Inheritance diagram for ArpeggiatorBase:

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Collaboration diagram for ArpeggiatorBase:

Public Member Functions
virtual void	noteOn (ArpeggiatorSettings settings, int32_t noteCode, int32_t velocity, ArpReturnInstruction instruction, int32_t fromMIDIChannel, int16_t const *mpeValues)=0
virtual void	noteOff (ArpeggiatorSettings settings, int32_t noteCodePreArp, ArpReturnInstruction instruction)=0
virtual bool	handlePendingNotes (ArpeggiatorSettings settings, ArpReturnInstruction instruction)
void	render (ArpeggiatorSettings settings, ArpReturnInstruction instruction, int32_t numSamples, uint32_t gateThreshold, uint32_t phaseIncrement)
int32_t	doTickForward (ArpeggiatorSettings settings, ArpReturnInstruction instruction, uint32_t ClipCurrentPos, bool currentlyPlayingReversed)
void	calculateRandomizerAmounts (ArpeggiatorSettings *settings)
virtual bool	hasAnyInputNotesActive ()=0
virtual void	reset ()=0
virtual ArpType	getArpType ()=0

Public Attributes
ArpNote	active_note
std::array< int16_t, ARP_MAX_INSTRUCTION_NOTES >	glideNoteCodeCurrentlyOnPostArp
std::array< uint8_t, ARP_MAX_INSTRUCTION_NOTES >	outputMIDIChannelForGlideNoteCurrentlyOnPostArp
uint32_t	gatePos = 0
uint8_t	lastVelocity = 0

Protected Member Functions
void	calculateNextNoteAndOrOctave (ArpeggiatorSettings *settings, uint8_t numActiveNotes)
void	setInitialNoteAndOctave (ArpeggiatorSettings *settings, uint8_t numActiveNotes)
void	resetBase ()
void	resetRatchet ()
void	executeArpStep (ArpeggiatorSettings settings, uint8_t numActiveNotes, bool isRatchet, uint32_t maxSequenceLength, uint32_t rhythm, bool shouldCarryOnRhythmNote, bool shouldPlayNote, bool shouldPlayBassNote, bool shouldPlayRandomStep, bool shouldPlayReverseNote, bool *shouldPlayChordNote)
void	increasePatternIndexes (uint8_t numStepRepeats)
void	increaseSequenceIndexes (uint32_t maxSequenceLength, uint32_t rhythm)
void	maybeSetupNewRatchet (ArpeggiatorSettings *settings)
bool	evaluateRhythm (uint32_t rhythm, bool isRatchet)
bool	evaluateNoteProbability (bool isRatchet)
bool	evaluateBassProbability (bool isRatchet)
bool	evaluateSwapProbability (bool isRatchet)
bool	evaluateReverseProbability (bool isRatchet)
bool	evaluateChordProbability (bool isRatchet)
uint32_t	calculateSpreadVelocity (uint8_t velocity, int32_t spreadVelocityForCurrentStep)
int32_t	getOctaveDirection (ArpeggiatorSettings *settings)
virtual void	switchNoteOn (ArpeggiatorSettings settings, ArpReturnInstruction instruction, bool isRatchet)=0
void	switchAnyNoteOff (ArpReturnInstruction *instruction)
bool	getRandomProbabilityResult (uint32_t value)
int8_t	getRandomBipolarProbabilityAmount (uint32_t value)
int8_t	getRandomWeighted2BitsAmount (uint32_t value)

Protected Attributes
bool	gateCurrentlyActive = false
bool	playedFirstArpeggiatedNoteYet = false
uint32_t	notesPlayedFromSequence = 0
uint32_t	randomNotesPlayedFromOctave = 0
int16_t	whichNoteCurrentlyOnPostArp
int8_t	currentOctave = 0
int8_t	currentDirection = 1
int8_t	currentOctaveDirection = 1
uint32_t	notesPlayedFromRhythm = 0
uint32_t	lastNormalNotePlayedFromRhythm = 0
uint32_t	notesPlayedFromLockedRandomizer = 0
bool	lastNormalNotePlayedFromNoteProbability = true
bool	lastNormalNotePlayedFromBassProbability = false
bool	lastNormalNotePlayedFromSwapProbability = false
bool	lastNormalNotePlayedFromReverseProbability = false
bool	lastNormalNotePlayedFromChordProbability = false
int32_t	stepRepeatIndex = 0
uint32_t	ratchetNotesIndex = 0
uint32_t	ratchetNotesMultiplier = 0
uint32_t	ratchetNotesCount = 0
bool	isRatcheting = false
bool	glideOnNextNoteOff = false
bool	isPlayNoteForCurrentStep = true
bool	isPlayBassForCurrentStep = false
bool	isPlayRandomStepForCurrentStep = false
bool	isPlayReverseForCurrentStep = false
bool	isPlayChordForCurrentStep = false
bool	isPlayRatchetForCurrentStep = false
bool	isPlayGlideForCurrentStep = false
int32_t	spreadVelocityForCurrentStep = 0
int32_t	spreadGateForCurrentStep = 0
int32_t	spreadOctaveForCurrentStep = 0
bool	resetLockedRandomizerValuesNextTime = false

Member Function Documentation

◆ handlePendingNotes()

bool ArpeggiatorBase::handlePendingNotes	(	ArpeggiatorSettings *	settings,
		ArpReturnInstruction *	instruction )

virtual

Looks for pending notes and sets arp return to the pending note if found Returns true if it sets the arp return note

Reimplemented in Arpeggiator.

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

src/deluge/modulation/arpeggiator.h
src/deluge/modulation/arpeggiator.cpp

Public Member Functions

Public Attributes

Protected Member Functions

Protected Attributes

Member Function Documentation

◆ handlePendingNotes()