anonymous_namespace{native.cpp} Namespace Reference

Classes
class	NativeBackend

Functions
void	check_aabb (std::span< AABBCollider > aabb, Output *output)
void	check_bb (std::span< BBCollider > s, Output *output)
void	check_sphere (std::span< SphereCollider > s, Output *output)
void	check_plane (std::span< PlaneCollider > s, Output *output)
template<typename T >
void	check_gravity (std::span< T > s, std::span< nngn::GravityCollider > gravity, Output *output)
void	check_aabb_bb (std::span< AABBCollider > aabb, std::span< BBCollider > bb, Output *output)
void	check_aabb_sphere (std::span< AABBCollider > aabb, std::span< SphereCollider > sphere, Output *output)
void	check_bb_sphere (std::span< BBCollider > bb, std::span< SphereCollider > sphere, Output *output)
void	check_sphere_plane (std::span< SphereCollider > sphere, std::span< PlaneCollider > plane, Output *output)
bool	check_bb_fast (const AABBCollider &c0, const AABBCollider &c1)
constexpr float	overlap (float min0, float max0, float min1, float max1)
bool	float_eq_zero (float f)
constexpr nngn::vec2	rotate (const nngn::vec2 &p, float cos, float sin)
constexpr std::array< nngn::vec2, 4 >	to_edges (const nngn::vec2 &bl, const nngn::vec2 &tr)
bool	check_bb_common (const nngn::vec2 &bl, const nngn::vec2 &tr, const std::array< nngn::vec2, 4 > &v1, nngn::vec2 *output)
bool	check_bb_sphere_common (const nngn::vec2 &c0, const nngn::vec2 &bl0, const nngn::vec2 &tr0, const nngn::vec2 &sc, float sr, nngn::vec2 *output)
template<typename T , typename U >
bool	add_collision (T *c0, U *c1, const nngn::vec3 &v, std::vector< nngn::Collision > *output)
template<typename T >
void	check_gravity (std::span< T > other, std::span< GravityCollider > gravity, Output *output)

Function Documentation

add_collision()

template<typename T , typename U >

bool anonymous_namespace{native.cpp}::add_collision	(	T *	c0,
		U *	c1,
		const nngn::vec3 &	v,
		std::vector< nngn::Collision > *	output )

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check_aabb()

void anonymous_namespace{native.cpp}::check_aabb	(	std::span< AABBCollider >	aabb,
		Output *	output )

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check_aabb_bb()

void anonymous_namespace{native.cpp}::check_aabb_bb	(	std::span< AABBCollider >	aabb,
		std::span< BBCollider >	bb,
		Output *	output )

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check_aabb_sphere()

void anonymous_namespace{native.cpp}::check_aabb_sphere	(	std::span< AABBCollider >	aabb,
		std::span< SphereCollider >	sphere,
		Output *	output )

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check_bb()

void anonymous_namespace{native.cpp}::check_bb	(	std::span< BBCollider >	s,
		Output *	output )

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check_bb_common()

bool anonymous_namespace{native.cpp}::check_bb_common ( const nngn::vec2 & bl, const nngn::vec2 & tr, const std::array< nngn::vec2, 4 > & v1, nngn::vec2 * output )

inline

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check_bb_fast()

bool anonymous_namespace{native.cpp}::check_bb_fast	(	const AABBCollider &	c0,
		const AABBCollider &	c1 )

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check_bb_sphere()

void anonymous_namespace{native.cpp}::check_bb_sphere	(	std::span< BBCollider >	bb,
		std::span< SphereCollider >	sphere,
		Output *	output )

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check_bb_sphere_common()

bool anonymous_namespace{native.cpp}::check_bb_sphere_common ( const nngn::vec2 & c0, const nngn::vec2 & bl0, const nngn::vec2 & tr0, const nngn::vec2 & sc, float sr, nngn::vec2 * output )

inline

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check_gravity() [1/2]

template<typename T >

void anonymous_namespace{native.cpp}::check_gravity	(	std::span< T >	other,
		std::span< GravityCollider >	gravity,
		Output *	output )

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check_gravity() [2/2]

template<typename T >

void anonymous_namespace{native.cpp}::check_gravity	(	std::span< T >	s,
		std::span< nngn::GravityCollider >	gravity,
		Output *	output )

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check_plane()

void anonymous_namespace{native.cpp}::check_plane	(	std::span< PlaneCollider >	s,
		Output *	output )

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check_sphere()

void anonymous_namespace{native.cpp}::check_sphere	(	std::span< SphereCollider >	s,
		Output *	output )

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check_sphere_plane()

void anonymous_namespace{native.cpp}::check_sphere_plane	(	std::span< SphereCollider >	sphere,
		std::span< PlaneCollider >	plane,
		Output *	output )

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float_eq_zero()

bool anonymous_namespace{native.cpp}::float_eq_zero

(

float

f

)

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overlap()

float anonymous_namespace{native.cpp}::overlap ( float min0, float max0, float min1, float max1 )

constexpr

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rotate()

nngn::vec2 anonymous_namespace{native.cpp}::rotate ( const nngn::vec2 & p, float cos, float sin )

constexpr

to_edges()

std::array< nngn::vec2, 4 > anonymous_namespace{native.cpp}::to_edges ( const nngn::vec2 & bl, const nngn::vec2 & tr )

constexpr

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