推导了函数模板的迭代器类型？
在双向迭代器概念中担任迭代器类型角色的类型。
A type playing the role of iterator-type in the BidirectionalIterator concept.
你可以用下表基于你的迭代器类型来找到正确的类型。
You can use the table below to find the right types based on the type of your iterator.
对于每种序列/迭代器类型，只要费一番功夫，总能够获得其中的特定条目。
With enough contortions, you can get an item for every type of sequence/iterator.
容器使用的指针以及迭代器类型既不必要指向也不必要符合迭代器。(这句翻译的好怪…)，即便他们看起来应该模范他们应该做的行为。
The pointer and iterator types used by the container are not necessarily neither Pointers nor conforming iterators, although they shall simulate most of their expected behavior.
迭代器功能强大，因为您可以添加要遍历的新类型条目，并且无需更改遍历条目的代码。
An iterator is powerful because you can add new types of items through which to iterate, and you don't have to change the code that loops through the items.
幸运的是，由于所有常见的内置类型自动产生它们的迭代器，所以python程序员不需要知道这里发生了什么。
Luckily, Python programmers do not need to know what is happening here, since all the familiar built-in types produce their iterators automatically.
对象ID的一些搜索迭代器，比如按照名称查找给定类型的对象，或者按照工作流的阶段来查找内容。
Several search iterators of object IDs, such as find object of given type by name and find content by workflow stage.
可以将for循环与提供迭代器的任何Python对象结合使用，这些对象包括tuple、string和list等内置序列类型。
You can use the for loop with any Python object that provides an iterator, including the built-in sequence types such as the tuple, string, and list.
不同类型的容器的迭代器是不同的。
这些参数主要包括分量码、交织长度和交织器类型、迭代译码算法和译码迭代次数、编码速率以及信道条件等。
The parameters include generator polynomial of component codes, interleave length and the type of interleavers, iterative decoding algorithms and iteration number, code rates and channel models et al.
若一种类型支持一组确定的操作(这些操作可用来遍历容器内的元素，并访问这些元素的值)，我们就称这种类型为迭代器。
We refer to a type as an iterator if it supports a certain set of actions. Those actions let us navigate among the elements of a container and let us access the value of those elements.
重点要理解的是，有许多用作迭代器的类型，这些类型在概念上是相关的。
What's important to understand is that there is a collection of types that serve as iterators. These types are related conceptually.
筛选器包括时间段、迭代和区域路径、工作项类型以及工作项状态。
Filters include time period, iteration and area paths, work item types, and work item states.
仿真结果表明：改进后的粒子群算法迭代次数少，收敛速度比改进的BP算法快，可以对变压器的故障类型进行区分。
Simulation results show that the iterations are fewer, convergence rate is faster than the improved BP algorithm, and the transformer fault types can be distinguished.
在再次运行测试之前，还可以通过运行设置来修改迭代次数、网络类型或浏览器类型。
Before you run your test again, you can also modify the number of iterations, network type, or browser type through the run Settings.
为迭代器提供更为明确的类型即可限制搜索范围。
You can limit the scope of the search by providing a more specific type to the iterator.
为迭代器提供更为明确的类型即可限制搜索范围。
You can limit the scope of the search by providing a more specific type to the iterator.
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