Python @ ФМИ

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10 точки от тестове

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12 успешни теста

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 1def beginning(word):
 2    '''Take a word and return the beggining of it.'''
 3    leng = len(word) // 3
 4    if len(word) % 3 == 2:
 5        return word[:leng+1]
 6    return word[:leng]
 7
 8def middle(word):
 9    '''Take a word and return the middle part of it.'''
10    leng = len(word) // 3
11    if len(word) % 3 == 2:
12        return word[leng+1:len(word)-leng-1]
13    return word[leng:len(word)-leng]
14
15def end(word):
16    '''Take a word and return the end of it.'''
17    leng = len(word) // 3
18    if len(word) % 3 == 2:
19        return word[len(word)-leng-1:]
20    return word[len(word)-leng:]
21
22def split_sentence(sentence):
23    '''Take a sentence and return list of all words divided into 3 parts.'''
24    words = sentence.split()
25    result = []
26    for word in words:
27        result.append((beginning(word), middle(word), end(word)))
28    return result

............
----------------------------------------------------------------------
Ran 12 tests in 0.000s

OK

Дискусия

Амира Емин

15.10.2023 13:42

Малко се обърках със сглобяването на кортежа, тъй като не го тествах предварително, и затова се получиха толкова много качени варианти

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f	1	def beginning(word):	f	1	def beginning(word):
n	2	'''Take a word and return the beggining of it'''	n	2	'''Take a word and return the beggining of it.'''
	3	leng = len(word) // 3		3	leng = len(word) // 3
	4	if len(word) % 3 == 2:		4	if len(word) % 3 == 2:
	5	return word[:leng+1]		5	return word[:leng+1]
	6	return word[:leng]		6	return word[:leng]
	7			7
	8	def middle(word):		8	def middle(word):
n	9	'''Take a word and return the middle part of it'''	n	9	'''Take a word and return the middle part of it.'''
	10	leng = len(word) // 3		10	leng = len(word) // 3
	11	if len(word) % 3 == 2:		11	if len(word) % 3 == 2:
	12	return word[leng+1:len(word)-leng-1]		12	return word[leng+1:len(word)-leng-1]
	13	return word[leng:len(word)-leng]		13	return word[leng:len(word)-leng]
	14			14
	15	def end(word):		15	def end(word):
n	16	'''Take a word and return the end of it'''	n	16	'''Take a word and return the end of it.'''
	17	leng = len(word) // 3		17	leng = len(word) // 3
	18	if len(word) % 3 == 2:		18	if len(word) % 3 == 2:
	19	return word[len(word)-leng-1:]		19	return word[len(word)-leng-1:]
	20	return word[len(word)-leng:]		20	return word[len(word)-leng:]
	21			21
	22	def split_sentence(sentence):		22	def split_sentence(sentence):
t	23	'''Take a sentence and return list of all words divided into 3 parts'''	t	23	'''Take a sentence and return list of all words divided into 3 parts.'''
	24	words = sentence.split()		24	words = sentence.split()
	25	result = []		25	result = []
	26	for word in words:		26	for word in words:
	27	result.append((beginning(word), middle(word), end(word)))		27	result.append((beginning(word), middle(word), end(word)))
	28	return result		28	return result

f	1	def beginning(word):	f	1	def beginning(word):
n	2	'''Takes a word and returns the beggining of it'''	n	2	'''Take a word and return the beggining of it'''
	3	leng = len(word) // 3		3	leng = len(word) // 3
	4	if len(word) % 3 == 2:		4	if len(word) % 3 == 2:
	5	return word[:leng+1]		5	return word[:leng+1]
	6	return word[:leng]		6	return word[:leng]
	7			7
	8	def middle(word):		8	def middle(word):
n	9	'''Takes a word and returns the middle part of it'''	n	9	'''Take a word and return the middle part of it'''
	10	leng = len(word) // 3		10	leng = len(word) // 3
	11	if len(word) % 3 == 2:		11	if len(word) % 3 == 2:
	12	return word[leng+1:len(word)-leng-1]		12	return word[leng+1:len(word)-leng-1]
	13	return word[leng:len(word)-leng]		13	return word[leng:len(word)-leng]
	14			14
	15	def end(word):		15	def end(word):
n	16	'''Takes a word and returns the end of it'''	n	16	'''Take a word and return the end of it'''
	17	leng = len(word)//3		17	leng = len(word) // 3
	18	if len(word) % 3 == 2:		18	if len(word) % 3 == 2:
	19	return word[len(word)-leng-1:]		19	return word[len(word)-leng-1:]
	20	return word[len(word)-leng:]		20	return word[len(word)-leng:]
	21			21
	22	def split_sentence(sentence):		22	def split_sentence(sentence):
n	23	'''Takes a sentence and returns a list of tuples that represent all	n	23	'''Take a sentence and return list of all words divided into 3 parts'''
	24	the words in the sentence splitted in three "equal" parts -
	25	beginning, middle part and the end of the word'''
	26	arr = sentence.split()		24	words = sentence.split()
	27	result = []		25	result = []
t	28	for word in arr:	t	26	for word in words:
	29	syllables = []		27	result.append(tuple(beginning(word), middle(word), end(word)))
	30	syllables.append(beginning(word))
	31	syllables.append(middle(word))
	32	syllables.append(end(word))
	33	result.append(tuple(syllables))
	34	return result		28	return result

Домашни > Man who speaks the ends of words > Решения > Решението на Амира Емин

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Дискусия

15.10.2023 13:42

История

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