permutations

英 [ˌpɜːmju(ː)ˈteɪʃənz]

美 [ˌpɜrmjuˈteɪʃənz]

n.  排列(方式); 组合(方式); 置换
permutation的复数

柯林斯词典

• N-COUNT 排列
  Apermutationis one of the ways in which a number of things can be ordered or arranged.
  1. Variation among humans is limited to the possible permutations of our genes.
     人类的变异受限于我们的基因可能存在哪些排列。

双语例句

• There are too many permutations to easily create subclasses for every enhancement scenario.
  有太多的替代方法可以轻易地为每种增强情形创建子类。
• When former banker James sleater set up CAD and the dandy, a website that produces bespoke suits and shirts, he worked closely with a computer programmer to create a specific software package that could accommodate the various permutations of customer size, cut and fabric.
  前银行家詹姆斯斯利特（jamessleater）在创建了定做西服和衬衫的网站cadandthedandy后，与一名电脑程序师密切合作，开发了一套支持各种客户尺寸、裁剪和面料组合的特定软件。
• Few teams have the resources to test on all permutations, so it is a question of what level of risk is acceptable for you and your project team.
  很少有团队拥有测试所有排列的资源，所以问题是您和您的团队愿意接受什么层次的风险。
• Some permutations are subdued, like a "diaper keg" where men bring diapers in exchange for beer.
  有的派对活动比较低调，例如“尿片桶”，人们可以带着尿片换啤酒喝。
• Variation among humans is limited to the possible permutations of our genes.
  人类的变异受限于我们的基因可能存在哪些排列。
• Godliman's brain was in gear again, sorting permutations and possibilities.
  戈德利曼又开动思想的机器，认真分析各种变化和可能。
• Write a function to print all of the permutations of a string.
  写一个功能打印所有一根线的换变。
• With looping, you can put all of the test permutations for a single API test target in a single test plan, which makes test cases at least 20 times faster to write.
  利用循环，可以将一个API测试目标的所有测试排列都放在一个测试计划中，这使得编写测试用例的速度至少快了20倍。
• And based on this, people have calculated that the number of permutations and combinations of brain activity exceeds the number of elementary particles in the universe.
  基于这一点，人们计算出大脑活动的排列组合，总数超过了宇宙中基本粒子的数量。
• In this paper a method to count a class of permutations excluding continuous pair is given by applying the principle of inclusion and exclusion, and the results are extended.
  应用容斥原理解决了不含连续数对的一系列排列的计数问题，并将其进行了推广。