py_algorithms.cc File Reference

#include "py_algorithms.hh"
#include <pybind11/pybind11.h>
#include <pybind11/stl.h>
#include <pybind11/complex.h>
#include "../Algorithm.hh"
#include "../NEvaluator.hh"
#include "../NDSolver.hh"
#include "../NIntegrator.hh"
#include "../NTensor.hh"
#include "../NInterpolatingFunction.hh"
#include "../algorithms/canonicalise.hh"
#include "../algorithms/collect_components.hh"
#include "../algorithms/collect_factors.hh"
#include "../algorithms/collect_terms.hh"
#include "../algorithms/combine.hh"
#include "../algorithms/complete.hh"
#include "../algorithms/decompose.hh"
#include "../algorithms/decompose_product.hh"
#include "../algorithms/distribute.hh"
#include "../algorithms/drop_weight.hh"
#include "../algorithms/einsteinify.hh"
#include "../algorithms/eliminate_kronecker.hh"
#include "../algorithms/eliminate_metric.hh"
#include "../algorithms/eliminate_vielbein.hh"
#include "../algorithms/epsilon_to_delta.hh"
#include "../algorithms/evaluate.hh"
#include "../algorithms/expand.hh"
#include "../algorithms/expand_delta.hh"
#include "../algorithms/expand_diracbar.hh"
#include "../algorithms/expand_dummies.hh"
#include "../algorithms/expand_power.hh"
#include "../algorithms/explicit_indices.hh"
#include "../algorithms/factor_in.hh"
#include "../algorithms/factor_out.hh"
#include "../algorithms/fierz.hh"
#include "../algorithms/first_order_form.hh"
#include "../algorithms/flatten_sum.hh"
#include "../algorithms/indexsort.hh"
#include "../algorithms/integrate_by_parts.hh"
#include "../algorithms/join_gamma.hh"
#include "../algorithms/keep_terms.hh"
#include "../algorithms/lower_free_indices.hh"
#include "../algorithms/lr_tensor.hh"
#include "../algorithms/map_sympy.hh"
#include "../algorithms/meld.hh"
#include "../algorithms/nevaluate.hh"
#include "../algorithms/nval.hh"
#include "../algorithms/order.hh"
#include "../algorithms/product_rule.hh"
#include "../algorithms/reduce_delta.hh"
#include "../algorithms/rename_dummies.hh"
#include "../algorithms/replace_match.hh"
#include "../algorithms/rewrite_indices.hh"
#include "../algorithms/simplify.hh"
#include "../algorithms/sort_product.hh"
#include "../algorithms/sort_spinors.hh"
#include "../algorithms/sort_sum.hh"
#include "../algorithms/split_gamma.hh"
#include "../algorithms/split_index.hh"
#include "../algorithms/substitute.hh"
#include "../algorithms/sym.hh"
#include "../algorithms/tab_dimension.hh"
#include "../algorithms/take_match.hh"
#include "../algorithms/unwrap.hh"
#include "../algorithms/unzoom.hh"
#include "../algorithms/untrace.hh"
#include "../algorithms/vary.hh"
#include "../algorithms/young_project.hh"
#include "../algorithms/young_project_product.hh"
#include "../algorithms/young_project_tensor.hh"
#include "../algorithms/zoom.hh"
#include "../properties/ImaginaryI.hh"

Namespaces
namespace	cadabra
	Functions to handle the exchange properties of two or more symbols in a product.

Functions
void	cadabra::set_variables (NEvaluator &evaluator, py::dict d)
std::tuple< Ex, NTensor, std::complex< double >, std::complex< double > >	cadabra::extract_var_range (py::dict d)
void	cadabra::init_algorithms (py::module &m)