Hello,
from what I understand, LEVM is a stand-alone, self-contained Windows
Application. One of the corollary is that each time you encounter a
specific mathematical concern, you have to solve it for yourself.
I'm involved in the development of Open Sources projects, one of them
is Octave (
www.octave.org), a computation environment similar to
MatLab. The architecture is to use Fortran routines from Lapack to get
well-characterised numerical algorithms, then a C++ layer to implement
an interpreter. The result is a console-like application, with a
number of graphical interfaces, QtOctave, octave-mode for Emacs
amongst others.
May I suggest that your consider for LEVM a step in the direction of
Octave ? Implementing your routines as a specific toolbox would give
you access to a lot of other utilities developed by other persons over
the time, and which are maintained by a community of programmers. To
give you an idea of projects, have a look at Octave-Forge,
octave.sourceforge.net.
My interest in having access to an EIS toolbox is that I'm involved in
the developments of electronic sensors for DNA concentration
measurements. One of the concerns I'm dealing with actually is to
remove from some observed frequency response all the parasitics
elements, linked f.i. to electric field into the substrate, and so on.
Regards
Pascal Dupuis