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SMT-RAT
24.02
Toolbox for Strategic and Parallel Satisfiability-Modulo-Theories Solving
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Contains the implementation of McCallums projection operator as specified in [23]. More...
Functions | |
| template<typename Poly , typename Callback > | |
| void | single (const Poly &p, carl::Variable variable, Callback &&cb) |
Implements the part of McCallums projection operator from [23] that deals with a single polynomial p: | |
| template<typename Poly , typename Callback > | |
| void | paired (const Poly &p, const UPoly &q, carl::Variable variable, Callback &&cb) |
Implements the part of McCallums projection operator from [23] that deals with two polynomials p and q: | |
Contains the implementation of McCallums projection operator as specified in [23].
| void smtrat::cad::projection::mccallum::paired | ( | const Poly & | p, |
| const UPoly & | q, | ||
| carl::Variable | variable, | ||
| Callback && | cb | ||
| ) |
Implements the part of McCallums projection operator from [23] that deals with two polynomials p and q:
.
Definition at line 35 of file McCallum.h.


| void smtrat::cad::projection::mccallum::single | ( | const Poly & | p, |
| carl::Variable | variable, | ||
| Callback && | cb | ||
| ) |
Implements the part of McCallums projection operator from [23] that deals with a single polynomial p:
.
Definition at line 19 of file McCallum.h.

