A Study For Human Machine Interface Design Based On UG/OPEN API

The design of human machine interface in human-machine engineering is studied in this thesis. UG/OPEN API is inducted into the design of human machine, which supplies effectively the design of human-machine, in the Unigraphics, and promotes the level of design.It is introduced in the thesis how to use the tools of UG/PEN API, and how to develop a application program for designers according to the standard of human machine engineering.First, the advanced design ideas of human-machine interface are discussed, the one-up methods of the design are used for reference, the rationality and feasibility of human-machine interface design and study in the Unigraphics are analyzed.Second, aimed to the structure characteristic of the human-machine interface in mechanical system, the design principles and requests of human-machine interface are roundly researched. The research includes psychology, physiology, and anatomy and environment subject. The emphases and difficulties of the thesis are confirmed. Then gather and tidy the data which are needed by the design of human-machine interface based on the UG/OPEN API techniquesThird, the key techniques of the thesis are resolved, which conclude the principles of UG/OPEN API programming, creating of MenuScript files, the designing and launching to dialog with UlStyler, and setting the system parameter and environment variable needed by development on windows NT/2000 platform.Fourth, according to the work requests of this thesis and using the knowledge of analytic geometry, the math model needed by programming is created. Development steps in the Unigraphics are introduced, and each part is illuminated in detail.Finally, mechanical system integration display and control console with different size and shape are designed. The design of human-machine interface based on UG/OPEN API is proved to be in accordance with the requests of human-machine engineering.The work make progress of the design method of human-machine interface in mechanical system, and the thesis provides a effective method for the design of human-machine interface.