ALF merge requestshttps://git.physik.uni-wuerzburg.de/ALF/ALF/-/merge_requests2017-10-18T20:27:18Zhttps://git.physik.uni-wuerzburg.de/ALF/ALF/-/merge_requests/26Resolve "Filter Branch 59"2017-10-18T20:27:18ZFlorian GothResolve "Filter Branch 59"Closes #65 . Among the notable changes are the fact that I force the unitary matrices occuring in the eigenvalue decomposition of the operators to be special unitary with det(U) == 1 instead of just a unitary matrix.Closes #65 . Among the notable changes are the fact that I force the unitary matrices occuring in the eigenvalue decomposition of the operators to be special unitary with det(U) == 1 instead of just a unitary matrix.Fakher F. AssaadFakher F. Assaadhttps://git.physik.uni-wuerzburg.de/ALF/ALF/-/merge_requests/102Resolve "Reduce memory consumption on a node by sharing data between MPI task"2021-05-31T11:05:36ZJohannes HofmannResolve "Reduce memory consumption on a node by sharing data between MPI task"Closes #181Closes #181https://git.physik.uni-wuerzburg.de/ALF/ALF/-/merge_requests/116Resolve "Automatic computation of Hopping_Matrix_Type%Multiplicity"2021-11-22T13:45:01ZFrancesco Parisen ToldinResolve "Automatic computation of Hopping_Matrix_Type%Multiplicity"Closes #195
The branch has been tested against the master branch for a Hubbard model, L1 = L2 = 4 and all combinations of:
- Checkerboard = True / False
- Symm = True / False
- Lattice = Bilayer_honeycomb, Bilayer_square, Honeycomb, N_l...Closes #195
The branch has been tested against the master branch for a Hubbard model, L1 = L2 = 4 and all combinations of:
- Checkerboard = True / False
- Symm = True / False
- Lattice = Bilayer_honeycomb, Bilayer_square, Honeycomb, N_leg_ladder, Square
Also, the documentation has been updated, removing any mention and discussion of ```Hopping_Matrix_Type%Multiplicity``` which is now a private field, and automatically computed in ```Predefined_Hoppings_set_OPT```Francesco Parisen ToldinFrancesco Parisen Toldin