package logtk

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Core types and algorithms for logic

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Dune Dependency

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2.1.tar.gz
md5=e72de75e9f0f87da9e6e8c0a4d4c89f9
sha512=81becfc9badd686ab3692cd9312172aa4c4e3581b110e81770bb01e0ffbc1eb8495d0dd6d43b98f3d06e6b8c8a338174c13ebafb4e9849a3ddf89f9a3a72c287

doc/logtk.parsers/Logtk_parsers/CallProver/Eprover/index.html

Module CallProver.Eprover

type result = {
  1. answer : szs_answer;
  2. output : string;
  3. decls : untyped A.t Iter.t option;
  4. proof : Trace_tstp.t option;
}
and szs_answer =
  1. | Theorem
  2. | CounterSatisfiable
  3. | Unknown
val string_of_answer : szs_answer -> string
val run_eproof : steps:int -> input:string -> result or_error

Run Eproof_ram, and tries to read a proof back.

val run_eprover : ?opts:string list -> ?level:int -> steps:int -> input:string -> unit -> result or_error

Runs E with the given input (optional verbosity level). The returned result will not contain a proof. opts is an additional list of command line options that will be given to E.

val discover : ?opts:string list -> steps:int -> untyped A.t Iter.t -> untyped A.t Iter.t or_error

explore the surrounding of this list of declarations, returning the TPTP output of E

val cnf : ?opts:string list -> untyped A.t Iter.t -> untyped A.t Iter.t or_error

Use E to convert a set of statements into CNF

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