你好，我是悦创。

5.3 `remove word(words: tuple[str, ...], word: str) -> tuple[str, ...]`

Returns a copy of words with word removed, assuming that words contains word exactly once.

# 作业根本要求
def remove_word(t_words, word) -> tuple:
    lst = list(t_words)
#     i = lst.index(word)
    lst.remove(word)
    return tuple(lst)

words = ("Python", "apples", "candle")
new_words = remove_word(words, "candle")
print(words)
print(new_words)

扩大：

def remove_word(t_words, word) -> tuple:
    if word in t_words:
        lst = list(t_words)
        lst.remove(word)
        return tuple(lst)
    else:
        return t_words

words = ("Python", "apples", "candle")
new_words = remove_word(words, "aiyc")
print(words)
print(new_words)

5.4 `prompt user(guess number: int, words: tuple[str, ...]) -> str`

Prompts the user for the next guess, reprompting until either a valid guess is entered, or a selection for help, keyboard, or quit is made. Returns the first valid guess or request for help, keyboard, or quit. Note that the processing of the guess once it has been entered does not need to be handled in this function; it will be handled in functions defined later in this section. The returned string must be lowercase.

这个意思就是从 vocab.txt 的范畴猜词，而后必须是猜的词必须是六个字母，如果填了不在 vocab.txt 里的词就会辨认不进去。

def load_words(filename: str) -> tuple[str,...]:
    """ Loads all words from the file with the given name.

    Parameters:
        filename (str): The name of the file to load from. Each word must be on
                        a separate line.

    Returns:
        tuple<str>: A tuple containing all the words in the file.
    """with open(filename,'r') as file:
        words = [line.strip() for line in file.readlines()]
    return tuple(words)

def prompt_user(number, content):
    i = 1
    while i <= number:
        guess_text = input("Enter guess" + str(number) + ":")
        # print(i) # 判断 while 循环次数
        if len(guess_text) < 6:
            print("Invalid! Guess must be of length 6")
        elif guess_text in content:
            break
        else:
            print("Invalid! Unknown word")
        i += 1
    return guess_text


vocab = load_words("data/vocab.txt")
# print(vocab)
guess = prompt_user(4, vocab)
print(guess)

def load_words(filename: str) -> tuple[str,...]:
    """ Loads all words from the file with the given name.

    Parameters:
        filename (str): The name of the file to load from. Each word must be on
                        a separate line.

    Returns:
        tuple<str>: A tuple containing all the words in the file.
    """with open(filename,'r') as file:
        words = [line.strip() for line in file.readlines()]
    return tuple(words)

def prompt_user(number, content):
    i = 1
    while i <= number:
        guess_text = input("Enter guess" + str(number) + ":")
        # print(i) # 判断 while 循环次数
        if len(guess_text) < 6:
            print("Invalid! Guess must be of length 6")
        elif guess_text not in content:
            print("Invalid! Unknown word")
        else:
            break
        i += 1
    return guess_text


vocab = load_words("data/vocab.txt")
# print(vocab)
guess = prompt_user(4, vocab)
print(guess)

5.5 `process guess(guess: str, answer: str) -> str`

Returns a modified representation of guess, in which each letter is replaced by:

A green square if that letter occurs in the same position in answer;
A yellow square if that letter occurs in a different position in answer; or
A black square if that letter does not occur in answer.

While answers must contain 6 unique letters, guesses may contain duplicate letters. If duplicate letters exist in the guess, only one can have a non-black square. If the letter doesn’t exist in the answer, all occurrences of said letter in guess are given black squares. If the letter does exist in answer, the non-black square is allocated as follows:

If one of the occurrences is in the correct position, it receives a green square and all other occurrences receive a black square.
Otherwise, if no occurrences are in the correct position, the first occurrence of the letter in guess receives a yellow square and all other occurrences receive a black square.

Precondition: len(guess) == 6 and len(answer) == 6
See a1 support.py for constants containing the required square characters.

意思是如果 guess 的字母跟 answer 的雷同并且地位雷同，那就显示成绿色方块，如果字母雷同地位不同，显示成黄色方块，都不是显示彩色方块，如果 guess 外面有两个跟 answer 其中一个字母雷同，只能有一个是黄色方块，另一个是彩色方块。

如果 guess 外面有两个字母跟 answer 外面其中一个雷同，guess 中有一个正好是在雷同地位，另一个的字母被排除掉变成彩色方块。

CORRECT = "🟩"
MISPLACED = "🟨"
INCORRECT = "⬛"


def process_guess(guess, answer):
    # print(CORRECT + MISPLACED + INCORRECT)
    template = ""
    BASE = (0, 1, 2, 3, 4, 5)
    if len(guess) == 6 and len(answer) == 6:
        guess_lst = list(zip(list(guess), BASE))  # 这是失去每个元素的下标
        answer_lst = list(zip(list(answer), BASE))
        # print(guess_lst)
        # print(answer_lst)
        for g_w, g_p in guess_lst:
            if g_w not in answer:
                template += INCORRECT
            else:
                i = 0
                for a_w, a_p in answer_lst:
                    # if guess.count(g_w) >= 2 and i != 1 and i <= 1:
                    # if guess.count(g_w) >= 2 and i == 0:
                    if guess.count(g_w) >= 2 and i == 0 and g_p == a_p:
                        # template += MISPLACED  # 黄色
                        template += CORRECT  # 绿色
                        i += 1
                    elif guess.count(g_w) >= 2 and i == 1 and g_p != a_p:
                        template += INCORRECT  # 彩色
                        i += 1
                    # elif guess.count(g_w) >= 2 and g_p == a_p:
                    #     template += CORRECT  # 绿色
                    elif g_w == a_w and g_p == a_p:  # 字母雷同。地位雷同
                        template += CORRECT  # 绿色
                    elif g_w == a_w and g_p != a_p:
                        template += MISPLACED  # 黄色
        print(template)
    else:
        return None


# 1. guess 的字母跟 answer 的雷同并且地位雷同，那就显示成绿色方块
# 2. 如果字母雷同地位不同，显示成黄色方块，都不是显示彩色方块，# 如果 guess 外面有两个跟 answer 其中一个字母雷同，只能有一个是黄色方块，另一个是彩色方块
process_guess("debunk", "dances")
process_guess("candle", "dances")
process_guess("arrows", "strand")
process_guess("arrows", "answer")

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关于python:assignment1澳大利亚Python一对一教学

5.3 `remove word(words: tuple[str, ...], word: str) -> tuple[str, ...]`

5.4 `prompt user(guess number: int, words: tuple[str, ...]) -> str`

5.4.1 Example usage

5.5 `process guess(guess: str, answer: str) -> str`

5.5.1 Example usage

5.3 remove word(words: tuple[str, ...], word: str) -> tuple[str, ...]

5.4 prompt user(guess number: int, words: tuple[str, ...]) -> str

5.4.1 Example usage

5.5 process guess(guess: str, answer: str) -> str

5.5.1 Example usage

5.3 `remove word(words: tuple[str, ...], word: str) -> tuple[str, ...]`

5.4 `prompt user(guess number: int, words: tuple[str, ...]) -> str`

5.5 `process guess(guess: str, answer: str) -> str`