It is possible to exclusively compile the tools running, from the Solver folder:
make addons
Interpolate stats from one mesh to another. There is no need that meshes have the same geometry nor node type. The routine is completely general.
The algorithm creates a probe for each node of the output mesh M_out. This probe is searched in the input mesh M_in. Then, a high-order interpolation is computed.
This tool should be run in sequential mode or in parallel with OpenMP. It does not work with MPI.
The keywords located in the control file regarding the input mesh (the mesh where the fields are defined) are:
| Keyword | Description | Value |
|---|---|---|
tool type |
Required to run this tool | "stats mesh interpolation" |
stats solver |
Specifies which solver generated the stats | ns/ins/mu |
stats geo mesh file name |
Input mesh geometry | "path/to/mesh.msh" |
stats mesh file name |
Input mesh data in hmesh format |
"path/to/mesh.hmesh" |
stats qbase file name |
Stats file computed in the input mesh | "path/to/file.stats.hsol" |
stats sound velocity squared file name |
In the case of Navier-Stokes simulations, stats file of the sound velocity computed in the input mesh | "path/to/file.SoundVelocitySquared.stats.hsol" |
stats gradient sound velocity squared file name |
In the case of Navier-Stokes simulations, stats file of the gradient of the sound velocity computed in the input mesh | "path/to/file.GradientSoundVelocitySquared.stats.hsol" |
stats lamb vector file name |
Stats file of the Lamb vector computed in the input mesh | "path/to/file.Lamb.stats.hsol" |
The keywords located in the control file regarding the output mesh (the mesh where the fields should be interpolated into) are:
| Keyword | Description | Value |
|---|---|---|
mesh file name |
Output mesh geometry | "path/to/mesh.msh" |
discretization nodes |
Type of nodes of the output mesh | Gauss/Gauss-Lobatto |
Polynomial order |
Polynomial order of the output mesh | 1 |
To execute the stats mesh interpolation tool, it is required to set the tool type = "stats mesh interpolation" in the control file, and then
./horses.tools controlFile.control
Interpolate Lamb vector data from one mesh to another. There is no need that meshes have the same geometry nor node type. The routine is completely general.
The algorithm creates a probe for each node of the output mesh M_out. This probe is searched in the input mesh M_in. Then, a high-order interpolation is computed.
The tool looks for all the Lamb.hsol files present in the directory. Then, checks if there is a mesh for each of the files. If there is only one mesh file, all the data is interpolated using that file as input mesh. If there are more than one mesh files (if p-adaptation have been performed), then there should be the same number of mesh files than Lamb vector files. The same iteration is used for both file sets.
This tool should be run in sequential mode or in parallel with OpenMP. It does not work with MPI.
The keywords located in the control file regarding the input mesh (the mesh where the fields are defined) are:
| Keyword | Description | Value |
|---|---|---|
tool type |
Required to run this tool | "Lamb vector mesh interpolation" |
stats geo mesh file name |
Input mesh geometry | "path/to/mesh.msh" |
stats mesh file name |
Input mesh data in hmesh format |
"path/to/mesh.hmesh" |
lamb vector dir |
Path to the directory with all the Lamb vector data | "path/to/" |
lamb vector file name |
Basename of the Lamb vector data computed in the input mesh | "file" |
The keywords located in the control file regarding the output mesh (the mesh where the fields should be interpolated into) are:
| Keyword | Description | Value |
|---|---|---|
mesh file name |
Output mesh geometry | "path/to/mesh.msh" |
discretization nodes |
Type of nodes of the output mesh | Gauss/Gauss-Lobatto |
Polynomial order |
Polynomial order of the output mesh | 1 |
To execute the stats mesh interpolation tool, it is required to set the tool type = "stats mesh interpolation" in the control file, and then
./horses.tools controlFile.control