VisualDSolve: visualizing differential equations with Mathematica. (New visualization ideas for differential equations). D. Schwalbe (Macalester College) and I have produced a comprehensive Mathematica package for the visualization of differential equations. While most of the functions in it present solutions to differential equations in familiar graphical forms, we have introduced several ideas that go beyond what has been commonly done. In this article, I will discuss one such feature, the use of shaded nullcline plots to gain insight into the phase plane. Section 1 contains a discussion of an important preliminary function that is very useful in its own right: Equilibria finds all the equilibrium points in a given rectangle. Then Section 2 presents the algorithm that produces shaded nullcline plots.
Keywords for this software
References in zbMATH (referenced in 5 articles )
Showing results 1 to 5 of 5.
- Lispman, Ronald L.; Osborn, John E.; Rosenberg, Jonathan M.: The SCHOL project at the university of Maryland: using mathematical software in the teaching of sophomore differential equations (2008)
- Hubbard, John H.: The forced damped pendulum: Chaos, complication and control (1999)
- Melka, Richard F.: Phase plane analysis of simplified Ramsey models. (1998)
- Schwalbe, Dan; Wagon, Stan: VisualDSolve: visualizing differential equations with Mathematica. Disk incl (1997)
- Wagon, Stan: New visualization ideas for differential equations (1997)