sal Namespace Reference

Classes
struct	KemarData
class	AmbisonicsMic
class	AmbisonicsHorizDec
class	Array
class	Buffer
class	MonoBuffer
class	StereoBuffer
class	HoaBuffer
class	BinauralMic
class	DatabaseBinauralMic
class	BinauralMicInstance
class	CipicMic
class	CuboidRoom
class	Decoder
class	IdenticalDecoder
class	DelayFilter
class	Fdtd
class	FreeFieldSim
class	Ism
class	KemarMic
class	Microphone
class	StereoMicrophone
class	MicrophoneArray
class	UniformArray
class	CircularArray
class	StereoMic
class	MonoMic
class	MemorylessMic
class	MemorylessMonoMic
class	GainMic
class	OmniMic
class	TrigMic
class	TanMic
class	PaWrapper
class	PropagationLine
class	RirAnalysis
class	Room
struct	StereoSignal
class	TripletHandler
class	RampSmoother
class	LowPassSmoothingFilter
class	Source
class	SphericalHeadMic
class	TdBem
class	WavHandler

Typedefs
typedef mcl::Real	Sample
typedef mcl::Real	Time
typedef mcl::Real	Speed
typedef mcl::Real	Length
typedef mcl::Real	Angle
typedef mcl::Int	UInt
typedef mcl::Int	Int
typedef std::vector< Sample >	Signal
typedef mcl::Point	Triplet

Enumerations
enum	HoaNormalisation { sqrt2, N3d, Sn3d, Fuma }
enum	HoaOrdering
enum	HeadRefOrientation
enum	CuboidWallId {   kX1, kX2, kY1, kY2,   kZ1, kZ2 }
enum	IsmInterpolation { none, peterson }
enum	BoundarySetType { kFirstOrder, kFirstAndSecondOrder }
enum	Ear { kLeftEar, kRightEar }
enum	InterpolationType
enum	RotationDirection

Functions
bool	MicrophoneArrayTest ()
template<class T >
std::vector< T >	UniformAngles (const Int num_elements, const T first_element_heading, const RotationDirection direction=RotationDirection::kCounterclockwise) noexcept
template<class T , class V >
std::vector< V >	ConvertToType (std::vector< T > vector)
template<typename T >
std::string	ToString (T input)

Variables
KemarData	kRightEarData []
KemarData	kLeftEarData []

Typedef Documentation

typedef mcl::Real sal::Angle

typedef mcl::Int sal::Int

typedef mcl::Real sal::Length

typedef mcl::Real sal::Sample

typedef std::vector<Sample> sal::Signal

typedef mcl::Real sal::Speed

typedef mcl::Real sal::Time

typedef mcl::Point sal::Triplet

typedef mcl::Int sal::UInt

Enumeration Type Documentation

enum sal::BoundarySetType

Enumerator:

kFirstOrder
kFirstAndSecondOrder

enum sal::CuboidWallId

Enumerator:

kX1
kX2
kY1
kY2
kZ1
kZ2

enum sal::Ear

Enumerator:

kLeftEar
kRightEar

enum sal::HeadRefOrientation

enum sal::HoaNormalisation

Enumerator:

sqrt2
N3d
Sn3d
Fuma

enum sal::HoaOrdering

enum sal::InterpolationType

enum sal::IsmInterpolation

Enumerator:

none
peterson

enum sal::RotationDirection

Function Documentation

template<class T , class V >

std::vector<V> sal::ConvertToType

(

std::vector< T >

vector

)

bool sal::MicrophoneArrayTest

(

)

template<typename T >

std::string sal::ToString

(

T

input

)

template<class T >

std::vector<T> sal::UniformAngles ( const Int  num_elements, const T  first_element_heading, const RotationDirection  direction = RotationDirection::kCounterclockwise  )

noexcept

Variable Documentation

KemarData sal::kLeftEarData[]

KemarData sal::kRightEarData[]