message: Edits in CHANGELOG
diff: @@ -166,44 +166,35 @@ New and updated examples and miniapps
  The toys include simulations of cellular automata, Rubik's cube, Mandelbrot
  set, a tool to convert any image to mfem mesh, and more.
  -- Added two new miniapps: Find Points (serial + parallel) and Field Diff in
  - miniapps/gslib that show how GSLIB-FindPoints can be used to interpolate a
  - (Par)GridFunction in an arbitrary number of physical space points in 2D and
  - 3D. The GridFunction must be in H1 and in the same space as the mesh that is
  - used to find the points.
  -
  -- Added a new example, Example 22/22p, to demonstrate the use of the new
  - complex-valued finite element operators. The example defines and solves
  - a family of time-harmonic PDEs related to damped harmonic oscillators.
  -
  -- Added a new example, Example 24/24p, to demonstrate usage of mixed finite
  - element spaces in bilinear forms. Partial assembly is supported in this
  - example.
  -
  -- Added device support in Example 3/3p and Example 9/9p.
  -
  -- Updated Examples 1/1p and 3/3p to use diagonal preconditioning in partial
  +- Added eight new example codes:
  + * Example 22/22p demonstrates the use of the new complex-valued finite element
  + operators by defining and solving a family of time-harmonic PDEs related to
  + damped harmonic oscillators.
  + * Example 23 solves a simple 2D/3D wave equation with the new second order
  + time integrators.
  + * Example 24/24p demonstrates usage of mixed finite element spaces in bilinear
  + forms. Partial assembly is supported in this example.
  + * Added a version of Example 1 in examples/ginkgo demonstrating the use of the
  + Gingko interface to solve a linear system.
  + * Added a version of Example 9/9p in examples/hiop demonstrating the nonlinear
  + constrained optimization interface and use of the SLBQP and HiOp solvers.
  +
  +- Added two new miniapps: Find Points and Field Diff in miniapps/gslib that show
  + how GSLIB-FindPoints can be used to interpolate a (Par) GridFunction in an
  + arbitrary number of physical space points in 2D and 3D. The GridFunction must
  + be in H1 and in the same space as the mesh that is used to find the points.
  +
  +- Several examples and miniapps were updated:
  + * Added device support in Example 3/3p and Example 9/9p.
  + * Example 1/1p and Example 3/3p now use diagonal preconditioning in partial
  assembly mode.
  -
  -- The mesh-optimizer and pmesh-optimizer miniapps have been updated to
  - demonstrate the new r-adaptivity capabilities of TMOP.
  -
  -- New options to reorder and partition the mesh in the mesh-explorer miniapp.
  -
  -- The mesh-explorer miniapp now supports visualization of boundary attributes of
  - 3D meshes (key 'b').
  -
  -- The (p)mesh-optimizer miniapp has been updated to demonstrate mesh
  - optimization for an AMR mesh.
  -
  -- Added a modification of Example 1 in examples/ginkgo that demonstrates the use
  - of the Gingko interface to solve a linear system.
  -
  -- Added a modification of ex9 in examples/hiop that demonstrates the nonlinear
  - constrained optimization interface and the use of the SLBQP and HiOp solvers.
  -
  -- Example 9 and 9p now support implicit time integration, using the new block
  + * Example 9/9p now supports implicit time integration, using the new block
  ILU(0) solvers as preconditioners for the linear system.
  + * The mesh-optimizer and pmesh-optimizer miniapps now include the new
  + r-adaptivity capabilities of TMOP. They were also updated to support mesh
  + optimization on non-conforming AMR meshes.
  + * New options to reorder and partition the mesh and boundary attribute
  + visualization (key 'b') are now available in the mesh-explorer miniapp.
  Improved testing
  ----------------
  