ArpeggiatorBase Class Reference

Inheritance diagram for ArpeggiatorBase:

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)
virtual bool	hasPendingNotes (ArpeggiatorSettings *settings)
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

Static Public Member Functions
static bool	arpIsOff (ArpeggiatorSettings *settings)

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

arpIsOff()

bool ArpeggiatorBase::arpIsOff ( ArpeggiatorSettings * settings )

inlinestatic

A null settings means no arpeggiation, same as ArpMode::OFF. Everything that branches on "is the arp on" must agree on this, or notes pend in one place and get looked for in another.

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.

hasPendingNotes()

bool ArpeggiatorBase::hasPendingNotes ( ArpeggiatorSettings * settings )

virtual

Whether a note is waiting to start because it couldn't get a voice yet. handlePendingNotes() only runs from Sound::render(), so a Sound must keep rendering while this is true or the note will never start.

Reimplemented in Arpeggiator.

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

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