VBAPLUT3D.h File Reference

#include "JPLSpatial/Core.h"
#include "JPLSpatial/ChannelMap.h"
#include "JPLSpatial/Panning/VBAPEx.h"
#include "JPLSpatial/Panning/DummySpeakers.h"
#include "JPLSpatial/Math/Math.h"
#include "JPLSpatial/Math/MinimalMat.h"
#include "JPLSpatial/Math/SIMD.h"
#include "JPLSpatial/Memory/Memory.h"
#include "JPLSpatial/Utilities/GainEncoding.h"
#include <array>
#include <cstring>
#include <vector>
#include <span>
#include <concepts>
#include <type_traits>
#include <algorithm>
#include <memory>

Go to the source code of this file.

Classes
class	JPL::VBAP::LUTInterface< GetSpeakerVectorFunction, LUTCodec, LUTType >
struct	JPL::VBAP::DynamicDataTri
struct	JPL::VBAP::DynamicDataWithMat< Vec3Type >
struct	JPL::VBAP::DynamicDataTrait< DynamicDataType_ >
struct	JPL::VBAP::DynamicDataTrait< DynamicDataTypeNone >
struct	JPL::VBAP::LUTBase< N, GainType_, SpeakerIndexType_, DynamicDataType_ >
	Base to compose LUT specializations. More...
struct	JPL::VBAP::LUTBase< N, GainTypeNone, SpeakerIndexType_, DynamicDataType_ >
	Specialization of the base without precomputed gains. More...
struct	JPL::VBAP::LUT< ELUTSize::KB_983, N, Vec3Type >
	Available LUT specializations. More...
struct	JPL::VBAP::LUT< ELUTSize::KB_851, N, Vec3Type >
struct	JPL::VBAP::LUT< ELUTSize::KB_786, N, Vec3Type >
struct	JPL::VBAP::LUT< ELUTSize::KB_655, N, Vec3Type >
struct	JPL::VBAP::LUT< ELUTSize::KB_65, N, Vec3Type >
class	JPL::VBAP::LUTQuery< LUTType, LUTCodec, Vec3TypeImplicit >
	Interface to query LUT gains for a direction. More...
struct	JPL::VBAP::LUTQuery< LUTType, LUTCodec, Vec3TypeImplicit >::VBAPCell
	Data extracted from LUT for specific source direction. More...
class	JPL::VBAP::LUTBuilder< GetSpeakerVectorFunction, LUTCodec, Vec3Type, LUTType >
	Forward declarations. More...

Namespaces
namespace	JPL
namespace	JPL::VBAP
	Forward declaration.

Concepts
concept	JPL::VBAP::CLUT
	VBAP LUT interfaces only accept LUT types defined below.
concept	JPL::VBAP::CLUTType

Macros
#define	JPL_DBG_DUMP_SPEAKER_FAILED_SELECTION   0
#define	JPL_NORMALIZE_GAINS_WITH_DUMMY   0

Typedefs
template<class T >
using	JPL::VBAP::GainPack = std::array< T, 3 >
	Alias for speaker triplet gains.
using	JPL::VBAP::GainTypeNone = void *
	LUT can be made out of just the selected speaker triplets, without precomputed gains.
using	JPL::VBAP::SpeakerIdx = uint8
	Index of a speaker/channel.
using	JPL::VBAP::SpeakerTripletIdx = std::array< SpeakerIdx, 3 >
	Direct indices of the speakers, corersponding to channels in the output buffer.
using	JPL::VBAP::TripletIdx = uint8
using	JPL::VBAP::DynamicDataTypeNone = void *
template<size_t N>
using	JPL::VBAP::LUT_983 = LUTBase< N, float, SpeakerTripletIdx >
	Just some more convenient aliases.
template<size_t N>
using	JPL::VBAP::LUT_851 = LUTBase< N, float, TripletIdx, DynamicDataTri >
template<size_t N>
using	JPL::VBAP::LUT_786 = LUTBase< N, Gain24Bit, SpeakerTripletIdx >
template<size_t N>
using	JPL::VBAP::LUT_655 = LUTBase< N, Gain24Bit, TripletIdx, DynamicDataTri >
template<size_t N, CVec3 Vec3Type>
using	JPL::VBAP::LUT_65 = LUTBase< N, GainTypeNone, TripletIdx, DynamicDataWithMat< Vec3Type > >

Enumerations
enum class	JPL::VBAP::ELUTSize {   JPL::VBAP::KB_983 , JPL::VBAP::KB_851 , JPL::VBAP::KB_786 , JPL::VBAP::KB_655 ,   JPL::VBAP::KB_65 }

Macro Definition Documentation

JPL_DBG_DUMP_SPEAKER_FAILED_SELECTION

#define JPL_DBG_DUMP_SPEAKER_FAILED_SELECTION   0

JPL_NORMALIZE_GAINS_WITH_DUMMY

#define JPL_NORMALIZE_GAINS_WITH_DUMMY   0