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CREATING GRAPHS OF MATHEMATICAL FUNCTIONS USING MODERN PROGRAMMING LANGUAGES

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UDC: 004.42, 004.92, 519.6            https://doi.org/10.62965/tnu.sns.2024.1.5                    Download article         

 

Nazarov Ahtam Pulotovich

Tajik State Pedagogical University named after Sadriddin Aini

 

Graphing functions and their construction play a very important role in the mathematics course. In the past, programming languages ​​had few options for graphing functions and were mainly created using the dot method. The text size of the computer program was also large. Modern programming languages ​​provide more options for creating function graphs. However, the capabilities of some modern programming languages ​​have not yet been explored at the required level. In this work, a new technology for creating graphs of functions in one of the modern programming languages ​​PascalAbc.Net is studied.

New nomenclature of graphics modules and computer graphics operators are reviewed. On their basis, computer programs are developed for creating graphs of functions. The field of their application is shown, including for solving the system of equations, numerical methods. The function graphs in this work are created in an easy and efficient way, in which functional programming is applied.

Keywords: programming, programming languages, function graph, function graph creation, computer graphics, graphics modules, coordinate system, GraphWPF,DrawGraph,PlotWpf, LineGraphWPF.

 

Information about the author

 

Nazarov Akhtam Pulatovich - Tajik State Pedagogical University named after Sadriddin Aini,

candidate of pedagogical sciences, associate professor of the Department of Information and Communication Technologies.

Address: 734003, Dushanbe, Republic of Tajikistan, Rudaki Avenue, 121.

Phone: 908-08-2384; 91-962-4444.

E-mail: This email address is being protected from spambots. You need JavaScript enabled to view it..

 

REVIEWER: Mirzoev Sai'alo, Doctor of technical sciences, professor                                                                                                                                       

 

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Article received: 24.12.2023

Approved after review: 03.01.2024

Accepted for publication: 19.02.2024

   
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