kynema_sgf::actuator::ops Namespace Reference

Namespaces
namespace	base
namespace	joukowsky
namespace	uniformct

Classes
class	ActSrcOp
class	ActSrcOp< ActTrait, ActSrcDisk, std::enable_if_t< std::is_base_of_v< DiskType, ActTrait > > >
class	ActSrcOp< ActTrait, ActSrcDisk, std::enable_if_t< std::is_base_of_v< TurbineType, ActTrait > > >
class	ActSrcOp< ActTrait, ActSrcLine >
struct	ComputeForceOp
struct	ComputeForceOp< ActTrait, ActSrcLine, typename std::enable_if_t< std::is_base_of_v< WingType, ActTrait > &&UseDefaultOp< ActTrait, ActSrcLine >::compute_force > >
struct	ComputeForceOp< Joukowsky, ActSrcDisk >
	Compute Forces following procedures of Sorenson 2020. More...
struct	ComputeForceOp< TurbineFast, SrcTrait >
struct	ComputeForceOp< TurbineKynema, SrcTrait >
struct	ComputeForceOp< UniformCt, ActSrcDisk >
struct	InitDataOp
struct	InitDataOp< FixedWing, ActSrcLine >
struct	InitDataOp< FlatPlate, ActSrcLine >
struct	InitDataOp< Joukowsky, ActSrcDisk >
struct	InitDataOp< TurbineFast, SrcTrait >
struct	InitDataOp< TurbineKynema, SrcTrait >
struct	InitDataOp< UniformCt, ActSrcDisk >
struct	ProcessOutputsOp
struct	ProcessOutputsOp< ActTrait, SrcTrait, typename std::enable_if_t< std::is_base_of_v< WingType, ActTrait > &&UseDefaultOp< ActTrait, ActSrcLine >::process_outputs > >
struct	ProcessOutputsOp< Joukowsky, ActSrcDisk >
struct	ProcessOutputsOp< TurbineFast, SrcTrait >
struct	ProcessOutputsOp< TurbineKynema, SrcTrait >
struct	ProcessOutputsOp< UniformCt, ActSrcDisk >
struct	ReadInputsOp
struct	ReadInputsOp< FixedWing, ActSrcLine >
struct	ReadInputsOp< FlatPlate, ActSrcLine >
struct	ReadInputsOp< Joukowsky, ActSrcDisk >
struct	ReadInputsOp< TurbineFast, SrcTrait >
struct	ReadInputsOp< TurbineKynema, SrcTrait >
struct	ReadInputsOp< UniformCt, ActSrcDisk >
class	SpreadingFunction
	A collection of spreading functions This class allows for polymorphic spreading functions. The concept is based on Impossibly Fast C++ Delegates proposed here: https://www.codeproject.com/Articles/11015/The-Impossibly-Fast-C-Delegates. More...
struct	UpdatePosOp
struct	UpdatePosOp< ActTrait, ActSrcDisk, std::enable_if_t< std::is_base_of_v< DiskType, ActTrait > > >
struct	UpdatePosOp< ActTrait, ActSrcLine, typename std::enable_if_t< std::is_base_of_v< WingType, ActTrait > &&UseDefaultOp< ActTrait, ActSrcLine >::update_pos > >
struct	UpdatePosOp< Joukowsky, ActSrcDisk >
struct	UpdatePosOp< TurbineFast, SrcTrait >
struct	UpdatePosOp< TurbineKynema, SrcTrait >
struct	UpdatePosOp< UniformCt, ActSrcDisk >
struct	UpdateVelOp
struct	UpdateVelOp< ActTrait, ActSrcDisk, std::enable_if_t< std::is_base_of_v< DiskType, ActTrait > > >
struct	UpdateVelOp< ActTrait, ActSrcLine, typename std::enable_if_t< std::is_base_of_v< WingType, ActTrait > &&UseDefaultOp< ActTrait, ActSrcLine >::update_vel > >
struct	UpdateVelOp< TurbineFast, SrcTrait >
struct	UpdateVelOp< TurbineKynema, SrcTrait >
struct	UseDefaultOp

Functions
template<typename T>
void	determine_influenced_procs (typename T::DataType &)
template<typename T>
void	determine_root_proc (typename T::DataType &, amrex::Vector< int > &)
template<typename datatype>
void	read_ops (datatype &data, const utils::ActParser &pp)
template<typename datatype>
void	external_determine_influenced_procs (datatype &data)
template<typename datatype, typename SolverTurbine, typename SolverData>
void	external_determine_root_proc (datatype &data, amrex::Vector< int > &act_proc_count)
template<typename datatype>
void	init_data_op (datatype &data)
template<typename datatype>
void	update_pos_op (datatype &data)
template<typename datatype>
void	update_vel_op (datatype &data)
template<typename datatype>
void	compute_force_op (datatype &data)
template<>
void	determine_influenced_procs< TurbineFast > (typename TurbineFast::DataType &data)
template<>
void	determine_root_proc< TurbineFast > (typename TurbineFast::DataType &data, amrex::Vector< int > &act_proc_count)
template<>
void	determine_influenced_procs< TurbineKynema > (typename TurbineKynema::DataType &data)
template<>
void	determine_root_proc< TurbineKynema > (typename TurbineKynema::DataType &data, amrex::Vector< int > &act_proc_count)
template<>
AMREX_INLINE const AirfoilTable &	airfoil_lookup< FixedWing > (FixedWing::DataType &data)
template<>
const ThinAirfoil &	airfoil_lookup< FlatPlate > (FlatPlate::DataType &data)
template<typename T>
const AirfoilTraits< T >::AirfoilLookup &	airfoil_lookup (typename T::DataType &data)

Function Documentation

airfoil_lookup()

template<typename T>

const AirfoilTraits< T >::AirfoilLookup & kynema_sgf::actuator::ops::airfoil_lookup

(

typename T::DataType &

data

)

airfoil_lookup< FixedWing >()

template<>

AMREX_INLINE const AirfoilTable & kynema_sgf::actuator::ops::airfoil_lookup< FixedWing >

(

FixedWing::DataType &

data

)

airfoil_lookup< FlatPlate >()

template<>

const ThinAirfoil & kynema_sgf::actuator::ops::airfoil_lookup< FlatPlate >

(

FlatPlate::DataType &

data

)

compute_force_op()

template<typename datatype>

void kynema_sgf::actuator::ops::compute_force_op

(

datatype &

data

)

determine_influenced_procs()

template<typename T>

void kynema_sgf::actuator::ops::determine_influenced_procs

(

typename T::DataType &

data

)

Determine the list of processes (MPI ranks) that is expected to be influenced by this actuator source.

The list of processes is used to determine where velocity sampling data is too be gathered, as well as ensuring that all actuator data is properly mapped.

determine_influenced_procs< TurbineFast >()

template<>

void kynema_sgf::actuator::ops::determine_influenced_procs< TurbineFast > ( typename TurbineFast::DataType & data )

inline

determine_influenced_procs< TurbineKynema >()

template<>

void kynema_sgf::actuator::ops::determine_influenced_procs< TurbineKynema >

(

typename TurbineKynema::DataType &

data

)

determine_root_proc()

template<typename T>

void kynema_sgf::actuator::ops::determine_root_proc	(	typename T::DataType &	data,
		amrex::Vector< int > &	act_proc_count )

During initialization determine the influenced processes and elect a root process to manage I/O and external solver interfaces for this turbine.

Template Parameters

T	An actuator traits type

Parameters

data	Data object for the specific actuator instance
act_proc_count	A map of the number of turbines managed by each proc

determine_root_proc< TurbineFast >()

template<>

void kynema_sgf::actuator::ops::determine_root_proc< TurbineFast > ( typename TurbineFast::DataType & data, amrex::Vector< int > & act_proc_count )

inline

determine_root_proc< TurbineKynema >()

template<>

void kynema_sgf::actuator::ops::determine_root_proc< TurbineKynema >	(	typename TurbineKynema::DataType &	data,
		amrex::Vector< int > &	act_proc_count )

external_determine_influenced_procs()

template<typename datatype>

void kynema_sgf::actuator::ops::external_determine_influenced_procs

(

datatype &

data

)

external_determine_root_proc()

template<typename datatype, typename SolverTurbine, typename SolverData>

void kynema_sgf::actuator::ops::external_determine_root_proc	(	datatype &	data,
		amrex::Vector< int > &	act_proc_count )

init_data_op()

template<typename datatype>

void kynema_sgf::actuator::ops::init_data_op

(

datatype &

data

)

read_ops()

template<typename datatype>

void kynema_sgf::actuator::ops::read_ops	(	datatype &	data,
		const utils::ActParser &	pp )

update_pos_op()

template<typename datatype>

void kynema_sgf::actuator::ops::update_pos_op

(

datatype &

data

)

update_vel_op()

template<typename datatype>

void kynema_sgf::actuator::ops::update_vel_op

(

datatype &

data

)