Tatooine: tatooine::streamsurface< Flowmap, SeedcurveInterpolationKernel > Struct Template Reference

Tatooine

#include <streamsurface.h>

Collaboration diagram for tatooine::streamsurface< Flowmap, SeedcurveInterpolationKernel >:

Public Types
using	flowmap_type = std::decay_t< Flowmap >

using	real_type = typename flowmap_type::real_type

using	this_type = streamsurface< Flowmap, SeedcurveInterpolationKernel >

using	seedcurve_type = line< real_type, num_dimensions()>

using	seedcurve_interpolator_type = typename seedcurve_type::template vertex_property_sampler_type< seedcurve_type, SeedcurveInterpolationKernel >

using	vec2 = vec< real_type, 2 >

using	pos_type = vec< real_type, num_dimensions()>

using	vec_type = vec< real_type, num_dimensions()>

Public Member Functions
	streamsurface (convertible_to< Flowmap > auto &&flowmap, arithmetic auto t0u0, arithmetic auto t0u1, seedcurve_type const &seedcurve)

	streamsurface (convertible_to< Flowmap > auto &&flowmap, arithmetic auto t0, seedcurve_type const &seedcurve)

	streamsurface (convertible_to< Flowmap > auto &&flowmap, seedcurve_type const &seedcurve)

auto	t0 (real_type const u) const

auto	flowmap () -> auto &

auto	flowmap () const -> auto const &

auto	seedcurve () const -> auto const &

auto	sample (real_type const u, real_type const v) const -> vec_type
	calculates position of streamsurface More...

auto	sample (vec2 const &uv) const -> vec_type
	calculates position of streamsurface More...

auto	distance (vec2 const &uv0, vec2 const &uv1, std::size_t num_samples) const

auto	operator() (real_type u, real_type v) const

auto	operator() (vec2 const &uv) const

template<template< typename > typename Discretization = hultquist_discretization, typename... Args>
auto	discretize (Args &&... args)

constexpr auto	min_u () const

constexpr auto	max_u () const

Static Public Member Functions
static constexpr auto	num_dimensions () -> std::size_t

Private Attributes
Flowmap	m_flowmap

real_type	m_t0_u0

real_type	m_t0_u1

seedcurve_type	m_seedcurve

seedcurve_interpolator_type	m_seedcurve_interpolator

real_type	m_min_u

real_type	m_max_u

Member Typedef Documentation

◆ flowmap_type

template<typename Flowmap , template< typename > typename SeedcurveInterpolationKernel>

using tatooine::streamsurface< Flowmap, SeedcurveInterpolationKernel >::flowmap_type = std::decay_t<Flowmap>

◆ pos_type

template<typename Flowmap , template< typename > typename SeedcurveInterpolationKernel>

using tatooine::streamsurface< Flowmap, SeedcurveInterpolationKernel >::pos_type = vec<real_type, num_dimensions()>

◆ real_type

template<typename Flowmap , template< typename > typename SeedcurveInterpolationKernel>

using tatooine::streamsurface< Flowmap, SeedcurveInterpolationKernel >::real_type = typename flowmap_type::real_type

◆ seedcurve_interpolator_type

template<typename Flowmap , template< typename > typename SeedcurveInterpolationKernel>

using tatooine::streamsurface< Flowmap, SeedcurveInterpolationKernel >::seedcurve_interpolator_type = typename seedcurve_type::template vertex_property_sampler_type< seedcurve_type, SeedcurveInterpolationKernel>

◆ seedcurve_type

template<typename Flowmap , template< typename > typename SeedcurveInterpolationKernel>

using tatooine::streamsurface< Flowmap, SeedcurveInterpolationKernel >::seedcurve_type = line<real_type, num_dimensions()>

◆ this_type

template<typename Flowmap , template< typename > typename SeedcurveInterpolationKernel>

using tatooine::streamsurface< Flowmap, SeedcurveInterpolationKernel >::this_type = streamsurface<Flowmap, SeedcurveInterpolationKernel>

◆ vec2

template<typename Flowmap , template< typename > typename SeedcurveInterpolationKernel>

using tatooine::streamsurface< Flowmap, SeedcurveInterpolationKernel >::vec2 = vec<real_type, 2>

◆ vec_type

template<typename Flowmap , template< typename > typename SeedcurveInterpolationKernel>

using tatooine::streamsurface< Flowmap, SeedcurveInterpolationKernel >::vec_type = vec<real_type, num_dimensions()>

Constructor & Destructor Documentation

◆ streamsurface() [1/3]

template<typename Flowmap , template< typename > typename SeedcurveInterpolationKernel>

tatooine::streamsurface< Flowmap, SeedcurveInterpolationKernel >::streamsurface	(	convertible_to< Flowmap > auto &&	flowmap,
		arithmetic auto	t0u0,
		arithmetic auto	t0u1,
		seedcurve_type const &	seedcurve
	)

inline

◆ streamsurface() [2/3]

template<typename Flowmap , template< typename > typename SeedcurveInterpolationKernel>

tatooine::streamsurface< Flowmap, SeedcurveInterpolationKernel >::streamsurface	(	convertible_to< Flowmap > auto &&	flowmap,
		arithmetic auto	t0,
		seedcurve_type const &	seedcurve
	)

inline

◆ streamsurface() [3/3]

template<typename Flowmap , template< typename > typename SeedcurveInterpolationKernel>

tatooine::streamsurface< Flowmap, SeedcurveInterpolationKernel >::streamsurface	(	convertible_to< Flowmap > auto &&	flowmap,
		seedcurve_type const &	seedcurve
	)

inline

Member Function Documentation

◆ discretize()

template<typename Flowmap , template< typename > typename SeedcurveInterpolationKernel>

template<template< typename > typename Discretization = hultquist_discretization, typename... Args>

auto tatooine::streamsurface< Flowmap, SeedcurveInterpolationKernel >::discretize ( Args &&... args )

inline

◆ distance()

template<typename Flowmap , template< typename > typename SeedcurveInterpolationKernel>

auto tatooine::streamsurface< Flowmap, SeedcurveInterpolationKernel >::distance	(	vec2 const &	uv0,
		vec2 const &	uv1,
		std::size_t	num_samples
	)		const

inline

◆ flowmap() [1/2]

template<typename Flowmap , template< typename > typename SeedcurveInterpolationKernel>

auto tatooine::streamsurface< Flowmap, SeedcurveInterpolationKernel >::flowmap ( ) -> auto&

inline

◆ flowmap() [2/2]

template<typename Flowmap , template< typename > typename SeedcurveInterpolationKernel>

auto tatooine::streamsurface< Flowmap, SeedcurveInterpolationKernel >::flowmap ( ) const -> auto const&

inline

◆ max_u()

template<typename Flowmap , template< typename > typename SeedcurveInterpolationKernel>

constexpr auto tatooine::streamsurface< Flowmap, SeedcurveInterpolationKernel >::max_u ( ) const

inlineconstexpr

◆ min_u()

template<typename Flowmap , template< typename > typename SeedcurveInterpolationKernel>

constexpr auto tatooine::streamsurface< Flowmap, SeedcurveInterpolationKernel >::min_u ( ) const

inlineconstexpr

◆ num_dimensions()

template<typename Flowmap , template< typename > typename SeedcurveInterpolationKernel>

static constexpr auto tatooine::streamsurface< Flowmap, SeedcurveInterpolationKernel >::num_dimensions ( ) -> std::size_t

inlinestaticconstexpr

◆ operator()() [1/2]

template<typename Flowmap , template< typename > typename SeedcurveInterpolationKernel>

auto tatooine::streamsurface< Flowmap, SeedcurveInterpolationKernel >::operator()	(	real_type	u,
		real_type	v
	)		const

inline

◆ operator()() [2/2]

template<typename Flowmap , template< typename > typename SeedcurveInterpolationKernel>

auto tatooine::streamsurface< Flowmap, SeedcurveInterpolationKernel >::operator() ( vec2 const & uv ) const

inline

◆ sample() [1/2]

template<typename Flowmap , template< typename > typename SeedcurveInterpolationKernel>

auto tatooine::streamsurface< Flowmap, SeedcurveInterpolationKernel >::sample	(	real_type const	u,
		real_type const	v
	)		const -> vec_type

inline

calculates position of streamsurface

◆ sample() [2/2]

template<typename Flowmap , template< typename > typename SeedcurveInterpolationKernel>

auto tatooine::streamsurface< Flowmap, SeedcurveInterpolationKernel >::sample ( vec2 const & uv ) const -> vec_type

inline

calculates position of streamsurface

◆ seedcurve()

template<typename Flowmap , template< typename > typename SeedcurveInterpolationKernel>

auto tatooine::streamsurface< Flowmap, SeedcurveInterpolationKernel >::seedcurve ( ) const -> auto const&

inline

◆ t0()

template<typename Flowmap , template< typename > typename SeedcurveInterpolationKernel>

auto tatooine::streamsurface< Flowmap, SeedcurveInterpolationKernel >::t0 ( real_type const u ) const

inline

Member Data Documentation

◆ m_flowmap

template<typename Flowmap , template< typename > typename SeedcurveInterpolationKernel>

Flowmap tatooine::streamsurface< Flowmap, SeedcurveInterpolationKernel >::m_flowmap

private

◆ m_max_u

template<typename Flowmap , template< typename > typename SeedcurveInterpolationKernel>

real_type tatooine::streamsurface< Flowmap, SeedcurveInterpolationKernel >::m_max_u

private

◆ m_min_u

template<typename Flowmap , template< typename > typename SeedcurveInterpolationKernel>

real_type tatooine::streamsurface< Flowmap, SeedcurveInterpolationKernel >::m_min_u

private

◆ m_seedcurve

template<typename Flowmap , template< typename > typename SeedcurveInterpolationKernel>

seedcurve_type tatooine::streamsurface< Flowmap, SeedcurveInterpolationKernel >::m_seedcurve

private

◆ m_seedcurve_interpolator

template<typename Flowmap , template< typename > typename SeedcurveInterpolationKernel>

seedcurve_interpolator_type tatooine::streamsurface< Flowmap, SeedcurveInterpolationKernel >::m_seedcurve_interpolator

private

◆ m_t0_u0

template<typename Flowmap , template< typename > typename SeedcurveInterpolationKernel>

real_type tatooine::streamsurface< Flowmap, SeedcurveInterpolationKernel >::m_t0_u0

private

◆ m_t0_u1

template<typename Flowmap , template< typename > typename SeedcurveInterpolationKernel>

real_type tatooine::streamsurface< Flowmap, SeedcurveInterpolationKernel >::m_t0_u1

private

The documentation for this struct was generated from the following file:

/mnt/data/home/ci/builds/Bicifxyn/0/libs/tatooine2/fields/include/tatooine/streamsurface.h