README.txt

% create teterousse.msh using gmsh
gmsh teterousse.geo -1 -2 

% convert teterousse.gmsh in an Elmer type mesh
ElmerGrid 14 2 teterousse.msh -autoclean

% Make a Partitioned mesh of teterousse with 6 partitions
ElmerGrid 2 2 teterousse -halo -metis 6 4

% Extrude vertically the mesh (1m thick)
% Get ExtrudeMesh from the svn 
% and compile it (cc ExtrudeMesh.c -o ExtrudeMesh -lm)
ExtrudeMesh teterousse WithOutCavity 14 1 6 0 0 0 0 

% Deform vertically using the surface and bedrock DEM
% Input data are in mesh_input.dat
% Extension of the library depends on system you are working on
# .so pour unix
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elmerf90-nosh {path_to_elmerice}/Meshers/MshGlacierDEM.f90 $ELMER_HOME/lib/libelmersolver.so -o MshGlacierDEM

# .dylib pour Mac
-----------------
elmerf90-nosh {path_to_elmerice}/Meshers/MshGlacierDEM.f90 $ELMER_HOME/lib/libelmersolver.dylib -o MshGlacierDEM

./MshGlacierDEM

% Make a .ep to visualize in ElmerPost the mesh
ElmerGrid 2 3 WithOutCavity