Here there is a (not complete) list of software tools that I have programmed or that has my contributions. The main languages that I use are Fortran (77/90/2003), Python, OCaml, Julia and shell scripts, however other languages like Haskell or C has been used for learning or specific projects. First there is a table with general information, below you have a description.
Atmospheric Sciences
| Name | Languages | Source Code | Documentation | Cite as | License |
|---|---|---|---|---|---|
| INCAlexer | python | sourcehut | Examples repo | GPLv3 | |
| pyMie | python | partially in FunFAN | - | - | GLPv3 |
| Sokka.jl | Julia | soon in sourcehut | ask | ask | GPLv3 |
| pyIPSLtool | python | github | ask | zenodo | GPLv3 |
| FunFAN | python | github | docs | zenodo | GPLv3 |
| BOKU-Tool | Julia | ask | ask | ask | Apache-License 2.0 |
| ecaeropt | python/fortran | github | generated at install | ask | Apache-License 2.0 |
| omars | OCaml | ask | omars --help | ask | ask |
| ocdo | OCaml | sourcehut | README file | ask | GLPv3 |
| KAS | python | ask | ask | ask | Apache-License 2.0 |
Aerosol Physical and Optical Properties
- pyMie [python] a simple Mie scattering implementation in python useful for atmospheric particles. It has been programmed when I was at Karlsruhe Institute of Technology (KIT).
- Sokka.jl [julia] this is a more complete code including Mie scattering and DDA approximation. It also has an inverse method to estimate refractive index from optical properties.
- FunFAN [python] FunFAN: set of functions for aerosols studies.
- ecaeropt [python/fortran] ecaeropt: tool to calculate aerosols optical properties for ECMWF IFS model.
- *KAS [python] is a set of tools to evaluate the aerosols outputs in the IFS and Open-IFS models.
Climate Model Tools
- INCAlexer [python] is an utility in python to process/analyse the INP files of INCA model. INP files are those of INCA model that describe the main chemical reactions.
- pyISPLtool [python] pyIPSLtool: unpack/test/plot IPSL climate simulations.
- BOKU-WRF-Tool [julia] post-processing tool for WRF and WRF-Chem.
Simulations and Data Analysis
- omars [ocaml] is a tool to download experiments of IFS model and perform quick evaluations and plots.
- ocdo [ocaml] is a kind of wrapper for cdo inside OCaml, it is useful as an element of other tools (still under development).
Rainfall measurements
Liquid Theory and dynamical systems
There were several tools that one day I will upload to Sourcehut or Github.
Blogs templates
- rchg [Jekyll] customized template for research scientists
- bruma [pelican] customized template for research group
- narigudo [pelican] the template of this webpage/blog.