Manual.md

+**1. Getting started**
+   * [Install ROOT](Install-ROOT)
+   * [Install AUSALIB](https://gitlab.au.dk/ausa/ausalib/wikis/Getting-AUSAlib)
+   * [Install GSL](https://gitlab.au.dk/ausa/ausalib/wikis/GSL) (optional)
+
+**2. Detector set-up**
+   * Specify your [detector set-up](https://gitlab.au.dk/ausa/ausalib/wikis/Setup) maybe using the graphical [SetupEditor](https://gitlab.au.dk/ausa/setupeditor/wikis/home)
+   * Create a [3D rendering](https://gitlab.au.dk/ausa/Drawer/wikis/home) of your detector set-up
+
+**3. Calibration**
+   * Specify the [radioactive source](https://gitlab.au.dk/ausa/ausalib/wikis/JSON_Source) used for the calibration
+   * [Energy calibration](Energy-calibration)
+   * [Geometry calibration](https://gitlab.au.dk/ausa/ausalib/wikis/Geometry_fitter)
+
+**4. Sorting**
+   * Specify a [matcher](https://gitlab.au.dk/ausa/ausalib/wikis/JSON-Matcher) for the sorting process 
+   * [Sorting your data](https://gitlab.au.dk/ausa/Sorter/wikis/Usage)
+   * [Sorting your data with full controll](https://gitlab.au.dk/ausa/ausalib/snippets/5) (example)
+
+**5. Analysis**
+   * Implement one or several [analyzers](https://gitlab.au.dk/ausa/ausalib/wikis/Analyzers)
+   * Useful analysis [tools](https://gitlab.au.dk/ausa/ausalib/wikis/Utilities)
+
+*NB: Starting from 10/2016 we are splitting the analysis into two steps: Identification and Event building (see below).*
+
+**5a. Identification**
+   * Use the [Identifier](https://gitlab.au.dk/ausa/Identifier/wikis/home) to identify particles and make energy-loss corrections.
+
+**5b. Event building**
+   * Use the [EventBuilder](https://gitlab.au.dk/ausa/EventBuilder/wikis/home) to construct events and perform physics analysis.
+
+**6. Simulation**
+   * Use [simX](https://gitlab.au.dk/ausa/simX/wikis/home) to run a Monte Carlo simulation of your experiment 
+   * Use [RutherSim](https://gitlab.au.dk/ausa/RutherSim) to estimate the Rutherford scattering rate into your detectors