c663446dae
It is not working at all in the current state and therefore also not included in the library. - 2D calculation seems okay - at least the symmetry of the hexagonal lattice is kept through the iterations - 3D iterations destroy this symmetry... I guess it is only a small problem, however I do not see it right now - EHB's matlab code is available - however, it treats the problem quite differently In case this is ever going to work, some things could probably be more optimal: - Replace the numeric gradient calculation by the "analytical gradient" - Use only every second Fourier coefficient in K-space and keep the number of points This should reduce the factor of redundancy in real space from 8 to 2 and increase the spacial resolution by a factor of 4!
#--------------------------------------------------------------------- # README # Andreas Suter, 2009/06/21 # $Id: README 4013 2009-06-21 #--------------------------------------------------------------------- musrfit - muSR data analysis package Installation instructions can be found in INSTALL and at https://wiki.intranet.psi.ch/MUSR/MusrFitSetup For further documentation, please visit https://wiki.intranet.psi.ch/MUSR/MusrFit #--------------------------------------------------------------------- # this is the end ... #---------------------------------------------------------------------