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Sander, Oliver
dune-gfe
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01b6a0801c30f6bc5cabeec04e316960be5ca447
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20
bugfix/fix_rigidbodymotion_difference
decasteljau
feature/ARRN-mod
feature/HM-numericalBenchmark
feature/HarmonicmapsBenchmark
feature/SimoFoxWithLocalFEfunctions
feature/bendingIsometries
feature/bendingIsometries-PBFE-Stiefel
feature/harmonicmapsAddons
feature/introduceRetractionNotion
feature/riemannianTRaddons
feature/simofoxBook
fix-fd-gradient-scaling
fix_localrodassembler_compiler_error
issue/vtk-namespace
make_rod-eoc_run
master
default
releases/2.0-1
releases/2.1-1
releases/2.10
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bugfix: Dexp wants a SkewMatrix as its argument, not a FieldVector
This is a snapshot branch to capture the state of the code at the moment
Helper method which computes the energy norm (squared) of the difference of
introduce the relative model decrease as a separate variable
fix distance method when on two different sheets of the double covering
Change the material parameters. In particular
Solve to some lesser precision
do a single homotopy step only
testsuite to measure locking effects of Cosserat shell models
Use the long form for the quadratic energy stiffness. I tested it: when kappa=1 is does the same as the short form
bugfix: missing identity matrix in the longQuadraticMembraneEnergy
have Neumann force in z direction again
allow to provide options at the command line
print more material parameters together with the average deflection
print the material parameters to std::cout, to have them in log files
Implement long form of the quadratic membrane energy, which allows
initialize pointer to avoid a compiler warning
remove some dead code
implement a simple quasi-Newton method
minor cleanup
print estimated edge size instead of number of vertices (was buggy anyways)
minor simplification
fixed index bug
choose the correct quadrature order for the matrices that create the norms to measure the discretization error
use the proper quadrature order even for higher-order elements
switch back to 2d for the time being
geodesicfefunctionadaptor can now handle spaces of higher than second order
Instead of intermediately storing one dof per entity,
GeodesicFEFunctionAdaptor is a class now
Use the localInterpolation.interpolate method to get the positions of the Lagrange nodes
support third-order FE spaces
Use TargetSpace::CoordinateType to make the code more target-space agnostic
add support for third-order Lagrange spaces
bugfix
Use ScaledIdentityMatrix instead of hand-coding something similar
shorter and much more general implementation using AlienElementLocalBasisFunction
minor cleanup
Quick prototype implementation of a multigrid transfer operator
add support for UnitVector<4> and Rotation<3>
adapt to changes in the TargetSpace template argument order
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