@@ -36,7 +36,7 @@ in 1D, 2D and 3D for the test problem specified in the parameter file.
...
@@ -36,7 +36,7 @@ in 1D, 2D and 3D for the test problem specified in the parameter file.
You can exclude computationally expensive grids from the EOC loop by setting
You can exclude computationally expensive grids from the EOC loop by setting
the parameter `fastEOC`.
the parameter `fastEOC`.
The results can be visualized by subsequently running the python script `plotDG.py`.
The results can be visualized by subsequently running the python script `plotDG.py`.
You will find the plots in the directory `build-cmake/src/plots`.
You will find the plot`dg.pdf` in the directory `build-cmake/src/plots`.
For the coupled scheme run one of the executables `mmdg-2d` or `mmdg-3d` in the `build-cmake/src` directory. The results can be visualized with paraview (file `s0001-pressureData.pvtu` and for 2D file `s0001-interfacePressureData.pvtp` or for 3D file `s0001-interfacePressureData.pvtu` in the directory `build-cmake/src`).
For the coupled scheme run one of the executables `mmdg-2d` or `mmdg-3d` in the `build-cmake/src` directory. The results can be visualized with paraview (file `s0001-pressureData.pvtu` and for 2D file `s0001-interfacePressureData.pvtp` or for 3D file `s0001-interfacePressureData.pvtu` in the directory `build-cmake/src`).
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@@ -45,7 +45,7 @@ coupled scheme in 2D and 3D for the test problem specified in the parameter file
...
@@ -45,7 +45,7 @@ coupled scheme in 2D and 3D for the test problem specified in the parameter file
You can exclude computationally expensive grids from the EOC loop by setting
You can exclude computationally expensive grids from the EOC loop by setting
the parameter `fastEOC`.
the parameter `fastEOC`.
The results can be visualized by subsequently running the python script `plotMMDG.py`.
The results can be visualized by subsequently running the python script `plotMMDG.py`.
You will find the plots in the directory `build-cmake/src/plots`.
You will find the plots `mmdg_bulk.pdf`, `mmdg_interface.pdf` and `mmdg_total.pdf`in the directory `build-cmake/src/plots`.