The following page has been updated:
http://www.fenics.org/wiki/DOLFIN_road_map
The changes are as follows.
***
---
***************
*** 19,32 ****
* [16]1 Version 1.0
* [17]2 Version 0.9.4
* [18]3 Version 0.9.3
! * [19]4 Parallelisation
! * [20]5 Other planned features
! + [21]5.1 Demos
! + [22]5.2 Mesh
! + [23]5.3 ODE solvers
! + [24]5.4 User solvers
! [[25]edit]
Version 1.0
--- 19,30 ----
* [16]1 Version 1.0
* [17]2 Version 0.9.4
* [18]3 Version 0.9.3
! * [19]4 Other planned features
! + [20]4.1 Demos
! + [21]4.2 ODE solvers
! + [22]4.3 User solvers
! [[23]edit]
Version 1.0
***************
*** 34,40 ****
* All bugs fixed, all features in place
* Finish manual (including coding style and Python interface)
! [[26]edit]
Version 0.9.4
--- 32,38 ----
* All bugs fixed, all features in place
* Finish manual (including coding style and Python interface)
! [[24]edit]
Version 0.9.4
***************
*** 50,61 ****
* Expand range of unit tests and correctness tests
* Add performance benchmarks
* Draft of central manual chapters
! * Cleanup Function class logic, see [[27]discussion] and
! [[28]discussion]
! * Extracting vector field from tensor field, see [[29]discussion]
* Support tensor fields (may require work on FFC)
! [[30]edit]
Version 0.9.3
--- 48,59 ----
* Expand range of unit tests and correctness tests
* Add performance benchmarks
* Draft of central manual chapters
! * Cleanup Function class logic, see [[25]discussion] and
! [[26]discussion]
! * Extracting vector field from tensor field, see [[27]discussion]
* Support tensor fields (may require work on FFC)
! [[28]edit]
Version 0.9.3
***************
*** 84,126 ****
* [DEL: Rename message() --> info() :DEL]
* [DEL: Consistency in printing objects, remove disp() :DEL]
! [[31]edit]
!
! Parallelisation
!
! * MeshFunctions
! * [DEL: Mesh parsing :DEL]
! * [DEL: Partitioning (ParMETIS) :DEL]
! * [DEL: Mesh distribution :DEL]
! * [DEL: Coefficients/interpolation :DEL]
! * [DEL: Mesh entity numbering :DEL]
! * [DEL: DOF renumbering :DEL]
! * [DEL: SparsityPattern :DEL]
! * Test cases / unit tests (see sandbox/demo.py)
! * [DEL: Partition and distribution of built-in meshes :DEL]
! * DG (interior facet assembly)
! * Benchmarking
! * [DEL: VTK output :DEL]
! * Viper visualisation (from C++, Python is working)
! * [DEL: Fix bugs in Dirichlet BC (is the problem related to 'Process
! 1: *** Warning: Found no facets matching domain for boundary
! condition.'?) :DEL]
! * [DEL: Dirichlet BC in Python not working? :DEL]
! * Neumann BC (should work, needs to be tested)
! * More advanced renumbering
! * Improve efficiency of DofMapBuilder in parallel
! * [DEL: Fix extraction of sub-dofmaps after renumbering :DEL]
! * Get all demos to run in parallel
! * [DEL: Fix JIT compilation in parallel :DEL]
! * Check renumbering for P0 functions. The P0 dofs are not always
! local to a process (they should be)
! * [DEL: Parallelise dolfin::Scalar :DEL]
!
! [[32]edit]
Other planned features
! [[33]edit]
Demos
--- 82,92 ----
* [DEL: Rename message() --> info() :DEL]
* [DEL: Consistency in printing objects, remove disp() :DEL]
! [[29]edit]
Other planned features
! [[30]edit]
Demos
***************
*** 132,158 ****
+ This section may also relate/link to the higher order mesh
stuff.
! [[34]edit]
!
! Mesh
!
! * Support 1D and 2D cells in R^3
! * Rewrite Point class with public x, y, z member and use the trick
! described here to allow indexed access:
! [35]http://www.mr-edd.co.uk/?p=113
!
! [[36]edit]
ODE solvers
* Solve dual and compute error estimate
* Automatic computation of stability factors as function of time T
! [[37]edit]
User solvers
* Code and build system template for users to create solvers
(including Python modules via SWIG) that use the DOLFIN library
! Retrieved from "[38]
--- 98,115 ----
+ This section may also relate/link to the higher order mesh
stuff.
! [[31]edit]
ODE solvers
* Solve dual and compute error estimate
* Automatic computation of stability factors as function of time T
! [[32]edit]
User solvers
* Code and build system template for users to create solvers
(including Python modules via SWIG) that use the DOLFIN library
! Retrieved from "[33]
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