up eim_no_solve
Merge branch 'develop' of https://github.com/feelpp/feelpp into develop
-fix integrate with a list of range
-for the case where we have several meshes for test/trial/integration : possibility to precompute some complex data out of the integrate function (usefull for optimize the fbm)
now necessary with previous commit
up QuadPtLocalization for a list of range
add filter
add boost parameter
--verbose
added gmsh.refine option
do the partitioning during  refining (the partition may be different from the
initial one in the loaded mesh file)
homogeneize the options to loadGMSHMesh, createGMSHMesh and loadMesh with
respect to the command line options
fixed inv() and det() compilation
it has been tested in 2D to solve -Delta u = 0 in a polar coordinate system
added a README.md file to describe shortly the examples available in the
current directory
add an example of a Laplacian in a polar and cartesian coordinate system
having the same solution. It illustrates the use of the det() and inv()
keywords in the language to compute the transformation between the polar and
cartesian system
Merge branch 'develop' of https://github.com/feelpp/feelpp into develop

Conflicts:
	feel/feelcrb/eim.hpp
Update README.md
Update and rename README.org to README.md
Update README.md
fix cmake
fix compilation
still a problem with a bad_weak_ptr
Merge branch 'develop' of https://github.com/feelpp/feelpp into develop
simplify