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Ch Mechanism Toolkit可以方便地用于♂许多不同的机制的设计和分析,比如平面四杆机构连锁,曲柄滑块机构,sixbar联系,凸轮系统等。
Ch Mechanism Toolkit在Ch专业版被开发，有用户友好的高级数字和图形绘制功能,以及易于使用的QuickAnimation快速动画。
Ch Mechanism Toolkit支持大多数常用的机制，通过面向对象编程基于类的机制课程。Ch Mechanism Toolkit都有源代码和示例。它可以帮助您开发解决方案的设计分析及许多其他的机制。
有Ch Mechanism Toolkit安装在≡一个Web服务器、基于Web的机制设计和分析可以在线进行。它非常简单,易于使用,能解决实际工程问题以及教学和学习设计和分析的 机制。使用有QuickAnimation的Ch Mechanism Toolkit，你还可以开发基于web的解决方案，用来的⊙设计分析及许多其他的机制。
Ch Mechanism Toolkit can be conveniently used for design and analysis of many different mechanisms such as
fourbar linkage, crank-slider mechanism, sixbar linkages, cam-follower system, etc.
Ch Mechanism Toolkit is developed in Ch Professional Edition with user-friendly high-level numerical and graphical plotting capabilities, as well as easy-to-use QuickAnimation for quick animation.
Ch Mechanism Toolkit supports most commonly used mechanisms through object-oriented programming based on mechanism classes. The Ch Mechanism Toolkit comes with the source code and
examples. It can help you develop solutions for design and analysis of many other mechanisms.
With Ch Mechanism Toolkit installed in a Web server, Web-based mechanism design and analysis can be performed on-line. It is very simple and easy to use for solving practical engineering problems as well as for teaching and learning
design and analysis of mechanisms. Using Ch Mechanism Toolkit with QuickAnimation, you can also develop Web-based solutions for design and analysis of many other mechanisms.
Major Features of Ch Mechanism Toolkit:
Variety of Mechanisms
Contain classes for design and analysis of four-bar, crank-slider, five-bar, six-bar linkages including fourbar, crank-slider, Watt six-bar, Stephenson six-bar, and cam-follower mechanisms. Following the examples of the source code for these mechanisms, users can develop their own
software for analysis and design of other mechanisms.
Kinematic Analysis
Perform position, velocity, acceleration analysis for joint angles and coupler points.
Synthesis
Perform synthesis of mechanisms.
Dynamic Analysis
Perform dynamic analysis based on equations of motion.
Animation
Perform animation of mechanisms either in a local machine or through the internet. Easily build animation for other
mechanisms using QuickAniamtion in Ch.
Web-Based
Using the Web-based mechanism design and analysis system and Ch Mechanism Toolkit, design and analysis of four-bar, five-bar, six-bar linkages including fourbar/crank-slider, Watt six-bar, Stephenson six-bar, and cam-follower mechanism can be performed through the Web using a Web browser over the internet without any programming.
The user can develop other web-based applications easily using this mechanism toolkit.
Plotting Utilities
Provide many plotting functions to allow output visually displayed or exported as external files with a variety of different file
formats including JPEG, PNG, GIF, Postscript, LaTeX, etc. They can also readily be copied and pasted in other
applications such as Word in Windows.
C/C++ Compatible
Different from other software packages, programs written in Ch Mechanism Toolkit can work with existing C/C++
programs and libraries seamlessly.
Object-Oriented
Implemented as classes for commonly used mechanisms, Ch Mechanism Toolkit is object-oriented.
Cross-Platform
Developed in Ch, applications using Ch Mechanism Toolkit can run across different platforms.
Embeddable
With Embedded Ch, Ch programs using Mechanism Toolkit can be embedded in other C/C++ application programs.
