It looks like a drag handler, but every method calls the corresponding method of each of the two original drag handlers.
它看上去很像是一个拖动处理程序，但每个方法都会调用这两个原始拖动处理程序中相应的方法。
Whenever a drag operation occurs, our listener's handleEvent() method is called with event.widget pointing to the widget that issued the event.
不论何时发生拖放操作时，都会调用这个监听器的handleEvent()方法，其中 event.widget指向产生这个事件的控件。
The Use selection wizard to select test objects method is used to invoke the Drag Hand Selection method with its options, or the Test Object Browser method.
Useselectionwizard toselecttestobjects方法被用来激活DragHand Selection 方法及其选项，或 TestObjectBrowser 方法。
Next, a valid destination for the drag operation is defined by passing a component to a DropTarget object or by calling the new setDropTarget() method of Component.
下一步，拖动操作的有效目的地可通过向DropTarget对象传送一个组件或者调用Component 的新的setDropTarget()方法来定义。
The Press and drag hand to select test objects method selects an object and all the descendents of the selected object.
Pressanddraghandtoselecttestobjects方法选择一个对象以及所选对象的所有下级对象。
Select the method from the list that appears at the end of the drag action (for example, buttonPressedtest).
从在拖动操作（例如，buttonPressedtest）结束时出现的列表中选择。
You can visually represent (visualize) these elements on a UML diagram by using either the pop-up menu or the drag-and-drop method.
您可以在一个uml图上可视化地表示这些元素，要么通过弹出式菜单，要么通过拖放地方式。
Finally, the done method, seen in Listing 7, removes the translucent rectangle, because the drag-and-drop process is now over.
最后，done方法(参见清单7)删除这个透明矩形，因为拖放过程现在已经结束。
Note that in the dragFinished() method (see Listing 3 above), we are disposing of the drag-source that we created on CTabFolder composite.
注意，在dragFinished()方法中（参见上面的清单3），我们对在 CTabFolder 容器上创建的drag-source 进行了处理。
The first method that was illustrated with the JBoss 4.0.4 server is to support drag-and-drop deployment.
第一个方法通过JBoss4.0.4服务器进行了说明，即支持拖放部署。
By using the classical orbit element differences method, the periodic characteristics of relative motion and the influence of atmospheric drag on relative motion were analyzed.
基于经典轨道要素偏差法分析了相对运动特性和大气阻力对相对运动的影响。
The parameterization for the soil heat flux and the surface drag coefficient are discussed, and the more perfect method needs to combine further with measure experiments.
对土壤热通量的参数化方法和拖曳系数的取值问题进行了讨论，更完善的方法还有待于与实验测量工作相结合。
Then, the base bleed method is introduced on a general supersonic missile to decrease the base drag of the inlet cowl for the first time and is validated by wind tunnel test.
本文首次将底部排气法应用于导弹上，结合一种具有常规气动布局的超声速导弹进行了底部排气方案设计，采用一种“底窝器”来提高进气道整流罩的底部压强，并进行了风洞实验验证。
Based on the modern digital technology of fluid mechanics, the eight-parameter optimum axisymmetric bodies for minimum drag are obtained by using COMPLEX method.
本文利用现代流体力学计算技术，采用复合形法(COMPLEX)，对八维参量的回转体最小阻力外形进行优化设计。
A numerical method is given to calculate the unsteady lift, pitching moment and drag acting on an airfoil of rotors under attached-flow conditions in a compressible flow.
基于附着流状态下的旋翼非定常翼型气动模型，给出了计算该状态下的翼型非定常升力、阻力和俯仰力矩的数值计算方法。
Mechanical method is to use wire brush or wrapped with wire cloth in the tube of the tube, and drag scale get rid.
机械方法是用铁丝刷或用铁丝裹上布条在管内来回拖动，把管内的水垢消除掉。
The research indicates that, the method of Computational Fluid Dynamics can calculate the drag coefficient of the irregular parts in air and flue gas ducts appropriately.
为计算电厂烟风道设计中常见异形件的阻力，采用计算流体动力学方法研究了典型异形件的阻力系数。
On the basis of the principle of atmospheric drag perturbation this paper describes two methods: numerical method and combining both of analytical and numerical method.
根据大气阻力摄动的基本原理，给出两种摄动计算方法，即半分析半数伍方法和数值积分方法。
In the method particle trajectory model of certain aviation bomb is chosen, drag law by the numerical simulation based on the virtual wind-tunnel is adopted.
该方法选用航空炸弹质点弹道模型，采用虚拟风洞数值模拟得到的炸弹阻力定律，结合实弹靶试数据，对弹道系数进行了符合计算。
The calculated wave drag forces by using this method have nearly no error as compared with the nonlinear values.
用这种线性化方法对波浪力与非线性波浪力进行计算几乎没有误差。
The proposed drag reduction mechanism and drag reduction method are valuable both theoretically and in engineering to realize the low drag pipeline transport of highly viscous fluid.
所提出的减阻机理及工程减阻方法对实现高粘度流体的低阻力管道输送具有重要的理论指导意义和工程应用价值。
To study the effect of aerodynamic drag in the solar array spreading on the ground, a calculation method of time-varying aerodynamic drag was put forward based on dynamic meshes in this paper.
为研究太阳帆板地面展开试验中气动阻力的影响，基于动网格技术提出了一种时变空气阻力计算方法。
Drag was decomposed to entropy drag and induced drag, according to the physical mechanism of drag production, based on the wake integral method, which was very useful for drag reduction design.
利用尾迹积分法按阻力产生的物理机制，将阻力分解为熵增阻力和诱导阻力进行数值计算。
Drag of the train head is obtained by the method of surface integral and drag coefficient can be computed at the same time.
通过表面积分的方法得到各种列车车头的阻力，进而计算得到了车头模型的阻力系数。
The method for measuring the rotation drag of the idlers for belt conveyor is described.
本文介绍了胶带运输机的托辊旋转阻力的测定方法。
To enhance the roughness of the blade's partial area for increasing the lift drag ratio, a new method was given in this paper.
该文给出了一种提高叶栅叶片的升阻比新措施，即采用加大叶片局部粗糙度来提高叶片的升阻比。 实验研究证实这种方法确实有效。
This paper describes a new method for rotor fault diagnosis of electric machinery drag system, artificial neural network, which is based on BP algorithm.
介绍了一种基于BP算法的神经网络在电机转子常见故障诊断中的应用。
The most visually rich method is to fully animate the drag operation, showing the entire source object moving in real time.
方法是使拖动操作完全活动起来，实时地显示整个源对象的移动。
This paper introduces a process method of the pressure data in the wake to obtain the drag characteristics with high accuracy, and discusses about the drag measurement at high Angle of attack.
本文就如何处理尾迹区的测压数据来确保阻力测量的精确度及如何测出大迎角的阻力特性进行了一些探讨。
This paper introduces a process method of the pressure data in the wake to obtain the drag characteristics with high accuracy, and discusses about the drag measurement at high Angle of attack.
本文就如何处理尾迹区的测压数据来确保阻力测量的精确度及如何测出大迎角的阻力特性进行了一些探讨。
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