If a Modulator is subclassed with VoiceModulation, it can handle multiple states for different voices. More...

Inheritance diagram for VoiceModulation:

Classes
class	PolyphonyManager
	If you subclass a Modulator from this class, it can handle multiple voices. More...

Public Member Functions
virtual float	startVoice (int voiceIndex)=0
	Implement the startVoice logic here. More...

virtual void	stopVoice (int voiceIndex)=0
	Implement the stopVoice logic here. More...

Public Member Functions inherited from Modulation
void	applyModulationValue (float calculatedModulationValue, float &destinationValue) const noexcept
	This applies the previously calculated value to the supplied destination value depending on the modulation mode (adding or multiplying). More...

float	calcIntensityValue (float calculatedModulationValue) const noexcept
	This applies the intensity to the given value and returns the applied value. More...

float	getDisplayIntensity () const noexcept
	Returns the actual intensity of the Modulation. More...

float	getIntensity () const noexcept
	Returns the intensity. More...

Mode	getMode () const noexcept
	returns the mode the Modulator is operating. More...

void	setIntensity (float newIntensity) noexcept
	Sets the intensity of the modulation. More...

void	setIntensityFromSlider (float sliderValue) noexcept
	Use this method to set the intensity from the ModulatorEditorHeader's intensity slider converting linear -12 ... More...

Additional Inherited Members
Public Types inherited from Modulation
enum	Mode { GainMode = 0, PitchMode, PanMode }
	There are two modes that Modulation can work: GainMode and PitchMode. More...

Detailed Description

If a Modulator is subclassed with VoiceModulation, it can handle multiple states for different voices.

Member Function Documentation

virtual float startVoice ( int voiceIndex )

pure virtual

Implement the startVoice logic here.

virtual void stopVoice ( int voiceIndex )

pure virtual

Implement the stopVoice logic here.

Implemented in ModulatorChain.