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Message #14600
[WIKI] DOLFIN_road_map
The following page has been updated:
http://www.fenics.org/wiki/DOLFIN_road_map
The changes are as follows.
***
---
***************
*** 19,34 ****
* [15]1 Version 1.0
* [16]2 Version 0.9.4
* [17]3 Version 0.9.3
! * [18]4 Other planned features
! + [19]4.1 Demos
! + [20]4.2 Function
! + [21]4.3 General
! + [22]4.4 Linear Algebra
! + [23]4.5 Mesh
! + [24]4.6 ODE solvers
! + [25]4.7 Parallelization
! + [26]4.8 Parameter system
! + [27]4.9 User solvers
[[28]edit]
--- 19,34 ----
* [15]1 Version 1.0
* [16]2 Version 0.9.4
* [17]3 Version 0.9.3
! * [18]4 Parallelisation
! * [19]5 Other planned features
! + [20]5.1 Demos
! + [21]5.2 Function
! + [22]5.3 General
! + [23]5.4 Linear Algebra
! + [24]5.5 Mesh
! + [25]5.6 ODE solvers
! + [26]5.7 Parameter system
! + [27]5.8 User solvers
[[28]edit]
***************
*** 86,94 ****
[[34]edit]
Other planned features
! [[35]edit]
Demos
--- 86,116 ----
[[34]edit]
+ Parallelisation
+
+ * [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)
+ * Partition and distribution of built-in meshes
+ * DG (facet assembly)
+ * Benchmarking
+ * [DEL: VTK output :DEL]
+ * Viper visualisation
+ * [DEL: Dirichlet BC :DEL]
+ * Neumann BC (should work, needs to be tested)
+ * Get all demos to run in parallel
+ * More advanced renumbering
+
+ [[35]edit]
+
Other planned features
! [[36]edit]
Demos
***************
*** 100,119 ****
+ This section may also relate/link to the higher order mesh
stuff.
! [[36]edit]
Function
* Direct support for tensor valued functions
* Input/output for time-series
! [[37]edit]
General
* Remove as much const_cast as possible
! [[38]edit]
Linear Algebra
--- 122,141 ----
+ This section may also relate/link to the higher order mesh
stuff.
! [[37]edit]
Function
* Direct support for tensor valued functions
* Input/output for time-series
! [[38]edit]
General
* Remove as much const_cast as possible
! [[39]edit]
Linear Algebra
***************
*** 121,127 ****
and call it if necessary (GNW: I don't think that we should do
this)
! [[39]edit]
Mesh
--- 143,149 ----
and call it if necessary (GNW: I don't think that we should do
this)
! [[40]edit]
Mesh
***************
*** 130,136 ****
* Support for non-affine cells
* Rewrite Point class with public x, y, z member and use the trick
described here to allow indexed access:
! [40]http://www.mr-edd.co.uk/?p=113
* Higher Order (Curved) Mesh Capability
+ Continue to get P2 (quadratic) 2-D triangles implemented.
+ This will require modifying ufc::cell and related routines so
--- 152,158 ----
* Support for non-affine cells
* Rewrite Point class with public x, y, z member and use the trick
described here to allow indexed access:
! [41]http://www.mr-edd.co.uk/?p=113
* Higher Order (Curved) Mesh Capability
+ Continue to get P2 (quadratic) 2-D triangles implemented.
+ This will require modifying ufc::cell and related routines so
***************
*** 139,166 ****
NOT affinely mapped.
+ Have a demo for this.
! [[41]edit]
ODE solvers
* Solve dual and compute error estimate
* Automatic computation of stability factors as function of time T
-
- [[42]edit]
-
- Parallelization
-
- * Modify Function to work with distributed vectors (for parallel
- assembly)
- * Refine linear algebra classes for parallel assembly and solve
- * I/O
- * Store both global and local indices for cell/vertex, add mesh
- functions for this
- * Adapt BoundaryComputation for parallel mesh, use knowledge about
- which vertices are shared to decide if a facet is a global or
- local boundary
- * Use parallel mesh information in DofMap to simplify implementation
- - should only need map from local to global cell/vertex
[[43]edit]
--- 161,172 ----
NOT affinely mapped.
+ Have a demo for this.
! [[42]edit]
ODE solvers
* Solve dual and compute error estimate
* Automatic computation of stability factors as function of time T
[[43]edit]
