Repositories and media
======================

Code repositories
-----------------

.. admonition:: Main code repositories
    
    :bdg-link-primary:`Gitlab:SubGNano <https://gitlab.com/subgnano/>`
    :bdg-link-primary:`Gitlab:Gerson <https://gitlab.com/gersonjferreira>`
    :bdg-link-primary:`Github:Gerson <https://github.com/gersonjferreira>`

    .. figure:: figures/git.png
        :align: left
        :figwidth: 75px

    Main repository with codes developed by the group SubGNano. 
    Published or auxiliary codes are kept public, while some ongoing projects are kept private.

.. admonition:: DFT2kp: effective kp models from ab-initio data
    :bdg-link-primary:`Code <https://dft2kp.gitlab.io/dft2kp/>`

    :bdg-link-primary:`Documentation <https://dft2kp.gitlab.io/dft2kp/>`
    :bdg-link-primary:`arXiv:2306.08554 <https://arxiv.org/abs/2306.08554>`

    .. figure:: figures/dft2kp.png
        :align: left
        :height: 75px

    Python package that reads Quantum Espresso data to generate effective kp models automatically.

.. admonition:: Bypass CAPES Portal de Periódicos

    :bdg-link-primary:`Google Chrome <https://chrome.google.com/webstore/detail/redirecionamento-capes-pe/lpfcdddcpijdfghkimmcpkmidafnljbo>`
    :bdg-link-primary:`Mozilla Firefox <https://addons.mozilla.org/en-US/firefox/addon/redir-capes-periodicos/>`
    :bdg-link-primary:`Other browsers <https://openuserjs.org/scripts/gersonjferreira/Redirecionamento_CAPES-Peri%C3%B3dicos>`
    
    .. figure:: figures/portalperiodicos.webp
        :align: left
        :figwidth: 100px

    **Developers:** Bruno Messias de Resende, G. J. Ferreira

    The extension allow Brazilians to bypass *CAPES Portal de Periódicos* and simplify the access the scientific journals.
    Besides the **extensions above**, the simple redirect code can be used in javascript as

    .. code-block:: 

        javascript:location.href=’http://novo.periodicos.capes.gov.br/?option=com_pezproxy&controller=auth&view=pezproxyauth&url=’+location.href

Other media
-----------

.. admonition:: Youtube channel
    :bdg-link-primary:`youtube <https://www.youtube.com/c/GersonJFerreira>`

    .. figure:: figures/youtube-logo.webp
        :align: left
        :figwidth: 75px

    - **Computational physics classes:** both introductory and advanced topics
    - **My research talks:** a playlist pointing to my recorded talks
    - **Tutorials and mini-courses:** both of topics of my classes and my research

.. admonition:: Computational Physics Class Notes
    :bdg-link-primary:`web-book <https://compphysics.readthedocs.io/>`

    .. figure:: figures/compphys.webp
        :align: left
        :figwidth: 100px

    My initial plan was to write a book, but after a while I’ve noticed that I needed something more dynamic. 
    So, for a while I’ve been trying to find an optimal environment for a **web-book on computational physics**. 
    Consequently, the notes are scattered in many pages and I’m trying to reorganize...
    for now, I’ll list all links here.

    All content will be moved to the **web-book** above, but some extra content can still be found on these links:
    
    - Slides on Intro to comp. phys. :bdg-link-primary:`slides <https://gitlab.com/gersonjferreira/intro-comp-phys/-/tree/master/ClassNotes>`
    - The old (incomplete) book Comp. Phys. in Julia :bdg-link-primary:`julia <https://gitlab.com/gersonjferreira/intro-comp-phys/-/tree/master/IntroBookJulia>`
    - Class notes on high performance computing in C :bdg-link-primary:`hpc <https://gitlab.com/gersonjferreira/hp-comp-physics>`
    - Mini-course on Computational Solid State Physics at IFT/UNESP :bdg-link-primary:`notes <https://github.com/gersonjferreira/minicurso-ift-2021>`

.. admonition:: Interesting papers on
    :bdg-link-primary:`inoreader <https://www.inoreader.com/stream/user/1005720327/tag/user-favorites/view/html?sb=y>`

    .. figure:: figures/rss.png
        :align: left
        :figwidth: 100px

    **Inoreader** is one of many RSS readers out there. You can use it to follow arXiv and many scientific journals.
    On each journal, look for the RSS link and add it to your RSS reader.
    The **link above** lists all papers that I mark as *interesting* in my RSS reader.