categories.toml

[[categories]]
name = "Sample"
problems = [
  "aplusb",
  "many_aplusb"
]

[[categories]]
name = "Data Structure"
problems = [
  "associative_array",
  "predecessor_problem",
  "double_ended_priority_queue",
  "unionfind",
  "static_range_sum",
  "staticrmq",
  "point_add_range_sum",
  "point_set_range_composite",
  "range_affine_point_get", 
  "range_affine_range_sum",
  "range_chmin_chmax_add_range_sum",
  "range_kth_smallest",
  "point_set_range_sort_range_composite",
  "vertex_add_path_sum",
  "vertex_set_path_composite",
  "vertex_add_subtree_sum",
  "vertex_add_range_contour_sum_on_tree",
  "dynamic_sequence_range_affine_range_sum",
  "dynamic_tree_vertex_add_path_sum",
  "dynamic_tree_vertex_set_path_composite",
  "dynamic_tree_vertex_add_subtree_sum",
  "dynamic_tree_subtree_add_subtree_sum",
  "dynamic_graph_vertex_add_component_sum",
  "set_xor_min",
  "line_add_get_min",
  "segment_add_get_min",
  "queue_operate_all_composite",
  "deque_operate_all_composite",
  "static_range_frequency",
  "static_range_lis_query",
  "static_range_inversions_query",
  "rectangle_sum",
  "point_add_rectangle_sum",
  "static_rectangle_add_rectangle_sum",
  "area_of_union_of_rectangles",
  "persistent_queue",
  "persistent_unionfind",
]

[[categories]]
name = "Graph"
problems = [
  "cycle_detection",
  "cycle_detection_undirected",
  "shortest_path",
  "scc",
  "k_shortest_walk",
  "two_edge_connected_components",
  "three_edge_connected_components",
  "biconnected_components",
  "min_cost_b_flow",
  "bipartitematching",
  "general_matching",
  "general_weighted_matching",
  "bipartite_edge_coloring",
  "assignment",
  "directedmst",
  "manhattanmst",
  "dominatortree",
  "maximum_independent_set",
  "chromatic_number",
  "enumerate_triangles",
  "enumerate_cliques",
  "tree_decomposition_width_2",
  "global_minimum_cut_of_dynamic_star_augmented_graph",
  "chordal_graph_recognition",
]

[[categories]]
name = "Tree"
problems = [
  "tree_diameter",
  "lca",
  "jump_on_tree",
  "cartesian_tree",
  "common_interval_decomposition_tree",
  "frequency_table_of_tree_distance",
  "rooted_tree_isomorphism_classification",
]

[[categories]]
name = "Math"
problems = [
  "counting_primes",
  "enumerate_primes",
  "factorize",
  "primitive_root",
  "binomial_coefficient",
  "stirling_number_of_the_first_kind",
  "stirling_number_of_the_second_kind",
  "stirling_number_of_the_first_kind_small_p_large_n",
  "stirling_number_of_the_second_kind_small_p_large_n",
  "bernoulli_number",
  "partition_function",
  "montmort_number_mod",
  "sum_of_totient_function",
  "sum_of_exponential_times_polynomial",
  "sum_of_exponential_times_polynomial_limit",
  "find_linear_recurrence",
  "kth_term_of_linearly_recurrent_sequence",
  "sum_of_floor_of_linear",
  "min_of_mod_of_linear",
  "sqrt_mod",
  "kth_root_mod",
  "kth_root_integer",
  "discrete_logarithm_mod",
  "tetration_mod",
  "nim_product_64",
  "sharp_p_subset_sum",
  "two_sat",
  "longest_increasing_subsequence",
  "number_of_subsequences",
]

[[categories]]
name = "Convolution"
problems = [
  "convolution_mod",
  "convolution_mod_1000000007",
  "convolution_mod_2_64",
  "convolution_mod_large",
  "subset_convolution",
  "bitwise_and_convolution",
  "bitwise_xor_convolution",
  "gcd_convolution",
  "lcm_convolution",
  "multivariate_convolution",
  "multivariate_convolution_cyclic",
  "mul_mod2n_convolution",
]

[[categories]]
name = "Polynomial"
problems = [
  "inv_of_formal_power_series",
  "exp_of_formal_power_series",
  "log_of_formal_power_series",
  "pow_of_formal_power_series",
  "sqrt_of_formal_power_series",
  "composition_of_formal_power_series",
  "inv_of_formal_power_series_sparse",
  "exp_of_formal_power_series_sparse",
  "log_of_formal_power_series_sparse",
  "pow_of_formal_power_series_sparse",
  "sqrt_of_formal_power_series_sparse",
  "product_of_polynomial_sequence",
  "multipoint_evaluation",
  "polynomial_interpolation",
  "polynomial_taylor_shift",
  "shift_of_sampling_points_of_polynomial",
  "division_of_polynomials",
  "inv_of_polynomials",
]

[[categories]]
name = "Matrix"
problems = [
  "matrix_product",
  "matrix_det",
  "matrix_det_arbitrary_mod",
  "sparse_matrix_det",
  "system_of_linear_equations",
  "inverse_matrix",
  "characteristic_polynomial",
  "hafnian_of_matrix",
]

[[categories]]
name = "String"
problems = [
  "zalgorithm",
  "enumerate_palindromes",
  "suffixarray",
  "number_of_substrings",
  "runenumerate",
  "prefix_substring_lcs",
]

[[categories]]
name = "Geometry"
problems = [
  "sort_points_by_argument",
  "convex_layers"
]