Discussion:
[WIKI] DOLFIN
dolfin-dDist1jlEr4dnm+ (DOLFIN)
2009-11-13 05:15:02 UTC
Permalink
The following page has been updated:

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

The changes are as follows.

***

---

***************

*** 1,5 ****

- sh: -c: line 0: unexpected EOF while looking for matching `"'
- sh: -c: line 1: syntax error: unexpected end of file

#[1]Creative Commons [2]copyright

--- 1,3 ----
dolfin-dDist1jlEr4dnm+ (DOLFIN)
2009-11-14 15:05:11 UTC
Permalink
The following page has been updated:

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

The changes are as follows.

***

---

***************

*** 1,106 ****


! #[1]Creative Commons [2]copyright

! [3]Home :: [4]Projects :: [5]Gallery :: [6]Download ::
! [7]Documentation :: [8]Contact
! [9]Software repositories :: [10]Book project :: [11]Buildbot ::
! [12]Bugs :: [13]Blueprints :: [14]Statistics :: [15]News archive

! DOLFIN

! From The FEniCS project

! DOLFIN is the C++/Python interface of FEniCS, providing a consistent
! PSE (Problem Solving Environment) for ordinary and partial
! differential equations.
!
! Contents
!
! * [16]1 Features
! * [17]2 Main authors
! * [18]3 License
! * [19]4 Installation
! * [20]5 Howtos, third party manuals
! * [21]6 Road map
! * [22]7 Meshes
!
! [[23]edit]
!
! Features
!
! * Simple, consistent and intuitive object-oriented API in C++ or
! Python
! * Automatic and efficient evaluation of finite element variational
! forms through [24]FFC or [25]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 [26]uBLAS, [27]PETSc,
! [28]Trilinos and [29]MTL4 (experimental) with simple C++ and
! Python wrappers
! * Parallel assembly and solve
! * 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
!
! [30]Image:dolfin-small.png
! [[31]edit]
!
! Main authors
!
! DOLFIN is developed and maintained by [32]Anders Logg and [33]Garth N.
! Wells with the help of [34]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.
! [[35]edit]
!
! License
!
! DOLFIN is licensed under the GNU LGPL.
! [[36]edit]
!
! Installation
!
! Chances are you can simply use our prebuilt packages for Debian and
! Ubuntu [37]available here.
!
! For other operating systems, read on below.
!
! [38]Installing DOLFIN on Debian-based GNU/Linux systems
!
! [39]Installing DOLFIN on Mac OS X
!
! [40]Installing DOLFIN on Windows (Experimental)
!
! [41]DOLFIN dependencies (Suitable for modern, Debian-based GNU/Linux
! systems)
!
! [42]A detailed guide to installing DOLFIN (Suitable for older
! GNU/Linux or UNIX systems)
! [[43]edit]
!
! Howtos, third party manuals
!
! [44]Detailed installation notes (Notes from a new user)
! [[45]edit]
!
! Road map
!
! Planned features and todo items are managed on [46]Launchpad.
! [[47]edit]
!
! Meshes
!
! A collection of meshes for DOLFIN can be found [48]here.
! Retrieved from "[49]
--- 1,11 ----


! Warning: Invalid argument supplied for foreach() in
! /usr/share/mediawiki1.7/includes/LoadBalancer.php on line 130

! The FEniCS project has a problem

! Sorry! This site is experiencing technical difficulties.

! Try waiting a few minutes and reloading.

! (Can't contact the database server: All servers busy)
dolfin-dDist1jlEr4dnm+ (DOLFIN)
2009-11-14 15:10:02 UTC
Permalink
The following page has been updated:

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

The changes are as follows.

***

---

***************

*** 1,11 ****


! Warning: Invalid argument supplied for foreach() in
! /usr/share/mediawiki1.7/includes/LoadBalancer.php on line 130

! The FEniCS project has a problem

! Sorry! This site is experiencing technical difficulties.

! Try waiting a few minutes and reloading.

! (Can't contact the database server: All servers busy)
--- 1,106 ----


! #[1]Creative Commons [2]copyright

! [3]Home :: [4]Projects :: [5]Gallery :: [6]Download ::
! [7]Documentation :: [8]Contact
! [9]Software repositories :: [10]Book project :: [11]Buildbot ::
! [12]Bugs :: [13]Blueprints :: [14]Statistics :: [15]News archive

! DOLFIN

! From The FEniCS project

! DOLFIN is the C++/Python interface of FEniCS, providing a consistent
! PSE (Problem Solving Environment) for ordinary and partial
! differential equations.
!
! Contents
!
! * [16]1 Features
! * [17]2 Main authors
! * [18]3 License
! * [19]4 Installation
! * [20]5 Howtos, third party manuals
! * [21]6 Road map
! * [22]7 Meshes
!
! [[23]edit]
!
! Features
!
! * Simple, consistent and intuitive object-oriented API in C++ or
! Python
! * Automatic and efficient evaluation of finite element variational
! forms through [24]FFC or [25]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 [26]uBLAS, [27]PETSc,
! [28]Trilinos and [29]MTL4 (experimental) with simple C++ and
! Python wrappers
! * Parallel assembly and solve
! * 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
!
! [30]Image:dolfin-small.png
! [[31]edit]
!
! Main authors
!
! DOLFIN is developed and maintained by [32]Anders Logg and [33]Garth N.
! Wells with the help of [34]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.
! [[35]edit]
!
! License
!
! DOLFIN is licensed under the GNU LGPL.
! [[36]edit]
!
! Installation
!
! Chances are you can simply use our prebuilt packages for Debian and
! Ubuntu [37]available here.
!
! For other operating systems, read on below.
!
! [38]Installing DOLFIN on Debian-based GNU/Linux systems
!
! [39]Installing DOLFIN on Mac OS X
!
! [40]Installing DOLFIN on Windows (Experimental)
!
! [41]DOLFIN dependencies (Suitable for modern, Debian-based GNU/Linux
! systems)
!
! [42]A detailed guide to installing DOLFIN (Suitable for older
! GNU/Linux or UNIX systems)
! [[43]edit]
!
! Howtos, third party manuals
!
! [44]Detailed installation notes (Notes from a new user)
! [[45]edit]
!
! Road map
!
! Planned features and todo items are managed on [46]Launchpad.
! [[47]edit]
!
! Meshes
!
! A collection of meshes for DOLFIN can be found [48]here.
! Retrieved from "[49]
dolfin-dDist1jlEr4dnm+ (DOLFIN)
2009-11-14 17:35:01 UTC
Permalink
The following page has been updated:

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

The changes are as follows.

***

---

***************

*** 62,68 ****


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.
[[35]edit]

License
--- 62,69 ----


DOLFIN was originally developed in 2002 by Johan Hoffman and Anders
Logg. Other significant contributors (with more than 100 changesets)
! include Johan Jansson, Johan Hake, Ola Skavhaug, Kent-Andre Mardal,
! Johannes Ring, Martin Sandve Alnaes and Benjamin Kehlet.
[[35]edit]

License
dolfin-dDist1jlEr4dnm+ (DOLFIN)
2009-11-14 23:20:01 UTC
Permalink
The following page has been updated:

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

The changes are as follows.

***

---

***************

*** 1,107 ****


! #[1]Creative Commons [2]copyright
!
! [3]Home :: [4]Projects :: [5]Gallery :: [6]Download ::
! [7]Documentation :: [8]Contact
! [9]Software repositories :: [10]Book project :: [11]Buildbot ::
! [12]Bugs :: [13]Blueprints :: [14]Statistics :: [15]News archive
!
! DOLFIN
!
! From The FEniCS project
!
! DOLFIN is the C++/Python interface of FEniCS, providing a consistent
! PSE (Problem Solving Environment) for ordinary and partial
! differential equations.
!
! Contents
!
! * [16]1 Features
! * [17]2 Main authors
! * [18]3 License
! * [19]4 Installation
! * [20]5 Howtos, third party manuals
! * [21]6 Road map
! * [22]7 Meshes
!
! [[23]edit]
!
! Features
!
! * Simple, consistent and intuitive object-oriented API in C++ or
! Python
! * Automatic and efficient evaluation of finite element variational
! forms through [24]FFC or [25]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 [26]uBLAS, [27]PETSc,
! [28]Trilinos and [29]MTL4 (experimental) with simple C++ and
! Python wrappers
! * Parallel assembly and solve
! * 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
!
! [30]Image:dolfin-small.png
! [[31]edit]
!
! Main authors
!
! DOLFIN is developed and maintained by [32]Anders Logg and [33]Garth N.
! Wells with the help of [34]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, Johan Hake, Ola Skavhaug, Kent-Andre Mardal,
! Johannes Ring, Martin Sandve Alnaes and Benjamin Kehlet.
! [[35]edit]
!
! License
!
! DOLFIN is licensed under the GNU LGPL.
! [[36]edit]
!
! Installation
!
! Chances are you can simply use our prebuilt packages for Debian and
! Ubuntu [37]available here.
!
! For other operating systems, read on below.
!
! [38]Installing DOLFIN on Debian-based GNU/Linux systems
!
! [39]Installing DOLFIN on Mac OS X
!
! [40]Installing DOLFIN on Windows (Experimental)
!
! [41]DOLFIN dependencies (Suitable for modern, Debian-based GNU/Linux
! systems)
!
! [42]A detailed guide to installing DOLFIN (Suitable for older
! GNU/Linux or UNIX systems)
! [[43]edit]
!
! Howtos, third party manuals
!
! [44]Detailed installation notes (Notes from a new user)
! [[45]edit]
!
! Road map
!
! Planned features and todo items are managed on [46]Launchpad.
! [[47]edit]
!
! Meshes
!
! A collection of meshes for DOLFIN can be found [48]here.
! Retrieved from "[49]
--- 1,4 ----


! Fatal error: Allowed memory size of 20971520 bytes exhausted (tried to
! allocate -1076138500 bytes) in
! /usr/share/mediawiki1.7/includes/Database.php on line 1365
dolfin-dDist1jlEr4dnm+ (DOLFIN)
2009-11-14 23:25:02 UTC
Permalink
The following page has been updated:

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

The changes are as follows.

***

---

***************

*** 1,4 ****


! Fatal error: Allowed memory size of 20971520 bytes exhausted (tried to
! allocate -1076138500 bytes) in
! /usr/share/mediawiki1.7/includes/Database.php on line 1365
--- 1,107 ----


! #[1]Creative Commons [2]copyright
!
! [3]Home :: [4]Projects :: [5]Gallery :: [6]Download ::
! [7]Documentation :: [8]Contact
! [9]Software repositories :: [10]Book project :: [11]Buildbot ::
! [12]Bugs :: [13]Blueprints :: [14]Statistics :: [15]News archive
!
! DOLFIN
!
! From The FEniCS project
!
! DOLFIN is the C++/Python interface of FEniCS, providing a consistent
! PSE (Problem Solving Environment) for ordinary and partial
! differential equations.
!
! Contents
!
! * [16]1 Features
! * [17]2 Main authors
! * [18]3 License
! * [19]4 Installation
! * [20]5 Howtos, third party manuals
! * [21]6 Road map
! * [22]7 Meshes
!
! [[23]edit]
!
! Features
!
! * Simple, consistent and intuitive object-oriented API in C++ or
! Python
! * Automatic and efficient evaluation of finite element variational
! forms through [24]FFC or [25]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 [26]uBLAS, [27]PETSc,
! [28]Trilinos and [29]MTL4 (experimental) with simple C++ and
! Python wrappers
! * Parallel assembly and solve
! * 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
!
! [30]Image:dolfin-small.png
! [[31]edit]
!
! Main authors
!
! DOLFIN is developed and maintained by [32]Anders Logg and [33]Garth N.
! Wells with the help of [34]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, Johan Hake, Ola Skavhaug, Kent-Andre Mardal,
! Johannes Ring, Martin Sandve Alnaes and Benjamin Kehlet.
! [[35]edit]
!
! License
!
! DOLFIN is licensed under the GNU LGPL.
! [[36]edit]
!
! Installation
!
! Chances are you can simply use our prebuilt packages for Debian and
! Ubuntu [37]available here.
!
! For other operating systems, read on below.
!
! [38]Installing DOLFIN on Debian-based GNU/Linux systems
!
! [39]Installing DOLFIN on Mac OS X
!
! [40]Installing DOLFIN on Windows (Experimental)
!
! [41]DOLFIN dependencies (Suitable for modern, Debian-based GNU/Linux
! systems)
!
! [42]A detailed guide to installing DOLFIN (Suitable for older
! GNU/Linux or UNIX systems)
! [[43]edit]
!
! Howtos, third party manuals
!
! [44]Detailed installation notes (Notes from a new user)
! [[45]edit]
!
! Road map
!
! Planned features and todo items are managed on [46]Launchpad.
! [[47]edit]
!
! Meshes
!
! A collection of meshes for DOLFIN can be found [48]here.
! Retrieved from "[49]
dolfin-dDist1jlEr4dnm+ (DOLFIN)
2009-11-15 03:45:01 UTC
Permalink
The following page has been updated:

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

The changes are as follows.

***

---

***************

*** 1,107 ****


! #[1]Creative Commons [2]copyright
!
! [3]Home :: [4]Projects :: [5]Gallery :: [6]Download ::
! [7]Documentation :: [8]Contact
! [9]Software repositories :: [10]Book project :: [11]Buildbot ::
! [12]Bugs :: [13]Blueprints :: [14]Statistics :: [15]News archive
!
! DOLFIN
!
! From The FEniCS project
!
! DOLFIN is the C++/Python interface of FEniCS, providing a consistent
! PSE (Problem Solving Environment) for ordinary and partial
! differential equations.
!
! Contents
!
! * [16]1 Features
! * [17]2 Main authors
! * [18]3 License
! * [19]4 Installation
! * [20]5 Howtos, third party manuals
! * [21]6 Road map
! * [22]7 Meshes
!
! [[23]edit]
!
! Features
!
! * Simple, consistent and intuitive object-oriented API in C++ or
! Python
! * Automatic and efficient evaluation of finite element variational
! forms through [24]FFC or [25]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 [26]uBLAS, [27]PETSc,
! [28]Trilinos and [29]MTL4 (experimental) with simple C++ and
! Python wrappers
! * Parallel assembly and solve
! * 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
!
! [30]Image:dolfin-small.png
! [[31]edit]
!
! Main authors
!
! DOLFIN is developed and maintained by [32]Anders Logg and [33]Garth N.
! Wells with the help of [34]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, Johan Hake, Ola Skavhaug, Kent-Andre Mardal,
! Johannes Ring, Martin Sandve Alnaes and Benjamin Kehlet.
! [[35]edit]
!
! License
!
! DOLFIN is licensed under the GNU LGPL.
! [[36]edit]
!
! Installation
!
! Chances are you can simply use our prebuilt packages for Debian and
! Ubuntu [37]available here.
!
! For other operating systems, read on below.
!
! [38]Installing DOLFIN on Debian-based GNU/Linux systems
!
! [39]Installing DOLFIN on Mac OS X
!
! [40]Installing DOLFIN on Windows (Experimental)
!
! [41]DOLFIN dependencies (Suitable for modern, Debian-based GNU/Linux
! systems)
!
! [42]A detailed guide to installing DOLFIN (Suitable for older
! GNU/Linux or UNIX systems)
! [[43]edit]
!
! Howtos, third party manuals
!
! [44]Detailed installation notes (Notes from a new user)
! [[45]edit]
!
! Road map
!
! Planned features and todo items are managed on [46]Launchpad.
! [[47]edit]
!
! Meshes
!
! A collection of meshes for DOLFIN can be found [48]here.
! Retrieved from "[49]
--- 1,3 ----


! Fatal error: Method name must be a string in
! /usr/share/mediawiki1.7/includes/Parser.php on line 487
dolfin-dDist1jlEr4dnm+ (DOLFIN)
2009-11-15 03:50:02 UTC
Permalink
The following page has been updated:

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

The changes are as follows.

***

---

***************

*** 1,3 ****


! Fatal error: Method name must be a string in
! /usr/share/mediawiki1.7/includes/Parser.php on line 487
--- 1,107 ----


! #[1]Creative Commons [2]copyright
!
! [3]Home :: [4]Projects :: [5]Gallery :: [6]Download ::
! [7]Documentation :: [8]Contact
! [9]Software repositories :: [10]Book project :: [11]Buildbot ::
! [12]Bugs :: [13]Blueprints :: [14]Statistics :: [15]News archive
!
! DOLFIN
!
! From The FEniCS project
!
! DOLFIN is the C++/Python interface of FEniCS, providing a consistent
! PSE (Problem Solving Environment) for ordinary and partial
! differential equations.
!
! Contents
!
! * [16]1 Features
! * [17]2 Main authors
! * [18]3 License
! * [19]4 Installation
! * [20]5 Howtos, third party manuals
! * [21]6 Road map
! * [22]7 Meshes
!
! [[23]edit]
!
! Features
!
! * Simple, consistent and intuitive object-oriented API in C++ or
! Python
! * Automatic and efficient evaluation of finite element variational
! forms through [24]FFC or [25]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 [26]uBLAS, [27]PETSc,
! [28]Trilinos and [29]MTL4 (experimental) with simple C++ and
! Python wrappers
! * Parallel assembly and solve
! * 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
!
! [30]Image:dolfin-small.png
! [[31]edit]
!
! Main authors
!
! DOLFIN is developed and maintained by [32]Anders Logg and [33]Garth N.
! Wells with the help of [34]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, Johan Hake, Ola Skavhaug, Kent-Andre Mardal,
! Johannes Ring, Martin Sandve Alnaes and Benjamin Kehlet.
! [[35]edit]
!
! License
!
! DOLFIN is licensed under the GNU LGPL.
! [[36]edit]
!
! Installation
!
! Chances are you can simply use our prebuilt packages for Debian and
! Ubuntu [37]available here.
!
! For other operating systems, read on below.
!
! [38]Installing DOLFIN on Debian-based GNU/Linux systems
!
! [39]Installing DOLFIN on Mac OS X
!
! [40]Installing DOLFIN on Windows (Experimental)
!
! [41]DOLFIN dependencies (Suitable for modern, Debian-based GNU/Linux
! systems)
!
! [42]A detailed guide to installing DOLFIN (Suitable for older
! GNU/Linux or UNIX systems)
! [[43]edit]
!
! Howtos, third party manuals
!
! [44]Detailed installation notes (Notes from a new user)
! [[45]edit]
!
! Road map
!
! Planned features and todo items are managed on [46]Launchpad.
! [[47]edit]
!
! Meshes
!
! A collection of meshes for DOLFIN can be found [48]here.
! Retrieved from "[49]
dolfin-dDist1jlEr4dnm+ (DOLFIN)
2009-11-15 05:35:01 UTC
Permalink
The following page has been updated:

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

The changes are as follows.

***

---

***************

*** 63,69 ****

DOLFIN was originally developed in 2002 by Johan Hoffman and Anders
Logg. Other significant contributors (with more than 100 changesets)
include Johan Jansson, Johan Hake, Ola Skavhaug, Kent-Andre Mardal,
! Johannes Ring, Martin Sandve Alnaes and Benjamin Kehlet.
[[35]edit]

License
--- 63,69 ----

DOLFIN was originally developed in 2002 by Johan Hoffman and Anders
Logg. Other significant contributors (with more than 100 changesets)
include Johan Jansson, Johan Hake, Ola Skavhaug, Kent-Andre Mardal,
! Johannes Ring, oartin Sandve Alnaes and Benjamin Kehlet.
[[35]edit]

License
dolfin-dDist1jlEr4dnm+ (DOLFIN)
2009-11-16 05:20:01 UTC
Permalink
The following page has been updated:

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

The changes are as follows.

***

---

***************

*** 1,107 ****


! #[1]Creative Commons [2]copyright
!
! [3]Home :: [4]Projects :: [5]Gallery :: [6]Download ::
! [7]Documentation :: [8]Contact
! [9]Software repositories :: [10]Book project :: [11]Buildbot ::
! [12]Bugs :: [13]Blueprints :: [14]Statistics :: [15]News archive
!
! DOLFIN
!
! From The FEniCS project
!
! DOLFIN is the C++/Python interface of FEniCS, providing a consistent
! PSE (Problem Solving Environment) for ordinary and partial
! differential equations.
!
! Contents
!
! * [16]1 Features
! * [17]2 Main authors
! * [18]3 License
! * [19]4 Installation
! * [20]5 Howtos, third party manuals
! * [21]6 Road map
! * [22]7 Meshes
!
! [[23]edit]
!
! Features
!
! * Simple, consistent and intuitive object-oriented API in C++ or
! Python
! * Automatic and efficient evaluation of finite element variational
! forms through [24]FFC or [25]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 [26]uBLAS, [27]PETSc,
! [28]Trilinos and [29]MTL4 (experimental) with simple C++ and
! Python wrappers
! * Parallel assembly and solve
! * 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
!
! [30]Image:dolfin-small.png
! [[31]edit]
!
! Main authors
!
! DOLFIN is developed and maintained by [32]Anders Logg and [33]Garth N.
! Wells with the help of [34]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, Johan Hake, Ola Skavhaug, Kent-Andre Mardal,
! Johannes Ring, Martin Sandve Alnaes and Benjamin Kehlet.
! [[35]edit]
!
! License
!
! DOLFIN is licensed under the GNU LGPL.
! [[36]edit]
!
! Installation
!
! Chances are you can simply use our prebuilt packages for Debian and
! Ubuntu [37]available here.
!
! For other operating systems, read on below.
!
! [38]Installing DOLFIN on Debian-based GNU/Linux systems
!
! [39]Installing DOLFIN on Mac OS X
!
! [40]Installing DOLFIN on Windows (Experimental)
!
! [41]DOLFIN dependencies (Suitable for modern, Debian-based GNU/Linux
! systems)
!
! [42]A detailed guide to installing DOLFIN (Suitable for older
! GNU/Linux or UNIX systems)
! [[43]edit]
!
! Howtos, third party manuals
!
! [44]Detailed installation notes (Notes from a new user)
! [[45]edit]
!
! Road map
!
! Planned features and todo items are managed on [46]Launchpad.
! [[47]edit]
!
! Meshes
!
! A collection of meshes for DOLFIN can be found [48]here.
! Retrieved from "[49]
--- 1,3 ----


! Fatal error: Call to undefined method Title::getNamespaceoey() in
! /usr/share/mediawiki1.7/includes/SkinTemplate.php on line 610
dolfin-dDist1jlEr4dnm+ (DOLFIN)
2009-11-16 05:25:01 UTC
Permalink
The following page has been updated:

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

The changes are as follows.

***

---

***************

*** 1,3 ****


! Fatal error: Call to undefined method Title::getNamespaceoey() in
! /usr/share/mediawiki1.7/includes/SkinTemplate.php on line 610
--- 1,107 ----


! #[1]Creative Commons [2]copyright
!
! [3]Home :: [4]Projects :: [5]Gallery :: [6]Download ::
! [7]Documentation :: [8]Contact
! [9]Software repositories :: [10]Book project :: [11]Buildbot ::
! [12]Bugs :: [13]Blueprints :: [14]Statistics :: [15]News archive
!
! DOLFIN
!
! From The FEniCS project
!
! DOLFIN is the C++/Python interface of FEniCS, providing a consistent
! PSE (Problem Solving Environment) for ordinary and partial
! differential equations.
!
! Contents
!
! * [16]1 Features
! * [17]2 Main authors
! * [18]3 License
! * [19]4 Installation
! * [20]5 Howtos, third party manuals
! * [21]6 Road map
! * [22]7 Meshes
!
! [[23]edit]
!
! Features
!
! * Simple, consistent and intuitive object-oriented API in C++ or
! Python
! * Automatic and efficient evaluation of finite element variational
! forms through [24]FFC or [25]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 [26]uBLAS, [27]PETSc,
! [28]Trilinos and [29]MTL4 (experimental) with simple C++ and
! Python wrappers
! * Parallel assembly and solve
! * 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
!
! [30]Image:dolfin-small.png
! [[31]edit]
!
! Main authors
!
! DOLFIN is developed and maintained by [32]Anders Logg and [33]Garth N.
! Wells with the help of [34]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, Johan Hake, Ola Skavhaug, Kent-Andre Mardal,
! Johannes Ring, Martin Sandve Alnaes and Benjamin Kehlet.
! [[35]edit]
!
! License
!
! DOLFIN is licensed under the GNU LGPL.
! [[36]edit]
!
! Installation
!
! Chances are you can simply use our prebuilt packages for Debian and
! Ubuntu [37]available here.
!
! For other operating systems, read on below.
!
! [38]Installing DOLFIN on Debian-based GNU/Linux systems
!
! [39]Installing DOLFIN on Mac OS X
!
! [40]Installing DOLFIN on Windows (Experimental)
!
! [41]DOLFIN dependencies (Suitable for modern, Debian-based GNU/Linux
! systems)
!
! [42]A detailed guide to installing DOLFIN (Suitable for older
! GNU/Linux or UNIX systems)
! [[43]edit]
!
! Howtos, third party manuals
!
! [44]Detailed installation notes (Notes from a new user)
! [[45]edit]
!
! Road map
!
! Planned features and todo items are managed on [46]Launchpad.
! [[47]edit]
!
! Meshes
!
! A collection of meshes for DOLFIN can be found [48]here.
! Retrieved from "[49]
dolfin-dDist1jlEr4dnm+ (DOLFIN)
2009-11-16 23:40:01 UTC
Permalink
The following page has been updated:

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

The changes are as follows.

***

---

***************

*** 1,107 ****


! #[1]Creative Commons [2]copyright
!
! [3]Home :: [4]Projects :: [5]Gallery :: [6]Download ::
! [7]Documentation :: [8]Contact
! [9]Software repositories :: [10]Book project :: [11]Buildbot ::
! [12]Bugs :: [13]Blueprints :: [14]Statistics :: [15]News archive
!
! DOLFIN
!
! From The FEniCS project
!
! DOLFIN is the C++/Python interface of FEniCS, providing a consistent
! PSE (Problem Solving Environment) for ordinary and partial
! differential equations.
!
! Contents
!
! * [16]1 Features
! * [17]2 Main authors
! * [18]3 License
! * [19]4 Installation
! * [20]5 Howtos, third party manuals
! * [21]6 Road map
! * [22]7 Meshes
!
! [[23]edit]
!
! Features
!
! * Simple, consistent and intuitive object-oriented API in C++ or
! Python
! * Automatic and efficient evaluation of finite element variational
! forms through [24]FFC or [25]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 [26]uBLAS, [27]PETSc,
! [28]Trilinos and [29]MTL4 (experimental) with simple C++ and
! Python wrappers
! * Parallel assembly and solve
! * 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
!
! [30]Image:dolfin-small.png
! [[31]edit]
!
! Main authors
!
! DOLFIN is developed and maintained by [32]Anders Logg and [33]Garth N.
! Wells with the help of [34]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, Johan Hake, Ola Skavhaug, Kent-Andre Mardal,
! Johannes Ring, Martin Sandve Alnaes and Benjamin Kehlet.
! [[35]edit]
!
! License
!
! DOLFIN is licensed under the GNU LGPL.
! [[36]edit]
!
! Installation
!
! Chances are you can simply use our prebuilt packages for Debian and
! Ubuntu [37]available here.
!
! For other operating systems, read on below.
!
! [38]Installing DOLFIN on Debian-based GNU/Linux systems
!
! [39]Installing DOLFIN on Mac OS X
!
! [40]Installing DOLFIN on Windows (Experimental)
!
! [41]DOLFIN dependencies (Suitable for modern, Debian-based GNU/Linux
! systems)
!
! [42]A detailed guide to installing DOLFIN (Suitable for older
! GNU/Linux or UNIX systems)
! [[43]edit]
!
! Howtos, third party manuals
!
! [44]Detailed installation notes (Notes from a new user)
! [[45]edit]
!
! Road map
!
! Planned features and todo items are managed on [46]Launchpad.
! [[47]edit]
!
! Meshes
!
! A collection of meshes for DOLFIN can be found [48]here.
! Retrieved from "[49]
--- 1,3 ----


! Fatal error: Call to undefined function ÿÿÿÿ() in
! /usr/share/mediawiki1.7/includes/Parser.php on line 364
dolfin-dDist1jlEr4dnm+ (DOLFIN)
2009-11-16 23:45:02 UTC
Permalink
The following page has been updated:

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

The changes are as follows.

***

---

***************

*** 1,3 ****


! Fatal error: Call to undefined function ÿÿÿÿ() in
! /usr/share/mediawiki1.7/includes/Parser.php on line 364
--- 1,107 ----


! #[1]Creative Commons [2]copyright
!
! [3]Home :: [4]Projects :: [5]Gallery :: [6]Download ::
! [7]Documentation :: [8]Contact
! [9]Software repositories :: [10]Book project :: [11]Buildbot ::
! [12]Bugs :: [13]Blueprints :: [14]Statistics :: [15]News archive
!
! DOLFIN
!
! From The FEniCS project
!
! DOLFIN is the C++/Python interface of FEniCS, providing a consistent
! PSE (Problem Solving Environment) for ordinary and partial
! differential equations.
!
! Contents
!
! * [16]1 Features
! * [17]2 Main authors
! * [18]3 License
! * [19]4 Installation
! * [20]5 Howtos, third party manuals
! * [21]6 Road map
! * [22]7 Meshes
!
! [[23]edit]
!
! Features
!
! * Simple, consistent and intuitive object-oriented API in C++ or
! Python
! * Automatic and efficient evaluation of finite element variational
! forms through [24]FFC or [25]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 [26]uBLAS, [27]PETSc,
! [28]Trilinos and [29]MTL4 (experimental) with simple C++ and
! Python wrappers
! * Parallel assembly and solve
! * 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
!
! [30]Image:dolfin-small.png
! [[31]edit]
!
! Main authors
!
! DOLFIN is developed and maintained by [32]Anders Logg and [33]Garth N.
! Wells with the help of [34]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, Johan Hake, Ola Skavhaug, Kent-Andre Mardal,
! Johannes Ring, Martin Sandve Alnaes and Benjamin Kehlet.
! [[35]edit]
!
! License
!
! DOLFIN is licensed under the GNU LGPL.
! [[36]edit]
!
! Installation
!
! Chances are you can simply use our prebuilt packages for Debian and
! Ubuntu [37]available here.
!
! For other operating systems, read on below.
!
! [38]Installing DOLFIN on Debian-based GNU/Linux systems
!
! [39]Installing DOLFIN on Mac OS X
!
! [40]Installing DOLFIN on Windows (Experimental)
!
! [41]DOLFIN dependencies (Suitable for modern, Debian-based GNU/Linux
! systems)
!
! [42]A detailed guide to installing DOLFIN (Suitable for older
! GNU/Linux or UNIX systems)
! [[43]edit]
!
! Howtos, third party manuals
!
! [44]Detailed installation notes (Notes from a new user)
! [[45]edit]
!
! Road map
!
! Planned features and todo items are managed on [46]Launchpad.
! [[47]edit]
!
! Meshes
!
! A collection of meshes for DOLFIN can be found [48]here.
! Retrieved from "[49]
dolfin-dDist1jlEr4dnm+ (DOLFIN)
2009-11-17 07:20:01 UTC
Permalink
The following page has been updated:

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

The changes are as follows.

***

---

***************

*** 1,107 ****


! #[1]Creative Commons [2]copyright
!
! [3]Home :: [4]Projects :: [5]Gallery :: [6]Download ::
! [7]Documentation :: [8]Contact
! [9]Software repositories :: [10]Book project :: [11]Buildbot ::
! [12]Bugs :: [13]Blueprints :: [14]Statistics :: [15]News archive
!
! DOLFIN
!
! From The FEniCS project
!
! DOLFIN is the C++/Python interface of FEniCS, providing a consistent
! PSE (Problem Solving Environment) for ordinary and partial
! differential equations.
!
! Contents
!
! * [16]1 Features
! * [17]2 Main authors
! * [18]3 License
! * [19]4 Installation
! * [20]5 Howtos, third party manuals
! * [21]6 Road map
! * [22]7 Meshes
!
! [[23]edit]
!
! Features
!
! * Simple, consistent and intuitive object-oriented API in C++ or
! Python
! * Automatic and efficient evaluation of finite element variational
! forms through [24]FFC or [25]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 [26]uBLAS, [27]PETSc,
! [28]Trilinos and [29]MTL4 (experimental) with simple C++ and
! Python wrappers
! * Parallel assembly and solve
! * 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
!
! [30]Image:dolfin-small.png
! [[31]edit]
!
! Main authors
!
! DOLFIN is developed and maintained by [32]Anders Logg and [33]Garth N.
! Wells with the help of [34]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, Johan Hake, Ola Skavhaug, Kent-Andre Mardal,
! Johannes Ring, Martin Sandve Alnaes and Benjamin Kehlet.
! [[35]edit]
!
! License
!
! DOLFIN is licensed under the GNU LGPL.
! [[36]edit]
!
! Installation
!
! Chances are you can simply use our prebuilt packages for Debian and
! Ubuntu [37]available here.
!
! For other operating systems, read on below.
!
! [38]Installing DOLFIN on Debian-based GNU/Linux systems
!
! [39]Installing DOLFIN on Mac OS X
!
! [40]Installing DOLFIN on Windows (Experimental)
!
! [41]DOLFIN dependencies (Suitable for modern, Debian-based GNU/Linux
! systems)
!
! [42]A detailed guide to installing DOLFIN (Suitable for older
! GNU/Linux or UNIX systems)
! [[43]edit]
!
! Howtos, third party manuals
!
! [44]Detailed installation notes (Notes from a new user)
! [[45]edit]
!
! Road map
!
! Planned features and todo items are managed on [46]Launchpad.
! [[47]edit]
!
! Meshes
!
! A collection of meshes for DOLFIN can be found [48]here.
! Retrieved from "[49]
--- 1,3 ----


! Fatal error: Call to a member function get() on a non-object in
! /usr/share/mediawiki1.7/includes/ParserCache.php on line 64
dolfin-dDist1jlEr4dnm+ (DOLFIN)
2009-11-17 07:25:01 UTC
Permalink
The following page has been updated:

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

The changes are as follows.

***

---

***************

*** 1,3 ****


! Fatal error: Call to a member function get() on a non-object in
! /usr/share/mediawiki1.7/includes/ParserCache.php on line 64
--- 1,107 ----


! #[1]Creative Commons [2]copyright
!
! [3]Home :: [4]Projects :: [5]Gallery :: [6]Download ::
! [7]Documentation :: [8]Contact
! [9]Software repositories :: [10]Book project :: [11]Buildbot ::
! [12]Bugs :: [13]Blueprints :: [14]Statistics :: [15]News archive
!
! DOLFIN
!
! From The FEniCS project
!
! DOLFIN is the C++/Python interface of FEniCS, providing a consistent
! PSE (Problem Solving Environment) for ordinary and partial
! differential equations.
!
! Contents
!
! * [16]1 Features
! * [17]2 Main authors
! * [18]3 License
! * [19]4 Installation
! * [20]5 Howtos, third party manuals
! * [21]6 Road map
! * [22]7 Meshes
!
! [[23]edit]
!
! Features
!
! * Simple, consistent and intuitive object-oriented API in C++ or
! Python
! * Automatic and efficient evaluation of finite element variational
! forms through [24]FFC or [25]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 [26]uBLAS, [27]PETSc,
! [28]Trilinos and [29]MTL4 (experimental) with simple C++ and
! Python wrappers
! * Parallel assembly and solve
! * 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
!
! [30]Image:dolfin-small.png
! [[31]edit]
!
! Main authors
!
! DOLFIN is developed and maintained by [32]Anders Logg and [33]Garth N.
! Wells with the help of [34]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, Johan Hake, Ola Skavhaug, Kent-Andre Mardal,
! Johannes Ring, Martin Sandve Alnaes and Benjamin Kehlet.
! [[35]edit]
!
! License
!
! DOLFIN is licensed under the GNU LGPL.
! [[36]edit]
!
! Installation
!
! Chances are you can simply use our prebuilt packages for Debian and
! Ubuntu [37]available here.
!
! For other operating systems, read on below.
!
! [38]Installing DOLFIN on Debian-based GNU/Linux systems
!
! [39]Installing DOLFIN on Mac OS X
!
! [40]Installing DOLFIN on Windows (Experimental)
!
! [41]DOLFIN dependencies (Suitable for modern, Debian-based GNU/Linux
! systems)
!
! [42]A detailed guide to installing DOLFIN (Suitable for older
! GNU/Linux or UNIX systems)
! [[43]edit]
!
! Howtos, third party manuals
!
! [44]Detailed installation notes (Notes from a new user)
! [[45]edit]
!
! Road map
!
! Planned features and todo items are managed on [46]Launchpad.
! [[47]edit]
!
! Meshes
!
! A collection of meshes for DOLFIN can be found [48]here.
! Retrieved from "[49]

Loading...