updated README

Author: jchiquet

README.md

@@ -3,78 +3,9 @@
 
 [![build and deploy](https://github.com/computorg/template-computo-python/actions/workflows/build.yml/badge.svg)](https://github.com/computorg/template-computo-python/actions/workflows/build.yml)
 
-Documentation and sample of a simple `Python`-based submission for the [Computo journal](https://computorg.github.io), using our Quarto-based template and `venv` for handling dependencies.
+Documentation and sample of a simple `Python`-based submission for the [Computo journal](https://computo-journal.org), using our Quarto-based template and `micromamba` for handling dependencies (`pip` is also supported).
 
 It shows how to automatically setup and build the HTML and PDF outputs, ready to submit to our peer-review platform.
 
-:warning: **All important information about writing and preparing an article to be submitted to Computo, and related technicalities** are detailed [in the template manuscript](https://computo.sfds.asso.fr/template-computo-python). :warning:
+:warning: **All important information about writing and preparing an article to be submitted to Computo, and related technicalities** are detailed [in the guidelines for authors](https://computo-journal.org/site/guidelines-authors.html). :warning:
 
-More information about submission and **guidelines for authors** can be found on the [dedicated page](https://computo.sfds.asso.fr/submit/).
-
-## Process overview
-
-Submissions to [Computo](https://computorg.github.io) require both scientific content (typically equations, codes and figures, data) and a proof that this content is reproducible. This is achieved by means of i) a notebook system, ii) a virtual environment fixing the dependencies and iii) continuous integration (plus, if needed, an external website to store large data files such a [Zenodo](https://zenodo.org/) or [OSF](https://osf.io/) ). 
-
-A Computo submission is thus a git(hub) repository like this one containing 
-
-- the source files of the notebook (a quarto `.qmd` file + a BibTeX `.bib` file + some statics files, _e.g._ figures or small `.csv` data tables)
-- configuration files to set up the dependencies in a virtual environment
-- configuration files to set up the continuous integration rendering the final documents
-
-In this template, we focus on `Python` users and detail a solution based on
-
-- The `Jupyter` kernel of Quarto for rendering the document,
-- The `venv` Python built system for setting the virtual environment,
-- Github actions for handling the continuous integration.
-
-## Step-by-step procedure
-
-### Step 0: setup a git repository
-
-Use this repository as a template via the **"use this template"** button on the top of this page.
-
-**Note**: _You can use Gitlab for submitting for Computo. We hope giving more support in the future._
-
-### Step 1. setup Quarto and Computo extension on your system
-
-You need [quarto](https://quarto.org/) installed on your computer, as well as the [Computo extension](https://github.com/computorg/computo-quarto-extension) to prepare your document. 
-The latter can be installed as follows:
-
-```.bash
-quarto add computorg/computo-quarto-extension
-```
-
-### Step 2. write your contribution 
-
-Write your notebook as usual, [as demonstrated in the `template-computo-python.qmd` sample](https://computorg.github.io/template-computo-python/).
-
-**Note**: _Make sure that you are able to build your manuscript as a standard notebook on your system before proceeding to the next step._
-
-To build your document (both in PDF and HTML by default), you can run the command `quarto render`, e.g. for the template:
-
-```.bash
-quarto render template-computo-python.qmd # will render both to html and PDF
-```
-
-### Step 3: setup dependencies with `venv`
-
-Use the [`venv` package manager](https://cewing.github.io/training.python_web/html/presentations/venv_intro.html) to setup a reproducible environment handling your `Python` dependencies.
-
-See [this page](https://computo.sfds.asso.fr/template-computo-python/#handle-python-dependencies-with-venv) for more details about `Python` dependency setup.
-
-### Step 4: proof reproducibility
-
-Put everything together and check that your work is indeed reproducible. To this end, you need to rely on a github action, whose default is pre-configured and found here: [.github/workflows/build.yml](https://github.com/computorg/template-computo-R/blob/main/.github/workflows/build_n_publish.yml)
-
-This action will
-
-1. Check out repository on the ubuntu-latest machine
-2. Install quarto and dependencies, including the Computo extension for Quarto
-4. Install Python dependencies with `pip` and `venv`, using your `requirements.txt` file
-5. Render your .qmd file and Publish the results on a gh-page (both HTML and PDF)
-
-**Note**: _Gitlab CI can be used to obtained similar results._
-
-### Step 5. submit
-
-Once step 4 is successful, you should end up with an HTML version published as a gh-page, as well as a PDF version (see "Other format" at the end of the table of content of the rendered HTML). This PDF version can be submitted to the [OpenReview platform](https://openreview.net/group?id=Computo).