Collaboration diagram for CVEngine:

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Public Member Functions
void	init ()
void	sendNote (bool on, uint8_t channel, int16_t note=-32768)
void	setGateType (uint8_t whichGate, GateType value)
void	setCVVoltsPerOctave (uint8_t channel, uint8_t value)
void	setCVTranspose (uint8_t channel, int32_t semitones, int32_t cents)
void	setCVPitchBend (uint8_t channel, int32_t value, bool outputToo=true)
int32_t	calculateVoltage (int32_t note, uint8_t channel)
void	physicallySwitchGate (int32_t channel)
void	cvOutUpdated ()
void	analogOutTick ()
void	playbackBegun ()
void	playbackEnded ()
void	updateClockOutput ()
	toggles clock, does not physically update until updateGateOutputs called
void	updateRunOutput ()
bool	isTriggerClockOutputEnabled ()
void	updateGateOutputs ()
	physically send all gate outs if any output pending
bool	isGatePending () const
bool	isRunPending () const
bool	isClockPending () const
bool	isAnythingButRunPending () const
bool	isAnythingPending () const
void	sendVoltageOut (uint8_t channel, uint16_t voltage)
bool	isNoteOn (int32_t channel, int32_t note)

Public Attributes
GateChannel	gateChannels [NUM_GATE_CHANNELS]
CVChannel	cvChannels [NUM_PHYSICAL_CV_CHANNELS]
uint8_t	minGateOffTime
bool	clockState
uint32_t	mostRecentSwitchOffTimeOfPendingNoteOn

Private Member Functions
void	recalculateCVChannelVoltage (uint8_t channel)
void	switchGateOff (int32_t channel)
void	switchGateOn (int32_t channel, int32_t doInstantlyIfPossible=false)

Private Attributes
bool	cvOutPending {false}
	signifies there's a gate that can't go until the cv is output
bool	gateOutputPending {false}
	gate 1-4 as synths or drums
bool	asapGateOutputPending
	gate 3 as a run signal
bool	clockOutputPending
	gate 4 as a clock signal

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

Public Member Functions

Public Attributes