sll_c_pic_poisson Type Reference

Basic type of Poisson solver for PIC simulations. More...

Inheritance diagram for sll_c_pic_poisson:

Collaboration diagram for sll_c_pic_poisson:

Private Member Functions
procedure(add_single), deferred	add_charge_single
	Add the contribution of one particle to the charge density. More...
procedure	add_charge_vector
	Add the contribution of a number of particles to the charge density. More...
procedure(eval_component_single), deferred	evaluate_field_single
	Evaluate given components of the field at a given position. More...
procedure	evaluate_field_vector
	Evaluate given components of the field at given positions. More...
procedure(eval_single), deferred	evaluate_rho_single
	Evaluate charge density at given position. More...
procedure	evaluate_rho_vector
	Evaluate charge density at given positions. More...
procedure(eval_single), deferred	evaluate_phi_single
	Evaluate potential at given position. More...
procedure	evaluate_phi_vector
	Evaluate potential at given positions. More...
procedure(empty), deferred	reset
	Reset the accumulated charge to zero. More...
procedure(empty), deferred	solve
	Solve for the electric potential and field. More...
procedure	solve_phi
	Solve for phi. More...
procedure	solve_fields
	solve for electric field More...
procedure(compute_energy), deferred	compute_field_energy
	Compute the L2 norm of one field component. More...
procedure(linear_combination), deferred	add_analytic_charge
	Set charge as linear combination of previously accumulated charge and previously set analytic charge. More...
procedure(update_dofs_function), deferred	set_analytic_charge
	Set the value of the analytic charge contribution from a given function. More...
procedure(empty), deferred	free
generic	add_charge => add_charge_single, add_charge_vector
generic	evaluate_field => evaluate_field_single, evaluate_field_vector
generic	evaluate_rho => evaluate_rho_single, evaluate_rho_vector
generic	evaluate_phi => evaluate_phi_single, evaluate_phi_vector

Private Attributes
integer(kind=i32)	dim
	Dimension. More...
integer(kind=i32)	no_weights = 1
	Number of weights used for accumulation (one per default) More...

Detailed Description

Basic type of Poisson solver for PIC simulations.

Definition at line 22 of file sll_m_pic_poisson_base.F90.

Member Function/Subroutine Documentation

add_analytic_charge()

procedure(linear_combination), deferred add_analytic_charge

private

Set charge as linear combination of previously accumulated charge and previously set analytic charge.

Definition at line 40 of file sll_m_pic_poisson_base.F90.

add_charge()

generic add_charge

private

Definition at line 46 of file sll_m_pic_poisson_base.F90.

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add_charge_single()

procedure(add_single), deferred add_charge_single

private

Add the contribution of one particle to the charge density.

Definition at line 27 of file sll_m_pic_poisson_base.F90.

add_charge_vector()

procedure add_charge_vector

private

Add the contribution of a number of particles to the charge density.

Definition at line 28 of file sll_m_pic_poisson_base.F90.

compute_field_energy()

procedure(compute_energy), deferred compute_field_energy

private

Compute the L2 norm of one field component.

Definition at line 39 of file sll_m_pic_poisson_base.F90.

evaluate_field()

generic evaluate_field

private

Definition at line 47 of file sll_m_pic_poisson_base.F90.

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evaluate_field_single()

procedure(eval_component_single), deferred evaluate_field_single

private

Evaluate given components of the field at a given position.

Definition at line 29 of file sll_m_pic_poisson_base.F90.

evaluate_field_vector()

procedure evaluate_field_vector

private

Evaluate given components of the field at given positions.

Definition at line 30 of file sll_m_pic_poisson_base.F90.

evaluate_phi()

generic evaluate_phi

private

Definition at line 49 of file sll_m_pic_poisson_base.F90.

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evaluate_phi_single()

procedure(eval_single), deferred evaluate_phi_single

private

Evaluate potential at given position.

Definition at line 33 of file sll_m_pic_poisson_base.F90.

evaluate_phi_vector()

procedure evaluate_phi_vector

private

Evaluate potential at given positions.

Definition at line 34 of file sll_m_pic_poisson_base.F90.

evaluate_rho()

generic evaluate_rho

private

Definition at line 48 of file sll_m_pic_poisson_base.F90.

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evaluate_rho_single()

procedure(eval_single), deferred evaluate_rho_single

private

Evaluate charge density at given position.

Definition at line 31 of file sll_m_pic_poisson_base.F90.

evaluate_rho_vector()

procedure evaluate_rho_vector

private

Evaluate charge density at given positions.

Definition at line 32 of file sll_m_pic_poisson_base.F90.

free()

procedure(empty), deferred free

private

Definition at line 43 of file sll_m_pic_poisson_base.F90.

reset()

procedure(empty), deferred reset

private

Reset the accumulated charge to zero.

Definition at line 35 of file sll_m_pic_poisson_base.F90.

set_analytic_charge()

procedure(update_dofs_function), deferred set_analytic_charge

private

Set the value of the analytic charge contribution from a given function.

Definition at line 41 of file sll_m_pic_poisson_base.F90.

solve()

procedure(empty), deferred solve

private

Solve for the electric potential and field.

Definition at line 36 of file sll_m_pic_poisson_base.F90.

solve_fields()

procedure solve_fields

private

solve for electric field

Definition at line 38 of file sll_m_pic_poisson_base.F90.

solve_phi()

procedure solve_phi

private

Solve for phi.

Definition at line 37 of file sll_m_pic_poisson_base.F90.

Member Data Documentation

dim

integer(kind=i32) dim

private

Dimension.

Definition at line 23 of file sll_m_pic_poisson_base.F90.

no_weights

integer(kind=i32) no_weights = 1

private

Number of weights used for accumulation (one per default)

Definition at line 24 of file sll_m_pic_poisson_base.F90.