NA2020 Numerical Astrophysics Online Workshop
- Pluto. Please note that we found a typo in the official code v. 4.3. that causes problem for it to work with python 3.x. We have prepared a fix that solves this issue. You can download this fixed version from here.
-
All materials provided by Prof. Kley, including a basic introduction to numerical hydrodynamics, a project focused on linear advection, and some background on programming languages are available here.
-
The Pyro Hydro Code.
- All the materials sent by Dr. Christoph Schäfer for the crash course, including slides and exercises, plus an introduction to N-Body Simulations with REBOUND, could be found here.
-
All the materials and explanations sent by Dr. Bhargav Vaidya could be found here. This link includes a guide on how to install the latest version of PLUTO and pyPLUTO, if you haven't installed PLUTO already. Also, the link to pyPLUTO compatible for python >3.6 is included in this short manual.
-
The pdf files provided by Dr. Bhargav Vaidya, including Lecture Notes, PLUTO code Essentials and A Practical Introduction to the PLUTO Code are available now.
- All materials provided by Prof. Hanawa, including the slides and the notes of the workshop ( which contains the exact analytical solution of the homework) are now available on our repository. Also, please check FFTE: A Fast Fourier Transform Package which is introduced by Prof. Hanawa and includes a package to compute Discrete Fourier Transform.
- Please check the BBB manual to get familiar with the platform.
React
Typescript
Django
Laravel
Facebook
Microsoft
Google
Alibaba
D3
Tencent