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Message #01115
[HG UFL] Work on manual introduction.
One or more new changesets pushed to the primary ufl repository.
A short summary of the last three changesets is included below.
changeset: 800:5a477a8334b93c216ade7e0a8d28159cbc9c3a48
tag: tip
user: "Martin Sandve Alnæs <martinal@xxxxxxxxx>"
date: Mon Apr 06 11:11:19 2009 +0200
files: doc/manual/bibliography.bib doc/manual/chapters/introduction.tex doc/manual/ufl-user-manual.tex
description:
Work on manual introduction.
changeset: 799:6e163dc3bab2bc5b193e61bebb189c08d7bc081f
user: "Martin Sandve Alnæs <martinal@xxxxxxxxx>"
date: Mon Apr 06 10:18:04 2009 +0200
files: demo/ConvectionJacobi.ufl demo/ConvectionJacobi2.ufl demo/HyperElasticity.ufl demo/HyperElasticity1D.ufl demo/HyperElasticityWorkaround.ufl demo/MassAD.ufl demo/MixedElasticity.ufl demo/MixedPoisson2.ufl demo/PowAD.ufl demo/ProjectionSystem.ufl demo/SimpleDiff5.ufl demo/StiffnessAD.ufl ufl/algorithms/formtransformations.py ufl/formoperators.py
description:
Updated demo files. Some were still missing 'forms' or using wrong form names.
Added (temporarily) demo/HyperElasticityWorkaround.ufl, which compiles with FFC.
SFC uses 33 s to compile this while FFC spends 1:07 m.
changeset: 798:3362f4b3815288bfaf774d4f7c367f064c194d0e
user: Anders Logg <logg@xxxxxxxxx>
date: Mon Apr 06 09:10:58 2009 +0200
files: demo/HyperElasticity.ufl demo/TupleNotation.ufl ufl/__init__.py ufl/algorithms/__init__.py ufl/algorithms/tuplenotation.py ufl/classes.py ufl/form.py ufl/formoperators.py ufl/integral.py
description:
Implement tuple notation, now in algorithms/tuplenotation.py.
Form compilers should use ufl.algorithms.as_form to convert from
tuple (or Form) to Form. I tried placing as_form in form.py but
this did not work due to some recursive imports. It's now in
tuplenotation.py. Here's how it's done in FFC:
forms = []
elements = []
for object in objects:
if isinstance(object, FiniteElementBase):
elements.append(object)
elif not object is None:
forms.append(as_form(object))
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For more details, visit http://www.fenics.org/hg/ufl