def calc_word_value(word): """Calculate the value of the word entered into function using imported constant mapping LETTER_SCORES""" sum_chars = 0 for char in word: if LETTER_SCORES.get(char.upper()) is not None: sum_chars += LETTER_SCORES.get(char.upper()) return sum_chars
def calc_word_value(word): """Calculate the value of the word entered into function using imported constant mapping LETTER_SCORES""" score = 0 for letter in word.upper(): if type(LETTER_SCORES.get(letter)) is int: score = score + LETTER_SCORES.get(letter) return score
def calc_word_value(word): """Calculate the value of the word entered into function using imported constant mapping LETTER_SCORES""" score = 0 for c in word: if LETTER_SCORES.get(c.upper()): score += LETTER_SCORES.get(c.upper()) return score
def calc_word_value(word=""): """Calculate the value of the word entered into function using imported constant mapping LETTER_SCORES""" value = 0 for letter in word: if isinstance(LETTER_SCORES.get(letter.upper()), int): value += LETTER_SCORES.get(letter.upper()) return value
def calc_word_value(word): """Calculate the value of the word entered into function using imported constant mapping LETTER_SCORES""" value = 0 for letter in word: if type(LETTER_SCORES.get(letter[0].upper())) != type(None): value = value + int(LETTER_SCORES.get(letter[0].upper())) return value
def calc_word_value(word): """ Calculate the value of the word entered into function using imported constant mapping LETTER_SCORES. """ y = (LETTER_SCORES.get(char.upper(), 0) for char in word) return sum(y)
def calc_word_value(word): """Calculate the value of the word entered into function using imported constant mapping LETTER_SCORES""" result = 0 for c in word: result += LETTER_SCORES.get(c.upper(), 0) return result
def calc_word_value(word): """Calculate the value of the word entered into function using imported constant mapping LETTER_SCORES""" sum = 0 for c in word: sum += LETTER_SCORES.get(c.upper(), 0) return sum
def calc_word_value(word): """Calculate the value of the word entered into function using imported constant mapping LETTER_SCORES""" cur_sum = 0 for ch in word.upper(): cur_sum += LETTER_SCORES.get(ch, 0) return cur_sum
def calc_word_value(word): """Calculate the value of the word entered into function using imported constant mapping LETTER_SCORES""" scores = map((lambda c: LETTER_SCORES.get(c, 0)), list(word.upper())) return sum(scores)
def calc_word_value(word): """Calculate the value of the word entered into function using imported constant mapping LETTER_SCORES""" word_value = 0 for letter in word: word_value += LETTER_SCORES.get(letter.upper(), 0) return word_value
def calc_word_value(test_str): """Calculate the value of the word entered into function using imported constant mapping LETTER_SCORES""" score = 0 for letter in test_str: if letter not in [".",",","-","_",":",";"]: score += LETTER_SCORES.get(letter.upper()) return score
def calc_word_value(w): """Calculate the value of the word entered into function using imported constant mapping LETTER_SCORES""" word = list(w.upper()) counter = 0 for letter in word: counter += LETTER_SCORES.get(letter, 0) return counter
def calc_word_value(word): """Calculate the value of the word entered into function using imported constant mapping LETTER_SCORES""" value = 0 value = sum(LETTER_SCORES.get(char.upper(), 0) for char in word) # dict.get return 0 if key value not found. return value
def calc_word_value(word): """Calculate the value of the word entered into function using imported constant mapping LETTER_SCORES""" total = 0 for char in word.upper(): total += LETTER_SCORES.get(char, 0) return total
def calc_word_value(word): """Calculate the value of the word entered into function using imported constant mapping LETTER_SCORES""" sum = 0 for c in list(word): score = LETTER_SCORES.get(c.upper()) if score: sum += score return sum
def calc_word_value(word): """ Calculate the value of the word entered into function using imported constant mapping LETTER_SCORES """ return reduce( lambda accum, char: accum + LETTER_SCORES.get(char.upper(), 0), list(word), 0 )
def calc_word_value2(word): """ Calculate the value of the word entered into function using imported constant mapping LETTER_SCORES """ result: int = 0 for letter in word.upper(): result += LETTER_SCORES.get(letter, 0) return result
def calc_word_value(word): """Calculate the value of the word entered into function using imported constant mapping LETTER_SCORES""" word_value = 0 for s in word: s = s.upper() if s.isalpha(): word_value = word_value + int(LETTER_SCORES.get(s)) return word_value
def calc_word_value(word): """Calculate the value of the word entered into function using imported constant mapping LETTER_SCORES""" score = 0 word = word.upper() for letter in word: my_score = LETTER_SCORES.get(letter) # Handles if there are non alphabetic letters if my_score: score += my_score return score
def calc_word_value(word): """ :param word: A single word string containing only alphabet characters Calculate the value of the word entered into function using imported constant mapping LETTER_SCORES """ # "For each letter in word, join it back together if the letter is an # alphabetical character" word = ''.join(letter for letter in word.upper() if letter.isalpha()) # "Sum letter values for each letter in the word." score = sum(LETTER_SCORES.get(letter) for letter in list(word)) return score
def calc_word_value(word): letters = [] value = [] for letter in word: letters.append(letter) for char in LETTER_SCORES: for letter in letters: if letter.lower() == char.lower(): value.append(LETTER_SCORES.get(char)) else: pass score = sum(value) return score
def calc_word_value(word, return_word=False): """ Calculates the value of the word entered into function using imported constant mapping LETTER_SCORES. Optionally returns the word itself, too. """ # using get function on the dictionary to yield a default value of 0 if # current character is not among the dictionary's keys word_value = sum(LETTER_SCORES.get(char, 0) for char in word.upper()) # returning only the word value by default if not return_word: return word_value # otherwise returning word and word value else: return word, word_value
def calc_word_value(word): """Calculate the value of the word entered into function using imported constant mapping LETTER_SCORES""" word = word.upper() try: return word_values[word] except KeyError: value = 0 for letter in word: value += LETTER_SCORES.get(letter, 0) word_values[word] = value return value
def calc_word_value(word): """Calc a given word value based on Scrabble LETTER_SCORES mapping""" return sum(LETTER_SCORES.get(char.upper(), 0) for char in word)
def calc_word_value(word): sum = 0 for j in word: sum = sum + (LETTER_SCORES.get(j.upper(), 0)) return sum
def calc_word_value(word): finish_count = 0 for k in list(word): count_word = LETTER_SCORES.get(k.upper(), 0) finish_count += count_word return finish_count
def calc_word_value(w): """Calculate the value of the word entered into function using imported constant mapping LETTER_SCORES""" return sum((LETTER_SCORES.get(c.upper(),0) for c in w))
def calc_word_value(word): """Calculate the value of the word entered into function using imported constant mapping LETTER_SCORES""" return reduce(lambda total, char: total + LETTER_SCORES.get(char, 0), word, 0)
def calc_word_value(word): """Calculate the value of the word entered into function using imported constant mapping LETTER_SCORES""" word_score = sum([LETTER_SCORES.get(letter, 0) for letter in word.upper()]) return word_score
def calc_word_value(word): """Calc a given word value based on Scrabble LETTER_SCORES mapping""" return sum(LETTER_SCORES.get(char.upper(), 0) for char in word)
def calc_word_value(word): return sum(LETTER_SCORES.get(char.upper(), 0) for char in word)