pongasoft::VST Namespace Reference

Namespaces
	Clock
	Debug
	GUI
	IBStreamHelper
	RT

Classes
class	AudioBuffers
class	AutoReleaseTimer
class	BooleanParamConverter
class	BufferStream
class	CStringParamSerializer
class	DiscreteValueParamConverter
class	DoubleParamSerializer
class	EnumParamConverter
class	FObjectCx
class	FObjectCxCallback
class	IJmbParamDef
class	IMessageHandler
class	IMessageProducer
class	IParamConverter
class	IParamDef
class	IParamSerializer
class	JmbParamDef
class	Message
class	MessageHandler
class	NormalizedState
class	Parameters
class	PercentParamConverter
class	RawParamConverter
class	RawParamSerializer
class	RawVstParamDef
class	SampleRateBasedClock
class	VstParamDef
class	VstParameterImpl

Typedefs
typedef AudioBuffers< Sample32 >	AudioBuffers32
typedef AudioBuffers< Sample64 >	AudioBuffers64
template<typename T >
using	JmbParam = std::shared_ptr< JmbParamDef< T > >
using	MessageID = int
using	Percent = double
using	RawVstParam = std::shared_ptr< RawVstParamDef >
template<typename T >
using	VstParam = std::shared_ptr< VstParamDef< T > >
using	VstString16 = std::basic_string< Steinberg::char16 >

Functions
uint16	__readStateVersion (IBStreamer &iStreamer)
template<typename IntType = int>
static ParamValue	convertDiscreteValueToNormalizedValue (int32 iStepCount, IntType iDiscreteValue)
template<typename IntType = int>
static IntType	convertNormalizedValueToDiscreteValue (int32 iStepCount, ParamValue iNormalizedValue)
template<typename SampleType >
SampleType	dbToSample (double valueInDb)
template<typename SampleType >
SampleType	getSampleSilentThreshold () noexcept
template<>
Sample32	getSampleSilentThreshold< Sample32 > () noexcept
template<>
Sample64	getSampleSilentThreshold< Sample64 > () noexcept
bool	isSilent (Sample32 value)
bool	isSilent (Sample64 value)
template<typename SampleType >
double	sampleToDb (SampleType valueInSample)

Variables
static const auto	ATTR_MSG_ID = "ATTR_MSG_ID"
constexpr int32	DEFAULT_LEFT_CHANNEL = 0
constexpr int32	DEFAULT_RIGHT_CHANNEL = 1
constexpr Sample32	Sample32SilentThreshold = ((Sample32)2.0e-8)
constexpr Sample64	Sample64SilentThreshold = ((Sample64)2.0e-8)

Typedef Documentation

AudioBuffers32

typedef AudioBuffers<Sample32> pongasoft::VST::AudioBuffers32

AudioBuffers64

typedef AudioBuffers<Sample64> pongasoft::VST::AudioBuffers64

JmbParam

template<typename T >

using pongasoft::VST::JmbParam = typedef std::shared_ptr<JmbParamDef<T> >

MessageID

using pongasoft::VST::MessageID = typedef int

Percent

using pongasoft::VST::Percent = typedef double

Percent type represented by a double

RawVstParam

using pongasoft::VST::RawVstParam = typedef std::shared_ptr<RawVstParamDef>

VstParam

template<typename T >

using pongasoft::VST::VstParam = typedef std::shared_ptr<VstParamDef<T> >

VstString16

using pongasoft::VST::VstString16 = typedef std::basic_string<Steinberg::char16>

Strings made of char16 characters are represented by the native C++11 type std::basic_string<Steinberg::char16> and properly converted to what is required by the VST classes. The Steinberg::String class can be used to generate a formatted string like this:

int pad = 3;
String title;
title.printf(STR16("Pad [%d]", pad);
// because std::basic_string<Steinberg::char16> can be created from a char16 const *, then you can simply
// use title.text16() wherever a VstString16 is requested
myParam = vst<BooleanParamConverter>(id, title.text16()).add();

Function Documentation

__readStateVersion()

uint16 pongasoft::VST::__readStateVersion

(

IBStreamer &

iStreamer

)

convertDiscreteValueToNormalizedValue()

template<typename IntType = int>

static ParamValue pongasoft::VST::convertDiscreteValueToNormalizedValue ( int32  iStepCount, IntType  iDiscreteValue  )

inlinestatic

Implements the algorithm described in the VST documentation on how to interpret a discrete value into a normalized value

convertNormalizedValueToDiscreteValue()

template<typename IntType = int>

static IntType pongasoft::VST::convertNormalizedValueToDiscreteValue ( int32  iStepCount, ParamValue  iNormalizedValue  )

inlinestatic

Implements the algorithm described in the VST documentation on how to interpret a normalized value as a discrete value

dbToSample()

template<typename SampleType >

SampleType pongasoft::VST::dbToSample ( double  valueInDb )

inline

getSampleSilentThreshold()

template<typename SampleType >

SampleType pongasoft::VST::getSampleSilentThreshold ( )

noexcept

getSampleSilentThreshold< Sample32 >()

template<>

Sample32 pongasoft::VST::getSampleSilentThreshold< Sample32 > ( )

inlinenoexcept

getSampleSilentThreshold< Sample64 >()

template<>

Sample64 pongasoft::VST::getSampleSilentThreshold< Sample64 > ( )

inlinenoexcept

isSilent() [1/2]

bool pongasoft::VST::isSilent ( Sample32  value )

inline

isSilent() [2/2]

bool pongasoft::VST::isSilent ( Sample64  value )

inline

sampleToDb()

template<typename SampleType >

double pongasoft::VST::sampleToDb ( SampleType  valueInSample )

inline

Variable Documentation

ATTR_MSG_ID

const auto pongasoft::VST::ATTR_MSG_ID = "ATTR_MSG_ID"

static

DEFAULT_LEFT_CHANNEL

constexpr int32 pongasoft::VST::DEFAULT_LEFT_CHANNEL = 0

DEFAULT_RIGHT_CHANNEL

constexpr int32 pongasoft::VST::DEFAULT_RIGHT_CHANNEL = 1

Sample32SilentThreshold

constexpr Sample32 pongasoft::VST::Sample32SilentThreshold = ((Sample32)2.0e-8)

Sample64SilentThreshold

constexpr Sample64 pongasoft::VST::Sample64SilentThreshold = ((Sample64)2.0e-8)