An open source CFD software
dolfin is an open source CFD software (FLOW solvER, literally) written in C++. It is mainly devoted to the resolution of the turbulent unsteady incompressible Navier-Stokes equations.
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Source Files
Filename | Size | Changed |
---|---|---|
_constraints | 0000000108 108 Bytes | |
cmake-swig-output.patch | 0000000509 509 Bytes | |
dolfin-1.1.0-suitesparse.patch | 0000004288 4.19 KB | |
dolfin-1.6.0.tar.gz | 0009721408 9.27 MB | |
dolfin.changes | 0000013465 13.1 KB | |
dolfin.spec | 0000010330 10.1 KB |
Revision 13 (latest revision is 27)
Kshitij Kulshreshtha (polyconvex)
accepted
request 333804
from
Kshitij Kulshreshtha (polyconvex)
(revision 13)
- remove deprecated Requires: python(abi) == %{py_ver} - update version to 1.6.0 [2015-07-28] * Remove redundant pressure boundary condition in Stokes demos * Require Point in RectangleMesh and BoxMesh constructors * Remove BinaryFile (TimeSeries now requires HDF5) * Add (highly experimental) support for Tpetra matrices and vectors from Trilinos, interfacing to Belos, Amesos2, IfPack2 and Muelu. * Enable (highly experimental) support for Quadrilateral and Hexahedral meshes, including some I/O, but no assembly yet. * Enable UMFPACK and CHOLMOD solvers with Eigen backend * Add an MPI_Comm to logger, currently defaulted to MPI_COMM_WORLD allowing better control over output in parallel * Experimental output of quadratic geometry in XDMF files, allows more exact visualisation of P2 Functions * Remove GenericMatrix::compressed (see Issue #61) * Deprecate and PETScKryloveSolver::set_nullspace() and add PETScMatrix::set_nullspace() * Remove uBLAS backend * Remove UmfpackLUSolver and CholmodSolver * Add EigenMatrix/Vector::data() * Remove GenericMatrix/Vector::data() and GenericMatrix/Vector::data() (to use backends that support data(), cast first to backend type, e.g. A = A.as_backend_type() * Remove cmake.local, replaced by fenics-install-component.sh * Make interior facet integrals define - and + cells ordered by cell_domains value. * Remove deprecated arguments *_domains from assemble() and Form(). * Change measure definition notation from dx[mesh_function] to dx(subdomain_data=mesh_function).
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