Inheritance diagram for SessionView:

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Collaboration diagram for SessionView:

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Public Member Functions
bool	getGreyoutColsAndRows (uint32_t cols, uint32_t rows) override

bool	opened () override

void	focusRegained () override

ActionResult	buttonAction (deluge::hid::Button b, bool on, bool inCardRoutine) override

ActionResult	clipCreationButtonPressed (hid::Button i, bool on, bool routine)

ActionResult	padAction (int32_t x, int32_t y, int32_t velocity) override

ActionResult	horizontalEncoderAction (int32_t offset) override

ActionResult	verticalEncoderAction (int32_t offset, bool inCardRoutine) override

bool	renderSidebar (uint32_t whichRows, RGB image[][kDisplayWidth+kSideBarWidth], uint8_t occupancyMask[][kDisplayWidth+kSideBarWidth]) override

void	removeClip (Clip *clip)

void	redrawClipsOnScreen (bool doRender=true)

uint32_t	getMaxZoom () override

void	cloneClip (uint8_t yDisplayFrom, uint8_t yDisplayTo)

bool	renderRow (ModelStack *modelStack, uint8_t yDisplay, RGB thisImage[kDisplayWidth+kSideBarWidth], uint8_t thisOccupancyMask[kDisplayWidth+kSideBarWidth], bool drawUndefinedArea=true)

void	graphicsRoutine () override

int32_t	displayLoopsRemainingPopup (bool ephemeral=false)
	display number of bars or quarter notes remaining until a launch event

void	potentiallyRenderClipLaunchPlayhead (bool reallyNoTickSquare, int32_t sixteenthNotesRemaining)

void	requestRendering (UI *ui, uint32_t whichMainRows=0xFFFFFFFF, uint32_t whichSideRows=0xFFFFFFFF)

int32_t	getClipPlaceOnScreen (Clip *clip)

void	drawStatusSquare (uint8_t yDisplay, RGB thisImage[])

void	drawSectionSquare (uint8_t yDisplay, RGB thisImage[])

bool	calculateZoomPinSquares (uint32_t oldScroll, uint32_t newScroll, uint32_t newZoom, uint32_t oldZoom) override

uint32_t	getMaxLength () override

bool	setupScroll (uint32_t oldScroll) override

uint32_t	getClipLocalScroll (Clip *loopable, uint32_t overviewScroll, uint32_t xZoom)

void	flashPlayRoutine ()

void	modEncoderButtonAction (uint8_t whichModEncoder, bool on) override

void	modButtonAction (uint8_t whichButton, bool on) override

void	selectEncoderAction (int8_t offset) override

ActionResult	timerCallback () override

void	noteRowChanged (InstrumentClip clip, NoteRow noteRow) override

void	setLedStates ()

void	editNumRepeatsTilLaunch (int32_t offset)

uint32_t	getGreyedOutRowsNotRepresentingOutput (Output *output) override

bool	renderMainPads (uint32_t whichRows, RGB image[][kDisplayWidth+kSideBarWidth], uint8_t occupancyMask[][kDisplayWidth+kSideBarWidth], bool drawUndefinedArea=true) override

void	midiLearnFlash () override

void	transitionToViewForClip (Clip *clip=nullptr)

void	transitionToSessionView ()

void	finishedTransitioningHere ()

void	playbackEnded () override

void	clipNeedsReRendering (Clip *clip) override

void	sampleNeedsReRendering (Sample *sample) override

Clip *	getClipOnScreen (int32_t yDisplay)

Output *	getOutputFromPad (int32_t x, int32_t y)

void	modEncoderAction (int32_t whichModEncoder, int32_t offset) override

ActionResult	verticalScrollOneSquare (int32_t direction)

void	renderOLED (deluge::hid::display::oled_canvas::Canvas &canvas) override

void	redrawNumericDisplay ()

void	clearNumericDisplay ()

void	displayRepeatsTilLaunch ()

Clip *	getClipForLayout ()

int32_t	getClipIndexForLayout ()

void	copyClipName (Clip source, Clip target, Output *targetOutput)

bool	gridFirstPadActive ()

ActionResult	gridHandlePads (int32_t x, int32_t y, int32_t on)

ActionResult	gridHandleScroll (int32_t offsetX, int32_t offsetY)

UIType	getUIType () override
	What type of UI is this? e.g. UIType::ARRANGER.

UIModControllableContext	getUIModControllableContext () override
	What mod controllable context is this UI using? E.g. Automation View can use the Song ModControllable when in Arranger but the Clip ModControllable when in a Clip.

Clip *	createNewClip (OutputType outputType, int32_t yDisplay)

void	enterMacrosConfigMode ()

void	exitMacrosConfigMode ()

char const *	getMacroKindString (SessionMacroKind kind)

void	enterMidiLearnMode ()

void	exitMidiLearnMode ()

void	displayPotentialTempoChange (UI *ui)

void	displayTempoBPM (deluge::hid::display::oled_canvas::Canvas &canvas, StringBuf &tempoBPM, bool clearArea)

void	displayCurrentRootNoteAndScaleName (deluge::hid::display::oled_canvas::Canvas &canvas, StringBuf &rootNoteAndScaleName, bool clearArea)

void	replaceInstrumentClipWithAudioClip (Clip *clip)

void	gridPulseSelectedClip ()

Public Member Functions inherited from TimelineView
void	scrollFinished () override

TimelineView *	toTimelineView () final
	Convert this view to a TimelineView.

virtual int32_t	getNavSysId () const

virtual void	tellMatrixDriverWhichRowsContainSomethingZoomable ()

ActionResult	buttonAction (deluge::hid::Button b, bool on, bool inCardRoutine) override

void	displayZoomLevel (bool justPopup=false)

ActionResult	horizontalEncoderAction (int32_t offset) override

void	displayScrollPos ()

void	displayNumberOfBarsAndBeats (uint32_t number, uint32_t quantization, bool countFromOne, char const *tooLongText)

void	initiateXScroll (uint32_t newXScroll, int32_t numSquaresToScroll=kDisplayWidth)

bool	zoomToMax (bool inOnly=false)

void	initiateXZoom (int32_t zoomMagnitude, int32_t newScroll, uint32_t oldZoom)

void	midiLearnFlash () override

bool	scrollRightToEndOfLengthIfNecessary (int32_t maxLength)

bool	scrollLeftIfTooFarRight (int32_t maxLength)

void	tripletsButtonPressed ()

void	setTripletsLEDState ()

int32_t	getPosFromSquare (int32_t square, int32_t localScroll=-1) const

int32_t	getPosFromSquare (int32_t square, int32_t xScroll, uint32_t xZoom) const

int32_t	getSquareFromPos (int32_t pos, bool *rightOnSquare=nullptr, int32_t localScroll=-1)

int32_t	getSquareFromPos (int32_t pos, bool *rightOnSquare, int32_t xScroll, uint32_t xZoom)

int32_t	getSquareEndFromPos (int32_t pos, int32_t localScroll=-1)

bool	isSquareDefined (int32_t square, int32_t xScroll=-1)

bool	isSquareDefined (int32_t square, int32_t xScroll, uint32_t xZoom)

bool	inTripletsView () const

Public Member Functions inherited from RootUI
virtual bool	getAffectEntire ()

bool	canSeeViewUnderneath () final

virtual bool	supportsTriplets () const

virtual void	notifyPlaybackBegun ()

Public Member Functions inherited from UI
virtual void	displayOrLanguageChanged ()

virtual ClipMinder *	toClipMinder ()

virtual bool	pcReceivedForMidiLearn (MIDICable &fromCable, int32_t channel, int32_t program)

virtual bool	noteOnReceivedForMidiLearn (MIDICable &fromCable, int32_t channel, int32_t note, int32_t velocity)

virtual bool	exitUI ()
	returns whether a UI exited

void	close ()

virtual UI *	getUI ()
	When entering a UI (e.g. automationView), you may wish to open a different UI based on the current context (e.g. automationViewArranger, automationViewAudioClip, etc.)

virtual UIType	getUIContextType ()
	What context does UI relate to? e.g. UIType could be AUTOMATION but UIContextType could be ARRANGER, AUDIO CLIP, INSTRUMENT CLIP.

Public Attributes
uint32_t	selectedClipTimePressed

uint8_t	selectedClipYDisplay

uint8_t	selectedClipPressYDisplay

uint8_t	selectedClipPressXDisplay

bool	clipWasSelectedWithShift

bool	performActionOnPadRelease

bool	performActionOnSectionPadRelease

uint8_t	sectionPressed

uint8_t	masterCompEditMode

int8_t	selectedMacro = -1

bool	createClip {false}

OutputType	lastTypeCreated {OutputType::NONE}

float	lastDisplayedTempo = 0

int16_t	lastDisplayedRootNote = 0

Public Attributes inherited from UI
bool	oledShowsUIUnderneath

Private Member Functions
void	commandChangeSectionRepeats (int8_t offset)

void	commandChangeClipPreset (int8_t offset)

void	commandChangeCurrentSectionRepeats (int8_t offset)

void	commandChangeLayout (int8_t offset)

void	renderViewDisplay ()
	render session view display on opening

void	sectionPadAction (uint8_t y, bool on)

void	clipPressEnded ()

void	drawSectionRepeatNumber ()

void	beginEditingSectionRepeatsNum ()

void	goToArrangementEditor ()

void	rowNeedsRenderingDependingOnSubMode (int32_t yDisplay)

void	setCentralLEDStates ()

Clip *	createNewAudioClip (int32_t yDisplay)

Clip *	createNewInstrumentClip (OutputType outputType, int32_t yDisplay)

bool	createNewTrackForAudioClip (AudioClip *newClip)

bool	createNewTrackForInstrumentClip (OutputType type, InstrumentClip *clip, bool copyDrumsFromClip)

bool	insertAndResyncNewClip (Clip *newClip, int32_t yDisplay)

void	resyncNewClip (Clip newClip, ModelStackWithTimelineCounter modelStackWithTimelineCounter)

void	selectLayout (int8_t offset)

void	renderLayoutChange (bool displayPopup=true)

void	selectSpecificLayout (SessionLayoutType layout)

bool	gridRenderSidebar (uint32_t whichRows, RGB image[][kDisplayWidth+kSideBarWidth], uint8_t occupancyMask[][kDisplayWidth+kSideBarWidth])

void	gridRenderActionModes (int32_t y, RGB image[][kDisplayWidth+kSideBarWidth], uint8_t occupancyMask[][kDisplayWidth+kSideBarWidth])

bool	gridRenderMainPads (uint32_t whichRows, RGB image[][kDisplayWidth+kSideBarWidth], uint8_t occupancyMask[][kDisplayWidth+kSideBarWidth], bool drawUndefinedArea=true)

RGB	gridRenderClipColor (Clip *clip, int32_t x, int32_t y, bool renderPulse=true)

ActionResult	gridHandlePadsEdit (int32_t x, int32_t y, int32_t on, Clip *clip)

ActionResult	gridHandlePadsLaunch (int32_t x, int32_t y, int32_t on, Clip *clip)

ActionResult	gridHandlePadsLaunchImmediate (int32_t x, int32_t y, int32_t on, Clip *clip)

ActionResult	gridHandlePadsLaunchWithSelection (int32_t x, int32_t y, int32_t on, Clip *clip)

void	gridHandlePadsWithMidiLearnPressed (int32_t x, int32_t on, Clip *clip)

ActionResult	gridHandlePadsMacros (int32_t x, int32_t y, int32_t on, Clip *clip)

void	gridHandlePadsLaunchToggleArming (Clip *clip, bool immediate)

void	gridTransitionToSessionView ()

void	gridTransitionToViewForClip (Clip *clip)

bool	gridSecondPadInactive ()

void	gridResetPresses (bool first=true, bool second=true)

Clip *	gridCloneClip (Clip *sourceClip)

Clip *	gridCreateClipInTrack (Output *targetOutput)

AudioClip *	gridCreateAudioClipWithNewTrack ()

InstrumentClip *	gridCreateInstrumentClipWithNewTrack (OutputType type)

Clip *	gridCreateClip (uint32_t targetSection, Output targetOutput=nullptr, Clip sourceClip=nullptr)

void	gridClonePad (uint32_t sourceX, uint32_t sourceY, uint32_t targetX, uint32_t targetY)

void	setupNewClip (Clip *newClip)

void	gridStartSection (uint32_t section, bool instant)

void	gridToggleClipPlay (Clip *clip, bool instant)

const size_t	gridTrackCount () const

uint32_t	gridClipCountForTrack (Output *track)

uint32_t	gridTrackIndexFromTrack (Output *track, uint32_t maxTrack)

Output *	gridTrackFromIndex (uint32_t trackIndex, uint32_t maxTrack)

int32_t	gridYFromSection (uint32_t section)

int32_t	gridSectionFromY (uint32_t y)

int32_t	gridXFromTrack (uint32_t trackIndex)

int32_t	gridTrackIndexFromX (uint32_t x, uint32_t maxTrack)

Output *	gridTrackFromX (uint32_t x, uint32_t maxTrack)

Clip *	gridClipFromCoords (uint32_t x, uint32_t y)

int32_t	gridClipIndexFromCoords (uint32_t x, uint32_t y)

Cartesian	gridXYFromClip (Clip &clip)

void	gridSetDefaultMode ()

void	setupTrackCreation () const

void	exitTrackCreation ()

void	gridStopSelectedClipPulsing ()
	disable selected clip pulsing

void	gridResetSelectedClipPulseProgress ()
	reset blend position for pulse

void	gridSelectClipForPulsing (Clip &clip)
	render pulse for selected clip

bool	gridCheckForPulseStop ()
	check if we should stop pulsing

Private Attributes
SessionLayoutType	previousLayout

SessionGridMode	previousGridModeActive

bool	sessionButtonActive = false

bool	sessionButtonUsed = false

bool	horizontalEncoderPressed = false

bool	viewingRecordArmingActive = false

SessionGridMode	gridModeSelected = SessionGridModeEdit

SessionGridMode	gridModeActive = SessionGridModeEdit

bool	gridActiveModeUsed = false

int32_t	gridFirstPressedX = -1

int32_t	gridFirstPressedY = -1

int32_t	gridSecondPressedX = -1

int32_t	gridSecondPressedY = -1

bool	gridSelectedClipPulsing = false

Clip *	selectedClipForPulsing = nullptr

RGB	gridSelectedClipRenderedColour

bool	blendDirection = false

int32_t	progress = 0

Static Private Attributes
static constexpr int32_t	kMinProgress = 1

static constexpr int32_t	kMaxProgressFull = (65535 / 100) * 60

static constexpr int32_t	kMaxProgressDim = 1000

static constexpr int32_t	kPulseRate = 50

static constexpr int32_t	kBlendRate = 60

static constexpr int32_t	kBlendOffsetFull = kPulseRate * kBlendRate

static constexpr int32_t	kBlendOffsetDim = kPulseRate

Additional Inherited Members
Protected Member Functions inherited from ClipNavigationTimelineView
void	horizontalScrollForLinearRecording (int32_t newXScroll)

Protected Attributes inherited from UI
UIType	uiType

Static Protected Attributes inherited from ClipNavigationTimelineView
static int32_t	xScrollBeforeFollowingAutoExtendingLinearRecording

Member Function Documentation

◆ buttonAction()

ActionResult SessionView::buttonAction	(	deluge::hid::Button	b,
		bool	on,
		bool	inCardRoutine )

overridevirtual

Reimplemented from UI.

◆ calculateZoomPinSquares()

bool SessionView::calculateZoomPinSquares	(	uint32_t	oldScroll,
		uint32_t	newScroll,
		uint32_t	newZoom,
		uint32_t	oldZoom )

overridevirtual

Reimplemented from TimelineView.

◆ clipNeedsReRendering()

void SessionView::clipNeedsReRendering ( Clip * clip )

overridevirtual

Reimplemented from RootUI.

◆ focusRegained()

void SessionView::focusRegained ( )

overridevirtual

Reimplemented from ClipNavigationTimelineView.

◆ getGreyedOutRowsNotRepresentingOutput()

uint32_t SessionView::getGreyedOutRowsNotRepresentingOutput ( Output * output )

overridevirtual

Reimplemented from RootUI.

◆ getGreyoutColsAndRows()

bool SessionView::getGreyoutColsAndRows	(	uint32_t *	cols,
		uint32_t *	rows )

overridevirtual

Reimplemented from UI.

◆ getMaxLength()

uint32_t SessionView::getMaxLength ( )

overridevirtual

Implements TimelineView.

◆ getMaxZoom()

uint32_t SessionView::getMaxZoom ( )

overridevirtual

Implements TimelineView.

◆ getUIModControllableContext()

UIModControllableContext SessionView::getUIModControllableContext ( )

inlineoverridevirtual

What mod controllable context is this UI using? E.g. Automation View can use the Song ModControllable when in Arranger but the Clip ModControllable when in a Clip.

Reimplemented from UI.

◆ getUIType()

UIType SessionView::getUIType ( )

inlineoverridevirtual

What type of UI is this? e.g. UIType::ARRANGER.

Implements UI.

◆ graphicsRoutine()

void SessionView::graphicsRoutine ( )

overridevirtual

Reimplemented from UI.

◆ horizontalEncoderAction()

ActionResult SessionView::horizontalEncoderAction ( int32_t offset )

overridevirtual

Reimplemented from ClipNavigationTimelineView.

◆ midiLearnFlash()

void SessionView::midiLearnFlash ( )

overridevirtual

Reimplemented from RootUI.

◆ modButtonAction()

void SessionView::modButtonAction	(	uint8_t	whichButton,
		bool	on )

overridevirtual

Reimplemented from UI.

◆ modEncoderAction()

void SessionView::modEncoderAction	(	int32_t	whichModEncoder,
		int32_t	offset )

overridevirtual

Reimplemented from UI.

◆ modEncoderButtonAction()

void SessionView::modEncoderButtonAction	(	uint8_t	whichModEncoder,
		bool	on )

overridevirtual

Reimplemented from UI.

◆ noteRowChanged()

void SessionView::noteRowChanged	(	InstrumentClip *	clip,
		NoteRow *	noteRow )

overridevirtual

Reimplemented from RootUI.

◆ opened()

bool SessionView::opened ( )

overridevirtual

Reimplemented from UI.

◆ padAction()

ActionResult SessionView::padAction	(	int32_t	x,
		int32_t	y,
		int32_t	velocity )

overridevirtual

Reimplemented from UI.

◆ playbackEnded()

void SessionView::playbackEnded ( )

overridevirtual

Reimplemented from RootUI.

◆ renderMainPads()

bool SessionView::renderMainPads	(	uint32_t	whichRows,
		RGB	image[][kDisplayWidth+kSideBarWidth],
		uint8_t	occupancyMask[][kDisplayWidth+kSideBarWidth],
		bool	drawUndefinedArea = true )

overridevirtual

Reimplemented from UI.

◆ renderOLED()

void SessionView::renderOLED ( deluge::hid::display::oled_canvas::Canvas & canvas )

overridevirtual

Implements UI.

◆ renderSidebar()

bool SessionView::renderSidebar	(	uint32_t	whichRows,
		RGB	image[][kDisplayWidth+kSideBarWidth],
		uint8_t	occupancyMask[][kDisplayWidth+kSideBarWidth] )

overridevirtual

Reimplemented from UI.

◆ sampleNeedsReRendering()

void SessionView::sampleNeedsReRendering ( Sample * sample )

overridevirtual

Reimplemented from RootUI.

◆ selectEncoderAction()

void SessionView::selectEncoderAction ( int8_t offset )

overridevirtual

Reimplemented from UI.

◆ setupScroll()

bool SessionView::setupScroll ( uint32_t oldScroll )

overridevirtual

Reimplemented from TimelineView.

◆ timerCallback()

ActionResult SessionView::timerCallback ( )

overridevirtual

Reimplemented from UI.

◆ verticalEncoderAction()

ActionResult SessionView::verticalEncoderAction	(	int32_t	offset,
		bool	inCardRoutine )

overridevirtual

Reimplemented from UI.

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

src/deluge/gui/views/session_view.h
src/deluge/gui/views/session_view.cpp

Public Member Functions

Public Attributes

Private Member Functions

Private Attributes

Static Private Attributes

Additional Inherited Members

Member Function Documentation

◆ buttonAction()

◆ calculateZoomPinSquares()

◆ clipNeedsReRendering()

◆ focusRegained()

◆ getGreyedOutRowsNotRepresentingOutput()

◆ getGreyoutColsAndRows()

◆ getMaxLength()

◆ getMaxZoom()

◆ getUIModControllableContext()

◆ getUIType()

◆ graphicsRoutine()

◆ horizontalEncoderAction()

◆ midiLearnFlash()

◆ modButtonAction()

◆ modEncoderAction()

◆ modEncoderButtonAction()

◆ noteRowChanged()

◆ opened()

◆ padAction()

◆ playbackEnded()

◆ renderMainPads()

◆ renderOLED()

◆ renderSidebar()

◆ sampleNeedsReRendering()

◆ selectEncoderAction()

◆ setupScroll()

◆ timerCallback()

◆ verticalEncoderAction()