Detailed Description

Definition at line 142 of file mxll_elec_coupling.F90.

Private Attributes
integer	coupling_mode
	Type of coupling between Maxwell and matter. More...

integer	coupling_terms
	Multipole expansion terms that will be added to the Hamiltonian. More...

integer	dipole_field
	Way to calculate the E field vector from space-dependent E field, for length gauge coupling. More...

real(real64), dimension(:,:), allocatable	e_field
	Real-space E field from Maxwell solver (can be electric or vec pot ATM) More...

real(real64), dimension(:,:), allocatable	b_field
	Real-space B field from Maxwell solver. More...

real(real64), dimension(:,:), allocatable	vec_pot
	Real-space A field from Maxwell solver. More...

real(real64), dimension(:), allocatable	e_field_dip
	Electric field vector used for for dipole coupling. More...

real(real64), dimension(:), allocatable	vec_pot_dip
	Electric field vector used for for dipole coupling. More...

real(real64), dimension(:), allocatable	b_field_dip
	Magnetic field vector used for for magnetic dipole coupling. More...

real(real64), dimension(:), allocatable	e_quadrupole_pot
	Electric field quadrupole potential, if requested. More...

logical	calc_field_dip = .false.
	If dipole field will be calculated. More...

logical	add_electric_dip = .false.
	If electric dipole coupling is included. More...

logical	add_electric_quad = .false.
	If electric quadrupole coupling is included. More...

logical	add_magnetic_dip = .false.
	If magnetic dipole coupling is included. More...

logical	add_zeeman = .false.
	If Zeeman term is included. More...

logical	add_non_uniform_vec_pot = .false.
	If A(r,t) should be included in the Pauli Hamiltonian. More...

real(real64), dimension(1:3)	center_of_mass
	Center of mass of the ions. More...

integer	center_of_mass_ip
	Index of the center of mass of the ions. More...

integer	center_of_mass_rankmin
	Rank which contains the center_of_mass point. More...

logical	test_equad = .false.

type(derivatives_t), pointer, private	der
	pointer to derivatives More...

real(real64), private	mass

Member Data Documentation

◆ coupling_mode

integer mxll_elec_coupling_oct_m::mxll_coupling_t::coupling_mode

private

Type of coupling between Maxwell and matter.

Definition at line 143 of file mxll_elec_coupling.F90.

◆ coupling_terms

integer mxll_elec_coupling_oct_m::mxll_coupling_t::coupling_terms

private

Multipole expansion terms that will be added to the Hamiltonian.

Definition at line 144 of file mxll_elec_coupling.F90.

◆ dipole_field

integer mxll_elec_coupling_oct_m::mxll_coupling_t::dipole_field

private

Way to calculate the E field vector from space-dependent E field, for length gauge coupling.

Definition at line 145 of file mxll_elec_coupling.F90.

◆ e_field

real(real64), dimension(:,:), allocatable mxll_elec_coupling_oct_m::mxll_coupling_t::e_field

private

Real-space E field from Maxwell solver (can be electric or vec pot ATM)

Definition at line 146 of file mxll_elec_coupling.F90.

◆ b_field

real(real64), dimension(:,:), allocatable mxll_elec_coupling_oct_m::mxll_coupling_t::b_field

private

Real-space B field from Maxwell solver.

Definition at line 147 of file mxll_elec_coupling.F90.

◆ vec_pot

real(real64), dimension(:,:), allocatable mxll_elec_coupling_oct_m::mxll_coupling_t::vec_pot

private

Real-space A field from Maxwell solver.

Definition at line 148 of file mxll_elec_coupling.F90.

◆ e_field_dip

real(real64), dimension(:), allocatable mxll_elec_coupling_oct_m::mxll_coupling_t::e_field_dip

private

Electric field vector used for for dipole coupling.

Definition at line 149 of file mxll_elec_coupling.F90.

◆ vec_pot_dip

real(real64), dimension(:), allocatable mxll_elec_coupling_oct_m::mxll_coupling_t::vec_pot_dip

private

Electric field vector used for for dipole coupling.

Definition at line 150 of file mxll_elec_coupling.F90.

◆ b_field_dip

real(real64), dimension(:), allocatable mxll_elec_coupling_oct_m::mxll_coupling_t::b_field_dip

private

Magnetic field vector used for for magnetic dipole coupling.

Definition at line 151 of file mxll_elec_coupling.F90.

◆ e_quadrupole_pot

real(real64), dimension(:), allocatable mxll_elec_coupling_oct_m::mxll_coupling_t::e_quadrupole_pot

private

Electric field quadrupole potential, if requested.

Definition at line 152 of file mxll_elec_coupling.F90.

◆ calc_field_dip

logical mxll_elec_coupling_oct_m::mxll_coupling_t::calc_field_dip = .false.

private

If dipole field will be calculated.

Definition at line 153 of file mxll_elec_coupling.F90.

◆ add_electric_dip

logical mxll_elec_coupling_oct_m::mxll_coupling_t::add_electric_dip = .false.

private

If electric dipole coupling is included.

Definition at line 154 of file mxll_elec_coupling.F90.

◆ add_electric_quad

logical mxll_elec_coupling_oct_m::mxll_coupling_t::add_electric_quad = .false.

private

If electric quadrupole coupling is included.

Definition at line 155 of file mxll_elec_coupling.F90.

◆ add_magnetic_dip

logical mxll_elec_coupling_oct_m::mxll_coupling_t::add_magnetic_dip = .false.

private

If magnetic dipole coupling is included.

Definition at line 156 of file mxll_elec_coupling.F90.

◆ add_zeeman

logical mxll_elec_coupling_oct_m::mxll_coupling_t::add_zeeman = .false.

private

If Zeeman term is included.

Definition at line 157 of file mxll_elec_coupling.F90.

◆ add_non_uniform_vec_pot

logical mxll_elec_coupling_oct_m::mxll_coupling_t::add_non_uniform_vec_pot = .false.

private

If A(r,t) should be included in the Pauli Hamiltonian.

Definition at line 158 of file mxll_elec_coupling.F90.

◆ center_of_mass

real(real64), dimension(1:3) mxll_elec_coupling_oct_m::mxll_coupling_t::center_of_mass

private

Center of mass of the ions.

Definition at line 159 of file mxll_elec_coupling.F90.

◆ center_of_mass_ip

integer mxll_elec_coupling_oct_m::mxll_coupling_t::center_of_mass_ip

private

Index of the center of mass of the ions.

Definition at line 160 of file mxll_elec_coupling.F90.

◆ center_of_mass_rankmin

integer mxll_elec_coupling_oct_m::mxll_coupling_t::center_of_mass_rankmin

private

Rank which contains the center_of_mass point.

Definition at line 161 of file mxll_elec_coupling.F90.

◆ test_equad

logical mxll_elec_coupling_oct_m::mxll_coupling_t::test_equad = .false.

private

Definition at line 162 of file mxll_elec_coupling.F90.

◆ der

type(derivatives_t), pointer, private mxll_elec_coupling_oct_m::mxll_coupling_t::der

private

pointer to derivatives

Definition at line 163 of file mxll_elec_coupling.F90.

◆ mass

real(real64), private mxll_elec_coupling_oct_m::mxll_coupling_t::mass

private

Definition at line 164 of file mxll_elec_coupling.F90.

The documentation for this type was generated from the following file:

hamiltonian/mxll_elec_coupling.F90

Detailed Description

Private Attributes

Member Data Documentation

◆ coupling_mode

◆ coupling_terms

◆ dipole_field

◆ e_field

◆ b_field

◆ vec_pot

◆ e_field_dip

◆ vec_pot_dip

◆ b_field_dip

◆ e_quadrupole_pot

◆ calc_field_dip

◆ add_electric_dip

◆ add_electric_quad

◆ add_magnetic_dip

◆ add_zeeman

◆ add_non_uniform_vec_pot

◆ center_of_mass

◆ center_of_mass_ip

◆ center_of_mass_rankmin

◆ test_equad

◆ der

◆ mass