package lambdapi
Proof assistant for the λΠ-calculus modulo rewriting
Install
Dune Dependency
Authors
Maintainers
Sources
lambdapi-2.5.0.tbz
sha256=9bc8ae3694dd51bd5742e7aba760bd2878c4b0e5ef9b3d4a7b06f3cd303b611d
sha512=c812c3129b3d85b0c4d7e741d11137dbb4fe2a0aaba3a5968409080b742924ecb506280c19ad83ef6bc910346db96d87780313fa7683c29345edae16ae79c704
doc/src/lambdapi.handle/fol.ml.html
Source file fol.ml
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(** Configuration for tactics based on first-order logic. *) open Common open Core open Term (** Builtin configuration for propositional logic. *) type config = { symb_P : sym (** Encoding of propositions. *) ; symb_T : sym (** Encoding of types. *) ; symb_or : sym (** Disjunction(∨) symbol. *) ; symb_and : sym (** Conjunction(∧) symbol. *) ; symb_imp : sym (** Implication(⇒) symbol. *) ; symb_bot : sym (** Bot(⊥) symbol. *) ; symb_top : sym (** Top(⊤) symbol. *) ; symb_not : sym (** Not(¬) symbol. *) ; symb_ex : sym (** Exists(∃) symbol. *) ; symb_all : sym (** Forall(∀) symbol. *) } (** [get_config ss pos] build the configuration using [ss]. *) let get_config : Sig_state.t -> Pos.popt -> config = fun ss pos -> let builtin = Builtin.get ss pos in { symb_P = builtin "P" ; symb_T = builtin "T" ; symb_or = builtin "or" ; symb_and = builtin "and" ; symb_imp = builtin "imp" ; symb_bot = builtin "bot" ; symb_top = builtin "top" ; symb_not = builtin "not" ; symb_ex = builtin "ex" ; symb_all = builtin "all" }
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