neuroticismItems)에 존재한다면 questionList에 앞 글자(O, C, E, A, N)을 따서 저장됨
def createQuestions():
print()
print("loading...")
print()
print("creating openness questions...")
for statement in opennessItems:
question = Question(statement, "O")
questionsList.append(question)
print("creating conscientiousness questions...")
for statement in conscientiousnessItems:
question = Question(statement, "C")
questionsList.append(question)
print("creating extroversion questions...")
for statement in extroversionItems:
question = Question(statement, "E")
questionsList.append(question)
print("creating agreeableness questions...")
for statement in agreeablenessItems:
question = Question(statement, "A")
questionsList.append(question)
print("creating neuroticism questions...")
for statement in neuroticismItems:
question = Question(statement, "N")
questionsList.append(question)
print()
print()
print("Welcome to my personality test!")
print()
return None
▶️ def questionScores() : 사용자에게 물어봤던 질문들에서 ask() 함수로부터 얻었던 value값들을 근거로 한 answer 리스트 값
→ True, False 값에 대해 점수를 저장하는 함수
def questionScores(answer, group):
# scores goes in E, I, S, N, T, F, J, P
scores = []
if answer:
if group == "N":
scores.append(-0.18) # E
scores.append(0.14) # I
scores.append(-0.16) # S
scores.append(0.21) # N
scores.append(-0.29) # T
scores.append(0.36) # F
scores.append(-0.25) # J
scores.append(0.30) # P
return scores
elif group == "E":
scores.append(0.58) # E
scores.append(-0.58) # I
scores.append(-0.08) # S
scores.append(0.02) # N
scores.append(0.02) # T
scores.append(0.05) # F
scores.append(-0.06) # J
scores.append(0.03) # P
return scores
elif group == "O":
scores.append(-0.30) # E
scores.append(0.30) # I
scores.append(-0.60) # S
scores.append(0.71) # N
scores.append(-0.34) # T
scores.append(0.35) # F
scores.append(-0.07) # J
scores.append(0.03) # P
return scores
elif group == "A":
scores.append(-0.08) # E
scores.append(-0.01) # I
scores.append(-0.11) # S
scores.append(0.29) # N
scores.append(0.52) # T
scores.append(0.52) # F
scores.append(0.00) # J
scores.append(0.00) # P
return scores
elif group == "C":
scores.append(-0.11) # E
scores.append(0.01) # I
scores.append(0.03) # S
scores.append(0.03) # N
scores.append(0.02) # T
scores.append(0.02) # F
scores.append(0.56) # J
scores.append(0.62) # P
return scores
else:
return None
else:
if group == "N":
scores.append(-0.24) # E
scores.append(0.26) # I
scores.append(-0.02) # S
scores.append(0.03) # N
scores.append(-0.16) # T
scores.append(0.18) # F
scores.append(0.01) # J
scores.append(0.00) # P
return scores
elif group == "E":
scores.append(-0.69) # E
scores.append(0.46) # I
scores.append(-0.18) # S
scores.append(0.16) # N
scores.append(0.09) # T
scores.append(0.05) # F
scores.append(-0.03) # J
scores.append(0.02) # P
return scores
elif group == "O":
scores.append(0.21) # E
scores.append(0.22) # I
scores.append(0.52) # S
scores.append(0.49) # N
scores.append(0.22) # T
scores.append(0.22) # F
scores.append(-0.24) # J
scores.append(0.24) # P
return scores
elif group == "A":
scores.append(0.12) # E
scores.append(-0.01) # I
scores.append(0.03) # S
scores.append(0.03) # N
scores.append(0.40) # T
scores.append(0.40) # F
scores.append(0.06) # J
scores.append(0.00) # P
return scores
elif group == "C":
scores.append(0.03) # E
scores.append(0.06) # I
scores.append(0.20) # S
scores.append(0.24) # N
scores.append(-0.28) # T
scores.append(-0.28) # F
scores.append(0.50) # J
scores.append(-0.41) # P
return scores
else:
return None
▶️ def applyScores() : 분류하기 위해 모든 점수들을 더하기 위해 사용하는 함수
def applyScores():
global extroversion
extroversion = 0
global introversion
introversion = 0
global sensation
sensation = 0
global intuition
intuition = 0
global thinking
thinking = 0
global feeling
feeling = 0
global judging
judging = 0
global perceiving
perceiving = 0
for question in questionsList:
scores = question.getScores()
extroversion += scores[0]
introversion += scores[1]
sensation += scores[2]
intuition += scores[3]
thinking += scores[4]
feeling += scores[5]
judging += scores[6]
perceiving += scores[7]
return None
▶️ def askQuestions() : 한 번에 모든 질문들을 출력하는 함수
def askQuestions():
for question in questionsList:
question.ask()
return None
▶️ def shareScore() : 사용자에게 테스트 결과를 보여주기 위한 함수
def shareScore():
score = ""
print()
print("loading...")
if extroversion >= introversion:
score += "E"
else:
score += "I"
if sensation >= intuition:
score += "S"
else:
score += "N"
if thinking >= feeling:
score += "T"
else:
score += "F"
if judging >= perceiving:
score += "J"
else:
score += "P"
print()
print("your type is: ", score)
print()
print("individual results: ")
print("extroversion: ", str(extroversion))
print("introversion: ", str(introversion))
print("sensation: ", str(sensation))
print("intuition: ", str(intuition))
print("thinking: ", str(thinking))
print("feeling: ", str(feeling))
print("judging: ", str(judging))
print("perceiving: ", str(perceiving))
▶️ conda activate begin_env(사용자명) : anaconda 활성화 시키기
▶️ cd C:\Users\9500DA-XC58B\Desktop\mypython\Day\7\examples : 위 코드가 작성된 파이썬 파일이 들어있는 폴더로 주소 변경하기
▶️ 위 코드가 작성된 파이썬 파일 실행
→ python mbti_test.py 실행시킴
▶️ 중간 생략한 MBTI test 실행 모습
반응형
'Data Analysis' 카테고리의 다른 글
| [ Python ] 위치 문자 (0) | 2021.09.09 |
|---|---|
| 영화 리뷰 분석 (0) | 2021.09.09 |
| Word Cloud 프로그램 (0) | 2021.09.02 |
| 파이차트 그리기 (0) | 2021.09.02 |
| MBTI 데이터 분석 프로그램 (0) | 2021.09.02 |