Apply_move.hpp File Reference

Apply Pachner moves to foliated Delaunay triangulations. More...

#include <spdlog/spdlog.h>
#include <expected>
#include <string>
#include <tl/function_ref.hpp>

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Functions
template<typename ManifoldType , typename ExpectedType = std::expected<ManifoldType, std::string>, typename FunctionType = tl::function_ref<ExpectedType(ManifoldType&)>>
auto constexpr	apply_move (ManifoldType &&t_manifold, FunctionType t_move) noexcept -> decltype(auto)
	An applicative function similar to std::apply on a manifold.

Detailed Description

Apply Pachner moves to foliated Delaunay triangulations.

Author

Adam Getchell

Definition in file Apply_move.hpp.

Function Documentation

apply_move()

template<typename ManifoldType , typename ExpectedType = std::expected<ManifoldType, std::string>, typename FunctionType = tl::function_ref<ExpectedType(ManifoldType&)>>

auto constexpr apply_move ( ManifoldType &&  t_manifold, FunctionType  t_move  ) -> decltype(auto)

constexprnoexcept

An applicative function similar to std::apply on a manifold.

Template Parameters

ManifoldType	The type (topology, dimensionality) of manifold
ExpectedType	The result type of the move on the manifold
FunctionType	The type of move applied to the manifold

Parameters

t_manifold	The manifold on which to make the Pachner move
t_move	The Pachner move

Returns

The expected or unexpected result in a std::expected<T,E>

Definition at line 32 of file Apply_move.hpp.

Referenced by MoveCommand< ManifoldType, ExpectedType, FunctionType >::execute().