package pgsolver

  1. Overview
  2. Docs
package pgsolver
Legend:
Library
Module
Module type
Parameter
Class
Class type
type universal_solve_options = {
  1. generate_statistics : bool;
  2. verb_level : Basics.verbosity_level;
  3. decompose_sccs : bool;
  4. global_optimization : bool;
  5. solve_special_games : bool;
  6. local_optimization : bool;
  7. globalopt_remove_useless_self_cycles : bool;
  8. globalopt_solve_useful_self_cycles : bool;
  9. solvespec_single_parity : bool;
  10. solvespec_single_player : bool;
  11. localopt_priority_propagation : bool;
  12. localopt_compact_priorities : bool;
}
val universal_solve_def_options : bool -> int -> universal_solve_options
val universal_solve_global_options : (bool -> int -> universal_solve_options) Stdlib.ref
val universal_solve_init_options_verbose : (bool -> int -> universal_solve_options) -> universal_solve_options
type universal_solve_statistics = {
  1. overall_timing : Tcstiming.SimpleTiming.timing_object;
  2. universal_timing : Tcstiming.SimpleTiming.timing_object;
  3. backend_timing : Tcstiming.SimpleTiming.timing_object;
  4. logistics_timing : Tcstiming.SimpleTiming.timing_object;
  5. stats_timing : Tcstiming.SimpleTiming.timing_object;
  6. overall_solved_nodes : int Stdlib.ref;
  7. universal_solved_nodes : int Stdlib.ref;
  8. backend_solved_nodes : int Stdlib.ref;
  9. backend_investigated_nodes : int Stdlib.ref;
  10. index_sum : int Stdlib.ref;
  11. index_reduced_sum : int Stdlib.ref;
  12. index_count : int Stdlib.ref;
  13. global_timing : Tcstiming.SimpleTiming.timing_object;
  14. global_timing_without_attractor : Tcstiming.SimpleTiming.timing_object;
  15. global_nodes : int Stdlib.ref;
  16. global_nodes_without_attractor : int Stdlib.ref;
  17. special_timing : Tcstiming.SimpleTiming.timing_object;
  18. special_nodes : int Stdlib.ref;
  19. local_timing : Tcstiming.SimpleTiming.timing_object;
  20. decomposition_timing : Tcstiming.SimpleTiming.timing_object;
  21. max_recursion_depth : int Stdlib.ref;
  22. recursive_calls : int Stdlib.ref;
  23. toplevel_sccs : int Stdlib.ref;
  24. largest_toplevel_scc : int Stdlib.ref;
  25. total_sccs : int Stdlib.ref;
  26. attractor_timing : Tcstiming.SimpleTiming.timing_object;
  27. attractor_investigated_nodes : int Stdlib.ref;
  28. attractor_solved_nodes : int Stdlib.ref;
  29. globalopt_remove_useless_self_cycles_nodes : int Stdlib.ref;
  30. globalopt_remove_useless_self_cycles_timing : Tcstiming.SimpleTiming.timing_object;
  31. globalopt_solve_useful_self_cycles_nodes : int Stdlib.ref;
  32. globalopt_solve_useful_self_cycles_timing : Tcstiming.SimpleTiming.timing_object;
  33. solvespec_single_parity_nodes : int Stdlib.ref;
  34. solvespec_single_parity_timing : Tcstiming.SimpleTiming.timing_object;
  35. solvespec_single_player_nodes : int Stdlib.ref;
  36. solvespec_single_player_timing : Tcstiming.SimpleTiming.timing_object;
  37. localopt_priority_propagation_timing : Tcstiming.SimpleTiming.timing_object;
  38. localopt_compact_priorities_timing : Tcstiming.SimpleTiming.timing_object;
}
val universal_solve_format_stats : universal_solve_statistics -> string
val universal_solve_init_statistics : unit -> universal_solve_statistics
OCaml

Innovation. Community. Security.

GitHub Discord Twitter Peertube RSS
About
Changelog Releases Industrial Users Academic Users Why OCaml
Ecosystem
Packages Community Events OCaml Planet Jobs
Resources
Install OCaml Get Started Platform Tools Language Manual Standard Library API Books Exercises Papers OCaml Playground Logo
Policies
Carbon Footprint Governance Privacy Code of Conduct