mod_mof2d_one_cell_reconstruction Module Reference

Functions/Subroutines
subroutine, public	mof2d_one_cell_reconstruction (cell, ref_volume, ref_centroid, polygon_list, best_cost)
	Reconstruct the optimal location of the materials in one cell.
recursive subroutine	mof2d_top_level_reconstruction (cell, set, depth, ref_volume, ref_centroid, polygon_list, prefix_cost, best_cost, is_best_found)
recursive subroutine	mof2d_nested_reconstruction (cell, prefix, set, depth, ref_volume, ref_centroid, polygon_list, prefix_cost, best_cost, is_best_found)
recursive subroutine	mof2d_clustered_reconstruction (cell, set, depth, ref_volume, ref_centroid, polygon_list, prefix_cost, best_cost)
recursive subroutine	mof2d_clustered_reconstruction_forward (cell, set, code, m, n, depth, ref_volume, ref_centroid, polygon_list, prefix_cost, best_cost)
recursive subroutine	mof2d_clustered_reconstruction_backward (cell, set, code, m, n, depth, ref_volume, ref_centroid, polygon_list, prefix_cost, best_cost)
recursive subroutine	mof2d_generate_partition_for_reconstruction (cell, set, code, depth, ref_volume, ref_centroid, polygon_list, prefix_cost, best_cost)
subroutine	mof2d_one_material_reconstruction (cell, depth, ref_volume, ref_centroid, cost1, cost2, polygon1, polygon2)
subroutine	mof2d_two_material_reconstruction (cell, depth, ref_volume, ref_centroid, prefix_cost, best_cost, is_best_found, polygon1, polygon2)
subroutine	mof2d_symmetric_reconstruction (cell, cell_centroid, ref_centroid1, ref_centroid2, ref_volume1, ref_volume2, normal, residual1, residual2, polygon1, polygon2)
subroutine	mof2d_reconstruction (cell, cell_centroid, ref_centroid, ref_volume, normal, residual, polygon1, polygon2)
subroutine	mof2d_compute_initial_angle (cell_centroid, ref_centroid, angle)
subroutine	mof2d_compute_initial_angle_symmetric (cell_centroid, ref_centroid1, ref_centroid2, angle)

Variables
logical	is_analytic_method_enabled = .false.

Function/Subroutine Documentation

mof2d_clustered_reconstruction()

recursive subroutine mod_mof2d_one_cell_reconstruction::mof2d_clustered_reconstruction ( type(t_polygon), intent(in) cell, integer, dimension(:), intent(in) set, integer, intent(in) depth, double precision, dimension(:), intent(in) ref_volume, double precision, dimension(:,:), intent(in) ref_centroid, type(t_polygon), dimension(:), intent(inout) polygon_list, double precision, intent(in) prefix_cost, double precision, intent(inout) best_cost )

private

mof2d_clustered_reconstruction_backward()

recursive subroutine mod_mof2d_one_cell_reconstruction::mof2d_clustered_reconstruction_backward ( type(t_polygon), intent(in) cell, integer, dimension(:), intent(in) set, integer, dimension(:), intent(inout) code, integer, intent(in) m, integer, intent(in) n, integer, intent(in) depth, double precision, dimension(:), intent(in) ref_volume, double precision, dimension(:,:), intent(in) ref_centroid, type(t_polygon), dimension(:), intent(inout) polygon_list, double precision, intent(in) prefix_cost, double precision, intent(inout) best_cost )

private

mof2d_clustered_reconstruction_forward()

recursive subroutine mod_mof2d_one_cell_reconstruction::mof2d_clustered_reconstruction_forward ( type(t_polygon), intent(in) cell, integer, dimension(:), intent(in) set, integer, dimension(:), intent(inout) code, integer, intent(in) m, integer, intent(in) n, integer, intent(in) depth, double precision, dimension(:), intent(in) ref_volume, double precision, dimension(:,:), intent(in) ref_centroid, type(t_polygon), dimension(:), intent(inout) polygon_list, double precision, intent(in) prefix_cost, double precision, intent(inout) best_cost )

private

mof2d_compute_initial_angle()

subroutine mod_mof2d_one_cell_reconstruction::mof2d_compute_initial_angle ( double precision, dimension(2), intent(in) cell_centroid, double precision, dimension(2), intent(in) ref_centroid, double precision, intent(out) angle )

private

mof2d_compute_initial_angle_symmetric()

subroutine mod_mof2d_one_cell_reconstruction::mof2d_compute_initial_angle_symmetric ( double precision, dimension(2), intent(in) cell_centroid, double precision, dimension(2), intent(in) ref_centroid1, double precision, dimension(2), intent(in) ref_centroid2, double precision, intent(out) angle )

private

mof2d_generate_partition_for_reconstruction()

recursive subroutine mod_mof2d_one_cell_reconstruction::mof2d_generate_partition_for_reconstruction ( type(t_polygon), intent(in) cell, integer, dimension(:), intent(in) set, integer, dimension(:), intent(inout) code, integer, intent(in) depth, double precision, dimension(:), intent(in) ref_volume, double precision, dimension(:,:), intent(in) ref_centroid, type(t_polygon), dimension(:), intent(inout) polygon_list, double precision, intent(in) prefix_cost, double precision, intent(inout) best_cost )

private

mof2d_nested_reconstruction()

recursive subroutine mod_mof2d_one_cell_reconstruction::mof2d_nested_reconstruction ( type(t_polygon), intent(in) cell, integer, dimension(:), intent(in) prefix, integer, dimension(:), intent(in) set, integer, intent(in) depth, double precision, dimension(:), intent(in) ref_volume, double precision, dimension(:,:), intent(in) ref_centroid, type(t_polygon), dimension(:), intent(inout) polygon_list, double precision, intent(in) prefix_cost, double precision, intent(inout) best_cost, logical, intent(out) is_best_found )

private

mof2d_one_material_reconstruction()

subroutine mod_mof2d_one_cell_reconstruction::mof2d_one_material_reconstruction ( type(t_polygon), intent(in) cell, integer, intent(in) depth, double precision, dimension(2), intent(in) ref_volume, double precision, dimension(2,2), intent(in) ref_centroid, double precision, intent(out) cost1, double precision, intent(out) cost2, type(t_polygon), intent(out) polygon1, type(t_polygon), intent(out) polygon2 )

private

mof2d_reconstruction()

subroutine mod_mof2d_one_cell_reconstruction::mof2d_reconstruction ( type(t_polygon), intent(in) cell, double precision, dimension(2), intent(in) cell_centroid, double precision, dimension(2), intent(in) ref_centroid, double precision, intent(in) ref_volume, double precision, dimension(2), intent(out) normal, double precision, intent(out) residual, type(t_polygon), intent(out) polygon1, type(t_polygon), intent(out) polygon2 )

private

mof2d_symmetric_reconstruction()

subroutine mod_mof2d_one_cell_reconstruction::mof2d_symmetric_reconstruction ( type(t_polygon), intent(in) cell, double precision, dimension(2), intent(in) cell_centroid, double precision, dimension(2), intent(in) ref_centroid1, double precision, dimension(2), intent(in) ref_centroid2, double precision, intent(in) ref_volume1, double precision, intent(in) ref_volume2, double precision, dimension(2), intent(out) normal, double precision, intent(out) residual1, double precision, intent(out) residual2, type(t_polygon), intent(out) polygon1, type(t_polygon), intent(out) polygon2 )

private

mof2d_top_level_reconstruction()

recursive subroutine mod_mof2d_one_cell_reconstruction::mof2d_top_level_reconstruction ( type(t_polygon), intent(in) cell, integer, dimension(:), intent(in) set, integer, intent(in) depth, double precision, dimension(:), intent(in) ref_volume, double precision, dimension(:,:), intent(in) ref_centroid, type(t_polygon), dimension(:), intent(inout) polygon_list, double precision, intent(in) prefix_cost, double precision, intent(inout) best_cost, logical, intent(out) is_best_found )

private

mof2d_two_material_reconstruction()

subroutine mod_mof2d_one_cell_reconstruction::mof2d_two_material_reconstruction ( type(t_polygon), intent(in) cell, integer, intent(in) depth, double precision, dimension(2), intent(in) ref_volume, double precision, dimension(2,2), intent(in) ref_centroid, double precision, intent(in) prefix_cost, double precision, intent(inout) best_cost, logical, intent(out) is_best_found, type(t_polygon), intent(out) polygon1, type(t_polygon), intent(out) polygon2 )

private

Variable Documentation

is_analytic_method_enabled

logical mod_mof2d_one_cell_reconstruction::is_analytic_method_enabled = .false.

private