andCNFRule(const Theorem &thm)=0 | CVC3::SearchEngineRules | [pure virtual] |
caseSplit(const Expr &a, const Theorem &a_proves_c, const Theorem ¬_a_proves_c)=0 | CVC3::SearchEngineRules | [pure virtual] |
confAndrAF(const Theorem &andr_th, const Theorem &a_th, const Theorem &l_th, const Theorem &r_th)=0 | CVC3::SearchEngineRules | [pure virtual] |
confAndrAT(const Theorem &andr_th, const Theorem &a_th, bool left, const Theorem &b_th)=0 | CVC3::SearchEngineRules | [pure virtual] |
confIffr(const Theorem &iffr_th, const Theorem &i_th, const Theorem &l_th, const Theorem &r_th)=0 | CVC3::SearchEngineRules | [pure virtual] |
confIterIfThen(const Theorem &iter_th, bool left, const Theorem &ite_th, const Theorem &if_th, const Theorem &then_th)=0 | CVC3::SearchEngineRules | [pure virtual] |
confIterThenElse(const Theorem &iter_th, const Theorem &ite_th, const Theorem &then_th, const Theorem &else_th)=0 | CVC3::SearchEngineRules | [pure virtual] |
conflictClause(const Theorem &thm, const std::vector< Theorem > &lits, const std::vector< Theorem > &gamma)=0 | CVC3::SearchEngineRules | [pure virtual] |
conflictRule(const std::vector< Theorem > &thms, const Theorem &clause)=0 | CVC3::SearchEngineRules | [pure virtual] |
cutRule(const std::vector< Theorem > &thmsA, const Theorem &as_prove_b)=0 | CVC3::SearchEngineRules | [pure virtual] |
eliminateSkolemAxioms(const Theorem &tFalse, const std::vector< Theorem > &delta)=0 | CVC3::SearchEngineRules | [pure virtual] |
iffCNFRule(const Theorem &thm)=0 | CVC3::SearchEngineRules | [pure virtual] |
iffToClauses(const Theorem &iff)=0 | CVC3::SearchEngineRules | [pure virtual] |
impCNFRule(const Theorem &thm)=0 | CVC3::SearchEngineRules | [pure virtual] |
iteCNFRule(const Theorem &thm)=0 | CVC3::SearchEngineRules | [pure virtual] |
iteToClauses(const Theorem &ite)=0 | CVC3::SearchEngineRules | [pure virtual] |
negIntro(const Expr ¬_a, const Theorem &pfFalse)=0 | CVC3::SearchEngineRules | [pure virtual] |
orCNFRule(const Theorem &thm)=0 | CVC3::SearchEngineRules | [pure virtual] |
proofByContradiction(const Expr &a, const Theorem &pfFalse)=0 | CVC3::SearchEngineRules | [pure virtual] |
propAndrAF(const Theorem &andr_th, bool left, const Theorem &b_th)=0 | CVC3::SearchEngineRules | [pure virtual] |
propAndrAT(const Theorem &andr_th, const Theorem &l_th, const Theorem &r_th)=0 | CVC3::SearchEngineRules | [pure virtual] |
propAndrLF(const Theorem &andr_th, const Theorem &a_th, const Theorem &r_th)=0 | CVC3::SearchEngineRules | [pure virtual] |
propAndrLRT(const Theorem &andr_th, const Theorem &a_th, Theorem *l_th, Theorem *r_th)=0 | CVC3::SearchEngineRules | [pure virtual] |
propAndrRF(const Theorem &andr_th, const Theorem &a_th, const Theorem &l_th)=0 | CVC3::SearchEngineRules | [pure virtual] |
propIffr(const Theorem &iffr_th, int p, const Theorem &a_th, const Theorem &b_th)=0 | CVC3::SearchEngineRules | [pure virtual] |
propIterIfThen(const Theorem &iter_th, bool left, const Theorem &ite_th, const Theorem &then_th, Theorem *if_th, Theorem *else_th)=0 | CVC3::SearchEngineRules | [pure virtual] |
propIterIte(const Theorem &iter_th, bool left, const Theorem &if_th, const Theorem &then_th)=0 | CVC3::SearchEngineRules | [pure virtual] |
propIterThen(const Theorem &iter_th, const Theorem &ite_th, const Theorem &if_th)=0 | CVC3::SearchEngineRules | [pure virtual] |
unitProp(const std::vector< Theorem > &thms, const Theorem &clause, unsigned i)=0 | CVC3::SearchEngineRules | [pure virtual] |
~SearchEngineRules() | CVC3::SearchEngineRules | [inline, virtual] |