You do not have permission to delete messages in this group
Copy link
Report message
Show original message
Either email addresses are anonymous for this group or you need the view member email addresses permission to view the original message
to sympy
Hello Sympy,
introduction
My name is Samadou Ouro-agorouko, third year student. Currently studying Physics and Applied Maths at University.
I have some knowledge of advanced concepts in maths and physics such as harmonic analysis and quantum mechanics.
Very familiare with python, especially Numpy and matplolib as I often use it to perform scientific computation and to learn how to model physical phenomena.
I'm Not yet very strong in computer science -:) But I'm hoping to apply my theoretical knowledge of maths to the development of Sympy and also to improve my IT skills.
Question I would like to work on the implementation of the project "Classical Mechanics: Implement and Benchmark Equations of Motion Methods" for Gsoc 2024. I have read that you have already implemented the Lagranges and Kanes methods.
Would it make sense to work on improving these methods (if possible) and/or implementing Euler's and Hamilton's methods?
Timo Stienstra
unread,
Feb 26, 2024, 3:45:25 AM2/26/24
Reply to author
Sign in to reply to author
Forward
Sign in to forward
Delete
You do not have permission to delete messages in this group
Copy link
Report message
Show original message
Either email addresses are anonymous for this group or you need the view member email addresses permission to view the original message
to sympy
Hello
Samadou Ouro-agorouko,
As the project description suggests, there is room for improvement both in the existing methods and by implementing new methods.