GRIDCONVERT: Difference between revisions

Revision as of 16:14, 2 September 2010

Basic Information

Name of Program

GRIDCONVERT

Version-Date

2.x / September 2010

Description-Date

September 2010

Catchwords

conversion of computational grids
read and write computational grids in different file formats

Short Description of Functionality

Program GRIRDCONVERT can be used to convert computational grids for different mathematical methods:

between different file formats but identical structure of the computational grid,
between different grid types and different file formats,
refinement (factor 4) of an UNTRIM grid, as well as
flattening of all sub grid scale bathymetry variations within all grid cells and along all edges.

Due to some specific properties of computational grids for mathematical methods the number of possible conversions remains naturally very limited. The grid will not be optimized automatically with respect to the specific requirements of the different mathematical models.

Input-Files

computational grid (input formats)

The following file formats are currently supported:

delft3d.grd, delft3d.dep, delft3d.enc, delft3d.dry,
delft3d.thd, delft3d.lwl, delft3d.ext as well as delft3d.bnd,
gitter05.dat/bin,
selafin,
untrim_grid.dat,
utrsub_grid.dat, and
pltsub_grid.upi.

Output-Files

computational grid (output formats)

The following file formats are currently supported:

Methodology

The computational grid informations are converted using various methods from the software package H_GRID as well as written to file in different formats.

Program(s) to run before this Program

DELFT3D, JANET, TELEMAC-2D, UNTRIM

Program(s) to run after this Program

HVIEW2D, JANET, UNTRIM, UTRPRE

Additional Information

Language

Fortran90

Additional software

-

@@ Line 2: / Line 2: @@
 |name_de=GRIDCONVERT
 |name=GRIDCONVERT
-|version=2.x / February 2010
+|version=2.x / September 2010
-|version_descr=February 2010
+|version_descr=September 2010
 |catchwords=
 conversion of computational grids<br />
@@ Line 12: / Line 12: @@
 * between different file formats but identical structure of the computational grid,
-* between different grid types and different file formats, as well as
+* between different grid types and different file formats,
-* refinement (factor 4) of an UNTRIM grid.
+* refinement (factor 4) of an UNTRIM grid, as well as
+* flattening of all sub grid scale bathymetry variations within all grid cells and along all edges.
 Due to some specific properties of computational grids for mathematical methods the number of possible conversions remains naturally very limited. The grid will not be optimized automatically with respect to the specific requirements of the different mathematical models.