Introduction

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-* To get a better idea of the capabilities of Gerris, you should have a look at the [http://gfs.sourceforge.net/examples/examples/index.html examples] page. The [http://gfs.sourceforge.net/tests/tests/index.html test suite] page also gives many examples of more academic test cases.+* To get a better idea of the capabilities of Gerris, you should have a look at the [http://gerris.dalembert.upmc.fr/gerris/examples/examples/index.html examples]. The [http://gerris.dalembert.upmc.fr/gerris/tests/tests/index.html test suite] also gives many examples of more academic test cases.
-* The [[FAQ|Frequently Asked Question]] page may shed light on general and specific questions about Gerris.+* The [[FAQ|Frequently Asked Questions]] page may shed light on general and specific questions about Gerris.
* If you wish to learn how to use Gerris the best place to start is the [http://gfs.sourceforge.net/tutorial/tutorial/tutorial1.html tutorial]. * If you wish to learn how to use Gerris the best place to start is the [http://gfs.sourceforge.net/tutorial/tutorial/tutorial1.html tutorial].
 +
 +* If you want a very basic tutorial [[Basic Tutorial]]
 +
 +* If you are interested in river floods you can use the alternative [[Karamea flood tutorial]].
 +
 +* If you want to learn fluid mechanics (and can read French) have a look at [http://www.lmm.jussieu.fr/~lagree/SOURCES/GERRIS/index.html ''Gerris par un nul'']: the lecture notes with Gerris examples by Pierre-Yves Lagrée.
 +
 +* [[Installation summary]]
* The [[object hierarchy]] page gives detailed information about the function and syntax of the various Gerris objects used in parameter files. * The [[object hierarchy]] page gives detailed information about the function and syntax of the various Gerris objects used in parameter files.
* If things are still unclear after reading the available documentation, you can use the various [[mailing lists]] to share questions and answers with other users. * If things are still unclear after reading the available documentation, you can use the various [[mailing lists]] to share questions and answers with other users.
 +
 +* If you want to know what is happening/coming up in Gerris development have a look at the [[wishlist|wishlist/roadmap]].
 +
 +* If you use [http://blender.org Blender], you may be interested in the "[[Using Blender to create solids for Gerris]]" tutorial.
 +
 +* If you want to extend/modify the source code, a good starting point is the [[Gerris Flow Solver Programming Course for Dummies]].
 +
 +* The [[bibliography]] lists a number of scientific papers describing or using Gerris.
 +
 +== Other things ==
 +
 +* [[Parallel benchmark on multi-core CPUs]]
 +* [[How to add a test case]]
 +* [[How to create your own repository on patch-tag.com to host your branch of Gerris]]
 +* [[How to report bugs]]

Current revision

  • To get a better idea of the capabilities of Gerris, you should have a look at the examples. The test suite also gives many examples of more academic test cases.
  • If you wish to learn how to use Gerris the best place to start is the tutorial.
  • If you want to learn fluid mechanics (and can read French) have a look at Gerris par un nul: the lecture notes with Gerris examples by Pierre-Yves Lagrée.
  • The object hierarchy page gives detailed information about the function and syntax of the various Gerris objects used in parameter files.
  • If things are still unclear after reading the available documentation, you can use the various mailing lists to share questions and answers with other users.
  • If you want to know what is happening/coming up in Gerris development have a look at the wishlist/roadmap.
  • The bibliography lists a number of scientific papers describing or using Gerris.

Other things

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