@@ -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
the parameter `fastEOC`.
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`).
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@@ -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
the parameter `fastEOC`.
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`.
