These utilities have been moved to the main Parflow repository and built when parflow is built.
Requires C++ compiler.
make
make test
Utitility to build 3D PFSOL domain from 2D mask file(s).
There are two modes of running. In the first case a single mask file is supplied, enabling a top surface to have multiple patches with the sides/bottom labeled as one patch. In the second mode, a mask file is provived for each direction to enable labeling of each cell surface. The values in the mask file are used to label the patches.
mask-to-pfsol --mask --vtk --pfsol --bottom-patch-label --side-patch-label <side_patch id>
Creates a PFSOL file based on 2D mask input that defines the domain and patches on the top surface. The domain is extruded in Z to form a 3D domain. The mask input file can be many of the standard file types supported by ParFlow, such as ParFlow binary or simple ASCI. The ASC file format is also supported.
The mask input must be 2D with number of points in Z = 1;
The bottom and side patches are labeled with the supplied patch id's. The top mask file is used to label patches on the top surface based on the values in the mask file.
mask-to-pfsol --mask-top --mask-bottom --mask-left --mask-right --mask-front --mask-back --vtk --pfsol
Each of the mask values is used to label the external boundary patches based on the value. This enables the sides and bottom to have a more complex patch labeling. Faces are along each axis:
Top +Z Bottom -Z
Right +X Left -X
Front -Y Back +Y
Each mask file should be the same dimensions in X and Y and have number of points in Z = 1.
The input mask is an ASC file format with the following format:
ncols 4 nrows 4 xllcorner 0.0 yllcorner 0.0 cellsize 1.0 NODATA_value 0.0 <ncols * nrows values>
A 0 value is outside the domain, any other value is inside the domain.
This utility is used to convert a PFSOL file to a VTK for easier visualization.
pfsol-to-vtk