type_navier_bc_initializer Module Reference

Data Types
interface	filter
type	t_navier_bc_initializer_inlet
type	t_navier_bc_initializer_moving
type	t_navier_bc_initializer_neumann
type	t_navier_bc_initializer_slip
type	t_navier_bc_initializer_wall

Functions/Subroutines
pure integer function	f1 (i, j, k)
pure integer function	f2 (i, j, k)
pure integer function	f3 (i, j, k)
subroutine	set_bc_shape (shape_initializer, cx, cy, cz, li, lj, lk, ui, uj, uk, filter1, filter2, bc, bctype, bv, coef)
subroutine	set_bc_uniform (bctype, region, boundary_condition, coef_normal, coef_tangent)
subroutine	initialize_navier_bc_shape (initializer, bctype, region, bc, coef_normal, coef_tangent)
recursive subroutine	initialize_wall_bc (bc_initializer, boundary_condition)
recursive subroutine	initialize_slip_bc (bc_initializer, boundary_condition)
recursive subroutine	initialize_neumann_bc (bc_initializer, boundary_condition)
subroutine	set_bc_inlet (vector_initializer, cx, cy, cz, li, lj, lk, ui, uj, uk, filter1, filter2, bt, bv, bctype, direction)
recursive subroutine	initialize_inlet_bc (bc_initializer, boundary_condition)
recursive subroutine	initialize_moving_bc (bc_initializer, boundary_condition)
recursive subroutine	finalize_bc_navier_wall (bc_initializer)
recursive subroutine	finalize_bc_navier_slip (bc_initializer)
recursive subroutine	finalize_bc_navier_neumann (bc_initializer)
recursive subroutine	finalize_bc_navier_inlet (bc_initializer)
recursive subroutine	finalize_bc_navier_moving (bc_initializer)

Function/Subroutine Documentation

f1()

pure integer function type_navier_bc_initializer::f1 ( integer, intent(in) i, integer, intent(in) j, integer, intent(in) k )

private

f2()

pure integer function type_navier_bc_initializer::f2 ( integer, intent(in) i, integer, intent(in) j, integer, intent(in) k )

private

f3()

pure integer function type_navier_bc_initializer::f3 ( integer, intent(in) i, integer, intent(in) j, integer, intent(in) k )

private

finalize_bc_navier_inlet()

recursive subroutine type_navier_bc_initializer::finalize_bc_navier_inlet ( type(t_navier_bc_initializer_inlet), intent(inout) bc_initializer )

private

finalize_bc_navier_moving()

recursive subroutine type_navier_bc_initializer::finalize_bc_navier_moving ( type(t_navier_bc_initializer_moving), intent(inout) bc_initializer )

private

finalize_bc_navier_neumann()

recursive subroutine type_navier_bc_initializer::finalize_bc_navier_neumann ( type(t_navier_bc_initializer_neumann), intent(inout) bc_initializer )

private

finalize_bc_navier_slip()

recursive subroutine type_navier_bc_initializer::finalize_bc_navier_slip ( type(t_navier_bc_initializer_slip), intent(inout) bc_initializer )

private

finalize_bc_navier_wall()

recursive subroutine type_navier_bc_initializer::finalize_bc_navier_wall ( type(t_navier_bc_initializer_wall), intent(inout) bc_initializer )

private

initialize_inlet_bc()

recursive subroutine type_navier_bc_initializer::initialize_inlet_bc ( class(t_navier_bc_initializer_inlet), intent(in) bc_initializer, type(t_boundary_condition_face), intent(inout) boundary_condition )

private

initialize_moving_bc()

recursive subroutine type_navier_bc_initializer::initialize_moving_bc ( class(t_navier_bc_initializer_moving), intent(in) bc_initializer, type(t_boundary_condition_face), intent(inout) boundary_condition )

private

initialize_navier_bc_shape()

subroutine type_navier_bc_initializer::initialize_navier_bc_shape ( class(t_shape_initializer), intent(in) initializer, integer, intent(in) bctype, integer, intent(in) region, type(t_boundary_condition_face), intent(inout) bc, double precision, dimension(bc_coef_size), intent(in) coef_normal, double precision, dimension(bc_coef_size), intent(in) coef_tangent )

private

initialize_neumann_bc()

recursive subroutine type_navier_bc_initializer::initialize_neumann_bc ( class(t_navier_bc_initializer_neumann), intent(in) bc_initializer, type(t_boundary_condition_face), intent(inout) boundary_condition )

private

initialize_slip_bc()

recursive subroutine type_navier_bc_initializer::initialize_slip_bc ( class(t_navier_bc_initializer_slip), intent(in) bc_initializer, type(t_boundary_condition_face), intent(inout) boundary_condition )

private

initialize_wall_bc()

recursive subroutine type_navier_bc_initializer::initialize_wall_bc ( class(t_navier_bc_initializer_wall), intent(in) bc_initializer, type(t_boundary_condition_face), intent(inout) boundary_condition )

private

set_bc_inlet()

subroutine type_navier_bc_initializer::set_bc_inlet ( class(t_vector_initializer), intent(in) vector_initializer, double precision, dimension(:), intent(in) cx, double precision, dimension(:), intent(in) cy, double precision, dimension(:), intent(in) cz, integer, intent(in) li, integer, intent(in) lj, integer, intent(in) lk, integer, intent(in) ui, integer, intent(in) uj, integer, intent(in) uk, procedure(filter) filter1, procedure(filter) filter2, integer, dimension(:,:), intent(inout) bt, double precision, dimension(:,:,:), intent(inout) bv, integer, intent(in) bctype, integer, intent(in) direction )

private

set_bc_shape()

subroutine type_navier_bc_initializer::set_bc_shape ( class(t_shape_initializer), intent(in) shape_initializer, double precision, dimension(:), intent(in) cx, double precision, dimension(:), intent(in) cy, double precision, dimension(:), intent(in) cz, integer, intent(in) li, integer, intent(in) lj, integer, intent(in) lk, integer, intent(in) ui, integer, intent(in) uj, integer, intent(in) uk, procedure(filter) filter1, procedure(filter) filter2, integer, dimension(:,:), intent(inout) bc, integer, intent(in) bctype, double precision, dimension(:,:,:), intent(inout) bv, double precision, dimension(bc_coef_size), intent(in) coef )

private

set_bc_uniform()

subroutine type_navier_bc_initializer::set_bc_uniform ( integer, intent(in) bctype, integer, intent(in) region, type(t_boundary_condition_face), intent(inout) boundary_condition, double precision, dimension(bc_coef_size), intent(in) coef_normal, double precision, dimension(bc_coef_size), intent(in) coef_tangent )

private