$Id: README,v 1.3 2009-12-03 12:20:44 kmo Exp $
This is the source of the prototype spline/NURBS-based FEM solver
developed for the ICADA project at SINTEF ICT in Trondheim.
The Makefile is for compilation on Linux.
It assumes that the libraries liblapack and libblas are installed.
In addition, the following dependencies on 3rd party libraries are present:
Required:
GoTools - Download and install from the source code repository at
http://svn.math.sintef.no. See also the wiki documentation at
http://svn.math.sintef.no/index.php/Some_info_about_the_GoTools_and_SISL_SVN_repositories
The libraries are assumed found in the sub-folder GoTools/lib
The header files are assumed found in the sub-folder GoTools/include
The GoTools packages require that the libboost package is installed.
ARPACK - Download and compile from http://www.caam.rice.edu/software/ARPACK
Optional:
SAM - A few fortran subroutine from the SAM library by Kolbein Bell
can be used for the assembly of element matrices into system matrices.
In addition, the sparse solver SPR from this library can be used.
It is possible to compile without the SAM library, by commenting out
the symbols SAMOPT and SAMLIB in the Makefile.
SuperLU - This is a public domain package for direct solution of non-symmetric
sparse equation systems. The source code is available from
http://crd.lbl.gov/~xiaoye/SuperLU. To compile without it, comment out
the symbol definitions SLUOPT and SLULIB in the Makefile
SAMG - This is a commercial package (algebraic multigrid solver) and is
included for testing only. To compile without it, comment out the
symbol definitions SAMGOPT and SAMGLIB in the Makefile.
GLviewExpressWriter - Ceetron's VTF API. If you don't have it, comment out the
symbol defintions VTFOPT and VTFLIB in the Makefile.
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