TESTING COMMAND MODIFICATIONS TO GRAPH A VECTOR FIELD OVER A CONE IN 3D USING MAPLE

Jose Mujica () and Ramon Mata-Toledo ()
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Jose Mujica: Escuela Superior de Audio y Acustica, Venezuela
Ramon Mata-Toledo: James Madison University, USA

Journal of Information Systems & Operations Management, 2024, vol. 18, issue 1, 147-157

Abstract: Undoubtedly science researchers have benefited from the arrival of mathematical software by different manufacturers such as MATLAB, Maple, Mathematica and the like. The fast reactivity of these software tools to changes in their parameters allows researchers to observe and study mathematical models in real time and speed up their research process. It is desirable that these wonderful tools be improved and applied to a wide range of new applications. However, one important aspect to consider is the difficulty of translating the traditional mathematical formulas as written in books or manuals into the appropriate syntax required by the mathematical software. In the present paper, the authors show the difficulties to graph a vector field over a cone in 3D using both, an outdated version of the mathematical software Maple (â„¢) and its latest version. Although a solution was obtained the authors think that this solution is far from being optimal. This work includes details of the code modifications and the combination of instructions or commands to obtain the desired solution.

Date: 2024
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