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Created with Raphaël 2.2.030Oct2821201287624Sep1811109543214Jul139Jun820May1514134Mar18Feb1129Jan1919Dec1822Oct211110879Jul23Jun1614129May2722212017161486439Jan318Dec23Nov224Oct20Sep618Aug19Jun30May24221117Apr161311652Mar26Feb19141224Jan2215105221Dec1912627Nov2424Oct9Jul712May10875323Mar225127Feb25211211108130Jan292726242322201917109431Dec292827261996327Nov20151418Oct16743219Jun13May415Apr9531Mar28262524232120191816151412Feb86renamed exp to retraction at appropriate placesMerge branch 'fix-neumann-boundary-in-y-z' into 'master'Fix Neumann boundary in y-and-z diretionMerge branch 'migration' into 'master'Change solver method back to multigrid solverAdjust film-on-substrate.cc and SurfaceCosseratEnergy for the use with a CompositeBasisRefactor parts of surfacecosseratenergy.hhAdd localintegralenergy.hh and neumannenergy.hh, they assemble the energy for a single element and work with a CompositeBasisMerge branch 'enhancements' into 'master'Only compile geodesicfeassemblerwrappertest if the version of dune-elasticity is greater or equal 2.7Remove film-on-substrate from the make list for dune-elasticity versions older than 2.8Add sumenergy.hh, this class assembles the a sum of energies for a single element by summing up the energies of each GFE::LocalEnergy.Merge branch 'fix/alternator-tensor' into 'master'Correct typo in the calculation of the alternator tensorMerge branch 'enhancements' into 'master'Change TargetSpace of GFE::LocalEnergy to be a variadic templateChange from Virtual Function to lambda function in cosserat-continuumMerge branch 'remove-homegrown-vtkreader' into 'master'Remove homegrown VTKReader, use dune-vtk insteadMerge branch 'feature/geodesicfeassemblerwrapper' into 'master'Add a GeodesicFEAssemblerWrapper - it wraps a MixedGFEAssembler so it can be used like a GeodesicFEAssemblerMerge branch 'enhancements' into 'master'Make the MatrixType public in the MixedGFEAssemblerUse a CompositeBasis of PowerBases in cosserat-continuum.ccTypo in mixedriemanniantrsolver.ccMerge branch 'enhancements' into 'master'Add random access operator and -= operator to RealTupleMake the Assembler a template parameter in the RiemannianTRSolver and the RiemannianPNSolverUse the rank as the ADOL-C tape number (mixedlocalgfeadolcstiffness)WHITESPACES: Wrap energy calculation and solve-call in the Mixed-Riemannian-TR solver in a try-catch statementWrap energy calculation and solve-call in the Mixed-Riemannian-TR solver in a try-catch statementClose the ADOL-C tape even if the energy calculation throws an error in mixedlocalgfeadolcstiffnessMerge branch 'do-not-test-with-libc++' into 'master'Remove header omp.hModernize CI configurationMerge branch 'feature/proximal-newton-solver' into 'master'Merge branch 'fix/parallel-assembly' into 'master'Move film-on-substrate.parset file from src to problemsMove python files to problems folderAdjust and cleanup film-on-substrate.parset