From: Ralf Hartmann
Extended: The GridIn
class can now read in tecplot files
- in ASCII format (block and point format, ordered and unstructured grids,
- format specifiers acccording to Tecplot 10 and younger versions). At the
- moment the implementation is restricted to 2d grids but can easily be
+
+ Extended: The GridIn
class can now
+ read in tecplot files in ASCII format (block and point format,
+ ordered and unstructured grids, format specifiers acccording to
+ Tecplot 10 and younger versions). At the moment the
+ implementation is restricted to 2d grids but can easily be
extended to 3d as well.
(Tobias Leicht 2006/12/14)
Extended: So far, the
- GridReordering::invert_all_cells_of_negative_grid
function
- did nothing in 2d. Now, it inverts cells from clockwise to
- counterclockwise sense (in the old numbering scheme).
+
+ Extended: So far, the GridReordering
::invert_all_cells_of_negative_grid
+ function did nothing in 2d. Now, it inverts cells from
+ clockwise to counterclockwise sense (in the old numbering
+ scheme).
(Tobias Leicht 2006/12/13)
New: There is now a function
- GridTools::delete_duplicated_vertices
that deletes duplicate
- vertices which can occur if structured grids are read into deal, leading
- to unwanted interior boundaries. In order to reduce the effort of the
- quadratic algorithm, a list of vertices to be considered can be supplied
- if available.
+
+ New: There is now a function GridTools
::delete_duplicated_vertices
that deletes
+ duplicate vertices which can occur if structured grids are read
+ into deal.II, leading to unwanted interior
+ boundaries. In order to reduce the effort of the quadratic
+ algorithm, a list of vertices to be considered can be supplied
+ if available.
(Tobias Leicht 2006/12/13)
New: There is now a function GridGenerator::subdivided_hyper_rectangle
- that produces a non-uniformly subdivided rectangle, ideally
- suited for graded meshes.
+
+ New: There is now a function GridGenerator
::subdivided_hyper_rectangle
that produces
+ a non-uniformly subdivided rectangle, ideally suited for graded
+ meshes.
(Yaqi Wang 2006/11/15)