Create a physical data model from scratch.
从头创建物理数据模型。
Click Finish to save the physical data model.
单击Finish保存物理数据模型。
Create the DDL from your physical data model.
从物理数据模型创建ddl。
Two physical data model files are also created.
此外还将创建两个物理数据模型。
Right-click to create a new physical data model.
单击右键，创建一个新的物理数据模型。
Analyze transformed dimensional physical data model.
分析转换后的多维物理数据模型。
Convert a logical data model to a physical data model.
把逻辑数据模型转换为物理数据模型。
Transform a logical data model into a physical data model.
把逻辑数据模型转换为物理数据模型。
Click Finish to generate the dimensional physical data model.
单击Finish将生成多维物理数据模型。
Transform the dimensional physical data model to Cubing model.
将多维物理数据模型转换为Cubing模型。
Database: What database system the physical data model has as target.
Database：物理数据模型的目标数据库系统。
Click Finish to complete the transformation to the physical data model.
单击Finish把逻辑数据模型转换为物理数据模型。
The mapping utility will not overwrite the original physical data model.
映射工具不会覆盖原有的物理数据模型。
Transforming the dimensional physical data model to a Cubing or Cognos model.
将多维物理数据模型转换为Cubing或Cognos模型。
Add objects to your physical data model from the data Project Explorer window.
从DataProjectExplorer窗口向物理数据模型中添加对象。
Defining the privacy domains and associating them with the physical data model.
定义隐私域并将它们与物理数据模型关联起来。
Transforming the dimensional logical data model to dimensional physical data model
将多维逻辑数据模型转换为多维物理数据模型
You can save your Home.dbm physical data model with the changes that you just made.
保存Home.dbm物理数据模型及其更改。
Right-click on the physical data model node and select Import from the context menu.
右键单击物理数据模型节点，然后从上下文菜单中选择Import。
You can also take a logical data model and transform that into a physical data model.
还可以把逻辑数据模型转换为物理数据模型。
Transform de-normalized dimensional logical data model to dimensional physical data model.
将非标准化多维逻辑数据模型转换为多维物理数据模型。
Transform the physical data model into a logical model by completing the following steps.
完成以下步骤，将物理模型转换成逻辑模型。
There are a couple of different ways to transform a logical data model to a physical data model.
把逻辑数据模型转换为物理数据模型有两种方法。
We can use the Analyze Model function to analyze the transformed dimensional physical data model.
我们可以利用分析模型功能来分析转换后的多维物理数据模型。
Using IDA, the data architect creates a physical data model for a particular database connection.
数据架构师可以使用IDA为特定的数据库连接创建一个物理数据模型。
This performance enhancing change can be implemented without restructuring the physical data model.
该性能增强变更不需要重组物理数据模型就可以实现。
Now look at how you can change your physical data model and create DDL from the physical data model.
现在看看如何修改物理数据模型，并从物理数据模型创建DDL。
The objective is not to limit data modeling to a single database and its related physical data model.
规范化数据模型的目的不是将数据建模限定在单个的数据库和它的相关物理数据模型上。
Look at how to create a physical data model if you have a logical data model that is already defined.
我们看看在已经定义了逻辑数据模型的情况下，如何创建物理数据模型。
Seven rules are added in InfoSphere data Architect V7.5.3 for dimensional physical data model validation.
在InfoSphereDataArchitectV7.5.3中添加了七个规则，均可用于多维物理数据模型验证。
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