GemFire使用一个二进制格式代表对象图表。
GemFire USES a binary format for representing object graphs.
如果我们重新运行代码遍历所有的汽车以及它们的感应器读数，我们将遭遇和前面一样的问题，我们获得的对象图表某些叶子节点为空。
If we now rerun the code to traverse all cars and their sensor readings, we are again confronted with the same problem that we had before, we end up with some leaves of our object graph being null.
与一些开源产品不同，它可以处理复杂对象，包括命名范围、数据透视表、拆分框架和图表。
Unlike some of the open source products, it can work with complex objects, including named ranges, pivot tables, split frames, and charts.
在图片与图表上，这些对象都反复次血统化个体，但情况并非始终如一。
Repeatedly, the subjects hypodescended the individuals both in the pictures and in the diagrams, but not always consistently.
将鼠标移到您想要对象位于图表位置的地方。
Move the mouse to the location where you want the object on the diagram.
回到我们在入门中非常简单的例子上，在下面的的图表中，你可以看到基于栈和基于堆的对象。
Returning to our very simple example, described in Getting Started, in the following diagram you can see the handle-stack and heap-allocated objects.
在产生的对话框上，可以设置图表对象的显示选项。
The resulting dialog lets you set the display options for the chart object.
该活动并不使用对象流来简化图表的创建过程。
This activity does not use object flows to simplify the creation of the diagram.
此“类型”和“属性”模式允许数据对象指出哪种SDO是指数据图表。
This Type and Property model allows data objects to represent what SDO refers to as data graphs.
EMF提供了用于图表或相关（或不相关）对象的通用导航模型，并且包含了一个内置的变更通知机制。
The EMF provides a generic navigation model for the graph or related (or unrelated) objects, and contains a built-in change notification mechanism.
数据图表是数据对象的集合。
您可以在子工作区内创建一个新的对象（图表，符号，或者定义），并将其保存。
You can create a new object (diagram, symbol, or definition) in the child Workspace, and save it.
另外，制作图表是时使用的对象富含逻辑含义，连接一起的对象会判断与周围对象的关系。
Second, the objects used in creating diagrams often are imbued with logic, allowing objects that are connected together to evaluate their surroundings.
您应命名的业务图表与BAPI基于的SAP业务对象有些类似。
You should name the business graph something similar to the SAP business object that the BAPIs are based on.
这时一个显示订单总量的图表已经替换了下方的数据网格对象。
A chart with order totals has replaced the lower data grid object.
该工具还提供了所有九种图表类型、图表导出、XMl元数据交换(XMI)集成，并且支持对象约束语言(ocl)。
This tool also provides all nine diagram types, diagram export, XML Metadata Interchange (XMI) integration, and Object Constraint Language (OCL) support.
活动图表中对象节点的“Represents”属性。
为此，您将编写一个简单的Groovy方法，该方法将JSON对象中的字段值复制到一个图表url中。
To do that, you will write a simple Groovy method that copies the field values in a JSON object into a chart URL.
词汇表就是组成机构对象的集合，向词汇表添加glossary包内名为Glossary的图表，如下面所示。
The glossary is the collection of objects that make up your organization. Give the glossary its own diagram entitled glossary within the glossary package, as shown below.
从组合图表下拉框“作为一个对象”中选择适当的动画对象，按序列，按序列中的元素或按类别中的元素，单击确定。
Choose the appropriate object from the Group chart drop-down control to animate the chart as a single object, by series, by category, or by.
Rhapsody 7.5支持所有图表的图像合并，包括静态图表，例如对象模型，用例，结构，协作以及窗格图形。
Rhapsody 7.5 supports the graphical merging of all diagrams, including static diagrams, such as object model, use case, structure, collaboration, and panel graphics.
在这个图表中，所有不带连接器的作业对象同时调用并并发运行。
In this diagram, all the job objects without connectors are invoked at the same time and run concurrently.
这个API执行了深度拷贝，包含所有嵌套的子对象都被复制到新的图表里面。
This API performs a deep copy, which includes all the nested children of the object being copied into the new graph.
从用例和类表出发，我们从类里选择需要交互的对象，然后构造一张序列图表示这种交互。
Starting with our use case and list of classes, we choose objects from those classes to interact, and we construct a SQD to show that interaction.
我们已经查看了vfs层中的各种重要对象，现在我们通过一个图表展示它们之间的关系。
Now that I've reviewed the various important objects in the VFS layer, let's look at how they relate in a single diagram.
选择需要以图表显示的对象、计数器和实例。
Select the objects, along with the counter and instances that you want to chart.
面向对象的图表就是不能方便地映射到文档的数据结构的一个例子。
Object-oriented graphs are an example of data structures that don't easily map to documents.
在SDO中数据对象的组合由数据图表示。
A combination of the data objects in SDO is represented by the data graph.
正如下面这个图表显示的一样，外形有魅力的调查对象毫无疑问地比外形没有魅力的调查对象更加聪明。
As the graph below shows, attractive NCDS respondents are significantly more intelligent than unattractive NCDS respondents.
正如下面这个图表显示的一样，外形有魅力的调查对象毫无疑问地比外形没有魅力的调查对象更加聪明。
As the graph below shows, attractive NCDS respondents are significantly more intelligent than unattractive NCDS respondents.
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