The PluginParameter object stores all of the data needed for any type of plugin parameter. It is a large object, but it is not complex as it really just stores LOTS of information about plugin parameters. More...

#include <pluginparameter.h>

Public Member Functions
	PluginParameter (int _controlID, const char _controlName, const char _controlUnits, controlVariableType _controlType, double _minValue, double _maxValue, double _defaultValue, taper _controlTaper=taper::kLinearTaper, uint32_t _displayPrecision=2)
	constructor for most knobs and sliders

	PluginParameter (int _controlID, const char *_controlName, std::vector< std::string > _stringList, std::string _defaultString)
	one method of constructing a string-list parameter

	PluginParameter (int _controlID, const char _controlName, const char _commaSeparatedList, std::string _defaultString)
	second method of constructing a string-list parameter

	PluginParameter (int _controlID, const char *_controlName, double _meterAttack_ms, double _meterRelease_ms, uint32_t _detectorMode, meterCal _meterCal=meterCal::kLinearMeter)
	method of constructing a meter parameter

	PluginParameter (int _controlID, const char *_controlName="", controlVariableType _controlType=controlVariableType::kNonVariableBoundControl)
	method of constructing a non-bound-variable parameter

	PluginParameter ()
	simple constructor - you can always use this and then use the massive number of get/set functions to customize in any manner

	PluginParameter (const PluginParameter &initGuiControl)
	copy constructor

virtual	~PluginParameter ()
	only need to clean out the aux parameters - everything else is self deleting

uint32_t	getControlID ()
	get ID value

void	setControlID (uint32_t cid)
	set ID value

const char *	getControlName ()
	get name as const char*

void	setControlName (const char *name)
	set name as const char*

const char *	getControlUnits ()
	get units as const char*

void	setControlUnits (const char *units)
	set units as const char*

controlVariableType	getControlVariableType ()
	get variable type associated with parameter

void	setControlVariableType (controlVariableType ctrlVarType)
	set variable type associated with parameter

double	getMinValue ()
	get minimum value

void	setMinValue (double value)
	set minimum value

double	getMaxValue ()
	get maximum value

void	setMaxValue (double value)
	set maximum value

double	getDefaultValue ()
	get default value

void	setDefaultValue (double value)
	set default value

bool	getIsDiscreteSwitch ()
	set is switch (not used)

void	setIsDiscreteSwitch (bool _isDiscreteSwitch)
	get is switch (not used)

taper	getControlTaper ()
	get taper

void	setControlTaper (taper ctrlTaper)
	set taper

bool	isLinearTaper ()
	query: linear taper

bool	isLogTaper ()
	query: log taper

bool	isAntiLogTaper ()
	query: antilog taper

bool	isVoltOctaveTaper ()
	query: volt/octave taper

bool	isMeterParam ()
	query: meter param?

bool	isStringListParam ()
	query: string list para,?

bool	isFloatParam ()
	query: float param?

bool	isDoubleParam ()
	query: double param?

bool	isIntParam ()
	query: int param?

bool	isNonVariableBoundParam ()
	query: non-bound param?

uint32_t	getDisplayPrecision ()
	get sig digits

void	setDisplayPrecision (uint32_t precision)
	set sig digits

double	getMeterAttack_ms ()
	get meter attack time (ballistics)

void	setMeterAttack_ms (double value)
	set meter attack time (ballistics)

double	getMeterRelease_ms ()
	get meter release time (ballistics)

void	setMeterRelease_ms (double value)
	set meter release time (ballistics)

uint32_t	getDetectorMode ()
	get meter detect mode

void	setMeterDetectorMode (uint32_t value)
	set meter detect mode

bool	getLogMeter ()
	query log meter flag

void	setLogMeter (bool value)
	set log meter flag

bool	getInvertedMeter ()
	query inverted meter flag

void	setInvertedMeter (bool value)
	set inverted meter flag

bool	isProtoolsGRMeter ()
	query pro tools GR meter flag

void	setIsProtoolsGRMeter (bool value)
	set inverted meter flag

bool	getParameterSmoothing ()
	query parameter smoothing flag

void	setParameterSmoothing (bool value)
	set inverted meter flag

double	getSmoothingTimeMsec ()
	query smoothing time

void	setSmoothingTimeMsec (double value)
	set inverted meter flag

smoothingMethod	getSmoothingMethod ()
	query smoothing method

void	setSmoothingMethod (smoothingMethod smoothingMethod)
	set smoothing method

bool	getIsWritable ()
	query writable control (meter)

void	setIsWritable (bool value)
	set writable control (meter)

bool	getEnableVSTSampleAccurateAutomation ()
	query VST3 sample accurate automation

void	setEnableVSTSampleAccurateAutomation (bool value)
	set VST3 sample accurate automation

AuxParameterAttribute *	getAuxAttribute (uint32_t attributeID)
	get aux data

uint32_t	setAuxAttribute (uint32_t attributeID, const AuxParameterAttribute &auxParameterAtribute)
	set aux data

double	getControlValue ()
	the main function to access the underlying atomic double value

void	setControlValue (double actualParamValue, bool ignoreSmoothing=false)
	the main function to set the underlying atomic double value

double	setControlValueNormalized (double normalizedValue, bool applyTaper=true, bool ignoreParameterSmoothing=false)
	the main function to set the underlying atomic double value using a normalized value; this is the operation in VST3 and RAFX2

std::string	getControlValueAsString ()
	the main function to access the underlying atomic double value as a string

size_t	getStringCount ()
	get the number of individual strings in a string-list control

const char *	getCommaSeparatedStringList ()
	get the strings in a string-list control as a comma separated list

void	setCommaSeparatedStringList ()
	convert the string-list into a comma-separated list (during construction)

void	setStringList (std::vector< std::string > _stringList)
	set the string-list using a vector of strings

std::string	getStringByIndex (uint32_t index)
	get string-list string by index

double	getDefaultValueNormalized ()
	get default value as normalied value

double	getControlValueNormalized (bool applyTaper=true)
	get control value as normalied value

double	getControlValueWithNormalizedValue (double normalizedValue, bool applyTaper=true)
	get the new control value as if it were set with a normalized value

double	getNormalizedControlValueWithActualValue (double actualValue)
	get the new normalized control value as if it were set with an actual value

double	getGUIMin ()

double	getGUIMax ()

int	findStringIndex (std::string searchString)
	find a string in the list of a string-list parameter

double	normToLogNorm (double normalizedValue)

double	logNormToNorm (double logNormalizedValue)

double	normToAntiLogNorm (double normalizedValue)

double	antiLogNormToNorm (double aLogNormalizedValue)

void	initParamSmoother (double sampleRate)
	initialize or reset the parameter smoother object

void	updateSampleRate (double sampleRate)
	change any sample-rate dependent members

bool	smoothParameterValue ()
	perform smoothing operation on data

void	setBoundVariable (void *boundVariable, boundVariableType dataType)
	save the variable for binding operation

boundVariableType	getBoundVariableType ()
	get the datatype of the bound variable

bool	updateInBoundVariable ()
	perform the variable binding update (change the value)

bool	updateOutBoundVariable ()
	perform the variable binding update on meter data

void	setParameterUpdateQueue (IParameterUpdateQueue *_parameterUpdateQueue)
	stores the update queue for VST3 sample accuate automation; note this is only used during actual DAW runs with automation engaged

IParameterUpdateQueue *	getParameterUpdateQueue ()
	retrieves the update queue for VST3 sample accuate automation; note this is only used during actual DAW runs with automation engaged

PluginParameter &	operator= (const PluginParameter &aPluginParameter)

Protected Member Functions
float	getAtomicControlValueFloat () const
	set atomic variable with float

void	setAtomicControlValueFloat (float value)
	get atomic variable as float

double	getAtomicControlValueDouble () const
	set atomic variable with double

void	setAtomicControlValueDouble (double value)
	get atomic variable as double

void	setSmoothedTargetValue (double value)
	set atomic TARGET smoothing variable with double

double	getSmoothedTargetValue () const
	set atomic TARGET smoothing variable with double

double	getVoltOctaveControlValueFromNormValue (double normalizedValue)
	get volt/octave control value from a normalized value

double	getNormalizedLogControlValue ()
	get get log control value in normalized form

double	getNormalizedAntiLogControlValue ()
	get get anti-log control value in normalized form

double	getNormalizedVoltOctaveControlValue ()
	get get volt/octave control value in normalized form

double	getNormalizedControlValueWithActual (double actualValue)
	convert actual control value into normalized value (helper)

double	getNormalizedControlValue ()
	get control value as normalized value (helper)

double	getControlValueFromNormalizedValue (double normalizedValue)
	get control value with a normalized value (helper)

double	getNormalizedDefaultValue ()
	get default value as a normalized value (helper)

double	getNormalizedLogDefaultValue ()
	get log default value in normalized form

double	getNormalizedAntiLogDefaultValue ()
	get anti-log default value in normalized form

double	getNormalizedVoltOctaveDefaultValue ()
	get volt/octave default value in normalized form

Protected Attributes
int	controlID = -1
	the ID value for the parameter

std::string	controlName = "ControlName"
	the name string for the parameter

std::string	controlUnits = "Units"
	the units string for the parameter

controlVariableType	controlType = controlVariableType::kDouble
	the control type

double	minValue = 0.0
	the min for the parameter

double	maxValue = 1.0
	the max for the parameter

double	defaultValue = 0.0
	the default value for the parameter

std::atomic< float >	controlValueAtomic
	the underlying atomic variable

std::atomic< float >	smoothedTargetValueAtomic
	the underlying atomic variable TARGET for smoothing

taper	controlTaper = taper::kLinearTaper
	the taper

uint32_t	displayPrecision = 2
	sig digits for display

std::vector< std::string >	stringList
	string list

std::string	commaSeparatedStringList
	string list a somma separated string

bool	appendUnits = true
	flag to append units in GUI controls (use with several built-in custom views)

bool	isWritable = false
	flag for meter variables

bool	isDiscreteSwitch = false
	flag for switches (not currently used in ASPiK)

double	meterAttack_ms = 10.0
	meter attack time in milliseconds

double	meterRelease_ms = 500.0
	meter release time in milliseconds

uint32_t	detectorMode = ENVELOPE_DETECT_MODE_RMS
	meter detector mode

bool	logMeter = false
	meter is log

bool	invertedMeter = false
	meter is inverted

bool	protoolsGRMeter = false
	meter is a Pro Tools gain reduction meter

bool	useParameterSmoothing = false
	enable param smoothing

smoothingMethod	smoothingType = smoothingMethod::kLPFSmoother
	param smoothing type

double	smoothingTimeMsec = 100.0
	param smoothing time

ParamSmoother< double >	paramSmoother
	param smoothing object

boundVariableType	boundVariableDataType = boundVariableType::kFloat
	bound data type

IParameterUpdateQueue *	parameterUpdateQueue = nullptr
	interface for VST3 sample accurate updates

bool	enableVSTSampleAccurateAutomation = true
	VST3 sample accurate flag.

Detailed Description

The PluginParameter object stores all of the data needed for any type of plugin parameter. It is a large object, but it is not complex as it really just stores LOTS of information about plugin parameters.

PluginParameter Operations:

store attributes of plugin parameters (numerous)
store the actual parameter value as an atomic double
provide access to the atomic double value as needed (and safely)
hold the parameter smoother object
store infinite amount of auxilliary data in numerous formats (you can easily add your own)
consists mainly of attributes and get/set functions for each

Author: Will Pirkle http://www.willpirkle.com

Remarks: This object is included in Designing Audio Effects Plugins in C++ 2nd Ed. by Will Pirkle

Version: Revision : 1.0

Date: Date : 2018 / 09 / 7

Constructor & Destructor Documentation

◆ PluginParameter() [1/7]

PluginParameter::PluginParameter	(	int	_controlID,
		const char *	_controlName,
		const char *	_controlUnits,
		controlVariableType	_controlType,
		double	_minValue,
		double	_maxValue,
		double	_defaultValue,
		taper	_controlTaper = `taper::kLinearTaper`,
		uint32_t	_displayPrecision = `2`
	)

constructor for most knobs and sliders

constructor for continuous controls

Parameters

_controlID	numerical control identifier – MUST BE UNIQUE among all parameter ID values
_controlName	name string
_controlUnits	units string
_controlType	type
_minValue	min limit
_maxValue	max limit
_defaultValue	default value at startup
_controlTaper	type of gtaper
_displayPrecision	sig digits of precision on GUI display

◆ PluginParameter() [2/7]

PluginParameter::PluginParameter	(	int	_controlID,
		const char *	_controlName,
		std::vector< std::string >	_stringList,
		std::string	_defaultString
	)

one method of constructing a string-list parameter

constructor 1 for string-list controls

Parameters

_controlID	numerical control identifier – MUST BE UNIQUE among all parameter ID values
_controlName	name string
_stringList	string list in std::vector format
_defaultString	default string value as std::string

◆ PluginParameter() [3/7]

PluginParameter::PluginParameter	(	int	_controlID,
		const char *	_controlName,
		const char *	_commaSeparatedList,
		std::string	_defaultString
	)

second method of constructing a string-list parameter

constructor 2 for string-list controls

Parameters

_controlID	numerical control identifier – MUST BE UNIQUE among all parameter ID values
_controlName	name string
_commaSeparatedList	simple character string of comma-separated items
_defaultString	default string value as std::string

◆ PluginParameter() [4/7]

PluginParameter::PluginParameter	(	int	_controlID,
		const char *	_controlName,
		double	_meterAttack_ms,
		double	_meterRelease_ms,
		uint32_t	_detectorMode,
		meterCal	_meterCal = `meterCal::kLinearMeter`
	)

method of constructing a meter parameter

constructor for meter controls

Parameters

_controlID	numerical control identifier – MUST BE UNIQUE among all parameter ID values
_controlName	name string
_meterAttack_ms	attack time for meter (ballistics)
_meterRelease_ms	release time for meter (ballistics)
_detectorMode	peak, ms, rms
_meterCal	linear or log calibration

◆ PluginParameter() [5/7]

PluginParameter::PluginParameter	(	int	_controlID,
		const char *	_controlName = `""`,
		controlVariableType	_controlType = `controlVariableType::kNonVariableBoundControl`
	)

method of constructing a non-bound-variable parameter

constructor for NonVariableBoundControl

Parameters

_controlID	numerical control identifier – MUST BE UNIQUE among all parameter ID values
_controlName	name string
_controlType	type of control

◆ PluginParameter() [6/7]

PluginParameter::PluginParameter ( )

simple constructor - you can always use this and then use the massive number of get/set functions to customize in any manner

empty constructor

◆ PluginParameter() [7/7]

PluginParameter::PluginParameter ( const PluginParameter & initGuiControl )

copy constructor

◆ ~PluginParameter()

PluginParameter::~PluginParameter ( )

virtual

only need to clean out the aux parameters - everything else is self deleting

D-TOR

Member Function Documentation

◆ antiLogNormToNorm()

double PluginParameter::antiLogNormToNorm ( double aLogNormalizedValue )

inline

AntiLog-normalized to normalized version

◆ findStringIndex()

int PluginParameter::findStringIndex ( std::string searchString )

inline

find a string in the list of a string-list parameter

Returns: index of string in list

◆ getAuxAttribute()

AuxParameterAttribute * PluginParameter::getAuxAttribute ( uint32_t attributeID )

get aux data

get an aux attribute

Parameters

attributeID unique identifier of attribute

Returns: a naked pointer to the attribute

◆ getBoundVariableType()

boundVariableType PluginParameter::getBoundVariableType ( )

inline

get the datatype of the bound variable

Returns: boundVariableType

◆ getCommaSeparatedStringList()

const char * PluginParameter::getCommaSeparatedStringList ( )

inline

get the strings in a string-list control as a comma separated list

Returns: comma separated list as a const char*

◆ getControlValue()

double PluginParameter::getControlValue ( )

inline

the main function to access the underlying atomic double value

Returns: the value as a regular double

◆ getControlValueAsString()

std::string PluginParameter::getControlValueAsString ( )

the main function to access the underlying atomic double value as a string

get control value: string

Returns: the value as a std::string

Returns: std::string version of control value

◆ getControlValueFromNormalizedValue()

double PluginParameter::getControlValueFromNormalizedValue ( double normalizedValue )

inlineprotected

get control value with a normalized value (helper)

Parameters

normalizedValue the normalized value

Returns: actual version

◆ getControlValueNormalized()

double PluginParameter::getControlValueNormalized ( bool applyTaper = true )

inline

get control value as normalied value

Returns: control value in normalized form

◆ getControlValueWithNormalizedValue()

double PluginParameter::getControlValueWithNormalizedValue	(	double	normalizedValue,
		bool	applyTaper = `true`
	)

inline

get the new control value as if it were set with a normalized value

Returns: control value as if it were set with a normalized value

◆ getDefaultValueNormalized()

double PluginParameter::getDefaultValueNormalized ( )

inline

get default value as normalied value

Returns: default value in normalized form

◆ getGUIMax()

double PluginParameter::getGUIMax ( )

inline

get the maximum GUI value for string-list params

◆ getGUIMin()

double PluginParameter::getGUIMin ( )

inline

get the minimum GUI value - this is ALWAYS 0.0 for VSTGUI4

◆ getNormalizedAntiLogControlValue()

double PluginParameter::getNormalizedAntiLogControlValue ( )

inlineprotected

get get anti-log control value in normalized form

Returns: anti-log control value in normalized form

◆ getNormalizedAntiLogDefaultValue()

double PluginParameter::getNormalizedAntiLogDefaultValue ( )

inlineprotected

get anti-log default value in normalized form

Returns: normalized version

◆ getNormalizedControlValue()

double PluginParameter::getNormalizedControlValue ( )

inlineprotected

get control value as normalized value (helper)

Returns: normalized version

◆ getNormalizedControlValueWithActual()

double PluginParameter::getNormalizedControlValueWithActual ( double actualValue )

inlineprotected

convert actual control value into normalized value (helper)

Parameters

actualValue the actual value

Returns: normalized version

◆ getNormalizedControlValueWithActualValue()

double PluginParameter::getNormalizedControlValueWithActualValue ( double actualValue )

inline

get the new normalized control value as if it were set with an actual value

Returns: control value as if it were set with a normalized value

◆ getNormalizedDefaultValue()

double PluginParameter::getNormalizedDefaultValue ( )

inlineprotected

get default value as a normalized value (helper)

Returns: normalized version

◆ getNormalizedLogControlValue()

double PluginParameter::getNormalizedLogControlValue ( )

inlineprotected

get get log control value in normalized form

Returns: log control value in normalized form

◆ getNormalizedLogDefaultValue()

double PluginParameter::getNormalizedLogDefaultValue ( )

inlineprotected

get log default value in normalized form

Returns: normalized version

◆ getNormalizedVoltOctaveControlValue()

double PluginParameter::getNormalizedVoltOctaveControlValue ( )

inlineprotected

get get volt/octave control value in normalized form

Returns: volt/octave control value in normalized form

◆ getNormalizedVoltOctaveDefaultValue()

double PluginParameter::getNormalizedVoltOctaveDefaultValue ( )

inlineprotected

get volt/octave default value in normalized form

Returns: normalized version

◆ getParameterUpdateQueue()

IParameterUpdateQueue * PluginParameter::getParameterUpdateQueue ( )

inline

retrieves the update queue for VST3 sample accuate automation; note this is only used during actual DAW runs with automation engaged

Returns: IParameterUpdateQueue*

◆ getStringByIndex()

std::string PluginParameter::getStringByIndex ( uint32_t index )

get string-list string by index

get a string-list string using the index

Parameters

index of string in list

Returns: std::string version of single string

◆ getStringCount()

size_t PluginParameter::getStringCount ( )

inline

get the number of individual strings in a string-list control

Returns: number of strings

◆ getVoltOctaveControlValueFromNormValue()

double PluginParameter::getVoltOctaveControlValueFromNormValue ( double normalizedValue )

inlineprotected

get volt/octave control value from a normalized value

Parameters

normalizedValue the normalized version

Returns: volt/octave version

◆ initParamSmoother()

void PluginParameter::initParamSmoother ( double sampleRate )

inline

initialize or reset the parameter smoother object

Parameters

sampleRate fs (needed for coefficient calc)

◆ logNormToNorm()

double PluginParameter::logNormToNorm ( double logNormalizedValue )

inline

Log-normalized to normalized version (reverse-convex transform)

◆ normToAntiLogNorm()

double PluginParameter::normToAntiLogNorm ( double normalizedValue )

inline

normalized to AntiLog-normalized version

◆ normToLogNorm()

double PluginParameter::normToLogNorm ( double normalizedValue )

inline

normalized to Log-normalized version (convex transform)

◆ operator=()

PluginParameter & PluginParameter::operator= ( const PluginParameter & aPluginParameter )

inline

overloaded = operator (standard C++ fare)

◆ setAuxAttribute()

uint32_t PluginParameter::setAuxAttribute	(	uint32_t	attributeID,
		const AuxParameterAttribute &	auxParameterAtribute
	)

set aux data

set an aux attribute

Parameters

attributeID	unique identifier of attribute
auxParameterAtribute	information about the aux attribute

Returns: the index of the new attribute

◆ setBoundVariable()

void PluginParameter::setBoundVariable	(	void *	boundVariable,
		boundVariableType	dataType
	)

inline

save the variable for binding operation

Parameters

boundVariable	naked pointer to bound variable
dataType	data type for casting

◆ setCommaSeparatedStringList()

void PluginParameter::setCommaSeparatedStringList ( )

convert the string-list into a comma-separated list (during construction)

set comma-separated version of string list (internally called)

◆ setControlValue()

void PluginParameter::setControlValue	(	double	actualParamValue,
		bool	ignoreSmoothing = `false`
	)

inline

the main function to set the underlying atomic double value

Parameters

actualParamValue	parameter value as a regular double
ignoreSmoothing	flag to ignore smoothing operation and write directly to atomic double

◆ setControlValueNormalized()

double PluginParameter::setControlValueNormalized	(	double	normalizedValue,
		bool	applyTaper = `true`,
		bool	ignoreParameterSmoothing = `false`
	)

inline

the main function to set the underlying atomic double value using a normalized value; this is the operation in VST3 and RAFX2

Parameters

normalizedValue	parameter value as a regular double
applyTaper	add the control taper during the operation
ignoreParameterSmoothing	flag to ignore smoothing operation and write directly to atomic double

◆ setParameterUpdateQueue()

void PluginParameter::setParameterUpdateQueue ( IParameterUpdateQueue * _parameterUpdateQueue )

inline

stores the update queue for VST3 sample accuate automation; note this is only used during actual DAW runs with automation engaged

Parameters

_parameterUpdateQueue the update queue to store

◆ smoothParameterValue()

bool PluginParameter::smoothParameterValue ( )

inline

perform smoothing operation on data

Returns: true if data was actually smoothed, false otherwise (data that has reached its terminal value will not be smoothed any further)

◆ updateInBoundVariable()

bool PluginParameter::updateInBoundVariable ( )

inline

perform the variable binding update (change the value)

Returns: boundVariableType

◆ updateOutBoundVariable()

bool PluginParameter::updateOutBoundVariable ( )

inline

perform the variable binding update on meter data

Returns: true if variable was udpated, false otherwise

◆ updateSampleRate()

void PluginParameter::updateSampleRate ( double sampleRate )

inline

change any sample-rate dependent members

Parameters

sampleRate fs (needed for coefficient calc)

The documentation for this class was generated from the following files:

C:/RackAFX_v7/ASPIK_Doxygen/PluginTemplate/project_source/source/PluginKernel/pluginparameter.h
C:/RackAFX_v7/ASPIK_Doxygen/PluginTemplate/project_source/source/PluginKernel/pluginparameter.cpp

Public Member Functions

Protected Member Functions

Protected Attributes

Detailed Description

Constructor & Destructor Documentation

◆ PluginParameter() [1/7]

◆ PluginParameter() [2/7]

◆ PluginParameter() [3/7]

◆ PluginParameter() [4/7]

◆ PluginParameter() [5/7]

◆ PluginParameter() [6/7]

◆ PluginParameter() [7/7]

◆ ~PluginParameter()

Member Function Documentation

◆ antiLogNormToNorm()

◆ findStringIndex()

◆ getAuxAttribute()

◆ getBoundVariableType()

◆ getCommaSeparatedStringList()

◆ getControlValue()

◆ getControlValueAsString()

◆ getControlValueFromNormalizedValue()

◆ getControlValueNormalized()

◆ getControlValueWithNormalizedValue()

◆ getDefaultValueNormalized()

◆ getGUIMax()

◆ getGUIMin()

◆ getNormalizedAntiLogControlValue()

◆ getNormalizedAntiLogDefaultValue()

◆ getNormalizedControlValue()

◆ getNormalizedControlValueWithActual()

◆ getNormalizedControlValueWithActualValue()

◆ getNormalizedDefaultValue()

◆ getNormalizedLogControlValue()

◆ getNormalizedLogDefaultValue()

◆ getNormalizedVoltOctaveControlValue()

◆ getNormalizedVoltOctaveDefaultValue()

◆ getParameterUpdateQueue()

◆ getStringByIndex()

◆ getStringCount()

◆ getVoltOctaveControlValueFromNormValue()

◆ initParamSmoother()

◆ logNormToNorm()

◆ normToAntiLogNorm()

◆ normToLogNorm()

◆ operator=()

◆ setAuxAttribute()

◆ setBoundVariable()

◆ setCommaSeparatedStringList()

◆ setControlValue()

◆ setControlValueNormalized()

◆ setParameterUpdateQueue()

◆ smoothParameterValue()

◆ updateInBoundVariable()

◆ updateOutBoundVariable()

◆ updateSampleRate()