csl Namespace Reference

Detailed Description

< we use the std namespace

BasicFMInstrument.h -- Simple FM example instrument class. See the copyright notice and acknowledgment of authors in the file COPYRIGHT

This instrument implements single-operator FM with ADSR envelopes for the amplitude and modulation index envelopes; it provides 13 parameter accessors for use by OSC.

Accessors "du", set_duration_f "am", set_amplitude_f "in", set_index_f "cf", set_c_freq_f "mf", set_m_freq_f "po", set_position_f "aa", set_attack_f -- amplitude envelope ADSR "ad", set_decay_f "as", set_sustain_f "ar", set_release_f "ia", set_iattack_f -- mod. index envelope ADSR "id", set_idecay_f "is", set_isustain_f "ir", set_irelease_f

OSC note formats (6 or 14 arguments): dur, ampl, c_fr, m_fr, ind, pos dur, ampl, c_fr, m_fr, ind, pos, att, dec, sus, rel, i_att, i_dec, i_sus, i_rel

Classes

class CSLService

class Accessor

class BasicFMInstrument

class Instrument

class SndFileInstrument

class BasicWhiteNoiseInstrument

class AUIO

class CAIO

class FileIO

class Microphone

class CSL_MIDIMessage

CSL_MIDIMessage. More...

class MIDIIO

class MIDIIn

class MIDIOut

class NullIO

class PADevice

class PAIO

class RemoteIO

struct CSL_RS_MSG

class RemoteStream

class SoundFile

class SoundCue

class CGestalt

class Buffer

class BufferCMap

class UnitGenerator

forward declaration More...

class Port

class Controllable

class Phased

class Scalable

class Effect

class Writeable

class Seekable

class Cacheable

class FanOut

class Splitter

class Joiner

class IO

class exception

class CException

class MemoryError

class ValueError

class TimingError

class RunTimeError

class LogicError

class DomainError

class OutOfRangeError

class IOError

class Model

Forward declaration. More...

class Observer

class RingBufferTap

class RingBuffer

class BufferStream

class CVariable

class StaticVariable

class DynamicVariable

class BinaryOp

class AddOp

class MulOp

class Clipper

class Convolver

class DelayLine

class FDN

class FrequencyAmount

class Filter

The n-pole/m-zero filter class. More...

class Butter

class Formant

class Notch

Notch Filter with poles at +-z and complex conjugate zeros at +-omega. More...

class Allpass

class Moog

class FilterSpecification

forward declaration More...

class FIR

class Freeverb

CSL port of the public domain Freeverb reverberator. More...

class Comb

class InOut

struct lpc_header

struct frame_header

class LPCAnalyzer

class LPCFilter

class Mixer

class Panner

class CslRtpSession

class RtpReceiver

class RtpSender

class GestureSensor

class Glove

class EBeam

class Bird

class Matrix

class P5Glove

class LineSegment

class Envelope

class ADSR

ADSR = 4-segment attack/decay/sustain/release envelope class. More...

class AR

AR = 3-segment attack/release envelope class. More...

class Triangle

Triangle envelope class -- equal attack/release times. More...

class RandEnvelope

struct Grain

class Granulator

Granulator -- top-level class for granular synthesis. More...

class KarplusString

class Lorenz

class Noise

class WhiteNoise

class PinkNoise

class Oscillator

class WavetableOscillator

class CompOrCacheOscillator

class Sine

class Sawtooth

class Square

class Impulse

struct Partial

class SumOfSines

class SquareBL

class ImpulseBL

class TriangleBL

class SHARC_Spectrum

class SHARC_Instrument

class SHARC_Library

class SimpleSine

class SineAsPhased

class SineAsScaled

class FFT

class IFFT

class WaveShaper

class Window

class RectangularWindow

class HammingWindow

class HannWindow

class BlackmanWindow

class BlackmanHarrisWindow

class WelchWindow

class AmbisonicOrder

class AmbisonicUnitGenerator

Ambisonic Abstract Base Class. More...

class AmbisonicEncoder

class AmbisonicDecoder

class AmbisonicPanner

class AmbisonicMixer

class AmbisonicRotator

class Glue

class HOA_AmbisonicFramestream

class HOA_Decoder

class HOA_Encoder

class HOA_Mixer

class HOA_Rotator

struct speaker

class HOA_SpeakerLayout

struct ambisonicOrder

class BinauralPanner

class BinauralSourceCache

Used for caching previous state of spatial sources. More...

class HRTF

A record class that holds the data that corresponds to an HRTF. More...

class HRTFDatabase

class DistanceSimulator

class DistanceCue

class IntensityAttenuationCue

class AirAbsorptionCue

Simulates the frequency dependent air absorption using a one pole/zero lowpass filter. More...

class GeConvVerb

struct soundray

struct polygon

class Geometer

class LateReverb

struct SchedulerEvent

class Scheduler

class Spatializer

class ShoeBox

class Auralizer

class SpeakerLayoutExpert

* More...

class SpatialPanner

class SpatSource

Temp Spatial Sound Source. More...

class SpeakerLayout

class StereoSpeakerLayout

Standard "Stereo Speaker Layout", where two speakers are positioned 30¼ left, 30¼ right and no elevation (0¼). More...

class Speaker

Represents a speaker as a position relative to the center of a space. More...

class DLine

class VBAP

Vector Base Amplitude Panning. More...

class StereoPanner

class SurroundPanner

class VBAPSourceCache

class SpeakerSet

Groups two or three loudspeakers, and their inverse. Used for VBAP computations. More...

class SpeakerSetLayout

class BlockResizer

class CPoint

class Interleaver

class ThreadUtil

class ThreadedReader

class ThreadedWriter

class Synch

Thread function signature. More...

class Thread

class SynchPthread

class ThreadPthread

Typedefs

typedef vector< Accessor * > AccessorVector

typedef vector< PADevice * > PADeviceVector

typedef void *(* THREAD_START_ROUTINE )(void *)

typedef int SoundFileMode

typedef int SoundFileFormat

typedef int LogLevel

typedef int BufferContentType

typedef int BufferCopyPolicy

typedef int SeekPosition

typedef float sample

< All of CSL takes place in the "csl" namespace short-hand for the base sample type (could be changed to int)

typedef vector< sample * > SampleBufferVector

Multi-channel buffer data type -- vector of (sample *) this is the central signal buffer model of CSL.

typedef vector< Point > PointVector

Forward declaration A vector of points.

typedef void * VOIDFCNPTR (void *arg)

the generic void fcn pointer

typedef unsigned CSL_MAP_KEY

Forward declaration to Port class (in CSL_Core.h) the type I use for map keys (could also be a string).

typedef map< CSL_MAP_KEY,
Port * > PortMap

PortMap: a map between a name/key and a port object (used for control and audio inputs).

typedef vector< UnitGenerator * > UGenVector

UGenVector: a vector of unit generator pointers (used for outputs).

typedef map< string, UnitGenerator * > UGenMap

UGenMap: a named map of unit generator pointers (used for GUIs).

typedef unsigned long Timestamp

typedef signed long long INT64

typedef unsigned long long UINT64

typedef int VOperator

typedef int ButterworthType

typedef int InOutFlags

typedef csl::lpc_header CSL_LPC_HEADER

typedef csl::frame_header CSL_LPC_FRAME

typedef int LineMode

typedef map< double, LineSegment * > Breakpoints

a map between a name/key and a port object (used for control and audio inputs)

typedef int InterpolationPolicy

typedef int PartialDescriptionMode

typedef int CSLFFTType

typedef int FFTFlags

typedef int PointMode

typedef void *(* ThreadFunc )(void *)

Enumerations

enum {
  kNumParameters = 16, kThresh = 0, kWindowSize, kNumBins,
  kOut, kNumParams
}

enum CSL_MIDIMessageType {
  kNone = 0, kNoteOff = 8, kNoteOn = 9, kPolyTouch = 10,
  kControlChange = 11, kProgramChange = 12, kAftertouch = 13, kPitchWheel = 14,
  kSysEX = 15
}

CSL_MIDIMessageType. More...

enum BufferContentType {
  kSamples, kSpectra, kLPCCoeff, kIRData,
  kWavelet, kGeometry, kUnknown
}

enum BufferCopyPolicy { kCopy, kExpand, kIgnore }

enum SeekPosition { kPositionStart, kPositionCurrent, kPositionEnd }

enum ClipperFlags { kMin, kMax, kBoth }

Whether to clip using the minimum, maximum or both values. More...

enum RtpBufferState {
  kNormal = 0, kBuffering, kOverflow, kUnderrun,
  kInactive, kNumStates
}

Enumeration to define the possible states of our internal RingBuffer. More...

enum AmbisonicDecoderMethod { kPSEUDOINVERSE = 0, kPROJECTION }

Flag for the decoding method. More...

enum AmbisonicDecoderFlavour { kBASIC = 0, kINPHASE, kMAXRE }

Flag for the decoder flavour. More...

enum Axes { kTILT = 0, kTUMBLE, kROTATE }

enum HOA_DecoderMethod { HOA_PSEUDOINVERSE = 0, HOA_PROJECTION }

enum HOA_DecoderFlavour { HOA_BASIC = 0, HOA_INPHASE, HOA_MAXRE }

enum Axes { HOA_TILT = 0, HOA_TUMBLE, HOA_ROTATE }

enum ear_type_t { POINT_DIAPHRAGM, DUMMY_HEAD, DUMMY_HEAD_INVERTED, NUM_EAR_TYPES }

enum {
  kMarble = 0, kConcrete, kBrick, kGlass,
  kWood
}

enum PannerType { kAutomatic = 0, kBinaural, kVBAP, kAmbisonic }

Panner types. More...

enum InterpType { kTruncate, kLinear, kAllPass }

enum VBAPMode { kAuto = 0, kPantophonic = 2, kPeriphonic = 3 }

VBAP types. More...

Functions

void log_msg (LogLevel level, char *format,...)

void log_msg (char *format,...)

void copy_CSL_MIDIMessage (CSL_MIDIMessage *source, CSL_MIDIMessage *dest)

copy_CSL_MIDIMessage -- copies CSL_MIDIMessage

void CSL_MIDIMessageToPmEvent (CSL_MIDIMessage *cslMIDI, PmEvent *event)

CSL_MIDIMessageToPmEvent -- converts CSL_MIDIMessage to PmEvent.

void PmEventToCSL_MIDIMessage (PmEvent *event, CSL_MIDIMessage *cslMIDI)

PmEventToCSL_MIDIMessage -- converts PmEvent to CSL_MIDIMessage.

unsigned Message_ChannelToStatus (CSL_MIDIMessageType message, unsigned channel)

Message_ChannelToStatus -- converts from message and channel to status byte.

float MIDINoteToFreq (unsigned midiNote)

MIDINoteToFreq -- converts from MIDI notes ( C3, etc ) to frequency.

unsigned FreqToMIDINote (float frequency)

FreqToMIDINote -- converts from frequency to MIDI notes ( C3, etc ).

void * RemoteIO_read_loop (void *inst)

void * RS_read_loop (void *inst)

int CSL_CreateThread (THREAD_START_ROUTINE pfnThreadProc, void *pvParam)

void vlogMsg (char *format, va_list args)

void logMsg (char *format,...)

void vlogMsg (LogLevel level, char *format, va_list args)

void logMsg (LogLevel level, char *format,...)

void sleepUsec (float dur_in_usec)

void sleepMsec (float dur_in_msec)

void sleepSec (float dur_in_sec)

float fRand (void)

void * RTP_read_loop (void *inst)

void glove_input (void *inst, int arglen, const void *args, OSCTimeTag when, NetworkReturnAddressPtr ra)

void ebeam_input (void *inst, int arglen, const void *args, OSCTimeTag when, NetworkReturnAddressPtr ra)

void bird_input (void *inst, int arglen, const void *args, OSCTimeTag when, NetworkReturnAddressPtr ra)

void matrix_input (void *inst, int arglen, const void *args, OSCTimeTag when, NetworkReturnAddressPtr ra)

void p5_input (void *inst, int arglen, const void *args, OSCTimeTag when, NetworkReturnAddressPtr ra)

void singularValueDecomposition (sample **a, int m, int n, sample *w, sample **v)

Utility function used in calculating the inverse of a matrix, used in AmbisonicDecoder for the pseudoinverse method.

void fumaEncodingWeights (sample *weights, const AmbisonicOrder &order, sample azimuth, sample elevation)

Utility function that calculates fuma encoding weights for a given order, azimuth and elevation.

void fumaIndexedEncodingWeights (sample *weights, const AmbisonicOrder &order, sample &azimuth, sample &elevation)

Utility function that calculates fuma encoding weights for a given order, azimuth and elevation.

unsigned int channelsToUniformOrder (const unsigned int channels)

unsigned int getGreaterOrder (const ambisonicOrder order)

unsigned int orderToChannels (const ambisonicOrder order)

unsigned int orderToChannels (unsigned int order)

unsigned int orderToHorizontalChannels (const ambisonicOrder order)

unsigned int orderToVerticalChannels (const ambisonicOrder order)

unsigned int * channelIndexer (const ambisonicOrder order)

unsigned int * invChannelIndexer (const ambisonicOrder order)

void SingularValueDecomposition (sample **a, int m, int n, sample *w, sample **v)

void fumaEncodingWeights (sample *weights, const ambisonicOrder &order, sample &azimuth, sample &elevation)

void fumaIndexedEncodingWeights (sample *weights, const ambisonicOrder &order, sample &azimuth, sample &elevation)

Typedef Documentation

typedef vector<Accessor *> csl::AccessorVector

Typedef for AccessorVector object

typedef vector<PADevice *> csl::PADeviceVector

typedef void *(* csl::THREAD_START_ROUTINE)(void *)

typedef int csl::SoundFileMode

typedef int csl::SoundFileFormat

typedef int csl::LogLevel

typedef int csl::BufferContentType

typedef int csl::BufferCopyPolicy

typedef int csl::SeekPosition

typedef float csl::sample

< All of CSL takes place in the "csl" namespace short-hand for the base sample type (could be changed to int)
CSL base audio and geometrical data type declarations

typedef vector<sample *> csl::SampleBufferVector

Multi-channel buffer data type -- vector of (sample *) this is the central signal buffer model of CSL.

typedef vector<Point> csl::PointVector

Forward declaration A vector of points.

typedef void* csl::VOIDFCNPTR(void *arg)

the generic void fcn pointer

typedef unsigned csl::CSL_MAP_KEY

Forward declaration to Port class (in CSL_Core.h) the type I use for map keys (could also be a string).

typedef map<CSL_MAP_KEY, Port *> csl::PortMap

PortMap: a map between a name/key and a port object (used for control and audio inputs).

typedef vector<UnitGenerator *> csl::UGenVector

UGenVector: a vector of unit generator pointers (used for outputs).

typedef map<string, UnitGenerator *> csl::UGenMap

UGenMap: a named map of unit generator pointers (used for GUIs).

typedef unsigned long csl::Timestamp

Timestamp type: we assume that we can get the host's best guess at the IO word clock (normally passed into the audio IO callback function). This will be platform- and API-specific, and will differ between hosts.

typedef signed long long csl::INT64

Typedefs for basic types that differ across platforms

typedef unsigned long long csl::UINT64

typedef int csl::VOperator

typedef int csl::ButterworthType

typedef int csl::InOutFlags

typedef struct csl::lpc_header csl::CSL_LPC_HEADER

typedef struct csl::frame_header csl::CSL_LPC_FRAME

typedef int csl::LineMode

typedef map<double, LineSegment *> csl::Breakpoints

a map between a name/key and a port object (used for control and audio inputs)

typedef int csl::InterpolationPolicy

typedef int csl::PartialDescriptionMode

typedef int csl::CSLFFTType

typedef int csl::FFTFlags

typedef int csl::PointMode

typedef void*(* csl::ThreadFunc)(void *)

Enumeration Type Documentation

anonymous enum

Enumerator:

kNumParameters

kThresh

kWindowSize

kNumBins

kOut

kNumParams

enum csl::CSL_MIDIMessageType

CSL_MIDIMessageType.

Enumerator:

kNone

kNoteOff

kNoteOn

kPolyTouch

kControlChange

kProgramChange

kAftertouch

kPitchWheel

kSysEX

enum csl::BufferContentType

Sample buffer contents type (optional) One could argue that we should use subclasses for this, but they're not behaviorally different at present.
Enumerator:

kSamples Regular audio samples.

kSpectra FFT spectral frames.

kLPCCoeff LPC reflection coefficients.

kIRData FIR Impulse Response frames.

kWavelet Wavelet coefficients.

kGeometry Spatial geometry buffers.

kUnknown Unknown or other data type.

enum csl::BufferCopyPolicy

UnitGenerator buffer copy policy flags (for multi-channel expansion)
Enumerator:

kCopy compute 1 channel and copy

kExpand call monoNextBuffer multiple times

kIgnore ignore extra buffer channels

enum csl::SeekPosition

Enumeration for seek flags
Enumerator:

kPositionStart

kPositionCurrent

kPositionEnd

enum csl::ClipperFlags

Whether to clip using the minimum, maximum or both values.

Enumerator:

kMin

kMax

kBoth

enum csl::RtpBufferState

Enumeration to define the possible states of our internal RingBuffer.

Enumerator:

kNormal

kBuffering

kOverflow

kUnderrun

kInactive

kNumStates

enum csl::AmbisonicDecoderMethod

Flag for the decoding method.

Enumerator:

kPSEUDOINVERSE

kPROJECTION

enum csl::AmbisonicDecoderFlavour

Flag for the decoder flavour.

Enumerator:

kBASIC

kINPHASE

kMAXRE

enum csl::Axes

Enumerator:

kTILT

kTUMBLE

kROTATE

enum csl::HOA_DecoderMethod

Enumerator:

HOA_PSEUDOINVERSE

HOA_PROJECTION

enum csl::HOA_DecoderFlavour


Classes
class	CSLService
class	Accessor
class	BasicFMInstrument
class	Instrument
class	SndFileInstrument
class	BasicWhiteNoiseInstrument
class	AUIO
class	CAIO
class	FileIO
class	Microphone
class	CSL_MIDIMessage
	CSL_MIDIMessage. More...
class	MIDIIO
class	MIDIIn
class	MIDIOut
class	NullIO
class	PADevice
class	PAIO
class	RemoteIO
struct	CSL_RS_MSG
class	RemoteStream
class	SoundFile
class	SoundCue
class	CGestalt
class	Buffer
class	BufferCMap
class	UnitGenerator
	forward declaration More...
class	Port
class	Controllable
class	Phased
class	Scalable
class	Effect
class	Writeable
class	Seekable
class	Cacheable
class	FanOut
class	Splitter
class	Joiner
class	IO
class	exception
class	CException
class	MemoryError
class	ValueError
class	TimingError
class	RunTimeError
class	LogicError
class	DomainError
class	OutOfRangeError
class	IOError
class	Model
	Forward declaration. More...
class	Observer
class	RingBufferTap
class	RingBuffer
class	BufferStream
class	CVariable
class	StaticVariable
class	DynamicVariable
class	BinaryOp
class	AddOp
class	MulOp
class	Clipper
class	Convolver
class	DelayLine
class	FDN
class	FrequencyAmount
class	Filter
	The n-pole/m-zero filter class. More...
class	Butter
class	Formant
class	Notch
	Notch Filter with poles at +-z and complex conjugate zeros at +-omega. More...
class	Allpass
class	Moog
class	FilterSpecification
	forward declaration More...
class	FIR
class	Freeverb
	CSL port of the public domain Freeverb reverberator. More...
class	Comb
class	InOut
struct	lpc_header
struct	frame_header
class	LPCAnalyzer
class	LPCFilter
class	Mixer
class	Panner
class	CslRtpSession
class	RtpReceiver
class	RtpSender
class	GestureSensor
class	Glove
class	EBeam
class	Bird
class	Matrix
class	P5Glove
class	LineSegment
class	Envelope
class	ADSR
	ADSR = 4-segment attack/decay/sustain/release envelope class. More...
class	AR
	AR = 3-segment attack/release envelope class. More...
class	Triangle
	Triangle envelope class -- equal attack/release times. More...
class	RandEnvelope
struct	Grain
class	Granulator
	Granulator -- top-level class for granular synthesis. More...
class	KarplusString
class	Lorenz
class	Noise
class	WhiteNoise
class	PinkNoise
class	Oscillator
class	WavetableOscillator
class	CompOrCacheOscillator
class	Sine
class	Sawtooth
class	Square
class	Impulse
struct	Partial
class	SumOfSines
class	SquareBL
class	ImpulseBL
class	TriangleBL
class	SHARC_Spectrum
class	SHARC_Instrument
class	SHARC_Library
class	SimpleSine
class	SineAsPhased
class	SineAsScaled
class	FFT
class	IFFT
class	WaveShaper
class	Window
class	RectangularWindow
class	HammingWindow
class	HannWindow
class	BlackmanWindow
class	BlackmanHarrisWindow
class	WelchWindow
class	AmbisonicOrder
class	AmbisonicUnitGenerator
	Ambisonic Abstract Base Class. More...
class	AmbisonicEncoder
class	AmbisonicDecoder
class	AmbisonicPanner
class	AmbisonicMixer
class	AmbisonicRotator
class	Glue
class	HOA_AmbisonicFramestream
class	HOA_Decoder
class	HOA_Encoder
class	HOA_Mixer
class	HOA_Rotator
struct	speaker
class	HOA_SpeakerLayout
struct	ambisonicOrder
class	BinauralPanner
class	BinauralSourceCache
	Used for caching previous state of spatial sources. More...
class	HRTF
	A record class that holds the data that corresponds to an HRTF. More...
class	HRTFDatabase
class	DistanceSimulator
class	DistanceCue
class	IntensityAttenuationCue
class	AirAbsorptionCue
	Simulates the frequency dependent air absorption using a one pole/zero lowpass filter. More...
class	GeConvVerb
struct	soundray
struct	polygon
class	Geometer
class	LateReverb
struct	SchedulerEvent
class	Scheduler
class	Spatializer
class	ShoeBox
class	Auralizer
class	SpeakerLayoutExpert
	* More...
class	SpatialPanner
class	SpatSource
	Temp Spatial Sound Source. More...
class	SpeakerLayout
class	StereoSpeakerLayout
	Standard "Stereo Speaker Layout", where two speakers are positioned 30¼ left, 30¼ right and no elevation (0¼). More...
class	Speaker
	Represents a speaker as a position relative to the center of a space. More...
class	DLine
class	VBAP
	Vector Base Amplitude Panning. More...
class	StereoPanner
class	SurroundPanner
class	VBAPSourceCache
class	SpeakerSet
	Groups two or three loudspeakers, and their inverse. Used for VBAP computations. More...
class	SpeakerSetLayout
class	BlockResizer
class	CPoint
class	Interleaver
class	ThreadUtil
class	ThreadedReader
class	ThreadedWriter
class	Synch
	Thread function signature. More...
class	Thread
class	SynchPthread
class	ThreadPthread
Typedefs
typedef vector< Accessor * >	AccessorVector
typedef vector< PADevice * >	PADeviceVector
typedef void (	THREAD_START_ROUTINE )(void *)
typedef int	SoundFileMode
typedef int	SoundFileFormat
typedef int	LogLevel
typedef int	BufferContentType
typedef int	BufferCopyPolicy
typedef int	SeekPosition
typedef float	sample
	< All of CSL takes place in the "csl" namespace short-hand for the base sample type (could be changed to int)
typedef vector< sample * >	SampleBufferVector
	Multi-channel buffer data type -- vector of (sample *) this is the central signal buffer model of CSL.
typedef vector< Point >	PointVector
	Forward declaration A vector of points.
typedef void *	VOIDFCNPTR (void *arg)
	the generic void fcn pointer
typedef unsigned	CSL_MAP_KEY
	Forward declaration to Port class (in CSL_Core.h) the type I use for map keys (could also be a string).
typedef map< CSL_MAP_KEY, Port * >	PortMap
	PortMap: a map between a name/key and a port object (used for control and audio inputs).
typedef vector< UnitGenerator * >	UGenVector
	UGenVector: a vector of unit generator pointers (used for outputs).
typedef map< string, UnitGenerator * >	UGenMap
	UGenMap: a named map of unit generator pointers (used for GUIs).
typedef unsigned long	Timestamp
typedef signed long long	INT64
typedef unsigned long long	UINT64
typedef int	VOperator
typedef int	ButterworthType
typedef int	InOutFlags
typedef csl::lpc_header	CSL_LPC_HEADER
typedef csl::frame_header	CSL_LPC_FRAME
typedef int	LineMode
typedef map< double, LineSegment * >	Breakpoints
	a map between a name/key and a port object (used for control and audio inputs)
typedef int	InterpolationPolicy
typedef int	PartialDescriptionMode
typedef int	CSLFFTType
typedef int	FFTFlags
typedef int	PointMode
typedef void (	ThreadFunc )(void *)
Enumerations
enum	{ kNumParameters = 16, kThresh = 0, kWindowSize, kNumBins, kOut, kNumParams }
enum	CSL_MIDIMessageType { kNone = 0, kNoteOff = 8, kNoteOn = 9, kPolyTouch = 10, kControlChange = 11, kProgramChange = 12, kAftertouch = 13, kPitchWheel = 14, kSysEX = 15 }
	CSL_MIDIMessageType. More...
enum	BufferContentType { kSamples, kSpectra, kLPCCoeff, kIRData, kWavelet, kGeometry, kUnknown }
enum	BufferCopyPolicy { kCopy, kExpand, kIgnore }
enum	SeekPosition { kPositionStart, kPositionCurrent, kPositionEnd }
enum	ClipperFlags { kMin, kMax, kBoth }
	Whether to clip using the minimum, maximum or both values. More...
enum	RtpBufferState { kNormal = 0, kBuffering, kOverflow, kUnderrun, kInactive, kNumStates }
	Enumeration to define the possible states of our internal RingBuffer. More...
enum	AmbisonicDecoderMethod { kPSEUDOINVERSE = 0, kPROJECTION }
	Flag for the decoding method. More...
enum	AmbisonicDecoderFlavour { kBASIC = 0, kINPHASE, kMAXRE }
	Flag for the decoder flavour. More...
enum	Axes { kTILT = 0, kTUMBLE, kROTATE }
enum	HOA_DecoderMethod { HOA_PSEUDOINVERSE = 0, HOA_PROJECTION }
enum	HOA_DecoderFlavour { HOA_BASIC = 0, HOA_INPHASE, HOA_MAXRE }
enum	Axes { HOA_TILT = 0, HOA_TUMBLE, HOA_ROTATE }
enum	ear_type_t { POINT_DIAPHRAGM, DUMMY_HEAD, DUMMY_HEAD_INVERTED, NUM_EAR_TYPES }
enum	{ kMarble = 0, kConcrete, kBrick, kGlass, kWood }
enum	PannerType { kAutomatic = 0, kBinaural, kVBAP, kAmbisonic }
	Panner types. More...
enum	InterpType { kTruncate, kLinear, kAllPass }
enum	VBAPMode { kAuto = 0, kPantophonic = 2, kPeriphonic = 3 }
	VBAP types. More...
Functions
void	log_msg (LogLevel level, char *format,...)
void	log_msg (char *format,...)
void	copy_CSL_MIDIMessage (CSL_MIDIMessage source, CSL_MIDIMessage dest)
	copy_CSL_MIDIMessage -- copies CSL_MIDIMessage
void	CSL_MIDIMessageToPmEvent (CSL_MIDIMessage cslMIDI, PmEvent event)
	CSL_MIDIMessageToPmEvent -- converts CSL_MIDIMessage to PmEvent.
void	PmEventToCSL_MIDIMessage (PmEvent event, CSL_MIDIMessage cslMIDI)
	PmEventToCSL_MIDIMessage -- converts PmEvent to CSL_MIDIMessage.
unsigned	Message_ChannelToStatus (CSL_MIDIMessageType message, unsigned channel)
	Message_ChannelToStatus -- converts from message and channel to status byte.
float	MIDINoteToFreq (unsigned midiNote)
	MIDINoteToFreq -- converts from MIDI notes ( C3, etc ) to frequency.
unsigned	FreqToMIDINote (float frequency)
	FreqToMIDINote -- converts from frequency to MIDI notes ( C3, etc ).
void *	RemoteIO_read_loop (void *inst)
void *	RS_read_loop (void *inst)
int	CSL_CreateThread (THREAD_START_ROUTINE pfnThreadProc, void *pvParam)
void	vlogMsg (char *format, va_list args)
void	logMsg (char *format,...)
void	vlogMsg (LogLevel level, char *format, va_list args)
void	logMsg (LogLevel level, char *format,...)
void	sleepUsec (float dur_in_usec)
void	sleepMsec (float dur_in_msec)
void	sleepSec (float dur_in_sec)
float	fRand (void)
void *	RTP_read_loop (void *inst)
void	glove_input (void inst, int arglen, const void args, OSCTimeTag when, NetworkReturnAddressPtr ra)
void	ebeam_input (void inst, int arglen, const void args, OSCTimeTag when, NetworkReturnAddressPtr ra)
void	bird_input (void inst, int arglen, const void args, OSCTimeTag when, NetworkReturnAddressPtr ra)
void	matrix_input (void inst, int arglen, const void args, OSCTimeTag when, NetworkReturnAddressPtr ra)
void	p5_input (void inst, int arglen, const void args, OSCTimeTag when, NetworkReturnAddressPtr ra)
void	singularValueDecomposition (sample *a, int m, int n, sample w, sample **v)
	Utility function used in calculating the inverse of a matrix, used in AmbisonicDecoder for the pseudoinverse method.
void	fumaEncodingWeights (sample *weights, const AmbisonicOrder &order, sample azimuth, sample elevation)
	Utility function that calculates fuma encoding weights for a given order, azimuth and elevation.
void	fumaIndexedEncodingWeights (sample *weights, const AmbisonicOrder &order, sample &azimuth, sample &elevation)
	Utility function that calculates fuma encoding weights for a given order, azimuth and elevation.
unsigned int	channelsToUniformOrder (const unsigned int channels)
unsigned int	getGreaterOrder (const ambisonicOrder order)
unsigned int	orderToChannels (const ambisonicOrder order)
unsigned int	orderToChannels (unsigned int order)
unsigned int	orderToHorizontalChannels (const ambisonicOrder order)
unsigned int	orderToVerticalChannels (const ambisonicOrder order)
unsigned int *	channelIndexer (const ambisonicOrder order)
unsigned int *	invChannelIndexer (const ambisonicOrder order)
void	SingularValueDecomposition (sample *a, int m, int n, sample w, sample **v)
void	fumaEncodingWeights (sample *weights, const ambisonicOrder &order, sample &azimuth, sample &elevation)
void	fumaIndexedEncodingWeights (sample *weights, const ambisonicOrder &order, sample &azimuth, sample &elevation)