Description

Functionality to numerically evaluate a scalar expression, give the values of its building blocks.

The input is a map which relates subtrees in the expression to numerical values. The evaluate function will then do a post-order iteration over the tree, collecting and combining the values thus obtained.

Currently needs the leaf nodes to have an entry in the subtree_values map; may be extended later to cover values of non-elementary subtrees.

#include <Evaluator.hh>

Public Member Functions
void	find_common_subexpressions (std::vector< Ex * >)

void	set_variables ()

double	evaluate (const Ex &)

Public Attributes
std::map< Ex::iterator, double, Ex::iterator_base_less >	subtree_values

std::map< Ex::iterator, Ex::iterator, Ex::iterator_base_less >	subtree_equalities

Member Function Documentation

◆ evaluate()

double Evaluator::evaluate ( const Ex & ex )

◆ find_common_subexpressions()

void Evaluator::find_common_subexpressions ( std::vector< Ex * > )

◆ set_variables()

void cadabra::Evaluator::set_variables ( )

Member Data Documentation

◆ subtree_equalities

std::map<Ex::iterator, Ex::iterator, Ex::iterator_base_less> cadabra::Evaluator::subtree_equalities

◆ subtree_values

std::map<Ex::iterator, double, Ex::iterator_base_less> cadabra::Evaluator::subtree_values

The documentation for this class was generated from the following files:

core/Evaluator.hh
core/Evaluator.cc