amr_wind::sampling::sampling_utils Namespace Reference

Enumerations
enum class	NormalRule : std::uint8_t { SIGMA1 , SIGMA2 , SIGMA3 , HALFPOWER }

Functions
vs::Vector	reflect (vs::Vector line, vs::Vector vec)
vs::Vector	rotate_euler_vec (vs::Vector axis, amrex::Real angle, vs::Vector vec)
vs::Vector	rotate_euler_vector (vs::Vector &axis, amrex::Real &angle, vs::Vector &vec)
vs::Vector	rotation (const vs::Vector &angles, const vs::Vector &data)
vs::Vector	canon_rotator (const vs::Vector &angles, const vs::Vector &data)
vs::Tensor	unit_projection_matrix (const vs::Vector &a)
vs::Tensor	rotation_matrix (vs::Vector dst, vs::Vector src)
vs::Tensor	skew_cross (vs::Vector a, vs::Vector b)
vs::Tensor	scale (vs::Tensor v, amrex::Real a)
void	spherical_cap_quadrature (amrex::Real gammav, int ntheta, std::vector< amrex::Real > abscissae1D, std::vector< amrex::Real > weights1D, std::vector< vs::Vector > &rays, std::vector< amrex::Real > &weights)
void	spherical_cap_truncated_normal (amrex::Real gammav, int ntheta, NormalRule rule, std::vector< vs::Vector > &rays, std::vector< amrex::Real > &weights)
std::pair< std::vector< amrex::Real >, std::vector< amrex::Real > >	truncated_normal_rule (NormalRule rule)

Enumeration Type Documentation

NormalRule

enum class amr_wind::sampling::sampling_utils::NormalRule : std::uint8_t

strong

Utility functions available to advanced sampling techniques

Parameters

key	Name of the PDE
terms	List of identifiers for the source terms to be added

Enumerator
SIGMA1
SIGMA2
SIGMA3
HALFPOWER

Function Documentation

canon_rotator()

vs::Vector amr_wind::sampling::sampling_utils::canon_rotator	(	const vs::Vector &	angles,
		const vs::Vector &	data )

reflect()

vs::Vector amr_wind::sampling::sampling_utils::reflect	(	vs::Vector	line,
		vs::Vector	vec )

rotate_euler_vec()

vs::Vector amr_wind::sampling::sampling_utils::rotate_euler_vec	(	vs::Vector	axis,
		amrex::Real	angle,
		vs::Vector	vec )

rotate_euler_vector()

vs::Vector amr_wind::sampling::sampling_utils::rotate_euler_vector	(	vs::Vector &	axis,
		amrex::Real &	angle,
		vs::Vector &	vec )

rotation()

vs::Vector amr_wind::sampling::sampling_utils::rotation	(	const vs::Vector &	angles,
		const vs::Vector &	data )

rotation_matrix()

vs::Tensor amr_wind::sampling::sampling_utils::rotation_matrix	(	vs::Vector	dst,
		vs::Vector	src )

scale()

vs::Tensor amr_wind::sampling::sampling_utils::scale	(	vs::Tensor	v,
		amrex::Real	a )

skew_cross()

vs::Tensor amr_wind::sampling::sampling_utils::skew_cross	(	vs::Vector	a,
		vs::Vector	b )

spherical_cap_quadrature()

void amr_wind::sampling::sampling_utils::spherical_cap_quadrature	(	amrex::Real	gammav,
		int	ntheta,
		std::vector< amrex::Real >	abscissae1D,
		std::vector< amrex::Real >	weights1D,
		std::vector< vs::Vector > &	rays,
		std::vector< amrex::Real > &	weights )

spherical_cap_truncated_normal()

void amr_wind::sampling::sampling_utils::spherical_cap_truncated_normal	(	amrex::Real	gammav,
		int	ntheta,
		NormalRule	rule,
		std::vector< vs::Vector > &	rays,
		std::vector< amrex::Real > &	weights )

truncated_normal_rule()

std::pair< std::vector< amrex::Real >, std::vector< amrex::Real > > amr_wind::sampling::sampling_utils::truncated_normal_rule

(

NormalRule

rule

)

unit_projection_matrix()

vs::Tensor amr_wind::sampling::sampling_utils::unit_projection_matrix

(

const vs::Vector &

a

)