Module Ortools.Cp_modelSource

Code for cp_model.proto

Types

Sourcetype integer_variable_proto = private {
  1. mutable _presence : Pbrt.Bitfield.t;
    (*

    presence for 1 fields

    *)
  2. mutable name : string;
  3. mutable domain : int64 list;
}
Sourcetype bool_argument_proto = private {
  1. mutable literals : int32 list;
}
Sourcetype linear_expression_proto = private {
  1. mutable _presence : Pbrt.Bitfield.t;
    (*

    presence for 1 fields

    *)
  2. mutable vars : int32 list;
  3. mutable coeffs : int64 list;
  4. mutable offset : int64;
}
Sourcetype linear_argument_proto = private {
  1. mutable target : linear_expression_proto option;
  2. mutable exprs : linear_expression_proto list;
}
Sourcetype all_different_constraint_proto = private {
  1. mutable exprs : linear_expression_proto list;
}
Sourcetype linear_constraint_proto = private {
  1. mutable vars : int32 list;
  2. mutable coeffs : int64 list;
  3. mutable domain : int64 list;
}
Sourcetype element_constraint_proto = private {
  1. mutable _presence : Pbrt.Bitfield.t;
    (*

    presence for 2 fields

    *)
  2. mutable index : int32;
  3. mutable target : int32;
  4. mutable vars : int32 list;
  5. mutable linear_index : linear_expression_proto option;
  6. mutable linear_target : linear_expression_proto option;
  7. mutable exprs : linear_expression_proto list;
}
Sourcetype interval_constraint_proto = private {
  1. mutable start : linear_expression_proto option;
  2. mutable end_ : linear_expression_proto option;
  3. mutable size : linear_expression_proto option;
}
Sourcetype no_overlap_constraint_proto = private {
  1. mutable intervals : int32 list;
}
Sourcetype no_overlap2_dconstraint_proto = private {
  1. mutable x_intervals : int32 list;
  2. mutable y_intervals : int32 list;
}
Sourcetype cumulative_constraint_proto = private {
  1. mutable capacity : linear_expression_proto option;
  2. mutable intervals : int32 list;
  3. mutable demands : linear_expression_proto list;
}
Sourcetype reservoir_constraint_proto = private {
  1. mutable _presence : Pbrt.Bitfield.t;
    (*

    presence for 2 fields

    *)
  2. mutable min_level : int64;
  3. mutable max_level : int64;
  4. mutable time_exprs : linear_expression_proto list;
  5. mutable level_changes : linear_expression_proto list;
  6. mutable active_literals : int32 list;
}
Sourcetype circuit_constraint_proto = private {
  1. mutable tails : int32 list;
  2. mutable heads : int32 list;
  3. mutable literals : int32 list;
}
Sourcetype routes_constraint_proto = private {
  1. mutable _presence : Pbrt.Bitfield.t;
    (*

    presence for 1 fields

    *)
  2. mutable tails : int32 list;
  3. mutable heads : int32 list;
  4. mutable literals : int32 list;
  5. mutable demands : int32 list;
  6. mutable capacity : int64;
}
Sourcetype table_constraint_proto = private {
  1. mutable _presence : Pbrt.Bitfield.t;
    (*

    presence for 1 fields

    *)
  2. mutable vars : int32 list;
  3. mutable values : int64 list;
  4. mutable exprs : linear_expression_proto list;
  5. mutable negated : bool;
}
Sourcetype inverse_constraint_proto = private {
  1. mutable f_direct : int32 list;
  2. mutable f_inverse : int32 list;
}
Sourcetype automaton_constraint_proto = private {
  1. mutable _presence : Pbrt.Bitfield.t;
    (*

    presence for 1 fields

    *)
  2. mutable starting_state : int64;
  3. mutable final_states : int64 list;
  4. mutable transition_tail : int64 list;
  5. mutable transition_head : int64 list;
  6. mutable transition_label : int64 list;
  7. mutable vars : int32 list;
  8. mutable exprs : linear_expression_proto list;
}
Sourcetype list_of_variables_proto = private {
  1. mutable vars : int32 list;
}
Sourcetype constraint_proto_constraint =
  1. | Bool_or of bool_argument_proto
  2. | Bool_and of bool_argument_proto
  3. | At_most_one of bool_argument_proto
  4. | Exactly_one of bool_argument_proto
  5. | Bool_xor of bool_argument_proto
  6. | Int_div of linear_argument_proto
  7. | Int_mod of linear_argument_proto
  8. | Int_prod of linear_argument_proto
  9. | Lin_max of linear_argument_proto
  10. | Linear of linear_constraint_proto
  11. | All_diff of all_different_constraint_proto
  12. | Element of element_constraint_proto
  13. | Circuit of circuit_constraint_proto
  14. | Routes of routes_constraint_proto
  15. | Table of table_constraint_proto
  16. | Automaton of automaton_constraint_proto
  17. | Inverse of inverse_constraint_proto
  18. | Reservoir of reservoir_constraint_proto
  19. | Interval of interval_constraint_proto
  20. | No_overlap of no_overlap_constraint_proto
  21. | No_overlap_2d of no_overlap2_dconstraint_proto
  22. | Cumulative of cumulative_constraint_proto
  23. | Dummy_constraint of list_of_variables_proto
Sourceand constraint_proto = private {
  1. mutable _presence : Pbrt.Bitfield.t;
    (*

    presence for 1 fields

    *)
  2. mutable name : string;
  3. mutable enforcement_literal : int32 list;
  4. mutable constraint_ : constraint_proto_constraint option;
}
Sourcetype cp_objective_proto = private {
  1. mutable _presence : Pbrt.Bitfield.t;
    (*

    presence for 6 fields

    *)
  2. mutable vars : int32 list;
  3. mutable coeffs : int64 list;
  4. mutable offset : float;
  5. mutable scaling_factor : float;
  6. mutable domain : int64 list;
  7. mutable scaling_was_exact : bool;
  8. mutable integer_before_offset : int64;
  9. mutable integer_after_offset : int64;
  10. mutable integer_scaling_factor : int64;
}
Sourcetype float_objective_proto = private {
  1. mutable _presence : Pbrt.Bitfield.t;
    (*

    presence for 2 fields

    *)
  2. mutable vars : int32 list;
  3. mutable coeffs : float list;
  4. mutable offset : float;
  5. mutable maximize : bool;
}
Sourcetype decision_strategy_proto_variable_selection_strategy =
  1. | Choose_first
  2. | Choose_lowest_min
  3. | Choose_highest_max
  4. | Choose_min_domain_size
  5. | Choose_max_domain_size
Sourcetype decision_strategy_proto_domain_reduction_strategy =
  1. | Select_min_value
  2. | Select_max_value
  3. | Select_lower_half
  4. | Select_upper_half
  5. | Select_median_value
  6. | Select_random_half
Sourcetype decision_strategy_proto = private {
  1. mutable _presence : Pbrt.Bitfield.t;
    (*

    presence for 2 fields

    *)
  2. mutable variables : int32 list;
  3. mutable exprs : linear_expression_proto list;
  4. mutable variable_selection_strategy : decision_strategy_proto_variable_selection_strategy;
  5. mutable domain_reduction_strategy : decision_strategy_proto_domain_reduction_strategy;
}
Sourcetype partial_variable_assignment = private {
  1. mutable vars : int32 list;
  2. mutable values : int64 list;
}
Sourcetype sparse_permutation_proto = private {
  1. mutable support : int32 list;
  2. mutable cycle_sizes : int32 list;
}
Sourcetype dense_matrix_proto = private {
  1. mutable _presence : Pbrt.Bitfield.t;
    (*

    presence for 2 fields

    *)
  2. mutable num_rows : int32;
  3. mutable num_cols : int32;
  4. mutable entries : int32 list;
}
Sourcetype symmetry_proto = private {
  1. mutable permutations : sparse_permutation_proto list;
  2. mutable orbitopes : dense_matrix_proto list;
}
Sourcetype cp_model_proto = private {
  1. mutable _presence : Pbrt.Bitfield.t;
    (*

    presence for 1 fields

    *)
  2. mutable name : string;
  3. mutable variables : integer_variable_proto list;
  4. mutable constraints : constraint_proto list;
  5. mutable objective : cp_objective_proto option;
  6. mutable floating_point_objective : float_objective_proto option;
  7. mutable search_strategy : decision_strategy_proto list;
  8. mutable solution_hint : partial_variable_assignment option;
  9. mutable assumptions : int32 list;
  10. mutable symmetry : symmetry_proto option;
}
Sourcetype cp_solver_status =
  1. | Unknown
  2. | Model_invalid
  3. | Feasible
  4. | Infeasible
  5. | Optimal
Sourcetype cp_solver_solution = private {
  1. mutable values : int64 list;
}
Sourcetype cp_solver_response = private {
  1. mutable _presence : Pbrt.Bitfield.t;
    (*

    presence for 19 fields

    *)
  2. mutable status : cp_solver_status;
  3. mutable solution : int64 list;
  4. mutable objective_value : float;
  5. mutable best_objective_bound : float;
  6. mutable additional_solutions : cp_solver_solution list;
  7. mutable tightened_variables : integer_variable_proto list;
  8. mutable sufficient_assumptions_for_infeasibility : int32 list;
  9. mutable integer_objective : cp_objective_proto option;
  10. mutable inner_objective_lower_bound : int64;
  11. mutable num_integers : int64;
  12. mutable num_booleans : int64;
  13. mutable num_fixed_booleans : int64;
  14. mutable num_conflicts : int64;
  15. mutable num_branches : int64;
  16. mutable num_binary_propagations : int64;
  17. mutable num_integer_propagations : int64;
  18. mutable num_restarts : int64;
  19. mutable num_lp_iterations : int64;
  20. mutable wall_time : float;
  21. mutable user_time : float;
  22. mutable deterministic_time : float;
  23. mutable gap_integral : float;
  24. mutable solution_info : string;
  25. mutable solve_log : string;
}

Basic values

Sourceval default_integer_variable_proto : unit -> integer_variable_proto

default_integer_variable_proto () is a new empty value for type integer_variable_proto

Sourceval default_bool_argument_proto : unit -> bool_argument_proto

default_bool_argument_proto () is a new empty value for type bool_argument_proto

Sourceval default_linear_expression_proto : unit -> linear_expression_proto

default_linear_expression_proto () is a new empty value for type linear_expression_proto

Sourceval default_linear_argument_proto : unit -> linear_argument_proto

default_linear_argument_proto () is a new empty value for type linear_argument_proto

Sourceval default_all_different_constraint_proto : unit -> all_different_constraint_proto

default_all_different_constraint_proto () is a new empty value for type all_different_constraint_proto

Sourceval default_linear_constraint_proto : unit -> linear_constraint_proto

default_linear_constraint_proto () is a new empty value for type linear_constraint_proto

Sourceval default_element_constraint_proto : unit -> element_constraint_proto

default_element_constraint_proto () is a new empty value for type element_constraint_proto

Sourceval default_interval_constraint_proto : unit -> interval_constraint_proto

default_interval_constraint_proto () is a new empty value for type interval_constraint_proto

Sourceval default_no_overlap_constraint_proto : unit -> no_overlap_constraint_proto

default_no_overlap_constraint_proto () is a new empty value for type no_overlap_constraint_proto

Sourceval default_no_overlap2_dconstraint_proto : unit -> no_overlap2_dconstraint_proto

default_no_overlap2_dconstraint_proto () is a new empty value for type no_overlap2_dconstraint_proto

Sourceval default_cumulative_constraint_proto : unit -> cumulative_constraint_proto

default_cumulative_constraint_proto () is a new empty value for type cumulative_constraint_proto

Sourceval default_reservoir_constraint_proto : unit -> reservoir_constraint_proto

default_reservoir_constraint_proto () is a new empty value for type reservoir_constraint_proto

Sourceval default_circuit_constraint_proto : unit -> circuit_constraint_proto

default_circuit_constraint_proto () is a new empty value for type circuit_constraint_proto

Sourceval default_routes_constraint_proto : unit -> routes_constraint_proto

default_routes_constraint_proto () is a new empty value for type routes_constraint_proto

Sourceval default_table_constraint_proto : unit -> table_constraint_proto

default_table_constraint_proto () is a new empty value for type table_constraint_proto

Sourceval default_inverse_constraint_proto : unit -> inverse_constraint_proto

default_inverse_constraint_proto () is a new empty value for type inverse_constraint_proto

Sourceval default_automaton_constraint_proto : unit -> automaton_constraint_proto

default_automaton_constraint_proto () is a new empty value for type automaton_constraint_proto

Sourceval default_list_of_variables_proto : unit -> list_of_variables_proto

default_list_of_variables_proto () is a new empty value for type list_of_variables_proto

Sourceval default_constraint_proto_constraint : unit -> constraint_proto_constraint

default_constraint_proto_constraint () is a new empty value for type constraint_proto_constraint

Sourceval default_constraint_proto : unit -> constraint_proto

default_constraint_proto () is a new empty value for type constraint_proto

Sourceval default_cp_objective_proto : unit -> cp_objective_proto

default_cp_objective_proto () is a new empty value for type cp_objective_proto

Sourceval default_float_objective_proto : unit -> float_objective_proto

default_float_objective_proto () is a new empty value for type float_objective_proto

Sourceval default_decision_strategy_proto_variable_selection_strategy : unit -> decision_strategy_proto_variable_selection_strategy

default_decision_strategy_proto_variable_selection_strategy () is a new empty value for type decision_strategy_proto_variable_selection_strategy

Sourceval default_decision_strategy_proto_domain_reduction_strategy : unit -> decision_strategy_proto_domain_reduction_strategy

default_decision_strategy_proto_domain_reduction_strategy () is a new empty value for type decision_strategy_proto_domain_reduction_strategy

Sourceval default_decision_strategy_proto : unit -> decision_strategy_proto

default_decision_strategy_proto () is a new empty value for type decision_strategy_proto

Sourceval default_partial_variable_assignment : unit -> partial_variable_assignment

default_partial_variable_assignment () is a new empty value for type partial_variable_assignment

Sourceval default_sparse_permutation_proto : unit -> sparse_permutation_proto

default_sparse_permutation_proto () is a new empty value for type sparse_permutation_proto

Sourceval default_dense_matrix_proto : unit -> dense_matrix_proto

default_dense_matrix_proto () is a new empty value for type dense_matrix_proto

Sourceval default_symmetry_proto : unit -> symmetry_proto

default_symmetry_proto () is a new empty value for type symmetry_proto

Sourceval default_cp_model_proto : unit -> cp_model_proto

default_cp_model_proto () is a new empty value for type cp_model_proto

Sourceval default_cp_solver_status : unit -> cp_solver_status

default_cp_solver_status () is a new empty value for type cp_solver_status

Sourceval default_cp_solver_solution : unit -> cp_solver_solution

default_cp_solver_solution () is a new empty value for type cp_solver_solution

Sourceval default_cp_solver_response : unit -> cp_solver_response

default_cp_solver_response () is a new empty value for type cp_solver_response

Make functions

Sourceval make_integer_variable_proto : ?name:string -> ?domain:int64 list -> unit -> integer_variable_proto

make_integer_variable_proto … () is a builder for type integer_variable_proto

Sourceval copy_integer_variable_proto : integer_variable_proto -> integer_variable_proto
Sourceval integer_variable_proto_has_name : integer_variable_proto -> bool

presence of field "name" in integer_variable_proto

Sourceval integer_variable_proto_set_name : integer_variable_proto -> string -> unit

set field name in integer_variable_proto

Sourceval integer_variable_proto_set_domain : integer_variable_proto -> int64 list -> unit

set field domain in integer_variable_proto

Sourceval make_bool_argument_proto : ?literals:int32 list -> unit -> bool_argument_proto

make_bool_argument_proto … () is a builder for type bool_argument_proto

Sourceval copy_bool_argument_proto : bool_argument_proto -> bool_argument_proto
Sourceval bool_argument_proto_set_literals : bool_argument_proto -> int32 list -> unit

set field literals in bool_argument_proto

Sourceval make_linear_expression_proto : ?vars:int32 list -> ?coeffs:int64 list -> ?offset:int64 -> unit -> linear_expression_proto

make_linear_expression_proto … () is a builder for type linear_expression_proto

Sourceval copy_linear_expression_proto : linear_expression_proto -> linear_expression_proto
Sourceval linear_expression_proto_set_vars : linear_expression_proto -> int32 list -> unit

set field vars in linear_expression_proto

Sourceval linear_expression_proto_set_coeffs : linear_expression_proto -> int64 list -> unit

set field coeffs in linear_expression_proto

Sourceval linear_expression_proto_has_offset : linear_expression_proto -> bool

presence of field "offset" in linear_expression_proto

Sourceval linear_expression_proto_set_offset : linear_expression_proto -> int64 -> unit

set field offset in linear_expression_proto

Sourceval make_linear_argument_proto : ?target:linear_expression_proto -> ?exprs:linear_expression_proto list -> unit -> linear_argument_proto

make_linear_argument_proto … () is a builder for type linear_argument_proto

Sourceval copy_linear_argument_proto : linear_argument_proto -> linear_argument_proto
Sourceval linear_argument_proto_set_target : linear_argument_proto -> linear_expression_proto -> unit

set field target in linear_argument_proto

Sourceval linear_argument_proto_set_exprs : linear_argument_proto -> linear_expression_proto list -> unit

set field exprs in linear_argument_proto

Sourceval make_all_different_constraint_proto : ?exprs:linear_expression_proto list -> unit -> all_different_constraint_proto

make_all_different_constraint_proto … () is a builder for type all_different_constraint_proto

Sourceval copy_all_different_constraint_proto : all_different_constraint_proto -> all_different_constraint_proto
Sourceval all_different_constraint_proto_set_exprs : all_different_constraint_proto -> linear_expression_proto list -> unit

set field exprs in all_different_constraint_proto

Sourceval make_linear_constraint_proto : ?vars:int32 list -> ?coeffs:int64 list -> ?domain:int64 list -> unit -> linear_constraint_proto

make_linear_constraint_proto … () is a builder for type linear_constraint_proto

Sourceval copy_linear_constraint_proto : linear_constraint_proto -> linear_constraint_proto
Sourceval linear_constraint_proto_set_vars : linear_constraint_proto -> int32 list -> unit

set field vars in linear_constraint_proto

Sourceval linear_constraint_proto_set_coeffs : linear_constraint_proto -> int64 list -> unit

set field coeffs in linear_constraint_proto

Sourceval linear_constraint_proto_set_domain : linear_constraint_proto -> int64 list -> unit

set field domain in linear_constraint_proto

Sourceval make_element_constraint_proto : ?index:int32 -> ?target:int32 -> ?vars:int32 list -> ?linear_index:linear_expression_proto -> ?linear_target:linear_expression_proto -> ?exprs:linear_expression_proto list -> unit -> element_constraint_proto

make_element_constraint_proto … () is a builder for type element_constraint_proto

Sourceval copy_element_constraint_proto : element_constraint_proto -> element_constraint_proto
Sourceval element_constraint_proto_has_index : element_constraint_proto -> bool

presence of field "index" in element_constraint_proto

Sourceval element_constraint_proto_set_index : element_constraint_proto -> int32 -> unit

set field index in element_constraint_proto

Sourceval element_constraint_proto_has_target : element_constraint_proto -> bool

presence of field "target" in element_constraint_proto

Sourceval element_constraint_proto_set_target : element_constraint_proto -> int32 -> unit

set field target in element_constraint_proto

Sourceval element_constraint_proto_set_vars : element_constraint_proto -> int32 list -> unit

set field vars in element_constraint_proto

Sourceval element_constraint_proto_set_linear_index : element_constraint_proto -> linear_expression_proto -> unit

set field linear_index in element_constraint_proto

Sourceval element_constraint_proto_set_linear_target : element_constraint_proto -> linear_expression_proto -> unit

set field linear_target in element_constraint_proto

Sourceval element_constraint_proto_set_exprs : element_constraint_proto -> linear_expression_proto list -> unit

set field exprs in element_constraint_proto

Sourceval make_interval_constraint_proto : ?start:linear_expression_proto -> ?end_:linear_expression_proto -> ?size:linear_expression_proto -> unit -> interval_constraint_proto

make_interval_constraint_proto … () is a builder for type interval_constraint_proto

Sourceval copy_interval_constraint_proto : interval_constraint_proto -> interval_constraint_proto
Sourceval interval_constraint_proto_set_start : interval_constraint_proto -> linear_expression_proto -> unit

set field start in interval_constraint_proto

Sourceval interval_constraint_proto_set_end_ : interval_constraint_proto -> linear_expression_proto -> unit

set field end_ in interval_constraint_proto

Sourceval interval_constraint_proto_set_size : interval_constraint_proto -> linear_expression_proto -> unit

set field size in interval_constraint_proto

Sourceval make_no_overlap_constraint_proto : ?intervals:int32 list -> unit -> no_overlap_constraint_proto

make_no_overlap_constraint_proto … () is a builder for type no_overlap_constraint_proto

Sourceval copy_no_overlap_constraint_proto : no_overlap_constraint_proto -> no_overlap_constraint_proto
Sourceval no_overlap_constraint_proto_set_intervals : no_overlap_constraint_proto -> int32 list -> unit

set field intervals in no_overlap_constraint_proto

Sourceval make_no_overlap2_dconstraint_proto : ?x_intervals:int32 list -> ?y_intervals:int32 list -> unit -> no_overlap2_dconstraint_proto

make_no_overlap2_dconstraint_proto … () is a builder for type no_overlap2_dconstraint_proto

Sourceval copy_no_overlap2_dconstraint_proto : no_overlap2_dconstraint_proto -> no_overlap2_dconstraint_proto
Sourceval no_overlap2_dconstraint_proto_set_x_intervals : no_overlap2_dconstraint_proto -> int32 list -> unit

set field x_intervals in no_overlap2_dconstraint_proto

Sourceval no_overlap2_dconstraint_proto_set_y_intervals : no_overlap2_dconstraint_proto -> int32 list -> unit

set field y_intervals in no_overlap2_dconstraint_proto

Sourceval make_cumulative_constraint_proto : ?capacity:linear_expression_proto -> ?intervals:int32 list -> ?demands:linear_expression_proto list -> unit -> cumulative_constraint_proto

make_cumulative_constraint_proto … () is a builder for type cumulative_constraint_proto

Sourceval copy_cumulative_constraint_proto : cumulative_constraint_proto -> cumulative_constraint_proto
Sourceval cumulative_constraint_proto_set_capacity : cumulative_constraint_proto -> linear_expression_proto -> unit

set field capacity in cumulative_constraint_proto

Sourceval cumulative_constraint_proto_set_intervals : cumulative_constraint_proto -> int32 list -> unit

set field intervals in cumulative_constraint_proto

Sourceval cumulative_constraint_proto_set_demands : cumulative_constraint_proto -> linear_expression_proto list -> unit

set field demands in cumulative_constraint_proto

Sourceval make_reservoir_constraint_proto : ?min_level:int64 -> ?max_level:int64 -> ?time_exprs:linear_expression_proto list -> ?level_changes:linear_expression_proto list -> ?active_literals:int32 list -> unit -> reservoir_constraint_proto

make_reservoir_constraint_proto … () is a builder for type reservoir_constraint_proto

Sourceval copy_reservoir_constraint_proto : reservoir_constraint_proto -> reservoir_constraint_proto
Sourceval reservoir_constraint_proto_has_min_level : reservoir_constraint_proto -> bool

presence of field "min_level" in reservoir_constraint_proto

Sourceval reservoir_constraint_proto_set_min_level : reservoir_constraint_proto -> int64 -> unit

set field min_level in reservoir_constraint_proto

Sourceval reservoir_constraint_proto_has_max_level : reservoir_constraint_proto -> bool

presence of field "max_level" in reservoir_constraint_proto

Sourceval reservoir_constraint_proto_set_max_level : reservoir_constraint_proto -> int64 -> unit

set field max_level in reservoir_constraint_proto

Sourceval reservoir_constraint_proto_set_time_exprs : reservoir_constraint_proto -> linear_expression_proto list -> unit

set field time_exprs in reservoir_constraint_proto

Sourceval reservoir_constraint_proto_set_level_changes : reservoir_constraint_proto -> linear_expression_proto list -> unit

set field level_changes in reservoir_constraint_proto

Sourceval reservoir_constraint_proto_set_active_literals : reservoir_constraint_proto -> int32 list -> unit

set field active_literals in reservoir_constraint_proto

Sourceval make_circuit_constraint_proto : ?tails:int32 list -> ?heads:int32 list -> ?literals:int32 list -> unit -> circuit_constraint_proto

make_circuit_constraint_proto … () is a builder for type circuit_constraint_proto

Sourceval copy_circuit_constraint_proto : circuit_constraint_proto -> circuit_constraint_proto
Sourceval circuit_constraint_proto_set_tails : circuit_constraint_proto -> int32 list -> unit

set field tails in circuit_constraint_proto

Sourceval circuit_constraint_proto_set_heads : circuit_constraint_proto -> int32 list -> unit

set field heads in circuit_constraint_proto

Sourceval circuit_constraint_proto_set_literals : circuit_constraint_proto -> int32 list -> unit

set field literals in circuit_constraint_proto

Sourceval make_routes_constraint_proto : ?tails:int32 list -> ?heads:int32 list -> ?literals:int32 list -> ?demands:int32 list -> ?capacity:int64 -> unit -> routes_constraint_proto

make_routes_constraint_proto … () is a builder for type routes_constraint_proto

Sourceval copy_routes_constraint_proto : routes_constraint_proto -> routes_constraint_proto
Sourceval routes_constraint_proto_set_tails : routes_constraint_proto -> int32 list -> unit

set field tails in routes_constraint_proto

Sourceval routes_constraint_proto_set_heads : routes_constraint_proto -> int32 list -> unit

set field heads in routes_constraint_proto

Sourceval routes_constraint_proto_set_literals : routes_constraint_proto -> int32 list -> unit

set field literals in routes_constraint_proto

Sourceval routes_constraint_proto_set_demands : routes_constraint_proto -> int32 list -> unit

set field demands in routes_constraint_proto

Sourceval routes_constraint_proto_has_capacity : routes_constraint_proto -> bool

presence of field "capacity" in routes_constraint_proto

Sourceval routes_constraint_proto_set_capacity : routes_constraint_proto -> int64 -> unit

set field capacity in routes_constraint_proto

Sourceval make_table_constraint_proto : ?vars:int32 list -> ?values:int64 list -> ?exprs:linear_expression_proto list -> ?negated:bool -> unit -> table_constraint_proto

make_table_constraint_proto … () is a builder for type table_constraint_proto

Sourceval copy_table_constraint_proto : table_constraint_proto -> table_constraint_proto
Sourceval table_constraint_proto_set_vars : table_constraint_proto -> int32 list -> unit

set field vars in table_constraint_proto

Sourceval table_constraint_proto_set_values : table_constraint_proto -> int64 list -> unit

set field values in table_constraint_proto

Sourceval table_constraint_proto_set_exprs : table_constraint_proto -> linear_expression_proto list -> unit

set field exprs in table_constraint_proto

Sourceval table_constraint_proto_has_negated : table_constraint_proto -> bool

presence of field "negated" in table_constraint_proto

Sourceval table_constraint_proto_set_negated : table_constraint_proto -> bool -> unit

set field negated in table_constraint_proto

Sourceval make_inverse_constraint_proto : ?f_direct:int32 list -> ?f_inverse:int32 list -> unit -> inverse_constraint_proto

make_inverse_constraint_proto … () is a builder for type inverse_constraint_proto

Sourceval copy_inverse_constraint_proto : inverse_constraint_proto -> inverse_constraint_proto
Sourceval inverse_constraint_proto_set_f_direct : inverse_constraint_proto -> int32 list -> unit

set field f_direct in inverse_constraint_proto

Sourceval inverse_constraint_proto_set_f_inverse : inverse_constraint_proto -> int32 list -> unit

set field f_inverse in inverse_constraint_proto

Sourceval make_automaton_constraint_proto : ?starting_state:int64 -> ?final_states:int64 list -> ?transition_tail:int64 list -> ?transition_head:int64 list -> ?transition_label:int64 list -> ?vars:int32 list -> ?exprs:linear_expression_proto list -> unit -> automaton_constraint_proto

make_automaton_constraint_proto … () is a builder for type automaton_constraint_proto

Sourceval copy_automaton_constraint_proto : automaton_constraint_proto -> automaton_constraint_proto
Sourceval automaton_constraint_proto_has_starting_state : automaton_constraint_proto -> bool

presence of field "starting_state" in automaton_constraint_proto

Sourceval automaton_constraint_proto_set_starting_state : automaton_constraint_proto -> int64 -> unit

set field starting_state in automaton_constraint_proto

Sourceval automaton_constraint_proto_set_final_states : automaton_constraint_proto -> int64 list -> unit

set field final_states in automaton_constraint_proto

Sourceval automaton_constraint_proto_set_transition_tail : automaton_constraint_proto -> int64 list -> unit

set field transition_tail in automaton_constraint_proto

Sourceval automaton_constraint_proto_set_transition_head : automaton_constraint_proto -> int64 list -> unit

set field transition_head in automaton_constraint_proto

Sourceval automaton_constraint_proto_set_transition_label : automaton_constraint_proto -> int64 list -> unit

set field transition_label in automaton_constraint_proto

Sourceval automaton_constraint_proto_set_vars : automaton_constraint_proto -> int32 list -> unit

set field vars in automaton_constraint_proto

Sourceval automaton_constraint_proto_set_exprs : automaton_constraint_proto -> linear_expression_proto list -> unit

set field exprs in automaton_constraint_proto

Sourceval make_list_of_variables_proto : ?vars:int32 list -> unit -> list_of_variables_proto

make_list_of_variables_proto … () is a builder for type list_of_variables_proto

Sourceval copy_list_of_variables_proto : list_of_variables_proto -> list_of_variables_proto
Sourceval list_of_variables_proto_set_vars : list_of_variables_proto -> int32 list -> unit

set field vars in list_of_variables_proto

Sourceval make_constraint_proto : ?name:string -> ?enforcement_literal:int32 list -> ?constraint_:constraint_proto_constraint -> unit -> constraint_proto

make_constraint_proto … () is a builder for type constraint_proto

Sourceval copy_constraint_proto : constraint_proto -> constraint_proto
Sourceval constraint_proto_has_name : constraint_proto -> bool

presence of field "name" in constraint_proto

Sourceval constraint_proto_set_name : constraint_proto -> string -> unit

set field name in constraint_proto

Sourceval constraint_proto_set_enforcement_literal : constraint_proto -> int32 list -> unit

set field enforcement_literal in constraint_proto

Sourceval constraint_proto_set_constraint_ : constraint_proto -> constraint_proto_constraint -> unit

set field constraint_ in constraint_proto

Sourceval make_cp_objective_proto : ?vars:int32 list -> ?coeffs:int64 list -> ?offset:float -> ?scaling_factor:float -> ?domain:int64 list -> ?scaling_was_exact:bool -> ?integer_before_offset:int64 -> ?integer_after_offset:int64 -> ?integer_scaling_factor:int64 -> unit -> cp_objective_proto

make_cp_objective_proto … () is a builder for type cp_objective_proto

Sourceval copy_cp_objective_proto : cp_objective_proto -> cp_objective_proto
Sourceval cp_objective_proto_set_vars : cp_objective_proto -> int32 list -> unit

set field vars in cp_objective_proto

Sourceval cp_objective_proto_set_coeffs : cp_objective_proto -> int64 list -> unit

set field coeffs in cp_objective_proto

Sourceval cp_objective_proto_has_offset : cp_objective_proto -> bool

presence of field "offset" in cp_objective_proto

Sourceval cp_objective_proto_set_offset : cp_objective_proto -> float -> unit

set field offset in cp_objective_proto

Sourceval cp_objective_proto_has_scaling_factor : cp_objective_proto -> bool

presence of field "scaling_factor" in cp_objective_proto

Sourceval cp_objective_proto_set_scaling_factor : cp_objective_proto -> float -> unit

set field scaling_factor in cp_objective_proto

Sourceval cp_objective_proto_set_domain : cp_objective_proto -> int64 list -> unit

set field domain in cp_objective_proto

Sourceval cp_objective_proto_has_scaling_was_exact : cp_objective_proto -> bool

presence of field "scaling_was_exact" in cp_objective_proto

Sourceval cp_objective_proto_set_scaling_was_exact : cp_objective_proto -> bool -> unit

set field scaling_was_exact in cp_objective_proto

Sourceval cp_objective_proto_has_integer_before_offset : cp_objective_proto -> bool

presence of field "integer_before_offset" in cp_objective_proto

Sourceval cp_objective_proto_set_integer_before_offset : cp_objective_proto -> int64 -> unit

set field integer_before_offset in cp_objective_proto

Sourceval cp_objective_proto_has_integer_after_offset : cp_objective_proto -> bool

presence of field "integer_after_offset" in cp_objective_proto

Sourceval cp_objective_proto_set_integer_after_offset : cp_objective_proto -> int64 -> unit

set field integer_after_offset in cp_objective_proto

Sourceval cp_objective_proto_has_integer_scaling_factor : cp_objective_proto -> bool

presence of field "integer_scaling_factor" in cp_objective_proto

Sourceval cp_objective_proto_set_integer_scaling_factor : cp_objective_proto -> int64 -> unit

set field integer_scaling_factor in cp_objective_proto

Sourceval make_float_objective_proto : ?vars:int32 list -> ?coeffs:float list -> ?offset:float -> ?maximize:bool -> unit -> float_objective_proto

make_float_objective_proto … () is a builder for type float_objective_proto

Sourceval copy_float_objective_proto : float_objective_proto -> float_objective_proto
Sourceval float_objective_proto_set_vars : float_objective_proto -> int32 list -> unit

set field vars in float_objective_proto

Sourceval float_objective_proto_set_coeffs : float_objective_proto -> float list -> unit

set field coeffs in float_objective_proto

Sourceval float_objective_proto_has_offset : float_objective_proto -> bool

presence of field "offset" in float_objective_proto

Sourceval float_objective_proto_set_offset : float_objective_proto -> float -> unit

set field offset in float_objective_proto

Sourceval float_objective_proto_has_maximize : float_objective_proto -> bool

presence of field "maximize" in float_objective_proto

Sourceval float_objective_proto_set_maximize : float_objective_proto -> bool -> unit

set field maximize in float_objective_proto

Sourceval make_decision_strategy_proto : ?variables:int32 list -> ?exprs:linear_expression_proto list -> ?variable_selection_strategy: decision_strategy_proto_variable_selection_strategy -> ?domain_reduction_strategy:decision_strategy_proto_domain_reduction_strategy -> unit -> decision_strategy_proto

make_decision_strategy_proto … () is a builder for type decision_strategy_proto

Sourceval copy_decision_strategy_proto : decision_strategy_proto -> decision_strategy_proto
Sourceval decision_strategy_proto_set_variables : decision_strategy_proto -> int32 list -> unit

set field variables in decision_strategy_proto

Sourceval decision_strategy_proto_set_exprs : decision_strategy_proto -> linear_expression_proto list -> unit

set field exprs in decision_strategy_proto

Sourceval decision_strategy_proto_has_variable_selection_strategy : decision_strategy_proto -> bool

presence of field "variable_selection_strategy" in decision_strategy_proto

Sourceval decision_strategy_proto_set_variable_selection_strategy : decision_strategy_proto -> decision_strategy_proto_variable_selection_strategy -> unit

set field variable_selection_strategy in decision_strategy_proto

Sourceval decision_strategy_proto_has_domain_reduction_strategy : decision_strategy_proto -> bool

presence of field "domain_reduction_strategy" in decision_strategy_proto

Sourceval decision_strategy_proto_set_domain_reduction_strategy : decision_strategy_proto -> decision_strategy_proto_domain_reduction_strategy -> unit

set field domain_reduction_strategy in decision_strategy_proto

Sourceval make_partial_variable_assignment : ?vars:int32 list -> ?values:int64 list -> unit -> partial_variable_assignment

make_partial_variable_assignment … () is a builder for type partial_variable_assignment

Sourceval copy_partial_variable_assignment : partial_variable_assignment -> partial_variable_assignment
Sourceval partial_variable_assignment_set_vars : partial_variable_assignment -> int32 list -> unit

set field vars in partial_variable_assignment

Sourceval partial_variable_assignment_set_values : partial_variable_assignment -> int64 list -> unit

set field values in partial_variable_assignment

Sourceval make_sparse_permutation_proto : ?support:int32 list -> ?cycle_sizes:int32 list -> unit -> sparse_permutation_proto

make_sparse_permutation_proto … () is a builder for type sparse_permutation_proto

Sourceval copy_sparse_permutation_proto : sparse_permutation_proto -> sparse_permutation_proto
Sourceval sparse_permutation_proto_set_support : sparse_permutation_proto -> int32 list -> unit

set field support in sparse_permutation_proto

Sourceval sparse_permutation_proto_set_cycle_sizes : sparse_permutation_proto -> int32 list -> unit

set field cycle_sizes in sparse_permutation_proto

Sourceval make_dense_matrix_proto : ?num_rows:int32 -> ?num_cols:int32 -> ?entries:int32 list -> unit -> dense_matrix_proto

make_dense_matrix_proto … () is a builder for type dense_matrix_proto

Sourceval copy_dense_matrix_proto : dense_matrix_proto -> dense_matrix_proto
Sourceval dense_matrix_proto_has_num_rows : dense_matrix_proto -> bool

presence of field "num_rows" in dense_matrix_proto

Sourceval dense_matrix_proto_set_num_rows : dense_matrix_proto -> int32 -> unit

set field num_rows in dense_matrix_proto

Sourceval dense_matrix_proto_has_num_cols : dense_matrix_proto -> bool

presence of field "num_cols" in dense_matrix_proto

Sourceval dense_matrix_proto_set_num_cols : dense_matrix_proto -> int32 -> unit

set field num_cols in dense_matrix_proto

Sourceval dense_matrix_proto_set_entries : dense_matrix_proto -> int32 list -> unit

set field entries in dense_matrix_proto

Sourceval make_symmetry_proto : ?permutations:sparse_permutation_proto list -> ?orbitopes:dense_matrix_proto list -> unit -> symmetry_proto

make_symmetry_proto … () is a builder for type symmetry_proto

Sourceval copy_symmetry_proto : symmetry_proto -> symmetry_proto
Sourceval symmetry_proto_set_permutations : symmetry_proto -> sparse_permutation_proto list -> unit

set field permutations in symmetry_proto

Sourceval symmetry_proto_set_orbitopes : symmetry_proto -> dense_matrix_proto list -> unit

set field orbitopes in symmetry_proto

Sourceval make_cp_model_proto : ?name:string -> ?variables:integer_variable_proto list -> ?constraints:constraint_proto list -> ?objective:cp_objective_proto -> ?floating_point_objective:float_objective_proto -> ?search_strategy:decision_strategy_proto list -> ?solution_hint:partial_variable_assignment -> ?assumptions:int32 list -> ?symmetry:symmetry_proto -> unit -> cp_model_proto

make_cp_model_proto … () is a builder for type cp_model_proto

Sourceval copy_cp_model_proto : cp_model_proto -> cp_model_proto
Sourceval cp_model_proto_has_name : cp_model_proto -> bool

presence of field "name" in cp_model_proto

Sourceval cp_model_proto_set_name : cp_model_proto -> string -> unit

set field name in cp_model_proto

Sourceval cp_model_proto_set_variables : cp_model_proto -> integer_variable_proto list -> unit

set field variables in cp_model_proto

Sourceval cp_model_proto_set_constraints : cp_model_proto -> constraint_proto list -> unit

set field constraints in cp_model_proto

Sourceval cp_model_proto_set_objective : cp_model_proto -> cp_objective_proto -> unit

set field objective in cp_model_proto

Sourceval cp_model_proto_set_floating_point_objective : cp_model_proto -> float_objective_proto -> unit

set field floating_point_objective in cp_model_proto

Sourceval cp_model_proto_set_search_strategy : cp_model_proto -> decision_strategy_proto list -> unit

set field search_strategy in cp_model_proto

Sourceval cp_model_proto_set_solution_hint : cp_model_proto -> partial_variable_assignment -> unit

set field solution_hint in cp_model_proto

Sourceval cp_model_proto_set_assumptions : cp_model_proto -> int32 list -> unit

set field assumptions in cp_model_proto

Sourceval cp_model_proto_set_symmetry : cp_model_proto -> symmetry_proto -> unit

set field symmetry in cp_model_proto

Sourceval make_cp_solver_solution : ?values:int64 list -> unit -> cp_solver_solution

make_cp_solver_solution … () is a builder for type cp_solver_solution

Sourceval copy_cp_solver_solution : cp_solver_solution -> cp_solver_solution
Sourceval cp_solver_solution_set_values : cp_solver_solution -> int64 list -> unit

set field values in cp_solver_solution

Sourceval make_cp_solver_response : ?status:cp_solver_status -> ?solution:int64 list -> ?objective_value:float -> ?best_objective_bound:float -> ?additional_solutions:cp_solver_solution list -> ?tightened_variables:integer_variable_proto list -> ?sufficient_assumptions_for_infeasibility:int32 list -> ?integer_objective:cp_objective_proto -> ?inner_objective_lower_bound:int64 -> ?num_integers:int64 -> ?num_booleans:int64 -> ?num_fixed_booleans:int64 -> ?num_conflicts:int64 -> ?num_branches:int64 -> ?num_binary_propagations:int64 -> ?num_integer_propagations:int64 -> ?num_restarts:int64 -> ?num_lp_iterations:int64 -> ?wall_time:float -> ?user_time:float -> ?deterministic_time:float -> ?gap_integral:float -> ?solution_info:string -> ?solve_log:string -> unit -> cp_solver_response

make_cp_solver_response … () is a builder for type cp_solver_response

Sourceval copy_cp_solver_response : cp_solver_response -> cp_solver_response
Sourceval cp_solver_response_has_status : cp_solver_response -> bool

presence of field "status" in cp_solver_response

Sourceval cp_solver_response_set_status : cp_solver_response -> cp_solver_status -> unit

set field status in cp_solver_response

Sourceval cp_solver_response_set_solution : cp_solver_response -> int64 list -> unit

set field solution in cp_solver_response

Sourceval cp_solver_response_has_objective_value : cp_solver_response -> bool

presence of field "objective_value" in cp_solver_response

Sourceval cp_solver_response_set_objective_value : cp_solver_response -> float -> unit

set field objective_value in cp_solver_response

Sourceval cp_solver_response_has_best_objective_bound : cp_solver_response -> bool

presence of field "best_objective_bound" in cp_solver_response

Sourceval cp_solver_response_set_best_objective_bound : cp_solver_response -> float -> unit

set field best_objective_bound in cp_solver_response

Sourceval cp_solver_response_set_additional_solutions : cp_solver_response -> cp_solver_solution list -> unit

set field additional_solutions in cp_solver_response

Sourceval cp_solver_response_set_tightened_variables : cp_solver_response -> integer_variable_proto list -> unit

set field tightened_variables in cp_solver_response

Sourceval cp_solver_response_set_sufficient_assumptions_for_infeasibility : cp_solver_response -> int32 list -> unit

set field sufficient_assumptions_for_infeasibility in cp_solver_response

Sourceval cp_solver_response_set_integer_objective : cp_solver_response -> cp_objective_proto -> unit

set field integer_objective in cp_solver_response

Sourceval cp_solver_response_has_inner_objective_lower_bound : cp_solver_response -> bool

presence of field "inner_objective_lower_bound" in cp_solver_response

Sourceval cp_solver_response_set_inner_objective_lower_bound : cp_solver_response -> int64 -> unit

set field inner_objective_lower_bound in cp_solver_response

Sourceval cp_solver_response_has_num_integers : cp_solver_response -> bool

presence of field "num_integers" in cp_solver_response

Sourceval cp_solver_response_set_num_integers : cp_solver_response -> int64 -> unit

set field num_integers in cp_solver_response

Sourceval cp_solver_response_has_num_booleans : cp_solver_response -> bool

presence of field "num_booleans" in cp_solver_response

Sourceval cp_solver_response_set_num_booleans : cp_solver_response -> int64 -> unit

set field num_booleans in cp_solver_response

Sourceval cp_solver_response_has_num_fixed_booleans : cp_solver_response -> bool

presence of field "num_fixed_booleans" in cp_solver_response

Sourceval cp_solver_response_set_num_fixed_booleans : cp_solver_response -> int64 -> unit

set field num_fixed_booleans in cp_solver_response

Sourceval cp_solver_response_has_num_conflicts : cp_solver_response -> bool

presence of field "num_conflicts" in cp_solver_response

Sourceval cp_solver_response_set_num_conflicts : cp_solver_response -> int64 -> unit

set field num_conflicts in cp_solver_response

Sourceval cp_solver_response_has_num_branches : cp_solver_response -> bool

presence of field "num_branches" in cp_solver_response

Sourceval cp_solver_response_set_num_branches : cp_solver_response -> int64 -> unit

set field num_branches in cp_solver_response

Sourceval cp_solver_response_has_num_binary_propagations : cp_solver_response -> bool

presence of field "num_binary_propagations" in cp_solver_response

Sourceval cp_solver_response_set_num_binary_propagations : cp_solver_response -> int64 -> unit

set field num_binary_propagations in cp_solver_response

Sourceval cp_solver_response_has_num_integer_propagations : cp_solver_response -> bool

presence of field "num_integer_propagations" in cp_solver_response

Sourceval cp_solver_response_set_num_integer_propagations : cp_solver_response -> int64 -> unit

set field num_integer_propagations in cp_solver_response

Sourceval cp_solver_response_has_num_restarts : cp_solver_response -> bool

presence of field "num_restarts" in cp_solver_response

Sourceval cp_solver_response_set_num_restarts : cp_solver_response -> int64 -> unit

set field num_restarts in cp_solver_response

Sourceval cp_solver_response_has_num_lp_iterations : cp_solver_response -> bool

presence of field "num_lp_iterations" in cp_solver_response

Sourceval cp_solver_response_set_num_lp_iterations : cp_solver_response -> int64 -> unit

set field num_lp_iterations in cp_solver_response

Sourceval cp_solver_response_has_wall_time : cp_solver_response -> bool

presence of field "wall_time" in cp_solver_response

Sourceval cp_solver_response_set_wall_time : cp_solver_response -> float -> unit

set field wall_time in cp_solver_response

Sourceval cp_solver_response_has_user_time : cp_solver_response -> bool

presence of field "user_time" in cp_solver_response

Sourceval cp_solver_response_set_user_time : cp_solver_response -> float -> unit

set field user_time in cp_solver_response

Sourceval cp_solver_response_has_deterministic_time : cp_solver_response -> bool

presence of field "deterministic_time" in cp_solver_response

Sourceval cp_solver_response_set_deterministic_time : cp_solver_response -> float -> unit

set field deterministic_time in cp_solver_response

Sourceval cp_solver_response_has_gap_integral : cp_solver_response -> bool

presence of field "gap_integral" in cp_solver_response

Sourceval cp_solver_response_set_gap_integral : cp_solver_response -> float -> unit

set field gap_integral in cp_solver_response

Sourceval cp_solver_response_has_solution_info : cp_solver_response -> bool

presence of field "solution_info" in cp_solver_response

Sourceval cp_solver_response_set_solution_info : cp_solver_response -> string -> unit

set field solution_info in cp_solver_response

Sourceval cp_solver_response_has_solve_log : cp_solver_response -> bool

presence of field "solve_log" in cp_solver_response

Sourceval cp_solver_response_set_solve_log : cp_solver_response -> string -> unit

set field solve_log in cp_solver_response

Formatters

Sourceval pp_integer_variable_proto : Format.formatter -> integer_variable_proto -> unit

pp_integer_variable_proto v formats v

Sourceval pp_bool_argument_proto : Format.formatter -> bool_argument_proto -> unit

pp_bool_argument_proto v formats v

Sourceval pp_linear_expression_proto : Format.formatter -> linear_expression_proto -> unit

pp_linear_expression_proto v formats v

Sourceval pp_linear_argument_proto : Format.formatter -> linear_argument_proto -> unit

pp_linear_argument_proto v formats v

Sourceval pp_all_different_constraint_proto : Format.formatter -> all_different_constraint_proto -> unit

pp_all_different_constraint_proto v formats v

Sourceval pp_linear_constraint_proto : Format.formatter -> linear_constraint_proto -> unit

pp_linear_constraint_proto v formats v

Sourceval pp_element_constraint_proto : Format.formatter -> element_constraint_proto -> unit

pp_element_constraint_proto v formats v

Sourceval pp_interval_constraint_proto : Format.formatter -> interval_constraint_proto -> unit

pp_interval_constraint_proto v formats v

Sourceval pp_no_overlap_constraint_proto : Format.formatter -> no_overlap_constraint_proto -> unit

pp_no_overlap_constraint_proto v formats v

Sourceval pp_no_overlap2_dconstraint_proto : Format.formatter -> no_overlap2_dconstraint_proto -> unit

pp_no_overlap2_dconstraint_proto v formats v

Sourceval pp_cumulative_constraint_proto : Format.formatter -> cumulative_constraint_proto -> unit

pp_cumulative_constraint_proto v formats v

Sourceval pp_reservoir_constraint_proto : Format.formatter -> reservoir_constraint_proto -> unit

pp_reservoir_constraint_proto v formats v

Sourceval pp_circuit_constraint_proto : Format.formatter -> circuit_constraint_proto -> unit

pp_circuit_constraint_proto v formats v

Sourceval pp_routes_constraint_proto : Format.formatter -> routes_constraint_proto -> unit

pp_routes_constraint_proto v formats v

Sourceval pp_table_constraint_proto : Format.formatter -> table_constraint_proto -> unit

pp_table_constraint_proto v formats v

Sourceval pp_inverse_constraint_proto : Format.formatter -> inverse_constraint_proto -> unit

pp_inverse_constraint_proto v formats v

Sourceval pp_automaton_constraint_proto : Format.formatter -> automaton_constraint_proto -> unit

pp_automaton_constraint_proto v formats v

Sourceval pp_list_of_variables_proto : Format.formatter -> list_of_variables_proto -> unit

pp_list_of_variables_proto v formats v

Sourceval pp_constraint_proto_constraint : Format.formatter -> constraint_proto_constraint -> unit

pp_constraint_proto_constraint v formats v

Sourceval pp_constraint_proto : Format.formatter -> constraint_proto -> unit

pp_constraint_proto v formats v

Sourceval pp_cp_objective_proto : Format.formatter -> cp_objective_proto -> unit

pp_cp_objective_proto v formats v

Sourceval pp_float_objective_proto : Format.formatter -> float_objective_proto -> unit

pp_float_objective_proto v formats v

Sourceval pp_decision_strategy_proto_variable_selection_strategy : Format.formatter -> decision_strategy_proto_variable_selection_strategy -> unit

pp_decision_strategy_proto_variable_selection_strategy v formats v

Sourceval pp_decision_strategy_proto_domain_reduction_strategy : Format.formatter -> decision_strategy_proto_domain_reduction_strategy -> unit

pp_decision_strategy_proto_domain_reduction_strategy v formats v

Sourceval pp_decision_strategy_proto : Format.formatter -> decision_strategy_proto -> unit

pp_decision_strategy_proto v formats v

Sourceval pp_partial_variable_assignment : Format.formatter -> partial_variable_assignment -> unit

pp_partial_variable_assignment v formats v

Sourceval pp_sparse_permutation_proto : Format.formatter -> sparse_permutation_proto -> unit

pp_sparse_permutation_proto v formats v

Sourceval pp_dense_matrix_proto : Format.formatter -> dense_matrix_proto -> unit

pp_dense_matrix_proto v formats v

Sourceval pp_symmetry_proto : Format.formatter -> symmetry_proto -> unit

pp_symmetry_proto v formats v

Sourceval pp_cp_model_proto : Format.formatter -> cp_model_proto -> unit

pp_cp_model_proto v formats v

Sourceval pp_cp_solver_status : Format.formatter -> cp_solver_status -> unit

pp_cp_solver_status v formats v

Sourceval pp_cp_solver_solution : Format.formatter -> cp_solver_solution -> unit

pp_cp_solver_solution v formats v

Sourceval pp_cp_solver_response : Format.formatter -> cp_solver_response -> unit

pp_cp_solver_response v formats v

Protobuf Encoding

Sourceval encode_pb_integer_variable_proto : integer_variable_proto -> Pbrt.Encoder.t -> unit

encode_pb_integer_variable_proto v encoder encodes v with the given encoder

Sourceval encode_pb_bool_argument_proto : bool_argument_proto -> Pbrt.Encoder.t -> unit

encode_pb_bool_argument_proto v encoder encodes v with the given encoder

Sourceval encode_pb_linear_expression_proto : linear_expression_proto -> Pbrt.Encoder.t -> unit

encode_pb_linear_expression_proto v encoder encodes v with the given encoder

Sourceval encode_pb_linear_argument_proto : linear_argument_proto -> Pbrt.Encoder.t -> unit

encode_pb_linear_argument_proto v encoder encodes v with the given encoder

Sourceval encode_pb_all_different_constraint_proto : all_different_constraint_proto -> Pbrt.Encoder.t -> unit

encode_pb_all_different_constraint_proto v encoder encodes v with the given encoder

Sourceval encode_pb_linear_constraint_proto : linear_constraint_proto -> Pbrt.Encoder.t -> unit

encode_pb_linear_constraint_proto v encoder encodes v with the given encoder

Sourceval encode_pb_element_constraint_proto : element_constraint_proto -> Pbrt.Encoder.t -> unit

encode_pb_element_constraint_proto v encoder encodes v with the given encoder

Sourceval encode_pb_interval_constraint_proto : interval_constraint_proto -> Pbrt.Encoder.t -> unit

encode_pb_interval_constraint_proto v encoder encodes v with the given encoder

Sourceval encode_pb_no_overlap_constraint_proto : no_overlap_constraint_proto -> Pbrt.Encoder.t -> unit

encode_pb_no_overlap_constraint_proto v encoder encodes v with the given encoder

Sourceval encode_pb_no_overlap2_dconstraint_proto : no_overlap2_dconstraint_proto -> Pbrt.Encoder.t -> unit

encode_pb_no_overlap2_dconstraint_proto v encoder encodes v with the given encoder

Sourceval encode_pb_cumulative_constraint_proto : cumulative_constraint_proto -> Pbrt.Encoder.t -> unit

encode_pb_cumulative_constraint_proto v encoder encodes v with the given encoder

Sourceval encode_pb_reservoir_constraint_proto : reservoir_constraint_proto -> Pbrt.Encoder.t -> unit

encode_pb_reservoir_constraint_proto v encoder encodes v with the given encoder

Sourceval encode_pb_circuit_constraint_proto : circuit_constraint_proto -> Pbrt.Encoder.t -> unit

encode_pb_circuit_constraint_proto v encoder encodes v with the given encoder

Sourceval encode_pb_routes_constraint_proto : routes_constraint_proto -> Pbrt.Encoder.t -> unit

encode_pb_routes_constraint_proto v encoder encodes v with the given encoder

Sourceval encode_pb_table_constraint_proto : table_constraint_proto -> Pbrt.Encoder.t -> unit

encode_pb_table_constraint_proto v encoder encodes v with the given encoder

Sourceval encode_pb_inverse_constraint_proto : inverse_constraint_proto -> Pbrt.Encoder.t -> unit

encode_pb_inverse_constraint_proto v encoder encodes v with the given encoder

Sourceval encode_pb_automaton_constraint_proto : automaton_constraint_proto -> Pbrt.Encoder.t -> unit

encode_pb_automaton_constraint_proto v encoder encodes v with the given encoder

Sourceval encode_pb_list_of_variables_proto : list_of_variables_proto -> Pbrt.Encoder.t -> unit

encode_pb_list_of_variables_proto v encoder encodes v with the given encoder

Sourceval encode_pb_constraint_proto_constraint : constraint_proto_constraint -> Pbrt.Encoder.t -> unit

encode_pb_constraint_proto_constraint v encoder encodes v with the given encoder

Sourceval encode_pb_constraint_proto : constraint_proto -> Pbrt.Encoder.t -> unit

encode_pb_constraint_proto v encoder encodes v with the given encoder

Sourceval encode_pb_cp_objective_proto : cp_objective_proto -> Pbrt.Encoder.t -> unit

encode_pb_cp_objective_proto v encoder encodes v with the given encoder

Sourceval encode_pb_float_objective_proto : float_objective_proto -> Pbrt.Encoder.t -> unit

encode_pb_float_objective_proto v encoder encodes v with the given encoder

Sourceval encode_pb_decision_strategy_proto_variable_selection_strategy : decision_strategy_proto_variable_selection_strategy -> Pbrt.Encoder.t -> unit

encode_pb_decision_strategy_proto_variable_selection_strategy v encoder encodes v with the given encoder

Sourceval encode_pb_decision_strategy_proto_domain_reduction_strategy : decision_strategy_proto_domain_reduction_strategy -> Pbrt.Encoder.t -> unit

encode_pb_decision_strategy_proto_domain_reduction_strategy v encoder encodes v with the given encoder

Sourceval encode_pb_decision_strategy_proto : decision_strategy_proto -> Pbrt.Encoder.t -> unit

encode_pb_decision_strategy_proto v encoder encodes v with the given encoder

Sourceval encode_pb_partial_variable_assignment : partial_variable_assignment -> Pbrt.Encoder.t -> unit

encode_pb_partial_variable_assignment v encoder encodes v with the given encoder

Sourceval encode_pb_sparse_permutation_proto : sparse_permutation_proto -> Pbrt.Encoder.t -> unit

encode_pb_sparse_permutation_proto v encoder encodes v with the given encoder

Sourceval encode_pb_dense_matrix_proto : dense_matrix_proto -> Pbrt.Encoder.t -> unit

encode_pb_dense_matrix_proto v encoder encodes v with the given encoder

Sourceval encode_pb_symmetry_proto : symmetry_proto -> Pbrt.Encoder.t -> unit

encode_pb_symmetry_proto v encoder encodes v with the given encoder

Sourceval encode_pb_cp_model_proto : cp_model_proto -> Pbrt.Encoder.t -> unit

encode_pb_cp_model_proto v encoder encodes v with the given encoder

Sourceval encode_pb_cp_solver_status : cp_solver_status -> Pbrt.Encoder.t -> unit

encode_pb_cp_solver_status v encoder encodes v with the given encoder

Sourceval encode_pb_cp_solver_solution : cp_solver_solution -> Pbrt.Encoder.t -> unit

encode_pb_cp_solver_solution v encoder encodes v with the given encoder

Sourceval encode_pb_cp_solver_response : cp_solver_response -> Pbrt.Encoder.t -> unit

encode_pb_cp_solver_response v encoder encodes v with the given encoder

Protobuf Decoding

Sourceval decode_pb_integer_variable_proto : Pbrt.Decoder.t -> integer_variable_proto

decode_pb_integer_variable_proto decoder decodes a integer_variable_proto binary value from decoder

Sourceval decode_pb_bool_argument_proto : Pbrt.Decoder.t -> bool_argument_proto

decode_pb_bool_argument_proto decoder decodes a bool_argument_proto binary value from decoder

Sourceval decode_pb_linear_expression_proto : Pbrt.Decoder.t -> linear_expression_proto

decode_pb_linear_expression_proto decoder decodes a linear_expression_proto binary value from decoder

Sourceval decode_pb_linear_argument_proto : Pbrt.Decoder.t -> linear_argument_proto

decode_pb_linear_argument_proto decoder decodes a linear_argument_proto binary value from decoder

Sourceval decode_pb_all_different_constraint_proto : Pbrt.Decoder.t -> all_different_constraint_proto

decode_pb_all_different_constraint_proto decoder decodes a all_different_constraint_proto binary value from decoder

Sourceval decode_pb_linear_constraint_proto : Pbrt.Decoder.t -> linear_constraint_proto

decode_pb_linear_constraint_proto decoder decodes a linear_constraint_proto binary value from decoder

Sourceval decode_pb_element_constraint_proto : Pbrt.Decoder.t -> element_constraint_proto

decode_pb_element_constraint_proto decoder decodes a element_constraint_proto binary value from decoder

Sourceval decode_pb_interval_constraint_proto : Pbrt.Decoder.t -> interval_constraint_proto

decode_pb_interval_constraint_proto decoder decodes a interval_constraint_proto binary value from decoder

Sourceval decode_pb_no_overlap_constraint_proto : Pbrt.Decoder.t -> no_overlap_constraint_proto

decode_pb_no_overlap_constraint_proto decoder decodes a no_overlap_constraint_proto binary value from decoder

Sourceval decode_pb_no_overlap2_dconstraint_proto : Pbrt.Decoder.t -> no_overlap2_dconstraint_proto

decode_pb_no_overlap2_dconstraint_proto decoder decodes a no_overlap2_dconstraint_proto binary value from decoder

Sourceval decode_pb_cumulative_constraint_proto : Pbrt.Decoder.t -> cumulative_constraint_proto

decode_pb_cumulative_constraint_proto decoder decodes a cumulative_constraint_proto binary value from decoder

Sourceval decode_pb_reservoir_constraint_proto : Pbrt.Decoder.t -> reservoir_constraint_proto

decode_pb_reservoir_constraint_proto decoder decodes a reservoir_constraint_proto binary value from decoder

Sourceval decode_pb_circuit_constraint_proto : Pbrt.Decoder.t -> circuit_constraint_proto

decode_pb_circuit_constraint_proto decoder decodes a circuit_constraint_proto binary value from decoder

Sourceval decode_pb_routes_constraint_proto : Pbrt.Decoder.t -> routes_constraint_proto

decode_pb_routes_constraint_proto decoder decodes a routes_constraint_proto binary value from decoder

Sourceval decode_pb_table_constraint_proto : Pbrt.Decoder.t -> table_constraint_proto

decode_pb_table_constraint_proto decoder decodes a table_constraint_proto binary value from decoder

Sourceval decode_pb_inverse_constraint_proto : Pbrt.Decoder.t -> inverse_constraint_proto

decode_pb_inverse_constraint_proto decoder decodes a inverse_constraint_proto binary value from decoder

Sourceval decode_pb_automaton_constraint_proto : Pbrt.Decoder.t -> automaton_constraint_proto

decode_pb_automaton_constraint_proto decoder decodes a automaton_constraint_proto binary value from decoder

Sourceval decode_pb_list_of_variables_proto : Pbrt.Decoder.t -> list_of_variables_proto

decode_pb_list_of_variables_proto decoder decodes a list_of_variables_proto binary value from decoder

Sourceval decode_pb_constraint_proto_constraint : Pbrt.Decoder.t -> constraint_proto_constraint

decode_pb_constraint_proto_constraint decoder decodes a constraint_proto_constraint binary value from decoder

Sourceval decode_pb_constraint_proto : Pbrt.Decoder.t -> constraint_proto

decode_pb_constraint_proto decoder decodes a constraint_proto binary value from decoder

Sourceval decode_pb_cp_objective_proto : Pbrt.Decoder.t -> cp_objective_proto

decode_pb_cp_objective_proto decoder decodes a cp_objective_proto binary value from decoder

Sourceval decode_pb_float_objective_proto : Pbrt.Decoder.t -> float_objective_proto

decode_pb_float_objective_proto decoder decodes a float_objective_proto binary value from decoder

Sourceval decode_pb_decision_strategy_proto_variable_selection_strategy : Pbrt.Decoder.t -> decision_strategy_proto_variable_selection_strategy

decode_pb_decision_strategy_proto_variable_selection_strategy decoder decodes a decision_strategy_proto_variable_selection_strategy binary value from decoder

Sourceval decode_pb_decision_strategy_proto_domain_reduction_strategy : Pbrt.Decoder.t -> decision_strategy_proto_domain_reduction_strategy

decode_pb_decision_strategy_proto_domain_reduction_strategy decoder decodes a decision_strategy_proto_domain_reduction_strategy binary value from decoder

Sourceval decode_pb_decision_strategy_proto : Pbrt.Decoder.t -> decision_strategy_proto

decode_pb_decision_strategy_proto decoder decodes a decision_strategy_proto binary value from decoder

Sourceval decode_pb_partial_variable_assignment : Pbrt.Decoder.t -> partial_variable_assignment

decode_pb_partial_variable_assignment decoder decodes a partial_variable_assignment binary value from decoder

Sourceval decode_pb_sparse_permutation_proto : Pbrt.Decoder.t -> sparse_permutation_proto

decode_pb_sparse_permutation_proto decoder decodes a sparse_permutation_proto binary value from decoder

Sourceval decode_pb_dense_matrix_proto : Pbrt.Decoder.t -> dense_matrix_proto

decode_pb_dense_matrix_proto decoder decodes a dense_matrix_proto binary value from decoder

Sourceval decode_pb_symmetry_proto : Pbrt.Decoder.t -> symmetry_proto

decode_pb_symmetry_proto decoder decodes a symmetry_proto binary value from decoder

Sourceval decode_pb_cp_model_proto : Pbrt.Decoder.t -> cp_model_proto

decode_pb_cp_model_proto decoder decodes a cp_model_proto binary value from decoder

Sourceval decode_pb_cp_solver_status : Pbrt.Decoder.t -> cp_solver_status

decode_pb_cp_solver_status decoder decodes a cp_solver_status binary value from decoder

Sourceval decode_pb_cp_solver_solution : Pbrt.Decoder.t -> cp_solver_solution

decode_pb_cp_solver_solution decoder decodes a cp_solver_solution binary value from decoder

Sourceval decode_pb_cp_solver_response : Pbrt.Decoder.t -> cp_solver_response

decode_pb_cp_solver_response decoder decodes a cp_solver_response binary value from decoder