test_dir_linarr.sh

#!/bin/bash

# projectivity and planarity tests
linarr_arrangement_validity_DIRS=(\
	"linarr/arrangement_validity" "linarr/arrangement_validity" \
	)

# tests on the construction of linear arrangements
linarr_linear_arrangement_DIRS=(\
	"linarr/linear_arrangement" "linarr/linear_arrangement" \
	)

# approximation of the number of crossings
linarr_E_2Cd_DIRS=(\
	"linarr/E_2Cd" "linarr/E_2Cd" \
	)

# sum of edge lengths
linarr_D_DIRS=(\
	"linarr/D" "linarr/D" \
	)

# Number of crossings tests
linarr_C_bruteforce_C_DIRS=(\
	"linarr/C/bruteforce" "linarr/C" \
	)
linarr_C_bruteforce_C_list_DIRS=(\
	"linarr/C/bruteforce-list" "linarr/C" \
	)
linarr_C_bruteforce_C_upper_bound_DIRS=(\
	"linarr/C/bruteforce-upper_bound" "linarr/C" \
	)
linarr_C_bruteforce_C_list_upper_bound_DIRS=(\
	"linarr/C/bruteforce-list_upper_bound" "linarr/C" \
	)
linarr_C_bruteforce_C_list_upper_bound_list_DIRS=(\
	"linarr/C/bruteforce-list_upper_bound_list" "linarr/C" \
	)
linarr_C_bruteforce_DIRS=(\
	"${linarr_C_bruteforce_C_DIRS[@]}" \
	"${linarr_C_bruteforce_C_list_DIRS[@]}" \
	"${linarr_C_bruteforce_C_upper_bound_DIRS[@]}" \
	"${linarr_C_bruteforce_C_list_upper_bound_DIRS[@]}" \
	"${linarr_C_bruteforce_C_list_upper_bound_list_DIRS[@]}" \
	)

linarr_C_dyn_prog_C_DIRS=(\
	"linarr/C/dyn-prog" "linarr/C" \
	)
linarr_C_dyn_prog_C_list_DIRS=(\
	"linarr/C/dyn-prog-list" "linarr/C" \
	)
linarr_C_dyn_prog_C_upper_bound_DIRS=(\
	"linarr/C/dyn-prog-upper_bound" "linarr/C" \
	)
linarr_C_dyn_prog_C_list_upper_bound_DIRS=(\
	"linarr/C/dyn-prog-list_upper_bound" "linarr/C" \
	)
linarr_C_dyn_prog_C_list_upper_bound_list_DIRS=(\
	"linarr/C/dyn-prog-list_upper_bound_list" "linarr/C" \
	)
linarr_C_dyn_prog_DIRS=(\
	"${linarr_C_dyn_prog_C_DIRS[@]}" \
	"${linarr_C_dyn_prog_C_list_DIRS[@]}" \
	"${linarr_C_dyn_prog_C_upper_bound_DIRS[@]}" \
	"${linarr_C_dyn_prog_C_list_upper_bound_DIRS[@]}" \
	"${linarr_C_dyn_prog_C_list_upper_bound_list_DIRS[@]}" \
	)

linarr_C_ladder_C_DIRS=(\
	"linarr/C/ladder" "linarr/C" \
	)
linarr_C_ladder_C_list_DIRS=(\
	"linarr/C/ladder-list" "linarr/C" \
	)
linarr_C_ladder_C_upper_bound_DIRS=(\
	"linarr/C/ladder-upper_bound" "linarr/C" \
	)
linarr_C_ladder_C_list_upper_bound_DIRS=(\
	"linarr/C/ladder-list_upper_bound" "linarr/C" \
	)
linarr_C_ladder_C_list_upper_bound_list_DIRS=(\
	"linarr/C/ladder-list_upper_bound_list" "linarr/C" \
	)
linarr_C_ladder_DIRS=(\
	"${linarr_C_ladder_C_DIRS[@]}" \
	"${linarr_C_ladder_C_list_DIRS[@]}" \
	"${linarr_C_ladder_C_upper_bound_DIRS[@]}" \
	"${linarr_C_ladder_C_list_upper_bound_DIRS[@]}" \
	"${linarr_C_ladder_C_list_upper_bound_list_DIRS[@]}" \
	)

linarr_C_stack_based_C_DIRS=(\
	"linarr/C/stack-based" "linarr/C" \
	)
linarr_C_stack_based_C_list_DIRS=(\
	"linarr/C/stack-based-list" "linarr/C" \
	)
linarr_C_stack_based_C_upper_bound_DIRS=(\
	"linarr/C/stack-based-upper_bound" "linarr/C" \
	)
linarr_C_stack_based_C_list_upper_bound_DIRS=(\
	"linarr/C/stack-based-list_upper_bound" "linarr/C" \
	)
linarr_C_stack_based_C_list_upper_bound_list_DIRS=(\
	"linarr/C/stack-based-list_upper_bound_list" "linarr/C" \
	)
linarr_C_stack_based_DIRS=(\
	"${linarr_C_stack_based_C_DIRS[@]}" \
	"${linarr_C_stack_based_C_list_DIRS[@]}" \
	"${linarr_C_stack_based_C_upper_bound_DIRS[@]}" \
	"${linarr_C_stack_based_C_list_upper_bound_DIRS[@]}" \
	"${linarr_C_stack_based_C_list_upper_bound_list_DIRS[@]}" \
	)

linarr_C_DIRS=(\
	"${linarr_C_dyn_prog_DIRS[@]}" \
	"${linarr_C_ladder_DIRS[@]}" \
	"${linarr_C_stack_based_DIRS[@]}" \
	)

linarr_chunking_Anderson_DIRS=(\
	"linarr/chunking/anderson" "linarr/chunking/anderson" \
	)
linarr_chunking_Macutek_DIRS=(\
	"linarr/chunking/macutek" "linarr/chunking/macutek" \
	)
linarr_chunking_DIRS=(\
	"${linarr_chunking_Anderson_DIRS[@]}" \
	"${linarr_chunking_Macutek_DIRS[@]}" \
	)

# Dmin tests
linarr_Dmin_Projective_AEF_DIRS=(\
	"linarr/D/Dmin/projective/AEF" "linarr/D/Dmin/projective/" \
	)
linarr_Dmin_Projective_HS_DIRS=(\
	"linarr/D/Dmin/projective/HS" "linarr/D/Dmin/projective/" \
	)
linarr_Dmin_Projective_DIRS=(\
	"${linarr_Dmin_Projective_AEF_DIRS[@]}" \
	"${linarr_Dmin_Projective_HS_DIRS[@]}" \
	)

linarr_Dmin_Planar_AEF_DIRS=(\
	"linarr/D/Dmin/planar/AEF" "linarr/D/Dmin/planar" \
	)
linarr_Dmin_Planar_HS_DIRS=(\
	"linarr/D/Dmin/planar/HS" "linarr/D/Dmin/planar" \
	)
linarr_Dmin_Planar_DIRS=(\
	"${linarr_Dmin_Planar_AEF_DIRS[@]}" \
	"${linarr_Dmin_Planar_HS_DIRS[@]}" \
	)

linarr_Dmin_Comparison_Plan_vs_Plan_DIRS=(\
	"linarr/D/Dmin/comparison/plan_plan" "linarr/D/Dmin/comparison/plan_plan" \
	)
linarr_Dmin_Comparison_Plan_vs_Unc_DIRS=(\
	"linarr/D/Dmin/comparison/plan_unc" "linarr/D/Dmin/comparison/plan_unc" \
	)
linarr_Dmin_Comparison_Unc_vs_Unc_DIRS=(\
	"linarr/D/Dmin/comparison/unc_unc" "linarr/D/Dmin/comparison/unc_unc" \
	)
linarr_Dmin_Comparison_DIRS=(\
	"${linarr_Dmin_Comparison_Plan_vs_Plan_DIRS[@]}" \
	"${linarr_Dmin_Comparison_Plan_vs_Unc_DIRS[@]}" \
	"${linarr_Dmin_Comparison_Unc_vs_Unc_DIRS[@]}" \
	)

linarr_Dmin_Bipartite_AEF_DIRS=(\
	"linarr/D/Dmin/bipartite/AEF" "linarr/D/Dmin/bipartite" \
	)
linarr_Dmin_Bipartite_DIRS=(\
	"${linarr_Dmin_Bipartite_AEF_DIRS[@]}" \
	)

linarr_Dmin_Unconstrained_YS_DIRS=(\
	"linarr/D/Dmin/unconstrained/YS" "linarr/D/Dmin/unconstrained/" \
	)
linarr_Dmin_Unconstrained_FC_DIRS=(\
	"linarr/D/Dmin/unconstrained/FC" "linarr/D/Dmin/unconstrained/" \
	)
linarr_Dmin_Unconstrained_DIRS=(\
	"${linarr_Dmin_Unconstrained_YS_DIRS[@]}" \
	"${linarr_Dmin_Unconstrained_FC_DIRS[@]}" \
	)

linarr_Dmin_DIRS=(\
	"${linarr_Dmin_Projective_DIRS[@]}" \
	"${linarr_Dmin_Planar_DIRS[@]}" \
	"${linarr_Dmin_Comparison_DIRS[@]}" \
	"${linarr_Dmin_Bipartite_DIRS[@]}" \
	"${linarr_Dmin_Unconstrained_DIRS[@]}" \
	)

# DMax tests
linarr_DMax_Projective_AEF_DIRS=(\
	"linarr/D/DMax/projective/AEF" "linarr/D/DMax/projective/" \
	)
linarr_DMax_Projective_DIRS=(\
	"${linarr_DMax_Projective_AEF_DIRS[@]}" \
	)

linarr_DMax_Planar_AEF_DIRS=(\
	"linarr/D/DMax/planar/AEF" "linarr/D/DMax/planar" \
	)
linarr_DMax_Planar_DIRS=(\
	"${linarr_DMax_Planar_AEF_DIRS[@]}" \
	)

linarr_DMax_Bipartite_AEF_DIRS=(\
	"linarr/D/DMax/bipartite/AEF" "linarr/D/DMax/bipartite" \
	)
linarr_DMax_Bipartite_DIRS=(\
	"${linarr_DMax_Bipartite_AEF_DIRS[@]}" \
	)

linarr_DMax_1_eq_thistle_AEF_DIRS=(\
	"linarr/D/DMax/1_eq_thistle/AEF" "linarr/D/DMax/1_eq_thistle" \
	)
linarr_DMax_1_eq_thistle_DIRS=(\
	"${linarr_DMax_1_eq_thistle_AEF_DIRS[@]}" \
	)

linarr_DMax_1_le_thistle_AEF_DIRS=(\
	"linarr/D/DMax/1_le_thistle/AEF" "linarr/D/DMax/1_le_thistle" \
	)
linarr_DMax_1_le_thistle_DIRS=(\
	"${linarr_DMax_1_le_thistle_AEF_DIRS[@]}" \
	)

linarr_DMax_Unconstrained_all_AEF_DIRS=(\
	"linarr/D/DMax/unconstrained/AEF" "linarr/D/DMax/unconstrained" \
	)
linarr_DMax_Unconstrained_all_DIRS=(\
	"${linarr_DMax_Unconstrained_all_AEF_DIRS[@]}" \
	)

linarr_DMax_DIRS=(\
	"${linarr_DMax_Projective_DIRS[@]}" \
	"${linarr_DMax_Planar_DIRS[@]}" \
	"${linarr_DMax_Bipartite_DIRS[@]}" \
	"${linarr_DMax_1_eq_thistle_DIRS[@]}" \
	"${linarr_DMax_1_le_thistle_DIRS[@]}" \
	"${linarr_DMax_Unconstrained_all_DIRS[@]}" \
	)

# Classification of syntactic dependency structures
linarr_syndepstruc_class_DIRS=(\
	"linarr/syntactic-dependency-structures" "linarr/syntactic-dependency-structures" \
	)

# Classification of dependency fluxes
linarr_comp_dependency_flux_DIRS=(\
	"linarr/dependency-flux" "linarr/dependency-flux" \
	)

# headedness
linarr_headedness_DIRS=(\
	"linarr/headedness" "linarr/headedness" \
	)

# k-level
linarr_k_level_DIRS=(\
	"linarr/k-level/MDD" "linarr/k-level/MDD" \
	"linarr/k-level/MDD" "linarr/k-level/MDD" \
	)

# MDD
linarr_MDD_DIRS=(\
	"linarr/MDD" "linarr/MDD" \
	)

# linear arrangements tests
linarr_DIRS=(\
	"${linarr_arrangement_validity_DIRS[@]}" \
	"${linarr_linear_arrangement_DIRS[@]}" \
	"${linarr_E_2Cd_DIRS[@]}" \
	"${linarr_D_DIRS[@]}" \
	"${linarr_Dmin_DIRS[@]}" \
	"${linarr_DMax_DIRS[@]}" \
	"${linarr_C_DIRS[@]}" \
	"${linarr_chunking_DIRS[@]}" \
	"${linarr_syndepstruc_class_DIRS[@]}" \
	"${linarr_comp_dependency_flux_DIRS[@]}" \
	"${linarr_headedness_DIRS[@]}" \
	"${linarr_k_level_DIRS[@]}" \
	"${linarr_MDD_DIRS[@]}" \
	)