dolfin team mailing list archive

[dolfin@xxxxxxxxxx (DOLFIN)]

The following page has been updated:

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

The changes are as follows.

***  

---  

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

*** 64,71 ****

       * [DEL: Consistent naming of member functions (use underscores)
         :DEL]
       * Break up function Assembler::assemble_system
!      * Cleanup Function class logic, see [[33]discussion]
!      * Extracting vector field from tensor field, see [[34]discussion]
       * [DEL: Move to new XML format/implementation :DEL]
       * Remove build system deprecation warnings
       * [DEL: Make build system check for build errors :DEL]
--- 64,72 ----

       * [DEL: Consistent naming of member functions (use underscores)
         :DEL]
       * Break up function Assembler::assemble_system
!      * Cleanup Function class logic, see [[33]discussion] and
!        [[34]discussion]
!      * Extracting vector field from tensor field, see [[35]discussion]
       * [DEL: Move to new XML format/implementation :DEL]
       * Remove build system deprecation warnings
       * [DEL: Make build system check for build errors :DEL]
***************

*** 77,94 ****

       * Consistency wrt disp() and str(), perhaps disp() should be
         removed?
  
!    [[35]edit]
  
  Other planned features
  
!    [[36]edit]
  
  Build system
  
       * Demos are not built when using 'scons install . . .
         enableDemos=yes'
  
!    [[37]edit]
  
  Demos
  
--- 78,95 ----

       * Consistency wrt disp() and str(), perhaps disp() should be
         removed?
  
!    [[36]edit]
  
  Other planned features
  
!    [[37]edit]
  
  Build system
  
       * Demos are not built when using 'scons install . . .
         enableDemos=yes'
  
!    [[38]edit]
  
  Demos
  
***************

*** 102,115 ****

            + This section may also relate/link to the higher order mesh
              stuff.
  
!    [[38]edit]
  
  Function
  
       * Direct support for tensor valued functions
       * Input/output for time-series
  
!    [[39]edit]
  
  General
  
--- 103,116 ----

            + This section may also relate/link to the higher order mesh
              stuff.
  
!    [[39]edit]
  
  Function
  
       * Direct support for tensor valued functions
       * Input/output for time-series
  
!    [[40]edit]
  
  General
  
***************

*** 117,123 ****

       * Fix setprecision() for cout
       * Remove as much const_cast as possible
  
!    [[40]edit]
  
  Linear Algebra
  
--- 118,124 ----

       * Fix setprecision() for cout
       * Remove as much const_cast as possible
  
!    [[41]edit]
  
  Linear Algebra
  
***************

*** 132,138 ****

     Not possible today since Vector doesn't have any constructor taking a
     GenericVector. Can be solved using downcasting + fallback using
     get/set
!    [[41]edit]
  
  Manual
  
--- 133,139 ----

     Not possible today since Vector doesn't have any constructor taking a
     GenericVector. Can be solved using downcasting + fallback using
     get/set
!    [[42]edit]
  
  Manual
  
***************

*** 140,146 ****

       * Write appendix on coding style
       * Document Python interface
  
!    [[42]edit]
  
  Mesh
  
--- 141,147 ----

       * Write appendix on coding style
       * Document Python interface
  
!    [[43]edit]
  
  Mesh
  
***************

*** 149,155 ****

       * Support for non-affine cells
       * Rewrite Point class with public x, y, z member and use the trick
         described here to allow indexed access:
!        [43]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
--- 150,156 ----

       * Support for non-affine cells
       * Rewrite Point class with public x, y, z member and use the trick
         described here to allow indexed access:
!        [44]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
***************

*** 158,171 ****

              NOT affinely mapped.
            + Have a demo for this.
  
!    [[44]edit]
  
  ODE solvers
  
       * Solve dual and compute error estimate
       * Automatic computation of stability factors as function of time T
  
!    [[45]edit]
  
  Parallelization
  
--- 159,172 ----

              NOT affinely mapped.
            + Have a demo for this.
  
!    [[45]edit]
  
  ODE solvers
  
       * Solve dual and compute error estimate
       * Automatic computation of stability factors as function of time T
  
!    [[46]edit]
  
  Parallelization
  
***************

*** 181,192 ****

       * Use parallel mesh information in DofMap to simplify implementation
         - should only need map from local to global cell/vertex
  
!    [[46]edit]
  
  Parameter system
  
       * Namespaces, summaries, command-line, XML files, see
!        [[47]discussion]
       * Figure out where to store parameters: in DefaultParameters.h or
         create in constructors
       * Load default parameters from file
--- 182,193 ----

       * Use parallel mesh information in DofMap to simplify implementation
         - should only need map from local to global cell/vertex
  
!    [[47]edit]
  
  Parameter system
  
       * Namespaces, summaries, command-line, XML files, see
!        [[48]discussion]
       * Figure out where to store parameters: in DefaultParameters.h or
         create in constructors
       * Load default parameters from file
***************

*** 194,204 ****

       * Keep list of possible values and check against these when setting
         parameters
  
!    [[48]edit]
  
  Solvers
  
       * Code and build system template for users to create solvers that
         use the DOLFIN library
  
!    Retrieved from "[49]
--- 195,205 ----

       * Keep list of possible values and check against these when setting
         parameters
  
!    [[49]edit]
  
  Solvers
  
       * Code and build system template for users to create solvers that
         use the DOLFIN library
  
!    Retrieved from "[50]