本文介绍了对双自由度平面多杆机构运动分析的电算程序设计。
Group disconnecting method was used to analyse the program design for the two-degree freedom plane multi-bar mechanism.
介绍了齿轮范成运动动态显示原理与程序设计，以及实验内容的安排。
The principle of dynamic showing of gear enveloping movement, program design and the arrangement of the experiment content were presented.
对运动控制卡的部分重要软件接口进行阐述和程序设计。
Then this paper represents some important software interfaces and it's programs.
第二，用运动边界法处理相对运动，应用面向对象的程序设计方法，开发了可视化开关磁阻电机电磁场分析软件。
Second, a visual software for SRM electromagnetic field computation is developed by using object oriented programming, in which rotor movement problem is dealt with moving boundary method.
采用MF C中基于对话框的程序设计模式设计了交互界面的软件，实现了空中运动体与地面控制站之间的无线通讯。
IT also USES MFC based on dialog programmer model to design the software of mutual interface. Finally IT realizes the wireless communication between air vehicle and ground.
运用隔震理论建立结构隔震体系的动力模型和运动方程，着重考虑了隔震体系的恢复力特性，进行了隔震体系在时域内的地震反应程序设计。
The restoring force of the isolation system is studied, and the dynamic response program of the isolation system under earthquake excitation is drawn up in the time domain.
针对多体系统符号或数值形式运动方程的推导，给出了一种简单灵活的MAPLE程序设计方法。
A simple and flexible method for MAPLE programming is introduced to generate symbolic or numeric motion's equations in a multi rigid body system.
二是运动控制卡的驱动程序设计。
The second is the driver design for the motion control card.
首先，从功能、工作流程和控制器程序设计的角度分别讲述了各子系统的本体设计，在机械臂子系统中又主要对运动学模型加以陈述。
Firstly, a discussion is devoted to studying the function, work flow and programme of controller. The emphasis of the study is the dynamic model in robotic system.
首先，从功能、工作流程和控制器程序设计的角度分别讲述了各子系统的本体设计，在机械臂子系统中又主要对运动学模型加以陈述。
Firstly, a discussion is devoted to studying the function, work flow and programme of controller. The emphasis of the study is the dynamic model in robotic system.
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