Hello SymPy Community, I have almost completed my GSOC Proposal but there are few things I want to ask regarding some of the tasks I mentioned in my proposal:
*1. Completing the Random Walks Prototype* Here, after working on the Random Walks user might want to visualize his/her Random Walk generated in SymPy only, rather than having difficulty using matplotlib or other software's, therefore I added a Task in my proposal "Visualizing the Random Walk". Now, since SymPy currently uses matplotlib to render plots so we can also use it to render plot for Random Walk too and also I came up with the idea that since matplotlib can generate animated plots so we can show animation for Random Walks too like: *RandomWalk.visualise(name="RW", dim=None, path = None, animated = True, save = False)* where, name is a string, dim = dimensions, path = path generated by our RandomWalk function which I will complete as a part of my GSOC first, animated = Boolean (Whether the user wants animated plot or not) save = Boolean (Save the plot image or not) I think this functionality in SymPy will be easy and good for user(Any feedback regarding this would be helpful) I have been searching for a while regarding what would be the best way to plot the graphs then I generated some plots using matplotlib ( I will attach files at the end ) *2. Identifying and Generating the Noise Processes* The same thing as of Random Walk goes to the Noise Processes too(Regarding the visualization). Visualization method for noise processes would be very similar to Random Walk. Also, since I learned about some modules which can generate samples for Noise Processes so I added a new functionality of Identifying the noise process like: *Noise.identify(X)* where, X = Array which contains sample of a noise process. And if X belongs to a noise process then it will return True and the name of the noise else False. This way we would be able to extend Sympy's stats module without implementing something which is already implemented somewhere else. *Example Output*: True, Gaussian White Noise *Rest of the tasks included in my proposal are from the Sympy's GSOC Idea's Page(from Probability Section).* -- You received this message because you are subscribed to the Google Groups "sympy" group. To unsubscribe from this group and stop receiving emails from it, send an email to sympy+unsubscr...@googlegroups.com. To view this discussion on the web visit https://groups.google.com/d/msgid/sympy/3ffa6f72-5388-480a-92d8-d62813da035en%40googlegroups.com.
