object TPTPHOLExporter extends TPTPHOLExporter
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- TPTPHOLExporter.scala
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type
CNameMap = Map[Const, String]
- Definition Classes
- TPTPHOLExporter
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type
NameMap = Map[Var, String]
- Definition Classes
- TPTPHOLExporter
Value Members
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final
def
!=(arg0: Any): Boolean
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final
def
##(): Int
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final
def
==(arg0: Any): Boolean
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def
appendPostfix(str: String, l: List[String]): String
- Definition Classes
- TPTPHOLExporter
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def
apply(seq: ExpansionSequent, filename: String, maximize_axiom_declarations: Boolean, lambda_lifting: Boolean): Unit
Exports an expansion proof as TPTP thf problem to prove validity
Exports an expansion proof as TPTP thf problem to prove validity
- seq
the sequent to export
- filename
the filename
- maximize_axiom_declarations
if true, all conjunctions
- lambda_lifting
apply lambda lifting to deep formula and add the definitions into to the antecedent of the formula
- Definition Classes
- TPTPHOLExporter
-
def
apply(seq: HOLSequent, filename: String, separate_axioms: Boolean = false): Unit
Exports a sequent as TPTP thf problem to prove validity
Exports a sequent as TPTP thf problem to prove validity
- seq
the sequent to export
- filename
the filename
- Definition Classes
- TPTPHOLExporter
-
def
apply(ls: List[HOLSequent], filename: String): Unit
Exports a sequent set as TPTP thf problem to prove unsatisfiability
Exports a sequent set as TPTP thf problem to prove unsatisfiability
- ls
the list of sequents to export
- filename
the filename
- Definition Classes
- TPTPHOLExporter
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final
def
asInstanceOf[T0]: T0
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def
clone(): AnyRef
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- protected[java.lang]
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- @native() @throws( ... )
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def
closedFormula(fs: HOLSequent): Formula
- Definition Classes
- TPTPHOLExporter
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def
createFormula(f: Expr, map: Map[Var, String]): String
- Definition Classes
- TPTPHOLExporter
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def
createNamesFromConst(l: List[Const]): CNameMap
- Definition Classes
- TPTPHOLExporter
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def
createNamesFromSequent(l: List[HOLSequent]): (List[Var], NameMap, List[Const], CNameMap)
- Definition Classes
- TPTPHOLExporter
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def
createNamesFromVar(l: List[Var]): NameMap
- Definition Classes
- TPTPHOLExporter
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val
emptyCNameMap: Map[Const, String]
- Definition Classes
- TPTPHOLExporter
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val
emptyNameMap: Map[Var, String]
- Definition Classes
- TPTPHOLExporter
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final
def
eq(arg0: AnyRef): Boolean
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def
equals(arg0: Any): Boolean
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def
export(ep: ExpansionSequent, maximize_axiom_declarations: Boolean = true, lambda_lifting: Boolean = false): String
Exports an expansion proof as TPTP thf problem.
Exports an expansion proof as TPTP thf problem. The antedent of the
- ep
the expansion proof to export
- maximize_axiom_declarations
if true, all conjunctions
- lambda_lifting
apply lambda lifting to deep formula and add the definitions into to the antecedent of the formula
- Definition Classes
- TPTPHOLExporter
-
def
export_negative(ls: List[HOLSequent]): String
Exports a sequent set as TPTP thf problem to prove unsatisfiability
Exports a sequent set as TPTP thf problem to prove unsatisfiability
- ls
the list of sequents to export
- Definition Classes
- TPTPHOLExporter
-
def
export_positive(seq: HOLSequent, separate_axioms: Boolean = false): String
Exports a sequent as TPTP thf problem to prove validity
Exports a sequent as TPTP thf problem to prove validity
- seq
the sequent to be proved valid
- Definition Classes
- TPTPHOLExporter
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def
finalize(): Unit
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- protected[java.lang]
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final
def
getClass(): Class[_]
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def
getConsts(t: Expr, set: Set[Const]): Set[Const]
- Definition Classes
- TPTPHOLExporter
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def
getTypeString(t: Ty, outer: Boolean): String
- Definition Classes
- TPTPHOLExporter
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def
getTypeString(t: Ty): String
- Definition Classes
- TPTPHOLExporter
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def
getVars(t: Expr, set: Set[Var]): Set[Var]
extract all variables, bound and free
extract all variables, bound and free
- Definition Classes
- TPTPHOLExporter
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def
hashCode(): Int
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final
def
isInstanceOf[T0]: Boolean
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def
lambda_lift_and_add_definitions(seq: HOLSequent): HOLSequent
- Definition Classes
- TPTPHOLExporter
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def
mkConstName(str: String, map: CNameMap): String
- Definition Classes
- TPTPHOLExporter
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def
mkVarName(str: String, map: Map[Var, String]): String
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- TPTPHOLExporter
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final
def
ne(arg0: AnyRef): Boolean
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final
def
notify(): Unit
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final
def
notifyAll(): Unit
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def
printStatistics(vnames: NameMap, cnames: CNameMap): Unit
- Definition Classes
- TPTPHOLExporter
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def
simplify_antecedent(es: ExpansionSequent): ExpansionSequent
- Definition Classes
- TPTPHOLExporter
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def
simplify_antecedent2(es: HOLSequent): HOLSequent
- Definition Classes
- TPTPHOLExporter
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def
strip_lambdas(e: Expr, context: List[Var]): (Expr, List[Var])
- Definition Classes
- TPTPHOLExporter
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final
def
synchronized[T0](arg0: ⇒ T0): T0
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def
thf_formula(f: Expr, vmap: NameMap, cmap: CNameMap, outermost: Boolean = false): String
- Definition Classes
- TPTPHOLExporter
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def
thf_formula_dec(i: Int, f: Formula, role: TPTPFormulaRole, vmap: NameMap, cmap: CNameMap): String
- Definition Classes
- TPTPHOLExporter
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def
thf_type_dec(i: Int, c: Const, cmap: CNameMap): String
- Definition Classes
- TPTPHOLExporter
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def
thf_type_dec(i: Int, v: Var, vmap: NameMap): String
- Definition Classes
- TPTPHOLExporter
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def
toString(): String
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final
def
wait(): Unit
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final
def
wait(arg0: Long, arg1: Int): Unit
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final
def
wait(arg0: Long): Unit
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- @native() @throws( ... )
This is the API documentation for GAPT.
The main package is gapt.