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Note to myself and future generations: 2**p is an divisor of 2**m even if m %...
Markus Stimpfle authored 
Note to myself and future generations: 2**p is an divisor of 2**m even if m % p! = 0. situation: managed to fix the calculation of the eigenvalues (checked against the values produced by the ref versions that build the complete H). overhault pt4/?
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Name Last commit Last update
odeg Note to myself and future generations: 2**p is an divisor of 2**m even if m % p! = 0. situation: managed to fix the calculation of the eigenvalues (checked against the values produced by the ref versions that build the complete H). overhault pt4/?
plots initial commit
sparseplayground ?
.gitignore updated the testing files
fxc.py added calculation of fxc
fxcV2.py added calculation of fxc
mu.py still trying to get findEqMu to work, overhaul pt3/?
sparse_testing.py started a complete overhaul of the code with the aim to calculate (and save) the evs of the hamiltonian in a first and calculate the expectation values in a second step, where existing results (hard drive) from the first step can be used. overhaul pt1/?
test_community.py ?
test_fctexp.py ?
test_overhaul.py Note to myself and future generations: 2**p is an divisor of 2**m even if m % p! = 0. situation: managed to fix the calculation of the eigenvalues (checked against the values produced by the ref versions that build the complete H). overhault pt4/?
test_potentials.py updated the testing files