SMT-RAT  24.02
Toolbox for Strategic and Parallel Satisfiability-Modulo-Theories Solving
CellApproximator.h File Reference
#include "ApproximationSettings.h"
#include "ran_approximation.h"
#include "criteria.h"
#include <carl-arith/poly/Conversion.h>
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Data Structures

class  smtrat::cadcells::representation::approximation::CellApproximator
 

Namespaces

 smtrat
 Class to create the formulas for axioms.
 
 smtrat::cadcells
 A framework for sample-based CAD algorithms.
 
 smtrat::cadcells::representation
 Heuristics for computing representations.
 
 smtrat::cadcells::representation::approximation
 

Typedefs

using smtrat::cadcells::representation::approximation::IR = datastructures::IndexedRoot
 

Functions

template<>
IR smtrat::cadcells::representation::approximation::CellApproximator::apx_bound< ApxPoly::SIMPLE > (const IR &, const RAN &bound, bool below)
 
template<>
IR smtrat::cadcells::representation::approximation::CellApproximator::apx_bound< ApxPoly::LINEAR_GRADIENT > (const IR &p, const RAN &bound, bool below)
 
template<>
IR smtrat::cadcells::representation::approximation::CellApproximator::apx_bound< ApxPoly::TAYLOR > (const IR &p, const RAN &bound, bool below)
 
template<>
IR smtrat::cadcells::representation::approximation::CellApproximator::apx_bound< ApxPoly::TAYLOR_LIN > (const IR &p, const RAN &bound, bool below)
 
template<>
IR smtrat::cadcells::representation::approximation::CellApproximator::apx_bound< ApxPoly::MAXIMIZE > (const IR &p, const RAN &bound, bool below)
 
template<>
IR smtrat::cadcells::representation::approximation::CellApproximator::apx_between< ApxPoly::SIMPLE > (const IR &, const IR &, const RAN &l, const RAN &u)