chore(i8n,learn): processed translations

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---
id: 594ecc0d9a8cf816e3340187
title: 出租车号码
title: Taxicab numbers
challengeType: 5
videoUrl: ''
forumTopicId: 302337
dashedName: taxicab-numbers
---
# --description--
[出租车编号](<https://en.wikipedia.org/wiki/HardyRamanujan number> "wpHardy-Ramanujan号码") 此处使用的定义是一个正整数可以用多种方式表示为两个正立方体的总和。第一个出租车编号是17291 <sup>3</sup> + 12 <sup>3</sup>和9 <sup>3</sup> + 10 <sup>3</sup> 。出租车号码也被称为:\*出租车号码\*出租车号码\*出租车号码\* Hardy-Ramanujan号码任务编写一个返回最低N个出租车号码的函数。对于每个出租车编号显示数字以及它的构成立方体。另请参阅在线整数序列百科全书上的\[`http://oeis.org/A001235` A001235出租车编号]。 MathWorld上的[Hardy-Ramanujan数字](http://mathworld.wolfram.com/Hardy-RamanujanNumber.html) 。 MathWorld上的[出租车编号](http://mathworld.wolfram.com/TaxicabNumber.html) 。维基百科上的[出租车号码](https://en.wikipedia.org/wiki/Taxicab_number) 。
A [taxicab number](https://en.wikipedia.org/wiki/HardyRamanujan number "wp: HardyRamanujan number") (the definition that is being used here) is a positive integer that can be expressed as the sum of two positive cubes in more than one way.
The first taxicab number is `1729`, which is:
1<sup>3</sup> + 12<sup>3</sup> and
9<sup>3</sup> + 10<sup>3</sup>.
Taxicab numbers are also known as:
<ul>
<li>taxi numbers</li>
<li>taxi-cab numbers</li>
<li>taxi cab numbers</li>
<li>Hardy-Ramanujan numbers</li>
</ul>
# --instructions--
Write a function that returns the lowest `n` taxicab numbers. For each of the taxicab numbers, show the number as well as its constituent cubes.
**See also:**
<ul>
<li><a href='https://oeis.org/A001235' target='_blank'>A001235 taxicab numbers</a> on The On-Line Encyclopedia of Integer Sequences.</li>
<li><a href='https://en.wikipedia.org/wiki/Taxicab_number' target='_blank'>taxicab number</a> on Wikipedia.</li>
</ul>
# --hints--
`taxicabNumbers`是一个功能。
`taxicabNumbers` should be a function.
```js
assert(typeof taxicabNumbers === 'function');
```
`taxicabNumbers`应该返回一个数组。
`taxicabNumbers` should return an array.
```js
assert(typeof taxicabNumbers(2) === 'object');
```
`taxicabNumbers`应返回一组数字。
`taxicabNumbers` should return an array of numbers.
```js
assert(typeof taxicabNumbers(100)[0] === 'number');
```
`taxicabNumbers(4)`必须返回[1729,4104,13832,20683]
`taxicabNumbers(4)` should return [1729, 4104, 13832, 20683].
```js
assert.deepEqual(taxicabNumbers(4), res4);
```
taxicabNumbers25)应该返回[1729,4104,13832,20683,32832,39312,40033,46683,64232,65728,110656,110808,134379,149389,165464,171288,195841,216027,216125,262656,314696,320264 327763,373464,402597]
`taxicabNumbers(25)` should return [1729, 4104, 13832, 20683, 32832, 39312, 40033, 46683, 64232, 65728, 110656, 110808, 134379, 149389, 165464, 171288, 195841, 216027, 216125, 262656, 314496, 320264, 327763, 373464, 402597]
```js
assert.deepEqual(taxicabNumbers(25), res25);
```
taxicabNumbers39)由20 - 29得到的数字应为[314496,320264,327763,373464,402597,439101,443889,513000,513856]
`taxicabNumbers(39)` resulting numbers from 20 - 29 should be [314496,320264,327763,373464,402597,439101,443889,513000,513856].
```js
assert.deepEqual(taxicabNumbers(39).slice(20, 29), res39From20To29);