It's also possible to initialize the atomic variable at runtime using the atomic_set function.
也可以使用atomic_set function在运行时对原子变量进行初始化。
Next, you ensure that your atomic variable is initialized using the ATOMIC_INIT symbolic constant.
接下来，需确保您的原子变量使用ATOMIC_INIT符号常量进行了初始化。
These allow the atomic variable to be manipulated and then tested (all performed as one atomic operation).
这些例程允许对原子变量进行操纵和测试(作为一个原子操作来执行)。
You can read the contents of an atomic variable with atomic_read and also add a specific value to a variable with atomic_add.
可以使用 atomic_read读取原子变量中的内容，也可以使用 atomic_add 为一个变量添加指定值。
One special function called atomic_add_negative is used to add to the atomic variable and then return true if the resulting value is negative.
一个叫做 atomic_add_negative 的特殊函数被添加到原子变量中，然后当结果值为负数时返回真（true）。
While the atomic variable classes might look superficially like the SynchronizedCounter example in Listing 1, the similarity is only superficial.
虽然原子变量类表面看起来与清单1中的SynchronizedCounter例子一样，但相似仅是表面的。
This means that read and write operations that do not modify the value of an atomic variable are synchronized, not just the important read-update-write operations.
这表示，不修改原子变量值的read和write操作是同步的，不仅仅是重要的 read-update-write 操作。
The atomic variable classes can be thought of as a generalization of volatile variables, extending the concept of volatile variables to support atomic conditional compare-and-set updates.
原子变量类可以认为是volatile变量的泛化，它扩展了可变变量的概念，来支持原子条件的比较并设置更新。
Comparing a variable having an atomic value (number, Boolean, or string) to another such variable or a literal atomic value, and expecting the type of one to be cast automatically to the other type.
把包含原子值(数字、布尔值或字符串)的变量和另一个此类变量或者文字原子值比较，希望一种类型自动转换成另一种类型。
To ensure integrity across multiple instances of this flow, the use and updating of the variable is enclosed within a "begin atomic...end" block.
为了跨此流的多个实例确保完整性，变量的使用和更新都包含在“beginatomic...end”块中。
In cases where the variable operation is non-atomic and can be accessed by multiple threads, don't rely on volatile synchronization facilities.
在那些非原子且可由多个线程访问的易变操作中，一定不能够依赖于volatile的同步机制。
The variable $values is neither a node-set nor an IDN; it is just a sequence of atomic double-precision numbers.
变量 $values既不是节点集也不是IDN，仅仅是一个原子性的双精度数序列。
This paper presents a variable multigroup method for calculation in non-equilibrium radiative transfer considered atomic line cross section shift.
针对非平衡辐射输运多群近似计算由线截面漂移引起的计算问题，提出了可变分群方法。
Increments a specified variable and stores the result, as an atomic operation.
以原子操作的形式递增指定变量的值并存储结果。
Decrements the specified variable and stores the result, as an atomic operation.
递减特定变数并将结果储存起来，成为不可部分完成的作业。
Decrements a specified variable and stores the result, as an atomic operation.
以原子操作的形式递减指定变量的值并存储结果。
Decrements a specified variable and stores the result, as an atomic operation.
以原子操作的形式递减指定变量的值并存储结果。
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