Subject: [FFC-dev] [HG FFC] Enable computation of tensor representation, falling back to quadrature when monomial

From: [email-masked] (FFC)
Date: Sat, 28 Feb 2009 00:00:19 +0100 (CET)

One or more new changesets pushed to the primary ffc repository.
A short summary of the last three changesets is included below.

changeset:   1349:c529434aa92213111fe11cc669e53c32ff866d2b
tag:         tip
user:        Anders Logg <[email-masked]>
date:        Fri Feb 27 23:55:40 2009 +0100
files:       ffc/compiler/representation/tensor/ufltensorrepresentation.py ffc/compiler/uflcompiler.py
description:
Enable computation of tensor representation, falling back to quadrature when monomial
extraction fails.

changeset:   1348:d294dccc6749bcaf52542b1f78f10b22828a470a
parent:      1347:976d1d0fd424c87d87101f8b08c25ac5d29d5403
parent:      1345:4922b91db0d68341625e09daaa23fe77ad63459c
user:        "Kristian Oelgaard <[email-masked]>"
date:        Fri Feb 27 18:59:27 2009 +0100
files:       
description:
merge

changeset:   1347:976d1d0fd424c87d87101f8b08c25ac5d29d5403
user:        "Kristian Oelgaard <[email-masked]>"
date:        Fri Feb 27 18:58:25 2009 +0100
files:       test/regression/reference/Constant.h test/regression/reference/Elasticity.h test/regression/reference/EnergyNorm.h test/regression/reference/Equation.h test/regression/reference/FunctionOperators.h test/regression/reference/Heat.h test/regression/reference/Mass.h test/regression/reference/MixedPoisson.h test/regression/reference/NavierStokes.h test/regression/reference/NeumannProblem.h test/regression/reference/Optimization.h test/regression/reference/Poisson.h test/regression/reference/PoissonDG.h test/regression/reference/PoissonSystem.h test/regression/reference/Projection.h test/regression/reference/QuadratureElement.h test/regression/reference/Stokes.h test/regression/reference/SubDomain.h test/regression/reference/SubDomains.h test/regression/reference/TensorWeightedPoisson.h test/regression/reference/VectorLaplaceGradCurl.h
description:
Updated references.

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For more details, visit http://www.fenics.org/hg/ffc