diff --git a/LICENCE.txt b/LICENCE.txt
new file mode 100644
index 0000000000000000000000000000000000000000..4ea99c213c5c0c005ae4e80df8e52169d06896ec
--- /dev/null
+++ b/LICENCE.txt
@@ -0,0 +1,395 @@
+Attribution 4.0 International
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diff --git a/README.md b/README.md
index 8f9f43adc0f71cfbe047300683a5a47fb196ee8d..0ad45c69e53e6a60bfbb3e8c1ab76b57b7f7db40 100644
--- a/README.md
+++ b/README.md
@@ -1,37 +1,143 @@
[![CC BY 4.0][cc-by-shield]][cc-by]
-# isi-training-git
+
+# ISI - formation Git
---------------------------
-<img src="img/IRD.png" width="300" height="100" />
+<img src="images/IRD.png" width="300" height="100" /> <img src="images/ISI.png" width="150" height="100" />
## Table of Contents
- * [Description](#description)
- * [Contributing](#contributing)
+ * [Foreword](#foreword)
+ * [Project layout](#project-layout)
+ * [For collaborators-teachers and developers](#for-collaborators-teachers-and-developers)
+ * [Modify content](#modify-content)
+ * [MkDocs](#mkdocs)
+ * [Welcome to MkDocs](#welcome-to-mkdocs)
+ * [Installation](#installation)
+ * [Manual](#manual)
+ * [Conda](#conda)
+ * [Testing and building the website](#testing-and-building-the-website)
* [Report bugs and issues](#report-bugs-and-issues)
- * [Authors and acknowledgment](#authors-and-acknowledgment)
+ * [Acknowledgement](#acknowledgement)
+ * [License](#license)
-## Description
-Depot pour la mise en la mise en place d'une formation mutualisé IRD sur le thème de GIT.
+## Foreword
-## Contributing
+About [Isi]()
-We welcome contributions from the community! See our [Contributing guidelines](https://forge.ird.fr/mivegec/dainat/isi-training-git/blob/main/CONTRIBUTING.md)
+The course itself lives [https://mivegec.pages.ird.fr/e-cop/isi-formation-git.git/](https://mivegec.pages.ird.fr/dainat/malbec-git/),
+where you can find all the relevant information.
+This work is based on the NBIS / ELIXIR course *Tools for Reproducible Research* course.
-## Report bugs and issues
+## Project layout
-Found a bug or have a question? Please open an [issue](https://forge.ird.fr/mivegec/dainat/isi-training-git/-/issues/).
+ README.md # General readme
+ mkdocs.yml # The configuration file for the site rendering.
+ conda_env.yml # Conda env to build and test the site locally
+ docs/ # material that will be publish with the static web site
+ index.md # The documentation homepage (Website Home page).
+ pages/ # Folder dedicated to the course materials use by mkdocs for the website
+ images # Images used in the course materials in general
+ xxx/ # Folder containning the course materials for one topic
+ xxx.md # Page taking about all or a part of the topic
+ images/ # Images related to the topic
+ ...
+ lectures/ # Folder dedicated to lectures (within docs to ease embedding within the course)
+ README.md # readme
+ environment.yml # conda env to use for rendering the Rmarkdown lecture files
+ template.css # CSS used by all Rmarkdown lecture files
+ Snakefile # Automating rendering of all Rmarkdown lecture files
+ xxx # folder related to one lecture
+ xxx.Rmd # Lecture in Rmarkdown format
+ xxx.pdf # PDF rendering of Rmarkdown file
+ xxx.html # HTML rendering of Rmarkdown file
+ tutorials/ # Folder dedicated to tutorials
+ xxx # folder related to one tutorial
+ Images # Images used in the README
+
+
+##Â For collaborators-teachers and developers
+
+We welcome contributions from the community!
+See our [Contributing guidelines](https://forge.ird.fr/mivegec/dainat/isi-training-git/blob/main/CONTRIBUTING.md)
+
+This part is for collaborators-teachers and developers.
+
+### Modify content
+
+When you are in the repository, add and/or modify your markdown tutorials in the docs directory.
+The arborescence of the website menu is to setup in the `mkdocs.yml` file
+
+### Mkdocs
+
+#### Welcome to MkDocs
+
+For full documentation visit [mkdocs.org](https://www.mkdocs.org).
+For full documentation about the [material mkdocs theme](https://squidfunk.github.io/mkdocs-material/).
+
+#### Installation
+
+##### Manual
+
+As prerequisite you need python >=3.8 and pip.
+
+Install Mkdocs:
-## Authors and acknowledgment
+`pip install mkdocs`
-XXX
+For the theme:
+`pip install mkdocs-material`
+
+For the extensions:
+`pip install pymdown-extensions`
+
+For the plugins:
+`pip install mkdocs-minify-plugin`
+`pip install mkdocs-macros-plugin`
+
+##### Conda
+
+Clone the repository and move in it.
+Then install all dependencies using conda and the `conda_env.yml` shipped with this repo:
+
+```
+conda env create -f conda_env.yml
+```
+
+Activate the environment and you are good:
+
+```
+conda activate education
+```
+
+#### Testing and building the website
+
+
+* `mkdocs serve` - Start the live-reloading docs server, to test the site locally (http://127.0.0.1:8000/).
+* `mkdocs gh-deploy` - Deploys the site on github pages.
+
+* `mkdocs build` - Build the documentation site.
+* `mkdocs new [dir-name]` - Create a new project.
+* `mkdocs -h` - Print help message and exit.
+
+## Report bugs and issues
+
+Found a bug or have a question? Please open an [issue](https://forge.ird.fr/mivegec/dainat/isi-training-git/-/issues/).
+## Acknowledgement
+ * NBIS - This work is based on the NBIS / ELIXIR course *Tools for Reproducible Research* course that can be find [here](https://github.com/NBISweden/workshop-reproducible-research).
+ * The ["CodeRefinery" project](https://coderefinery.org)
+ [<img align="right" src="images/NBIS.png" width="100" height="50" />](https://nbis.se)
+ * @jhayer and @HadrienG about help in use and rendering with mkdocs and other features.
+ * Jacques Dainat about improvment in the content and the rendering. Previous version: [https://mivegec.pages.ird.fr/dainat/malbec-git/](https://mivegec.pages.ird.fr/dainat/malbec-git/)
+ * All contributors
----------------
+## License
+This work is licensed under a [Creative Commons Attribution 4.0 International License][cc-by].
[cc-by]: http://creativecommons.org/licenses/by/4.0/
-[cc-by-shield]: https://img.shields.io/badge/License-CC%20BY%204.0-lightgrey.svg
\ No newline at end of file
+[cc-by-shield]: https://img.shields.io/badge/License-CC%20BY%204.0-lightgrey.svg
diff --git a/conda_env.yml b/conda_env.yml
new file mode 100644
index 0000000000000000000000000000000000000000..7e69f9d76ab52b1e4e68f71b768ca065068ff4a8
--- /dev/null
+++ b/conda_env.yml
@@ -0,0 +1,54 @@
+# conda env create -f conda_env.yml
+name: education
+channels:
+ - conda-forge
+ - bioconda
+ - defaults
+dependencies:
+ - bzip2=1.0.8=h1de35cc_0
+ - ca-certificates=2023.01.10=hecd8cb5_0
+ - certifi=2022.12.7=py310hecd8cb5_0
+ - libffi=3.4.2=hecd8cb5_6
+ - ncurses=6.4=hcec6c5f_0
+ - openssl=1.1.1t=hca72f7f_0
+ - pip=23.0.1=py310hecd8cb5_0
+ - python=3.10.9=h218abb5_2
+ - readline=8.2=hca72f7f_0
+ - setuptools=65.6.3=py310hecd8cb5_0
+ - sqlite=3.40.1=h880c91c_0
+ - tk=8.6.12=h5d9f67b_0
+ - tzdata=2022g=h04d1e81_0
+ - wheel=0.38.4=py310hecd8cb5_0
+ - xz=5.2.10=h6c40b1e_1
+ - zlib=1.2.13=h4dc903c_0
+ - pip:
+ - charset-normalizer==3.1.0
+ - click==8.1.3
+ - colorama==0.4.6
+ - csscompressor==0.9.5
+ - ghp-import==2.1.0
+ - htmlmin==0.1.12
+ - idna==3.4
+ - jinja2==3.1.2
+ - jsmin==3.0.1
+ - markdown==3.3.7
+ - markupsafe==2.1.2
+ - mergedeep==1.3.4
+ - mkdocs==1.4.2
+ - mkdocs-macros-plugin==0.7.0
+ - mkdocs-material==9.1.1
+ - mkdocs-material-extensions==1.1.1
+ - mkdocs-minify-plugin==0.6.2
+ - packaging==23.0
+ - pygments==2.14.0
+ - pymdown-extensions==9.10
+ - python-dateutil==2.8.2
+ - pyyaml==6.0
+ - pyyaml-env-tag==0.1
+ - regex==2022.10.31
+ - requests==2.28.2
+ - six==1.16.0
+ - termcolor==2.2.0
+ - urllib3==1.26.14
+ - watchdog==2.3.1
+prefix: /Users/jdainat/miniconda3/envs/education
diff --git a/conda_env_SV.yml b/conda_env_SV.yml
new file mode 100644
index 0000000000000000000000000000000000000000..3c7d24bf0e72e29fc105bdf6453f4a2e0b2b3f4a
--- /dev/null
+++ b/conda_env_SV.yml
@@ -0,0 +1,54 @@
+# conda env create -f conda_env.yml
+name: education
+channels:
+ - conda-forge
+ - bioconda
+ - defaults
+dependencies:
+ - bzip2
+ - ca-certificates
+ - certifi
+ - libffi
+ - ncurses
+ - openssl
+ - pip
+ - python
+ - readline
+ - setuptools
+ - sqlite
+ - tk
+ - tzdata
+ - wheel
+ - xz
+ - zlib
+ - pip:
+ - charset-normalizer
+ - click
+ - colorama
+ - csscompressor
+ - ghp-import
+ - htmlmin
+ - idna
+ - jinja2
+ - jsmin
+ - markdown
+ - markupsafe
+ - mergedeep
+ - mkdocs
+ - mkdocs-macros-plugin
+ - mkdocs-material
+ - mkdocs-material-extensions
+ - mkdocs-minify-plugin
+ - packaging
+ - pygments
+ - pymdown-extensions
+ - python-dateutil
+ - pyyaml
+ - pyyaml-env-tag
+ - regex
+ - requests
+ - six
+ - termcolor
+ - urllib3
+ - watchdog
+
diff --git a/docs/index.md b/docs/index.md
new file mode 100644
index 0000000000000000000000000000000000000000..6d19a8c7a8823adae6ec60f5fa583560701f9382
--- /dev/null
+++ b/docs/index.md
@@ -0,0 +1,99 @@
+# Git
+
+
+
+## Course overview
+
+<img src="https://www.svgrepo.com/show/305241/github.svg"
+ width="20" height="20"/>
+ [GitHub repository]( {{config.repo_url}})
+<img src="https://www.svgrepo.com/show/20800/event-date-and-time-symbol.svg"
+ width="20" height="20"/>
+ 9 May 2023 - 13:30 - 17:00
+
+Git is a widely used system (both in academia and industry) for version
+controlling files and collaborating on code. It is used to track changes in
+(text) files, thereby establishing a history of all edits made to each file,
+together with short messages about each change and information about who made
+it. Git is mainly run from the command line, but there are several tools that
+have implemented a graphical user interface to run Git commands.
+
+Using version control for tracking your files, and edits to those, is an
+essential step in making your computational research reproducible. A typical Git
+workflow consists of:
+
+* Making distinct and related edits to one or several files
+* Committing those changes (*i.e.* telling Git to add those edits to the
+ history, together with a message about what those changes involve)
+* Pushing the commit to a remote repository (*i.e.* syncing your local project
+ directory with one in the cloud)
+
+There are many benefits of using Git in your research project:
+
+* You are automatically forced into a more organized way of working, which is
+ usually a first step towards reproducibility.
+* If you have made some changes to a file and realize that those were probably
+ not a good idea after all, it is simple to view exactly what the changes were
+ and revert them.
+* If there is more than one person involved in the project, Git makes it easy
+ to collaborate by tracking all edits made by each person. It will also handle
+ any potential conflicting edits.
+* Using a cloud-based repository hosting service (the one you push your commits
+ to), like *e.g.* [GitHub](https://github.com/), [GitLab](https://gitlab.com/), or
+ [Bitbucket](https://bitbucket.org/), adds additional features, such as being
+ able to discuss the project, comment on edits, or report issues.
+* If at some point your project will be published, GitHub ,GitLab or Bitbucket (or
+ similar) are excellent places to publicly distribute your code. Other
+ researchers can then use Git to access the code needed for reproducing your
+ results, in exactly the state it was when used for the publication.
+* If needed, you can host private repositories on GitHub, GitLab and Bitbucket as well.
+ This may be convenient during an ongoing research project, before it is
+ publicly published.
+
+These tutorials will walk you through the basics of using Git as a tool for
+reproducible research. The things covered in these tutorials are what you will
+be using most of the time in your day-to-day work with Git, but Git has many
+more advanced features that might be of use to you.
+
+## Application
+
+This course is open for members of the {{config.extra.unit}} unit from the IRD
+(Research Institute for Development).
+
+** The only entry requirements for this course is a basic knowledge of Unix systems
+(*i.e.* being able to work on the command line). **
+
+The number of participants accepted is limited to the number of people that the
+teacher(s) can supervise in good conditions for the learners. If
+we receive more applications, participants will be selected based on several
+criteria. Selection criteria include correct entry requirements, motivation to
+attend the course.
+
+Please note that this training events do not provide any formal university
+credits.
+
+By accepting to participate in the course, you agree to follow the [Code of Conduct](pages/course-information/code-of-conduct).
+
+## Schedule
+
+--8<-- "pages/course-information/schedule.md"
+
+## Location
+
+This course round is given on site.
+--8<-- "pages/course-information/location.md"
+
+
+## Pre-course setup
+
+The [pre-course setup](pages/course-information/pre-course-setup)
+page lists the installation and setup of all the tools used in the
+course, so make sure you've gone through them all before the course begins.
+
+## Teachers
+
+* Jacques Dainat (course leader)
+
+## Contact
+
+To contact me, please send a mail at {{config.extra.contact}}.
diff --git a/docs/lectures/README.md b/docs/lectures/README.md
new file mode 100644
index 0000000000000000000000000000000000000000..2cd669839d4efad84250dcf0aabc9ed6360d36bd
--- /dev/null
+++ b/docs/lectures/README.md
@@ -0,0 +1,48 @@
+# Lectures
+
+## Requirements
+
+Install the required packages using:
+
+```bash
+conda env create -f environment.yml
+```
+
+## Rendering in html
+
+Lectures in **Rmarkdown** format can be rendered using the following from
+the command line:
+
+```bash
+Rscript -e 'rmarkdown::render("<Rmd-file>", "xaringan::moon_reader")'
+```
+
+Lectures in **Jupyter notebook** format can be rendered using:
+
+```bash
+jupyter nbconvert <.ipynb-file> --to slides --debug --allow-chromium-download
+```
+
+## Rendering in pdf
+
+Lectures in **Rmarkdown** format can be rendered using the following from
+the command line:
+
+```bash
+Rscript -e 'library(webshot); webshot("<Rmd-file>", "<pdf-file-output>")'
+```
+
+Lectures in **Jupyter notebook** format can be rendered using:
+
+```bash
+jupyter nbconvert <.ipynb-file> --to webpdf --debug --allow-chromium-download
+```
+
+
+## Render everything
+
+To render all lectures you can use `snakemake`:
+
+```bash
+snakemake -j 1
+```
diff --git a/docs/lectures/Snakefile b/docs/lectures/Snakefile
new file mode 100644
index 0000000000000000000000000000000000000000..338ce41326107046ad47fc33ff0062ef4f6e257b
--- /dev/null
+++ b/docs/lectures/Snakefile
@@ -0,0 +1,55 @@
+# A snakefile used to render all lectures in one go
+
+from glob import glob
+import os.path as path
+
+rmd_files = glob("*/*.Rmd")
+ipy_files = glob("*/*.ipynb")
+
+ruleorder: render_jupyter_pdf > render_pdf
+
+rule all:
+ input:
+ ["{}.html".format(path.splitext(x)[0]) for x in rmd_files + ipy_files],
+ ["{}.pdf".format(path.splitext(x)[0]) for x in rmd_files + ipy_files]
+
+rule render_rmarkdown:
+ input:
+ "{f}.Rmd"
+ output:
+ "{f}.html"
+ shell:
+ """
+ Rscript -e 'rmarkdown::render("{input}", "xaringan::moon_reader")'
+ """
+
+rule render_pdf:
+ input:
+ "{f}.html"
+ output:
+ "{f}.pdf"
+ shell:
+ """
+ Rscript -e 'library(webshot); webshot("{input[0]}", "{output[0]}")'
+ """
+
+rule render_jupyter:
+ input:
+ "{f}.ipynb"
+ output:
+ "{f}.html"
+ shell:
+ """
+ jupyter nbconvert --to slides --execute {input}
+ mv {wildcards.f}.slides.html {output}
+ """
+
+rule render_jupyter_pdf:
+ input:
+ "{f}.ipynb"
+ output:
+ "{f}.pdf"
+ shell:
+ """
+ jupyter nbconvert --to webpdf {input} --allow-chromium-download
+ """
diff --git a/docs/lectures/environment.yml b/docs/lectures/environment.yml
new file mode 100644
index 0000000000000000000000000000000000000000..1a7ff761210c340ea860a93ccd3f6acec864de7f
--- /dev/null
+++ b/docs/lectures/environment.yml
@@ -0,0 +1,36 @@
+# conda env create -f environment.yml
+
+name: lecture-env
+channels:
+ - r
+ - conda-forge
+ - bioconda
+ - defaults
+dependencies:
+
+ # Snakemake
+ - snakemake-minimal=6.0.5
+
+ # Jupyter
+ - python=3.8
+ - numpy<1.20
+ - jupyter=1.0
+ - pandas=1.0
+ - jupyter_contrib_nbextensions=0.5.1
+ - nbconvert=6.1.0
+ - rise=5.6
+ - seaborn=0.10
+ - rpy2=3.1
+ - pyppeteer=0.2.2
+ - jinja2<=3.0.3
+
+ # R and Xaringan
+ - phantomjs=2.1.1
+ - r-base=3.6.3
+ - r-ggplot2=3.3.3
+ - r-kableextra=1.1.0
+ - r-palmerpenguins=0.1.0
+ - r-stringi=1.4.6
+ - r-tidyr=0.8.3
+ - r-xaringan=0.15
+ - r-webshot=0.5.2
diff --git a/docs/lectures/git/git.Rmd b/docs/lectures/git/git.Rmd
new file mode 100644
index 0000000000000000000000000000000000000000..7551207631e7ca6351700d162c068d702c295268
--- /dev/null
+++ b/docs/lectures/git/git.Rmd
@@ -0,0 +1,132 @@
+---
+title: "Version control with Git"
+subtitle: "Tools for Reproducible Research NBIS course"
+output:
+ xaringan::moon_reader:
+ self-contained: true
+ seal: false
+ css: ["default", "../template.css"]
+ nature:
+ slideNumberFormat: ""
+---
+
+layout: true
+<div class="ird-logo"></div>
+<div class="mivegec-logo"></div>
+
+---
+
+class: center, middle
+
+*Version control with*
+
+<img src="https://git-scm.com/images/logos/downloads/Git-Logo-2Color.png" style="width:50%;"/>
+
+---
+
+# What is Git?
+
+--
+
+* A widely used system for distributed .green[version control]
+
+--
+
+* Keeps a .green[complete history] of the changes you make to your files
+
+--
+
+* Each point in the history can be re-visited and compared with others
+
+--
+
+* Git tracks .green[who contributed what] to your code
+
+--
+
+* Git can help you .green[version, backup and share] your code and documents
+
+--
+
+* Kind of like Dropbox, but you decide when each version is saved (plus a lot
+ of more advanced features)
+
+--
+
+* Git is mainly used for .green[text files], not large or binary files
+
+---
+
+# Git nomenclature
+
+--
+
+* A .green[repository] is a collection that encompasses all the files and
+ directories of a project
+
+--
+
+* A .green[commit] is a snapshot of a repository's history, *i.e.* a point
+ in development time
+
+--
+
+* Development can be separated into .green[branches], allowing for concurrent
+ work on the same repository with simple transitions between functional and
+ work-in-progress code
+
+--
+
+* Uploading changes to a remote repository is called .green[pushing], while
+ downloading changes is called .green[pulling]
+
+---
+
+# Tracking code in three steps
+
+<br>
+<center>
+<img src="git_overview_local.png" style="width:50%"/>
+</center>
+<br>
+
+--
+
+1. Do some .green[coding] (*i.e.* add or change contents of files)
+
+--
+
+2. .green[Stage] the changes (*i.e.* specify which changes should be stored)
+
+--
+
+3. .green[Commit] the changes (storing them in the repository's history)
+
+---
+
+# Git is highly versatile
+
+* Ensures .green[reproducibility] of your analyses, regardless of whether you’ve
+ made additional changes to your code after the analysis is run
+
+--
+
+* Easily .green[fix mistakes] by reverting files to previous versions
+
+--
+
+* Improves your coding by giving you .green[additional structure]
+
+--
+
+* Your code has a .green[backup] in your remote repository
+
+--
+
+* Easily .green[share your code] and collaborate with your colleagues
+
+---
+
+class: center, middle
+
+# Questions?
diff --git a/docs/lectures/git/git.html b/docs/lectures/git/git.html
new file mode 100644
index 0000000000000000000000000000000000000000..7c1cd0f16a94e17bc9b834a5dafbf9fddc519aaf
--- /dev/null
+++ b/docs/lectures/git/git.html
@@ -0,0 +1,246 @@
+<!DOCTYPE html>
+<html lang="" xml:lang="">
+ <head>
+ <title>Version control with Git</title>
+ <meta charset="utf-8" />
+ <link href="git_files/remark-css-0.0.1/default.css" rel="stylesheet" />
+ <link rel="stylesheet" href="../template.css" type="text/css" />
+ </head>
+ <body>
+ <textarea id="source">
+
+
+layout: true
+<div class="ird-logo"></div>
+<div class="mivegec-logo"></div>
+
+---
+
+class: center, middle
+
+*Version control with*
+
+<img src="https://git-scm.com/images/logos/downloads/Git-Logo-2Color.png" style="width:50%;"/>
+
+---
+
+# What is Git?
+
+--
+
+* A widely used system for distributed .green[version control]
+
+--
+
+* Keeps a .green[complete history] of the changes you make to your files
+
+--
+
+* Each point in the history can be re-visited and compared with others
+
+--
+
+* Git tracks .green[who contributed what] to your code
+
+--
+
+* Git can help you .green[version, backup and share] your code and documents
+
+--
+
+* Kind of like Dropbox, but you decide when each version is saved (plus a lot
+ of more advanced features)
+
+--
+
+* Git is mainly used for .green[text files], not large or binary files
+
+---
+
+# Git nomenclature
+
+--
+
+* A .green[repository] is a collection that encompasses all the files and
+ directories of a project
+
+--
+
+* A .green[commit] is a snapshot of a repository's history, *i.e.* a point
+ in development time
+
+--
+
+* Development can be separated into .green[branches], allowing for concurrent
+ work on the same repository with simple transitions between functional and
+ work-in-progress code
+
+--
+
+* Uploading changes to a remote repository is called .green[pushing], while
+ downloading changes is called .green[pulling]
+
+---
+
+# Tracking code in three steps
+
+<br>
+<center>
+<img src="git_overview_local.png" style="width:50%"/>
+</center>
+<br>
+
+--
+
+1. Do some .green[coding] (*i.e.* add or change contents of files)
+
+--
+
+2. .green[Stage] the changes (*i.e.* specify which changes should be stored)
+
+--
+
+3. .green[Commit] the changes (storing them in the repository's history)
+
+---
+
+# Git is highly versatile
+
+* Ensures .green[reproducibility] of your analyses, regardless of whether you’ve
+ made additional changes to your code after the analysis is run
+
+--
+
+* Easily .green[fix mistakes] by reverting files to previous versions
+
+--
+
+* Improves your coding by giving you .green[additional structure]
+
+--
+
+* Your code has a .green[backup] in your remote repository
+
+--
+
+* Easily .green[share your code] and collaborate with your colleagues
+
+---
+
+class: center, middle
+
+# Questions?
+ </textarea>
+<style data-target="print-only">@media screen {.remark-slide-container{display:block;}.remark-slide-scaler{box-shadow:none;}}</style>
+<script src="https://remarkjs.com/downloads/remark-latest.min.js"></script>
+<script>var slideshow = remark.create({
+"slideNumberFormat": ""
+});
+if (window.HTMLWidgets) slideshow.on('afterShowSlide', function (slide) {
+ window.dispatchEvent(new Event('resize'));
+});
+(function(d) {
+ var s = d.createElement("style"), r = d.querySelector(".remark-slide-scaler");
+ if (!r) return;
+ s.type = "text/css"; s.innerHTML = "@page {size: " + r.style.width + " " + r.style.height +"; }";
+ d.head.appendChild(s);
+})(document);
+
+(function(d) {
+ var el = d.getElementsByClassName("remark-slides-area");
+ if (!el) return;
+ var slide, slides = slideshow.getSlides(), els = el[0].children;
+ for (var i = 1; i < slides.length; i++) {
+ slide = slides[i];
+ if (slide.properties.continued === "true" || slide.properties.count === "false") {
+ els[i - 1].className += ' has-continuation';
+ }
+ }
+ var s = d.createElement("style");
+ s.type = "text/css"; s.innerHTML = "@media print { .has-continuation { display: none; } }";
+ d.head.appendChild(s);
+})(document);
+// delete the temporary CSS (for displaying all slides initially) when the user
+// starts to view slides
+(function() {
+ var deleted = false;
+ slideshow.on('beforeShowSlide', function(slide) {
+ if (deleted) return;
+ var sheets = document.styleSheets, node;
+ for (var i = 0; i < sheets.length; i++) {
+ node = sheets[i].ownerNode;
+ if (node.dataset["target"] !== "print-only") continue;
+ node.parentNode.removeChild(node);
+ }
+ deleted = true;
+ });
+})();
+(function() {
+ "use strict"
+ /* Replace <script> tags in slides area to make them executable
+ *
+ * Runs after post-processing of markdown source into slides and replaces only
+ * <script>s on the last slide of continued slides using the .has-continuation
+ * class added by xaringan. Finally, any <script>s in the slides area that
+ * aren't executed are commented out.
+ */
+ var scripts = document.querySelectorAll(
+ '.remark-slides-area .remark-slide-container:not(.has-continuation) script'
+ );
+ if (!scripts.length) return;
+ for (var i = 0; i < scripts.length; i++) {
+ var s = document.createElement('script');
+ var code = document.createTextNode(scripts[i].textContent);
+ s.appendChild(code);
+ scripts[i].parentElement.replaceChild(s, scripts[i]);
+ }
+ var scriptsNotExecuted = document.querySelectorAll(
+ '.remark-slides-area .remark-slide-container.has-continuation script'
+ );
+ if (!scriptsNotExecuted.length) return;
+ for (var i = 0; i < scriptsNotExecuted.length; i++) {
+ var comment = document.createComment(scriptsNotExecuted[i].outerHTML)
+ scriptsNotExecuted[i].parentElement.replaceChild(comment, scriptsNotExecuted[i])
+ }
+})();
+(function() {
+ var links = document.getElementsByTagName('a');
+ for (var i = 0; i < links.length; i++) {
+ if (/^(https?:)?\/\//.test(links[i].getAttribute('href'))) {
+ links[i].target = '_blank';
+ }
+ }
+})();</script>
+
+<script>
+slideshow._releaseMath = function(el) {
+ var i, text, code, codes = el.getElementsByTagName('code');
+ for (i = 0; i < codes.length;) {
+ code = codes[i];
+ if (code.parentNode.tagName !== 'PRE' && code.childElementCount === 0) {
+ text = code.textContent;
+ if (/^\\\((.|\s)+\\\)$/.test(text) || /^\\\[(.|\s)+\\\]$/.test(text) ||
+ /^\$\$(.|\s)+\$\$$/.test(text) ||
+ /^\\begin\{([^}]+)\}(.|\s)+\\end\{[^}]+\}$/.test(text)) {
+ code.outerHTML = code.innerHTML; // remove <code></code>
+ continue;
+ }
+ }
+ i++;
+ }
+};
+slideshow._releaseMath(document);
+</script>
+<!-- dynamically load mathjax for compatibility with self-contained -->
+<script>
+(function () {
+ var script = document.createElement('script');
+ script.type = 'text/javascript';
+ script.src = 'https://mathjax.rstudio.com/latest/MathJax.js?config=TeX-MML-AM_CHTML';
+ if (location.protocol !== 'file:' && /^https?:/.test(script.src))
+ script.src = script.src.replace(/^https?:/, '');
+ document.getElementsByTagName('head')[0].appendChild(script);
+})();
+</script>
+ </body>
+</html>
diff --git a/docs/lectures/git/git.pdf b/docs/lectures/git/git.pdf
new file mode 100644
index 0000000000000000000000000000000000000000..fdf7a6607643404bb986084324ff2cfff0eeb34b
Binary files /dev/null and b/docs/lectures/git/git.pdf differ
diff --git a/docs/lectures/git/git_overview_local.png b/docs/lectures/git/git_overview_local.png
new file mode 100644
index 0000000000000000000000000000000000000000..edfceae6b734fe72c4438257a1fb9603d5414a2f
Binary files /dev/null and b/docs/lectures/git/git_overview_local.png differ
diff --git a/docs/lectures/images/IRD.png b/docs/lectures/images/IRD.png
new file mode 100644
index 0000000000000000000000000000000000000000..cd884e39b8e5e127020d93698a339bf31aab9e60
Binary files /dev/null and b/docs/lectures/images/IRD.png differ
diff --git a/docs/lectures/images/MIVEGEC.png b/docs/lectures/images/MIVEGEC.png
new file mode 100644
index 0000000000000000000000000000000000000000..becf516d2875fef051e034cc855b3a79fef42126
Binary files /dev/null and b/docs/lectures/images/MIVEGEC.png differ
diff --git a/docs/lectures/images/reproducibility-overview.png b/docs/lectures/images/reproducibility-overview.png
new file mode 100644
index 0000000000000000000000000000000000000000..a34aa0f41ae9af460c73a90c8a65e276e12968c7
Binary files /dev/null and b/docs/lectures/images/reproducibility-overview.png differ
diff --git a/docs/lectures/pptx/git_2023.pdf b/docs/lectures/pptx/git_2023.pdf
new file mode 100644
index 0000000000000000000000000000000000000000..e1dec20add190354dfca12eeecf5c7c79e816e46
Binary files /dev/null and b/docs/lectures/pptx/git_2023.pdf differ
diff --git a/docs/lectures/pptx/git_2023.pptx b/docs/lectures/pptx/git_2023.pptx
new file mode 100644
index 0000000000000000000000000000000000000000..988453064853f7292f9bec0fdf48341f11de46ba
Binary files /dev/null and b/docs/lectures/pptx/git_2023.pptx differ
diff --git a/docs/lectures/template.css b/docs/lectures/template.css
new file mode 100644
index 0000000000000000000000000000000000000000..ee9501b04b7db504fa15c24d657af287e38008f4
--- /dev/null
+++ b/docs/lectures/template.css
@@ -0,0 +1,125 @@
+/* CSS style general NBIS presentations using Xaringen and RMarkdown */
+
+/* Import Google font */
+@import url('https://fonts.googleapis.com/css?family=Open+Sans&display=swap');
+
+/* Fonts */
+body,p,h1,h2,h3,h4,h5,h6 {
+ font-family: 'Open Sans', sans-serif;
+ font-weight: 400;
+ font-size: 20px;
+ color: #333333;
+}
+
+/* Header 1 font size */
+h1 {
+ font-size: 1.7em !important;
+}
+
+/* Header 2 font size */
+h2 {
+ font-size: 1.2em !important;
+}
+
+/* Header 3 font size */
+h3 {
+ font-size: 0.9em !important;
+}
+
+/* Custom font sizes */
+.micro { font-size: 25% }
+.tiny { font-size: 50% }
+.small { font-size: 75% }
+.large { font-size: 125% }
+.huge { font-size: 150% }
+.Huge { font-size: 200% }
+.HUGE { font-size: 250% }
+
+.remark-code { font-size: 50% }
+
+/* Custom colours */
+.green { color: #85be42; font-weight: bold }
+.dark-green { color: #487a2d; font-weight: bold }
+.blue { color: #0099c2; font-weight: bold }
+.dark-blue { color: #015491; font-weight: bold }
+.light-grey { color: #999999 }
+.grey { color: #666666 }
+.dark-grey { color: #333333 }
+
+/* Set the maximum figure size to 100% of the slide */
+img, video, iframe {
+ max-width: 100%;
+ max-height: 100%;
+}
+
+table_rot {
+ color: black;
+ text-transform: uppercase;
+ @include transform(rotate(270deg))
+ @include transform-origin(0 0);
+}
+
+/* SciLifeLab logo in bottom left corner */
+div.ird-logo {
+ content: "";
+ background-image: url("images/IRD.png");
+ background-repeat: no-repeat;
+ background-size: contain;
+ position: absolute;
+ bottom: 0px;
+ left: 15px;
+ height: 70px;
+ width: 200px;
+}
+
+/* logo in bottom right corner */
+div.mivegec-logo {
+ content: "";
+ background-image: url("images/MIVEGEC.png");
+ background-repeat: no-repeat;
+ background-size: contain;
+ position: absolute;
+ bottom: 20px;
+ right: -70px;
+ height: 70px;
+ width: 200px;
+}
+
+
+/* Blockquotes */
+blockquote {
+ border-left: 5px solid #85be42;
+ background: #f9f9f9;
+ font-style: italic;
+ padding: 0.01em;
+ padding-left: 12px;
+ padding-right: 12px;
+ margin-left: 12px;
+ margin-right: 12px;
+ border-radius: 0 5px 5px 0;
+}
+
+/* Link colour */
+a {
+ color: #85be42;
+ text-decoration: none;
+}
+
+/* Underline links when hovering */
+a:hover {
+ text-decoration: underline;
+}
+
+/* Inline code color and border */
+.remark-inline-code {
+ background: #f2f2f2;
+ border-radius: 3px;
+ margin-right: 2px;
+ padding: 2px 3px 1px;
+ font-size: 80% !important;
+}
+
+.image-with-text {
+ display: inline-block;
+ vertical-align: middle;
+}
diff --git a/docs/pages/cheat_sheet/bash/Bash_cheat_sheet_level1.pdf b/docs/pages/cheat_sheet/bash/Bash_cheat_sheet_level1.pdf
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diff --git a/docs/pages/cheat_sheet/bash/Bash_cheat_sheet_level2.pdf b/docs/pages/cheat_sheet/bash/Bash_cheat_sheet_level2.pdf
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diff --git a/docs/pages/cheat_sheet/bash/Bash_cheat_sheet_level3.pdf b/docs/pages/cheat_sheet/bash/Bash_cheat_sheet_level3.pdf
new file mode 100644
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diff --git a/docs/pages/cheat_sheet/bash/bash.md b/docs/pages/cheat_sheet/bash/bash.md
new file mode 100644
index 0000000000000000000000000000000000000000..67c6a4160a5a6f15da6e0c8303a125f10e5c034d
--- /dev/null
+++ b/docs/pages/cheat_sheet/bash/bash.md
@@ -0,0 +1,8 @@
+# level 1 - Basic commands
+<iframe id="iframepdf" src="../Bash_cheat_sheet_level1.pdf" frameborder="0" width="640" height="480" allowfullscreen="true" mozallowfullscreen="true" webkitallowfullscreen="true"></iframe>
+</br>
+# level 2 - Advanced commands
+<iframe id="iframepdf" src="../Bash_cheat_sheet_level2.pdf" frameborder="0" width="640" height="480" allowfullscreen="true" mozallowfullscreen="true" webkitallowfullscreen="true"></iframe>
+</br>
+# level 3 - Programming
+<iframe id="iframepdf" src="../Bash_cheat_sheet_level3.pdf" frameborder="0" width="640" height="480" allowfullscreen="true" mozallowfullscreen="true" webkitallowfullscreen="true"></iframe>
\ No newline at end of file
diff --git a/docs/pages/cheat_sheet/git/git.md b/docs/pages/cheat_sheet/git/git.md
new file mode 100644
index 0000000000000000000000000000000000000000..524e679d7bfb3abd8ce9267fbf35ab0116623d5d
--- /dev/null
+++ b/docs/pages/cheat_sheet/git/git.md
@@ -0,0 +1,207 @@
+# The GIT version-control system
+
+Most of the documention find here is inspired or copied from the excellent ressources provided by the CodeRefinery project. CodeRefinery is a project within the [Nordic e-Infrastructure Collaboration](https://neic.no) (NeIC).
+
+### Basics
+
+| Command | Comment
+| --- | ---
+| git init | initialize new repository
+| git add | add files or stage file(s)
+| git commit | commit staged file(s)
+| git status | see what is going on
+| git log | see history
+| git log --oneline | to get a better log of your commits history
+| git diff | show unstaged/uncommitted modifications
+| git show | show the change for a specific commit
+| git mv | move tracked files
+| git rm | remove tracked files
+
+### Undoing things
+
+| Command | Comment |
+| --- | --- |
+| git revert f960dd3 | This creates a new commit that does the opposite of the reverted commit. The old commit remains in the history |
+| git commit --amend | Amend to the last commit. This can also be used to modify the last commit message. Note that this will change the commit hash. This command modifies the history. This means that we never use this command on commits that we have shared with others. |
+| git checkout \<filename\> | Undo unstaged/uncommitted changes. |
+
+### The staging area
+
+The staging area helps us to create well-defined commits.
+
+
+
+| Command | Comment
+| --- | ---
+| git diff | show unstaged/uncommitted modifications
+| git diff --staged | see **staged** changes
+| git reset | unstages staged changes
+| git checkout \<path\> | check out the latest staged version ( or committed version if file has not been staged )
+| git add -u | stage all modification
+
+
+### Aliases
+
+| Command | Comment
+| --- | ---
+git config --global alias.graph "log --all --graph --decorate --oneline" | the command "log --all --graph --decorate --oneline" can now be called using **git graph**
+
+### Branching and merging
+
+| Command | Comment
+| --- | ---
+| git branch | see where we are
+| git branch \<name\> | create branch \<name\>
+| git checkout \<name\> | switch to branch \<name\>
+| git merge \<name\> | merge branch \<name\> (to current branch)
+| git branch -d \<name\> | delete branch \<name\>
+| git branch -D \<name\> | delete unmerged branch
+| git checkout -b \<name\> | create branch \<name\> and switch to it
+| git reset --hard \<branch/hash\> | rewind current branch to \<branch/hash\> and throw away all later code changes
+| git reset --soft \<branch/hash\> | rewind current branch to \<branch/hash\> but keep all later code changes and stage them
+| git rebase \<branch/hash\> | cut current branch off and transplant it on top of \<branch/hash\>
+| git reflog | show me a log of past hashes I have visited
+| git checkout -b \<branch/hash\> | create a branch pointing to <bran
+
+ * Typical workflows
+
+With this there are two typical workflows:
+
+ $ git checkout -b new-feature # create branch, switch to it
+ $ git commit # work, work, work, ...
+ # test
+ # feature is ready
+ $ git checkout master # switch to master
+ $ git merge new-feature # merge work to master
+ $ git branch -d new-feature # remove branch
+
+Sometimes you have a wild idea which does not work. Or you want some throw-away branch for debugging:
+
+ $ git checkout -b wild-idea
+ # work, work, work, ...
+ # realize it was a bad idea
+ $ git checkout master
+ $ git branch -D wild-idea # it is gone, off to a new idea
+ # -D because we never merged back
+
+No problem: we worked on a branch, branch is deleted, master is clean.
+
+[**Rebase vs. merge**](https://coderefinery.github.io/git-branch-design/01-rebase/)
+[**Git rebase and commit squashing**](https://coderefinery.github.io/git-branch-design/03-squashing-exercise/)
+
+### Tagging
+
+| Command | Comment
+| --- | ---
+|Â git **tag** -a v1.0 -m "message" | To record particular states or milestones of a project at a given point in time, like for instance versions.
+|Â git push origin \<tagname\> | To push a tag to remote servers.
+|Â git push --delete origin \<tagname\> | To delete the remote tag.
+|Â git tag --delete \<tagname\> | To delete the local tag.
+
+### Conflict resolution
+
+See the link for manual resolution.
+
+| Command | Comment
+| --- | ---
+| git merge -s recursive -Xours branch-name | merge and in doubt take the changes from current branch
+| git merge -s recursive -Xtheirs branch-name | merge and in doubt take the changes from less-avocados branch
+| git merge --abort | Abort a conflicting merge
+
+### Interrupted work
+
+You are in a middle of a development and a colleague wants to fix/commit something right now. How to do ?
+ * Stashing
+ The stash is the first and easiest place to temporarily “stash†things. The stashes form a stack, so you can stash several batches of modifications.
+
+| Command | Comment
+| --- | ---
+| git stash | will put working directory and staging area changes away. Your code will be same as last commit.
+| git stash pop | will return to the state you were before. Can give it a list.
+| git stash list | will list the current stashes.
+|Â git stash save NAME | is like the first, but will give it a name. Useful if it might last a while.
+| git stash save [-p] [filename] | will stash certain files files and/or by patches.
+| git stash drop | will drop the most recent stash (or whichever stash you give).
+| git stash apply | reapply the work from the most recent stash
+| git stash apply stash@{2} | reapply the work from a specific stash
+
+ * Create branches
+
+ git checkout -b temporary # create a branch and switch to it
+ git add <paths> # stage changes
+ git commit # commit them
+ git checkout master # back to master
+ # do your work...
+ git checkout temporary # continue where you left off
+
+### Working with remotes
+
+| Command | Comment
+| --- | ---
+| git clone https://host.com/user/project.git project | cloning a repository
+| git push origin master | push the change to the upstream repository
+| git pull origin master | Pull updates from the upstream repository (It is equivalent to `git fetch origin` + `git merge origin/master`)
+| git pull --rebase origin master | alternative to avoid merge commits
+| git push origin -u branchName |Â Push your change as a new branch branchName
+| git push origin somefeature | push to the remote branch somefeature
+| git pull origin somefeature | pull to the remote branch somefeature
+| git push origin --delete somefeature | delete the remote branch somefeature
+
+
+### Git archaeology
+
+| Command | Comment
+| --- | --- |
+| git diff HEAD^^ HEAD \<filename\> | to see the difference for a file \<filename\> between now and two commits back
+| git diff 61a86561a1edb438963f5f22ec9e0773a0c4aacf HEAD \<filename\> | to see the difference for a file \<filename\> between now and a specific commit
+| git show e83c51633 | Inspecting commit e83c51633
+| git grep -i __term__ | Greps entire repository below current directory
+| git blame \<filename\> | Show what revision and author last modified each line of a file.
+| git log --oneline --grep "__term__" | grepping commit messages
+| git log -S '__term__' \<filename\> | Finding removed code (__term__) from file \<filename\>
+| git checkout -b \<name\> \<hash\> | Branch from arbitrary (earlier) hash. Recommended mechanism to inspect old code. remove the | branch once you found what you were looking for.
+| git shortlog --summary --numbered | To show all users and the number of commits
+
+
+ * bisect
+
+ $ git bisect start
+ $ git bisect good 89578ed # this is a commit that worked
+ $ git bisect bad HEAD # last commit is broken
+ # now compile and/or run
+ # after that decide whether
+ $ git bisect good
+ # or
+ $ git bisect bad
+ # now compile and/or run
+ # after that decide whether
+ $ git bisect good
+ # or
+ $ git bisect bad
+ # iterate until commit is found
+
+This can even be automatized with `git bisect run <script>`. For this you write a script that returns zero/non-zero (success/failure).
+
+### Cherry Picking
+
+**When?**
+Let’s say you are working in an project where you are making changes in a branch called `new-features`. You have already made a few commits but want to move just one of them into the master branch.
+
+**How?**
+ * Checkout the branch where you want to cherry pick the specific commits (`git checkout branchName`)
+ * Cherry pick from `new-features branch` (`git cherry-pick __commit-id__`)
+
+| Command | Comment
+| --- | ---
+| git cherry-pick __commit-hash__ | cherry pick the commit with hash __commit-hash__
+| git cherry-pick __commit-hash1__ __commit-hash2__ | cherry pick several commits
+| git cherry-pick --continue | When the cherry picking stoped by a conflicts and you have resolved it, then launch this command
+| git cherry-pick --abort | Cancel the operation and return to the pre-sequence state
+| git cherry-pick -m 1 \<hash\> | herry pick a merge instead of a commit
+
+**/!\\** Cherry picking is commonly discouraged in developer community. The main reason is because it creates a duplicate commit with the same changes and you lose the ability to track the history of the original commit. If you can merge, then you should use that instead of cherry picking. Use it with caution!
+
+
+### Extra
+
+[Git branch design lesson](https://coderefinery.github.io/git-branch-design/)
diff --git a/docs/pages/cheat_sheet/git/git_file_states.png b/docs/pages/cheat_sheet/git/git_file_states.png
new file mode 100644
index 0000000000000000000000000000000000000000..bbcad277288ae7c90df00203de563ea38aae6504
Binary files /dev/null and b/docs/pages/cheat_sheet/git/git_file_states.png differ
diff --git a/docs/pages/cheat_sheet/git/git_official.md b/docs/pages/cheat_sheet/git/git_official.md
new file mode 100644
index 0000000000000000000000000000000000000000..96a53edae174718f614c882408ee913dbb2e624a
--- /dev/null
+++ b/docs/pages/cheat_sheet/git/git_official.md
@@ -0,0 +1,3 @@
+# Git cheat-sheet official
+
+<iframe id="iframepdf" src="https://education.github.com/git-cheat-sheet-education.pdf" frameborder="0" width="640" height="480" allowfullscreen="true" mozallowfullscreen="true" webkitallowfullscreen="true"></iframe>
\ No newline at end of file
diff --git a/docs/pages/cheat_sheet/interesting_ressources.md b/docs/pages/cheat_sheet/interesting_ressources.md
new file mode 100644
index 0000000000000000000000000000000000000000..5ee8b7dbe280f2918d4fea40e7ccaa9a427d075a
--- /dev/null
+++ b/docs/pages/cheat_sheet/interesting_ressources.md
@@ -0,0 +1,11 @@
+List of interesting ressources:
+
+If you are interested in learning more about Git in general, here are some
+reading tips for you:
+
+* [A simple Git guide](http://rogerdudler.github.io/git-guide/)
+* [Resources to learn Git]( https://try.github.io/levels/1/challenges/1)
+* [Git reference manual](https://book.git-scm.com/docs)
+* [Git introduction by coderefinery](https://coderefinery.github.io/git-intro/)
+* [Visualize git command in a sandbox](http://git-school.github.io/visualizing-git/)
+* [Git introduction - IUT lyon](https://perso.liris.cnrs.fr/pierre-antoine.champin/enseignement/intro-git/)
diff --git a/docs/pages/course-information/code-of-conduct.md b/docs/pages/course-information/code-of-conduct.md
new file mode 100644
index 0000000000000000000000000000000000000000..3c18622ba3ce6f28238c86e23059527dc0ce37c8
--- /dev/null
+++ b/docs/pages/course-information/code-of-conduct.md
@@ -0,0 +1,31 @@
+# {{config.extra.institute}} Training Code of Conduct
+
+Training is one of the core values of {{config.extra.institute}}, and benefits from the contributions
+of the entire scientific community. We value the involvement of everyone in the
+community. We are committed to creating a friendly and respectful place for
+learning, teaching and contributing. All participants in our events and
+communications are expected to show respect and courtesy to others.
+
+To make clear what is expected, everyone participating in {{config.extra.institute}} courses
+is required to conform to the Code of Conduct. This Code of Conduct applies to
+all spaces managed by {{config.extra.institute}} including, but not limited to, courses, email lists,
+and online forums such as Studium, GitHub, Slack, Twitter and LinkedIn. Course
+organizers and teachers are expected to assist with the enforcement of the Code
+of Conduct.
+
+We are dedicated to providing a welcoming and supportive environment for all
+people, regardless of background or identity. By participating in this event,
+participants accept to abide by the {{config.extra.institute}} Code of Conduct and accept the
+procedures by which any Code of Conduct incidents are resolved. Any form of
+behaviour to exclude, intimidate, or cause discomfort is a violation of the
+Code of Conduct. In order to foster a positive and professional learning
+environment we encourage the following kinds of behaviours in all platforms and
+training events:
+
+ * Use welcoming and inclusive language
+ * Be respectful of different viewpoints and experiences
+ * Gracefully accept constructive criticism
+ * Focus on what is best to all those involved in this training event
+ * Show courtesy and respect towards everyone involved in this training event
+
+For an extended description please see the [ELIXIR Code of Conduct](https://elixir-europe.org/events/code-of-conduct).
diff --git a/docs/pages/course-information/location.md b/docs/pages/course-information/location.md
new file mode 100644
index 0000000000000000000000000000000000000000..91593e44cb89287d46177d178bfc1ed502ca3c44
--- /dev/null
+++ b/docs/pages/course-information/location.md
@@ -0,0 +1 @@
+This time the training will be held in room B03 at Agropolis International (in front of IRD DRO).
diff --git a/docs/pages/course-information/pre-course-setup.md b/docs/pages/course-information/pre-course-setup.md
new file mode 100644
index 0000000000000000000000000000000000000000..0855742850a53acb8e94eb8920f2ea6d7390b6f1
--- /dev/null
+++ b/docs/pages/course-information/pre-course-setup.md
@@ -0,0 +1,52 @@
+# Setup your work environment
+
+## Setup for Mac / Linux users
+
+You are lucky, using a UNIX based system as always been ideal for
+bioinformatics.
+Open a bash shell terminal and follow the [git installation instruction](#installing-git).
+
+## Setup for Windows users
+
+Using a Windows computer for bioinformatic work has sadly not been ideal most of
+the time, but large advanced in recent years have made this quite feasible
+through the Windows 10 *Linux subsystem*. This is the only setup for Windows
+users that we allow for participants of this course, as all the material has
+been created and tested to work on Unix-based systems.
+
+Using the Linux subsystem will give you access to a full command-line bash shell
+based on Linux on your Windows 10 PC. For the difference between the Linux Bash
+Shell and the PowerShell on Windows 10, see *e.g.* [this article](
+https://searchitoperations.techtarget.com/tip/On-Windows-PowerShell-vs-Bash-comparison-gets-interesting).
+
+Install Bash on Windows 10, follow the instructions at *e.g.* one of these
+resources:
+
+- [Installing the Windows Subsystem and the Linux Bash](https://docs.microsoft.com/en-us/windows/wsl/install-win10)
+- [Installing and using Linux Bash on Windows](https://www.howtogeek.com/249966/how-to-install-and-use-the-linux-bash-shell-on-windows-10/)
+- [Installing Linux Bash on Windows](https://itsfoss.com/install-bash-on-windows/)
+
+!!! note
+
+ If you run into error messages when trying to download files through the Linux
+ shell (_e.g._ `curl:(6) Could not resolve host`) then try adding the Google
+ nameserver to the internet configuration by running `sudo nano /etc/resolv.conf`
+ then add `nameserver 8.8.8.8` to the bottom of the file and save it.
+
+!!! tip
+
+ You can find the directory where the Linux distribution is storing all its
+ files by typing `explorer.exe .`. This will launch the Windows File Explorer
+ showing the current Linux directory.
+ Alternatively, you can find the Windows C drive from within the bash shell
+ Linux terminal by navigating to `/mnt/c/`.
+
+Open a bash shell Linux terminal and follow the (git installation instruction)[installing-git].
+
+# Installing Git
+
+Chances are that you already have git installed on your computer. You can check
+by running *e.g.* `git --version`. If you don't have git, install it following
+the instructions [here]( https://git-scm.com/book/en/v2/Getting-Started-Installing-Git).
+If you have a very old version of git you might want to update to a later version.
+
diff --git a/docs/pages/course-information/schedule.md b/docs/pages/course-information/schedule.md
new file mode 100644
index 0000000000000000000000000000000000000000..8bafe054944f3f8b0a51b9435804966b60288fb0
--- /dev/null
+++ b/docs/pages/course-information/schedule.md
@@ -0,0 +1,37 @@
+<h1> Day 1 </h1>
+<table class="table table-hover table-condensed" border=1; style="width:800px;">
+ <thead style="background-color:{{config.extra.color_table_header}}";>
+ <tr>
+ <td style="color:white; padding:5px; width:75px"> <font size="3"><b> Time </b> </td>
+ <td style="color:white; padding:5px; width:625px"> <font size="3"><b> Topic </b> </
+ </tr>
+ </thead>
+ <tr>
+ <td style="padding:5px"> <font size="3"> 15 min </td>
+ <td style="padding:5px"> <font size="3"> Setting up </td>
+ </tr>
+ <tr>
+ <td style="padding:5px"> <font size="3"> 1h 15 </td>
+ <td style="padding:5px"> <font size="3"> Distributing and version tracking your code
+ <font size="2"><i><br>
+ - Introduction to version control and Git <br>
+ - Practical tutorial: Git <br>
+ </td>
+ </tr>
+ <tr>
+ <td style="padding:5px"> <font size="3"> 15 min </td>
+ <td style="padding:5px"> <font size="3"> Break </td>
+ </tr>
+ <tr>
+ <td style="padding:5px"> <font size="3"> 1h 15 min </td>
+ <td style="padding:5px"> <font size="3"> ... continued: Git tutorial </td>
+ </tr>
+ <tr>
+ <td style="padding:5px"> <font size="3"> 15 min </td>
+ <td style="padding:5px"> <font size="3"> Wrap-up Git tutorial </td>
+ </tr>
+</table>
+
+
+
+The above schedule is approximate; variations may occur.
diff --git a/docs/pages/git/git-1-introduction.md b/docs/pages/git/git-1-introduction.md
new file mode 100644
index 0000000000000000000000000000000000000000..c1548d843faac86cefc5a9c15eb0b7157d0e9d4d
--- /dev/null
+++ b/docs/pages/git/git-1-introduction.md
@@ -0,0 +1,49 @@
+<iframe id="iframepdf" src="../../../lectures/pptx/git_2023.pdf" frameborder="0" width="640" height="480" allowfullscreen="true" mozallowfullscreen="true" webkitallowfullscreen="true"></iframe>
+
+Git is a widely used system (both in academia and industry) for version
+controlling files and collaborating on code. It is used to track changes in
+(text) files, thereby establishing a history of all edits made to each file,
+together with short messages about each change and information about who made
+it. Git is mainly run from the command line, but there are several tools that
+have implemented a graphical user interface to run Git commands.
+
+Using version control for tracking your files, and edits to those, is an
+essential step in making your computational research reproducible. A typical Git
+workflow consists of:
+
+* Making distinct and related edits to one or several files
+* Committing those changes (*i.e.* telling Git to add those edits to the
+ history, together with a message about what those changes involve)
+* Pushing the commit to a remote repository (*i.e.* syncing your local project
+ directory with one in the cloud)
+
+There are many benefits of using Git in your research project:
+
+* You are automatically forced into a more organized way of working, which is
+ usually a first step towards reproducibility.
+* If you have made some changes to a file and realize that those were probably
+ not a good idea after all, it is simple to view exactly what the changes were
+ and revert them.
+* If there is more than one person involved in the project, Git makes it easy
+ to collaborate by tracking all edits made by each person. It will also handle
+ any potential conflicting edits.
+* Using a cloud-based repository hosting service (the one you push your commits
+ to), like *e.g.* [GitHub](https://github.com/), [GitLab](https://gitlab.com/), or
+ [Bitbucket](https://bitbucket.org/), adds additional features, such as being
+ able to discuss the project, comment on edits, or report issues.
+* If at some point your project will be published, GitHub ,GitLab or Bitbucket (or
+ similar) are excellent places to publicly distribute your code. Other
+ researchers can then use Git to access the code needed for reproducing your
+ results, in exactly the state it was when used for the publication.
+* If needed, you can host private repositories on GitHub, GitLab and Bitbucket as well.
+ This may be convenient during an ongoing research project, before it is
+ publicly published.
+
+These tutorials will walk you through the basics of using Git as a tool for
+reproducible research. The things covered in these tutorials are what you will
+be using most of the time in your day-to-day work with Git, but Git has many
+more advanced features that might be of use to you.
+
+This tutorial depends on files from the course GitHub repo. Take a look at the
+[setup](../course-information/pre-course-setup) for instructions on how to set it up if you haven't
+done so already.
diff --git a/docs/pages/git/git-2-creating-repositories.md b/docs/pages/git/git-2-creating-repositories.md
new file mode 100644
index 0000000000000000000000000000000000000000..630b54a83295a51fa60867fae2d5d502aa832b76
--- /dev/null
+++ b/docs/pages/git/git-2-creating-repositories.md
@@ -0,0 +1,134 @@
+For this tutorial, go ahead and create a directory called `git_tutorial`
+and navigate into it.
+
+```bash
+mkdir git_working_area
+cd git_working_area
+```
+
+Now run this command:
+
+```bash
+git --version
+```
+
+You should get something like `git version 2.37.1 (Apple Git-137.1)`. That means
+git is well installed on your computer and you can go ahead.
+Then try the following command and see what happens:
+
+```bash
+git status
+```
+!!! tip
+ If you try to run `git status` in a non-Git directory, it will say
+ that it is *not a git repository*. The way this works is that Git
+ adds a hidden directory `.git/` in the root of a Git tracked
+ directory (run `ls -a` to see it). This hidden directory contains
+ all information and settings Git needs in order to run and version
+ track your files. This also means that your Git-tracked directory
+ is self-contained, *i.e.* you can simply delete it and everything that
+ has to do with Git in connection to that directory will be gone
+
+Let start by retrieving a git repository somewhere on internet:
+
+```bash
+git clone {{config.repo_url}}
+```
+
+The `git clone` command copies a remote git repository locally. No worries, we will review this concept later.
+You now have a local directory called `{{config.repo_name}} `, run `ls -l` to see it
+
+Move in it and run the `git status` command again, what do you see?
+
+```bash
+cd {{config.repo_name}}
+git status
+```
+
+The directory you are looking is a version-tracked directory. Indeed the
+`git status` command should return something like this:
+
+```no-highlight
+On branch main
+
+Your branch is up to date with 'origin/main'.
+
+nothing to commit, working tree clean
+```
+
+!!! note
+ git repository == version-tracked directory
+
+Let's now create our own git repository. First get out of the `{{config.repo_name}}`
+directory and go back to the `git_tutorial` one:
+
+```bash
+cd ..
+```
+
+!!! warning
+ From here you must be back to the `git_working_area` directory
+
+In order to create a new Git repository, we first need a directory to track.
+Let's create one and move inside:
+
+```bash
+mkdir git_tutorial
+cd git_tutorial
+```
+
+This directory is not yet a version-tracked directory, you can check it using
+again the `git status` command. Now we can *initialise*
+Git with the following command:
+
+```bash
+git init
+```
+
+The directory is now a version-tracked directory. How can you know? Run the
+command `git status`, which will probably return something like this:
+
+```no-highlight
+On branch main
+
+No commits yet
+
+nothing to commit (create/copy files and use "git add" to track)
+```
+
+The text `nothing to commit (create/copy files and use "git add" to track)`
+tells us that while we are inside a directory that Git is currently tracking,
+there are currently no files being tracked; let's add some!
+
+Copy the following files from the `{{config.repo_name}}` directory we get at
+the beginning of the excercice into your `git_tutorial` directory:
+
+```bash
+cp ../malbec-git/tutorials/git/Dockerfile .
+cp ../malbec-git/tutorials/git/Snakefile .
+cp ../malbec-git/tutorials/git/config.yml .
+cp ../malbec-git/tutorials/git/environment.yml .
+```
+
+Once you have done that, run `git status` again. It will tell you that there
+are files in the directory that are not version tracked by Git.
+
+!!! note
+ For the purpose of this tutorial, the exact contents of the files you just
+ copied are not important, but we provide a brief overview here:
+
+ - The `environment.yml` file contains the Conda environment with all the
+ software used for a defined analysis.
+ - The `Snakefile` and `config.yml` are both used to define a Snakemake
+ workflow.
+ - The `Dockerfile` contains the recipe for making a Docker container for
+ a defined analysis.
+
+!!! Success "Quick recap"
+ We have used two `git` commands this far:
+
+ - `git init` tells Git to track the current directory.
+ - `git status` is a command you should use *a lot*. It will tell you,
+ amongst other things, the status of the current directory (version-tracked or not),
+ the status of files contained in your reposiory (Tracked or not), of a Git clone
+ in relation to the online remote repository, etc.
diff --git a/docs/pages/git/git-3-committing-changes.md b/docs/pages/git/git-3-committing-changes.md
new file mode 100644
index 0000000000000000000000000000000000000000..0abbe811d8e054d356d1b48a3f9c213420dbacc4
--- /dev/null
+++ b/docs/pages/git/git-3-committing-changes.md
@@ -0,0 +1,195 @@
+We will now commit the untracked files. A commit is essentially a set of
+changes to a set of files. Preferably, the changes making out a commit should
+be related to something, *e.g.* a specific bug fix or a new feature.
+
+* Our first commit will be to add the copied files to the repository. Run the
+ following (as suggested by `git status`):
+
+```bash
+git add Dockerfile Snakefile
+```
+
+* Run `git status` again! See that we have added Dockerfile and Snakefile to
+ our upcoming commit (listed under "*Changes to be committed*"). This is
+ called the staging area, and the files there are staged to be committed.
+
+* We might as well commit all files in one go! Use `git add` on the remaining
+ files as well:
+
+```bash
+git add config.yml environment.yml
+```
+
+* Run `git status` and see that all files are in the staging area, and that no
+ files are listed as untracked.
+
+* We are now ready to commit! Run the following:
+
+```bash
+git commit -m "Add initial files"
+```
+
+The `-m` option adds a commit message. This should be a short description of
+what the commit contains.
+
+!!! tip "Good commit messages"
+ It exists git commands to see what changed between commits and how it changed.
+ A commit message should tell you **why** it changed and **provide context**.
+ Writing informative and succinct commit messages can be tricky when you're
+ just starting out. Here are some general guidelines that can help you write
+ good commit messages from the start:
+
+ * Separate subject from body with a blank line
+ * Limit the subject line to 50 characters
+ * Capitalize the subject line
+ * Do not end the subject line with a period
+ * Use the [imperative mood](https://en.wikipedia.org/wiki/Imperative_mood)
+ in the subject line
+ * Wrap the body at 72 characters
+ * Use the body to explain *what* and *why* vs. *how*
+
+ In the command above we just added a short subject line ("Add initial
+ files"). It is capitalized, less than 50 characters, does not end with
+ a period, and uses imperative mood (Add!). It is possible to add
+ a descriptive body text as well, as hinted by the points above. This is
+ easiest done in a text editor. If you run `git commit` without the `-m`
+ flag, Git will open the default terminal text editor (which can be
+ configured with the `core.editor` variable) where you can write a longer
+ commit message and body. If you want to read more about the motivation for
+ these points, please see [this website](https://chris.beams.io/posts/git-commit/).
+
+* Run `git status` again. It should tell you *"nothing to commit, working
+ directory clean"*.
+
+What have we done, so far? We had some files in our working directory that we
+added to the Git staging area, which we subsequently committed to our Git
+repository. A schematic overview of this process can be seen in the following
+figure:
+
+{ width=600px }
+
+Let's repeat this process by editing a file!
+
+* Open up `environment.yml` in your favorite editor, and change the version of
+ bowtie2 to a different value, *e.g.* `bowtie2=2.2.4`.
+
+* Run `git status`. It will tell you that there are modifications in one file
+ (`environment.yml`) compared to the previous commit. This is nice! We don't
+ have to keep track of which files we have edited, Git will do that for us.
+
+* Run `git diff environment.yml`. This will show you the changes made to the
+ file. A `-` means a deleted line, a `+` means an added line. There are also
+ shown a few lines before and after the changes, to put them in context.
+
+* Let's edit another file! Open `config.yml` and change the line `genome_id:
+ NCTC8325` to `genome_id: ST398`. Run `git status`. Run `git diff`. If we
+ don't specify a file, it will show all changes made in any file, compared to
+ the previous commit. Do you see your changes?
+
+* Ok, we made our changes. Let's commit them! Run:
+
+```bash
+git add config.yml environment.yml
+```
+
+This will add both our files to the staging area at the same time. Run `git
+status` and see that the changes in both `config.yml` and `environment.yml` are
+ready to be committed.
+
+But wait a minute! Shouldn't each commit optimally be a conceptual unit of
+change? Here we have one change to the genome ID used for an analysis and one
+change where another software version is specified: these should probably be
+separate. We thus want to make two commits, one for each change.
+
+* Let's remove `environment.yml` from the staging area. `git status` tells us
+ how to do this: *"(use "git reset HEAD <file>..." to unstage)"*. So run:
+
+```bash
+git reset HEAD environment.yml
+```
+
+!!! Note
+ Maybe you didn't see the same message as indicated above? Is Git telling you
+ to use a `git restore` instead? This is another one of Git's newer and
+ experimental commands, which aims to remove some confusion about what
+ commands do what (as many have multiple functions). While we have opted to
+ stick with the old and stable commands until the new commands are no longer
+ considered experimental, you are very welcome to use `git restore` instead
+ of `git reset` to unstage the file above!
+
+* Run `git status` again. See that now only `config.yml` is staged for being
+ committed, whereas the changes in `environment.yml` are tracked by Git, but
+ not ready to be committed.
+
+* Commit the changes in `config.yml`:
+
+```bash
+git commit -m "Change to ST398 for alignment"
+```
+
+* Add and commit the changes in `environment.yml`:
+
+```bash
+git status
+git add environment.yml
+git status
+git commit -m "Change bowtie2 version"
+git status
+```
+
+You don't have to run `git status` between each command, but it can be useful
+in the beginning while learning what each command does.
+
+As you can see, each commit is a point in history. The more often you commit,
+and the more specific you keep your commits, the better (more fine-grained)
+history and version tracking you will have of your files.
+
+* We can also try to delete a file:
+
+```bash
+rm Dockerfile
+```
+
+* Run `git status`. As you can see, Git tells us that the file is deleted, but
+ that the deletion is not committed. In the same way as we commit edits to
+ files, we need to commit a deletion of a file:
+
+```bash
+git add Dockerfile
+git status
+git commit -m "Remove Dockerfile"
+git status
+```
+
+Here we used `rm Dockerfile` to delete the file and `git add Dockerfile` to
+stage the deletion. You can also use `git rm Dockerfile` to do both these
+operations in one step.
+
+* To see a history of our changes so far, run:
+
+```bash
+git log
+git log --oneline
+```
+
+What difference do you see between the two commands?
+
+!!! Tip
+ Since Git keeps track of changes in text, *e.g.* code and text-based
+ documentation, there are some files which you should *not* commit. Examples
+ of such files are file formats that are not text-based, *e.g.* Microsoft
+ Word/Excel files or PDFs - although one might sometimes want to track one of
+ these files regardless, such as when you have a static PDF report you
+ received from a sequencing platform that's never going to change. Other
+ files you shouldn't track are vary large text files, *e.g.* those larger
+ than 50 MB.
+
+!!! Success "Quick recap"
+ We added four important Git commands to our repertoire:
+
+ * `git add` adds a file to the staging area
+ * `git commit` commits the changes we have staged
+ * `git reset HEAD <file>` remove a file from the staging area
+ * `git rm` is shorthand for `rm <file>; git add <file>`
+ * `git log` shows us the commit history
+ * `git log --oneline` overview of the log, one line by commit
diff --git a/docs/pages/git/git-4-ignoring-files.md b/docs/pages/git/git-4-ignoring-files.md
new file mode 100644
index 0000000000000000000000000000000000000000..02a6353c0e816850c2bd382a9910e06f03874cdb
--- /dev/null
+++ b/docs/pages/git/git-4-ignoring-files.md
@@ -0,0 +1,96 @@
+Git is aware of all files within the repository. However, it is not uncommon to
+have files that we don't want Git to track. For instance, our analysis might
+produce several intermediate files and results. We typically don't track such
+files. Rather, we want to track the actual code and other related files (*e.g.*
+configuration files) that produce the intermediate and result files, given the
+raw input data.
+
+* Let's make some mock-up intermediate and result files. These are some of the
+ files that would have been generated by the Snakemake workflow if it was run.
+
+```bash
+mkdir intermediate
+mkdir results
+touch intermediate/multiqc_general_stats.txt
+touch results/supplementary.pdf
+touch log.tmp
+```
+
+* Run `git status`. You will see that Git tells you that you have untracked
+ files. However, we don't want Git to track these files anyway. To tell Git
+ what files to ignore we use a file called `.gitignore`. Let's create it:
+
+```bash
+touch .gitignore
+```
+
+* Open the `.gitignore` file in a text editor and add the following lines to it:
+
+```
+# Ignore these directories:
+results/
+intermediate/
+
+# Ignore temporary files:
+*.tmp
+```
+
+* Run `git status` again. Now there is no mention of the `results` and
+ `intermediate` directories or the `log.tmp` file. Notice that we can use
+ wildcards (\*) to ignore files with a given pattern, *e.g.* a specific
+ file extension.
+
+* Sometimes you want to ignore all files in a directory with one or two
+ exceptions. For example, you don't want to track all your huge raw data files,
+ but there may be a smaller data file that you *do* want to track, *e.g.*
+ metadata or a list of barcodes used in your experiment. Let's add some mock
+ data:
+
+```bash
+mkdir data
+touch data/huge.fastq.gz
+touch data/metadata.txt
+```
+
+* Git allows you to ignore all files using the aforementioned wildcard, but
+ then *exclude* certain files from that ignore command. Open the `.gitignore`
+ file again and add the following:
+
+```bash
+# Ignore all files in the data/ directory
+data/*
+
+# Exclude the metadata file by prefixing it with an exclamation mark
+!data/metadata.txt
+```
+
+* Finish up by adding the `.gitignore` and `data/metadata.txt` files to the
+ staging area and committing them:
+
+```bash
+git add .gitignore
+git commit -m "Add .gitignore file"
+git add data/metadata.txt
+git commit -m "Add metadata file"
+```
+
+!!! Tip
+ It is common for certain programming languages or text editors to leave
+ *e.g.* swap files or hidden data files in the working directory, which you
+ don't want to track using Git. Instead of manually adding these to every
+ single project you have, you can use the `.gitignore_global` file, which
+ should be placed in your home directory. It works exactly like a normal
+ gitignore file, but is applied to all Git repositories that you are using
+ on your machine. Some common file extensions that might be put in the
+ global gitignore are `.DS_Store` if you're working in R or `.swp` if you're
+ coding in vim.
+ To configure git to use the `.gitignore_global` file you can run
+ `git config --global core.excludesfile ~/.gitignore_global`.
+
+!!! Success "Quick recap"
+ We now learned how to ignore certain files and directories:
+
+ - The `.gitignore` file controls which files and directories Git should
+ ignore, if any.
+ - Specific files can be excluded from ignored directories using the
+ exclamation mark (`!`) prefix.
diff --git a/docs/pages/git/git-5-branches.md b/docs/pages/git/git-5-branches.md
new file mode 100644
index 0000000000000000000000000000000000000000..51e7879b25258f2d0af10f3d9dbe1e93c2107319
--- /dev/null
+++ b/docs/pages/git/git-5-branches.md
@@ -0,0 +1,143 @@
+One of the most useful features of Git is called *branching*. Branching allows
+you to diverge from the main line of work and edit or update your code and
+files (*e.g.* to test out a new analysis or some experimental feature) without
+affecting your main work. If the work you did in the branch turns out to be
+useful you can merge that back into your `main` branch. On the other hand, if
+the work didn't turn out as planned, you can simply delete the branch and
+continue where you left off in your main line of work. Another use case for
+branching is when you are working in a project with multiple people. Branching
+can be a way of compartmentalizing your team's work on different parts of the
+project and enables merging back into the `main` branch in a controlled
+fashion; we will learn more about this in the section about working remotely.
+
+* Let's start trying out branching! We can see the current branch by running:
+
+```bash
+git branch
+```
+
+This tells us that there is only the `main` branch at the moment.
+
+!!! Note "Main and Master"
+ If your branch is called `master` instead of `main` that's perfectly fine as
+ well, but do check out the Git section of the [pre-course setup](../course-information/pre-course-setup.md)
+ for more details about the choice of default branch names.
+
+* Let's make a new branch:
+
+```bash
+git branch test_alignment
+```
+
+* Run `git branch` again to see the available branches. Do you note which one
+ is selected as the active branch?
+
+* Let's move to our newly created branch using the `checkout` command:
+
+```bash
+git checkout test_alignment
+```
+
+!!! Tip
+ You can create and checkout a new branch in one line with `git checkout -b
+ branch_name`.
+
+Let's add some changes to our new branch! We'll use this to try out a different
+set of parameters on the sequence alignment step of the case study project.
+
+* Edit the `Snakefile` so that the shell command of the `align_to_genome` rule
+ looks like this (add the `--very-sensitive-local` option):
+
+```bash
+bowtie2 --very-sensitive-local -x $indexBase -U {input.fastq} > {output} 2> {log}
+```
+
+* Add and commit the change!
+
+* To get a visual view of your branches and commits you can use the command:
+
+```bash
+git log --graph --all --oneline
+```
+
+It is often useful to see what differences exist between branches.
+You can use the `diff` command for this:
+
+```bash
+git diff main
+```
+
+This shows the difference between the active branch (`test_alignment`) and
+`main` on a line-per-line basis. Do you see which lines have changed between
+`test_alignment` and `main` branches?
+
+!!! Tip
+ We can also add the `--color-words` flag to `git diff`, which instead
+ displays the difference on a word-per-word basis rather than line-per-line.
+
+!!! Note
+ Git is constantly evolving, along with some of its commands. While the
+ `checkout` command is quite versatile (it's used for more than just switching
+ branches), this versatility can sometimes be confusing. The Git team thus
+ added a new command, `git switch`, that can be used instead. This command is
+ still experimental, however, so we have opted to stick with `checkout` for
+ the course - for now.
+
+Now, let's assume that we have tested our code and the alignment analysis is run
+successfully with our new parameters. We thus want to merge our work into the
+`main` branch. It is good to start with checking the differences between
+branches (as we just did) so that we know what we will merge.
+
+* Checkout the branch you want to merge into, *i.e.* `main`:
+
+```bash
+git checkout main
+```
+
+* To merge, run the following code:
+
+```bash
+git merge test_alignment
+```
+
+Run `git log --graph --all --oneline` again to see how the merge commit brings
+back the changes made in `test_alignment` to `main`.
+
+!!! Tip
+ If working on different features or parts of an analysis on different
+ branches, and at the same time maintaining a working `main` branch for the
+ stable code, it is convenient to periodically merge the changes made to
+ `main` into relevant branches (*i.e.* the opposite to what we did above).
+ That way, you keep your experimental branches up-to-date with the newest
+ changes and make them easier to merge into `main` when time comes.
+
+* If we do not want to do more work in `test_alignment` we can delete that
+ branch:
+
+```bash
+git branch -d test_alignment
+```
+
+* Run `git log --graph --all --oneline` again. Note that the commits and
+ the graph history are still there? A branch is simply a pointer to a
+ specific commit, and that pointer has been removed.
+
+!!! Tip
+ There are many types of so-called "branching models", each with varying
+ degrees of complexity depending on the developer's needs and the number of
+ collaborators. While there certainly isn't a single branching model that
+ can be considered to be the "best", it is very often most useful to keep it
+ simple. An example of a simple and functional model is to have a `main`
+ branch that is always working (*i.e.* can successfully run all your code
+ and without known bugs) and develop new code on feature branches (one new
+ feature per branch). Feature branches are short-lived, meaning that they
+ are deleted once they are merged into `main`.
+
+!!! Success "Quick recap"
+ We have now learned how to divide our work into branches and how to manage
+ them:
+
+ - `git branch <branch>` creates a new branch.
+ - `git checkout <branch>` moves the repository to the state in which the
+ specified branch is currently in.
+ - `git merge <branch>` merges the specified branch into the current one.
diff --git a/docs/pages/git/git-6-tags.md b/docs/pages/git/git-6-tags.md
new file mode 100644
index 0000000000000000000000000000000000000000..62b51a06925479fd03d3369887de7fd94758682b
--- /dev/null
+++ b/docs/pages/git/git-6-tags.md
@@ -0,0 +1,80 @@
+Git allows us to *tag* commits, *i.e.* give names to specific points in the
+history of our project. This can be particularly important for reproducible
+research, but also for development projects that want to highlight specific
+versions of a software. A tag can be, for example, the version of the repository
+that was used for the manuscript submission, the version used during
+resubmission, and, most importantly, the version used for the final publication.
+The first two examples are mainly useful internally, but the latter is essential
+for other researchers to be able to rerun your published analysis.
+
+* Let's assume that the status of the repository as it is now is ready for
+ a submission to a journal. It may for example contain the scripts that were
+ used to generate the manuscript figures. Let's add a tag:
+
+```bash
+git tag "submission1"
+```
+
+* We can now list all the tags available in the current repository:
+
+```bash
+git tag
+```
+
+!!! Tip
+ You can use the flag `-a` or `--annotate` to give more detailed information
+ about a specific tag, similar to a commit message. This can be quite useful
+ when there are many changes that happened, in that it allows you to
+ summarise them. You can, for example, do `git tag -a submission1 -m
+ "Annotation for tag submission1"` to write the annotation along with the
+ command (similar to the `-m` flag for committing) or just `git tag -a
+ submission1` to write the annotation with your default editor. To list all
+ your tags along with their annotations you can use *e.g.* `git tag -n10`
+ (which will list the first 10 lines of each tag's annotation).
+
+* Let's assume we now got comments from the reviewers, and by fixing
+ those we had to update our code. Open `config.yml` and change the line
+ `max_reads: 25000` to `max_reads: 50000`. Commit and tag the changes:
+
+```bash
+git add config.yml
+git commit -m "Increase number of reads"
+git tag "revision1"
+```
+
+* Now let's say that the reviewers were happy and the manuscript was
+ accepted for publication. Let's immediately add a tag:
+
+```bash
+git tag "publication"
+```
+
+* A good thing about using tags is that you can easily switch between versions
+ of your code. Let's move to the first submission version:
+
+```bash
+git checkout submission1
+```
+
+* Open `config.yml` and note that the `max_reads` variable is `25000`! To go
+ back to the latest version, run:
+
+```bash
+git checkout main
+```
+
+* Open `config.yml` and see that the value is now `50000`.
+
+!!! Tip
+ You can also see the difference between tags in the same way as for
+ branches and commits using *e.g.* `git diff <tag1> <tag2>`.
+
+At this point could run `git log --oneline --decorate` to get a condensed
+commit history, where you should also be able to see the tagged commits.
+
+!!! Success "Quick recap"
+ We have now learned how to tag important commits:
+
+ - `git tag` adds a tag to a commit.
+ - `git checkout` moves between tags in a similar fashion as between
+ branches.
diff --git a/docs/pages/git/git-7-working-remotely.md b/docs/pages/git/git-7-working-remotely.md
new file mode 100644
index 0000000000000000000000000000000000000000..6a2d5ab85c9314afbb1a0a02b7d2734bfa1ca047
--- /dev/null
+++ b/docs/pages/git/git-7-working-remotely.md
@@ -0,0 +1,378 @@
+So far we've only been working on files present on our own computer, *i.e.*
+locally. While Git is an amazing tool for reproducibility even if you're
+working alone, it really starts to shine in collaborative work. This entails
+working with *remote* repositories, *i.e.* repositories that are stored
+somewhere online; some of the most common places to store your repositories are
+[GitHub](https://github.com), [BitBucket](https://bitbucket.org) and
+[GitLab](https://about.gitlab.com/). GitHub is the most popular of these, and is
+what we'll be using for this tutorial.
+
+An important thing to keep in mind here is the difference between *Git* (the
+version control system) and online hosting of *Git repositories* (such as
+GitHub): the former is the core of keeping track of your code's history, while
+the latter is how to store and share that history with others.
+
+## GitHub setup
+
+If you have not done so already, go to [github.com](https://github.com/join)
+and create an account. You can also create an account on another online hosting
+service for version control, *e.g.* [Bitbucket](https://bitbucket.org) or
+[GitLab](https://about.gitlab.com/). The exercises below are written with
+examples from GitHub (as that is the most popular platform with the most
+extensive features), but the same thing can be done on alternative services,
+although the exact menu structure and link placements differ a bit.
+
+Any upload to and from GitHub requires you to authenticate yourself. GitHub
+used to allow authentication with your account and password, but this is no
+longer the case - using SSH keys is favoured instead. Knowing exactly what these
+are is not necessary to get them working, but we encourage you to read the box
+below to learn more about them! GitHub has excellent, platform-specific
+instructions both on how to [generate](https://docs.github.com/en/authentication/connecting-to-github-with-ssh/generating-a-new-ssh-key-and-adding-it-to-the-ssh-agent)
+and [add](https://docs.github.com/en/authentication/connecting-to-github-with-ssh/adding-a-new-ssh-key-to-your-github-account)
+SSH keys to your account, so please use them before moving on!
+
+!!! quote "SSH keys and authentication"
+ Using SSH (Secure Shell) for authentication basically entails setting up a
+ pair of keys: one private and one public. You keep the private key on your
+ local computer and give the public key to anywhere you want to be able to
+ connect to, *e.g.* GitHub. The public key can be used to encrypt messages that
+ *only* the corresponding private key can decrypt. A simplified description of
+ how SSH authentication works goes like this:
+
+ 1. The client (*i.e.* the local computer) sends the ID of the SSH key pair it
+ would like to use for authentication to the server (*e.g.* GitHub)
+ 2. If that ID is found, the server generates a random number and encrypts this
+ with the public key and sends it back to the client
+ 3. The client decrypts the random number with the private key and sends it
+ back to the server
+
+ Notice that the private key always remains on the client's side and is never
+ transferred over the connection; the ability to decrypt messages encrypted
+ with the public key is enough to ascertain the client's authenticity. This is
+ in contrast with using passwords, which are themselves sent across a
+ connection (albeit encrypted). It is also important to note that even though
+ the keys come in pairs it is impossible to derive the private key from the
+ public key. If you want to read more details about how SSH authentication work
+ you can check out [this website](https://www.digitalocean.com/community/tutorials/understanding-the-ssh-encryption-and-connection-process),
+ which has more in-depth information than we provide here.
+
+## Create a remote repository
+
+Log in to your GitHub account and press the *New* button:
+
+* Make sure you are listed as the owner
+* Add a repository name, *e.g.* `git_tutorial`
+* You can keep the repo private or make it public, as you wish
+* Skip including a README, a `.gitignore` and license
+
+!!! note
+ When creating a new repository the best practices is to directly set the README,
+ the `.gitignore` and the licence. In our case we must not because we already have initiated a
+ repository locally that we want to push remotly. If we put anything
+ in the remote repository before linking it to the local one, a new tracking history will
+ be created in the remote and it will be divergent compared to the local tracking history.
+ You will end up with a `fatal: refusing to merge unrelated histories` error.
+
+> { width=600px }
+
+You will now be redirected to the repository page which will list several ways
+for you to start adding content (files) to the repository. What we will do is to
+connect the local repository we've been working on so far to the remote GitHub
+server using SSH:
+
+* Add a remote SSH address to your local repository (make sure you change
+ `user` to your GitHub username and `git_tutorial` to your repository name):
+
+```bash
+git remote add origin git@github.com:user/git_tutorial.git
+```
+
+* Run `git remote -v`. This will show you what remote location is connected to
+ your local Git clone. The short name of the default remote is usually
+ "*origin*" by convention.
+
+!!! Note
+ Make sure you've used an SSH address (*i.e.* starting with `git@github.com`
+ rather than an HTTPS address (starting with `https://github.com`)!
+
+* We have not yet synced the local and remote repositories, though, we've simply
+ connected them. Let's sync them now:
+
+```bash
+git push origin main
+```
+
+The `push` command sends our local history of the `main` branch to the same
+branch on the remote (`origin`). Our Git repository is now stored on GitHub!
+
+* Run `git status`. This should tell you that:
+
+```bash
+On branch main
+nothing to commit, working tree clean
+```
+
+You always need to specify `git push origin main` by default, but you can
+circumvent this by telling Git that you always want to push to
+`origin/main` when you're on your local `main` branch. To do this, use
+the command `git branch --set-upstream-to origin/main`. **Try it out now**.
+
+* Now run `git-status` again. You should see that now git additionally tells you
+that your local branch is up to date with the remote branch.
+
+If you go to the repository's GitHub page you should now be able to see all your
+files and your code there! It should look something like this:
+
+> { width=600px }
+
+You can see a lot of things there, such as each file and the latest commit that
+changed them, the repository's branches and a message from GitHub at the bottom:
+*"Help people interested in this repository understand your project by adding
+a README."* This refers to GitHub's built-in functionality of automatically
+rendering any *markdown* document named `README` or `README.md` in the
+repository's root directory and displaying it along with what you can already
+see. Let's try it out!
+
+* Let's create a `README.md` file and fill it with the following text:
+
+```markdown
+# A Git tutorial
+
+This repository contains tutorial information related to the **NBIS/ELIXIR** course
+*Tools for Reproducible Research*, specifically the session on using the `git`
+software for version control.
+
+## Links
+
+You can find the latest stable version of the Git tutorial for the course
+[here](https://uppsala.instructure.com/courses/73110/pages/git-1-introduction?module_item_id=367079).
+```
+
+* Add, commit and push these changes to GitHub.
+
+```bash
+git add README.md
+git commit -m "Add README.md"
+git push origin main
+```
+
+You should now be able to see the rendered markdown document, which looks a bit
+different from the text you copied in from above. Note that there are two
+different header levels, which come from the number of hash signs (`#`) used.
+You can also see bold text (which was surrounded by two asterisks), italic
+text (surrounded by one asterisk), in-line code (surrounded by acute accents)
+and a link (link text inside square brackets followed by link address inside
+parentheses).
+
+It is important to add README-files to your repositories so that they are better
+documented and more easily understood by others and, more likely, your future self.
+In fact, documentation is an important part of reproducible research! While the
+tools that you are introduced to by this course are all directly related to
+making science reproducible, you will *also* need good documentation. Make it
+a habit of always adding README-files for your repositories, fully explaining
+the ideas and rationale behind the project. You can even add README-files to
+sub-directories as well, giving you the opportunity to go more in-depth where
+you so desire.
+
+!!! Tip
+ There are a lot more things you can do with markdown than what we show here.
+ Indeed, this entire course is mostly written in markdown! You can read
+ more about markdown [here](https://www.markdownguide.org/getting-started/).
+
+!!! Success "Quick recap"
+ We learned how to connect local Git repositories to remote locations such as
+ GitHub and how to upload commits using `git push`. We also learned the
+ basics of *markdown* and how it can be used to document Git repositories.
+
+## Browsing GitHub
+
+GitHub and the rest of the websites that offer remote hosting of git
+repositories all have numerous features, which can be somewhat difficult to
+navigate in the beginning. We here go through some of the basics of what you can
+do with GitHub.
+
+* Go to your GitHub repository in your browser again and click on *Code* to the
+ left. Click on `config.yml`. You will see the contents of the file. Notice
+ that it is the latest version, where we previously changed the `genome_id`
+ variable:
+
+> { width=600px }
+
+* Click on *History*. You will see an overview of the commits involving changes
+ made to this file:
+
+> { width=600px }
+
+* Click on the `Change to ST398 for alignment` commit. You will see the changes
+ made to `config.yml` file compared to the previous commit.
+
+> { width=600px }
+
+* Go back to the repository's main page and click on the commit tracker on the
+ right above the list of files, which will give you an overview of all commits
+ made. Clicking on a specific commit lets you see the changes introduced by
+ that commit. Click on the commit that was the initial commit, where we added
+ all the files.
+
+> { width=600px }
+
+You will now see the files as they were when we first added them. Specifically
+you can see that the `Dockerfile` is back, even though we deleted it! Click on
+the *Code* tab to the left to return to the overview of the latest repository
+version.
+
+!!! Success "Quick recap"
+ We learned some of the most important features of the GitHub interface and
+ how repositories can be viewed online.
+
+## Working with remote repositories
+
+While remote repositories are extremely useful as backups and for collaborating
+with others, that's not their only use: remotes also help when you are working
+from different computers, a computer cluster or a cloud service.
+
+* Let's pretend that you want to work on this repository from a different
+ computer. First, create a different directory (*e.g.* `git_remote_tutorial`)
+ in a separate location that is not already tracked by Git and `cd` into it.
+ Now we can download the repository we just uploaded using the following:
+
+```bash
+git clone git@github.com:user/git_tutorial.git .
+```
+
+Again, make sure to replace `user` with your GitHub user name.
+
+Notice the dot at the end of the command above, which will put the clone into
+the current directory, instead of creating a new directory with the same name as
+the remote repository. You will see that all your files are here, identical to
+the original `git_tutorial` repository!
+
+* Since you already gave the address to Git when you cloned the repository, you
+ don't have to add it manually as before. Verify this with `git remote -v`.
+
+* Let's say that we now want to change the `multiqc` software to an earlier
+ version: open the `environment.yml` file in the second local repo and change
+ `multiqc=1.12` to `multiqc=1.7`; add and commit the change.
+
+* We can now use `push` again to sync our remote repository with the new local
+ changes. Refresh your web page again and see that the changes have taken
+ effect.
+
+Since we have now updated the remote repository with code that came from the
+second local repository, the first local repository is now outdated. We thus
+need to update the first local repo with the new changes. This can be done with
+the `pull` command.
+
+* `cd` back into the first local repository (*e.g.* `git_tutorial`) and run the
+ `git pull` command. This will download the newest changes from the remote
+ repository and merge them locally automatically.
+
+* Check that everything is up-to-date with `git status`.
+
+Another command is `git fetch`, which will download remote changes *without*
+merging them. This can be useful when you want to see if there are any remote
+changes that you *may* want to merge, without actually doing it, such as in
+a collaborative setting. In fact, `git pull` in its default mode is just
+a shorthand for `git fetch` followed by `git merge FETCH_HEAD` (where
+`FETCH_HEAD` points to the tip of the branch that was just fetched).
+
+That's quite a few concepts and commands you've just learnt! It can be a bit
+hard to keep track of everything and the connections between local and remote
+Git repositories and how you work with them, but hopefully the following figure
+will give you a short visual summary:
+
+{ width=600px }
+
+!!! Success "Quick recap"
+ We have learned the difference between local and remote copies of git
+ repositories and how to sync them:
+
+ - `git push` uploads commits to a remote repository
+ - `git pull` downloads commits from a remote repository and merges them
+ to the local branch
+ - `git fetch` downloads commits from a remote repository without merging
+ them to the local branch
+ - `git clone` makes a local copy of a remote repository
+
+## Remote branches
+
+Remote branches work much in the same way a local branches, but you have to
+push them separately; you might have noticed that GitHub only listed our
+repository as having one branch (you can see this by going to the *Code* tab).
+This is because we only pushed our `main` branch to the remote. Let's create
+a new local branch and add some changes that we'll push as a separate branch to
+our remote - you should do this in the original `git_tutorial` repository, so
+move back into that directory.
+
+* Create a new branch named `trimming` and add the `--trim5 5` flag to the
+ bowtie2-command part of the `Snakefile`, which should now look like this:
+
+```bash
+bowtie2 --trim5 5 --very-sensitive-local -x $indexBase -U {input.fastq} > {output} 2> {log}
+```
+
+* Add and commit the change to your local repository.
+
+* Instead of doing what we previously did, *i.e.* merge the `trimming` branch
+ into the `main` branch, we'll push `trimming` straight to our remote:
+
+```bash
+git push origin trimming
+```
+
+* Go the repository at GitHub and see if the new branch has appeared. Just above
+ the file listing click the *Branch* drop-down and select the new branch to
+ view it. Can you see the difference in the `Snakefile` depending on which
+ branch you choose?
+
+We now have two branches both locally and remotely: `main` and `trimming`. We
+can continue working on our `trimming` branch until we're satisfied (all the
+while pushing to the remote branch with the same name), at which point we want
+to merge it into `main`.
+
+* Checkout your local `main` branch and merge it with the `trimming` branch.
+
+* Push your `main` branch to your remote and subsequently delete your local
+ `trimming` branch.
+
+The above command only deleted the local branch. If you want to remove the
+branch from the remote repository as well, run:
+
+```bash
+git push origin --delete trimming
+```
+
+!!! Success "Quick recap"
+ We learned how to push local branches to a remote with `git push origin
+ <branch>` and how to delete remote branches with `git push origin --delete
+ <branch>`.
+
+## Sharing tags
+
+Your local repository tags are not included when you do a normal push. To push
+tags to the remote you need to supply the `--tags` flag to the `git push`
+command:
+
+```bash
+git push --tags
+```
+
+* Go to the repository overview page on GitHub. You will see that the repository
+ now has three tags! If you click on *Tags* you will be given an overview of
+ the existing tags for your repository - if you click *Releases* you will see
+ more or less the same information. Confusing? Well, a *tag* is a Git concept
+ while a *release* is a GitHub concept that is based on Git tags. Releases add
+ some extra features that can be useful for distributing software and are done
+ manually from the repository's GitHub page.
+
+* Click on one of the tags. Here users can download a compressed file
+ containing the repository at the version specified by the tags.
+
+> { width=600px }
+
+Alternatively, Git users who want to reproduce your analysis with the code used
+for the publication can clone the GitHub repository and then run `git checkout
+publication`.
+
+!!! Success "Quick recap"
+ We learned how to push Git tags to a remote by using the `--tags` flag.
diff --git a/docs/pages/git/git-8-conflicts.md b/docs/pages/git/git-8-conflicts.md
new file mode 100644
index 0000000000000000000000000000000000000000..f395157d8281a0477ff53fa5bdc2c7e756ef09f3
--- /dev/null
+++ b/docs/pages/git/git-8-conflicts.md
@@ -0,0 +1,205 @@
+It is not uncommon to run into conflicts when you are trying to merge separate
+branches, and it's even more common when you're working in a collaborative
+setting with remote repositories. It'll happen sooner or later, even if you're
+only working locally, so it's important to know how to deal with them! We'll
+now introduce a conflict on purpose, which we can then solve.
+
+* Remember that we have two separate local copies of the same repository? Let's
+ go into the first one, `git_tutorial`, and change the MultiQC version in the
+ `environment.yml` file:
+
+```yaml
+multiqc=1.8
+```
+
+* Add, commit and push your change to the remote.
+
+Now we have a change in our remote and *one* of our local copies, but not in the
+other. This could happen if a collaborator of yours committed a change and
+pushed it to GitHub. Let's create a conflict!
+
+* Move into your other local repository, `git_remote_tutorial`, which doesn't
+ have the new change. Run `git status`. Notice that Git says: "*Your branch is
+ up-to-date with 'origin/main'.*". We know that this is not true, but this
+ local clone is not yet aware of the remote changes.
+
+* Let's change the `environment.yml` file in this local repository as well, but
+ to version 1.6, instead! It may be the case that your collaborator thought it
+ was good to use MultiQC version 1.8, whereas you thought it would be better to
+ use MultiQC version 1.6, but neither of you communicated that to the other.
+
+* Add and commit your change and try to push the commit, which should give you
+ an error message that looks like this:
+
+```no-highlight
+ ! [rejected] main -> main (fetch first)
+error: failed to push some refs to 'https://github.com/user/git_tutorial.git'
+hint: Updates were rejected because the remote contains work that you do
+hint: not have locally. This is usually caused by another repository pushing
+hint: to the same ref. You may want to first integrate the remote changes
+hint: (e.g., 'git pull ...') before pushing again.
+hint: See the 'Note about fast-forwards' in 'git push --help' for details.
+```
+
+This error message is thankfully quite informative in regards to what is going
+on and what might be done about it. In essence it will not allow you to push
+to the remote since there are conflicting changes made to it.
+
+* Let's download the changes made to the remote, but without trying to merge
+ them directly. This can be done using the following command:
+
+```bash
+git fetch
+```
+
+!!! Note
+ The `fetch` command is very similar to `pull` in that it downloads remote
+ changes that are not present locally, but differs in that it doesn't try to
+ merge them locally; `pull` both downloads and merges (unless there's
+ a conflict, in which case it will tell you so and raise an error like the
+ one above). You can thus skip `fetch` and just do `pull` straight away, if
+ you prefer.
+
+* Now run `git status`. Unlike before, our local Git clone now is aware of the
+ latest changes pushed to the remote. It will tell you something along the
+ lines: "*Your branch and 'origin/main' have diverged, and have 1 and
+ 1 different commit each, respectively.*".
+
+* We can now run the following to see what the difference is between the current
+ state of our local clone and the `main` branch on the remote origin:
+
+```bash
+git diff origin/main
+```
+
+* Now let's try to integrate the remote changes with our local changes and get
+ up to sync with the remote:
+
+```bash
+git merge
+```
+
+Unsurprisingly, the `git merge` command resulted in a conflict. Git tells us
+about this and suggests that we should fix the conflicts and commit that.
+
+* As always, run `git status` to get an overview: you will see that you have
+ so-called unmerged paths and that the conflicting file is `environment.yml`,
+ since both modified the same line in this file. To fix a conflict, open the
+ affected file in a text editor. You will see that it now looks something like
+ this:
+
+```no-highlight
+channels:
+ - conda-forge
+ - bioconda
+ - main
+ - r
+dependencies:
+ - python=3.9.12
+ - fastqc=0.11.9
+ - sra-tools=2.10.1
+ - snakemake=7.3.8
+<<<<<<< HEAD
+ - multiqc=1.6
+=======
+ - multiqc=1.8
+>>>>>>> refs/remotes/origin/main
+ - bowtie2=2.4.5
+ - tbb=2020.2
+ - samtools=1.15.1
+ - subread=2.0.1
+ - bedtools=2.29.2
+ - wget=1.20.3
+ - graphviz=3.0.0
+ - r-base=4.1.3
+ - r-ggplot2=3.3.5
+ - r-reshape2=1.4.4
+ - r-stringi=1.7.6
+ - r-pheatmap=1.0.12
+ - r-rmarkdown=2.13
+ - r-r.utils=2.11.0
+ - bioconductor-rtracklayer=1.54.0
+ - bioconductor-geoquery=2.62.0
+ - xorg-libxrender
+ - xorg-libxpm
+```
+
+The part between `<<<<<<< HEAD` and `=======` is your local version, and the
+part between `=======` and `>>>>>>> refs/remotes/origin/main` is
+the one added to the remote and which caused the conflict when you tried to merge
+those changes to your local repository. It is now up to you to decide which
+version to keep, or to change it to a third alternative.
+
+* Let's say that you are confident that it is better to run MultiQC 1.6 rather
+ than 1.8. Edit the file so that it looks like you want it to, *i.e.* remove
+ the lines added by Git and delete the line with `multiqc=1.8`. The final file
+ should look like this:
+
+```no-highlight
+channels:
+ - conda-forge
+ - bioconda
+ - main
+ - r
+dependencies:
+ - python=3.9.12
+ - fastqc=0.11.9
+ - sra-tools=2.10.1
+ - snakemake=7.3.8
+ - multiqc=1.6
+ - bowtie2=2.4.5
+ - tbb=2020.2
+ - samtools=1.15.1
+ - subread=2.0.1
+ - bedtools=2.29.2
+ - wget=1.20.3
+ - graphviz=3.0.0
+ - r-base=4.1.3
+ - r-ggplot2=3.3.5
+ - r-reshape2=1.4.4
+ - r-stringi=1.7.6
+ - r-pheatmap=1.0.12
+ - r-rmarkdown=2.13
+ - r-r.utils=2.11.0
+ - bioconductor-rtracklayer=1.54.0
+ - bioconductor-geoquery=2.62.0
+ - xorg-libxrender
+ - xorg-libxpm
+```
+
+* Run `git status` again. Notice that it says `use "git add <file>..." to mark
+ resolution`? Let's do that!
+
+```bash
+git add environment.yml
+```
+
+* Run `git status` again! It will now tell us: `All conflicts fixed but you are
+ still merging. (use "git commit" to conclude merge)`. So, you probably
+ guessed it, run:
+
+```bash
+git commit -m "Merge and set multiqc to v1.6"
+```
+
+* Finally, push these changes to GitHub:
+
+```bash
+git push
+```
+
+* Go to GitHub in the browser and click the commit tracker again. You will see
+ a list of commits including where MultiQC was first changed to version `1.7`
+ from our previous work, then to `1.8`, `1.6` and, finally, followed by a merge
+ where the version was set to `1.6`.
+
+!!! Note
+ While the example we've used here is from a collaborative setting, conflicts
+ also arise when you are working alone. They usually happen when you have
+ several feature branches that you want to merge into `main` and you've
+ forgot to keep all branches up-to-date with each other.
+
+!!! Success "Quick recap"
+ We learned about how conflicting commits can happen and how to deal with
+ them by inspecting the affected files and looking for the source of the
+ conflict.
diff --git a/docs/pages/git/git-9-extra-material.md b/docs/pages/git/git-9-extra-material.md
new file mode 100644
index 0000000000000000000000000000000000000000..54f14727c3d0170afe4a92060c80cc06deeaf735
--- /dev/null
+++ b/docs/pages/git/git-9-extra-material.md
@@ -0,0 +1,122 @@
+The following extra material contains some more advanced things you can do with
+Git and the command line in general, which is not part of the main course
+materials. All the essential skills of Git are covered by the previous
+sections; the material here should be considered tips and tricks from people
+who use Git every day. You thus don't need to use these things unless you want
+to, and you can even skip this part of the lesson if you like!
+
+## Decorating your prompt
+
+When you are working on the command line interface (CLI), you will usually have
+some small pieces of information relating to your current directory, the name
+of the computer or host you're working on, and so forth. You've probably
+already seen your prompt while working with Git throughout this lesson, but
+here's an example of what one might look like:
+
+```no-highlight
+jdainat:~/git_working_area/git_tutorial $
+```
+
+The above prompt contains the name of the computer, a colon, the current
+working directory, the username and a dollar-sign; it is stored in the
+variable `PS1`. You can type `echo $PS1` to see what variables your prompt
+is made up of; the above example contains `\h:\W \u\$`, where `\h` is the
+hostname, `\W` the working directory and `\u` the username.
+
+Some people like to also show the current branch on their prompt, thus avoiding
+having to type `git branch` continuously. There are several ways you might do
+this, and we're only presenting one of them here: a bash function.
+
+```bash
+git_branch() {
+ git branch 2> /dev/null | sed -e '/^[^*]/d' -e 's/* \(.*\)/ (\1)/'
+}
+```
+
+This function does a number of things:
+
+1. Ejects the error message from Git if the current directory isn't a part of a
+ Git repository into `/dev/null` (_i.e._ into nothing).
+2. Find the current branch by searching for a line that starts with `*` (*i.e.*
+ the current branch) using the command line program `sed`.
+3. Put the current branch into parentheses with a space before it.
+
+We can then build our new prompt by adding this function into it:
+
+```bash
+# The first part of the old prompt
+PS1='\h:\W \u'
+
+# Add the Git branch
+PS1=$PS1'$(git_branch)'
+
+# Add the last part of the old prompt
+PS1=$PS1' \$'
+```
+
+Now you should see the current Git branch on your prompt! The only problem now
+is that this only works for your current session: once you restart your CLI
+you'll have to re-define your prompt again. This can be circumvented, though.
+What you need to do is to add the code defining your prompt into your so-called
+bash profile: `~/.bash_profile`. Every time you load a new CLI session this
+file is read and any code inside it is executed. You might already have this
+file, so make sure you don't overwrite it!
+
+## Bash aliases for git
+
+Some Git commands are used over and over again when working with git, such as
+`git status`. Some people like to have aliases (*i.e.* shortcuts) for these
+common commands. Here is a small list of such aliases that you may find useful
+or, even better, might inspire you to create your own! Add them to your
+`~/.bash_profile` as above, so that they're available across sessions.
+
+```bash
+# Basic git commands
+alias gb='git branch'
+alias ga='git add'
+alias gd='git diff'
+alias gcm='git commit'
+alias gp='git push'
+alias gu='git pull'
+alias gm='git merge'
+alias gco='git checkout'
+alias gl='git log'
+
+# Git status in short format
+alias gst='git status -s'
+
+# Add and commit all tracked and modified files
+alias gca='git commit -a'
+
+# Create and checkout a new branch
+alias gcob='git checkout -b'
+
+# Git log with one line per commit
+alias glo='git log --oneline'
+```
+
+## Forking
+
+When you want to work on an Open Source project that is available on *e.g.*
+GitHub, you usually don't have permission to directly push code to the project's
+repository - this is so that the project's maintainers are the only ones that
+can directly change anything in their codebase. How do you then contribute to
+projects that don't allow you to push your code to their repository? Simple: use
+*forking*!
+
+Forking is when you make your own copy of a repository on your GitHub account,
+which you will then have permissions to change as you see fit. You can then
+create pull requests from your fork to the original repository, rather than
+pushing code to a new branch and making a pull request from that. Working with
+forks just adds an additional step to the whole workflow: instead of being
+"clone; code and commit changes on a new branch; push branch to remote; pull
+request from branch" it becomes "fork; clone; code and commit changes; push code
+to fork; pull request from fork".
+
+You might also want to do a fork of a project simply because you want to have
+your own copy of it as well, without ever having the intention of changing it.
+This is, of course, perfectly fine as well, but do keep in mind that developers
+are usually quite happy to incorporate new changes from contributors if they are
+reasonable and fulfil a purpose and add functionality to the project. It is
+quite common that you have a use-case the maintainer didn't think of before, and
+that you've helped the project grow by contributing your code!
diff --git a/docs/pages/git/git-setup.md b/docs/pages/git/git-setup.md
new file mode 100644
index 0000000000000000000000000000000000000000..c213d382dfe2dec51b2838229969065c1e9beaa8
--- /dev/null
+++ b/docs/pages/git/git-setup.md
@@ -0,0 +1,46 @@
+## Configure git
+
+If it is the first time you use git on your computer, you may want to configure
+it so that it is aware of your username and email. These should match those that
+you have registered on GitHub. This will make it easier when you want to sync
+local changes with your remote GitHub repository.
+
+```
+git config --global user.name "Mona Lisa"
+git config --global user.email "mona_lisa@gmail.com"
+```
+
+!!! tip
+
+ If you have several accounts (*e.g.* both a GitHub and Bitbucket account),
+ and thereby several different usernames, you can configure git on
+ a per-repository level. Change directory into the relevant local git
+ repository and run `git config user.name "Mona Lisa"`. This will set the
+ default username for that repository only.
+
+You will also need to configure the default branch name to be `main` instead of
+`master`:
+
+```bash
+git config --global init.defaultBranch "main"
+```
+
+The short version of why you need to do this is that GitHub uses `main` as the
+default branch while Git itself is still using `master`; please read the box
+below for more information.
+
+!!! note
+
+ The default branch name for Git and many of the online resources for hosting
+ Git repositories has traditionally been `master`, which historically comes
+ from the "master/slave" repositories of
+ [BitKeeper](https://mail.gnome.org/archives/desktop-devel-list/2019-May/msg00066.html).
+ This has been heavily discussed and in 2020 the decision was made by many
+ ([including GitHub](https://sfconservancy.org/news/2020/jun/23/gitbranchname/))
+ to start using `main` instead. Any repository created with GitHub uses this
+ new naming scheme since October of 2020, and Git itself is currently
+ discussing implementing a similar change. Git did, however, introduce the
+ ability to set the default branch name when using `git init` in
+ [version 2.28](https://github.blog/2020-07-27-highlights-from-git-2-28/#introducing-init-defaultbranch),
+ instead of using a hard-coded `master`. We at NBIS want to be a part of this
+ change, so we have chosen to use `main` for this course.
diff --git a/docs/pages/git/git-undoing-and-recovering.md b/docs/pages/git/git-undoing-and-recovering.md
new file mode 100644
index 0000000000000000000000000000000000000000..f3b92cf745831e558e99f3c2132edaa3e8fe5953
--- /dev/null
+++ b/docs/pages/git/git-undoing-and-recovering.md
@@ -0,0 +1,92 @@
+One of the main points of version control is that you can go back in time to recover.
+Let's have look at safe commands that do not modify the commit history.
+
+# Undoing uncommitted changes
+* Let's edit `config.yml` and remove the line
+`sample_ids: ["SRR935090","SRR935091","SRR935092"]`. Run `git status`, it will tell you
+that there are modifications in one file (`config.yml`) compared to the previous commit.
+
+For unstaged file it is possible to have details about the modifications made.
+```bash
+git diff config.yml
+```
+
+You now realize that this modification was wrong. Use `git restore` to remove all
+modifications made since last commit.
+```bash
+git restore config.yml
+git status
+```
+As you can see, Git tells us that this file has not been modified since last commit.
+
+* Let's edit `config.yml`, remove the line
+`sample_ids: ["SRR935090","SRR935091","SRR935092"]`, stage the file and run `git status`.
+
+Stage and commit the first file
+```bash
+git add config.yml
+git status
+```
+
+Git tells us that there is a staged file. You now realize that this modification was
+wrong. You have to first unstage the file before to clean the modifications:
+
+```bash
+git restore --stage config.yml
+git status
+git restore config.yml
+git status
+```
+
+!!! tip
+ In case you want to throws away everything that is not in last commit (HEAD) you can
+ use `git reset --hard HEAD`. It is apply on all files, staged and unstaged.
+
+# Undoing committed changes
+
+* Let's edit `config.yml`, remove the line
+`sample_ids: ["SRR935090","SRR935091","SRR935092"]`, stage the file, commit, and run
+`git status`.
+```bash
+git add config.yml
+git commit -m "remove sample_ids line"
+git status
+```
+
+The `git status` is not really helpfull here as we already commited our modifications
+```bash
+git log
+```
+
+The `git log` command show us the message we entered in previous commits.
+
+To see modification made in the previous commit you can use:
+```bash
+git diff HEAD^
+```
+
+!!! tip
+ Too see the modifications between the last commit and a particular commit you can use
+ `git diff <commit_id>`. It is also possible to compare the differences between two commits:
+ `git diff <commit_id1> <commit_id2>`.
+
+You now realize that the latest commit was a mistake and you wish to undo it:
+```bash
+git log --oneline
+git revert <commit>
+```
+
+This creates a new commit that does the opposite of the reverted commit. The old commit remains in the history.
+
+!!! note
+ You can revert any commit, no matter how old it is. It doesn’t affect other commits you have done since then - but if they touch the same code, you may get a conflict (which we’ll learn about later).
+
+!!! Success "Quick recap"
+ We added four important Git commands to our repertoire:
+
+ * `git diff <file>` list all modifications made on a file since last commit
+ * `git restore <file>` cancels the modifications of an unstaged file
+ * `git restore --staged <file>` unstage a staged file
+ * `git revert <commit>` does the opposite of the reverted commit
+
+
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diff --git a/docs/pages/git/images/github_tags_list.png b/docs/pages/git/images/github_tags_list.png
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index 0000000000000000000000000000000000000000..5cd412378a1f48c019fddefb8d91b7ae86369e90
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diff --git a/docs/pages/git/license.md b/docs/pages/git/license.md
new file mode 100644
index 0000000000000000000000000000000000000000..b72965b02a5c1c7a906f260b3d823bb5f421b754
--- /dev/null
+++ b/docs/pages/git/license.md
@@ -0,0 +1,5 @@
+# A quick word about the licenses...
+
+[licensing a repository](https://docs.github.com/en/repositories/managing-your-repositorys-settings-and-features/customizing-your-repository/licensing-a-repository)
+
+[https://choosealicense.com](https://choosealicense.com)
\ No newline at end of file
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new file mode 100644
index 0000000000000000000000000000000000000000..2cf638b96affb640d4c214953534d5ef2b43886a
--- /dev/null
+++ b/docs/pages/images/git_stage_commit.svg
@@ -0,0 +1,4 @@
+<?xml version="1.0" standalone="yes"?>
+
+<svg version="1.1" viewBox="0.0 0.0 960.0 540.0" fill="none" stroke="none" stroke-linecap="square" stroke-miterlimit="10" xmlns="http://www.w3.org/2000/svg" xmlns:xlink="http://www.w3.org/1999/xlink"><clipPath id="g280f5a72a4_0_0.0"><path d="m0 0l960.0 0l0 540.0l-960.0 0l0 -540.0z" clip-rule="nonzero"></path></clipPath><g clip-path="url(#g280f5a72a4_0_0.0)"><path fill="#ffffff" d="m0 0l960.0 0l0 540.0l-960.0 0z" fill-rule="evenodd"></path><path fill="#eeeeee" d="m73.808395 48.76378l127.11812 0l0 129.99432l-21.186783 21.186783l-105.931335 0z" fill-rule="evenodd"></path><path fill="#bebebe" d="m179.73973 199.94489l4.2373505 -16.949417l16.949432 -4.2373657z" fill-rule="evenodd"></path><path fill="#000000" fill-opacity="0.0" d="m179.73973 199.94489l4.2373505 -16.949417l16.949432 -4.2373657l-21.186783 21.186783l-105.931335 0l0 -151.1811l127.11812 0l0 129.99432" fill-rule="evenodd"></path><path stroke="#595959" stroke-width="1.0" stroke-linejoin="round" stroke-linecap="butt" d="m179.73973 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v6OHzf58uh14fgjae3fLiQeg/FC09veuLJCh53e+Bx1/633HBf5tF1t2UeXnPl4sKh0wULlA5nghPmr67EEfNXHBjm2in2mGvjMNu2D7Ot+zDTYseh2ZaLDWaarDFNabTGVKMVphosMVlvwTBRZ47xWkKNGR5Um3KoMsFYlTHuXzZiuFduhNFyQ4xeMsTdMn2MXNyL4VKKHoZL9DBUrMtwp2gPbhfqYLCAoo3BfG0M5O9Gfx4hVwt9OVrozdYkaKA3SwO3stRxK1MdPRm70JOuhu40NXSlUlRxI0UV15NVcD1JGdcTldFJ6EjYiY54JXRcUMKVOEVcIR1de+wOtJEOrpXQQjq2FtKJNZ/bhqazCmgkNJBOq+H0VtSTzqruJIfacHlUU8LkUBVKRkAnZFEZIovLxzej/BjhKIeyIzIoOyyNi4ekUXpQCqUHpFASvAnFQZtQRAmURGGAJAr8JZHvJ4E8Xw65PgRvceRQvMTIKEcMWYRMD8J+MsLZL4oMd4KbKNLdNiLNlUOqCxnlOIuQkY4IkimOFGEy2uFARzyJ9kLLJOwTYkZAibS0ews9TrR779wyggxJpJNK3McpOQghmfzOZFJfSYr975P6HmkO70HOpb8Pt4PM+DHs39YzGQRW1N+Sxb1GSSYdZ6QuLxmZrYMe/yewJJ541rGtOGQmDG3+X+Ok0dofcj34fGnEBmst/4RqCBGQqgjmG/JT+gLBOry4UaCPDF9Z7CfDpxz39WgM5kNHqCim6lTwvN8cPww74WmvO74fIMZ1wJfhGWXQ78e5TYz0oD+n/D0C3nKHC/f4+Z0V5xj83zl+ez2QqS8dPx+iBL7lznvHP8KzP3gt4L3yx65zrtH3weHH3uP7/8eP8/0St1fi9y6kTZ++g++7kM/iCeEx+Xwe9y/hvcwjSh+XXi88XMYTC7dW0OOBecpND8x17+dwk5bumO3iMEO54Ybp6xRXDqRznCId42TnWyZI58hw1RnjpGMcv+KEB5R2WjpirJ3QRnHAWKsD7hPutdi/pXkfRpvtcLeJwwilkWKL4QYu9bYYqrfhUGeNO5Raa9ym1FgtM1hticEaS05JqbLAwBKV5sv0X6aYMfRVUEy5cOr9S1ympQk595Z+BmMO5cbknPHbYwYjct7ox8slSAfeX2GIAS7M8TIG73JpqdR/j73L5QBTX0IX/WU66MhUQslhUcQY8uO8ER/ct3+N3es/wRknccZrNpL8HG7bv1jMcONrKvLa8B1rLf9Eogsw6o/z7yn25p11kv0MYZYi6C40wHlbMeIxf4kS3w2o8+PHjbMSxEtUw4sBQ0w3KGIwWwkT5Asw3eKCmVbXFbhwIfUWissKnMnrCc1LODFMNTm+S6PDMpON9phssOeW+4hnak/+7j4udhwa7N7WV1Jnh/E623ep/ZFjwoNaG1JyeFBj/Q5j1SuossL9KksOlUtY4B7lModR8oW+S768lFFalptyuGSKEUqZCcNwmTHxmI0wfNGYYIShUg53Sg1xp4RLsQHDbUqRPsMgpZCyl2GAUkDRQz8lXw99+broy9Nj6M3T5ZDL4RaXnhxC9h7cXCJLh7AH3aTsyuRwI0MH19O13+FaGofOVG10EK6m7F7mSvJb2pN2oy2RlIlapOTQmrCboMXQQmiO/3GaLrxLYxxFkykbuNSvqDfEab1z7f3r9XG7OfULFFrfjUZacmmMf0sTJUEbTYnaaE7klknaaEnSQUuyNlqTddCaooO2lD1oS+XQnqbLcCWdooerGXrE6FH2ojOLw7VsfVzPIeQa4AYlzwBd+YbophQY4maBEW4WGqGHUmSEW5RiY9wqMUYvgwl6S4nhLyWdAy0vEuN/kXQKZaYYoJB7a/CSGQbLzXCbQu69OxXmuHOZYoGhSg7DVeYYISO5uetkVHjDDg0x8shyEUaMAT/CDddDn/+3cFNeg6KTigg0EICByG8QY73+ab4vvy0NFGCt5p8oIqP6qMD+dKcNz6wkP0Xsfmlyw+xFiC4//LZ8hYoDPKjx4kfvBSnMtqjjxaAhxsq3oDddESOXd+N2qQ7Gm4iRJAZ3iUlihCeIcZ4g5WQrOW7lHre6cOotfwBirCnj70C8qyZSNjm9S6MjHhDGGRxIfQUNxOtisH8LMej3iTG/X8dlZX0ZO6a8R0qGWortMqM1S9hwqLbBXWKs71ZZkxvdisAtK60wfNmSYMEwVLEE+YKUU8gXhnyBbl+ipSkpyReKfLEGyRdtkBjpAUoph/4So2X6ig05FBmgt3AJffSQEU5Pvj66yefWnauHLmJ0bxCjeyNbF9eIob1GDGwnhRjZq8SwXk0jhjOVGMwUCjGSyZpoTdJEc4IGQ1O8OjFW6sSY7UJ9rBpqYwjRqqg5r4rqKFVURaqg8pwKKs4qo/z0Tlw6tRNlJ5VwkVAaoYiSMEUUh+1AUeh2FJ7YjoKQbSg4vg35xxSQe5SyFTnEG8s+vAVZh7Yg8yDhgDwyCOnBckgPkkNaoCxSCSkBBP/NSPbbjERfGYYEHxnEe0vjgpc04r2kSCmFOE+CxyZy/0oihhDtLonzbhLLRLmKI9KFwzmKsxjOOYnh7DKiHBxFcYbLWceNDJw6h3NOb4l0fkuUiyjOU1xFEU1xI16omxhi3TnE7RfDBQ+KOOIJCZ7iSPQieIsjiUuyjwRDii+HVD8JpPlLIN2fWwZIIoMSKIlMQlYQZROygznkHNiE3INSyDvEIf+wNPKPSKOAUMil6CiH/APSaIlWwuNeF2Lsd6P8mCQSTASZZwFuCl/BUOhTJPrLIu2gAowkPkOQ+jeL+d58pdk+qz9lreafxDBv+IfKQ4JnYyzXvTYT/x35siigjXxxA5TX4oDy16g+xIsaDwEMpm3GfLsmng/sxUjBZvRlqxDvbAd681Ux00y86EZTzLXtI6+xJ3DnbLn1d3hnXvft+bl3sH/v2AGzZIg7x2WWmQcmtNoz55frrUvzw0v1t+dnGPa9S8sKfuTc9HtMkaE0hxV1MqSeZLAlXr0t8d5tVmC9orTGeD3FiuFB3VvGai051FgQzJnyfrU5wQz3qt4yWkkxJR458b4vE6+bDJdHyDB5mHLJGENlRgx3yoinfZF42KUGGCQMlOhjoJgMZ4ln3Us86lvEo+4h3CRe9M1c4iHn7EFXNvGMs4hHnEm84QziCZN7gHI1TYsYb020c413SyIx3sRwU+PdSIx3A9d41zHGWw3VxHhXcY335XPKHON9hhhvYsDLlgx4BMeAF4croih8BwqJAS/gGvB8YsDziAHPIQY858hK400NNzHYwRxSg4jBDiQGO2AzkrhGO8GHGGpvrqH2IkaaGGqOkeYaZzdimF05nHMRY4zz2SWIoT3jtGSUNy5z+j3OOL3lrPNbzrksQQy160aGKGKcz7sTI00hhjmGGOZYLnHEMF8gxjie4kMMNSGRGOUEYpATiUFOWkEyl5QAiiRSKcQwp1GCKJsY0kk9gxjojAMcMglZB4nRJsY6m5aHOMfJ5G9kHZRG8UE54vjYY6rTAc1xW5BH3nOyuQAiDNfBUOC3CNbjx6VIVSZW3VLyd0hx5JkrCeTXpSkSWMv5R1bVYd5PyoMEisP0Vi9abPqcfImUGc/IXfYbhOz+FrUH+VDrJYjhPHksdOzGs949GMiUJsPlXWQYvBUDReq4WyyL3jSxxXulSgtTNQZXpmqNWiZrDJsna/SbJ2sNm8m5FkIrZbJav22q1rBtssagnXBlolr/6iSlRr9jonpv5yRhomrvNXLu2kSV/nVSv0EZr97bRa53jVfpd49X6XWPV+rdHK/ce/NB5d6ecS4PLuvdmqgkVOn1kuM+8nN95HX9DJf1BsjPDTyo1B0cJzy4rHub1G+T8g75uTtjFbpDpE4Zpoxd1h0h5Qgp71Lul+uO3i/fM3r/ks69+5d07927pHOfMlqmM3a/THvs3kXtB/cu7l5mtHT3+N0SzYm7JVoTtBwp0ZxkKNacogwXaUwPF6kzDBVqzAwVqnPZNTtUqDZ7h5R3CnbN3SlQm7udpzZPGcxVXeCgwtCfo/LwHbJVHvZlqTzqzVJ+1Efozdz56FbGzsc96RSlxzfTOHSlKD3pSlF8ciNZ8cn1RMWn1xIUn3Ym7HjaEU+I2/70Sty279tiKArft0YrfN98XuFZc5TCs8ZzW581UM5sfVZ3asvzGkL1yS3PqyLkn1eGyz+/HCb3/HKo3POKENkXl47Jvrh4bPOLi0c3vygllByWeVF8SOaHIkLhQekfCg4QgqV+yA+S+iE3QOplTsCml9n+m15m+XHI9JF8me4t8SrNW/xVmpf4q1RP8VcpHmKvkveLvUpyF3uV4Cb2Ot5N9PUFV4KL6Os4542vY502vo5x3Pj6vIMIQ+Q+YYZzdkKvz9pyOGMj+Pq0teDrU1YCr09ZCrw5ZcHhJAP/m5Pmb4kghFPMuKU5H3OOed0SlvxvThFOW/ER+N+csWZYPG3Dv3iWcM5WYDHSjn8xirKPf/G8vcBitIPAYoyjwGKsk+BinLPA4gVnwcV4Fw4JroKLiW6Ci0nugovJ+4UWkz2EFlMIqYQ0T4KXENK9hZDhQxFGpi+HLD9hZPsLIydAGLmBwsgLFEFekAjygzkUHBBB4cGNuBQqRQz2ZqQFEK+ZGOaudB3muURvyW5UHicG3oI+qOSHy5YvYSP1FfJCdyA5aCtMiNccqr968WIAX0p54IZ/Yy3nH1mlfjzrS3z5r/oT79hW/mvUx2ugkHgsDhJf4KzxatQG8aOOfPB3i7fh4bU9eNK9Gz3JUhgs0iAfqjzx0LQwlC+F7gt8r29nbkybrNT85nGH1b8/qOXwmEKOxxtMf0V5zGWi2eDXT5ptGCarzD+ZbDX/5AmXqVrj31Cethv/Zrpe/7fT9VYMTwkzTWa/W2K2yujT2RajT+/X6n82W2vx2Vy9yeeU+UarL+abzb6kLNQafzVRb/H1AmGy0fSbqWqjbx82GX07VWvw3cMW8++m60xWTzcYrplusFhDfufamVrjdTPNxutm6wzXMzSYbpioNuKZazTimag14J2sNOGbrCNUGfFPNhjxT1UbCIxV7BWcqt0rOFZpKDRNqSNU6QuPV+wVGa8hXNbdSLlXqSN6r1xbbKJcT+x+ha44Q5mOBGXskrYk5W6p1qa75Vqbxsr3bLp7UUfq7kVNqdEybenREi0ZynCh5mbKvVJSFqvLjhTskrtdqCl/p0hjCzHkW4lRVxjM09g2mK++fZhwO3fXjtt5Gop38tWV7uTu2jmQrabcm6Oq0pe5S7UvW02tP0N11600FfXudGWNm6k7NW8kK2l1JSruvp6gqN2RuEOnM15pD0OCou7VmB167bHb97bEbNdvPb/NoDlSwbCBclbBsO70VqP6k1uNayO2mFCqw+RNK0PlzSpOyJlfDpW1KA+RtSw/Jm9ZdnSzVelhGWtipG0oRQelbYuDpe0Kg6T25QdK2VPyAjY55PhLOmb4STplEzJ9JJyJkXYhBtqVGGi3ZA8x92R3MfckN7H9Ca5iHokuop4XnEW9iGH2jnPc6BPrIOIbYy/iF20v4h9pJxx4zlYo6KyNUPAZa6EDZ6wFD562EjxEjOnhCAu+o8QAH6OcMuM/TsqQcBO+0HAzgilfWJgJb3iYMe/JECOeUydMeE6HGvOcOWHEezbUmPfcCWPeyFATnqgwU56ocFOe8xEmPNERZjzRpB4TYcobG2FGMOeNO0U4bc5z4ZQFT/xpwhlLnoSzVjyJZ615EiNteJOirHmTo2x5k6PteFKibflSSZkWY8+bFruPNz3WnjfjggNfxgVH3swER77MBCe+rAQXvqxEZ77sJBfenGRX/pwUV75cQl6qG19+qjtfQboHYT9vYYYHf1GGB19xliffxUwvvss53vzXM7yEXhcEiuPSSQVkkBFHaagCak/uwMINd0xesUNbvAIK3TYiy14QEUbrYCb8KU7ZiaMyRgOeGhvgvOXzxVwvnvvlB/kVV7HJwP64KgsWlM115xtxlP0c7ipr0ZKqhUQPKdiJfo54m3Wo9uNHY/BG3L+0A4+79uBh5y50J0jjdokGrqXIkSH1btzOEkd3PP/z25lCwR3RIn/FtiqrPyP9XnbBlZkHA1et+stlfiSrobb2qp+tJPs9AmVX/fwPErjq59FWq/7q9xFZJlB7w18Hai8lDeIS+JZT7yUYOsVNOrQEk4wo8Mu/rSUsJSyiSYyWkhpVuPH/PU2GVHJQRK4oSKK/MFBysT5yOzP/XxqugApSDpUZ4+ltX/SVaKE2RAo5tsQrdyFes/yXcFdcg8vR6kjw2wI6oo6xXPfm8iH+s4XH1/4je2v9kURvvFI/AYNke755U9HfImgvP1rTd+OkpQhjmDNcNqDSUwBtx8UwVqmEpzd1MduyE13xshgsVUdHkjzuV2qhP00ENxP4Hw2mC9mw80+sWP35qSVM4u8uH998+uIh6Zd1p7YwD3OL6crcSGV0xO9iQiwn2m3QmbQNJW6iKHAXQrjBOtiIf4EkX3nUxO3GftX18FP5avFiIF9v7TE+CbZV/0iivXOBt6DPefMNz/UEPkG4rRiaUzQQrLUBDpKfI8+TB+WuAug4JYkHNcr4vkcXDyoVcCN+CwaK1dCRrEAMszpuJQsTwyw4dTtTRJ1tVVas/jxVf1pOuSpU9kFtuCw60zRQcWYnGuJU0XROGeONtnhCvObBi7vRECKDYldhZLkLwE3uKxzaw4+mFF3EesjBbvMXSHNe/7IuhP8g9dLZVv0jiA5x8jwEo0/ornmtzfdrxHnKoCZGBW4K38FN9gsU+/ChzFkQXdFSGK9Txfe3dDFSLI8bSTvQX6iMa6k7cL9CFTcThdCTJDh0J1NEim1VVqz+PNUcKfnr5nNbCutPyr25nqyKlkQt1EUroy1eA305Ong+EojJdmt0pyqi3FMMZX4izGpAF9lvUBiqTLxmHSa++ZjOt4vVR/jbG04IbmBb9Y9imIV+l+kqeMlf5VvoCPwGWYe3ojh8G2wkv4Sv4te46MOPi05CuJUki8lGdWKYdTCQtRndacq4lauIrkxl3CtTQneCMHqSha+NZAitZ1uVFas/T9Gdfq7FK9q1Rys86oxXRG/hXjRdUOPEuieqY/66K54O+mCkQgctJzajwkcE2R6C2C//Dc5YS6Aj1xiRzjJwUfgS+d68z5rCBVzYZ0p/BOW58fMm2wted5D7Avpin6E4QhFpgZthKvwZDmt8h4vegrhEhjT9mfKYadHgRmTIoCdLDV0Z24hx3oW7xQq4cUF4sS9FpPJetgQbfM6K1Z+xbqWr8txIUuq4Fr9jkeZouZ6ly8Svd6XvwWi5EX4YPYCZq9boJc5Xta8Yqg6JIkxvHfx2rkMt8ZirY3TgvnMNzpquWaw/IVDZfGL9l2yr/i8r01lQIc6a/56x6G9hteUbVEQpI9JJHMYCnyJCfy1KPYRw2WMjBnMVMNuuhUfXNHE9Tga9uTQiQwEDRTRUTh434kRe96eKpo8UCPwL26qsWP35avCU4t/0Zaoc605RenE7X5NZhXotXQsDJaYYyNHG9wPe+H7QG2NVemgPlUP9IXFkewrDW+FbJHttQVeRBU7bbYKP8tcoC+Z/2H5G0Jju88m27P+SaPREmqOQ6VkT3oe7+X4F113rURmtgiNGAjAS+B2iLTeg1E0YNf5iuFO0A/OdOphr24XOaFn0FWjhaqIChsp0MJi9GTfiRV8OZEhGEI/579iWZcXqz1tDhZoK/dmqd/tzVDFeZ8ks5799yQT9eXsx1WSNl/cOYa7DFgPpqmgMlkB9iASTKvWYjgCuZpvgcpQOPInXnGi/frH1jFB2cyT/r9lW/V8SjYdMcRAKCtHd8EJl7S8RbEi84/Mq8FJbD1PhT5Fkz4ciR2E0HJbEcOlOPLyui6l6FXREb0FfoRauJGzD6GVd9KfLoCtB/Pv+DGlPuqM227KsWP1561659r+NFGlk9ueovH5QaYiRSmv0FeljuMIKd0v34sVIEOM1j1cb4GqoLNpCJZHtIYJApbUoPq6KnlIbhFuK45DWt4s1xwUnrkQKqdH5a7Zl/xeUbSXyz4n7hC8EqK15rbTmlzjpIImLp5VgL/8tbCS/QKarIArtRdAeIYPRCjU8uamH+xVK6IjdwTHMiYq4X6mL3lQZ3EyUnB/IljFhPxxWrH4ixrlM22yoUH1+9KIOplodmSRZNInXUJEBFq474eX9w1jo3IeBVFW0HZVEQ7gUQnU24JyFOG5dtMPFU1rwVlmNbE/exauRIjEd0SLsvoD/G4q35fn8gq3QZddt30CF59eI95NH7vFtMJf4itkqKG+/CDHMG3H9vDzuV2viSY8+hgp34FqCKnqJYe5IUcVYlS5upcgQpMfu5GxRYluVFaufhqYrDdfcu6jdMlKsuTjTYou7NFMik77WhnjKxoxhfka85olqQ3SEyaLzrAwy3TfiiAYP6mL0iNdshxBTUYQbrl1sPilyu/O86Ga2Vf8XlGAnIBhjJdRtKfUFdot8iuzjikj0k4OhyOfwJT1hkacoSpzFiDe8HeMNe4hhNsRA9nZ0pWnhVr4WbmRqYezyHvQk0wRGsv33ireKsq3KitVPQ+gQ+auJSt3g0VLN55M1hphuc8HQJRNMNLtgtMwI3/d74RUxzo+uOWAgWRUd4dLEa5ZBmA4Pkt234E61MwpD1BGgvhYXgwReX4sRPU68ZnZfwP9fXbDfqHTOXGhs78bfwVTuW5SeUcNZZykYCH2GY7obUOIpjrL9EujPUsZ0qwGe9hgTA7wDt3JIb5mjyaSPvF+ug54UeQxkbW29U6K8mm1VVqx+Ql5zjaHsWPmeIQIWOlxxt8YW4032ZCRMt1GzxKvxY8Rr9sFEpRE6w+VwPXoL0pw3InyvEDqyLNBdZIdjhiKIsdmw2BEleu3mBTEBtlX/P0STryTZi1qeNBZ4pMn/Gzip8aLivAaOmYnCiHjM5ywEUOYlgeoAadwp0sB8hykedxnjZpIi+ouM0J2tiTukd71/SRu30hTe3M5VLB0p3fkbtmVZsfrpaL5S+58nqvSTyff41WyLNSbb3HGv2oJ4z/vxoNIYL4YDuV6zE7NZclekHOrCZRGhy4fCQ6q42+CBrIOqOKyzDjXHRV50X5D06sne8Ndsy/5PpzGMv/zbREexQ8f38v2gxvsJgk3EURm7G346grCQ+BLJThtxyUsSTcfkMVqui8c3rbFwjRpmFdwpM0dXlhZGq61w76IW+tK3vx4uUI0fLFP8J7ZlWbH6aWmq1tjwQYXuLJ3OeHjDG/dqbDB7lRjmavqdd8DriRN4PuiLB5cM0XVaDt3x25HiIIrzlpLoL3PC9Xw7HDcURpor/+L1WMm67gvS37Ct+j9Umi3fv6Y4iyYFa214s0vgtzjjugWXo7WxX5UXDvLfItd7E8q9NqHjjCIe1Bjj+34HzLYboSdVA3crrYjHrI3xBjuMlmihP3vni3ulGkdQpsjuoMuK1U9MDxtNv5msNqh7cFl38WGHEzPHPN64DzPEa56sM8PL+4fw8h7xmjud0HdBGbfitqH6hDxO6wui+pwu7rf4ItV/J8IMN6D5lNjjW8lS5mAXnPzPlOom+WWKk3i1l9pa6Ih9gVQyLCk7txvOO9bDW2Udyg5sRqWvFG4l7sJ0iyVe3HHBVKMhejN1mT3venL1MNXqQAyzJu7kqz65f1HbKTtbm/0wWLH6iQm1sj+frTP1najU/X620RwLN3xwv9YG89d9MF5tiSe33Dle84AvxkoMcDNyK7oTdyLRThQprvK4W++NK5k2CDEUQqG/8GJPkkx+d/qWT9iW/R8oc7+McIqLeI+z4ncwlV+D0rN7UBimAcet63BUjx81x+RRE7gZd3L2YL7DHi9HPDBRY4DBAmNmg9K+ImPMXnHGXeIxDxeqz4xV6OmC3dGAFaufpOaaLTdN1ugPTFbr4/ENTzxocsZ0uwumm125DwGP4+XoYSy0O6A3RhH9yTtx+ag8Ik02oj3FknjN/kj03I5IS77Fzhjpqd70LRpsXvb/vv4i12/zzmQX8Qd2W7+Fi7oQ6pNNkXVIDc4K6xBlI4rG0K1oOiyPe2XGeNTtipd3vXG/Qh/DZdaMYb5dZol5aphLd2P04u67M9UGW9hmZcXqp6mZJrN/nGkwiZuo0n0532aH2U4fjNXbYuG6P3HILPD8jh/xmkPxvN8Xo/m66I3djhsJKkiwFkV+gDLG24PQlGSBUGMhXD4m/qYvXT62I1uBXXDy3xGNyCgI3GyV4Cj22FLuaxw0k8bVXBsk+e7E/h3rke4pg9ZwBVwJ347JOmt83++NH+764N6lvbhf40QMsy3u1tgTw+xEjLI2HlTodU3VGguyLcuK1U/ZazbTJR7z9HS9MR7f9MNYgwPmr3lhqtERC1f34fVkKHHQDmGuyQ690TswmK6GsgNyiLOSRE+RM0abAhDrpoBEJ6HF7kS5ocFsBdlV7Cj6v2GYXST+ruSg7KF4R9EfrLZ8iyiPnegqcUCM6zb4q/Hg4uGtuBKhgO7zqphrc8SLoQC8GPYhRlgfk83uzFPbB01umG+3Jx61zuJElX7dRL3B12zLsmL10xXduHimzrhysnrvm0edzpi64omJJmKcO30xVWfOpAN9PX4Cz255YyRLGwOJSrh2QRXx1mKoCNPB9PUjqIkxxSkzYTSelHo1kLX9OJvU7L+h8kCJfys/LJccYyfyxnbbWuSE7EHPRWectZPD0T0CqD+thA5imAdSduPRdXe8HD2IZ4OexAgbYuaKN+5VW5EPzQtzrbZ0gcmbyVrDXLr7NduyrFj9dIVs7Z/NNJp4TtbsfTrbZIFHNwOI12yPhS4/MnK2w+NuF7yeCscPwwcxXWONvpgduJ2liSI/OSQ7ymKoyhtDtX6IdpJDlufGxd5UhWtDOYr8bMv+F1UbseOryuNbqs9aCcFNjR818RboLnbGSXNpnDUTRUesKq6dVMDdfAM8Jb3j6wdHSelOjLAp5jr9MFplhbnrfphttsJYxZ5XZOgTOVWr/Q9sy7Ji9dPWwxZzsalag97JWoPFx13EY25xx3S7K2aJIzbTZIlXxBa8GgvB025PDKWq43aqKtrPq+CClTgaoo0x03UMZaf1cc5KGFei5J7fyVXyoEu/2Zb9L6g+fIdw1YktPaEmAgjYK4bOAmd05toj3EgCSU5SuJm4CzdOb8PEZQs8HwzA64kQPLrhjAfEIM8TgzxabY2H3YGYaTDHeKXes9kGs0D0aLOrfVix+olrosLg76cbjM9PVOm9nG+zxfwNP4zV2+FhVyDxmm2Y/BmM1zwUjAniqPXHKWIwazdyPWSQ5bUDY63B6K/wwnl7GZQESywOZivWjBTs+opt2f9suLJq1V80nVXcWX1CfvyoAR/C7eQxUO2N1lRrRBiKosBfHn0p6rgZqYi5RnsybDmA15MhWOjYh4k6Byxc92GiMh73BGK63gQT1foP55osbIBANjSGFasPQAutllqTNQYT03X0IaAvxpucmYeAM63umGuzYWKaX90/hkedbhhMVMVQpjoaT+1EvI0kOjLsiNd8HIUhOojdJ4IbF7Y+GslXMwO7xuE/mcYIlP15e4ySZWWI3OODenxI8FPDveYg1Eab4JThRlSGKGIgdRf6YpXx8KorXo4eYTzmuRYrTDe7Mx/QfWKgn/T4YarWCJPV+hMLLRYabMuyYvVhaLbF6NOpeuOy8aq9b+hKwJkOb4wTJ+3hjUBM1Vsy+TPeTIbhxWAgxooNMZCwE73pu5HhLIWi4F2YunYU3cVuiLLbROyJ1JuhPOW8O3ka7A4n/5FasiX+riNW6WD5UZkfDujxoyjCAONXD+FSuC4iTUXRGqnKpPi7nayBJ12eeDV2HK8eHMNMgwVmr/gQ3DDe7Ion3d6YqjHAdI3h7fkmCxm2ZVmx+jBEV/DONpm7EKfr8UyjORkdBzChcw+7/DDd6IiHNH8GMcwvR49iodUJA/HKGM7VQnXIdiTuk8YtYpQnrx1D1gF1JLuI4lbqjqmRQjV2wcl/pJ7Y7f92PV4xqeSA1JvD+sKoT7LBBDHMBaQR46zFcSNRE/0JyhjJ3oNnvX54PR7K7P81VWuGhWv+mCIfxGS7Bx5f30+9Zeo1d8412/CyLcuK1Qc0nVFvIjxdZ9g1WaO/+PgG+a637cdUmzPmO4lxJk4atQl0wcmzPj+M5uridooqbqZoIdVhEypC92Cu+wSuZDkSr1kSDSdlXw8VqMYMsQtO/rBupe78sjtRqSrHV2IxxEwCN4rcMdZ6ABmeikh12oS+TG30xSlhrMQIL24HMj0jHbpM1piRHjOIGdLMdPriYYczyFBncabeuHK+0eoLtmVZsfpw9KBY5Rcz9SanJ6r1fphvtcZClz/G6vcxD/0n62zxpMcNb6bC8XLkMGbIcT+xGUO5Orh0UAFpzvIYqvbFg/YjSPHdSWyL+GJfhtLQSMkuOTZtwx9Qb4qK8I14xZ5kN7HFM/vkMFQbgOFaPyQ5ySPXSxa3c3TQF6OIqUpL5skrbfxnA3R7GUs86g5ilmnOdwVgoX0fJqr2vp5tNEt/1G74S7ZlWbH6sDTfZKY2VWswNlVnhCc3fTDe7MKkA51t88QsN4n+qwcheHrTG0NpmriTtgudF9SRTL3k88aY7wlDY6I1ztuJozVy68uhgl0h97K12QUn74tulDqQuWvn9Qvbx2PtRRYTvZXx4MoR9JXuR7ytDNPbDedSw6zERGS8HDnEGOYnN10xUWuLRzcDmaxTj3qCmIeBE9V7f5hpNDtFQ2zY1mXF6sPSVK3xb6brTYomqvVfP7zigNlrxAtusON6zVZ4NujL2IcXQwcwUWGO/gtKuEPsR6EvXWCyHfebg3G3MRgJ+7ehIEBycTBn542RMi0htmXfN8y1sj8fyFa1uhqt8Piclchi/jEdTN8IQWfGPma9e334Tgzn7CbDEmU8vOKKV/eOMg3/sNMeUw2O5APx44TK3QrCbKMpJqv1vp9tsvBBhxUbQM6K1YdmLwJX/eV8o7k9ccAezTSY4gnzENARCze8maxzC1ds8XqSEzr3+Jo7BpPUMJSlgdZzqki03YQrydaM11wZaYJYezFcu7Dt+WiJpje7w8l76ohW+cVgzq5DzWe2vDxlIYKq8+aYu0mGGzFmiLeWwJXoXRjK1MDtpF14ykRkhDCJS+bbrDHTsh/z171xv84eT24FgCY6mazWn19osTBHIBvDzIrVBzmd0WDOTx/wE6958dE1N0y1e2Kyma5nCMBUnSV+GAnCm0niNQ8GMaFzgwk7MZCljRx3GeIlq2Cy4ygGKv0Q5yKPssNSi0P5qvW3i1S/Y1t2hXrz1X85kK2WUhO6+c0pCzFcyXRkDHNF2B4k2UmiO1kLd1LVMJyxG89u+eL1g1BmHomGzMxd8cZchzseNDrjyU1fTNYaYqpWf2y+xUqVbVlWrD5MjdQa/+10g+mJyeq9z+n05cObgcxDwEfd/piqt8ejG06ch4CjR7DQ6oiBC8rMqLs+XInYFCl05TlhtjsUxaF6iHcSQ3fS9kcjxeo2dD0F27pLjVyw66vBHJWai4ekFs/aSqO3nAxJrh9HQZAa0p2l0J+lg8FEZdwr0MfzgQC8Hg/DD/cOvg2Va3PGROt+PO7ywGSNPukxDftpgm22ZVmx+nA112yxY6rWYHSKOGN0/cJEixtm2l0xd9WbOG0WeHn/yLuhc8kquJW2G+mOm3DxqBZmbpxAd/F+RDvIoPqEzJuRQrXiu5c0fsu2LFejhVob+zOVe3N8xRfjXBUw2nQA91sOIHP/NuR7y2IoT5cJexm/ZIoXd4KZULnnwwGYrOaEyk002WO6wwePrrnSB3/EMBu3z7aar2dblhWrD1c0c+RMvUkOjcJaaLdn8uU8qF96CGiDp737uaFzhzBTZ8fYEBpEUHF4G5IdZDFwyQtT10OQc1ATKW5i6E1XnBkt0tIBu+CEE5ExVKCp2pumNJHsKraYHqCGyc7juFPpwzRe2QEFjBTsQX+sImZqbbgRGRGcULkaSzy6GUw+DFvMXfcHfUI7Ua33ZqbBpGy2zeIz9tZlxerDth1zjRZWk9X6CzQ/zpMefzxodML8NU/MkBE0neKgW0+9DZ3TYkLnridoInnfJlSf1mceAjILTshx4ynZ1yOFuxJHS5X/9aNv3I5okb8aKdK07UrY/iRm30ZmzofOL3fnOyPBVgq1YUoYydMmvd1OzLc64eXdw3gzHcGEyk2uCJWjc0wLrTbUML+eaTBLethoyzYuK1Yf+nRGowXPTL1xG11U9qjTBTNXvZmdtGnWOfoQkNl6ajIcP5CR9iQ3dG4obw9KAuSR7roVI3X+GGs/glRfZWR6iS/2Z+4cHS7W2k6N/kfdsDeSt/39SKH6sSvRCi/PWYuiJtYCC70RaE2wRLy1JNqiVDGSrYnBeBU87nTHq3vHiMccthwqRyf77xHDzITKNVlQw/xitsn8xIMOq1+wty0rVh+411ym+DczTaZHJqv3PqPff5pdcqyeJtH3xRTxnh927GOmPl/dO/5O6Fz7eTUk2kqiOc4cC7fC0ZBgjeh9EmiP2vpqpGjXyYmKbR/3GojBbO1fDRfuSm84KffmrLUErmY7MYa5+tReJiKD5sgYSt+FOykazHDkNTdUbq7VGtMt7syW5vfq9uHJLZqH2ZSu+nsy12jmTmOj2duWFasPXwvNZlunag2HJ2sMwCTRb3VncucwgQH1FpytpybCOVnnSoyYrHOD2TrI89yMXB8lPGg/hJGGIMS7b0N+gMTinVzlnvulWuIfdaOOlql/eydPtaH8qPRilL0M+ip8MNt1AsUH1ZHqIIneDG3maepdmryoj5O8aClUbpaGynV6YKzBiZlfmq4zwlS1/sx8s6UhO4HPitXHobFKw1/ONJqkj1fpvaJJ9Bdu+GOszo6MpgM5W091cbae4oTOOS2HztFczXTBSUfGPmauueKcMWLsxdARp/DibrF64CDxxj/aRqU90+0clf58P8nFC240IuMgxtsPI9tLETn7ZXA7dw8G4pWYIHHa472eCONmlTPlZJRqd8E48ZyX0n1O1uiPzrVYKbK3KytWH8l0xqpVfzHbbG46VaM/SxeYPbnpxyTRn73qTpw3T8w0WeDV2FHGqXsbOqeK3nRtZLhIoegAzdV8DP2XfRHrLIfSg5sWibPYMpKv/nFGdlGvdqREQ6MvQ2kqxU1sMYNGZFw7juEaP6Q6yaEkYAuGC3SZbWImL5MhydABJiLjbVa5QEw02zMbsNLNWSeqmRjmntkWazH2dmXF6uPRTJPZWjJibpqo5iTRn+30YfJncLxma2brKWo7mNC5ejsmmGAkTwdVx3cgiYzUbxW5MQtOik7sQZyjKLoStz+5W6zh+FFOifZka/81/ee7E3c8jbUXRXGoLubIkKKnyBUJttKoPLYDI/k66ItVxGzDvuVQue8HvLhZ5YKZuMXZa/6gH8ZE1d5F+uFMt1usYW9VVqw+Llsy12gaRAzz93Sa8wl9CNjgwMmf0eLGpG+gOx69ZkLnvDDMDZ3rStJEiv0mlDO5mkPRVeSO8w7SqDoh82a4YNel2wW7Pv/oGnMqW/sf7hZphF2N3voq0kYUtTQioy8C7Sk2TERG02kVjOTuZnq3hXYXZo7obaicDR7dDGJC5Ra6g8h1O4xX6b2ZbTAtfNphxa7eYcXqI9N8i6XsdJ3hbbr6lybRn2r3YPJnMFtP1VmQkXYAM9dMs84xoXM0VzPxmi8GbUEKGaHTtROTnceQfUADya5iuJWqNDdcrGmY/bHtCzhUpPvJSMGunPqTsotMREYWJyKj9qwhEmwk0BmngWGavChRDY+vezDZojhZ5fZhivSGj24G4F4NTfcZjLkWS2qYX802msXOd1ixOxKwYvWRaaHW+F9m6k2SyMj5JU2i/5DYB2Yn7e4ATNItqDrtiWEOY0JuaegtTYpGk6NdidnFhM7VRxoxoXPtmQ7LO5yMFKplDmYr/uqjasjhQu21Q3mqLZeOSC9G7ZNB3yVvZp7n4hEtJNtL4mbqbtxJUSXDDk183+PNDENoOr+5VroBqxsedvly030GY6bRDBNVes/nGs0P32thk16zYvUR6i/mG8wMp2oMpumGzDSpGd0HdLrdFfMdvpimoXPM1lNhnKxzJcZM6NztnD3I95JFlsd23Gsi59sOI8VHmdnhpD9z54O7ReoqH9W+gKPF2tKDOcq3c/0kFuPcODkyJq4eYWILM12lMZCtw6TrG83Tw/N+f7weP4FXD45yssq1ezGhcvfrHZbTfU5U6z2ab7Z0YmOYWbH6OPWwyepbYgtqJuhO2lccMHfdj9ndiO5yxGw9ddNtOXRufkXoXNMZFTJK34S2JCtm1F5/wYp4zXSHky2v7hZqRA6WKf7TR9GA2dmrfjZarLmnL11xNsVVdDE9QJWZ3xmpC0CayxZmt4Hh/D0YiFPE+EUTvLgdxKzg4WSVM8VCpz9mrrhydsYmPSPNMDVZrT/1sNlC76NfTsmK1UcqmuJhvsnMZ7Jm79OZBjNOEv1GRyZ/xlybx/LWU0zoXC83dC5JBX2ZOsgizmC+vwrjHA7Xcxac5PlLLg5mqwyMlmjJfBT7AtLg7XvFGu7didueMTkyTnAiMnpL3JFoJ43yQwq4W6CD/pgdmK625obK0Yn7paxygZhsccRkuyeeLKX7rDEcfthiqcDenqxYfbyaazCXmqoz7FtKoj99xYvJn/GoK4g4cJZ4NujDBBH8wITO2aI/VgnDedqoOaFIbI8UbuQQQ34rDOVnjRBtJ4qOGIUfiNd85KOYIh0s0/+nkcJdZ2hEBpMjI8YcC30n0ZFux0Rk1EfsxF1uqNxckwOz6y01zDQecaLaAo9vBjONPdPph0fXXJh0nzP1RtcXWqyE2VuTFauPV7Nt+v8022gaO16l93K2xYqT6KyOJjbyw3STMxau2HC2nqKhc91ezDOsO2lquJmyG6kOm5hnXDNdIegr90asE11wIrV4J1e1Y6R0l+AH33ijhWq/GylUK6yPoBEZ4ria6YiHfRGojzJe3k5qOEeLmQN6dNUVL0ePckLluokRrrHB455gjNXaYJ54zg+v2NOIjMXpBpMaOsfE3pqsWH3kXnOzme50jcEE8Zw5SfSX82cEEK/ZHC9Ggjihc0tZ52iuZuII0o2fabrh/jIPYpxPoDBkD+IcRNGVsP370SINTxov/WEb5iItnjv5qlcuHZZejLKTQW+ZF+ZuhqLs+G4k2UmgK1kLQ+nquJOsjid0n7/7x5lQF5ot6m2onDUe9RzAfKsNHlTpvqFJs5+0mn/C3pasWH3cmm82+3KmwbicWQlIHLf5G/7Ea+akCZ6kW1Bdd+SEznE3bOWEzqmj84I6ku0kUX2Kk6v5RoEbzttL4/JxmcXhfNVamtvng200Ook+UqopfztHeTjXV2LxgqsC7jYEY6rjKPL9lZHutAl9mdrMpPwIKZ/1+jIRGcuhci3cUDniOT+5Fcyk+xyvJMOWRrNIOoxhb0tWrD5u1dbK/nyuyWz/ZI3+Y85O2v4Ya3TGbMd+ztZTDUtbT4Xh+VLWufiduJO3B0V+ckyu5uEaf0x0HEfWAXUkuYiiJ3XHo+EiTavaDzXqC9naP7tbqmXQl6Y0l0wjMvxVSQMcxWhDIDLcFJDvtZlpIJq86H6hAWefv4lQvHxwDPRJ62y7F/OUle6M/bQ3aCnd57OFZvMgukkje1uyYsVqtsFUfLrO6CZ9CPiQJtHv8GFSODChc7XWeHqLu/XU3cPvZJ1rOaeKBBtJNMWYYeFWBNrS7RFlK4H6k7JvhovUCz7YfQGp8Rwt0fS+kbj9OY3IKArZw+xaQud1kuw342LwVozQ5EWxipgoN8eLO0GcXQjuHSQNSrPK+WP2qhuzM/ZTmu6z1giT1XsX5pst7fCxLZ9kxYrVj2qqVvsfZutNIieq976gYXLLSfRv+GCGjLrpamG69dTrBye4oXN6GCSjdLr5c7a7DHK8lTDWegj3CCmknuEpttiXuXNquFRDG/gAF5yMFOz6l7tFGlHt57e8phEZ1dGkZ+o9iWuZ9kxEBg1boaFyfTGKmKmzxQ/DB7mhcv7EAJsyG7DSiXy6Mzad2J+kMcw1BuNzjVbabAwzK1aslrTQaK45VWswRm0EfVY12eaBiRZO/ozJGgs8v+3HJEb7YSnrHHEG6VZ2dWFKSKC5mtPsmAUndXGWxGsWQ8tZudd3i3bFf5D7AtKMTcQ4l9ZFyC6esRbHlUzSUP0nmaFDvJUEM5RgkhfFKjFDDE6oXAS+7/PCRJUFk7yIhspNX/XB4+tumKjRJ41seHuh1VqOvRVZsWK1PJ1Ra/HZbL1xyXjV3tfzbZwdtO8zSfQDmK3pFq7aMTsivRo7zsk6l66FO6lq6EndjTTHTcu5modqA0HzxdNVygPZyiOjFzW2fXBO4HCJjsBQvmpn2WHpxch9nIgMGtB9OWwPEm0lcC2BJi9Sx2CCKnefP06o3GNuqBzdGZtmlZu7HoCHHY7cGGbjjvk2awH2VmTFitWS6NTmfLOZ02SN/kNmJ+2bfnjQ5MqsGqYbbUzVmeGHu8HMVCkTOnfZgsn/PpK/BxVHtiGJ2KeeQlfM9YSj/Izh0oKTl3dLNMI+qH0BaS8zelF722D2ztEcH4nFOLpTbUMQpkmvVBikxvRSt9K1meRFQ6maTC9GezMa2rJAQ+XqHfCYBozX0OxRwVggveCDSr1F0uiVC20WX7O3IitWrN6Zzmg2EyKO2zXiwC0ySfSv+WGMCZ2jDwHp1lPOnPwZ947h0VLWuYxduE4cRBo6Vx6iwyRX673kjRi6gccBusOJSte9EnW6IceH4TXTBEP3ijVMe9MUF2hERpq/CsavHsX95gPI3L+d2U5qMHcPk7zobo4uMynPhMpNrMgq1+2HUbrI5NYBzLVYgQ5TZhvN0h83mP6KvQ1ZsWK1Ug86VH4x02B6kmafnG0yZzZuHiMO3vw1L8y2eWGm0QIv6dZTTOhcACd07gLN1bwHxQHySHGUw+0Kb2bBScFxHcQ6iIIGLvw/9t4DrK70uP9fJ/9fnNiOS+w4cex4XTa2d70CJBCSQIVehBBNCPVCEwgV1HvvQqKoV4oACQGiF9G59N57u/ReBJJ2V43vf973nAtsieOyNTnzPJ9n5n3PuehydZh3zrnzzrRGmR9O81nwvyMLrChq0XdaIiyPlPnof3RzoxrfWTNYeRENCXv5jpuoQ9oT7aS66AOa6PPXdRr9ilS50r1oT3MRcpgzbZljfjGQaeuFqo3fky5DSSSR5JMynGNn2pe2qo130mZF9MX6GU/Kj6EnzRHPa/cIrafE1Lk6ljoXbIm8G4vh6zQb6VeFWs2lYdtx3WUuEs7OHW8OW5wlj7L8w/+KD6gmzPzHrZEWdwuuCxkZyTds8aTWE+WhW+HjpImkMwZojbDhxYv6khzwokl4/sNakPcpUuWKdqIzYwueieU+e1OWPyMHfbAhbvO3pUtQEkkk+aT0y1b+rF+2LrwnecUrtlN4tOoo/xJQqJ+xne7GhdZTr6akzrFazaz0cOju+fxuvi3zKLqLziLoqDl8XWei0t9wrDXachOraPeN/4Dk8Ta/kkeYJaS7Lxi/7DgL+Q82Y7TOEzl37XlGRpaXCVrDrHmq3GDmJrxoEfr8TaTKlR1FX95WdOfswNPK/WK5zxVDQ1n2DsCRv5MuQUkkkeSTwvKOh7PtXdh+h770Ndx39JAP6ct1xUipWD+DfAxLy2XpuYOyjbyAGssOy/BcyDec5Po48kJreYEuuOZMUbTH/DctEYtjO+IsfvHNf94Tv3RG06PF5bEnNcevbZyLqtg9GKlxR5LHcvhsmIWi22aQh1jyXThPCrbxWwuWkcFuNXpS7DBaeRzdWS78VuQp3ZKwW5O+9FUdI9mO5v8n6qVKIokkf93jjMz1yv3pawu7k5aPPyncLNbPcOJ1d/pkm/CkRGw91SlWnWOpc/6mqL6/BA9cNfGIfR9WcArtOSdwb68x7u9SH699YDzQGm2x8hu9sY21Z5FHWy5sCF7YGbJ/1vjtbXpolh1Ff9l5RB43h78LayfFiheZ8W9Gn7I+f+1nyTG7Y6x8GzlhVlXuODplThgsPYjRYqHcJ6u9OpxnP0+69CSRRJL/Tlg95cGM9W69ycs/YK3oWOejzsytGOL1M/ajP8MOL9tPfDx1jkXNYUuRdNYAvs6aKH24mW/TZo2jrzmpI/uy1mt5pFlAXdSin3xjPxj2LKY12sqhOtBw1G/bzPGAg2wFOoPO3BN4uMeIt5OqC7ZB471FaHmwBM+r9vPV63XfBZ4I3pe+GaNVR3hVuZHKo7zcZ0/yctAqmPe0wOl96dKTRBJJ/pQMZa437k9fJWeNNUZLt2OgaB+6MpzxRKyf8bRyOw8E2d6JidS5++Yo87XkgWPsKUsMUCDZlHoYLNU35MDs8YZgk3YWcH5j+wKyhOy2aIsTpd56L3hGxjkbnh/YlHQA/lu0Eb5fC81hy3iqSnvYCrHP3wUhVS5HkSp3CG0pGzBazcp9bmB1mFm5z7jhIsdfSpedJJJI8qfkafaqnw5krgvuTlr+ivmUMf4loItQPyN3J69UyfqKMr/DiqcpUudayC/FHtXBvU3zURuzi3dbivMSNpwU3tR71RJpdqXB/xvaF7Ahzvpf5RHm9/Kv6by+4jgTyddt+cP0irBt8KHbBNZOSi5mZHTHred9/t70uPMPSpEqN1K2jyLmjXhac1xR7vPVYOb6e6P5Lj+WLjtJJJHkTwkoqh3KtnfsTVk5xBIHhCL6u9CbvZl8C0XNqQ74oH7fx1Ln6sXUucJbZvB1noMkzxXcMVfH7cXNLQsQdUxjvCl0UU1rrKXmN/J7LlZkuiV8cUraxfk8I4OV0xut90Ke7wbcdZyNdHdjsXiRIQZSFX3+PPCi7QT6UtfxLZRDRTvFzthHyVmvZxHzR4MZthd6ylZ9V7rsJJFEkv/5ccaaPw5krM3pSVn+ZqRgE0bKj6AjzZnfjfdlbsVIvhO/S3/ddZ7Xgm97tAINPiZoDLVB+L4FvFl0c8pB9Je5IeysNW67qKHUW/8jebTFifbgb2BfwPZoa3VaWapiT2iOX904F5Uxu3k7qdTLq+DNHPWNxWgNtSLHbIzhnC14KT/JMzI+nJIq15/nyve6s3KfLO2lJ2XF2EiWw278b2/5IokkknwuwsoOD2WuP9WbsuJ5v1hEvytrG6+fMVLC/Mpk6ymWOjeQvpGn78ofLUH25UXw2TAHWTfJH9V4oPjRNlzfSHf7Z+aOtzwyzW+OtFL6xt1CtERamTU8XNgdvI9lZOiiJf0IBsvdEHPKEn7Os1HuZ4WWIAvUe5titGgHXrad/niqXMUx9GRtQm/eHroF2YvetFXksFcOjOTar5NymCWRRJI/VwYz1+v1p61u4p20i10xWHwAnTx17ih6WfU5RespVnVOTJ1rDFjEOyuxJIXgvUa8jAQrJ/HgyGL4bFVDpZ/hM3m05Y6q4Pe+OUEi4oy+3RZt6VwdYDTiv0N93P+ACTrzTqMr7xQeHTTBfVdNni/ISu41+Vvgadlu3o+LfUP6tGI7etKc6FbjGLoyNqK/cB/GSncxp4y+lFXykTwph1kSSST586UrbflP+jPWBvawTtrZDvzRKHtEyso9DBbsFVLnOk7hDdt1/InUOVYv3ttJAwX+znzXco7/Rlxzmo009/lvWsJNk1ojTb85xdTKEvS/2xplfqHMR3/8+oYZeHTGGsPV7milqJllZITunofmcGEbpPzhUnxQfYB3FnjTfxFPCp3Ry6rKVR9HW4ojhsuPYbRwi5gqt6Z6tMhxlnSpSSKJJH92oIi3vjWYbbee3XELRfR3ozd/t1A/gwLAidZTdMfO9lKMTaTOmaHinhUCNmvwapi9RWfQmnUcfhRBB+xUR819o2F5tJXtN6YvYFfU8p+0RJo9yLuuM37ZQQ3J19bz4vg10Tvh7TwX0Ud0II9czrdBdkRNFi/iDViz7dCftY23hmGOeaz2FEbynNGdtAwDsjVZT3I2viNdapJIIslfIgNZtr8fSF8rYym3rHww66DNOmmz6pUsNVdoPXWW9xtVpM6x4mot4TaIP6EH343zUBHmSgGmB1Ju2k1uOAk3C5EHW//7N+JDaIy0fqclfHFm6oX545526sgLpAi44RIK/Z1wx2E2Ulg7qchlqLlhwG8b2O0Du41gH8xA+joM5O3Bk/J93DE/rTtJztqBO+ZB2bro3ly7f5MuM0kkkeQvkYY4o28PZtge6U5Z/qyffMzTqgPozt6GflY/g7eessOHjQeE1Dn5ycnUuYcWKL5jDr+NcxAv1mpuSD4E9r0Z29HMvkeTR1tYBH8TtmnLo6znND8ybWIZGZc3aKAqZjfGGi/xcnq3yVGzdlLtETaovWHIC4i85H3+PPgWyb7UtRguOYSh4l1oS3XGs9rjvNxnT/Ly10OZdj4jaWt/KF1mkkgiyV8qwzkOC/rT19QpiugPlR7k3ZFY9MyacihaTwkNWw+g/dFyXiu+6ZENIg5o4d4WLdQ/3ovBKnfEeq7CdeeZKLyh+0oeaXHra98XkNfIiLI0bwox6Q/eNwu3turwjAxWvCju7BJ4O6qj+K4FL17E+vw9yZ8sXvRh00FywGt53dQBmu/McMXz2qO83CcrfD2c5XAWOdv+SbrEJJFEkr9UnmSu+NFQ5jqfnpTlLxRF9DtkWzBYtAvDRQfQL7aeetPrgRctFBDKnCeqzrFg0nvDbKRdXsVrNVfF7MGNzfMReXTOeGPIoqbWKCvdr3VfQHbL0BJtubUmwOg5SyvxPyB0LektPsMzMvw3zUF1oDWaAxejwdsUT0v34GUb6/PnSU54N7qTbHlVud5sF54q95xuOdiunZ7kFWPD2Q5bg7/JlZ0kkUSSr1K+NZxlt6o/bVVvn1hEn2V9dcmceW/RXoqex8q3CqlzHWcnU+fuLULdw6W841LQTn20yg6jr/Q8Hp1eglsuaii5q/9CHmnuVhW84OvbvKMv2Pp77VEWnmXe+uPXWEbGaWsMVbqjLeMoAl11EbxjHhrZLYKfidjnbx99COcwPuCJp6wBa8oGjFWf4HmGrDO2otwnMTic47hCurYkkUSSv9o/pdm905++JqU7adkboYg+a/a8ESPl+zGQtxsDmXZ42XmaJyOwMhFC6pwhT51Lv2hMUfMc5Hg78NS5ohBXXNuoifjTc8ebH5mWNkdZzHzr65rK2/TI4qfySLOQvGva45ft1ZAkZmTUxe3m32xGHtDiGRmsWEhb6DJ8WHdQSJXrE1Pl0jfx2hjtKQ4YLD2M0SJXVhwfrFXMULa9oXRpSSKJJH+tVAVb/8Nglu1+8ilj/RNF9HeiJ3sznpQL9TMUrac+XnXODFUBS3B/iwa/8+/OP4mu/NO4f5htOJnJNpx80BZjeUD+de0L2Blv/fvWCLPcFLd5YkbGJp6RUXzfBXcd5vA24YqMjO7YdXjRNJkqN5hjh76s7XjKUuWSaVWqPoWR/Ilyn2UDWY5q0qUliSSS/C0ylGGnSf6kqjtZKKI/Un6Y189gRfT7M115I+jX3ecnqs51ialz8vBlSCT/xYqwlQRt4kXZsu854yrbcHJx/ht5xOKMr21fwK4467kU1stjjmuMX3bUQGX0bjxtvATZ9XW4bTcTGV4maI+0Qc11ffQlO+JF81FerPpV11mwNJaBXJYqtx+tyRvwtO40L/fJHbNsXdpInv2vpctKEkkk+VtkOMn6B4OZtjd7UpZ/pCii30UOmdXPYBlhvam2vGbPp6rOPbRAqbcl7rnMQcxJC/SXnkNr5nH47jFCwA511AQaj7ZGWbig6GvWF5B9MdcRZ72k4eHCQUVGRnPaEV686LGbDbwd1FF42xxtYUtQe9MQQ1mbeOEQRVW53pS1GC4+TB/OLnLMTjxVbijLTthckrEubCxj/b9Kl5UkkkjyN8q3yK/Y9KWt6mJF9MdKtmOg+ICYOifUz3hS5EIB40UKGM9Pps55G6M5zAZRh7Xht2k+aqJ2YqTGAyk3bHF1gzoyL2m9lkeYR33t+gKy5yutUVY7qwKMPvTeooaA/Sa8a0lfyVmEHTbFPedZfIsjW3nq7izEaNF2MVXOEx82HUBPkpAqN1i4HR3pm/Gs5igGZOtpfvmr4Sz7m8NJjj+QrilJJJHkb5WR3LW/GpCti+9m+yNyHSlqPob2tE28fsZQwT4hda5NaD3FShIPyMSqc6FLkHd9MXycZvPepUOVF1CfdJBvOGEF2+qCTPrlkVbLv1Z9ARvijL7fGml+tfSu3vhVxxkIPb2EZ2S0Zx3D/R16CNqmifqQZWj0N0Wj72I8Ld/DH7C/GVCkyq2nFesE+nK38ILWz2uOoC99LSv3+Xwkx/E40tb+o3RJSSKJJH+rIG3B/zeUZbuLfMso76RdsY+n57KKlqyyZW+qI2899Zq1nuKpc3vQ8kBInasPtkHo7vkI3KaNpqT9fDdgjMdKvuEk/7rOa/KBfl+rvoCt8RY/a4kwD8+7yjIyVJF4dR0vjt+YsA++LvPxaO98tEQIu2nkrM9ftdDn782AB8YqXNHNamNUnUB3hjP6CvcJ5T5TV5NjXvlkONth49c6gVsSSST5RslgxvpZA+mry9mXgCP5LnhSKRTRH604iIEc1nrKTmg91TuZOscae7SGLUWG50K+4STjxjo8qXFHRdQuvuEk4sic8YbgRa3tMRZG+Lr0BWyKXvq+PMK8SMjImIkcfxeMNlxCafAW3HXUQNxxXbRGruAl9TojVuHDerHPH0+Vc+KpciyHuZ1Wq4GSQ/zZTw8r95m6um8ox36pdClJIokkn5cMZNn+82Dm+qtsV/HARBH97bxBxxPeesoWH9Tv5buSWb340eIdQupcoBmq71vjgasmr9XMngj0lQgbTlh/0+I7ei/lUeaX2BOEr8UvKo+30Wp+ZNoefVxj/JLjHL6KPG28jKzbtrhjP4snaLdFLkP1DQP0PLbjq9CnqspVH0VbsiNGKHJmqSw9KcvZzr/mkXxHXelSkkQSST5H+dZIpp0l+Zd2Vu99tHgbhiggbFfUz8jYguH8DULrKbHqXFfMWqFWc7gNks4awGeDBgruOfENJ4XBW3HVWRPxp9iGk0VVrZGWml/5XT6rSdoea72i/qHJcPDeWbi5VRtNKYf45pJE9+W4a6/O20m1RSzlOcz9dMvA+/xNpMqt5TtvnlQcQGuyI0+VG8l35qlyA7J1RSP5G1Wk60gSSST5PGVItu4/+2Vro8jPvBpSFNFP34yhot0YLj5EQaEtPmo5IqbOTak6F2SBMl8hdS7iqCl6Ck+jM+8U7h8yhfeWmSj3M/iQoubjRVGLvvOV/oKsMWFbtNX+6gDDj7y3qMJ//0K+M6a/7Dwij5vDx2kW/0VaQy15n7+RXFehzx9PlTs+JVVuD89hflZ3AsM5DqwBK3PMScPZtm9Ll5EkkkjyeQr7EnAw03Zrb+rKYd5Ju3wP+gtY/YyNvH5GT6ozRks3C/UzpqTO1XsboyV8GWKO6sBn41yUhW7lUXOWrxOubJiNlAvz3jSHmeY1R5p+tX0B5eFmP2yLML+pyMgIOWmFgYoL6Mw5jqDdBgjcooGaoKVovr8YDXcXYaxk10SfP1YHtSdpDZ6UHcdQ4Q66ldiI5xPlPpeND2fZPhxLc/yJdBlJIokkn7f0y9bN6E9fXco7aedvxFjVMe6D2Ea3wTxy1DJbvGw/OZE6Nzglda7glhl8nWcj/twS3tNULjsK392G8N8xEzUBRk/bosy3V32VzaM74lb+Qh5hFp0rZmQkXFnLH2M0JR2A36YFvJ1UU7hQvKjJ35xXbppIlavZje7EdWKq3FZ0Ze2YLPeZsuLFULb9ZfagXrqEJJFEks89ao4z+vZQpq07BYH8S8BnVQfRnbMTvTlb+L6KnhQHmttJd/fuvPWUoupcg98iNIbaIGzfAvhv1kJ93B7eQi/5xnpc3TATmZcWsG3aifUxlr/56iLmGGuVlrDF5cnnxYyMgI28RkbFI1d4b9BEzBFtnpHBihe1BtvQLcFBujVw4xHz03IxVa76BLozN6K3YC+eVe7n5T5Zx4HhXMeDDXGbvy1dQpJIIskXIcPZ9ovI33SxgmmjRVsxXH4EHalOGK04zJMSBrPt+XdhU6vOCalz1uSATeDtOBupl1dhuOoi6hMP4LarDoL3zhqvD1o41B5rsb7o5le0TbszZqleyyPTzuhjYkZG5E48bbqEHG973LafheRzhmhjff5uGvBvNj9qODyZKlcgpMo9JcfcwVLlig+K5T5Xsu7YIyM5jvbSpSOJJJJ8UdKdsf5fBzPXhXcnLX/N8pfZo9TWFGcMFO7ESOkR8kO2+KDhwETq3ETD1gBT1D5Ygoc75uLBTn20pB3CYMVFxLivwDUnNeRf137dFmUWTIHrl98XkK0G8kjrdQ1BC0eC9qjjxhZtNKYcxmi9J5I9V/B2UtlXTNHOqspd10dvkj0+ahJT5XrOYzDLFn2Zrvwb0fZkBwxXHMNosSt7jMHKfXaP5W+wkC4dSSSR5At7nIG3vjWcbbuRBYKs/vvT0p3oL2L1Mxz5I1YWOI4UOAupc91uYurcGl6ruTXcBqnnjShqnoOcO/b8S8CKyF24vmk+wg+zDicmXV9JX8CuqEXfaYu2OlodYPTy7mZV3Ntngs6807RyuCH6lAVvJ1V0xwJt4daoYX3+Mlx46xYhVe6MkCqXu5s+gIM8h3ms9jSe5LvwjIy+9DV1I7kbtKRLRxJJJPlCH2dk2Cn1ydaWML/Dqlo+rT2B9jQXPCnbh+GigxjIsMOL1qNTGrZuQf3dhWgOMkf5PSv4b9bAowMm6MojR15yDqGnrPiGk5I7+q/kkWZffl/A9sfW/9Iaae5d6q0/kZHB9o935Z1E8F5DBGyajcqAJRPFi54UisWL+jzxou0Y3SaswVDRIbpl2MtzmJ+xcp85G3hVuX7ZurzhHMdp0mUjiSSSfKFRc5Hj/xvMtD3Xk7zig740RRH93ejO2Mij5m4WNJa58sevrzvP44Pq/Wh/tIycsxFPnYs7oQdvJ00UP3DhiQ+FD7fgmrMG4k5psg4nDa2RFjpHvsxt2t0xlm+3RpjFs4yMS/aqeHyZZWR4oSX1IO5t1sLD7ZpoCLXhBUAafEzxtGy3mCrnKabK0fllxzBUvFPojF13Qij3mbwMg5nr45/nbf6FdNlIIokkX7QM5dgZ9aWuamdB4UgBq59xDG0sMaHyEN3V72Llh/Gq8zTP0Pio6dhE1bmWECte0tjPeQ6iT1jwipoduScReNAUdzfPRJmPwQt5pMX5qmDrL68vYFuMtWpL+OIqISNDHTn3nHlGRlXEdnhvmIuI/Qt4OylWvKjl/hI8F/v8CalyuyZS5frzXdGZsZWnyrEPgPXlGsxaH9iZv/rH0iUjiSSSfNHSmbT6xwOydcFdCTav+jPW4lnNEfJJrujL2yqmztnied0e7rt41TnyZS0PlvA04MbQZYg4oM0LtjHfN1LrgUyfDXzDSbLbvPHmMNOSpggrNXwZfQHZQ3N5rJVxc+iibiEjQwPlETt415J8vw24w9pJndJHa9QK3gq8PWwlPqw9iDcsVY5VlWOpcuwWoeokerI2ojd/D30Yh9mzZfaM+aPhbDsPVG38nnTJSCKJJF+GPxvKsnfoSV45xKLm0eKtGCzej7Zke4qeD6NHthmD2XZ41X3uY6lz1df1IH9kjZwri+BDjjjx4jJeq7kl/Sh8xA0nVQFGz9uiLfd9KX0B2a6W1mgrh7qghaNBu8WMjOSDvNxn2uVVuG2rjgxPE7RHCRkZ3XHr6Zc5gjf0S73pu0C3C07oSXMRO2M7Cp2xy/egN20Vy8oYe5Jrv+cr3TkjiSSS/J+SsXS7d3tTVxd0PF46PpBlz7PF2lJd+KPW4RJyzilr8WHTwYnWU2MlO9HguxhNAab8S8CQXfMQ6KqDxsR9fMNJ0rV1fMNJhhffcJLeErH491/4L1GWsOq77VEWp6vvGb66u4llZCxEZ+4pvlrEnrGiiFkdhbfM0R6+lByzAfpTN+BF0zGekTGRKke3Ck9rjvFUuaHSI/SLbuM5zH2pq4ZGcxzXSpeKJJJI8qVFzcHWf9+XtuZkZ+LSZz3JKzBWugvdObvQnkJRc8VRfofPAsrXFFi+7jqPD+sOojN6DS/Oxqpnpl9ciNt2s5BxfS1GatxR+3gfbrlq4+HeWeO1D4yfyKMtnb/wvoB1Uct/wir2l9yZUiOjzA3dBacQun8h/DbOQrmfFVqDrVB70wjD2ZuFVDnWHlyRKke/9FjVId4Ze7TmFJ4UbOZV5XrTV3cM5zotli4VSSSR5MuUwbTVet2Jy1o64pdgKHsDL6IvT3Tgraf6c3ejN3kVzyhjRfRfthzjqXOsOFvzAzNUBljxTLSgnfroyD6GgXI3RF9Yhmsb1JB3Tft1a5RZxBfeF7AtxvI38nDzpJwrQkZGwuU1PMFann4IAbRKBG3TQN1DGzQFmqH+jglGi3bgpVzo8/eiVUyVKzyIkTKWKucglPvMdUZ3Eu+MXTWWu3GudJlIIokkX6a0xaz4UU/ysoC2GIuXPGqu2IsO2RZ0yZzIOR9B5+N1GCvbwh/Hspo/H1TvQ1vIMr7hRB6xDPEndXnUnOvjwFPnikNccc1lHsIOzx5vCDbpa4+2WMZKJX9hv0B7tLV6a/jimqTzc8c97GYi20/IyKiJ2QmfjfRGWDup8BVC8SI/Mzwtn5Iq17AfPYlrxFS5XZPlPrMduGMekK3LHMx1fle6TCSRRJIv9XHGW299qy95xbr22CWD7bFWGMp1wkDRHjTFr6Ugch+60zbztncvO+juv8cNLxqPYCBtA6quGqA5yAJFd8z4xrpHBxeht+g033Dy8LgFbm+aicJbuixq9u36ovoCsp5WrbFWi5pCTXqjjs4Z93KYg7Lw7XjadBmFgRtxx3EO4o7pojVquVC86OFSnpStSJV7VrMLXQlCqtxAwTa00y/7jJX7zLDlu/4GM22jn2e5/Id0mUgiiSRftnTG2vyuI946uzli8Xh38kqMVuxDc6IjerJcMFiwHx3xq8hf7aAg0w0vW09Q0LkTTQGWqCNf1/TIGhEHFuC2/RyUPNxEUbMH8u9vBqsjFHtCA42hi+rkX1RfwIY4o2+3RVs61z8wHnsgZmQ0JB3E0wYvpF9by2tkpF4wQhs55pqbBuiMWi30+ROryo2VbaXI2B5jVafQm+0idsYWy30mL381kGHr+6TC+UfSJSKJJJJ82cJ26XU+tjncErn4aWu0OYbynNGVtRWNsaswWLwH7Y/tyVetwauuE3jdeRof1O5Hd9w6VF7WQXOwBbIuL8St9WqIOmmJ/rKzaMs+Dp89xrjuNAOl3vqv2iLNvJqDrX/wub/xvmDr77VFm7tV3TN4wzIy/PYu5LtdhqsvIv68NTnmmci9LhQvqmbFixLseMjP+me95qlyG9DLU+VOojPdCb0F+/g2yN601WDbIoez7c/1JKz6rnSJSCKJJF+FdMRbacmjzBsbw0yYT8JwyS40xKxFb85mipy3oz12GT5o3I03vWfwUdNhjORvRu0dE9R5G6PmgRXuu2rgjqMmqiK34UmtO9Jv24OVRU48x7Zpm9R2xFjN+tw3nPQ8svhpa6R5YPFtvfErDjMQfMKKVgY39BadQdihRfBxUkeJjwXawqx5qtwA7/PHUuUUVeXsxFS542hLcRA6Y5fuRE/qSpbDPDqSa7+9qMjx/0mXhySSSPJVSHOS3g9aoyx860OMX7ZEmmEwzwUtSRvQFLsaffm70BK1GoM568mfHcfL1mN4VrETraHLUO6ljSaKmpPP6+PaWlXEuy3FcOV5NCTtx/Ut2rizaQYq/AxfyiMsj7O2fJ/vm461+R1LmM6+rDXuZaeGx5eEjIy2jKO4v10PgZs1eJtvVryo9vZCWk1Yn78TQqochf79aWvRz1PlDvNUuSdVJ/GkaCs5ZZ7D3D+c5bhKujQkkUSSr0pYNNsWsXhNQ8jCwfpgI7Bnzb25W1H1yAY9OZvQluiMtugl+KhlD/m04/igdi/60x1QfkkPtRQ1l3ibUsSshjtO81D/eBeGys8j1mMlLqydjhS3eeNNoYvyWiKsP98NJ60xVhotYaYNiWfnjnvYsowMJzxtuIT6+D18v3jIznloerScFy+q916Ep6Wsz98p/nyZlc9TpMo9Kd+H1mR7nirHyn2yHOa+1NXyoawNC6VLQxJJJPkqpeGB0W8bQkxk1ff13rRELsZQ/ibURa1F8+M16M50RWMoRcOF9njddQQfNu6n4HIL+TwLlHnpoD7IHJGHFuDSyhlIurQCgxVnUB65DZ6OGvBznYFqf4MXzWHm29n3dZ/PShJs/fes+HNziElfpCIjI4zVyLiC4qBNuEv/cNQhbcgjV/DiRc0BFnhWqejz54EP6BdgDVhHSo9huGS3kCpXfwojuUK5zwHZutLRPKfZ0mUhiSSSfKVR85G3/q451OhAdYDe0+r7BuiiqLk1xREVD63QmbkRDRFr0B5jiRdyCjzlBzBWth2dMatR5KaFam8jZF0yxJXV0+GzWRvNqXvRU3QCD4+b49xKJcg85r2pDzZJrA5d+Pbn8mZZIQ6KmLfUPTB+xjMyWDPCxAM8hznzxnqekZF01oBnZLCk6/bQZbz196vO89wxP6/ZOVFVbrBwO9pTXfBcUe6THPNgxrrU0dwN/yVdFpJIIslXLfWh+vOrA/Xqy3y00RS2GD1ZTigPXoqWxDWQJzmj/qEZRssc8brjAJ5X78BglgMqrxuhxEsbFX4mCNw2BxeWTkfa9dXoLz2J3EAnnFs9E4E7VFF1T3+sIdjU7nPpCzgYt/L7rVEWnpV+BuO8a8leY7Rnn8RIjQevrMQyMrIuLxKKF93QR3fsenzYcITC/QtiqtwWcsAOGKs6gb6cTWJn7GNCuc/kZUyHPc21+zfpkpBEEkm+8scZ/urfr3mgd7fk7oIXVf666Exaidqo1Sh/YMajZ/ZdWke8JUXMO/BRwy6MFDqjmSLqvNNzUXHHEAmnteBmPQ1+2/Ugl+2HPOMg7uwyxNmV7/Ooufa+8aOmR/o//ZvfaGu8xc/kUWYPi2/rihkZlrQSuKGv+Cwij5rBmxUvus3aSS1F9TV99CU78j5/PCOj7wKGxapyT2tO8G2Ovfl7aaU5gP701eSwbV4OZq6/NZK29ofSJSGJJJJ85Y8z8Na3Gh7orSj3mT9QfHs+Rc0UdKbYotBvMZoer0ZdxDrUBBpjrNIBL1t24kmpC/mx1Si6qIMiTy0U3DDADbsZOGetAtmdtegpPIrE62twYpkKgnarocpPb6D2vtES/K19AeUxNu/KI8yysi+xjAxVxHutxkitJ9qzjiFolwH8N81Bhf8SyEMsKWI2wlDmJrxoPj6lqpwdesVUuXaWKld8AE/Lhc7Y3UnLng9krj/VVeT4HemSkEQSSb4OUh2g/TY55pSC6xqvK/y00U5Rc0nQUpQGmaMx3g5lPqYUSVvhhXwrnlZtRn/melTfXYisY5oouaGHkH0aOLH4PdzbpU9R8x5UxbriooMmTi97D5kec19XBxr4lPos+NuC0bZoq3kt4aZNioyMLF8n/ny5IWEv/DYtENpJhSxD0/3FqGPFiwp38AaGvIZp52n0sVS57F0Yqz7Ci1BP7Yzdk7xsdCRr/TZ8kUU+JJFEEkn+kqj5yFt/V+Yzb2/BNc2xghvk38JMUB+zEjl3jNEYtxIV961RE2BATtkeH9RtxkCePeQRS5B1fC7yL85H6gX2OON9nFkyHdl+69GZewCPzlrhgPkf8XC32niZj057xT0D/b+6LyCritQWs8S6KWThQMSROeOebD94mFAjoyxkC+5u0ED4vgVoiViBBl8TNPqaiX3+xFQ5+RFywGKqXMV+tLJt2bWs3KcLupKWoifJcmhQZmMnXQqSSCLJ10lKb8/VLLyhWZd9eQ7K/bQgT1iBXJ/FKA82R3X4KhTdMkS3zBofNblguNgBncnLUXJJFxlHNVBwTRvem1Rx0PgPCNhniFbZLuQHOeL4clWcWf4uMjzmvqnw0/XM81L//l/15thOlfboJTtq7xs/D9yljusUIdcl7OeOOeeOHS939/iEHtqiVqD+jhHvifW8ivX5E1LlPmzYh+7E1RgpPYoRliqXxMp9nsJwjj26EkzRl2zSN5xpeXBQZq4+kr5s+tN8+z8O5tq9O5C99g8TpBFZtr/vz1j9u9H0df/FeJJj904fI23VO31Za37bl2Lz2yeZK34zIlv1a07a2l/1pNn8ajh7xdvdKSveHs5c/cuuJOtfdsps/nMwb+UvBtNW/uJ5jvXPWa3UwWTrn7cTA4nL/qMtcfF/sGfqfWnW/94Xs/Dfe5NN/43Rk2DxU0Z3nNG/MrrSFv2kLkqgM0z3x+2PDf6FURVs8C+sdTlDHr7gh8NJej9gO4oG44y+z75UGIjQ+Odaoi94wfeqiJ4E/e92RS36TleU6nfag2f/E4NlwTAa4t75doPXO9+uCn7vH1ix7SLGzU/D7jYYnzXHFta0I5Ow51pT9eT8W3//5xL8Gfyp48Bbf8f47+ZZdPLncOTPgD0fVPDJ8ad469O89aeR5P+Q5NHfa+HNOT5ZXrNe5F7TQH2YKUofLkHGDX1Uhdsg//YiVAXqU9Rsi9FyR3TJVqEuwAQp+2cj98I8RB2ZgyMmv8epJSrIC1yP5rQd8NlrhJ3Gv6OoWXW8+OaCqtLbOup/1bUlDzf7oTzS/EqFn+H4bVoBfPcYoS3rBEbrPJHsuYKnysncF6KdFS+6YYCO8BW8z5+QKueJZ9U7yQGvxWjFcYqat6M12QnPao9gULYMnXH66EkwetWXvGiwL8Wiqy91WXt/6gp5X+qKlr7Ulc19KSuae4je1BVNvSnLG8lu6Ele1tCbsqy+J2VpfU/qsrqeZBtGbU/y0trelKU1PcnWNRSJ1/QkLa3uTrKu6kpaUtWdtKSy67FVZWeCVUVXgmV5V4JFeXeCeVlXgllZe5xZWUf84tL2eNPSjnjTko440+LOeNMisos64xcVdsSZFHbEmhR0xC3Mb4tlmOS1RRvntcUY57ZGG3Laog1y2qL1s9ui9RhZbVF6Wa3RepmtUXoZ8khdWUukTlpruG6qPFwrhUiSRyxIkIcteNwSNj++JWxBrDx8frQ8bF5Uc9jcyJYwzfDm0LlhTSGaoU0hGiHNjzQekh3UGKp5vzFkTmBTyKyAltDZ/nTsXkPIHL/G0Fm+jcGzfZpD1L0bHxJBM+82Bs+80/BQ7XZT8MybjQ9n3mgMUr/eGKR2jeyrDUEzrxCXac6rMZgx05PmPeqD1NxrH6i5NzxQu9BwX9WtIWj6+foHaudo/mx9kOqZuoeqp+uCZp6qC1I7WfdA7URtkNrx2iDVY/UPVY/WBc04UnOfCJxxuC5Q9VDtfdWD1YHTD9QEzdhX90B1b80D1T3V91V3VwZM310dOGNXdYDKzqoA1R01AarbavxnuFb6Ef4ztlbcU9lS5Td9c03ADJeqezNcyv1mbCzzVXEu85nuVOo9fUOpr7JjqY+yQ4m3in3JXRW74jvTbUtvK68vuqO8ruS2ytqSWyprCm5OX11wQ3lV0XXllflE3nWV5blXp9vk31SxJntJwTUlq9yrSpZ5V5XNcy9PX5xzVck0/7LSouyryia5l1SMZR4zDGVeygbpnir62Z7TdbPdlXSyvJS1C7zeX5DtMW2+jMhynzaPkempNDfnkrJmhruyZtbl9+dkeQhkek2bneuhNCuDSHVTmiW7qKye7akyM+vydLUs9+lqdFw188I0VZn7tBmMbC+l6fkeyipZRObFPyozMjzfV2LkXJw2LdtT6f00ItNd+Y+MDDeV9zLc3nsv12P6u+kef3w3+9L7f8jymPZ7Rv4Fpd9lEPT+/yvnyvR3ci5OfyfL64+/ZWS6T/sNQ3ZJ6dcyN6Vf53oo/yrbbfrb2VfefTvT871fMmQX/vifeV7TfsHIuaj882SC3vd/MGTuqj+Tuf/hZ2lX3vv33Nvv/1uy5/v/lu2m9FNGhtc7/8rIv/yHH+ef/sOPk0jnXHzvXxiZ16b9KPPMtB+leSj/kIKGHxSd/c0P8rze+X7ekXe+n3Xu9//MoJ/5vbJ7St8tc1P6Lp3znaIjqt/JufiLf2Kk+bz9j2lH3v5HFqTETWUzBS1H3vsHFrgwgo8IfFbwMpWbRNqngpa3JmDnVPGf87PvFN+a6ZTtpTYmc1dDqa8W6mNskH7NgBy0GUrvW6Pghg56s6zxtMYBvdmrIY+xQM7Z+Ugnp5zhPg+X1ipht85/IfCgIRpTXJFycyV2L34fZ1nU7K7xpui21omye/p/eY2g9mjrn8sjzEOLbgkZGazOaF/JefSXnkP0SXPcdZiJ/JtmvHhRzTVytPG2+KjhsFhVzh1jpZvQlWSLsarjPFWuI30jnlXtwmC6BXPKxEL0JJKdvJQ9b+Z0J9uwbA2CPepYyjU5WXQlKrDidCYsIUg/tkTHVOItCDN0xNH74ixGe+xitMWaoi1mkUC0CVoJefRCwhjyKIYRYTgujzQcb4k0GG+JYOgTeuPN4USYrojOeNMj7fHGUIaWyILxhpD5IvPG64Pnjtc/ZGiO102gMV4XpEFzc97UBREP5ryp5cwmZr2pvS9Qc1/9TXWg+puawJlvqgMmqQpQe1Plr/qmmiHaVf4zJqi8N30SPxXG6yqi0ldZwI+hIuArzFcw7ce00usKn0nKRaban2ba63Jvbr/ieIuaM43G016VcZReld1VelV6V9R3phFKr0qI4ttKr4puTZug+JbSyyLOtJcFN5Re5V+f9qrg+rSX+demvcwjcq8pvcy9Ou0lOdSXOVeUXmZfVnqZeUnpZdZl5RfZl5RfkBN9kekpkMHwUPoo3V35I5m70ofpAh+kXVD6IP2C0nPSz9MvKj9Lv6D8NMVN+WnqBeWxFDclxmjKeaXRVDflJ6RHUkVSzisPJ58jzioPJZ9VGqK5QRoPJBEp55T6aa4/5axyHx3vo7le0j0018P1OaXupLPK3TTuonM7k84qddJrO+i8DjrWnnKWOKfcRnNtdF4rg+blDPqZLckCzUQTg35GI53fSO+pIZlIOadST+P61PPKdXS8juZraVxL4xp6n4xqokpAuVKkgs6poN+zPM1NuSydoIWklH52aaqbSgkdL6H5Yvp8itII0oV0bqHsolIBfXYFaW5K+eluKvmyiyp5sgvKuTI34oJKThpBn2s2zWfRopRJtoxem07jtIyLKikyd+Vkmk9Mv6iSIPNQjic7TnZBKZbmo8mOyvBQjqD/r3Ba8B4RoXROiMxD5SH9PwaR/YDOu0/zgRkeKgEydxX/TA/lexme0/zo/9o3013FJ9NDyZuO383wmH6HroHbMk+VW5keKjezPJVu0LnXZZ7K10hfzfJUuUI/4zL97Et0vXhleCl70jketEB6ZnsqX8q6pHSFrqnAbK/pA2lu08dzLqujJmwRsr1NKWrWQ3kIa8hqgNqH+nhSsQYDBWvRmrgEZTf1kLBLHZnnNRC0Sw17dH6LM8tmoOChHapiN8HDeR626P0GwXtmjBdcnZtTfHX+X16HvjncelpLuFl+ppfWuCfLyPBchZFqD3TknMDDPYbwc56FMl9LtD1awiPmgVQnvGg6yrvKvu69gOF8R/SkbuQZGV3ptujOdMLz2j0YK9lAbCTHvRVjZTsxVr5LoGyXMC7bgVFGKWM7Rku2cf2E9JMSVzwp3iqyBSNFmzBMjCgodMFIwUbCGcMcJ3ofGwTyHDGU50DYYyjXDoM5trwwCWMgex0GstYS9CFnrUY/MZC5Cv2MjBXokxHpy0Vs0JvGWIreVGtiCXpSrCboTrYkzGlBMaOFiUhcTJjS3cMiERNO52MTWkTojiPemLQRYUgLiREtJKRj9WkxMaCFRE8gWpcWkylE6UAeydBGS6QWWiKYZs/756OZET4PLYywuaBoHE2MR5qkNdAUyurEEo/IfjSH2xSBo55o4GiIkB1M85zZEzRwZqH+4WzUEYKehbqgSWixIdRRe58uaJFqoiqQNCNADVUBM1F5Tw0VDD81lPsKlBGlPmoouUvaWxUld1RRfGcGoYqiWzNQyFGliGUG8q6LXJuB3KszkENkXxG5NB1ZXgTpTC8Rz+mQeYi4T0f6RYYK12mk0y6QvqDCIQfFSVFwXuScCsghCpwTOSuQxDgjMsVOJBJOC5pzWoTNf3KOSDhFWiRBHE8l8ZNzpz9+3mORhM/i9JTjpyfOGyebUBqftAUeKzglItpTz+GvUcDHShPzj6fYk3PK44lnlN5Movwx6LP7zLkkhZ6wlSY5IzD58wRbOH/ivNfJU0jiKIuwOW5PnJ94Vmmc/T+ya6TUdy5Fy4uR4L4AJaTzyUnnX51H0bIVhkrWoD3VBnXBC5FycA5SD8+i/9PZOG35B2zX+i2CjhmjNsEF4W4W2Kz/X3Bb+S5kbrM/yr86d/tf3E27I2apdlOYaWuCmJGR6bMBow2X0JR8AP5btPDAVQO1QUshf2iOuttGGM7ZgpctQqrcq55z5NjWk0PbjKfVB9BB0XBz7BJ0pK2jyNkBnbKN6MzYTHoz1x0ZW4jNArJNU+ypsHlC5iLYpNsVUDTeTj+zg+A2I81ZxAltRPsEG9CW6khzjmQ7CmOOA9kCn7btRQS7I53s9Mlxe7odp4PpNIatQKot/VvrRdbReCpr0Z6yFm2cNWhLVrAarSJtyavovNV03ioBGrdxVtLxlVy3pTC9gtOavJz0crQmCbQlLaPxMj4nsIzPtXJsyLb5mG6lO5TWKXOfIlmEzmsTz+d2sqBb6e6G0cZ04iRyrpdAniDy2IrTEm+JZo4FmuMsJnRjrDkaYszRyDFDffRi1EeZCkQTkaaoI2ojFqEm3ISiGeKRCaofLSSMUR1qjCqiMoRhhMpgQxEDVDxkGKI8yADlD/QF7uuj7L7eFHTpdpUIJAIYOmTroCRAG8X+OoQ2Sj6GFor9tFDkJ+hivwXcLvIl7avQCuYL+HwW87gu9J6HwrvzkE8UMHsKBXfZsblkz504j1HA5kQEW3NyfEeT0ODkk62AzeffFshj3GI2nXOLzr0twOz8m4LOuyWOb83h5DF9kzGb69wbNHdjtsBNwc69MYsfz7s5WxwT12fx+bzP4ro617mkc4jcazS+JujcazORw7gq8snxFYYaLcxqyGL6smAznSWSPYEqjVU/Ma8Yk77EmIHMS8JCX3xnDl1rpki+rIfMmzooum+ODHctNIQbYKhsJfmxZWikazPv4nzEbVNFGjnm207KcJ33a5xfRUFFyDqKnNfj2EpVbNL+FY+acy5pJtBn8as/2ymzZy3tUdYrmkJMBiNZRobDHJSEbuNf/FWGb4O3kyZCd89DU/hyNPqboP6uCcaKd/I230Kq3En0p64g5+zCC0s/Kd2EQYpeBymiHSx05duzBwu30Zwr3QZsRT8jf4tA3maB3E3oy3FB7wQbaXVyRk+WM98q2ZO5gaJwR05XhgO6ZPYUmduhk0FOsYOcYXvKOsH5Ja0RWQ05I3EVQc4tYQX/xrWF8Xg5OQobcg5E3NIJmmKt0RSzhBwEw4rTEG1JTkKBhUAkOZAIWqQizFAbvhh1RC39R9aEmfLbIM4jIpQciEhV6EJUhTAmnUhVMOmHxuQ8mEMx4k6EQ46kIkh0KBOaORcDlHH0Jyi9z5h0MgqHUxqoJzibwEmnU8LREbS/YBeTLTgg4p6gi5i+p8vHRX7ahA4KfRnanAIi34e0j6DzvbXIsWgh7642cu9oT9FapLWQc1sb2YxbDC0BcZxJZNwkLZJxQxuy6wTpdNLp1wTSRFIZV7WRckUg+bIOki5rI+mSAq0JEr0ITy0kcBaIWltEmH/soYV4D0Fzm80p8BC0cFyb21NfJ5ynzUnwEn+ul/bEPJ+bQiKRJGrOJXrvCuj3SFTA53RpTpd+P+KKQJJCXxaPkZ1yRQ8pV3U/zTU9Tup10kTadX2k3RC5qY/0KchuEbcNSBsi45YBMu8YIOOOIWmBjLukiSyGtwKjCbJ9FLYh2QbI8THkZIua46vAiOtchp8h8u4ZIc+P2QbC+BNMzN0TdP69yXE+x0CYF48VMOhnsXk+9v80hYx7TBuICHMFZBf466OIKAkyoc/MAPFuc1AYYIyMK3TsuiZ6c+luOW85mh6bo9xHD/E7ZiLp4EyEH1DFPsN34LrgHTw6Q0FDnCP8Dxtiw4Jf4+Kqd5F+fs6TbC9NW/Z8/M97vpxj/U8dMZZ76+4bfxC4ayaub16Ausf7uGPO83XEbYfZiDnCihctR72PMZr8LfCsghUvYn3+LuKjln3oTTCj2/m1GMzZhIHsrRjI2UHOdhdnQKQ/Z+cEfZ9ih0A2Yzunl5G1jbRAT5aryFZBZ24V2YIeisK7J9gssomcuAs58alsFCL4dGdeyP/jOFMU7ESR/gYRirBTHSZJEXRHqj1ve96WYkfRoy2H7Rhq46ynSHYKSesIZq8ToM+oNXkt5MmCZmM5LSLyxDU0FuBjxsfs1QK00LRMgUXaLUmr0EILDyeJsWLCljNbQeJykWUigt3MSLARdKKNMMfGnKWcpsci8bRwPbZGY/wSsmnxipukIVagnmOFelrU6mMtKRq2RB0tbrW0oNVEmhNmqI5QsBhVYYtRSQsa55EpykMXoSzEhFiIUrpdLHlIBBmj+AFx3xhFD4xQGGiEggBDAfpjyrunT3+cArkcPfrj1xXw0UW2t84EWXcJb21B39Ehx6MtohW/IeAAACnmSURBVIXM21rIEJHdmiRD1Ok3F0Amkn5zPjk50pz5nDQF1z+LeR/n2jxaZKZAt8opIslX5gpcFnSKwr6sieRLmuS0Ncl5M+aSg9ecxFOTFgdNWjQ0aGEQ7ARPDSR4aE6OyY53Z+cINjs3YcIWX0vEu5Nm57kL5/PXTJmbCjs3/qIG4i6QfXGSuKn2BYYGYi8obGE8eVxjYu6TxLpNvoa9PsZNY8KOJTv2vAbXk+eL4/MCE+ec1/y4zfUcrmMUnNNANOOsBqJOkz5N0buPDnLvLkQ6/ezGGEP0F9FdaApd04+MIDsxB9Guqkg6NRMeq9/Dxtlv48L6mSgKXYOU2zbYvug9uGi9jdA9M96kX5gTmuw5688rS9H+2Ppf2qMtb1T4GozfYRkZe1lGxjGM1nkh9dIqnpGRct6QFy+qvW2I1hAbPGd9/tpZxHwOL5p3YjjbGv2ypRjIWEmsQX/GWgHZGk5f+uoJetNWiaxEL0XavSmM5ZweBt16d3Ns0J24FF1EZ4I1utiXgI+tBOKt0BFnSVigg26F2+k2uC3aDK1RiwlTeq+maI1cBHkEwwQtdAvcEraQMEYLfZjNjFBDNIUYopFjgEa6/W2k299Guv1t4Ohz6hlBCvQmqHtAUIRad1+wa8muJbvmvh7XHIpaaygiraGIlWuimuxq0a7xZ1oH1RSlsrkJ/KdoEbafv3IKFRTRVlFEW0l6KlVM++sJ3PsE/rqfmq/gWnfyGEULDGGeNDm6cpEKGpcrYHO+gi4jXepD+BpwSnzEsUiJtz6KvfVQfFcPRXf0OYUKbjP06HaZoU+3wnp0K6xHt7/kVIns66Q5esimCDCLosHMq3oiuhzZFR2kU4Q5iQ7SvIhLAulek6RRpMpIJTvVk2mKvL0EneqpgxSCH+PHRS4JpChe5yXOeU0eS7uksLUn5lIvM3SRRloBn6P3m3Zlcjx5jM69MoWrNH9Vd4L0T3KNQdEwIaPPJ/26MJfG5slWzMluMOgcFh0zzdHnx9kx9iVXhmL+5lT06W5Gn9sZ9H8zlczbnyaD6TtT5sjOEmFROD/GxncNRPRpsTQQIfuuqBVzdO1kMbhtIEbj+nw+21sxFs5j8zm++hPHmZ3r+/F5hT15Pi3gPnria/SEMZFFdra3Lr0/Xa75Qk9BadK5eci/MQfd2ebozKTAI9oEhdfmI2rTDCQcUkPgdvY441dw1XoHUe6LUBqxHle2zIPtnP+E55p3x1POqPelu82yZGmk/6NjbomxfFseaR5ZdFN3/LL9dDw8Zo6+knMYLHdDzBkrXrwo56qpkCpHt0Nd0WvwYR2LmI+RYz6JN73H8Lr7OF73nCLOEKfxinitoPsUXnWfJE5xXnefEKHXdB0TOYpXnYwjeNVxmDTjENmMgwRr+HoAL9v3E/uIvXjZtkdkN1627saL1l3ETryQ7yC240XLNormGa74qJlo2kpsITbjQ0bjJmIjPmwQ+KDeWaBuA+HIeV5rT9jheY3AsxpbPKtej2dVgn5atU5kLZ5WrsFYBcH1aoyVi5StIlZitGwFRktX4EkJ6RKml+NJMWPZBCOMIhuRpZMUWmO4YAlhzRkieyjPcoJBpnMFPch0rgVhTncw5nT3MhUzuqNZTJihP4uxGP2ZphP00biP6YxFnH5R96aboIezED1pRKoxulKIZGN0pxihM8kIXUmGNDZEZ6IBOhIN0ZFA+rE+2uP10RqnB3kMEa2Hlig9NEfpojlSF00RRKQOGsO1UR+mRZAO1UJdyAJOzUMiaD6qiaoHApWB81ARMEmZ/1yU+mmixG8uSnwZmpwibw0U3SXuMOh29PYcFCi4xZgtPA/lz0nnIPf6bOReUzBrgpyrs5B9ZZKsKXb2ZRozLqkjm8i8NAuZXuqcDM9ZhDon01MxR3gwPZPbMg+WhiqQrtAXp3BBHWkXZn4ct5lIPa+O1HNMz+Q65RMknyXOqCGJSBZJOj1TRA2JCvuUoBNPMdi8cExxXJhX5ySdFnSCAn6e+iT8nFmcBCLxM1AcTzqjYDbNf4Izn7DPzOGwcxWwcYKok86KsPPOThmLCK9laJAtcnYKfEx3DATTSVNsdjyBHT89R7BPzkb6eTW00HXdk2dBd40mqKSALPGAOqK3zUDs0Rk4Zfk7OKr9Ep4b1FEYugpRHmZw1vktNuuwqHn6eOrZWXfps/3x/5zDHGc1vSXcrCTTU2vc01YVcR4rMVzjga68kwjZvxA+G2ZRtGOB9ghWvEgHvY9X4cMaV7xoEmqVvmwjh9pGjrf9JNcvSb9sO0G2guOclxMcE19zlByqgiMihzkvGHLGIeIgcWCSFsZ+Yp/IXoraBT5q3kOOl5x08y6yiaZPshMfNe4QaGJ6GzlnkQaGq8hWYssEH9RPZTPnw4ZNpKfigg9FLdgKNnI+IJ7XMZjz3yhQy2zFguDENTv+cZz4see0YCgQFo4Nn6Z+g3i+uLCw82vZHI3rHSfm2Xls/LxW4AOm6yfnhfMcOB/W2wt2rQP9HGbb8cXqWY24aNXSIlUjauJ5LS1cNQJPRcaq12GMFq/RynV4UrmWWMNTj0bKVwnQwjVMixZjiBYsxmDJMgwU2xBLBYqsCRv0Fy5FLy1OvYVL0Fdghd58K/5HMok5uomuXDN05TAWo5voyjYVWYROoiPbBB1ZZHOYPYkwXoiOTGNBi3Z75kKCaSNRC3RkMYwmj2UwjDltZDM6JuYFOpiW0Z1oOiEzQitpRtuENkBbmgFa0/QFewqtNC9P1ee0ppAWaUnRE20DtCTrc5oZSbQYJtOimMSYMpckzDUn6k2Mmd2UoPtxHk/S+FhHIF6boHG8DhridLhujBNoiNMWiKVzYohYYVwfI8DmuWbjaIG6qUTRIs2I1uJ2XeQUaFwTSQt2hEBtxKQ9QTgRNp9T/UigKpT0FKpC5hGiDp6HyocC1RPjuahgBM1F5QPSDzQFgjToM9Ola5BVoTOln0sRttschDmpIP6AKu44vY+N6r/ELoPf4fGVxch/uApn1s/EarWf4/K6d8cTTsxsTjw3U/dPbtNmO6PaoqwMmkNNOxLOaPKMjAzvDRhruIzmlEMIcNVFwJY5qAq0RmvwYlRfmYue2CUYzVuP0QJHjBVvwljJtkmKXTFWSpQwtgqUKuwtn2AzRY4E/YzREoYL2S7CmOuNGC1ypkiSYLrIidhAOHJGCkkXOnCYPcJ0gT1FlHakbScYZuTbYih/PbGObAVrKdpkrKFIUyR3NUWVrOcXkbuK7FVkM1ZyBrKJHAUr0J9NKDQxkLNcnF8usmwKyyfo+9g8OZucZQK5TNvQcRs+3yfafJwjwOb6s5cKr1OcxzU5MvHn9E2hn94T/7m5H/93BvKI3MljA3k2wlweOcU8xfxyPsds/j5y2GtsxGNT/w2BXvF3Ucz3Zgv0ZNmgO3MpujOWClqkK8MKnTIrdMiWoCPdCm2ploQV2tMsCQuyLdCabC6QYgY56ZYkM5HFaEk05TQnLCKHsoicyCJyGgpMiIXkTBjGnMZ4Y3IQRpx6zuS4Ic6QHAbNxRoKxAl64nw+p3itIerixHPY6+Inz+P2BEaTPDai92NIkE4wovdjxG02Xx+veK0wx441JRjy8/i5jEQj+h2NOU0cNm/Mj/GfTbZwruI4O9dowmbnNybROWw+iUGfC9PJgs1JFuHzC8nBC+MWUTenCLCxPJVhwnXLxJwxfw0/liYintOaRppgui19UvPjacLx1inH22SLCKYXCprPCbTKJu22DMXcQm63Z0w5Jpv6GuHntE85p3XKuF0mksnG4r9Nun0CxeuMOWwBb0tbhNooAxTfnYto1+kUNU9HxMHpOGj8W9jP+E9c20x3ZsErEHTSEOs1fokd+m/j0d7p43Rn4p50VvW/76ZdFWz9D20xlusaQ0yGIw4LXUtYRsazxsuoitgBb+d5CN7JihdZoslfF+UX1cg5a6DmOq1GN/VRc8sYNbcnqaVx7W2jCV3D7In5qXOGXNfcMkL1LbI/EwM6RtwU9S19shXoofqGnqCJKsYNXVRd1xX0x9BB5Q1t0tpcT6VqAi0aa6FCpPLGAj6uvK5FP3OBOF6ACvq9K6aM+ZxI5c35nCpRf2p8i1biW/MnuT2FO7SKfwxaue8y5gt4k+1Dn/lUfCla4MxHrR/d+vtRNHFPC7WcBVyzcZ0/EUDRByNQCw2BTGtzGu6T5tC8ggcU4TwQjjU8oOgnSIfPsXPq2XyQYk7UQRQ1kW5UzAdNztcz6Lw6opZ+noBo079fQ7qG3k9NgDaqiSp6r5UiVf70udLvUeE3STn9vmWc+Sijz6CUdKnPPEGLdom3grlcF5NmfziMIgYbi3OFdzQJYZ6lnBUp8BbhY0VqGtk+mij2ofMZ4jnFPop54VixL+En4iucy+emzJf4E/fmCo9f7s2boJjruSj1FygJIM0e1wQyTQQyex7XjJIAhT2fU6KwA8gOUMyRvi/qwEnN5hhlIsLcgkke0Of8WQTR/8MEWpwyUbM5bj+cQvCkLRzTRgXNKSgP1ubHKkNonhHMtA5HMcfPYeeHiMdCFeiikmmarwzV5nblI+EY0xzRrmKETZkXx1VhuhNUPiLCBKrCyKeE64qQHaGL6nDxWDizdTjs55bT55V2fCZC7JUQvV8ZXmv/ALvpv8C+Re8i9Y4FMu/Z4MBSJayc8TNct3tvPP6oalnC8Rmq/61jZtsEW6Msj9QEGn8UsGMmrm+iP+LH+/Gs6QoK7znxGhlh+zTQELwI8mA9NPjOQz39YdT76aPhHq30CvwYhpw6XwPU+TD0UetNztvbADV3Sd/V5VTfYdAvdZu4RX+Mt7QEbhITDm++6ATnoeLaPJRfnYuyK5oE6cuaKL2sgbJLGii9RAuJl0Cx52wUe8xGCVHsPotT5K6OogvqKGS4qaPg/ExO/nk15J8jzjJUkXdmKjOQe5o4NQM5J6cj+wRjhog4Pj5JFpF5jDTjqAon8whDGRkEtw8L4wkO07GpHFKG7KAS6Y8jY/NToXNkB5UFDileR3rKnEyc+0zEY+lT5hSvTecoIf0AjT+D9P2Tx9L5WBlp+1UIZRHBTt9HNkcFqYy9Ail7lJG8m6EisEsFSUTCTmUk7lRB4g6yGdvplnDbJHGuKoh1VUbsVmKLMmI4KojerIyozSqI2kR6kwoiXRjKiNjIUJkgnOEsEEY8YjiJtpMyJ8xZmY/5eex8F1FPscMUNhGxiUHRkct0QdP7YERuYUwX2CrC5rbS+yRbQSRFV1GMbQLRCrbPEPUUdsxAzI7pnNidAjFM72J6BukZiCNidwu2wHQ+jtvDUBX03kniGfsEHovw8X6y96sK0G15gsjjKSQcFDkkkHhITeAwQ1XQR1SRdESNk8xtmhfHSUdp7pgaUojk4wIpROoJNaSdnInUk4KdSnbaKZo7RXMiaafVkH56JtLPEGcFZOcYalxnnFeH7LyozzFbHLsx1JFBfiBThI25fVEgizMLme4MsklzPGYh25M0kc1s8i/ZXrOQ4yXMZ3uqc51G7zvUURmR25XxYMf72Lbgbdip/gLeu+fxqPnuXm2sUP059v7/7d31cxxJlgfwjfvlInbvIi72ZsZs2eKu6m6hZUsmmSVZTBYzWczMzMxgSRZZ3EKLbBlkZhzawZ2ZHYbdWZxdv3uZWSW1PJ77B+5++MT3ZVZ1q9XqrpflllXmO2E8Re+nuTz9zOUs7j9eeWD+dNL1tY8m7dofdh5/0RpqAF2JZvDhlRz44e1qWK73gEZPXeiP0IelIhO4WrUXrtWaoqP0vyheqz+BjsP1BkH9MTpPs4HsgxqOsJqOj1DX6g9jCuoOIbxPzGs0iYPoAKysJqrdDys1+zBFe3FsQl2tNsY0hquClZo9mAifLKpK+PCFfvCyi7pK0xCuVBoKacBgfbXKYG1cqU9dFVxZhQfjl1yp0BPm8SBcoctSyQpRJRDHlTr4g9ahuVIpp/UrVeviC4EkGeN+1XK4jvX1anabGzWEHG7WiLVIl7pZq0O33Vytcd9aOavRLaKOWR0rq5Njsvtnc8JYVCPcPz6mG1VK8Hu6jt/b9Qo5rJSjMvw+S7ExlcipKyV4oC9GRXjQL0QFcnwjyvFNKYcLeYQOzaUcOb6h5fjmlsN8pkiHmsMGdh4byvk0Ocxi85hJYaaT10wlyWESm8JkgpyaUMqJeEGcHBRCrtFh87FyGCdiWE3FrEe2jUcLXh5HKSWls2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DUm2++6egCdY9uBNQ1uNrvn+uOqNIlX7qm3ZT7XY+79+X3c+nSJVv29H6UgQMHUgMQLbrHa8GCBVKqVClXzJuMFQI+DKbHU7uhUD24Drdbt260AEOU6Ktqk5anxcZplC1atDDi+wkICBDtcMJ9jai0uhw/frzkzp3bVfPlp59+yjgh4IMlOmbRjVDa/ePAgQMUMDyWdpLIlCkTr9WfYNWqVcZ8R3379mXc44kuX74sI0aMkIwZM7pynly4cCHjhIAPU02aNMmVhese3RhVs2ZN2bBhA4UMj2TKqbWxsbn2YUWLFjXmhN/Tp08z5vFI2m1JN2SnSpXK1fPj3r17GSMEfJjKlBZ33qZHh9eqVUvWrVtHQcN9GpY1DJpyH9epUydW71+TNiLrUj3ucTwoJCREunbtai3ldPucmCJFilhZ6gcCPjxEB7Dbn1I8rHTp0tZGKu4PNGnSxKh7N7ZPdb5x44akTZvWiO9KT7fdvXs34xz/OXjwoNWEwd/fnznwf/SBF/cGAR+Gq1u3LgXtEQoXLiyzZs3yyWmgsJ81a9ZYb3ZMuV+Dg4Nt8cStT58+xnxnVapUYWy72NatW6VZs2bW0jbmPDbYgoDvOF9++SUF7TH0EB8N+toijfvFPe3wihcvbtR9OnjwYFvcn7rMwaTANH/+fMa1y6xcuVJq1Khh1A94X9u1axfjgoAP04WGhoqfnx9F7QmefvppmTx5smhPdO4bZ/v888+NujcTJUokujHQLt9fgwYNjPnucuTIIdopifve2fRNrJ4PUaZMGeazJ8iXLx/jgYAPp3D6iXyelDVrVusIb0KBM+3fv9+4TXZ6noWdvkOTWmaqnj17MpYd/DZu5syZ1ptY5q/I0fbZ3DsEfDjEN998Q2GLovTp01s9ksPDwymGDgoDusnatA5Q27dvt909aNL3qG8w9UcJY8A57h1OlStXLuarKNqxYwdjgYAPp7hy5YpR7QDtJDAw0OqZfP78eYqi4YYPH27c/WfXjaLaicqk7zF79uz8WHfIXDZy5EjJnDkz81M0FClShDFAwIfTNG3alAIXA8mTJ5d33nmHA3QMtW3bNiPb5Nm1pauuec6fP79R32WbNm0Yu4a6cOGCDBgwQFKnTs18FANjxoxhDBDw4TS///47Bc4DEiZMaAWFY8eOUSgNCgc5c+Y07l7Tv9nO3Z1MXPr31VdfMW4Nog9U9A1qQEAA808M6QMOrYXcVwR8OFCBAgUodB48SEd7LO/Zs4eCafN199oyz8R7bNSoUba+t7Qvv3apMW3cahtFxoa9HT582DqcSjtIMd94hh7sx71FwAc98RGFDXyvvvqq6KEq3GP2Y9LBTA8fJX/58mXb31OjR4827rvNmDGjaD9/xof96IZyDaIcTuV5+hafe4yAD4fSTWYaHCh23ul28sILL8jy5cspojYxffp0Yw+76d27txH3kbaTzZQpk3Hfb+7cueXUqVOMVZtYu3at1KpVi8OpvETf3nOfgS/B4Tp16kTB87LChQvLlClTRJcwcM/Fjrlz51rLMUy8f7RPv0mbuU19M6ibhM+dO8cYjUW6XKpmzZrMG+w9AQEfMbV7926ekviI9mgeN24ch2b52KJFiyRBggTG3je9evUy6n7R05+1DaWpbQNPnjzJ+PTxvpg5c+ZI8eLFmSd8IGXKlHL16lXucRDw3YCTbX0rXbp0MnjwYLl48SJF1ssWL15sZDvMB5/enzlzxrj7RN9YmfqdZ8uWTfTBB+PHu65du2Y98NDlUcwLvvPWW29xb4OA7xY///wzhS8W6GFj2hni4MGDFFwvmDBhgrHLckx9ev9gR508efIY+72nSpWK/TNeoj9YP/jgA0mbNi3zgI/pZuVDhw5xX4OA7xZ6SM0zzzxDAYzFzjt169aVVatWUXg99Mr/7bffNv6+MPXp/T3ff/+98eNy4MCBtj57wCR79+6Vdu3a0eoyFjVs2JB7GQR8t5k0aRIF0AZKlCghM2bMkFu3blGIo+HSpUvWjyUn3AsaLk1/cFCmTBnjr0PVqlVZlx/DjbO1a9eWuHHjUuNj2YYNG7iPQcB3mxs3bkj69OkpgjaRJUsWGTFiBOv0o2DZsmUSHBzsiOv/9NNPS0REhPHXXgOFE4JdYGCgTJs2jbEYhSVas2bNkpIlS1LPbaJSpUrcvyDgu9WgQYMohDZcptGmTRsOznpC7/Vu3bo55gmhdrXSHytOuT6vv/66Y8aj9mY/fvw4Y/Ff6AOJTz75xNguSk6me+24R0HAd6nz589bgZJiaE9ly5aVmTNnirYh5H79P9peL2fOnI66zs2bN3fU9dXlLcmSJXPM9dHPMmzYMMbhA/QBhD6IYP6w78FWumSOexUEfBfj4Cv706VU2oXixIkTri3YmzZtkgoVKjjy2uoPbaddr6FDhzruWmmXoF9//dW1Y1B/4OgDh3LlylGXbe6bb74h3IOA73baslG7R1AUzWh5pksGFixY4JpNudu2bZMmTZo4dsPe/PnzHXkddY9P3rx5HXnNGjRoIEeOHHFNgNI3Mv3795cMGTJQhw2QOXNm3jaBgI//06hRIwqjgU9+tTXkvn37HFnItRPHiy++6OhTl5s2beroSXj16tWO/WGmJyV37NhRQkNDHXkNddPsTz/9ZLVZNPlUaDf6+OOPCfcg4OP/bNmyxdFBysn0uukrc217qi0jTb4P9aRL/RylSpVyRdckN3RMevPNNx19HbXHe/fu3Y0+v+DhtfV68ikd1swUEBAgly9fJuCDgI//r0aNGhRIw/n7+0udOnWsvvpXr141psjv2LHDOuFXJye3LLXSNxRuqCsaNnTJgBtOqW7fvr1s377duOuqS3C0E07BggWpo4bTt7rkGRDw8Y8lERRIZ7XbbNy4scydO1euXLliu6IfEhJi9f0vWrSo666Nbph2U21ZuHChq65v+fLlrR/Zdl4HvWfPHmv8aa90/cFJzTRfwoQJXd2IAQR8PIa2ZaRQOrPw6+mcI0eOjNU1+7oxccyYMVYAcuspl9oJSNc3u622OKk3fmSlSZNG9HPrpnhdfhbbm54XL15svSnLkSMHddGBWrVqRbgHAR+PppuqKJTOlytXLmnXrp1MmTJF9u7d67VJQZcJ/f7779Zr4/z587v+e8+YMaOcOnXKlZOwvkXKnTu3q9+o1atXz/qB++eff4oGbm+2s9S2sl9//bU1zosVK8ZGWYfTTnjerOUg4MNwejBG4cKFKZgukzp1aqlZs6b069dPpk6dKuvWrZNz585FabI4ffq0rF271vrRoBsrNVTEjx+f7/eBritr1qxx9QS8ceNGgub/6NjQ5Wlt27YVPVFcx4322N+1a5d1LsKFCxf+0Qo3PDzcWoKhQW7Dhg3WE3n97wYMGCCtW7eW6tWrW61J9Y0d37G7aLcjMgwI+HgsPciEggmVKlUq66mrhvUqVapI3bp1pX79+vLyyy9b///SpUtbT+addGqpt3zxxRdMwP+lLfy4HwDPdlLTTnjUFxDw8cT+x0899RSFE/AQfaNBbfn/bwlfeOEF7gvAQ/TtK7UFBHxEiq7dpHACMVetWjXXnDocWbr8RPeBcH8AMbdq1SrqCwj4iJyIiAjJlCkTxROIAV2+FBYWxuT7CDt37pTkyZNznwAxULFiReoLCPiIGj34hAIKRI/+QD527BiT72P8/PPPVvcP7hcgepYuXUqNAQEfUW9rFxgYSBEFotGVSA8Soo482cCBA7lngGgoUaIENQYEfERP//79KaRAFOiyE+1zTv2IPG0Vyb0DRM28efOoMyDgI3q0HzMtEIHISZEihXUWALUjau7cuSMNGjTgHgIiSc870HFD/QABH9HWo0cPCirwBAEBAdYBYdSM6G/s14OauJeAJ5s+fTq1BgR8xExoaCgnIwJPOBBMTxalXsSMntRasmRJ7ingMXLkyCF6Xg01AwR8xFibNm0orMAjpEyZUv766y8mWw+GfG39x70FPNpXX31FvQEBH55x4MAB49rZvfjii/TZhlelSZNGtm7dymTrhQ5elStX5h6D1yROnFgaNWokM2fOtLpemfJ3Z8yYUW7cuEHNAQEfntO4cWOjCvjmzZutQjh//nypVauWxIsXj4kNHpMtWzbZtWsXE62XXL9+3fqRzr0GT8qXL5+MGjVKLl68aI3djRs3GvX3f/rpp9QcEPDhWfqkMk6cOMYUQt0c/ODff+LECRkyZIjkzJmTiQ4xUrp0aTlz5gwTrQ823pr2YAH24+/vL02aNJE//vjjH2O2Z8+eRr0x1Ldb1AYQ8OFxNWvWNOqwIX0K+PBnuHv3rixfvtx6PRs/fnwmQERJ06ZNeUXuQzpeP/jgA6MeLsAe0qdPL4MGDZKzZ88+crzqONbQbMrn+fDDD6k7IODDO7QNoEkFfvLkyY8tiCdPnpShQ4dKpkyZmBDxWBow33//fdHASS3wvVmzZkmiRIm4F/FEBQsWlHHjxj3yAc+Dpk6datQBehcuXKD2gIAP7ylfvrwxRbF48eKRKoi6FGDatGm06MMjabDUzXiM/9ilh4ilS5eOexL/EDduXHnppZdk2bJlkR6nutTOlM/Xu3dv6g8I+PCuX375xajC/+eff0apMK5fv16aNWtG739YsmbNKnpPMPbtQffSVKpUiXsTliRJkkiHDh1k7969URqjuqfMpAcMp06dogaBgA/vK1q0qDHFsXnz5tEqjFpQ3333XQkMDGQidakGDRrIpUuXmFht5s6dOzJgwADjWvfCs+0itWnC+fPnozU+27dvb8xn7dixIzUIBHz4xg8//GBMcdSNtEePHo12gdSNWFOmTJE8efIwsbpoSc7IkSOZVG1uxYoVVtDjnnWPQoUKRWp9/ePoWvakSZMaM38dPnyYWgQCPnzX2UL7CZvaMjO6Tw0XLFggVapUYaJ1eJ/s7du3M6EaQvuZc9K289fXa93V+uuJe0YbK5jy2V977TVqEQj48C3tUGNKkUyWLNn9g008QQ9H0XX6HJ7lrC45GhSvXbvGhGqgn3/+WYKDg7mXHUSfsuuY9OSBcrdu3ZLMmTMb88Nmx44d1CMQ8OFbN2/etDYgmjJZ6FMbT38Hhw4dki5dukiKFCmYkA2WO3du+e2335hIDRcWFiZt27alZ74D1tdrvfZGW8jvvvvOmO+hXr161CQQ8BE7Ro8ebUyxDAoKitG6zccJDw+31oU+88wzTNCGnXCpve05uMpZ/vrrL3nuuee4xw1ToECBGK+vfxKTWiHrfcx4BgEfsUILsZ4WaErBnDBhgtcL5sqVK6V+/fos37G5ihUryu7du5lAHbxPSDfH0zff/rQfva6v9/YhcqtXrzbmO6levTq1CQR8xK6PPvrImKKpnXB8dRLpwYMH5a233pKAgAAmcZsdX6+v6Rm77lm207NnT+ttDfe/fSRIkMDaQLpt2zafjUV98GLK96Mdohi/IOAj1ifQlClTGlM4PdWJIbKuXLkiY8eOZfmODTbs6bkG9LV3p5CQEGt9vrYdZDzEHt3gOnDgQJ8f3HTkyBFj3qrqGw3GLAj4sIV+/foZM8GUKVMm1orn8uXLpWnTplafdSZ73/W07969u5w5c4ZJE9bG+BYtWnBIlo87VGmbyzlz5sjt27djZRzq21RTvq8ff/yRWgUCPuzh7Nmz1pHhphTQNWvWxGoB1afIupmsVKlSBAAvHhDTrl07OX78OJMl/kH3X7Rs2VISJkzIePESXZ6oXcb27NkTq2Pw8uXLxnQ604O8fLWMFAR8IFK6detmzMTz8ssv26aA7ty50zqIS7v8EAo8E+ybN28uugeCcYknOXnypPTt21cCAwMZPx56Wl+uXDmZNGmS6PJEO1zjzz77zJjvb8aMGdQtEPBhL/qk1JSnYToJefLwFE/QV9dLly61OvCwTjh6bVB79+4tx44dY4JElGmrVO26oxvxGU9RlylTJmv87d+/31bjT08gz5EjhxHfof6dsbWECQR84LFat25tzISkJyTa9XvUDWgjRoyQwoULEx6eQJc5TZs2TSIiIpgY4ZFAuGjRIqlTpw6tbp9Al2Xq27Jly5aJfm92vJ5z58415vscP348NQwEfNiTPr0xZfOats3T1/N2/0737t0rAwYMoAvPAxInTmxtlOQgGHjTiRMnZPDgwcY8AfZVqG/QoIHMmjVLrl69avvxV758eWNO7+UhBQj4sLXGjRsbM1n16dPHqIK6Y8cOee+99yR37tyuPHVW907oGlW7rO2FO+imx19//dXqgJU8eXJXtpht1KiR/PDDD0aE+ns2btxozHc8bNgwahoI+LC3rVu3WmvcTSiq2r8/PDzcyMK6ZcsWeeeddxz9dFH3dNSqVctagqOdMBhfiG16evf8+fOtsG9KZ5boyJYtm9WFat68eXLt2jUjx16zZs2M+K71PtLzZBhfIODD9l566SVjJjLtsGD6971582YZMmSI6Oto0zfo6kmzuvxm+vTpcvHiRSY92Hpjrh6c9/rrr0twcLDxT+m1bn/++eeyb98+48ddaGiodVquCd+9bk5mPIGADyNon3lTJrbs2bM7qnOBPgnSA2V0E7EJoUPXnjZs2FBGjRrl02PrAW/slxkzZoy1lEx7wNt53GXIkMH6O4cPHy4rV6503PpvXX5pyltK3evB+AEBH8aoWLGiMSFf15Y69Tpon/2xY8dK+/bt5bnnnrOe1MVmK70XX3zR6juu37keH89YgRPpQwN9szZhwgTp2LGjPPvss7F2GKCOOz1JtmvXrtYelqNHjzp63OkenVSpUhkx92jnOcYLCPgwypIlS4wJ+Bp83bRhUCd43TSowV+PcNcNdGXLlpWnnnoq2iFEn0Tp8pqCBQtKzZo1pW3btlb3n2+//VY2bNhg7F4HwJOhX39w649bbYPbqVMna6xoh6xkyZJFu37pIV158+aVChUqyKuvvmrtzfnmm29k/fr1rty7Mnr0aCPmnbhx48b6Kb8g4APRUrRoUWNC/tq1aym0DwSR8+fPW6fBbtq0yQroSgPD6tWrrf+3dqjQ/3tISIhRnTUAO6/pvzfudBP9qlWrrMPv7tEf5ffGoo4/HXu0Vvxn7TKl8YCdTlQHAR+IEt0oaUrA1xNkuWYAYC59O2LKnKN71bhmIODDSLdu3ZIsWbIYUWz1gC59csZ1AwAz6V4HE+YbXU7F9QIBH0b7+OOPjXmiopvQuGYAYJ4///zTmLnmp59+Yq4BAR9m07aNphwIoxvdLl26ROEFAMPUq1fPiHkmf/78os0OuGYg4MN4PXv2NObJinZg4JoBgDkOHTpkLbM0YY6ZOnUqcwwI+HCG48ePG3OqoD5d4ZoBgDnefPNNI+YXPZPg5s2bzDEg4MM5mjVrZsxTfG1PxzUDAPu7ePFirB0iFlWffvopcwsI+HCWbdu2SZw4cYwows2bN6cIA4ABNDSbMK/o6boc+AcCPhxJj0s3oRD7+/vLuXPnKMQAYGO6WTV37txGzCvvvvsucwoI+HCmn3/+2ZhlOtrek2sGAPa1ZMkSI+aThAkTysmTJ5lTQMCHcxUsWNCIgqxPhWhlBgD2Vbt2bSPmk1atWjGXgIAPZ5s0aZIxT/GXLVtGUQYAGzp27JgxrTG3bt3KXAICPpwtIiJCMmTIYERRbtiwIUUZAGyob9++Rswj1apVYx4BAR/uMGTIEGM222oLNq4ZANjrQVFQUJAR84juE+CagYAPV7hw4YIkTZrUiOI8fvx4ijMA2Mi0adOMmD+eeeYZ9nKBgA936dKlixEFuly5chRnALCRsmXLGjF/TJw4kfkDBHy4y+HDhyVevHi2L9B6ONehQ4co0gBgA/v37zfi0ERdQnT9+nXmDhDw4T6vvPKKEU9hBg4cSJEGABvQA6OYNwACPmxsxYoVRhTqXLlyUagBIJbpevZs2bLZfs5InDixnD17lnkDBHy4V/78+Y0I+evXr6dYA0As+vXXX42YLzp06MB8AQI+3O2LL74womB36tSJgg0AsahZs2ZG7NvavXs38wUI+HC38PBwSZ48ue2Ldtq0aeX27dsUbQCIBZcvX5YkSZLYfq6oVasW8wQI+IDSp+MmPMXXPQNcLwDwvQkTJhgxTyxbtox5AgR8QOnrTBPannXu3JnCDQCxoHz58rafI/LmzcvBViDgAw+qXLmy7Yt3xowZKd4A4GOnTp0SPz8/288Ro0ePZn4AAR940KxZs4x4/frnn39SwAHAh8aOHWv7uSFp0qQSFhbG/AACPvCgiIgISZMmje2L+Ntvv00BBwAfqlatmu3nhvbt2zM3gIAPPErXrl059AoAcN/FixclQYIEtp8btm3bxtwAAj7wKNu3bzdimY7+nVwvAPC+b775xvZzQrly5ZgTQMAHHqdkyZK2L+YDBgygmAOAD9StW9f2c8K3337LnAACPvA448aNs30xf+655yjmAOBlV69elcSJE9t6PggKChLdQ8b1AgEfeAztQmD30wrjxYsnly5doqADgBf9/PPPtn/g0717d+YCEPCByGjcuLHti/rcuXMp6gDgRT179rT9XLBhwwbmAhDwgciYN2+e7Yt6hw4dKOoA4EVFixa19TyQI0cO5gEQ8IHI0vWMqVKlol0mALiUtse0++m17733HvMACPhAVLRs2dL2T/EPHTpEcQcAL9BlkHafA3bu3MkcAAI+EBWLFy+2fXHXjj9cKwDwvM6dO9u6/mfLlo36DwI+EFW3bt2StGnT2rrAv/LKKxR4APCC/Pnz27r+t2/fnvoPAj4QHW+88YatC3yGDBko8ADgYdr/3u7r77UZBNcKBHwgGmbPnm37ZTrHjh2jyAOAB61du9bWdT9+/PiiZ7ZwrUDAB6Lh8uXLkiBBAlsX+lmzZlHkAcCD7H6ieZkyZaj7IOADMVG5cmVbF/q33nqLQg8AHqTr2+1c9/UALq4TCPhADIwYMYInOQDgIs8++6yt6/73339P3QcBH4iJXbt22brQJ0qUSG7evEmxBwAPuHPnjiRLlszWdf/IkSPUfBDwgZi4e/eupE6d2tbFfsOGDRR7APAAbVxg53qfLl066j0I+IAn1KxZ09YFf+LEiRR8APCANWvW2LreV6tWjXoPAj7gCYMGDbJ1wX/nnXco+ADgATNmzLB1ve/UqRP1HgR8wBOWLVtm64Jfr149Cj4AuKCxwqhRo6j3IOADnhAeHm7rUw2feeYZCj4AeEC3bt1sHfB/+ukn6j0I+ICnZMuWzbYF39/fX7TzA9cJAGKmfv36tg74+/fvp9aDgA94StWqVW1d9A8fPkzRB4AYKlu2rK1r/ZUrV6j1IOADntKxY0dbF/2lS5dS9AEghooVK2bbOp84cWLqPAj4gCd9+umntg74U6dOpfADQAzlzZvXtnU+S5Ys1HkQ8AFPmjdvnq0D/ieffELhB4AYyp49u23rfJEiRajzIOADnrRixQpbB/w+ffpQ+AEghtKnT2/bOl+5cmXqPAj4gCdt3LjR1gG/a9euFH4AiKEUKVLYts5Xr16dOg8CPuBJBw4csHXAb9u2LYUfAGJIN7Latc7XqFGDOg8CPuBJp0+ftnXAb9WqFYUfAGIoICDAtnX+pZdeos6DgA94UmhoqK0Dvrbx5DoBQMwEBQXZts7XqVOHOg8CPuBJenqgnQN+z549KfwAEEPBwcGswQcI+HCLrVu32jrgv/feexR+AIihp556yrZ1/tlnn6XOg4APeNLatWttHfAHDx5M4QeAGNJe83at83oIF9cIBHzAg+bOnWvrgD9u3DgKPwDEULVq1Wxb5zNmzEidBwEf8KQRI0bYOuDPnz+fwg8AMdSsWTPb1vlEiRLJ3bt3qfUg4AOe0r59e1sH/L/++ouiDwAx1KNHD1vX+lOnTlHrQcAHPKVq1aq2LvrHjx+n6ANADH300Ue2rvVr1qyh1oOAD3hKunTpbFvw/fz85ObNmxR9AIihadOm2Trg69/HdQIBH/CAw4cP27rg58iRg4IPAB6wbt06W9f7AQMGUO9BwAc8Yfr06bYu+C+++CIFHwA84OzZs7au9/Xq1aPeg4APeEKnTp1sXfB1UxjXCQA8IyAgwLb1Xk/a5RqBgA94wDPPPGPrgP/1119T8AHAQ4oVK2brmn/69GlqPgj4gJPX36vVq1dT7AHAQ+zcC1/9+OOP1HwQ8IGYGD16tK0Lfbx48eTq1asUewDwkE8++cTWdb93797UfBDwgZiw87HlqkiRIhR6APCgFStW2LruFyhQgLoPAj4QXZcuXZKECRPautC3bduWQg8AHq79ceLEsW3d178tJCSE2g8CPhAdEyZMsP36+0mTJlHkAcDD9HwRmisABHw40PPPP2/7gL97926KPAB4WJMmTTj/BCDgw2m0DZluYLVzgc+YMSMFHgC8YOzYsbZvsHDy5EnmABDwgagYOXKk7Z/et2zZkuIOAF6wa9cu288BH3/8MXMACPhAVOTLl8/2xf3bb7+luAOAF9y9e1fSpk1r6zlAD2HkWoGAD0TS8uXLbR/utYvCqVOnKO4PiYiIkAsXLsjx48fl4MGDsmXLFtmwYYMsXbrUsmjRIpk1a9Z9ukl53Lhx9w0dOvS+Dz/80Oo3fU+nTp2kTZs29zVo0EDq169vefnll6VKlSqPVaJECSlatOhj6Q/L7NmzP1bWrFklZcqUrpMqVaonfjeRkTdv3idehweVK1fukdezevXq96//w1q1avW3e+UevYcevKce9OC9d+9+1I3+9+7VBQsW3L+P16xZY93X+/fvl2PHjln3vN771ADPqlevnu3ngnXr1nHdQcAHIkMnaLsXdQ0ebn6ytmnTJhk0aJDUqFFDChcubO1HSJAgge2vG+DtH/76Yyh9+vTWjxkdGxUrVhQNqm+88Yb06tVLhgwZYv14+P777+X333+XAwcOyI0bNwiJBq7DV3ptuVYg4ANPEBoaKvHjx7d9UR84cKDrivqOHTvk7bffluDgYMIc4GHp0qWTYsWKSZ06daRLly7Wj4C1a9dKeHi4awOk9pq3cz98FTduXNm7dy8hHwR84HHeeustIyZjt7THvHXrlvzwww/WMglCGBA7AVJ7wtetW1dGjRol+/btc1WYLFiwoO2vUevWrQn4IOADj2uNmSRJEtsX8zx58ji+mN+5c0emTZsmuXLlImQBNpMzZ0558803rX0ATq9Fffr0sf310BPXDx8+TMgHAR94lJ49exoxufbt29fRhXzZsmWSP39+ghRgAH27Nnv2bLl9+7Yj69Lq1auNuA6NGjUi4IOADzzszJkzRjy9V1u3bhWnXoOGDRsSmgADlSxZUrR3vBPfJuomfhM2WGt3JeZzEPCBB2gLOxMm0SJFijiygM+bN8/2PacBPJ6/v78MHz7ccTWqa9euxvzI0i5jzOkg4AP/9ddff1kbyUwo4J999pmjirduotUe4HbvVAEg8tq1ayf65NspdUq7CZny3WtrT+Z1EPDhejoJ6QFEJhRubd+py1ic8t2fP3+e7jiAQ+lhX056mqydhEz43nWpqZ5twPwOAj5c7fPPPzdmwqxdu7ZjiraeN1CgQAGCEOBggwcPdkzN0jM4TPne9XAzluqAgA/X0g1hiRMnNqZoL1q0yBEFW58uZc6cmQAEOJyfn58sWbLEEXVrz549Ri0lHDlyJAEfBHy4jx7NXqhQIWOKtb4edsKa1kOHDnESLeAiunn+3LlzjgibJi0p1CWdv//+OyEfBHy4S4cOHYyaJD/99FPjC7Wuuc+dOzehB3CZFi1aOCJoTp061ajvPSgoSI4fP07IBwEf7qAnpJpUpHXT1MWLF40u0hEREWyoBVxs8eLFxgfN69evS6pUqYz63p999lnR+svcDwI+HO23336TBAkSGFWg27Zta3xx7ty5MyEHcLEsWbJIeHi48bWsS5cuxn33eoCgU08aBgEf+M/27dslICDAuE1qe/fuNbowz5kzhz73AKRbt26O2EekddnEZVJ01gEBH45z+PBhI44bf1jjxo2NLshnz57lhFoAFj1QcM2aNcaHzLp16xr5/ffq1YuADwI+nEOfgJvYllGfem/bts3ogvzqq68SbADcp+df3Lx50+i6tmrVKmO//3fffZeQDwI+zLdz507JkCGDkYXY9IOtVqxYQaAB8A8DBw40PmSWKlXK2O9fu8g5oe0yCPhwqXXr1knKlCmNLMD69H79+vXGFmCdPIoVK0aYAfAPCRMmFH34YvL8Mnv2bONbl966dYuQDwI+zPLtt98adUrtw+rVq2d04Z05cyZBBsC/KlOmjNFPkXXDasGCBY2+BlWqVDG+BTMI+HAJbQXWu3dv4493N/3pVpEiRQgxAB5rzJgxPMWPZfny5RNtQkF+AAEftu7YUqlSJeMLbqtWrYwutnqgDeEFwJMkS5ZMjh07ZvRT/EKFChl/HbTT2bJlywj5IODDnqEyU6ZMxhfaRIkSSUhIiNGF1tQWcgB874UXXjC63s2dO9cR1yFevHjy0Ucf0SsfBHzYw5UrV6R9+/aOOUjpnXfeMbq4njp1SuLHj09wARBp06dPN/op/nPPPeeYa1GnTh05f/48IR8EfMSetWvXylNPPeWYwqpvIEw/yv2LL74gsACIktSpU8vp06eNrX3asc1Jp3WnS5dOfvrpJ0I+CPjwrQsXLkjHjh2NPC78cbTzjOnXplq1agQWAFGmzRFMrn2NGjVy3KnDPXr0kBs3bhD0QcCH91+FTpkyxdoQ5LTJrWzZssavfdTTKbW/NWEFQFTpUkuT659uFja5NfO/yZkzJxtwQcCH9/z5559SvHhxR05sumZ9x44dxhfQ3bt3E1QAuDLgqz59+jjy2ujTfH1rfvnyZYI+CPjwjP3798urr75qFRinTmz9+vVzRNGcN28eQQWAawP+tWvXJEeOHI69RhkzZhQ9RJJOOyDgI9qOHz8unTt3dvySjzx58jhmjeOnn35KUAHg2oDvlnNAypUrJ1u2bCHkg4CPqB1W9dZbb1n94J1eJHWTsC49csq169u3L0EFgKsDvmrcuLEr5q82bdrIiRMnCPog4OPfhYaGWjv29WRDt0xoPXv2dFRhbNu2LUEFgOsDvp4HkipVKldctyRJksi7774rYWFhBH0Q8PH3NfatW7d2XfeV/Pnzy/Xr1x1VEOvVq0dQAeD6gK++++47V12/NGnSyMcffyxXr14l6IOA72Zbt26VZs2aWcdju20i8/f3F/38Trum5cuXJ6gAIOD/jzaIcNt11KA/dOhQgj4I+G5y+/ZtmTt3rlSqVMnVE9nYsWMdWfgKFChAUAFAwH/gUEY9odyN1zMoKEiGDRsmly5dIuiDgO/kk2eHDx8u2bJlc/0kpstYnHqdndweDgABPzqWLl3q6DbPT6L76rp06SKHDh0i6BPw+RKcQg9v0o2XugmHCew/Vn9k/bHj1OudLl06rjMAAv5DdBOq26+vdt3RB1yrV68m6BPwYSLdODp9+nSpUKGCxIkTh4nrf5ImTSrbtm1zdGFLnjw51xoAAf8Ry1OrVKnCdf6fkiVLysyZM+XWrVuEfQI+7G7nzp3StWtXCQwMpIA9RH/ofP/9944vZG7cMA2AgB8ZZ86ckcyZM3OtH5AlSxar846T32yDgG8k3SU/efJkKV26NMXqMfr06eP44hUREcG1BkDAf4y1a9dKggQJuN6P6CzXpEkTWb58udy9e5ewT8BHbFmzZo20a9dOAgICKE5PUKdOHblz547jC9bFixe53gAI+E/wzTffsHz1MXLlyiVDhgzhhFwCPnzl+PHjMnLkSKEVYtTWGbqlF7DeH1xzAAT8J3v//fe55pHYlKv7FmbNmsVafQI+vLFhVgdXzZo1hfXVUZM3b145f/68a4rSvn37uO4ACPiRoMtQmjdvznWPpPTp00vv3r3lwIEDBH0CPmKy21/79r722mtW/1qKS9RlyJBBjhw54qpCtGXLFq49AAJ+FPYtVa5cmWsfBXqeQNmyZeWLL76Qs2fPEvYJ+IjM04RVq1bJm2++aZ0+RyGJ2el92lHIbfeQ9jbm+gMg4EfelStXaFIRTfHjx5caNWrI1KlTJTw8nLBPwMfDB1HpWkBOIPWMNGnSyPbt211ZaPStD/cAAAJ+1ISFhUmJEiW4B2LYhUeXEuuSYn0zQr4j4LvSrl275L333pOnnnqKwuBBadOmdW24V/Pnz+c+AEDAjwbdr1WwYEHuAw9ImTKlvPHGG7Js2TJXdLAj4LvcoUOHZPDgwRQQL24AcnO4V999950jrmXnzp2tzVyAaSpVqkTANzzklypVijnVw/vhunTpIr///rvo/kLyIAHfEXQDyrhx46z1ffTc9Z58+fK5bkPto4wfP94R15ONWzDVJ598QsB3wJr86tWrM7d6QWBgoDRr1kwWLFjAMh4CvnnOnTsnY8eOlQoVKli7zRnU3qU9ei9dukSh+K9Ro0YR8AECPgHfA911WrRowRzrRXpIZ9OmTWXOnDly7do17jsCvn1PEJ08ebK88MIL1q5yBq9vtGzZUm7evElh+J+hQ4cS8AECPgHfQ/Q0Vx7UeV/ixImlXr16Mn36dB7YEfBj34ULF6xQ/+KLL0qCBAkYpD6ky50GDBhAEXhI//79CfgAAZ+A70Hz5s2TFClSMPf6iOYpfVj69ddfy5kzZ7gfCfi+C/WTJk2y+r4S6mPvl77+yud+/Kd+/foR8AECPgHfC00yihcvzhzsY35+flKuXDn5+OOP5eDBg9ybBHzPL7+ZMmWK1d+VUB+7cufOLdu2bWOQ/4u3336bgA8Q8An4XnDr1i3rzBqW7MSevHnzWt2qVq5cKXo4KPclAZ9Q7wC6GYeT8h6vR48eBHyAgE/A96IlS5Zw2rwNBAcHS5s2bayOPOzFI+A/sf/txIkT2ShrM4kSJRJt/8jAfDLtNUzABwj4BHzvCgkJkbJlyzJH26j9ZvPmza2OPFevXuUeJuD/35r6CRMmEOptvCRn69atDNZI6tChAwEfIOAT8H1AD2367LPPJFmyZMzXNnso+PLLL1t79S5fvsz97KaAr/1WZ8yYIbVr12b5jU3pGsdOnTqxJCeKWrduTcAHCPgEfB86duyYvPTSS8zdNuTv7y916tSRadOmSVhYGPe2EwO+/tLWTRm6Xit58uTc+DaWM2dOWb58OQMxGvRcAAI+QMAn4PuergXPlCkT87hNJUyY0NpXqfsr3dxr3xEfQndYr1mzRt58801JmzYtN7jN6RKpvn37yvXr15lgokk3IhPwAQI+AT/2GnS0bdvWOquFed3eYV/funzzzTeuC/tG//E7d+60gmL27Nm5kQ1RpEgR2bx5MxNLDDVs2JCADxDwCfixTB8ulipVivndkGU8r7zyiuiBZhEREULAt+EauGHDhkmhQoW4YQ0SEBBgHWCh/YWZFGJOj/om4AMEfAK+PVYRzJo1y1p2ynxvhlSpUlljYNWqVY7ts2/EH6mtkPT1SsWKFTl4wsDlOJ07d5Zz584xmXhQrVq1CPgAAZ+AbyP6VFi77aROnZr53yC6CkRPh9+zZ48Q8H1k7dq11mbZFClScBMaSHe07927l0nEC7TdKwEfIOAT8O1H13rraePaxpEsYJYSJUrIuHHjHNHZz5aHUOlSjjx58nCzGapo0aKyYsUKJg8vqlKlCgEfIOAT8G2+pLhVq1a06TaQdmFs166d0XsGbfOHrF+/XrT1H794zfX0009bPWjv3LnDxOFlFSpUIOADBHwCvgGOHj0qHTt2tDZ5khXMU7JkSZk4caJxJ+fG+no17VNavHhxbiKDFSxYUGbOnEmw96HSpUsT8AECPgHfICdPnpQePXpI0qRJyQ6GNgvp2rWr6A82Av6/0LVNI0eOlMyZM3PTGEw7GWnnAKfuQLczXSdIwAcI+AR882jTiffff9/q5EKWMLN5SLNmzURbtRPwH7ipdeMJm2bNVq5cOVmyZAmTQyzS8wQI+AABn4BvrrCwMBk0aJCkS5eObGEg7epYt25d0SXmrg34+sT+ww8/JNgbLF68eNYBEStXrmRSsIH8+fMT8AECPgHfIe01df+aU97MulH16tVt90Tfq/+4rskeO3aspE2blhvAUHrt+vTpIyEhIUwGNqIbmgn4AAGfgO8s69atk8aNG9N5x9AHoV26dJGLFy+KowP+tm3b5Nlnn+WiG6pYsWLWBugbN24wCdhQjhw5CPgAAZ+A71AnTpywDl8KCgoikxgmTZo08tVXX8V64xGP/4O64VKX4+gmBC60WfSJQZMmTUSfIFBg7S1LliwEfICAT8B3OH3Ipg/b9KEbOcUs5cuXj9WOOx79x/S1RM2aNbmwhnnmmWdkxIgRcurUKQq+ITJmzEjABwj4BHwX2bJli3Tq1InuOwZJmTKl/Pzzz2J0wD99+jSnzxp20+nBG3bd/Y3Hc8prWwI+CPgEfET9qf53330nzz//vNXJhUxjb35+fvLll1+KkQFfJ2mndPVw+k32wgsvWIdSXb9+neJuMKdsXCfgg4BPwEf0HT582OqpHxwcTM6xsThx4sjo0aPFqICva+6rVq3KBbSx3Llzy5AhQ+T48eMUdIfQTTwEfICAT8DHva6FixcvlgYNGkjChAnJPjbtm79w4UIxJuDrLxIunP3or/mePXvKxo0bKeIOFBgYSMAHCPgEfDxyP+SECROkcuXK1pt7MpF9BAQEiHZIsn3Av3LlijglaDiBXgs9Pnnp0qWib1YodM7llE1WBHwQ8An48J5z587JuHHjpHTp0tYyEbJS7GvYsKH9A/5nn33GxYplGvRat24tv/32m9y+fZuC7RK6SZqADxDwCfiIrP3798uAAQNoiGIDa9asEVsHfA6yih3Jkye3ntQvWrRIbt68SZF2oRQpUhDwAQI+AR/RsnnzZunRo4dkzpyZXBULatWqZd+AHxYWxmFWPuTv72+dMaAHXujSKAqUu+mPPAI+QMAn4COmm3NXrlwpnTt3Fqd0ZzNlw623G59E+z/8/fffuUg+aGup6+Z0/Zz+oKIY4Z5kyZIR8AECPgEfHqPLfHUPn64QSJo0KTnMy0aNGmXPgD958mQukJd6pZYtW9YK9bo5hqKDR0mSJAkBHyDgE/DhFZcvX7ZWDFSrVo3DtLykdu3a9gz4gwYN4gJ5UNasWeW9996TAwcOUHTxRIkTJybgAwR8Aj687tixY9K/f38rp5DXPCdTpkz2DPh9+/blAsVQokSJpH79+rS1RJTpvUPABwj4BHz4er1+mzZtxCkPmWJbRESE2C7g6+5rLk70FCxYUMaOHSvh4eEUWESLU04qJOCDgE/Ah5n99T/66CPrKTS5Lvq8eehVtP/DXr16cXGiIEGCBPef1lMcEFN6PxHwAQI+AR+xvTF3wYIFUqpUKbJeNISGhtov4Ot6cS7Ok8WLF0+6desmJ0+epJjCY/S+IuADBHwCPuxiyZIlki9fPrJfFFy6dMl+AV/b+3BxnqxkyZJy48YNCik8SluoEvABAj4BH3aybNkysl8kBQQE2HOT7bx587hAkVSiRAk5fPgwxRQe45S2ZQR8EPAJ+DCfPsgcOHCgdSgnuS9y9JwjWwb8gwcPcoGi2DHn/fff52k+PDNwHTIuCPgg4BPwYXZnnVmzZkn27NnJelGk3ShtGfC1rWNQUBAXKYpy584tuk6NwgACPgEfBHwCPkz1008/SYECBch20bR69Wp7BnylvVC5SNGjHXX08AiKBKLz45qADxDwCfiIrXX25cuXJ8vFQN68eb1+/lGM/uO1a9dyoWJA16p1796dkIMotyUj4AMEfAI+fN0lp0yZMuQ3D/jqq6+8Pv5i/A9UqlSJixVDyZMnlw8++EAuX75MwcUT3bp1i4APEPBjpF27dow9RMqiRYvoc+9BefLkEZ3HbR/wd+7cKU45dCe2pUmTRj799FM24uKx9GhrAj5AwI+Jtm3bMvbw2KWg8+fPl2LFipHPPEg74P36668+GXse+Uc+++wzLpwHBQcHy8SJE33yCw9mtiMj4AMEfAI+PO3mzZsyZcoUDqzykl69evls3HnsH9L1fFw8z8qZM6cV9HXAUXhwz/Xr1wn4AAE/RrRJBtcR91y5ckX0Ya0+YCR/eUeNGjV8+uDWo71Q6arjHVmzZpVx48aJLs2gEOHq1asEfICAT8BHjJ07d87aA5g6dWrylpcPtdIfUT5tp+3pNVvvvvsuF9OLS3fGjBnDGn2etBDwAQJ+jLRu3Zqx52JHjx6VLl26SJIkSchXXlarVi3RB3O+vsZe+UcnT54syZIl48J6ScaMGWXkyJFy7do1CrQLhYeHE/ABAj4BH1H2119/SaNGjSRevHjkKS/z8/OT999/X7S1dWxca6/9w4cOHZLKlStzkb0oXbp0MmLECJ+/9kHs0naqBHyAgB8TrVq1Yuy5hC6hnjdvnpQrV47s5CO6SXnlypWxOsa8/j+wZs0aefnll63WQFx079C1cx9++KFcunSJgk3AJ+ADBHwCPqz9Wl988YXkypWLrOQj6dOntzYr26ELos/+hw4cOCCDBg2SQoUKcRN4SYoUKaRv376EJgI+AR8g4BPwXerkyZNWFggMDCQb+UjRokWt02nttEcyVv5H9+3bZ4X9IkWKSJw4cbg5PEw3zbz11lty4sQJCjgBn4APEPD/4fXXX2fsOcyRI0ekQ4cO4u/vTxbyMs2uGur79+8ve/bsseVYivU/4PTp0zJ16lRp1qyZBAUFceN4kA7yjh07iu6Wp/gR8An4AAGfgO88e/fulZYtW0r8+PHJPl6UOHFiq5f9l19+KSEhIbYfP7b6Y7TN5ubNm2Xo0KFSqVIlfoV6SIIECaRz585y5swZCjoBn4APEPCtQMh1NNu2bdusjjjarYWs452n9AULFpSePXvK0qVLjWtRbus/TttALlu2TPr16ydlypSxgio3XfRp61Jt2aQBkeJIwCfgA+4N+K+99hpjz+BWl7Vr12aJsxekTZtWXn31VZkyZYroXgaT7xPjdoRr2yF9wl+lShUCfzTpxhv9Dq9fv06BJ+AT8AECPgyga73r169PsPcgPQ9A19L37t3bypfaUtQp94vxQWfRokXW65MSJUpwcEMUZc2a1dr/oEujKJ4EfAI+4J6A36JFC8aeIY4dO2Z1PSLjeG7ZTbdu3WThwoWiB0c69b5x1IfRC/XLL79Inz59rCU9CRMm5IaOBD38Yvfu3RR7Aj4BHyDgwybOnTtndcRjP2LM6DkAbdu2lZkzZ7pqL6KjP9zNmzdlw4YN1nKUmjVrSvLkybnZ/4XuvtdXVCzbIeAT8AHnB/zmzZsz9mxK36rrGvA0adKQT6JBOzLqUqZx48bJ4cOHXXufu+rDauBfvXq1DBkyRF544QVr0ymD4e9y584ty5cvp/AT8An4gIMDvram5jrajz5h1j2G5JHIS5UqldStW1dGjx7NagS3BvyH3b59W3Q3uhbqWrVqWTcJg+X/1qh1795d9AcRg4SAT8AHCPjwzVr7nDlzkkOeIGnSpFK9enUZNmyYtUrDSRtjCfheojeJ9pX9/PPPrdc76dKlc/UgKl26tOhBZNwbBHwCPuCsgN+0aVPGno1oS8bs2bMT4P8l0FerVs1afbF27Vq5desW9y4BP+YOHjxorYVr06aNZMuWzXUDSwvOgQMHGEwEfAI+QMCHl7z88suE+QdOjNVlSnpuj4kHTBHwDXXo0CGZPHmydQqgW16l6ec8f/48A4yAT8AHHBLwmzRpwtizCW3X6OZAnyRJEqlataoMGjTI2ifJ8mACvi2EhobKt99+K+3atZO8efM69gAK7ULE9SbgE/ABAj48q06dOq57Qv/8889bgX7VqlUEegK+OTvgZ8+eLV26dJEiRYqIn5+fYwblr7/+yiAk4BPwAQcE/EaNGjH2bMLpDT70Cb0uuRk4cCCBnoDvHGFhYdZpu2+//ba1aTVBggTGDtL27dszKAn4BHzAAQFfG0lwHe3Rvttpb/61Bbl2uRk8eDBLbgj47hrMDx6+lSJFCmMGrW4C4hoS8An4gPkBX/uGcx3tISAgwPguNw9uio2IiODeIuBD2z1p26fhw4fLSy+9JClTprTtINYjs7lmBHwCPmB+wNezX7iO9lC+fHmj7h3NKXr/6BjQB5Z6phDXkYCPJ9Be/Fu3brV68Tdo0EDSp09viwGtewn07+IaEfAJ+ID5Af/FF19k7NnEpEmTbH2vpE6d2nqDP3LkSNmyZQsHSxHw4Sl79+6VCRMmSIsWLWKtF79uGuZaEPAJ+IAzAr6ukeY62oP2ec+SJYtt7o2goCBrj4Y+aNy+fbvcvXuXe4WAD18ICQmR6dOnS4cOHaRw4cISL148rw52PUGOTTIEfAI+4JyAr2umuY72sWLFCokbN26s3Au6UkC7Kn355Zeya9cu7gsCPuziypUrsnz5cmvHuq7jT5MmjccGfu3ateXatWsMeAI+AR9wUMCvWLEiY89mdA731Qn1epLxV199JbpCgO+egA+D7N+/X6ZOnWptjK1cubIEBgZGqQBoO88BAwaweYaAT8AHHBjwy5Yty9izoX79+nn0OutcXqpUKenWrZv88MMPcuLECa47AR9Oc+zYMVmwYIF12ETr1q2lRo0a8swzz1gbaHRXvP4IyJ8/v3Tq1El2795NESDgE/ABhwb85557jrFnUyNGjIj2IZnBwcHWm3dtxf3HH3/wBp6AD4CAT8AH3BLwS5QowdizMV12W6xYsX+9fv7+/vL0009Lw4YN5aOPPpIlS5bIuXPnuKYg4AMEfAI+4NaAX7RoUcaeAY4ePSq//PKLzJo1SxYuXGi1qaRugoAPEPAJ+AAB/x8KFSrE2AMI+AAI+AR8wCkBX/dfcR0BAj4AAj4BH3BIwM+TJw9jDyDgAyDgE/ABpwT8XLlyMfYAAj4AAj4BH3BKwNfDjriOAAEfAAGfgA84JOBnyZKFsQcQ8AEQ8An4gFMCfsaMGRl7AAEfAAGfgA84JeAHBQUx9gACPgACPgEfcErAT5kyJWMPIOADIOAT8AGnBPwECRIw9gACPgACPgEfcErAV7du3WL8AQR8AAR8Aj7glIAfFhbG+AMI+AAI+AR8wCkB/+TJk4w/gIAPgIBPwAecEvAPHjzI+AMI+AAI+AR8wCkBf9u2bYw/gIAPgIBPwAecEvDXrVvH+AMI+AAI+AR8wCkBf9myZYw/gIAPgIBPwAecEvB//PFHxh9AwAdAwCfgA04J+DNnzmT8AQR8AAR8Aj7glIA/adIkxh9AwAdAwCfgA04J+GPGjGH8AQR8AAR8Aj7glIA/fPhwxh9AwAdAwCfgA04J+B988AHjDyDgAyDge1aWLFkke/bsgHECAwONH3/du3cn4AMEfAAEfABO0aJFCwI+QMAHQMAH4BQvvvgiAR8g4AMg4ANwipIlSxLwAQI+AAI+AKfIkSMHAR8g4AMg4ANwioCAAAI+QMAHQMAH4BRx4sSR69evE/IBAj4AAj4Ap9i3bx8BHyDgAyDgA3CKX3/9lYAPEPABEPABOMWkSZMI+AABHwABH4BT9O/fn4APEPABEPABOEXLli0J+AABHwABH4BTlCpVioAPEPABEPABOEXy5Mnl7t27hHyAgA+AgA/AKUJCQgj4AAEfAAEfgFP88ssvBHyAgA8gNunBNIQSAJ7y4YcfEvABAj6A2NSsWTNCCQCPqV69OgEfIOADiC3bt2+XuHHjEkoAeHSj7e3btwn5AAEfQGyoU6cOgQSAx23atImADxDwAfjan3/+KXHixCGMAPC4gQMHEvABAj4AX6tUqRJBBIBXFClShIAPEPAB+JK2sSOEAPCmgwcPEvIBAj4AX9BTJosVK0YAAeBVgwcPJuADBHwAvjBr1izCBwCvCw4Ollu3bhHyAQI+AG/S1nV58uQhfADwidmzZxPwAQI+AG8aP348oQOAzzz77LMEfICAD8Bbrl27JpkzZyZ0APCpuXPnEvIBAj4Abxg0aBBhA4DP5c6dm7X4AAEfgKedPn3aOj6esAEgNnzyyScEfICAD8CTmjdvTsgAEGsSJ04s+/btI+QDBHwAnrB06VKJEycOIQNArCpXrpzcuXOHkA8Q8AHExOXLlyV79uyECwC28MEHHxDwAQI+gJho1qwZoQKAbcSNG1cWL15MyAcI+ACiY+rUqQQKALaTNm1aOXr0KCEfIOADiIrNmzdbm9oIEwDsKF++fBIWFkbIBwj4ACLbEjM4OJgQAcDWateuzaZbgIAPIDKbaosVK0Z4AGCEbt26EfABAj6Af3Pjxg2pUqUKoQGAUYYPH07IBwj4AB4WERFhve4mLAAwjZ7TMWrUKEI+QMAHcM/169flhRdeICgAIOQDIOADprtw4YJ1OiQBAYATdO7cmY23AAEfcK9Dhw5Jnjx5CAUAHOWVV16Ra9euEfIBAj7gLitWrLAOiyEMAHCiEiVKyMmTJwn5AAEfcD59dT1kyBDx8/MjBABwtKxZs8qWLVsI+QABH3CuY8eOScWKFZn4AbhGwoQJZejQoazLBwj4gLPcvXtXvv76awkICGDCB+BK1atXl1OnThHyAQI+YL6dO3fSJQcA/kv3Hf3444+EfICAD5hJn1S1a9dO4sWLx8QOAA/0y2/RooWcPn2aoA8Q8AEznD17Vvr27SvJkiVjMgeAf5EyZUr5/PPPRU/xZu4ACPiALR0+fFh69OghSZMmZfIGgEjKnj27fPPNN3Lr1i2CPkDAB2Lf7du35aeffpLatWvT9hIAYthSU5/oX716laAPEPAB3/exX7NmjXTt2lXSpUvHxAwAHpQmTRrrbejWrVsJ+gABH/CekJAQmTZtmrz22mucPgsAPpItWzZp3769tYRn9+7dom9NmZMAAj4QKdeuXRM9hGrz5s3Wkpsvv/xSunfvLrVq1bJeGzPRAoA9Ds3KmzevtSyyQ4cO8v7778uYMWNk9uzZsnLlStmzZ49cunSJHwEAAR8m0C4LFy5cuE83tO7du1c2bNggf/zxhyxdulS+//57mT59uowbN04+/vhjGTJkiPTu3dtaStOmTRtp3Lix1KtXT6pUqSKlS5eWIkWKSHBwsCRJkoSJEwAcJkWKFNYbV93EW7BgQSlRooRV//XHQYMGDax5oUuXLtY88fbbb1un7SqdP3QeUVOmTJFZs2ZZ9OGPzjVq/fr11vyj9EfFwYMH/+b8+fN/m7PCwsL40QECvjc3ROpAO3HihDUAdX2fDs4VK1bcH7T3aFi8N6jVd999d3/AR8ewYcPuFw9f69evn1XAokKfjGjxi4qGDRtK/fr1/6ZGjRpWQb2naNGi9xUoUMAqvPcEBQVZbdPuYYICADj5bcSDc57KlCnT3+ZFVbhw4b/NncWLF//bvKp0rn14/tWzBh6ep3Vvw4Nz/YM/bO4ZOXLkPzLMjBkz/paJ5s6d+4/ctHbt2vs/etSmTZv+8cNH89eDP3yUnvRO+Cbg/83NmzetJRVz5syR0aNHW6/q9GAh/XX+3HPPSc6cOa1NkDpo4saNS0EBAACwsQQJEvzjh4++bX/wR89TTz31tx89ZcuWvf9jR9/U6w+cRo0a3f9h07lz5/s/agYOHGj9kNEHr/rjZfLkydaPlsWLF1srAvTHyf79++X48ePWDxBtrEHA97IjR45Ya+1atWplLa/Qm4DBAAAAAG++bdHlXvny5ZMKFSpYKxY6deok/fv3t/bs6RuNXbt22f4sB1v9MfoL6pNPPpFSpUpZx1tzowEAAMCOPwQKFSokTZo0sd4QbNy40VZLkGzxR2zZskWaNm0q8ePH56YBAACAcTJmzCi9evWSQ4cOiasDvq5/qlq1Kk/rAQAA4Ajx4sWT5s2bW+c5uCrga8up559/npsAAAAAjqRNX7TDUWhoqDg64J89e1beeOMNutwAAADAFZImTWq1JPVllx6fhXttSxQYGMiFBgAAgOuUKVPGZ+vzvf4/oCe6aV9SLiwAAADcLHny5PLDDz+I0QFfTzrTA6i4oAAAAMB/rOYyeiCXHuJqVMC/ffu29O3bV/z8/LiQAAAAwEP0IK2TJ0+KEQE/PDxcatWqxYUDAAAAHiNDhgyydetWsXXADwkJkcKFC3PBAAAAgEhImTKl6NlQtgz4ut4+KCiICwUAAABEQcKECUU7Ttoq4M+YMUP8/f25QAAAAEA06N7VcePGiS0C/vTp060jebkwAAAAQPRphx1PhPwY/ccTJkzgVFoAAADAg0/yY7pcJ9r/4cKFC3lyDwAAAHhY/PjxZdGiReLTgL9mzRpJ9P/au/M4nav+j+PfGYzB2Blrxtiz7xHZy5IlRIWJspS9RFJJFNGdktwku4Rklz23nZI9WxhL9myDsc32+XXOLyKGucZ1zVzf73n98fzjdz+6l9/nbO851/mekyIFDQAAAAB4QMqUKWXdunWSIAE/NDRUAgMDKTwAAADgQRkyZJC9e/eKRwP+uXPnpGDBghQcAAAASADBwcFy+vRp8UjAv3HjhlSuXJlCAwAAAAmoXLlycvXqVXF7wG/fvj0FBgAAABJB06ZNJSYmRtwW8D///HMKCwAAACSiAQMGuCfgq6931X2cFBUAAABIPOohrMWLF8sjBXx11id//vwUFAAAAPAC2bNnlwsXLki8A37Xrl0pJAAAAOBFWrduHb+Av3v3bvH19aWIAAAAgJdRD8+6HPBbtmxJ8QAAAAAv9Oyzz7oW8NVrtUmTJqV4AAAAgJfavHmzxDngd+rUiaIBAAAAXkyduIlTwI+OjpasWbNSNAAAAMCLBQQEyPXr1+WhAX/VqlUUDAAAALCBH3/88eEBv3v37hQLAAAAsIF27do9POAHBQVRLAAAAMAGAgMDRR2xjzXgHz16lEIBAAAANrJv377YA/6sWbMoEgAAAGAj3333XewB/91336VIAAAAgI306NEj9oBfu3ZtigQAAADYSJUqVWIP+JkzZ6ZIAAAAgI2o+/Dv/ND2drg/fvw4BQIAAABs6MCBA/cG/DVr1lAcAAAAwIaWL19+b8CfPHkyxQEAAABsaOzYsfcG/P79+1McAAAAwIb69u17b8B/9dVXKQ4AAABgQyEhIfcG/Bo1alAcAAAAwIbuvCrzdsDPkycPxQEAAABsKCgo6O6Ar+7NTJYsGcUBAAAAbChJkiQSGRkptwP+uXPnKAwAAABgY2fOnPkn4O/bt4+iAAAAADa2Z8+efwL++vXrKQoAAABgY2vXrv0n4M+fP5+iAAAAADY2d+7cfwL++PHjKQoAAABgY7des9UB/z//+Q9FAQAAAGxsyJAh/wT8d955h6IAAAAANvb222//E/Dbt29PUQAAAAAba9u27T8Bv0mTJhQFALxUunTpJDg4WIoVKyYVKlSQWrVqSbNmzaRNmzbSpUsX6d27twwePFi++uorGT16tIwZM0ZmzJhxl6VLl8ry5ctv27Bhg2zevFlWrlx517+uLl2489/33Xff6f9MZejQoTJgwAD939ehQwdp0aKFNGrUSP/vKVOmjBQqVEgee+wxSZkyJe0GAIngueee+yfg16xZk6IAQALLkSOHPPnkk9K4cWPp3Lmz9O/fX7755hsdsn/55Rc5duyY3Lx58/bT43YSHh4u+/fv11e2zZw5U//x0bdvX727VL9+ff0HQYYMGegHAOBG1apV+yfgP/HEExQFADwkT548on4pVbvfs2bNkh07dsjVq1dtGdzd7fz587Jp0yaZOnWqqO/B6tSpI9myZaPfAEA8lCtX7p+AX7RoUYoCAG7g5+end+XVMZYFCxbIhQsXCPLxcPLkSb3z36NHD6lYsaKuK/0LAB6scOHC/wT83LlzUxQAiAd13vyZZ57Ru/OrVq2Sa9euEeg94Pr167Ju3Tr59NNPpV69ehIQEED/A4B/CQoK+ifgZ8qUiaIAgAtHbtRHpuqsvAqeBPCEFxUVpT8SVh8Xq498/f396ZsAjKcy/e2AnyJFCooCALFInz69vPDCC6Je/T5+/DiB3gupbxqWLFkiXbt21X+A0W8BmEhleh3w1S4IBQGAu2XOnFlCQkL0Lr1db7IxWWhoqAwbNkzv7nN+H4ApfHx8RGf7sLAwCgIAf8mfP79+BXDjxo0SExNDqHcI9aHzxIkT9fWcyZMnp68DcLRLly6JdeLECYoBwFjqYSYV6tXVlYRh51ObWt9++61+oItz+wCcSN1CZv3+++8UA4BR0qZNqx9cUq+4RkdHE+wNdfnyZZk0aZI+xuPr68vYAOAIBw4cEGvLli0UA4DjJUmSRBo0aCA//PADN9/gHurj6SFDhgjvwgCwu+3bt4u1Zs0aigHAsXLlyiX9+/fn9hvE2bZt2/RtPOnSpWMMAbCd9evXi7V06VKKAcBR1HELdexixowZEhkZSbBHvB/XUn1I9SXGFQC7WLFihVjqKXWKAcAJAgMDpV+/fqIuDyCgwp3UT96dOnWS1KlTM9YAeLXFixeLNXPmTIoBwNYKFCig7zy/du0awR4e/zB39OjRUrBgQcYeAK80b948saZOnUoxANhSpUqV9ENU3FmPhKZuX1J9j+M7ALyNOlpoqcc/KAYAu0iaNKm0bt1adu/eTaiHV9i8ebM0b96cqzYBeAX11oelfmqkGAC8nZ+fn4SEhMj+/fsJ9vBKoaGh0q1bN17LBZCoxo0bJ9bw4cMpBgCvDvYdOnSQP/74g2APWzh69KgO+ilTpmQMA0hwo0aNEuuzzz6jGAC8jr+/v/To0UNOnTpFsIctqb7bvXt3dvQBJCh16YQ1cOBAigHAa6hzzM2aNZNDhw4R7OEIx44d4+gOgATz6aefiqXujKYYALyBupFkx44dBHs40pEjR/RxsyRJkjDeAXjMxx9/LFafPn0oBoBEVbVqVdmwYQPBHkbYuXOn1K5dm7EPwCP69u0rljrjSjEAJIbHHntMJk2aRLCHkZYvXy7FixdnLgDgVr179xarS5cuFANAglK3i6jjgdevXyfcw/gHs9QfuVmzZmVuAOAWb775pljqPCDFAJAQfHx8pFWrVnLixAmCPXCHS5cuSc+ePSVZsmTMFQAeSadOncRq06YNxQDgcWXKlOGcPfAQu3bt0t+kMGcAiK927dqJpXbTKAYATx7HGTx4sERFRRHugTiaP3++5MyZkzkEgMteeeUVsV588UWKAcAj6tWrJ+pqQAIb4LqwsDDp2rWrfhuC+QRAXIWEhIilHpShGADcKUuWLNyOA7iJOtpWuHBh5hYAcdKiRQuxmjRpQjEAuM2rr74qFy5cINwDbnTjxg157733+AgXwEM1b95crIYNG1IMAI8sMDBQ5s6dS7AHPPxIVrly5ZhzAMSqadOmYj377LMUA8AjUUf9zp49S7gHEkBkZKR8+OGHkjRpUuYfAPdo1KiRWDyXDSC+0qZNK6NHjybYA4lg06ZNUrBgQeYiAHdp0KCBWLVq1aIYAFz2zDPP8GAVkMjCw8Pl9ddf14/IMS8BUOrWrStWtWrVKAaAOFPHAtS99jExMYR7wEssXLhQ317FHAXg6aefFqty5coUA0CcPPbYY7J27VqCPeCFzpw5o39ZY64CzFazZk2xKlasSDEAPJS6cev8+fOEe8CLqV/W1C9sSZIkYd4CDFW1alWxypcvTzEAxMrPz0+GDRvGkRzARlasWCFZs2ZlDgMMVKlSJbFKly5NMQDcV/bs2UW9oklgAuzn1KlTUr16deYywDAVKlQQq3jx4hQDwD2efPJJOXnyJOEesLGoqCjp3bs3cxpgEP0YXpEiRSgGgLt06NBBbt68SbgHHGLq1KmSMmVK5jfAAPp0TqFChSgGAC158uQyZswYgj3gQNu2bZPg4GDmOsDh9Omc/PnzUwwA+g7tn3/+mXAPONjZs2f//4YN5jzAsfTpnDx58lAMwHCFCxeWw4cPE+4BA6jjdy+//DJzH+BQ+nRO7ty5KQZgMPUgxsWLFwn3gGHU9be+vr7Mg4DDFCxYUKxcuXJRDMBQr7zyikRERBDuAUPNmDFDUqRIwXwIOIg+fq+enqcYgFl8fHxk4MCBBHsA1rp16yRjxozMjYBD5M2bV6wcOXJQDMAg6gn7cePGEe4B3LZnzx7hF33AGfT3teqlSooBmHMN5syZMwn3AO5x4sQJKVasGHMlYHP6OtysWbNSDMAAAQEBsmzZMsI9gFhduHBBv2LNnAnYV1BQEAEfMEHmzJll8+bNhHsADxUeHi61a9dm7gRsSn9fGxgYSDEAhw/0vXv3Eu4BuHRXfqNGjZhDARvKmTOnWJkyZaIYgEOpj+ZCQ0MJ9wBcFhUVJS1btmQuBWxGX6DD1VgA4R4AYgv5ISEhzKmAjWTLlk2s9OnTUwzAgcdyCPcA3BXy27Rpw9wK2IT+vjZdunQUA3DYzv2hQ4cI9wDcJjo6Wlq3bs0cC9iA/r42TZo0FANw0M79wYMHCfcAPLKT/9JLLzHXAja4Oc9KnTo1xQAc8hf7vn37CPeG3HCi/pBbs2aNzJ49W8aMGSODBg2S3r17S9euXaVDhw76SEWzZs3k+eefl1q1amnly5eXMmXKSOXKlW//a+qmFPXPKW3bttX/3tdee03/Zw0ePFi+/vprmTZtmixevFh+/vlnOX78uERGRtLPDBURESENGzZkzgW8mP6+NlWqVBQDsLm0adPK1q1bCV0Oo45azZ07VwdtdTyiQoUK+uMpHx+fRO1v6r9fnfEsVaqU1K9fX7p16ybDhw+XhQsX6j8y1R8gtJ+z/8CsV68ecy/gpTJkyEDAB+xOjeENGzYQqBwQmtauXSsDBw6UBg0aiJ3fKEmSJIkULFhQ/yowYMAAmTNnjv7oOyYmhn7qEFevXpUqVaowBwNeSH9f6+/vTzEAm/Lz85NFixYRmmxIHXNRrwur3Xl1VCZFihSO76/qm69KlSrp4z/z58+XP//8k75rY5cuXdK/4jAXA973q76VPHlyigHYdJf0+++/JyDZiAq048aN0zv0bK78v8KFC0uXLl30twTnz5+nP9vMyZMnJXfu3PRlwIvo72vVDiDFAOxn9OjRhCGbnKP//PPP9XEG9UcZfTd2vr6+Urp0ab3Dr44rqVtb6EPeT313kSlTJvow4EVHd62kSZNSDMBmVAAiWHj3rubQoUM5vuCGmyBatmwp06dPl7CwMPq8F9u0aZPwTR/gHVKmTCkWO0qAvTRv3lzUozOECu9y/fp1mTFjhr5Vho0T91PHSVVtJ02aJJcvX6b/e6EFCxbwKxXgBfQRUAYjYB/lypUTdXsFYcJ7rFq1SkJCQiQgIIA+moC7U+qGnnnz5nEnv5cZNmwYfRRIZPrSBgI+YA/BwcFy5swZwowXUDvI6huI4sWL0zcTmbqPX93Dv337dsaGl+jYsSN9EyDgA3gY9WjF77//ToBJZLt375bOnTvr6x7pl96nYsWK+gjPjRs3GCuJ/NqtuvqVPglwRAfAA24W4a77xLVlyxZ9JCSxX5BF3KhHwtSH6EePHmXcJOId+UWKFKE/AuzgA7ifTz/9lJCSSJYuXSrVqlWjH9qU+thZfZSu/kCjPye8/fv3S/r06emLADv4AO7UtGlTiYmJIZwkIHVDkXpltXz58vRBB1Ev6Kp2pY8nrGXLlnGzDsAOPoBbSpQoIeHh4QSSBHLz5k0ZP368FCxYkP7nYE888YSo6xzp8wnnww8/pO8BBHwA6qPa0NBQQkgCUB9kqhtxHnvsMfqeYUGfHf2EoX6FbNKkCf0OIOADZn9Uq37WJhh43rFjx+Spp56i3xmsRo0asmHDBsabh128eFHy5ctHnwM4gw+Y6b333iNsJLBDhw7pXXz1Uqqfnx/90ECq7fnVzLN27typHymjvwEEfMAoajeZlzkTl/ruQR3d6NChg35EiX5pDvXHnXo0KywsjDHoIeoPafoawBEdwBjqOrkjR44QLLxIVFSU/PTTT9KuXTv9XQT91AzqHn31wTU3WHlGixYt6GcAAR9wPvWA0ty5cwkTXn7Lzo8//iitWrX6/8mTfmvEL2q7du1iXLqZ+oUkODiYPgYQ8AFn69mzJyHCZgFl2LBhhBQDqMey1LGdK1euMEbdaNOmTXzvAhDwAecqVaqUqN1hFn37PopVs2ZN+rLD5cmTR1atWsU4dSP1Sjd9CyDgA46TPHlyUTdLsNjbn7pqUd3EQr929lE69fE1u/nu+wO5WrVq9C2AgA84y9ChQwkKDqN2eblb39ny5s0ra9asYey6weHDhyVNmjT0K4CADzhD5cqVRd3SwiLvTOroTlBQEH3dwbv56mx+REQEY/gRjRkzhj4FEPAB+1M7VlyJ6XxXr16Vfv366aNY9HtnKl++vBw8eJCx/Ig43gYQ8AHbmzBhAoHAILt379ZBkL7vTOnSpZMZM2Ywph/BmTNn9PsD9CeAgA/YUp06dQgCBlIvFKvdfOZc51If4HIjVvx9++239COAgA/YT8qUKSU0NJQAYLCNGzfqKxcZD85UqVIlOXnyJGOcozoAAR8wxWeffcbCD+v8+fNSo0YNxoRDZcuWTdauXctYjwf1bVJAQAD9CCDgA/ZQokQJbtzAXUd2OnfuzNhwKPUC7siRIxnv8fD555/ThwACPuD91DjbvHkziz3uMWzYMM7lO5i6SlM96ERfd+0BrIoVK9J/AAI+4N169uzJAo9YTZ8+Xe/4MlacqXHjxhIeHs4c4ILt27czJgACPuC9cubMyeKOh/r+++8JNA5WtmxZUVdB0tfjrmvXrvQdgIAPeKdp06axqCNOZs6cKcmSJWPcOJS6PenAgQPMB3F06dIlyZo1K30HIOAD3ndlXkxMDAs64uy7774THx8fxo9DZc+eXXbu3MmcEEdjx46l3wAuUldyE/ABD35Yq86RskjDVf3792cMOZh6+XbdunXMDXH84LZChQr0G4CAD3iHjh07soAjXtSvPiEhIYwjhy/AK1asYI6IA3UDma+vL/0GIOADiSt9+vRy9uxZFm/E240bN7gq0OFSpUpFyI+jNm3a0GcAVwI+tzYA7vfll1+yaOORHTt2TP+xyJhy9sdwy5YtY76Iw1jQHw7SZwA+sgUSQ3BwsKjdVxZluMPUqVMZVwYsxuzkP9y7775LfwE4ogMkDhXIWIzhTpzHN2NBXrt2LXPHA1y+fJlrMwECPpDwihcvzrP08Mh94NmyZWOMGfDtzo4dO5g/HuC///0vfQXgDD6QsBYvXsziDI+YPHkyY8wAmTNnlr179zKPxCIiIkIKFixIXwE4gw8kjKpVq7Iow6NXZ1apUoWxZoDcuXPL6dOnmU/4LgVgBx9ITOrl0V9++YUFGR61detWYVPGDGXKlJHw8HDmlFgevypatCj9BGAHH/CsBg0asBAjQbRq1YoxZ4iGDRtKVFQUc8t9zJw5kz4C8JEt4Fns3iOh7N69m1c9DdKlSxfmlliOrJUqVYo+AhDwAc+oW7cuCzASVJMmTRh7Bhk1ahRzzH3Mnz+f/gFwBh/wjA0bNrD4IkFt27ZNf/fB+DNDsmTJZNWqVcwz99nFL1euHH0EYAcfcK+nn36aRReJ4qmnnmIMGiRLlixy7Ngx5hvO4gMEfMDT1qxZw4KLRDFhwgTGoGHUbvX169eZc/51o07hwoXpHwBHdAD34N57JCZ1hWLq1KkZi4bp2LEj886/jBs3jr4BsIMPuIf6wIvFFYnp1VdfZSwaaMqUKcw9/3rdNleuXPQNgIAPPJoCBQqI+mmYxRWJ6X//+x/j0UBp0qSRAwcOMP/cYejQofQNgCM6wKMZOXIkiyu8YudShT3GpHlKly4tN27cYB7625UrVyR9+vT0DYAdfCB+MmTIwBPy4E58JLqePXsyD92hV69e9AuAgA/Ez/vvv8+iCq8xZswYxqWh1IvGK1euZD7629GjR4VTCQABH3BZ8uTJ5eTJkyyo8BrqbnTGprmCg4Pl8uXLzEl/a9q0Kf0CBHzO4AOuadmyJQspvE7OnDkZnwZr27Yt89LfVq9eTZ8AAZ8dfMA1a9euZSGF12nUqBHj03CLFy9mbvpb2bJl6RMg4LODD8RNkSJFWEDhlQYMGMAYNVxQUJCom2QYD2KNHz+ePgECPgEfiJvhw4ezeMIrLVq0iDEKeeutt5ij/nL16lVJmzYtfQIEfIoBPFiKFCnkwoULLJ7wSn/88QfjFPoGmc2bNzNP/aVjx470CRgrVapUYiVLloxiAHzEBhuLiooS5nIo6gEs1R9MHxM7duygP8BYAQEBYvn5+VEM4CF++eUXAj68Wu7cuRmr0L7++mvmKz62BQGfgA88SOHChVks4fWqVq3KeIWmXts+d+6c8fPW6NGj6Q8wUurUqcXy9/enGMADDB48mIAPr/fyyy8zXnFbt27djJ+31ANgeieT/gACPoA7qafg1QeMBEh4uzfffJMxi7s+uN25c6fxc1dISAj9AcZJkyYNAR94kOrVqxPuYQt9+/ZlzOIuzz77rPHz15IlS+gLMI6+JlZd/0cxgPsbN24cAR+2oI6SMWbxbytXrjR6DlM3CmXNmpW+AKOkS5dOLH0ZPsUA7qF+3bp48SIBH7YwYsQIxi3u8cQTT0hMTIxwfI2+AMMCvr4Mn2IA92jevDnhHrYxceJExi3ua968eUbPZVu2bKEfwCjp06cn4AOxmT17NgEftjF+/HjGLe6raNGiEh0dbfR8pmpAX4BJV+VaXCEF3EsdXQsPDyfgwzZGjRrF2EWsZs6cafR81q9fP/oBzAr4+q5MigHc5fnnnyfcw1aGDRvG2EWsSpYsafRZ/K1bt9IPYIyMGTMS8IH7mTp1KgEftjJkyBDGLh5o4cKFRs9ruXPnph/ACJkyZRJLX4ZPMYDbkidPLpcuXSLgg3vw4SgVK1Y0el7r0qUL/QDmBHx9GT7FAG6rX78+4R628/rrrzN+8VCrVq0ydn5btmwZfQBGyJw5MwEf+Dd1GwmBEXbTpEkTxi8e6rnnnjN2fouIiPj/+8HpB3C4wMBAsfRdmRQD0Hx9feXMmTMEfNjOU089xRhGnOa4gwcPGjvHvfjii/QDmBHw9VU6FAPQypUrR7iHLRUoUIAxjDjp3r27sfOcukCBPgCny5IlCzv4wJ0++OADAj5sJyoqSvz8/BjDiBN1e15YWJiRc925c+f0rxj0AzhZ1qxZ2cEH7rR+/XoCPmwnNDSU8QuXjBgxwti5rlixYvQBOD/g68vwKQYg6tesyMhIAj5sZ8mSJYxhuKR48eLGznXdunWjD8DRsmXLJpa+K5NiAPLCCy8Q7mFLX375JWMYLtu0aZORc96cOXNofzha9uzZCfjALRMmTCDgw5ZefvllxjBc1qFDByPnvIsXL0qSJEnoA3B2wNdX6VAMQI4fP07Ahy09/vjjjGG4LCAgQC5fvmzkvFe6dGn6ABwrR44cBHxAyZ8/P+EetnTlyhVuBUG8TZ482ci5r0ePHrQ/HCtnzpxi6bsyKQYM17ZtWwI+bGnFihWMYcRb3bp1jZz7FixYQPuDgA+wiwV4p969ezOGEW9JkyaV06dPGzf/nT9/Xnx8fOgDcKTHHntMLH1XJsWA4Y4cOWJkwJ80aZJMnDiRP25srFSpUoxhPBJT78QPDg6m/eFIuXLlIuADuXPnNnJx27t3r969U7tY/IJhT2rnlV1IPKpKlSoZOf6bN29O+8O5AV9fhk8xYDB1xaDpVyv6+/vL77//Tsi3mTFjxjCG8cjUH4nHjh0zbvwPGTKE9ocjBQUFiaWv0qEYMNjYsWONW9iuX78uadOmvasOVatWlZiYGEK+jVSvXp0xDLdQj6WZNn7+97//0fYg4ANOtXv3buMWttmzZ9+3FlOmTCHg28SJEyd4rAduU6VKFePGflhYGFfMwrFHjwn4MJp66CUqKsq4he2FF164bz3y5s0rkZGRhHwb+OKLLxjDcBv1x6KJt+kULFiQ9ofj6A/I9V2ZFAPsWhlDHcPJkCFDrDUZP348Ad8GbVioUCHGMNxq1KhRxo39li1b0vZwZsDXd2VSDBhKvWZo2oK2c+fOB9YkT548EhERQcj3YkuWLGH8wu1q165t3Lj/9NNPaXs4jlrHCfgw2vTp041b0EaOHPnQuowePZqA78Xq1avH+IXbJU+eXK5cuWLU2J83bx5tD8dRx20tfVcmxYChQkND+Un6PtQf/uqmHcK09/ntt9/4MBAeM3/+fKPG/f79+2l3ODPg66t0KAYMpM6hm3gtZFz/qDfx2jw7aNy4MeMXHtOxY0ejxr26ZEH9ckHbw0ny5csnlr5Kh2LAQDVq1DAuwJ46dSrO9VGvXJv2c723+/XXX3m5Fh6lNgBMG1dFixal7eEo+fPnJ+DDXF26dDFuIVu+fLlLNerWrRsB34s888wzjF1wdNHNnn/+edodzgv4+iodigED/fe//zUuvH7++ecu1Uid9V63bh0h3wv88MMPjFskiEmTJhk15t9//33aHY5SoEABAj7MpZ4pNy0kvvLKKy7XSd23fuPGDUJ+Irp8+bLwZgkSSvv27Y0a7+oFb9odTqIfcNNf2lIMGOjw4cPGhdZy5crFq1b9+vUj4Cei7t27M2aRYNQf9SaNr82bN9PuIOADTqCOnty8edOoRSw6OlpSpUoVr3qpZ+xXrFhByE8EP/30E9diIkGpD7nDwsKMGe9//vkn7Q7H/ZFu6at0KAYMky1bNuPCqvpw7lFqliVLFjlx4gQhPwGdPXtWsmfPzphFglu/fr0xY11dl5wiRQraHY7x+OOPE/BhprJlyxoXVJcuXfrIdXvqqackMjKSkJ9AoaNhw4aMVyQK016zJgvBcQFff2lLMWCYBg0aGBdSR40a5ZbavfHGGwT8BKC+e2CsIrF07drVqHFevXp12h2OUbhwYQI+zNSqVSvjQmqvXr3cVr8vvviCkO9B06ZN40ErJKqaNWsaNcZffvll2h2OUaRIEQI+zNS5c2fjAmqTJk3c+pGyCqGEcffbuHEj54GR6NRDOSaNu3fffZd2h7MCvr5Kh2LAMH369DEunJYsWdKtNUyWLJmoc/2EcvfZsWOHZMiQgTGKRKf+yOQII2BPRYsWFUtfpUMxYJhPPvnEuGCaJk0at9dR/Wfy0q177Nq1SzJnzsz4hNc4d+6cMWP7xx9/pM3hGMWKFSPgw0wjR440KpSqhdpTtVR363NH/qOHe3V1K2MT3mT79u3GjOtff/2VNoezAr6+SodiwDDqaXKTAuTOnTs9/nP+woULCfnxsGbNGkmfPj3jEl5nyZIlxozpR30nBPAmxYsXF0tfpUMxYJgFCxYYFUbdcQf+w/j5+cnMmTMJ+S6YNWuW+Pv7MybhlaZPn27MeL548SJtDscoUaKEWPpLW4oBw6xevdqoIDpx4sQEqau6XWfQoEGiHmkiwD/4EauPP/5Y14vxCG9l0mNXakwmTZqUdgcBH+BsqX2o0J2Q9X3hhRfk6tWrhPz7uHz5sjRt2pRxCK83ZMgQo8ZwpkyZaHc4gr41Tx/EpxgwzMGDB41auLp165bgNS5fvrycOHGCkH+HrVu36vvFGYOwA3U3vEnjk3eBQMAHbO7IkSNGLVzNmjVLlDoHBgbKvHnzjA/5kZGRMmDAAP12AOMPdmHag4AVKlSg3eEIpUqVIuDDTMeOHTNq4apcuXKi1rt9+/Zy5coVI4P+nj17pFy5cow72E7btm2NGrP16tWj3eEIpUuXFksfxKcYMIxpR0e84TrcfPnyyfr1642pe3h4uLzzzjv6diHGHOyoVatWRs2TLVu2pN1BwAfs7PTp00YtXFmzZvWKuvv4+Ig6LvTHH384uv7z58+XoKAgxhpsrXnz5kbNk+3ataPd4QhlypQh4MNMf/75p1ELl3qIypvqr16/7devn1y/ft1R7aB+oahWrRpjDI7QqFEjo+ZJ9c0B7Q4nKFu2rFj6S1uKAcOcP3/emIUrIiLCa9shb968MnnyZImKirJ1e/z888/yzDPPMLbgKHXq1DEq4L/11lu0OxxBf/elv7SlGDCMerXQlEVL/Vrh7e1RqFAhmTBhgu129JcsWSI1atRgTMGRVN82KeCra0Fpdzgm4OuD+BQDhrl06ZIxC9eBAwds0y7qoZm3335btm3b5rXto77fGDp0qBQtWpSxBEerUqWKUQG/f//+tDscQb1DQ8CHkdQNJ6YsWps3b7ZlG+XJk0e6d+8uM2fOlFOnTiVae6kn7Hfs2CH/+c9/pFatWjxnD2M89dRTRgX8wYMH0+5whCeeeEIs/aUtxYBhrl27ZszCtXLlSke0WY4cOaR69ery2muviVqIJ06cKAsXLpRNmzaJums+NDRUDh06JBcuXNAedtxHPT6l/rnjx4/rf++WLVv0f546KjRo0CB9B7jaBQkICGDMwEiVKlUyKuB/8cUXtDucE/D1l7YUA4a5ceOGMQvX8uXLjW/v1KlT0+8BF1WsWNGogD9q1CjaHY6gX2XmhUVwRMfZFi9eTJsDiFdIMCngjx07lnYHAR+wM3U0w5RFa8GCBbQ5gHh9qGdSwP/mm29odzjm1zdLf2lLMWCYkydPGrNwzZkzhzYH4DK1AcgRHcB+nnzySQI+zHT48GFjFi51Cw1tDsBV6hIOkwL+iBEjaHc45gN5S5/ToRgwzN69e41ZuKZPn06bA+CIzkN8+eWXtDsI+ICdbd++3ZiFa9q0abQ5AJepq/ZMCviff/457Q5HqFy5slj6ID7FgGF++eUXYxau2bNn0+YA4vWhnkkBXz1mR7vDCdQjdZY+iE8xYJg1a9YYs3Cpx5tocwDx+Zmfl2wB+6lSpQoBH2ZSjz+Zsmj99NNPtDmAeO0CmhTwBw4cSLvDOQFfn9OhGDCMuhvelEVr3bp1tDmAeIUEkwJ+v379aHc4QtWqVQn4MJO6OtKURWvr1q20OQCXVatWzaiA/+abb9LucMzYtfRBfIoBw0yZMsWYhevQoUO0OQCXPfPMM0YF/LZt29LuIOADdqZeLDRl0bp48SJtDsBlDRo0MCrgN2/enHaHI1SvXl0sfRCfYsAwn3zyiTELV3R0tPj6+tLuAFzStGlTowJ+nTp1aHc4Qo0aNcTSB/EpBgzzzjvvGLVwpUuXjnYH4JIWLVoYNU9yqyCcombNmmLpczoUA4Z5/fXXjVq48uXLR7sDcEmbNm2MmieLFStGu8MRatWqJZY+p0MxYJgXX3zRqIWLo3gAXPXaa68ZNU8GBQXR7nCEp59+Wix9TodiwDDqrKVJC9cLL7xAuwNwSc+ePY2aJzNkyEC7g4AP2FmFChWMWrjeeOMN2h2ASz766CNj5snIyEguI4BjqCtuLX0Qn2LAMIUKFTIq4A8ZMoR2B+CS4cOHGzNPnjhxgjaHY9SuXVssfRCfYsAwWbNmNSrgT5s2jXYH4JJvv/3WmHlyy5YttDkcdQzZ0ud0KAYMkzx5cqMC/qZNm2h3AC6ZP3++MfPkokWLaHM4Rt26dQn4MNf169eNWbzOnz9PmwNwyfr1642ZI8ePH0+bw1kBX5/ToRgw0KlTp3jsCgBicfToUWPmyMGDB9PmcIx69eoR8GGuHTt2GBXwy5QpQ7sDiBN1o0xERIQxc2T37t1pdzjGs88+K5Y+iE8xYKAlS5YYFfBbtWpFuwOIk+zZs/NWCGBT9evXF0uf06EYMNCECROMWsA++eQT2h1AnJQrV86o+bFatWq0Owj4gBMMHDjQqAVM3YhBuwOIi5YtWxo1P+bOnZt2h2M0aNBALH0Qn2LAQF26dDFqAQsNDaXdAcTJoEGDjJkf1bcGSZIkod3hGA0bNhRLH8SnGDBQkyZNjAr40dHRkjp1atoewEOZdAf+gQMHaHM4SqNGjcTS53QoBgxUsWJFowK+UrVqVdoewEMdOnTImPlRXbhAm8NJnnvuObH0OR2KAQMFBQUZF/B79uxJ2wN4oPTp00tMTIwx8+PIkSNpdxDwAafw8/MzahFTvv/+e9oewAOpo7tsfAD21bhxY7H0QXyKAUOdO3fOqIXs8OHDtDuAB1JX6po0L6rvsWh3OO0bQ0sfxKcYMNTOnTuNO6aTLVs22h5ArNauXWvUvFiiRAnaHY7StGlTsfQ5HYoBQy1cuNC4gM+LjQBi4+/vLzdu3DBmXlTHNLldDI4M+PqcDsWAoYYNG2ZcwB8xYgRtD+C+1OOXHFsE7O35558n4MNsnTt3Ni7g//bbb7Q9gPsaPnw4L3wDNtesWTM+LoHZnn76aeMCvvpJOlOmTLQ/gHscPHjQqDlRvdhLu8NpmjdvLpY+p0MxYCgT78JXXnrpJdofwF0KFSokzIWA/elv7fQ5HYoBQ/n6+sq1a9eMW9QmTZpE+wO4i7oP3rS5sGjRorQ9HOfFF18US5/ToRgwmDqTbtqidvr0afHx8aH9Ady2ceNGo+bCiIgI/eAhbQ8CPuBAs2bNMvKYTunSpWl/AFqOHDmMe9lbvYNC28OJ9NEzfRCfYsBggwcPNjLg9+3bl/YHoHXt2tW4eXDq1Km0PRypRYsWYultfIoBg7366qtGBvxt27bR/gC01atXGzcP9urVi7YHAR9wqooVKxoZ8JU8efLQBwDDZc2aVaKiooybB5966inaH47UsmVLrogCUqZMKZGRkUaGfHVrBn0AMNubb75p3PynPrBVcz/tDydq1aoVAR8w9SYdZf369bQ/YLjNmzcbN//9+uuvtD0cKyQkRCx9TodiwHATJ040MuCrWzM4pgOY6/HHHzdy7vvqq69ofzjWyy+/LJbexqcYMFyXLl2MPYf//vvv0wcAQw0cONDIuY/sAwI+YIASJUoYG/D3799PHwAMpB67O3TokJFzX758+egDcKw2bdqIpc/pUAyw0MnZs2eNDflly5alHwCGqVKlipFznprreckbjg/4ehufYgDGvmirjBgxgj4AGGbMmDFGznkLFiyg/eFor7zyisaBORMAAB50SURBVFitW7emGMBfOnfubGzADwsLk1SpUtEPAEOkS5dOwsPDjZzzevToQR8AAR8wRa5cuYwN+IqeEOgHgBFUyDV1ritevDh9AI7Wtm1bsfQ5HYoBaDt37jR20fv555/pA4Ah3xz9/vvvRs51Z86c4fw9zAj47NoB/zD1yrhbSpUqRT8AHK5u3brGznNTp06lD8Dx2rVrR8AH7lSxYkWjA/6kSZPoB4DDLVq0yNh5Tu9s0gfgcO3btxfr1VdfpRjA33x9feX06dPGLn4RERGSI0cO+gLgUHnz5pXo6Ghj57jg4GD6ARyvQ4cO/DUL/NvYsWON3sX/6KOP6AeAQw0bNszY+e3gwYP0ARjhtddeE0uf06EYwG21a9c2OuCrR2BSpkxJXwAcJjAwUK5evWrs/Pb111/TD2BOwNfndCgGcFuyZMnk/PnzRof8bt260RcAhxkyZIjR89pzzz1HP4ARXn/9dQI+cD/jxo0zeiE8efKk+Pv70xcAh8iYMaNcvnzZ2Hnt2rVrPOYHY3Ts2FEsfRCfYgB3MfkauVv0T3z0BcARPv74Y6PntDlz5tAPYIxOnTqxiAP34+fnZ/wxncOHD+vjSvQHwN7SpUsnYWFhvNRNX4BJAV+f06EYwD3UB1ns4rMBANhdv379jJ7LoqKiJHPmzPQFGKNz584EfCA2lStXNj7gnzhxQlKkSEF/AGx89v7ixYtGz2WrVq2iL8AoXbp0EUsfxKcYwD18fHwkNDTU+JD/9ttv0x8Am/ryyy+Nn8PefPNN+gKM0rVrV7H0OR2KAdzXgAEDjF8c1e5f+vTp6Q+AzahXa2/evGn8HJYnTx76A4yir7rW53QoBnBf+fPnN35xVD799FP6A2Az6uYY0+eubdu20RdgZsDX53QoBhCrdevWGb9Iql3AAgUK0B8Am6hYsaLExMQYP3f17NmT/gDjdO/enYAPPEybNm3Yxf/LvHnz6A+ATb4f2rRpk/HzVnR0tOTIkYM+AeO88cYbYumD+BQDiJW6Rcb0Wyhuefrpp+kTgJdr1aoV89Vfli1bRn+AkfSH5fqcDsUAHmjkyJEsmH/Zu3evJE+enD4BeKkMGTLI6dOnma/+EhISQp+AkXr06CGWPqdDMYAHKl68OAvm3z744AP6BOClxo0bx1z1l6tXr0pAQAB9AkZ66623xNLndCgG8FCcaf1/N27ckEKFCtEnAC9TtWpVPqz925QpU+gTIOBTDODhWrduzcJ5x8uQ6kM++gXgHdTRuT179jBH/a1OnTr0CxhL3x6lz+lQDOCh/P395c8//2QB/Vv79u3pF4CX+Oijj5ib/nb8+HFJmjQp/QIEfIoBxM3HH3/MIvq3S5cuSVBQEP0CSGRFixblxdo7vPvuu/QLGO3tt98WS5/ToRhAnGTPnl0iIiJYSP+2YsUKjuoAiXw0R73Wynz0zzdCgYGB9A0Q8HnlDXDNjBkzWEzv0KlTJ/oFkEg+++wz5qM7jB8/nn4B4/Xu3ZuAD7iqXLlyLKh3uH79uhQrVoy+ASTCrTnqtVbmoX+UKFGCvgHjvfPOO2L16tWLYgAuWr16NYvqHX777Tf94i99A0gY6dOnl6NHjzIP3WHlypX0DeAvffr0EUuf06EYgEvq16/Pwvovw4cPp28ACeT7779nDvqXxo0b0zeAv+gPzfU5HYoBuER9WKp2rVlU/6Ee2GnUqBH9A/Cwdu3aMff8y5EjRyRJkiT0D+BWwNfndCgG4LI2bdqwyP7L5cuXeeUW8KCSJUvK1atXmXv+hePGwD/ee+89sfQ5HYoBuMzPz48zsPexc+dOSZUqFX0EcLOMGTPKoUOHmHP+5dy5c5I6dWr6CPC3999/n4APPIqOHTuy2N7H1KlT6R+AG6njJ0uXLmW+uQ9yDHC3vn378uIb8Ki7+OrsJ4vsvbp3704fAdyE++7ZvQfi6oMPPhBLn9OhGEC8denShYX3PqKioqRBgwb0EeARNWnSRNRH7Mwr9+KiECCWgK/P6VAMIN7UU/HHjx9n8b2PS5cuSdGiReknQDyVKVNGwsPDmV/u4+zZs+zeA/fRr18/sfQ5HYoBsIvvIYcPH5bAwED6CeCi4OBgOXXqFHNLLHjHByDgAx6VLFkyOXjwIAtxLH799VcJCAigrwAu3Jizb98+5hR27wGX9e/fXyx9TodiAI8sJCSExfgBfvrpJ/1RMn0FeDB/f39Zt24d88kD9OzZk74CPCjg6218igE8Ml9fX1F3wLP4xu67777TdaK/ALHPIzNnzmQeeYBjx45JypQp6S9ALAYMGEDAB9xJ3RrDAvxgQ4cOpa8AsRg+fDhzyEO0aNGCvgI8wEcffSSW3sanGIDbrF27lgX6IfTuAn0FuMvAgQOZOx5iw4YN4uPjQ38BCPhAwipVqpRER0ezUD8Eb3AAdy/IzAsPpubV8uXL01+AOGwWsJMGeMDkyZNZrOOgR48e9BfwQVz//swXcTBhwgT6CxDXgK+38SkG4FY5cuTgcZo44iYvmKxXr17ME3Fw5coVyZ49O30GiINBgwYR8AFP+fDDD1m440jVij4D0/Tp04c5Io7eeecd+gwQR5988olYehufYgBulypVKvnjjz9YwOPo008/pd/ACOojUXWDHeM+bkJDQ/XbAPQdgIAPeIXnn3+eRdwFX3/9tSRJkoS+A8dS/Xvs2LHMCy5o1KgRfQdwweDBg8XS53QoBuAxixYtYjF3wdy5cyVFihT0HThO8uTJ5YcffmA+cMGMGTPoO4CLhgwZIpbexqcYgMfky5dPrl+/zqLugo0bN0qmTJnoP3CMgIAAWbZsGfOAC86fPy9ZsmSh/wAu0kdeCfiA53388ccs7C7atWuXBAcH039ge+r2l61btzIHuKh169b0HyAe/vOf/4ilt/EpBuBR6siJ+lCMRds1586dk6pVq9KHYFslS5aUo0ePMvZdtHTpUl6sBQj4gPerXr26xMTEsNC76ObNm9KmTRv6EGynefPmcvXqVca8i1TN8uTJQx8C4umzzz7jajogIamXGFnA40ftSCRNmpR+BK/n6+urX5LkD/r46datG/0IeARDhw79/0WTYgAJI23atHLixAkW/XhavXq1ZM2alb4Er/6Ydvbs2YzxePr555+5Khd4RJ9//rlYehufYgAJplmzZiz+j+DYsWNSoUIF+hK8TtGiRWX37t2M73hSt40VLlyYvgS4I+DrbXyKASSoWbNmEQIe8Vx+9+7d+QgPXqNt27act39EnTt3pi8BbvDFF18Q8IHEoO54P3XqFGHgEal7xTmyg8SUOnVqmTJlCmP5EakHAfmDHXCPYcOGiaW38SkGkOAaNmxIKHCD06dPS+3atelTSHBFihQR9V4D4/DRqO+SeNgOcJ8vv/xSLL2NTzGARDFx4kTCgRtER0fre3/9/f3pV/A49RHoW2+9xQvVbhq7tWrVol8BbjR8+HACPpDYt+rwCI777NmzR8qVK0ffgsfkzZtXVq1axZh1k0GDBtGvADf76quvxNLndCgGkGieeuopiYqKIjC4SWRkpAwYMED8/PzoX3Drrn3Pnj3l2rVrjFU3+fXXXxmngAeMGDFCLH1Oh2IAieqjjz4iNLjZ/v37pUaNGvQvuGXXXr3BwLhynytXrkiBAgXoX4CnAr4+p0MxgESlXmhdv349AcLN1Euio0ePlvTp09PP4LIUKVLIhx9+yFl7D2jRogV9DPCQ//73vwR8wFs89thjcv78eYKEB6grSVu1asU1fIizRo0ayaFDhxiPHsC3f4BnjRw5Uiy9jU8xAK/AK7eetWnTJqlYsSJ9DbHKly+f/Pjjj4xDD1EfKCdLloy+BhDwAfOutyIIePZavjFjxkhgYCD9DbcFBATIwIED5caNG4w/D/njjz8Yd0ACGDVqlFj6nA7FALyG2t1au3YtIcPDwsPDZfDgwZImTRr6ncHULS4dOnTgZWkPU98xcIUtkDC+/vprsfQ2PsUAvErOnDnlzz//JHAkgLNnz0rv3r0lefLk9D2D+Pr66iNxoaGhjLME0LZtW/odkEDU5RIEfMBLqSseuR8/4Rw4cEBat26tbzSi/zmX+tC6adOmoh5Fo98nDP3oDn0PSDDffPONWHobn2IAXqlPnz6EkEQI+m3atCHoO4xqz5deekm2bdvGmEpA6rghH9UCBHwA/9ptnDZtGoEkERw8eFCfzVZ3odMX7Uu1X6dOnbjyMhEcPnxYsmTJQj8EEpi6SMLS53QoBuC1/P39RV3vSGBIHGFhYTJs2DD9TgH90T7Ux9PdunWTEydOMHYSadwUK1aMvggkgrFjx4qlt/EpBuDVsmfPTlBJZDdv3pQZM2ZIhQoV6JNerEyZMvoDsytXrjBeEnGs1KxZk/4IJJJx48aJpbfxKQbg9SpXrswd3V70WM8LL7ygf12hbya+1KlTy2uvvSZbt25lfCSymJgYefHFF+mXAAEfQFypUKkWUIKEd7hw4YJ+MfCJJ56gfybC9ynq1xT1Hdnly5cZE16iV69e9E8gkU2YMEEsfU6HYgC20bdvX8KMF9q7d6/069dPgoKC6KceVLhwYV3n/fv3Mw68DN/0AV4U8PU2PsUAbEXtWhIovJN6u2DFihXStWtXyZUrF/3VDQoUKKD/sN29ezf93kv9+OOPXC0LeImJEyeKNX78eIoB2Iy6V1qFSIKF99u1a5fecVYff9J340YFxUqVKsngwYNl8+bN9HMv98svv0jKlCnpuwABH4A7rgHcsmUL4cdmd+sPHz5cmjRpIhkzZqQf30FdQ9q+fXuZM2cON+DYyM6dO+nLgJeZPHmyWPqcDsUAbClz5syyb98+wpBNhYaG6isdmzVrJhkyZDCq7+bJk0dCQkL0///qVw76g/2o7yCyZcvGXAx4mW+//VYsvY1PMQBbB6WTJ08SkBxwdn/Hjh364yh1fl8dUQkICHDM7vyzzz4rffr0kfnz58v58+fprzZ39OhRPigHvDngT5o0iWIANqdejFRXNhI8nCU6Olr27Nkj3333nbz99tvStGlTKVGihKRKlcor+6HazX3yySelXbt2+ijSypUr6ZcOdOzYMQkODmbuBbzUlClTxNLndCgGYHvqIazw8HDClCFOnTola9eu1Tv+H3zwgbz++uvSuHFj3Q8KFiwo6dOnd1vfUh9Qql34kiVL6hdK1UNGPXv2lBEjRsjChQv1HyHXr1+n7xnS79StRsy5AAEfACEfieDmzZty4sQJUWf9f/vtN30jzbp162T58uU6mM+YMUNT/7eibmZS/4yijgupndpr167Rn6CdPXtWihYtylwLeLmpU6eKpc/pUAzAMZ5++ml2UwG4VVhYmJQtW5Y5FrCBadOmiaW38SkG4CgNGzaUiIgIQj6AR3bu3DkpV64ccytgp4CvPt6iGIDzqPPY6ogGAQXAo5y551gOYMOAr8/pUAzAkerWrctxHQDxvgozf/78zKWAzXz//fcEfMDpateuzYeSAFxy6NAh/cYGcyhgP+ryBEtv41MMwNGqVq0qV65cIeQDeCh17Wn27NmZOwE7B/zp06dTDMCQKzQvXrxIyAcQq02bNknGjBmZMwEb++GHH8TS53QoBmCEIkWKyPHjxwn5AO6xZs0aSZMmDXMlYHMzZ84US2/jUwzAGOqJ+QMHDhDyAdw2e/Zs/WIxcyRgf7NmzRJLb+NTDMAo2bJlk507dxLyAVifffaZ+Pr6MjcCBHwAdpc6dWpZvHgxIR8wVFRUlHTp0oX5EHAY9Yucpc/pUAzASEmTJpXRo0cT8gHDhIeHS4MGDZgHAQeaM2eOWHobn2IARuvdu7fExMQQ9AFDXqctU6YMcx/gUHPnzv3/D2soBoA2bdrIzZs3CfmAg+3atUuCgoKY8wCnB3y9jU8xAPx9V/6ZM2cI+YADLV26VNKmTctcBzjcvHnzCPgA7pYzZ07ZvHkzIR9wCHX8btiwYfqbG+Y4wPnmz58vlt7GpxgA7pAqVSr9UAbhCLC3K1euyPPPP8+8BhhkwYIFYultfIoB4F98fHykb9++Eh0dTdAHbGjfvn3y+OOPM58BJgZ8vY1PMQDEonr16nL69GlCPmAjaoFPly4dcxhgoIULFxLwAcTtXP7GjRsJ+YANztsPHjyYl2kBgy1atOj//8qnGAAeJnny5DJy5EhCPuClzp8/L3Xq1GG+Agj4Yv34448UA0CcNW7cWFSQIFAB3mPlypX6lzbmKACLFy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diff --git a/docs/pages/images/source/reproducibility_overview.png b/docs/pages/images/source/reproducibility_overview.png
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diff --git a/images/IRD.png b/images/IRD.png
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index 0000000000000000000000000000000000000000..cd884e39b8e5e127020d93698a339bf31aab9e60
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diff --git a/images/MIVEGEC.png b/images/MIVEGEC.png
new file mode 100644
index 0000000000000000000000000000000000000000..becf516d2875fef051e034cc855b3a79fef42126
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diff --git a/images/NBIS.png b/images/NBIS.png
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diff --git a/mkdocs.yml b/mkdocs.yml
new file mode 100644
index 0000000000000000000000000000000000000000..6d0094947fd58c4abde3a235516da57f4d2e1e37
--- /dev/null
+++ b/mkdocs.yml
@@ -0,0 +1,108 @@
+# Project information
+site_name: Git training
+site_author: Jacques Dainat
+site_url: 'https://mivegec.pages.ird.fr/dainat/malbec-git/'
+site_description: Git training
+site_dir: public # When you build your site, all of the files are written to the directory assigned to the site_dir configuration option (defaults to "site")
+
+# Repository
+repo_name: 'malbec-git'
+repo_url: 'https://forge.ird.fr/mivegec/dainat/malbec-git'
+edit_uri: edit/main/docs/ # Allow to replace edit/master/docs use by default
+
+# Configuration
+theme:
+ name: material
+ logo: pages/images/IRD.png # logo top left page
+ search_index_only: true
+ include_search_page: true
+ features:
+ - announce.dismiss
+ - content.action.edit
+ - content.action.view
+ - content.code.annotate
+ - content.code.copy
+ # - content.tabs.link
+ - content.tooltips
+ - header.autohide
+ # - navigation.expand
+ - navigation.footer
+ - navigation.indexes
+ # - navigation.instant
+ # - navigation.prune
+ # - navigation.sections # collapse subsections
+ - navigation.tabs
+ # - navigation.tabs.sticky
+ - navigation.top
+ - navigation.tracking
+ - search.highlight
+ - search.share
+ - search.suggest
+ - toc.follow
+ - toc.integrate # remove table of content on the right side
+ palette:
+ - scheme: default
+ primary: indigo
+ accent: indigo
+ toggle:
+ icon: material/brightness-7
+ name: Switch to dark mode
+ - scheme: slate
+ primary: indigo
+ accent: indigo
+ toggle:
+ icon: material/brightness-4
+ name: Switch to light mode
+
+# Extensions
+markdown_extensions:
+ - admonition
+ - pymdownx.details
+ - pymdownx.superfences
+ - pymdownx.tabbed
+ - pymdownx.snippets:
+ base_path: docs
+ - attr_list
+ - tables
+ - toc:
+ permalink: '#'
+
+# Plugins
+plugins:
+ - search:
+ separator: '[\s\-,:!=\[\]()"`/]+|\.(?!\d)|&[lg]t;|(?!\b)(?=[A-Z][a-z])'
+ - minify:
+ minify_html: true
+ - macros
+
+# Customization
+extra:
+# homepage: # Page displayed when clicking the logo
+ history_buttons: false
+ # --- set whole scope variables ---
+ contact: jacques.dainat@ird.fr
+ institute: IRD
+ unit: MIVEGEC
+ color_table_header: "#333a99"
+
+# page tree
+nav:
+ - Home: index.md
+ - Git tutorial:
+ - Introduction: pages/git/git-1-introduction.md
+ - Setup: pages/git/git-setup.md
+ - Creating a git repository: pages/git/git-2-creating-repositories.md
+ - Committing changes: pages/git/git-3-committing-changes.md
+ - Undoing and recovering: pages/git/git-undoing-and-recovering.md
+ - Ignoring files: pages/git/git-4-ignoring-files.md
+ - Branching and merging: pages/git/git-5-branches.md
+ - Tagging commits: pages/git/git-6-tags.md
+ - Working remotly: pages/git/git-7-working-remotely.md
+ - Conflict: pages/git/git-8-conflicts.md
+ - License: pages/git/license.md
+ - Extra material: pages/git/git-9-extra-material.md
+ - Cheat sheet:
+ - Git Cheat sheet: pages/cheat_sheet/git/git.md
+ - Git cheat-sheet official: pages/cheat_sheet/git/git_official.md
+ - Bash Cheat sheet: pages/cheat_sheet/bash/bash.md
+ - Interesting ressources: pages/cheat_sheet/interesting_ressources.md
diff --git a/tutorials/git/Dockerfile b/tutorials/git/Dockerfile
new file mode 100644
index 0000000000000000000000000000000000000000..67e380eeb27688ed2ba4321686a44e729f398b40
--- /dev/null
+++ b/tutorials/git/Dockerfile
@@ -0,0 +1,64 @@
+FROM ubuntu:16.04
+
+LABEL description = "Image for the NBIS reproducible research course."
+MAINTAINER "John Sundh" john.sundh@scilifelab.se
+
+# Use bash as shell
+SHELL ["/bin/bash", "-c"]
+# Set workdir
+WORKDIR /course
+
+# Install necessary tools
+RUN apt-get update && \
+ apt-get install -y --no-install-recommends bzip2 \
+ ca-certificates \
+ curl \
+ fontconfig \
+ git \
+ language-pack-en \
+ tzdata \
+ vim \
+ unzip \
+ wget \
+ && apt-get clean
+
+# Install Miniconda and add to PATH
+RUN curl https://repo.continuum.io/miniconda/Miniconda3-4.7.12.1-Linux-x86_64.sh -O && \
+ bash Miniconda3-4.7.12.1-Linux-x86_64.sh -bf -p /usr/miniconda3/ && \
+ rm Miniconda3-4.7.12.1-Linux-x86_64.sh && \
+ /usr/miniconda3/bin/conda clean -tipsy && \
+ ln -s /usr/miniconda3/etc/profile.d/conda.sh /etc/profile.d/conda.sh && \
+ echo ". /usr/miniconda3/etc/profile.d/conda.sh" >> ~/.bashrc && \
+ echo "conda activate base" >> ~/.bashrc
+
+# Add conda to PATH and set locale
+ENV PATH="/usr/miniconda3/bin:${PATH}"
+ENV LC_ALL en_US.UTF-8
+ENV LC_LANG en_US.UTF-8
+
+# Add project files
+COPY environment.yml Snakefile config.yml ./
+COPY code ./code/
+
+# Install conda environment
+RUN conda config --add channels bioconda && \
+ conda config --add channels conda-forge && \
+ conda env update -n base -f environment.yml && \
+ conda clean --all
+
+# Install jupyter and nb_conda
+RUN conda install -c conda-forge jupyter nb_conda && \
+ conda clean --all
+
+# Install TinyTeX
+ENV PATH="/usr/.TinyTeX/bin/x86_64-linux:${PATH}"
+RUN echo -e "library(tinytex)\ntinytex::install_tinytex(dir='/usr/.TinyTeX')"| R --vanilla - && \
+ tlmgr path add && \
+ tlmgr update --self && \
+ tlmgr install float grffile xcolor mdwtools epstopdf-pkg
+
+# Open port for running Jupyter Notebook
+# (Jupyter Notebook has to be separately installed in the container)
+EXPOSE 8888
+
+CMD snakemake -rp -c 1 --configfile config.yml
diff --git a/tutorials/git/Snakefile b/tutorials/git/Snakefile
new file mode 100644
index 0000000000000000000000000000000000000000..9734c1e27796de0baeeb86d2c3544cd11e1acd3a
--- /dev/null
+++ b/tutorials/git/Snakefile
@@ -0,0 +1,227 @@
+from snakemake.utils import min_version
+min_version("5.3.0")
+
+configfile: "config.yml"
+
+rule all:
+ """
+ Collect the main outputs of the workflow.
+ """
+ input:
+ "results/tables/counts.tsv",
+ "results/multiqc.html",
+ "results/rulegraph.png",
+ "results/supplementary.html"
+
+rule get_SRA_by_accession:
+ """
+ Retrieve a single-read FASTQ file from SRA (Sequence Read Archive) by run accession number.
+
+ max_reads: Maximal number of reads to download for each sample.
+ """
+ output:
+ "data/raw_internal/{sample_id}.fastq.gz"
+ params:
+ max_reads = config["max_reads"]
+ version: "1.0"
+ shell:
+ """
+ fastq-dump {wildcards.sample_id} -X {params.max_reads} --readids \
+ --dumpbase --skip-technical --gzip -Z > {output}
+ """
+
+rule fastqc:
+ """
+ Run FastQC on a FASTQ file.
+ """
+ output:
+ "results/{sample_id}_fastqc.html",
+ "intermediate/{sample_id}_fastqc.zip"
+ input:
+ "data/raw_internal/{sample_id}.fastq.gz"
+ version: "1.0"
+ shadow: "minimal"
+ shell:
+ """
+ # Run fastQC and save the output to the current directory
+ fastqc {input} -q -o .
+
+ # Move the files which are used in the workflow
+ mv {wildcards.sample_id}_fastqc.html {output[0]}
+ mv {wildcards.sample_id}_fastqc.zip {output[1]}
+ """
+
+rule multiqc:
+ """
+ Aggregate all FastQC reports into a MultiQC report.
+ """
+ output:
+ html="results/multiqc.html",
+ stats="intermediate/multiqc_general_stats.txt"
+ input:
+ expand("intermediate/{sample_id}_fastqc.zip", sample_id = config["sample_ids"])
+ log:
+ "results/logs/multiqc/multiqc.log"
+ version: "1.0"
+ shadow: "minimal"
+ shell:
+ """
+ # Run multiQC and keep the html report
+ multiqc -n multiqc.html {input} 2> {log}
+ mv multiqc.html {output.html}
+ mv multiqc_data/multiqc_general_stats.txt {output.stats}
+ """
+
+def get_fasta_path(wildcards):
+ return config["genomes"][wildcards.genome_id]["fasta"]
+
+rule get_genome_fasta:
+ """
+ Retrieve the sequence in fasta format for a genome.
+ """
+ output:
+ "data/raw_external/{genome_id}.fa.gz"
+ log:
+ "results/logs/get_genome_fasta/{genome_id}.log"
+ params:
+ fasta_path = get_fasta_path
+ version: "1.0"
+ shell:
+ """
+ wget {params.fasta_path} -O {output} -o {log}
+ """
+
+def get_gff_path(wildcards):
+ return config["genomes"][wildcards.genome_id]["gff3"]
+
+rule get_genome_gff3:
+ """
+ Retrieve annotation in gff3 format for a genome.
+ """
+ output:
+ "data/raw_external/{genome_id}.gff3.gz"
+ log:
+ "results/logs/get_genome_gff3/{genome_id}.log"
+ params:
+ gff3_path = get_gff_path
+ version: "1.0"
+ shell:
+ """
+ wget {params.gff3_path} -O {output} -o {log}
+ """
+
+rule index_genome:
+ """
+ Index a genome using Bowtie 2.
+ """
+ output:
+ expand("intermediate/{{genome_id}}.{n}.bt2",n=["1", "2", "3", "4","rev.1", "rev.2"])
+ input:
+ "data/raw_external/{genome_id}.fa.gz"
+ log:
+ "results/logs/index_genome/{genome_id}.log"
+ version: "1.0"
+ shadow: "minimal"
+ shell:
+ """
+ # Bowtie2 cannot use .gz, so unzip to a temporary file first
+ gunzip -c {input} > tempfile
+ bowtie2-build tempfile intermediate/{wildcards.genome_id} > {log}
+ """
+
+rule align_to_genome:
+ """
+ Align a fastq file to a genome index using Bowtie 2.
+ """
+ output:
+ # Here the sample_id wildcard is constrained with \w+ to match only
+ # 'word characters', i.e. letters, numbers and underscore
+ temp("intermediate/{sample_id,\w+}.bam")
+ input:
+ fastq = "data/raw_internal/{sample_id}.fastq.gz",
+ index = expand("intermediate/{genome_id}.{substr}.bt2",
+ genome_id=config["genome_id"],
+ substr=["1", "2", "3", "4", "rev.1", "rev.2"])
+ log:
+ expand("results/logs/align_to_genome/{{sample_id}}_{genome_id}.log",
+ genome_id = config["genome_id"])
+ version: "1.0"
+ shell:
+ """
+ bowtie2 -x intermediate/{config[genome_id]} -U {input.fastq} > {output} 2>{log}
+ """
+
+rule sort_bam:
+ """
+ Sort a bam file.
+ """
+ output:
+ "{prefix}.sorted.bam"
+ input:
+ "{prefix}.bam"
+ version: "1.0"
+ shell:
+ """
+ samtools sort {input} > {output}
+ """
+
+rule generate_count_table:
+ """
+ Generate a count table using featureCounts.
+ """
+ output:
+ "results/tables/counts.tsv",
+ "results/tables/counts.tsv.summary"
+ input:
+ bams=expand("intermediate/{sample_id}.sorted.bam", sample_id = config["sample_ids"]),
+ annotation=expand("data/raw_external/{genome_id}.gff3.gz", genome_id = config["genome_id"])
+ log:
+ "results/logs/generate_count_table.log"
+ version: "1.0"
+ shell:
+ """
+ featureCounts -t gene -g gene_id -a {input.annotation} -o {output[0]} {input.bams} 2>{log}
+ """
+
+rule make_supplementary:
+ """
+ Generate Supplementary Material
+ """
+ output:
+ "results/supplementary.html"
+ input:
+ counts = "results/tables/counts.tsv",
+ summary_file = "results/tables/counts.tsv.summary",
+ multiqc_file = "intermediate/multiqc_general_stats.txt",
+ rulegraph = "results/rulegraph.png"
+ log:
+ "results/logs/make_supplementary.log"
+ params:
+ SRR_IDs = config["sample_ids"],
+ GSM_IDs = config["sample_ids_geo"],
+ GSE_ID = config["series_id_geo"]
+ shell:
+ """
+ echo 'rmarkdown::render("code/supplementary_material.Rmd", \
+ output_file="supplementary.html", \
+ output_dir="results/", \
+ params=list(counts_file="{input.counts}", \
+ multiqc_file="{input.multiqc_file}", \
+ summary_file="{input.summary_file}", \
+ rulegraph_file="{input.rulegraph}", \
+ SRR_IDs="{params.SRR_IDs}", \
+ GSM_IDs="{params.GSM_IDs}", \
+ GSE_ID="{params.GSE_ID}"))' \
+ | R --vanilla > {log} 2>&1
+ """
+
+rule generate_rulegraph:
+ """
+ Generate a rulegraph for the workflow.
+ """
+ output:
+ "results/rulegraph.png"
+ shell:
+ """
+ snakemake --rulegraph --configfile config.yml | dot -Tpng > {output}
+ """
\ No newline at end of file
diff --git a/tutorials/git/code/header.tex b/tutorials/git/code/header.tex
new file mode 100644
index 0000000000000000000000000000000000000000..51500057bc000d3c4b5ebd985e4aaec4f4d6de0a
--- /dev/null
+++ b/tutorials/git/code/header.tex
@@ -0,0 +1,7 @@
+\usepackage{float}
+\usepackage{caption}
+\captionsetup[figure]{name=Figure, labelfont=bf}
+\renewcommand{\thefigure}{S\arabic{figure}}
+
+\captionsetup[table]{name=Table, labelfont=bf}
+\renewcommand{\thetable}{S\arabic{table}}
diff --git a/tutorials/git/code/supplementary_material.Rmd b/tutorials/git/code/supplementary_material.Rmd
new file mode 100644
index 0000000000000000000000000000000000000000..5c3175b5cfa3693bfb5e6f06107056f458838c0d
--- /dev/null
+++ b/tutorials/git/code/supplementary_material.Rmd
@@ -0,0 +1,139 @@
+---
+title: "Supplementary Material"
+output: html_document
+params:
+ counts_file: ""
+ multiqc_file: ""
+ summary_file: ""
+ rulegraph_file: ""
+ SRR_IDs: ""
+ GSM_IDs: ""
+ GSE_ID: ""
+---
+
+```{r Setup, include = FALSE}
+knitr::opts_knit$set(root.dir = "../")
+knitr::opts_chunk$set(echo = FALSE)
+```
+
+```{r Dependencies, include = FALSE}
+library("ggplot2")
+library("reshape2")
+library("pheatmap")
+library("rtracklayer")
+library("GEOquery")
+```
+
+```{r Read parameters, include = FALSE}
+counts_file <- params$counts_file
+multiqc_file <- params$multiqc_file
+summary_file <- params$summary_file
+rulegraph_file <- params$rulegraph_file
+SRR_IDs <- unlist(strsplit(params$SRR_IDs, " "))
+GSM_IDs <- unlist(strsplit(params$GSM_IDs, " "))
+GSE_ID <- params$GSE_ID
+```
+
+```{r Read data, include = FALSE}
+# Read counts
+counts <- read.delim(counts_file,
+ header = TRUE,
+ comment.char = "#",
+ row.names = 1)
+counts <- counts[, 5:ncol(counts)]
+colnames(counts) <- gsub(".*(SRR[0-9]+)\\..*", "\\1", colnames(counts))
+
+# Read count summary file
+counts_summary <- read.delim(summary_file,
+ sep = "\t",
+ header = TRUE,
+ row.names = 1)
+colnames(counts_summary) <- gsub(".*(SRR[0-9]+)\\..*", "\\1",
+ colnames(counts_summary))
+
+# Read metadata
+gse <- getGEO(GSE_ID, GSEMatrix = TRUE)
+gse <- as.data.frame(gse[[1]])
+gsm2srr <- data.frame(geo_accession = GSM_IDs, SRR = SRR_IDs)
+meta <- merge(x = gse, y = gsm2srr,
+ by.x = "geo_accession", by.y = "geo_accession")
+
+# Read FastQC data and update column names
+qc <- read.delim(multiqc_file)
+patterns <- c(".+percent_duplicates.*",
+ ".+percent_gc.*",
+ ".+avg_sequence_length.*",
+ ".+percent_fails.*",
+ ".+total_sequences.*")
+subs <- c("Percent duplicates", "Percent GC", "Avg sequence length",
+ "Percent fails", "Total sequences")
+for (i in 1:length(patterns)) {
+ colnames(qc) <- gsub(patterns[i], subs[i], colnames(qc))
+}
+meta <- merge(meta, qc, by.x = "SRR", by.y = "Sample")
+if (any(colnames(counts)[-1] != meta$SRR)) {
+ stop("Mismatching count and meta-data")
+}
+```
+
+# Supplementary Methods
+
+Here you might include a description of the methods used in obtaining and
+analysing the data before getting into this document, *e.g.* how sequencing data
+was aligned and counted.
+
+# Supplementary Tables and Figures
+
+```{r Sample info}
+columns <- c("SRR", "geo_accession", "source_name_ch1", "characteristics_ch1.1")
+sample_info <- meta[, columns]
+sample_info$characteristics_ch1.1 <- gsub("treatment: ", "", sample_info$characteristics_ch1.1)
+sample_info
+```
+
+```{r QC statistics}
+columns <- c("SRR", "Percent duplicates", "Percent GC", "Avg sequence length",
+ "Percent fails", "Total sequences")
+qc_data <- meta[, columns]
+qc_data
+```
+
+```{r Counts barplot}
+count_data <- rbind(genes = apply(counts[, -1], 2, sum), counts_summary)
+count_data <- melt(as.matrix(count_data),
+ varnames = c("Feature", "Sample"),
+ value.name = "Reads")
+ggplot(count_data, aes(x = Sample, y = Reads, fill = Feature)) +
+ geom_bar(stat = "identity")
+```
+
+```{r Gene heatmap, fig.height = 14}
+cv_cutoff <- 1.2
+max_cutoff <- 5
+heatmap_data <-
+ counts[apply(counts[, -1], 1, function(x) sd(x) / mean(x)) > cv_cutoff &
+ apply(counts[, -1], 1, max) > max_cutoff, ]
+colnames(heatmap_data)[2:4] <- as.character(meta$title)
+labels_row <- paste0(rownames(heatmap_data), " (",
+ substr(gsub("%2C", "", heatmap_data$description), 1, 50),
+ ")")
+gg <- pheatmap(log10(heatmap_data[, -1] + 1),
+ fontsize_row = 8,
+ labels_row = labels_row)
+show(gg)
+```
+
+## Reproducibility
+
+The code for reproducing this analysis is available in this [GitHub repo](https://github.com/NBISweden/workshop-reproducible-research/tree/master/docker).
+The repo contains:
+
+* A Snakemake workflow for running all analysis steps
+* A Conda environment file for installing all needed dependenciesx
+* A Docker file for running the analysis in a well-defined and isolated system
+
+The results in this supplementary were generated in the following R environment:
+
+```{r Session info}
+sessionInfo()
+```
diff --git a/tutorials/git/config.yml b/tutorials/git/config.yml
new file mode 100644
index 0000000000000000000000000000000000000000..cea6e6c7fb902db8b2848c62e53a292d169bb81e
--- /dev/null
+++ b/tutorials/git/config.yml
@@ -0,0 +1,23 @@
+# List of SRA run ids to analyse, and corresponding GSM ids.
+sample_ids: ["SRR935090","SRR935091","SRR935092"]
+sample_ids_geo: ["GSM1186459", "GSM1186460", "GSM1186461"]
+series_id_geo: "GSE48896"
+
+# Maximal number of reads to retrieve for each run. This is to reduce the time
+# and space needed for this tutorial. Use a very large number, such as 100000000,
+# if you want to use the full files.
+max_reads: 25000
+
+# Genome id to align to. Should match with an entry in "genomes" below.
+genome_id: NCTC8325
+
+# Dictionary with genomes that can be aligned against. Here we have added
+# NCTC8325, which is the strain used in the study, and ST398, which is primarily
+# associated with cattle but that can infect humans.
+genomes:
+ NCTC8325:
+ fasta: ftp://ftp.ensemblgenomes.org/pub/bacteria/release-37/fasta/bacteria_18_collection/staphylococcus_aureus_subsp_aureus_nctc_8325/dna//Staphylococcus_aureus_subsp_aureus_nctc_8325.ASM1342v1.dna_rm.toplevel.fa.gz
+ gff3: ftp://ftp.ensemblgenomes.org/pub/bacteria/release-37/gff3/bacteria_18_collection/staphylococcus_aureus_subsp_aureus_nctc_8325//Staphylococcus_aureus_subsp_aureus_nctc_8325.ASM1342v1.37.gff3.gz
+ ST398:
+ fasta: ftp://ftp.ensemblgenomes.org/pub/bacteria/release-37/fasta/bacteria_18_collection//staphylococcus_aureus_subsp_aureus_st398/dna/Staphylococcus_aureus_subsp_aureus_st398.ASM958v1.dna.toplevel.fa.gz
+ gff3: ftp://ftp.ensemblgenomes.org/pub/bacteria/release-37/gff3/bacteria_18_collection/staphylococcus_aureus_subsp_aureus_st398//Staphylococcus_aureus_subsp_aureus_st398.ASM958v1.37.gff3.gz
diff --git a/tutorials/git/environment.yml b/tutorials/git/environment.yml
new file mode 100644
index 0000000000000000000000000000000000000000..3f52a2b1617162ef3657fa296c5917ffec73d5ca
--- /dev/null
+++ b/tutorials/git/environment.yml
@@ -0,0 +1,30 @@
+name: git-env
+channels:
+ - conda-forge
+ - bioconda
+ - main
+ - r
+dependencies:
+ - python=3.9.12
+ - fastqc=0.11.9
+ - sra-tools=2.11.0
+ - snakemake=7.18.2
+ - multiqc=1.12
+ - bowtie2=2.4.5
+ - tbb=2020.2
+ - samtools=1.15.1
+ - subread=2.0.1
+ - bedtools=2.29.2
+ - wget=1.20.3
+ - graphviz=3.0.0
+ - r-base=4.1.3
+ - r-ggplot2=3.3.5
+ - r-reshape2=1.4.4
+ - r-stringi=1.7.6
+ - r-pheatmap=1.0.12
+ - r-rmarkdown=2.13
+ - r-r.utils=2.11.0
+ - bioconductor-rtracklayer=1.54.0
+ - bioconductor-geoquery=2.62.0
+ - xorg-libxrender
+ - xorg-libxpm