每个变量 英语是什么意思 - 英语翻译

• each variable

在 中文 中使用 每个变量 的示例及其翻译为 英语

每个变量被分配到三个bicycle类之一。
Each variable is assigned to one of the three bicycle classes.

下面是每个变量的描述、以及如何影响到程序的。
Here are the description of each variant and what it does to the body.

因此每个变量和对象都必须具有声明类型。
Therefore every variable, constant, literal must have a declared type.

描述性分析列出并总结了数据集中每个变量的值。
Descriptive analysis lists and summarizes the values of each variable in a data set.

每个变量在使用前都必须赋值，变量赋值以后该变量才会被创建.
Each variable must be assigned before it is used, and the variable will be created after the variable is assigned.

每个变量在内存中创建，都包括变量的标识、名称和数据。
Each variable is created in memory and includes the identifier, name and data of the variable..

每个变量应该在最里面的代码块声明，括入变量的所有使用。
Each variable should be declared in the innermost block that encloses all uses of the variable..

就是说，在计算每个变量的值时，就好像线程中的所有语句都是按原始程序顺序执行的。
That is, the value of each variable is computed as if all statements in the thread were executed in original program order.

这份清单最好能说明每个变量的重要性，让各国能够按照本国资源专心收集数据；.
Ideally, such a list would indicate the importance of each variable so that countries could concentrate on data collections appropriate to their resources;

如果每个变量具有N个标量观测值，则Pearson相关系数定义为.
If each variable has N scalar observations, then the Pearson correlation coefficient is defined as.

每个变量不仅取决于其过去的值，而且还对其他变量有一定的依赖性。
Each variable depends not only on its past values, but also has some dependency on other variables..

每个变量不仅取决于其过去的值，还取决于其他变量。
Each variable depends not only on its past values, but also has some dependency on other variables..

当开始一个数据分析项目时，通常首先独立地分析每个变量，以描述所拥有的数据并评估其质量。
When you begin a data analysis project, you typically begin by analyzing each variable independently to describe the data you have and assess its quality.

该__slots__声明采用一系列实例变量，并在每个实例中保留足够的空间以保存每个变量的值。
The__slots__ declaration takes a sequence of instance variables and reserves just enough space in each instance to hold a value for each variable.

为了能够控制应用程序（输出）的结果，我们需要完全理解每个变量如何影响过程。
In order to be able to control the results of your application(outputs), we need to fully understand how each variable affects the process.

梯度下降算法是一个简单的学习过程，TensorFlow只需将每个变量一点点地往使成本不断降低的方向移动。
Gradient descent is a simple procedure, where TensorFlow simply shifts each variable a little bit in the direction that reduces the cost.

这样一位作者，手里拿着同义词词典，仔细挑选变量的名字并解释每个变量的含义。
Such an author, with thesaurus in hand, chooses the names of variables carefully and explains what each variable means.

在此案例中，我们可以简单地从JSON数据结构中获取每个变量并将它们打印到串口控制台。
In our case, we will simply get each variable from the JSON structure and print them to the serial console.

与Lua程序相反，在C中，必须声明每个变量的类型。
In contrast to Lua programs, in C you must declare the type of each variable.

随着更多变量的添加，我们精确回忆每个变量含义的能力就会降低。
As you add more variables, our ability to accurately recall the meaning of each variable is diminished.

人脑平均只有少量共享资源用于工作记忆（WorkingMemeory）中的离散量子，而每个变量潜在地消耗这些量子之一。
The average human brain has only a few shared resources for discrete quanta in working memory, and each variable potentially consumes one of those quanta.

与状态图类似，堆栈图要说明每个变量的值，但是它们也要说明每个变量所属的函数。
Like state diagrams, stack diagrams show the value of each variable, but they also show the function to which each variable belongs.

高度相关的输入数据也说明了每个变量具有的独特信息是较少的，所以更无关紧要的输入可以被移除。
Highly correlated inputs also mean that the amount of unique information presented by each variable is small, so the less significant input can be removed.

Java虚拟机（JVM）为每个变量中引用的对象调用适当的方法。
The Java virtual machine(JVM) calls the appropriate method for the object that is referred to in each variable.

每个变量都是一个对象，每个“操作符”都是方法。
Every variable is an object, and every“operator” is a method.

每个变量和常量都有一个类型，每个计算为值的表达式也是如此。
Every variable and constant has a type, as does every expression that evaluates to a value.

该编译器尝试将寄存器分配到每个变量，理想情况下直到涉及该变量的所有指令都被执行为止。
The compiler tries to allocate a register to each variable, ideally until all instructions involving that variable are executed.

每个变量声明（字段或本地）只声明一个变量：不使用这种声明inta,b;。
Every variable declaration(field or local) declares only one variable: declarations such as int a, b; are not used.

这是静态类型的要点--编译器总是在编译时知道每个变量的作用域。
This is the main point of static typing- the compiler always knows the scope of every variable at compile time.

同时，有时需要变更，有时候跟踪每个变量根本是不可能的。
At the same time, sometimes needs change, and sometimes tracking every variable simply isn't possible.