dolfin team mailing list archive

[dolfin@xxxxxxxxxx (DOLFIN)]

The following page has been updated:

  http://www.fenics.org/wiki/DOLFIN

The changes are as follows.

***  

---  

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*** 14,81 ****

     PSE (Problem Solving Environment) for ordinary and partial
     differential equations.
  
-    >>> from instant import inline >>> add_func = inline("double
-    add(double a, double b){ return a+b; }") >>> print "The sum of 3 and
-    4.5 is ", add_func(3, 4.5)
- 
  Contents
  
!      * [15]1 Main authors
!      * [16]2 License
!      * [17]3 Installation
!      * [18]4 Howtos, third party manuals
!      * [19]5 Road map
!      * [20]6 Meshes
  
!    [[21]edit]
  
  Main authors
  
!    DOLFIN is developed and maintained by [22]Anders Logg and [23]Garth N.
!    Wells with the help of [24]many others.
  
     DOLFIN was originally developed in 2002 by Johan Hoffman and Anders
     Logg. Other significant contributors (with more than 100 changesets)
     include Johan Jansson and Ola Skavhaug.
!    [[25]edit]
  
  License
  
     DOLFIN is licensed under the GNU LGPL.
!    [[26]edit]
  
  Installation
  
     Chances are you can simply use our prebuilt packages for Debian and
!    Ubuntu [27]available here.
  
     For other operating systems, read on below.
  
!    [28]Installing DOLFIN on Debian-based GNU/Linux systems
  
!    [29]Installing DOLFIN on Mac OS X
  
!    [30]Installing DOLFIN on Windows (Experimental)
  
!    [31]DOLFIN dependencies (Suitable for modern, Debian-based GNU/Linux
     systems)
  
!    [32]A detailed guide to installing DOLFIN (Suitable for older
     GNU/Linux or UNIX systems)
!    [[33]edit]
  
  Howtos, third party manuals
  
!    [34]Detailed installation notes (Notes from a new user)
!    [[35]edit]
  
  Road map
  
!    The [36]road map is a list of planned features and major todo items
     for DOLFIN.
!    [[37]edit]
  
  Meshes
  
!    A collection of meshes for DOLFIN can be found [38]here.
!    Retrieved from "[39]
--- 14,107 ----

     PSE (Problem Solving Environment) for ordinary and partial
     differential equations.
  
  Contents
  
!      * [15]1 Features
!      * [16]2 Main authors
!      * [17]3 License
!      * [18]4 Installation
!      * [19]5 Howtos, third party manuals
!      * [20]6 Road map
!      * [21]7 Meshes
  
!    [[22]edit]
! 
! Features
! 
!      * Simple, consistent and intuitive object-oriented API in C++ or
!        Python
!      * Automatic and efficient evaluation of finite element variational
!        forms through [23]FFC or [24]SyFi
!      * Automatic and efficient assembly of linear systems
!      * General families of finite elements, including arbitrary order
!        continuous and discontinuous Lagrange finite elements, BDM
!        elements, RT elements, BDFM elements, Nedelec elements and
!        Crouzeix-Raviart
!      * Arbitrary mixed elements as combination of basic elements,
!        including for example Taylor-Hood
!      * Discontinuous Galerkin methods including jump terms, averages, and
!        integrals over interior mesh facets
!      * High-performance linear algebra through [25]uBLAS, [26]PETSc,
!        [27]Trilinos and [28]MTL4 (experimental) with simple C++ and
!        Python wrappers
!      * Experimental support for parallel assembly
!      * Simplex meshes in 1D, 2D (triangles), and 3D (tetrahedra),
!        including adaptive mesh refinement
!      * Multi-adaptive mcG(q)/mdG(q) and mono-adaptive cG(q)/dG(q) ODE
!        solvers
!      * Support for a range of input/output formats, including DOLFIN XML,
!        VTK, Octave, MATLAB, Diffpack, Exodus II
! 
!    [29]Image:dolfin-small.png 
!    [[30]edit]
  
  Main authors
  
!    DOLFIN is developed and maintained by [31]Anders Logg and [32]Garth N.
!    Wells with the help of [33]many others.
  
     DOLFIN was originally developed in 2002 by Johan Hoffman and Anders
     Logg. Other significant contributors (with more than 100 changesets)
     include Johan Jansson and Ola Skavhaug.
!    [[34]edit]
  
  License
  
     DOLFIN is licensed under the GNU LGPL.
!    [[35]edit]
  
  Installation
  
     Chances are you can simply use our prebuilt packages for Debian and
!    Ubuntu [36]available here.
  
     For other operating systems, read on below.
  
!    [37]Installing DOLFIN on Debian-based GNU/Linux systems
  
!    [38]Installing DOLFIN on Mac OS X
  
!    [39]Installing DOLFIN on Windows (Experimental)
  
!    [40]DOLFIN dependencies (Suitable for modern, Debian-based GNU/Linux
     systems)
  
!    [41]A detailed guide to installing DOLFIN (Suitable for older
     GNU/Linux or UNIX systems)
!    [[42]edit]
  
  Howtos, third party manuals
  
!    [43]Detailed installation notes (Notes from a new user)
!    [[44]edit]
  
  Road map
  
!    The [45]road map is a list of planned features and major todo items
     for DOLFIN.
!    [[46]edit]
  
  Meshes
  
!    A collection of meshes for DOLFIN can be found [47]here.
!    Retrieved from "[48]