위치 함수 ## 2개의 파라미터를 생성하고 출력 def greet_with(name,location): print(f"Hello {name}") print(f"What is it like in {location}") greet_with("kartejin", "Korea") ## Positional Argument ## 2개의 파라미터를 생성하고 출력 def greet_with(name,location): print(f"Hello {name}") print(f"What is it like in {location}") greet_with("Korea", "karatejin") 키워드 함수 ## Keywrod Arg def greet_with(name,location): print(f"Hello {name}"..

def greet(): print("Hello!! wecome to python") name = input("input your name : ") print("Hello " + name) greet() def greet_with_name(name): ## Parameter print("Hello " + name) ## print(f"Hello {name}") print("How are you " + name) ## print(f"How are you {name}") greet_with_name("karatejin") ## Argument parameter 함수에 전달된 데이터의 이름 argument 데이터의 실제값

##-- 끝날때 까지 반복하기 end_of_game = False while not end_of_game: guess = input("Enter your guess: ").lower() for position in range(word_length): letter = chosen_word[position] if letter == guess: display[position] = letter print(display) if "_" not in display: end_of_game = True print("You win!")

## 행맨 ## 빈칸을 맞춘 글자로 바꾸기 import random word_list =["ardvark","baboon","camel","dragon"] ## test code chosen_word = random.choice(word_list) print(f"select word is : {chosen_word}") display = [] word_length = len(chosen_word) for _ in range(word_length): display += "_" print(display) guess = input("Enter your guess: ").lower() for position in range(word_length): letter = chosen_word[position] if l..

## 행맨 ## 무작위로 단어 고르고 정답확인 import random word_list =["ardvark","baboon","camel","dragon"] ## test code chosen_word = random.choice(word_list) print(chosen_word) guess = input("Enter your guess: ").lower() for letter in chosen_word: if letter == guess: print("Right") else: print("Wrong") 결과

나의 코드 def turn_right(): turn_left() turn_left() turn_left() while not at_goal(): if wall_in_front() and wall_on_right(): turn_left() elif wall_on_right() == True: move() elif right_is_clear() or wall_in_front() == True: turn_right() move() turn_right() move() else: move() 코드의 줄수는 적어도 실행 속도가 느림 다른 코드 def turn_right(): turn_left() turn_left() turn_left() def met_wall(): turn_left() while wall_on_r..