3 \mainpage Welcome to MEDCoupling!
5 The MED module gathers several powerful functionalities around the input and output data of
6 simulation codes (meshes and fields mainly).
8 \image html projectionHQ_600.png "Example of a field interpolation between two 3D surfacic meshes"
10 The most common usage is to write dedicated code (C++ or Python) linking to the library,
11 however a \ref gui "graphical user interface" is also available.
13 - If you don't know where to start, reading the \ref start "getting started" section and then
14 taking a look at the <a class="el" href="tutorial/index.html">tutorial</a> is probably a good way to go.
15 - If you are looking for a very specific point (how can I build a mesh from scratch,
16 how do I write my data to a file, etc ...), taking a look at the \ref faq "FAQ" or at the numerous
17 \ref examples "code examples" might help.
18 - Finally people looking for the reference documentation of a given function (in C++ or Python) should
19 take a look at the \ref ParaMEDMEM "API documentation". Only the C++ functions are documented, but
20 the Python API has been designed to be used in a very similar fashion, provided you are aware of the
21 \ref python-api "conventions used".
23 \section contents Contents
24 This documentation is organized as follows:
25 - \ref index (this page!)
31 - \ref functionalities
33 - <a class="el" href="tutorial/index.html">Tutorial - MEDCoupling/MEDLoader in Python</a>
44 - \ref medcouplingpyexamples
45 - \ref medcouplingcppexamples
53 - \ref ParaMEDMEM "MEDCoupling (and other parallel classes) API documentation"
54 - \ref MEDLoader "MEDLoader API documentation"