an experimental grid based 1D SCF+SDCI program

The main characteristic is, that it's experimental. The rest I cannot guarantee.

make ho-1d
./ho-1d <n_cells> <cell_width> <system_width> <n_funcs_per_cell> <interaction scaling>

Name		Name	Last commit message	Last commit date
Latest commit History 5 Commits
build		build
.gitignore		.gitignore
Makefile		Makefile
README.md		README.md
aux_math.cc		aux_math.cc
aux_math.hh		aux_math.hh
auxiliary.hh		auxiliary.hh
basis_1d.cc		basis_1d.cc
basis_1d.hh		basis_1d.hh
global_basis_1d.cc		global_basis_1d.cc
global_basis_1d.hh		global_basis_1d.hh
grid_1d.cc		grid_1d.cc
grid_1d.hh		grid_1d.hh
ho-1d.cc		ho-1d.cc
integrate.cc		integrate.cc
integrate.hh		integrate.hh
lina.hh		lina.hh
local_basis_1d.cc		local_basis_1d.cc
local_basis_1d.hh		local_basis_1d.hh
mo_1d.cc		mo_1d.cc
mo_1d.hh		mo_1d.hh
mo_3d.hh		mo_3d.hh
polynomial.cc		polynomial.cc
polynomial.hh		polynomial.hh
state_1d.cc		state_1d.cc
state_1d.hh		state_1d.hh
state_1d_4c2e.cc		state_1d_4c2e.cc
state_1d_apprx1.cc		state_1d_apprx1.cc
state_1d_xci.cc		state_1d_xci.cc
system_1d.cc		system_1d.cc
system_1d.hh		system_1d.hh
system_3d.hh		system_3d.hh
tensor-square.cc		tensor-square.cc
tensor.cc		tensor.cc
tensor.hh		tensor.hh
timing.hh		timing.hh

lnw/1d-experiments