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小唯快跑啊
from operator import itemgetterwords = ["banana", "apple", "orange", "bike", "car"]numbers = [1, 5, 2, 5, 1]min_item = min(zip(words, numbers), key=itemgetter(1))max_item = max(zip(words, numbers), key=itemgetter(1))print("The min item was {} with a count of {}".format(*min_item))print("The max item was {} with a count of {}".format(*max_item))输出:The min item was banana with a count of 1The max item was apple with a count of 5>>>
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DIEA
用于zip匹配相应的单词和数字:>>> words = ["banana", "apple", "orange", "bike", "car"]>>> numbers = [1, 5, 2, 5, 1]>>> list(zip(words, numbers))[('banana', 1), ('apple', 5), ('orange', 2), ('bike', 5), ('car', 1)]如果将zip它们(number, word)配对,则可以直接在这些对上使用min和max来获得最小/最大组合:>>> min(zip(numbers, words))(1, 'banana')>>> max(zip(numbers, words))(5, 'bike')dict或者从对中创建一个(word, number)并在其上使用min和max。这只会给你单词,但你可以从字典中获取相应的数字:>>> d = dict(zip(words, numbers))>>> d{'apple': 5, 'banana': 1, 'bike': 5, 'car': 1, 'orange': 2}>>> min(d, key=d.get)'banana'>>> max(d, key=d.get)'apple'
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白衣染霜花
保持简单:如果您只想要一件最少和一件最多的物品words=["banana","apple","orange","bike","car"] numbers=[1,5,2,5,1]# get least and most amounts using max and minleast_amount = min(numbers)most_amount=max(numbers)# get fruit with least amount using indexindex_of_least_amount = numbers.index(least_amount)index_of_most_amount = numbers.index(most_amount)# fruit with least amountprint(words[index_of_least_amount])# fruit with most amountprint(words[index_of_most_amount])
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慕森卡
您应该使用字典或元组列表来执行以下操作:words=["banana","apple","orange","bike","car"]numbers=[1,5,2,5,1]dicti = {}for i in range(len(words)): dicti[words[i]] = numbers[i]print(dicti["banana"]) #1结果字典{'banana': 1, 'apple': 5, 'orange': 2, 'bike': 5, 'car': 1}这是如何使用元组列表获取其中的最大值和最小值的方法words=["banana","apple","orange","bike","car"]numbers=[1,5,2,5,1]numMax = max(numbers)numMin = min(numbers)print([x for x,y in zip(words, numbers) if y == numMax ]) #maxesprint([x for x,y in zip(words, numbers) if y == numMin ]) #mins
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青春有我
words = ["banana","apple","orange","bike","car"]numbers = [1, 5, 2, 5, 1]# Make a dict, is easieradict = {k:v for k,v in zip(words, numbers)}# Get maximums and minimumsmin_value = min(adict.values()) max_value = max(adict.values())# Here are the results, both material and values. You have also those which are tiedmin_materials = {k,v for k,v in adict if v == min_value}max_materials = {k,v for k,v in adict if v == max_value}