Given some input equation, provide a numerical derivative at a given point. The user have a standard text input for the equation and point and the algorithm will provide the numerical derivative along with the steps the algorithm took to derive it. This algorithm will be able to differentiate trigonometric function, logarithmic, and exponentials.
Although the graph is computed fine, displaying it is difficult as it is non planar. NetworkX has specific tools to handle this like a dodecahedronal mapping but this issue needs to be addressed. It will currently halt the computation even though just the display is affected and throw an exception that will make no sense to the user: "G is not planar".
Although the graph is computed fine, displaying it is difficult as it is non planar. NetworkX has specific tools to handle this like a dodecahedronal mapping but this issue needs to be addressed. It will currently halt the computation even though just the display is affected and throw an exception that will make no sense to the user: "G is not planar".