MAGGS_struct Struct Reference

Maggs structure. More...

#include <maggs.h>

Data Fields
int	finite_epsilon_flag
double	epsilon_infty
double	f_mass
	= 1/c^2 speed of light parameter.
double	invsqrt_f_mass
	inverse of square root of f_mass.
double	prefactor
	prefactor to convert field to force.
double	pref2
	prefactor / (4*pi)
double	bjerrum
	bjerrum length of the system.
int	mesh
	mesh size in one dimension
double	inva
	= 1/a = mesh / box_length
double	a
	size of mesh cube
double	alpha [8][8]
	self energy coefficients of the system

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Detailed Description

Maggs structure.

Contains global system information for MEMD algorithm

Definition at line 61 of file maggs.h.

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Field Documentation

double MAGGS_struct::a

size of mesh cube

Definition at line 79 of file maggs.h.

Referenced by maggs_check_intersect_1D(), maggs_electric_energy(), maggs_init(), maggs_magnetic_energy(), maggs_sanity_checks(), and maggs_setup_local_lattice().

double MAGGS_struct::alpha[8][8]

self energy coefficients of the system

Definition at line 81 of file maggs.h.

Referenced by calc_part_self_force(), and calc_self_energy_coeffs().

double MAGGS_struct::bjerrum

bjerrum length of the system.

Definition at line 73 of file maggs.h.

Referenced by maggs_calc_self_influence(), maggs_init(), maggs_sanity_checks(), and maggs_set_parameters().

double MAGGS_struct::epsilon_infty

Definition at line 63 of file maggs.h.

Referenced by maggs_compute_dipole_correction(), and maggs_set_parameters().

double MAGGS_struct::f_mass

= 1/c^2 speed of light parameter.

Definition at line 65 of file maggs.h.

Referenced by maggs_sanity_checks(), maggs_set_parameters(), and tclprint_to_result_Maggs().

int MAGGS_struct::finite_epsilon_flag

Definition at line 62 of file maggs.h.

Referenced by maggs_calc_forces(), and maggs_set_parameters().

double MAGGS_struct::inva

= 1/a = mesh / box_length

Definition at line 77 of file maggs.h.

Referenced by calc_self_energy_coeffs(), maggs_accumulate_charge_from_ghosts(), maggs_add_current_on_segment(), maggs_add_transverse_field(), maggs_calc_charge_fluxes_1D(), maggs_calc_forces(), maggs_calc_init_e_field(), maggs_calc_self_influence(), maggs_check_curl_E(), maggs_distribute_particle_charges(), maggs_init(), maggs_setup_local_lattice(), and maggs_update_charge_gradients().

double MAGGS_struct::invsqrt_f_mass

inverse of square root of f_mass.

Definition at line 67 of file maggs.h.

Referenced by maggs_add_transverse_field(), maggs_propagate_B_field(), and maggs_set_parameters().

int MAGGS_struct::mesh

mesh size in one dimension

Definition at line 75 of file maggs.h.

Referenced by calc_self_energy_coeffs(), maggs_calc_init_e_field(), maggs_init(), maggs_sanity_checks(), maggs_set_parameters(), and tclprint_to_result_Maggs().

double MAGGS_struct::pref2

prefactor / (4*pi)

Definition at line 71 of file maggs.h.

Referenced by maggs_init().

double MAGGS_struct::prefactor

prefactor to convert field to force.

Definition at line 69 of file maggs.h.

Referenced by calc_self_energy_coeffs(), maggs_calc_charge_fluxes_1D(), maggs_calc_init_e_field(), maggs_calc_part_link_forces(), and maggs_init().

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

• maggs.h