Display Window Construction

Keyword(s):  
2013 ◽  
Vol 405-408 ◽  
pp. 3222-3228
Author(s):  
Rong Gang Yin ◽  
Zhi Guo Li ◽  
Hong Xiang She ◽  
Jian Hai Zhang

In order to improve the modeling efficiency for finite element analysis pre-processing, a parametric modeling method of underground powerhouse for finite element analysis is proposed. By inputting the basic geometric parameters, different types of underground powerhouse models are built by using this method. The basic ideas, basic principle and the process of this parametric modeling are presented. And the parametric modeling procedure is coded by using VC++, interactive interface and display window are designed by using MFC and OpenGL. Finite element model of Houziyan underground powerhouse which is built by using the procedure proves that this method greatly improves the efficiency and precision of modeling.


2014 ◽  
Vol 608-609 ◽  
pp. 636-640
Author(s):  
Ni Li

In this paper, we optimize the design of accounting mathematical model of financial control by using double layers model, and introduce the M calling function of MATLAB into the design of GUI interface, which realizes visual operation of financial data processing. We use the computer hardware equipment to design the user group of school financial management, and use MATLAB visualization tool to design administrator login visualization interface and curve report of financial processing. Through the calculation we obtain the visualization display window of school financial statements, and the window can be directly generated by clicking the button on the GUI interface, which improves the efficiency of data management. Users can directly query the financial situation through report; it provides technical support for the design of university financial system.


2008 ◽  
Vol 28 (2) ◽  
pp. 192-199 ◽  
Author(s):  
Peter H. Kahn ◽  
Batya Friedman ◽  
Brian Gill ◽  
Jennifer Hagman ◽  
Rachel L. Severson ◽  
...  

2014 ◽  
Vol 609-610 ◽  
pp. 997-1001
Author(s):  
Bao Xing Zhou ◽  
Yue Xia Zhang ◽  
Ru Niu Fang

This paper reports a readout system for a piezoresistive accelerometer which is fabricated by LTCC thick-film process technology. The authors first introduce a LTCC compatible design of this new kind of accelerometer, which is based on piezoresistive phenomenon. As the performance of the accelerometer circuitry is affected by temperature, a readout system is introduced for compensating the temperature drift and the non-linearity of this piezoresistive accelerometer by using the MAX1452 processor. The authors give the principles of the temperature compensation and the executive processes. The readout system also includes a ZigBee wireless transmission system and a real-time curve display window. Some tests on the system are carried out and the results manifest that the readout system designed in this paper is workable.


Author(s):  
C.C. Ko ◽  
Ben M. Chen ◽  
C.D. Cheng

Spurred by development in computer science and network technology, the use of the Internet has been expanding exponentially. It is now extensively used as a connectivity and reference tool for numerous commercial, personal, and educational purposes. In education, the Internet opens a variety of new avenues and methodologies for enhancing the experience of learning as well as expanding educational opportunities for a larger pool of students. Specifically, distance education and non-traditional classrooms have the capability to reach more students using specialized instruction and self-paced learning. In the area of distance education, many Web-based real time experimentation systems have been reported in the literature (Ando, Graziani, & Pitrone, 2003; Daponte, Grimaldi, & Marinov, 2002; Ko, Chen, Chen et al., 2000; Ko et al., 2001; Kumar, Sridharan, & Srinivasan, 2002; Yeung & Huang, 2003). These Internet-based remote laboratories allow users or students to carry out physical experimental work at their own pace anytime anywhere. They generally require very little physical space and minimal manpower to maintain, and are ideal for the sharing of expensive equipment. However, all these experimental systems can only provide 2D operation panels. Due to this limitation, the actual shapes of 3D instruments and equipment, some of which may have controls or display components on different sides, may not be possible to be reflected on the remote user’s client display window.


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