Definition at line 130 of file output_low.F90.
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| logical, dimension(max_output_types), public | what |
| | what to output More...
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| integer | ks_multipoles |
| | If output_ksdipole, this number sets up which matrix elements will be printed: e.g. if ksmultipoles = 3, the dipole, quadrupole and octopole matrix elements (between Kohn-Sham or single-particle orbitals). In 2D, only the dipole moments are printed. More...
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| integer | st_start |
| | Start index for the output. More...
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| integer | st_end |
| | Stop index for the output. More...
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| integer | nst |
| | Number of states computed. More...
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| type(elec_matrix_elements_t) | elec_me |
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◆ what
| logical, dimension(max_output_types), public output_low_oct_m::output_me_t::what |
◆ ks_multipoles
| integer output_low_oct_m::output_me_t::ks_multipoles |
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private |
If output_ksdipole, this number sets up which matrix elements will be printed: e.g. if ksmultipoles = 3, the dipole, quadrupole and octopole matrix elements (between Kohn-Sham or single-particle orbitals). In 2D, only the dipole moments are printed.
Definition at line 136 of file output_low.F90.
◆ st_start
| integer output_low_oct_m::output_me_t::st_start |
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private |
◆ st_end
| integer output_low_oct_m::output_me_t::st_end |
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private |
◆ nst
| integer output_low_oct_m::output_me_t::nst |
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private |
◆ elec_me
The documentation for this type was generated from the following file: