The GMF project provides a generative component and runtime infrastructure for developing graphical editors based on EMF and GEF. GMF项目为基于EMF和GEF开发图形编辑器提供了生成组件和运行时基础设施。
The models can also be exported into formats for use in other applications, such as EMF and UML2. 这些模型同样可以被导出到其它格式以便别的应用程序使用,比如EMF和UML2。
To see what this is and how to use it, skip to Using the generated EMF model. 您可以从使用生成的EMF模型一节中了解到这个模型是什么,以及如何使用它。
We have accomplished what we set out to do: to make EMF model content display in a viewer. 我们已经完成了设定的任务:在查看器中显示EMF模型内容。
You can generate the EMF model either from the UML model, or you can create it from scratch. 您可以通过UML模型生成EMF模型,或者重新开始创建它。
EMF and SDO both deal with data representation. EMF和SDO都可以处理数据表示。
EMF introduced the concept of an editing domain to control the lifecycle of models. EMF引入了一个编辑域(editingdomain)概念,以控制模型的生命周期。
The EMF provides a feature to support files in this format. EMF提供了一个特性来支持这种格式的文件。
This article assumes you have Eclipse plug-in development experience and the basic knowledge on Eclipse EMF and BIRT projects. 本文假设您拥有Eclipse插件开发经验,以及关于EclipseEMF和BIRT项目的基础知识。
As with the ER model, we used EMF to implement bi-directional transformations between EAML and SA Process Models. 与ER模型一致,我们使用EMF实现EAML与SA过程模型之间的双向转换。
EMF provides persistence, a very efficient reflective generic object manipulation API, and a change-notification framework. EMF提供了持久性、一个有效的反射类属对象操纵API和一个变更通知框架。
EMF's model focuses mostly on the data model, and an API for its manipulation and access. EMF的模型更多的是关注于数据模型,以及一个用于操作处理和访问的API。
An EMF resource defines a collection of EObjects available in a model and accessible through a contents property. 一个EMF资源定义了一个E对象的集合,这一集合在模型中是可获得的,并可以通过contents属性访问。
EMF is a modeling framework and code-generation tool for building tools and other applications based on a structured model. EMF是用于根据结构化模型构建工具和其他应用程序的模型框架和代码生成工具。
The Java interface and the storage model of the item are used at runtime to marshal requests and responses. 该Java接口和项的基于EMF的存储模型在运行时用于对请求和响应进行封送处理。
The code listings below show how to define a model using EMF. 下面的代码清单说明了如何使用EMF定义模型。
Given a UML model, the EMF can generate code that is an implementation of the model. 给定UML模型后,EMF可以生成作为该模型实现的代码。
MTF implements some of the QVT concepts and is based on the EMF. MTF实现了QVT的一些概念,并且是基于EMF的。
We just want the images and text that the EMF model provides. 我们只需要EMF模型所提供的图像和文本。
Both RSA and EMF provide a mechanism for representing a model. RSA和EMF都提供一种表示模型的机制。
This will synchronize the EMF-generated model with the model description. 这实现了用EMF生成的模型与模型描述之间的同步。
For example, one feature EMF provides is support for persisting models to XML and other formats. 例如,EMF提供的一个特性是支持使模型严格遵循XML和其他格式。
The back EMF constant and torque constant are analyzed. The calculating formulas are gived. 分析了电机的反电势常数和力矩常数,并给出了计算公式;
The process whereby changes in the current flow in a circuit produce magnetism or an EMF. 电路中的电流变化产生磁力或电动势的过程。
It is indicated that different EMF may have different effects on cells. 同时提示,不同的电磁场对细胞的作用可能具有不同的作用模式。
This program can be used to treat experimental data from potentiometric stripping analysis, polarography and EMF method. 此程序能用于电位溶出法、极谱法和电势法研究配合物的实验数据处理。
Clearly the EU treaty changes needed to establish the EMF and EDA will take time to ratify and implement. 显然,建立emf和eda所需的欧盟条约修改将需要时间来批准和实施。
The back EMF and I-V curves were measured in laboratory electrolysis cells. 在实验室电解槽上测量了反电势和电流&电压曲线。
A new method for calculating EMF of printed circuit motor is presented in this paper. 提出了一种能准确计算印制绕组电机反电势系数的新方法。
Analysis and calculation of back EMF and anodic kinetics parameters in aluminium electrolysis cells 铝电解槽反电势和阳极过程动力学参数的分析和计算