One of the hurdles to getting the hang of namespaces is learning how the scope resolution works.
要熟悉名称空间的使用，其中一个难点就是了解如何进行范围解析。
Can the: : operator appear in the context different from scope resolution in qualified name lookup?
能：操作符出现在不同上下文从合格的名字查找范围分辨率？
The scope resolution operator should sit between the class name and the static property you wish to access.
范围解析操作符应位于类名和希望访问的静态属性之间。
You can access a static property using the scope resolution operator, which consists of a double colon (: :).
可以使用范围解析操作符来访问静态属性，该操作符由双冒号(：)组成。
To call a static method from outside of its class, use the class name together with the scope resolution operator and the name of the method.
要从类外部调用静态方法，可使用类名加上范围解析符和方法名。
Notice that we don't get an error in the New York module with interface Pennsylvania because the outer Pennsylvania module has not been introduced via some scope resolution identifier.
请注意，我们在带有接口pennsylvania的NewYork模块中没有发生错误，因为通过某些作用域解析标识介绍外部Pennsylvania模块。
Any additional name resolution services specified in your configuration files are outside the scope of this document and won't be discussed here.
可以在配置文件中指定的其他名称解析服务，这超出了本文的范围，这里不作讨论。
In many industrial processes associated with motor control, a high resolution and shortcut and accuracy response rotate speed measurement system with large scope is needed.
在很多与电机控制相关的工业过程中，都需要有一个在较大速度范围内具有分辨率高、响应快捷准确的测速系统。
From the relation of spatial disturbing gravity and ground gravity data resolution as well as its scope, truncation errors are computed by dividing the gravity anomaly into frequency and resolution.
根据外空扰动重力与地面数据分辨率及其覆盖范围之间的关系，将重力异常分成不同频段、不同分辨率，分别计算了截断误差。
In fact, one can believe that the low resolution and high resolution sound wave curves are the signals or function which scope changes with the stratum depth and time.
低分辨率和高分辨率声波曲线实际上可以理解为幅度随地层深度或时间变化的信号或函数。
At last, the reasons that result in the scope changes are discussed, and at the same time, the resolution is given respectively.
最后讨论了引起面向虚拟供应链的项目范围发生变更的原因，并针对每个原因提出了相应的解决方法。
Currently, traditional spatial data model with the inherent limitations can not fully satisfy the scope of the global multi-resolution massive data dynamic management requirements.
当前，传统空间数据组织与模型的内在局限性已经不能完全满足大范围甚至全球多分辨率海量数据动态管理的要求。
Currently, traditional spatial data model with the inherent limitations can not fully satisfy the scope of the global multi-resolution massive data dynamic management requirements.
当前，传统空间数据组织与模型的内在局限性已经不能完全满足大范围甚至全球多分辨率海量数据动态管理的要求。
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