top_level.h

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// top_level.h
//
// Anton Betten
//
// started:  September 23 2010
//
// based on global.h, which was taken from reader.h: 3/22/09
 
 
 
#ifndef ORBITER_SRC_LIB_TOP_LEVEL_TOP_LEVEL_H_
#define ORBITER_SRC_LIB_TOP_LEVEL_TOP_LEVEL_H_
 
 
 
using namespace orbiter::layer1_foundations;
using namespace orbiter::layer2_discreta;
using namespace orbiter::layer3_group_actions;
using namespace orbiter::layer4_classification;
 
 
namespace orbiter {
 
 
namespace layer5_applications {
 
 
 
 
 
namespace apps_algebra {
 
    // algebra_and_number_theory
    class algebra_global_with_action;
    class any_group;
    class character_table_burnside;
    class group_modification_description;
    class group_theoretic_activity_description;
    class group_theoretic_activity;
    class modified_group_create;
    class orbits_on_polynomials;
    class orbits_on_subspaces;
    class young;
 
}
 
 
namespace apps_combinatorics {
 
    // combinatorics
    class boolean_function_classify;
    class combinatorial_object_activity_description;
    class combinatorial_object_activity;
    class combinatorics_global;
    class delandtsheer_doyen_description;
    class delandtsheer_doyen;
    class design_activity_description;
    class design_activity;
    class design_create_description;
    class design_create;
    class design_tables;
    class difference_set_in_heisenberg_group;
    class flag_orbits_incidence_structure;
    class hadamard_classify;
    class hall_system_classify;
    class large_set_activity_description;
    class large_set_activity;
    class large_set_classify;
    class large_set_was_activity_description;
    class large_set_was_activity;
    class large_set_was_description;
    class large_set_was;
    class object_with_properties;
    class regular_linear_space_description;
    class regular_ls_classify;
    class tactical_decomposition;
 
}
 
 
namespace apps_geometry {
 
    // geometry
    class arc_generator_description;
    class arc_generator;
    class arc_lifting_simeon;
    class choose_points_or_lines;
    class classify_cubic_curves;
    class cubic_curve_with_action;
    class hermitian_spread_classify;
    class linear_set_classify;
    class ovoid_classify_description;
    class ovoid_classify;
    class polar;
    class search_blocking_set;
    class singer_cycle;
    class tensor_classify;
    class top_level_geometry_global;
 
}
 
 
namespace apps_graph_theory {
 
    // graph_theory.h:
    class cayley_graph_search;
    class create_graph_description;
    class create_graph;
    class graph_classification_activity_description;
    class graph_classification_activity;
    class graph_classify_description;
    class graph_classify;
    class graph_modification_description;
    class graph_theoretic_activity_description;
    class graph_theoretic_activity;
 
}
 
 
namespace user_interface {
 
    // interfaces
    class activity_description;
    class interface_algebra;
    class interface_coding_theory;
    class interface_combinatorics;
    class interface_cryptography;
    class interface_povray;
    class interface_projective;
    class interface_symbol_table;
    class interface_toolkit;
    class orbiter_command;
    class orbiter_top_level_session;
    class symbol_definition;
 
}
 
 
 
namespace orthogonal_geometry_applications {
 
 
    // orthogonal
    class blt_set_classify;
    class BLT_set_create_description;
    class BLT_set_create;
    class blt_set_with_action;
    class orthogonal_space_activity_description;
    class orthogonal_space_activity;
    class orthogonal_space_with_action_description;
    class orthogonal_space_with_action;
 
}
 
 
namespace packings {
 
    // packings:
    class invariants_packing;
    class packing_classify;
    class packing_invariants;
    class packing_long_orbits_description;
    class packing_long_orbits;
    class packing_was_activity_description;
    class packing_was_activity;
    class packing_was_description;
    class packing_was_fixpoints_activity_description;
    class packing_was_fixpoints_activity;
    class packing_was_fixpoints;
    class packing_was;
    class packings_global;
    class regular_packing;
 
}
 
 
 
namespace projective_geometry {
 
    // projective_space.h:
    class canonical_form_classifier_description;
    class canonical_form_classifier;
    class canonical_form_nauty;
    class canonical_form_substructure;
    class object_in_projective_space_with_action;
    class projective_space_activity_description;
    class projective_space_activity;
    class projective_space_globals;
    class projective_space_with_action_description;
    class projective_space_with_action;
 
}
 
 
 
namespace semifields {
 
 
    // semifield
    class semifield_classify_description;
    class semifield_classify_with_substructure;
    class semifield_classify;
    class semifield_downstep_node;
    class semifield_flag_orbit_node;
    class semifield_level_two;
    class semifield_lifting;
    class semifield_substructure;
    class semifield_trace;
    class trace_record;
 
}
 
 
 
namespace spreads {
 
    // spreads:
    class recoordinatize;
    class spread_classify;
    class spread_create_description;
    class spread_create;
    class spread_lifting;
    class spread_table_activity_description;
    class spread_table_activity;
    class spread_table_with_selection;
    class translation_plane_via_andre_model;
 
}
 
 
 
namespace applications_in_algebraic_geometry {
 
 
 
    namespace quartic_curves {
 
        // surfaces/quartic curves
        class quartic_curve_activity_description;
        class quartic_curve_activity;
        class quartic_curve_create_description;
        class quartic_curve_create;
        class quartic_curve_domain_with_action;
        class quartic_curve_from_surface;
        class quartic_curve_object_with_action;
 
    }
 
 
    namespace cubic_surfaces_and_arcs {
 
        // surfaces/surfaces_and_arcs:
        class arc_lifting;
        class arc_orbits_on_pairs;
        class arc_partition;
        class classify_trihedral_pairs;
        class six_arcs_not_on_a_conic;
        class surface_classify_using_arc;
        class surface_create_by_arc_lifting;
        class surfaces_arc_lifting_definition_node;
        class surfaces_arc_lifting_trace;
        class surfaces_arc_lifting_upstep;
        class surfaces_arc_lifting;
        class trihedral_pair_with_action;
        // pointer types:
        typedef class surfaces_arc_lifting_trace psurfaces_arc_lifting_trace;
 
    }
 
 
    namespace cubic_surfaces_and_double_sixes {
 
        // surfaces/surfaces_and_double_sixes:
        class classification_of_cubic_surfaces_with_double_sixes_activity_description;
        class classification_of_cubic_surfaces_with_double_sixes_activity;
        class classify_double_sixes;
        class surface_classify_wedge;
 
    }
 
 
    namespace cubic_surfaces_in_general {
 
        // surfaces/surfaces_general:
        class cubic_surface_activity_description;
        class cubic_surface_activity;
        class surface_clebsch_map;
        class surface_create_description;
        class surface_create;
        class surface_domain_high_level;
        class surface_object_with_action;
        class surface_study;
        class surface_with_action;
 
    }
 
}
 
 
 
 
 
 
}}
 
 
#include "./algebra_and_number_theory/tl_algebra_and_number_theory.h"
#include "./combinatorics/tl_combinatorics.h"
#include "./geometry/tl_geometry.h"
#include "./graph_theory/graph_theory.h"
#include "./interfaces/interfaces.h"
#include "./orthogonal/tl_orthogonal.h"
#include "./projective_space/projective_space.h"
#include "./semifields/semifields.h"
#include "./spreads/spreads.h"
#include "./packings/packings.h"
#include "./surfaces/quartic_curves/quartic_curves.h"
#include "./surfaces/surfaces_and_arcs/surfaces_and_arcs.h"
#include "./surfaces/surfaces_and_double_sixes/surfaces_and_double_sixes.h"
#include "./surfaces/surfaces_general/surfaces_general.h"
 
 
 
#endif /* ORBITER_SRC_LIB_TOP_LEVEL_TOP_LEVEL_H_ */