impl_funcs_lib.hpp File Reference

Declaration of a few implicit functions ready to be consumed by Algoim. More...

#include <qugar/affine_transf.hpp>
#include <qugar/domain_function.hpp>
#include <qugar/impl_funcs_lib_macros.hpp>
#include <qugar/point.hpp>
#include <qugar/types.hpp>
#include <qugar/vector.hpp>
#include <algoim/interval.hpp>
#include <array>
#include <memory>
#include <type_traits>

Include dependency graph for impl_funcs_lib.hpp:

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Classes
struct	qugar::impl::funcs::_impl::IsAlgoimVector< Vector< T, dim > >
struct	qugar::impl::funcs::_impl::IsAlgoimVector< Point< dim > >
struct	qugar::impl::funcs::_impl::NewVector< Vector< T, dim >, new_dim >
struct	qugar::impl::funcs::_impl::NewVector< Point< dim >, new_dim >
struct	qugar::impl::funcs::_impl::VectorDim< Vector< T, dim_ > >
struct	qugar::impl::funcs::_impl::VectorDim< Point< dim_ > >
struct	qugar::impl::funcs::_impl::VectorType< Vector< T, dim > >
struct	qugar::impl::funcs::_impl::VectorType< Point< dim > >
class	qugar::impl::funcs::FuncWithAffineTransf< dim >
	Function containing an affine transformation. More...
class	qugar::impl::funcs::Square< dim >
	Dimension independent square function in domain [-1,1]^dim. More...
class	qugar::impl::funcs::DimLinear< dim >
	dim-linear function. More...
class	qugar::impl::funcs::TransformedFunction< dim >
	Creates a new implicit function that is just a base function to which an affine transformation is applied. More...
class	qugar::impl::funcs::Negative< dim >
	This function computes the negative of a given function. More...
class	qugar::impl::funcs::AddFunctions< dim >
	This function adds two functions together. More...
class	qugar::impl::funcs::SubtractFunctions< dim >
	This function subtracts two functions. More...

Namespaces
namespace	qugar
	QUGaR's main namespace.
namespace	qugar::impl
namespace	qugar::impl::funcs
namespace	qugar::impl::funcs::_impl

Typedefs
template<typename V , int new_dim>
using	qugar::impl::funcs::_impl::NewVector_t = typename NewVector<V, new_dim>::type
template<typename V >
using	qugar::impl::funcs::_impl::Hessian_t = typename NewVector<V, (VectorDim<V>::dim * (VectorDim<V>::dim + 1)) / 2>::type
template<typename V >
using	qugar::impl::funcs::_impl::VectorType_t = typename VectorType<V>::type

Functions
template<class T >
constexpr T	qugar::impl::funcs::_impl::pow (const T base, unsigned const exponent) noexcept
	Computes the exponent of a value.

Detailed Description

Declaration of a few implicit functions ready to be consumed by Algoim.

Author

Pablo Antolin (pablo.nosp@m..ant.nosp@m.olin@.nosp@m.epfl.nosp@m..ch)

Date

2025-01-21

Copyright

Copyright (c) 2025-present