For documents on web-page, refer to https://pycrawfordprogproj.readthedocs.io/en/latest/index.html.
This is an ongoing project which uses awesome Crawford’s Programming Projects as original materials, so in many cases, several sentences may be shamelessly ctrl-c/ctrl-v’ed with little or a little modification. The author of this repository really thanks original authors of the origin of this tutorial.
The author also regards PySCF as one of the magnificent quantum packages. In this tutorial, PySCF may become the default SCF and orbital integral engine/interface.
This tutorial is intended to touch on many, but certainly not all, of the fundamentals of Python/PySCF programming with an emphasis on quantum chemistry.
Currently, the author is not going to write fundamentals of python. So, before heading to the first project, the reader is suggested to review his/hers comprehension of python. Knowledge of other languages with OOP (object-oriented programming), and scientific calculation/simulation softwares (e.g., MATLAB and Wolfram Mathematica) is also appreciated.
To begin work on the projects, you can create a clone of this repository. First, navigate to the directory where you would like to keep your programming projects. Then create the clone by this command
git clone https://github.com/ajz34/PyCrawfordProgProj.gitNow you should see a directory called PyCrawfordProgProj/source inside. You will find all the files that you can see on github.