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Typos in doc

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This commit is contained in:
Guillaume Bury 2016-11-21 14:40:51 +01:00
parent 0ec4288d7c
commit 38972d7fc6
1 changed files with 7 additions and 7 deletions
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14
src/core/solver_types_intf.ml
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@ -28,9 +28,9 @@ module type S = sig
term : term; (** Wrapped term *)
mutable l_level : int; (** Decision level of the assignment *)
mutable l_weight : float; (** Weight (for the heap) *)
mutable assigned : term option; (** Assignement *)
mutable assigned : term option; (** Assignment *)
}
(** Wrapper type for litterals, i.e theory terms (for mcsat only). *)
(** Wrapper type for literals, i.e. theory terms (for mcsat only). *)
type var = {
vid : int; (** Unique identifier *)
@ -42,7 +42,7 @@ module type S = sig
mutable v_assignable: lit list option;
(** In mcsat, the list of lits that wraps subterms of the formula wrapped. *)
mutable reason : reason option;
(** The reason for propagation/decision of the litteral *)
(** The reason for propagation/decision of the literal *)
}
and atom = {
@ -66,10 +66,10 @@ module type S = sig
mutable cpremise : premise; (** The premise of the clause, i.e. the justification
of why the clause must be satisfied. *)
mutable activity : float; (** Clause activity, used for the heap heuristics. *)
mutable attached : bool; (** Is the clause attached, i.e. does it watsh literals. *)
mutable attached : bool; (** Is the clause attached, i.e. does it watch literals. *)
mutable visited : bool; (** Boolean used during propagation and proof generation. *)
}
(** The type of clauses. Each clause generated should be true, i.e enforced
(** The type of clauses. Each clause generated should be true, i.e. enforced
by the current problem (for more information, see the cpremise field). *)
and reason =
@ -87,8 +87,8 @@ module type S = sig
the given proof. *)
| History of clause list (** The clause can be obtained by resolution of the clauses
in the list. For a premise [History [a_1 :: ... :: a_n]]
the claus eis obtained by performing resolution of
[a_1] with [a_2], and then performin a resolution step between
the clause is obtained by performing resolution of
[a_1] with [a_2], and then performing a resolution step between
the result and [a_3], etc...
Of course, each of the clause [a_i] also has its own premise. *)
(** Premises for clauses. Indeed each clause generated during a run of the solver