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Created with Raphaël 2.2.010Nov5428Oct27252423161411105130Sep29191273131Aug29282622211825Jul181716111093127Jun2518171310828May27262523221614131223Apr9824Mar2221191022Jan913Dec12109865328Nov151331Oct30Sep1664312Jul1185328Jun2714Feb24Jan32130Dec16Nov121196517Sep1318Jul30May25Apr2417159515Mar9825Feb2115987626Jan14121154120Dec1965325Nov20191615New base solver for the MMG method when used as inner solver for a trust-region algorithmDon't try and compute localToGlobal map for subentities that don't have dofsAdd 'contains' methods just like the mappers in dune-grid have them.Rename GlobalP?Mapper::nGlobalEntity() to GlobalP?Mapper::size()[cleanup] Rename GUIndex to GlobalMapperAdd method to set trust region radius with a separate scaling for each vector block componentIntroduce method 'violate' which says whether a given vector is outside of the trust regionIntroduce the trust region radius as an explicit member variableBugfix: the Neumann vector field enters the energy with a _negative_ signAllow more than one command line optionPrint the Neumann loading along with the average deformation of the resultHand over the Neumann boundary even when using point loadsNew program to experiment with finite strain elasticity modelsAdd (temporary) support for point loadsSt.Venant-Kirchhoff energy for a geometrically nonlinear materialInterpolation functions that works by retracting onto a tangent spaceInfrastructure the assemble nonquadratic minimization problems using ADOL-C for the derivativesHencky energy functional for finite strain materialsImplement and use the long form of the nonquadratic membrane energyUse the GlobalP1Mapper instead of a GlobalIndexSet where appropriateUse method 'size' instead of 'nGlobalEntity'Use static_assert instead of dune_static_assertA mapper class for a global p1 spaceAdapt to changes in the GlobalIndexSet classAllow to write one set of scalar cell dataUse IPOpt again for solving the coarse grid problemAdd additional method giving Dirichlet values for a 3d model of the same problemA Euclidean trust region solverRemove the code sharing local sizes from the constructorI compute the local-to-global index mapping within the MatrixCommunicatorAbort when instantiating a RiemannianTrustRegionSolver class with a P3 basisUse the IndexSet 'Index' type for indices, instead of hardwiring 'int'Use GlobalIndexSet class from dune-grid, instead of the local copyRemove the getGridView methods from GlobalIndexSet and GlobalP2MapperLet the code in mpifunctions.hh only see the communicator object, not the grid viewRename method 'globalIndex' to 'index'Rename class GlobalUniqueIndex to GlobalIndexSetMove the GlobalUniqueIndex class into the namespace DuneUse the GlobalUniqueIndex class from this module againRemove the GlobalP2Mapper class -- it is in a separate file now