#include <ftle.h>

Inheritance diagram for tatooine::ftle_field< FlowmapGradient >:

Collaboration diagram for tatooine::ftle_field< FlowmapGradient >:

Public Types
using	real_type = typename FlowmapGradient::real_type

using	this_type = ftle_field< FlowmapGradient >

using	parent_type = scalarfield< this_type, real_type, FlowmapGradient::num_dimensions()>

using	vec_type = typename FlowmapGradient::vec_type

using	pos_type = vec< real_type, NumDimensions >

using	tensor_type = Tensor

Public Types inherited from tatooine::field< DerivedField, Real, NumDimensions, Tensor >
using	this_type = field< DerivedField, Real, NumDimensions, Tensor >

using	parent_type = polymorphic::field< Real, NumDimensions, Tensor >

using	pos_type = vec< real_type, NumDimensions >

using	real_type = Real

using	tensor_type = Tensor

Public Types inherited from tatooine::polymorphic::field< Real, NumDimensions, Tensor >
using	real_type = Real

using	tensor_type = Tensor

using	this_type = field< real_type, NumDimensions, Tensor >

using	pos_type = vec< real_type, NumDimensions >

Public Member Functions
template<typename V , typename VReal , size_t N, template< typename, size_t > typename ODESolver> requires requires(V&& v, typename V::pos_type&& x, typename V::real_type&& t) { v(x, t); }
constexpr	ftle_field (vectorfield< V, VReal, N > const &v, arithmetic auto tau, ODESolver< VReal, N > const &)

template<typename V , typename VReal , size_t N> requires requires(V&& v, typename V::pos_type&& x, typename V::real_type&& t) { v(x, t); }
constexpr	ftle_field (vectorfield< V, VReal, N > const &v, arithmetic auto tau)

template<typename V , typename VReal , size_t N> requires requires(V&& v, typename V::pos_type&& x, typename V::real_type&& t) { { v(x, t) } ->std::convertible_to<typename V::tensor_type>; }
constexpr	ftle_field (vectorfield< V, VReal, N > const &v, arithmetic auto tau, arithmetic auto eps)

template<typename V , typename VReal , size_t N> requires requires(V&& v, typename V::pos_type&& x, typename V::real_type&& t) { v(x, t); }
constexpr	ftle_field (vectorfield< V, VReal, N > const &v, arithmetic auto tau, vec_type const &eps)

auto	evaluate (pos_type const &x, real_type t) const -> tensor_type final

auto	tau () const

auto	tau () -> auto &

void	set_tau (real_type tau)

auto	flowmap_gradient () const -> const auto &

auto	flowmap_gradient () -> auto &

Public Member Functions inherited from tatooine::field< DerivedField, Real, NumDimensions, Tensor >
	field ()=default

	field (field const &)=default

	field (field &&) noexcept=default

auto	operator= (field const &) -> field &=default

auto	operator= (field &&) noexcept -> field &=default

virtual	~field ()=default

auto	as_derived () -> auto &

auto	as_derived () const -> auto const &

auto	evaluate (pos_type const &x, real_type const t) const -> tensor_type override

Public Member Functions inherited from tatooine::polymorphic::field< Real, NumDimensions, Tensor >
constexpr	field ()=default

constexpr	field (field const &)=default

constexpr	field (field &&) noexcept=default

constexpr auto	operator= (field const &) -> field &=default

constexpr auto	operator= (field &&) noexcept -> field &=default

virtual	~field ()=default

virtual constexpr auto	evaluate (pos_type const &, real_type const) const -> tensor_type=0

constexpr auto	evaluate (fixed_size_vec< NumDimensions > auto const &x) const -> tensor_type

constexpr auto	operator() (fixed_size_vec< NumDimensions > auto const &x, real_type const t) const -> tensor_type

constexpr auto	operator() (fixed_size_vec< NumDimensions > auto const &x) const -> tensor_type

constexpr auto	operator() (arithmetic auto const ... xs) const -> tensor_type

Static Public Member Functions
static auto constexpr	num_dimensions ()

Static Public Member Functions inherited from tatooine::polymorphic::field< Real, NumDimensions, Tensor >
static auto constexpr	ood_tensor ()

static auto constexpr	ood_position ()

static constexpr auto	is_field ()

static constexpr auto	is_scalarfield ()

static constexpr auto	is_vectorfield ()

static constexpr auto	is_matrixfield ()

static constexpr auto	num_dimensions () -> std::size_t

static constexpr auto	num_tensor_components ()

static constexpr auto	tensor_rank ()

static constexpr auto	tensor_dimension (std::size_t i)

Private Attributes
FlowmapGradient	m_flowmap_gradient

real_type	m_tau