sll_m_particle_mesh_coupling_spline_3d_feec.F90 File Reference

#include "sll_assert.h"
#include "sll_errors.h"
#include "sll_memory.h"
#include "sll_working_precision.h"

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Data Types
type	sll_t_particle_mesh_coupling_spline_3d_feec
	Particle mesh coupling in 3d based on (arbitrary degree) spline on a tensor product uniform mesh. More...
type	vector
	Evaluates the integral int_{poisition_old}^{position_new} field(x) d x and the integrated current. More...

Modules
module	sll_m_particle_mesh_coupling_spline_3d_feec
	Particle mesh coupling for 3d with splines of arbitrary degree placed on a uniform tensor product mesh.

Functions/Subroutines
subroutine	add_charge_single_spline_3d_feec (self, position, marker_charge, degree, rho_dofs)
	Add charge of one particle. More...
subroutine	add_charge_single_spline_pp_3d_feec (self, position, marker_charge, degree, rho_dofs)
	Add charge of one particle. More...
subroutine	add_particle_mass_spline_3d_feec (self, position, marker_charge, degree, particle_mass)
	Add charge of one particle. More...
subroutine	add_particle_mass_od_spline_3d_feec (self, position, marker_charge, degree1, degree2, particle_mass)
	Add charge of one particle. More...
subroutine	evaluate_field_single_spline_3d_feec (self, position, degree, field_dofs, field_value)
	Evaluate field at at position position. More...
subroutine	evaluate_field_single_spline_pp_3d_feec (self, position, degree, field_dofs_pp, field_value)
	Evaluate field at at position position. More...
subroutine	evaluate_multiple_spline_3d_feec (self, position, components, field_dofs, field_value)
	Evaluate several fields at position position. More...
pure integer(kind=i32) function	convert_index_3d_to_1d (index3d, n_cells)
	Convert 3d index to 1d index (first dimension without stride) More...
subroutine	convert_x_to_xbox (self, position, xi, box)
	Identify the box in which the particle is located and its normalized position within the box. More...
subroutine	convert_x_to_xbox_1d (self, component, position, xi, box)
	Identify the box in which the particle is located and its normalized position within the box (only along the dimension component) More...
subroutine	box_index (self, box, comp)
	Sets the index of the splines that are involved in computations that concern splines from index box. More...
subroutine	add_current_evaluate (self, position_old, position_new, xdot, efield_dofs, j_dofs, efield_val)
	Add current via line integral and evaluate spline. More...
subroutine	point_add_eval (self, box_in, xbox, field_dofs, weight, j_dofs, field_value)
	Helper function for add_current_evaluate that takes care of the per-cell computations. More...
subroutine	add_current_3d (self, position_old, position_new, xdot, j_dofs)
	Add current via line integral (when x changes along all three directions) More...
subroutine	integrate_spline_3d (self, box_in, xbox, weight, j_dofs)
	Helper function for add_current_3d, takes care of the per box computations. More...
subroutine	add_current_spline_3d_feec (self, position_old, position_new, marker_charge, qoverm, bfield_dofs, vi, j_dofs)
	Add current for one particle. More...
subroutine	add_current_update_v_primitive_component1_spline_3d_feec (self, position_old, position_new, marker_charge, qoverm, bfield_dofs, vi, j_dofs)
	Add current for one particle and update v (according to H_p1 part in Hamiltonian splitting), version based on primitive function. More...
subroutine	add_current_update_v_primitive_component2_spline_3d_feec (self, position_old, position_new, marker_charge, qoverm, bfield_dofs, vi, j_dofs)
	Add current for one particle and update v (according to H_p2 part in Hamiltonian splitting), version based on primitive function. More...
subroutine	add_current_update_v_primitive_component3_spline_3d_feec (self, position_old, position_new, marker_charge, qoverm, bfield_dofs, vi, j_dofs)
	Add current for one particle and update v (according to H_p3 part in Hamiltonian splitting), version based on primitive function. More...
subroutine	add_current_update_v_component1_spline_3d_feec (self, position_old, position_new, marker_charge, qoverm, bfield_dofs, vi, j_dofs)
	Add current for one particle and update v (according to H_p1 part in Hamiltonian splitting), version based on quadrature. More...
subroutine	add_current_update_v_component2_spline_3d_feec (self, position_old, position_new, marker_charge, qoverm, bfield_dofs, vi, j_dofs)
	Add current for one particle and update v (according to H_p2 part in Hamiltonian splitting), version based on quadrature. More...
subroutine	add_current_update_v_component3_spline_3d_feec (self, position_old, position_new, marker_charge, qoverm, bfield_dofs, vi, j_dofs)
	Add current for one particle and update v (according to H_p3 part in Hamiltonian splitting), version based on quadrature. More...
subroutine	add_current_1d (self, component, r_old, index_old, r_new, index_new, marker_charge, bfield_dofs, start1, start2, stride, vi, j_dofs)
	Add current for one particle and update v (according to H_p1 part in Hamiltonian splitting) More...
subroutine	update_jv (self, component, lower, upper, index, marker_charge, sign, bfield_dofs, start1, start2, stride, vi, j_dofs)
	Helper function for add_current_update_v. More...
subroutine	init_spline_3d_feec (self, n_cells, domain, spline_degree, no_particles)
	Constructor. More...
subroutine	free_spline_3d_feec (self)
	Destructor. More...
subroutine	add_current_evaluate_int (self, position_old, position_new, vbar, bfield_dofs, j_dofs, bfield_val)
	Evaluates the integral int_{poisition_old}^{position_new} field(x) d x and the integrated current. More...
subroutine	point_add_eval_subcyc (self, box_in, xbox, field_dofs, weight, j_dofs, field_value)
	Helper function for add_current_evaluate_int, takes care of per cell computations. More...