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  • better-specializations-for-realtuple
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Created with Raphaël 2.2.08May75323Mar225127Feb25211211108130Jan292726242322201917109431Dec292827261996327Nov20151418Oct16743219Jun13May415Apr9531Mar28262524232120191816151412Feb865128Jan2725161427Dec2621829Nov2522141312105428Oct27252423161411105130Sep29191273131Aug29282622211825Jul181716111093127Jun2518171310828May27262523221614131223Apr9824Mar2221191022Jan913Dec12109865328Nov151331Oct30Sep166Encode discretization order and grid level number into the output file nameUse the SubsamplingVTKWriterWrite result as VTK _vector_ data (not scalar data)Make output logging work in the Python testsuiteRewrite the testsuite in PythonVTKWriter extracts a LocalFunction, no need to do that ourselvesMake the approximation order a compile-time variable, include it in the output file nameA testsuite to compute the EOC of skyrmion problemsMake VTK file reading a bit more stableUpdate my email address with the TU Dresden oneStop using vtkadapter.hh, it is not needed with dune-grid 2.4.1 and laterNew problem: Chiral Skyrmion on a hexagonal domainRemove the discretization-error-measurement code from harmonicmaps.ccStop using the deprecated DiscreteScalarGlobalBasisFunctionInput data is now in dune-gfe/problemsAllow to start from functions given on other grids and function spacesGet the number of degrees of freedom directly from the function space basisRemove left-over debugging outputAdd a trustRegionScaling parameterFix test for first-order basesAvoid signed/unsigned warningMake EmbeddedGlobalGFEFunction a callable (accepting global coordinates)Port EmbeddedGlobalGFEFunction to the dune-functions basis interfaceSpecialize the FieldTraits class for QuaternionsSpecialize the discrete measurement code for RigidBodyMotion problemsMake TargetSpace configurable at run-timeReplace 'Dune::is_same' by 'std::is_same'Add the inverse stereographic projection concatenated with a two-fold coverAdd closed-form expression of the inverse stereographic projectionAlso write the results as binary data, to alloc EOC measurementsMake TargetSpace a local rather than a global variableRemove unused global variable 'blocksize'Refactor code to make it more flexibleAllow any TargetSpace -- do not hardwire UnitVector<3>Set correct DerivativeType if the TargetSpace is a RealTupleImplement squared distance between a 'double' RealTuple and an 'adouble' oneMake compile with MPIAllow the possibility to have a periodic 1d function space if the grid is 1dWrite the initial iterate to fileAllow to set the Dirichlet vertices using a Python predicate