Abstract
On the basis of the author’s methodology using Wolfram Research technology received and presented science-intensive, adaptive content, which is the result of research in solving problems of modeling, calculation, analysis and visualization of building structures. The article reviewed the main elements, examples of hook up of functions and options of the system Wolfram Mathematica, which provides an extension and addition of electronic resources by means of intelligent computing and interactive visualization.
Highlights
In modern conditions, for many problems of mathematical modelling of building structures [1] relevant components are the development of software and the formation of an interactive environment for the visualization of the original information, the selected physical and mathematical model, the results of calculation and analysis, researches' [2], [3]
With regard to the problems of calculation and analysis of building structures, the article deals with specific technical issues, the aspects presented in [4] - [6], which are tested and gave good results in applications of computer graphics [7] and computer mechanics [8], geo-ecology [9]
The proposed approach for the preparation of intelligent, interactive electronic resources is based on Wolfram technology, and : the computer algebra system Mathematica [10], the format of computed documents CDF [11]
Summary
For many problems of mathematical modelling of building structures [1] relevant components are the development of software and the formation of an interactive environment for the visualization of the original information, the selected physical and mathematical model, the results of calculation and analysis, researches' [2], [3]. The proposed approach for the preparation of intelligent, interactive electronic resources is based on Wolfram technology, and : the computer algebra system Mathematica [10], the format of computed documents CDF [11]. CDF is a format that provides a structured presentation of information and the use of dynamic multimedia objects and models; it is a digital repository of intelligent mathematical resources and knowledge with a computing engine, formalized as a document, but interactive as an application.
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