up #351 :
 - detect that we are on fermi and setup cmake environment
 - provide some scripts to recompile the basic feel++ dependencies
Merge branch 'develop' of https://github.com/feelpp/feelpp into develop
up #351
 - do not require lapack
 - minor change when trying to find eigen3
up #351
 - do not try to help cmake finding mpi
 - set blas and lapack using petsc
up #351:
 - build libraries in static mode add FEELPP_USE_STATIC_LINKAGE
 - introduce FEELPP_USE_CLANG_LIBCXX to set either libstdc++ or libc++ as the
 c++ library to be used
Merge branch 'develop' of https://github.com/feelpp/feelpp into develop
up #252
implement the 2D and 3D case of the magnetostatic example
up #252 (and #251)
 - implement edge tangents on the tetrahedron
 - implement Nedelec polynomial set of the first kind in 3D
 - fix dual construction in 3D

the initial convergence test in 3D indicates that everything seems all right
with the lowest order element @feelpp/po
see doc/manual/magnetostatic
up #252
 - add nedelec in 3D (lowest order)
Merge branch 'develop' of https://github.com/feelpp/feelpp into develop
up #251: fix compilation (clang)
up #251 : 3D case, need to support both 2D and 3D example
up #251
 - less verbose
up #354 : fix 3d mesh with order 3 and 4
the problem is due to a strange change in ho mesh generate by gmsh.
For an internal faces which is connected to elt0 and elt1, the geometric points contained in this faces (not vertex and edge) are
duplicate ( elt0 and elt1 are different with also a coordinate slightly differents ).
This correction change the geo point of elt1 by the elt0
add mesh functors
fix mesh straighten with extended elt
try to use linuxbrew
up
Merge branch 'develop' of https://github.com/feelpp/feelpp into develop
add some info