tracktion Namespace Reference

Namespaces
namespace	ClipConstants
	Constraints for clip speeds.
namespace	engine
	Declarations from this namespaces are inlined into tracktion.

Classes
class	AbletonLink
	Manages an Ableton Link session connecting an Edit with a number of networked peers, syncronising their tempos, bar phases and start/stop statuses. More...
struct	ActiveEdits
	A list of all currently open edits. More...
struct	ActiveNoteList
struct	AddingFadeApplier
struct	AggregateJob
struct	AndOperation
struct	ARAClipPlayer
struct	ARADocumentHolder
class	ArrangerClip
class	ArrangerLauncherSwitchingNode
	A Node that switches between two of its inputs based on a flag. More...
class	ArrangerTrack
	A track similar to the MarkerTrack but can be used to move sections of an Edit around. More...
struct	AsyncCaller
	Asyncronously call a function. More...
struct	AsyncFunctionCaller
	Holds a list of function objects and enables you to call them asyncronously. More...
struct	AsyncPluginDeleter
struct	AtomicWrapper
	Wraps an atomic with an interface compatible with var so it can be used within CachedValues in a thread safe way. More...
class	AudioBufferPool
	A lock-free pool of audio buffers. More...
class	AudioBufferSnapshot
class	AudioBufferStack
	A stack of audio buffers. More...
class	AudioClipBase
	Base class for Clips that produce some kind of audio e.g. More...
struct	AudioFadeCurve
class	AudioFifo
class	AudioFile
class	AudioFileCache
class	AudioFileCacheReader
class	AudioFileFormatManager
	Keeps a list of available wave formats and can create a format object for a file. More...
struct	AudioFileInfo
class	AudioFileManager
struct	AudioFileUtils
class	AudioFileWriter
	Smart wrapper for writing to an audio file. More...
class	AudioMidiFifo
class	AudioNode
	Base class for nodes in an audio playback graph. More...
struct	AudioNodeProperties
	Holds some really basic properties of a node. More...
struct	AudioNodeRenderJob
	Takes an AudioNode and renders it to a file. More...
struct	AudioProcessorEditorContentComp
class	AudioProxyGenerator
class	AudioReader
	Base class for audio based readers that can be chained together. More...
struct	AudioRenderContext
	Rendering target info. More...
class	AudioScratchBuffer
	An audio scratch buffer that has pooled storage. More...
class	AudioSegmentList
	Holds a list of audio regions for playback of things like warp time. More...
class	AudioTrack
class	AutomatableEditItem
	Base class for elements that have some kind of automatable parameters. More...
class	AutomatableParameter
class	AutomatableParameterTree
class	AutomationCurve
class	AutomationCurveSource
class	AutomationDragDropTarget
	Components can implement this to let things know which automatable parameter they control. More...
struct	AutomationIterator
struct	AutomationModifierSource
class	AutomationRecordManager
	Stores automation data as it's being read in, and writes it back to the edit when recording finishes. More...
struct	AutomationSource
class	AutomationTrack
class	AuxReturnPlugin
class	AuxSendNode
	Node for an aux send. More...
class	AuxSendPlugin
class	BackgroundJobManager
	Manages a set of background tasks that can be run concurrently on a background thread. More...
class	BandlimitedWaveLookupTables
struct	BankSet
class	BasicSummingNode
struct	BassNote
struct	BeatDetect
struct	BeatDuration
	Represents a duration in beats. More...
struct	BeatPosition
	Represents a position in beats. More...
class	BeatRangeReader
	N.B. More...
class	Benchmark
	An indiviual Benchmark. More...
struct	BenchmarkDescription
	Describes a benchmark. More...
class	BenchmarkList
	Contans a list of BenchmarkResult[s]. More...
struct	BenchmarkResult
	Holds the duration a benchmark took to run. More...
struct	BlockBasedRenderJob
struct	BlockingFunction
class	BreakpointOscillatorModifier
class	BufferedAudioFileManager
class	BufferedAudioReader
class	BufferedFileReader
class	BufferedFileReaderWrapper
class	BufferingAudioReaderWrapper
	FallbackReader that wraps a BufferingAudioReader to avoid reading on the audio thread. More...
struct	CacheAudioFormatReader
class	CachingMidiEventGenerator
struct	ChannelConnection
struct	ChannelIndex
	Describes a channel of a WaveInputDevice or WaveOutputDevice by specifying the channel index in the global device's audio buffer and the purpose as an AudioChannelSet::ChannelType e.g. More...
class	ChannelRemappingNode
	Maps channels from one to another. More...
class	Chord
class	ChordClip
struct	ChordNote
class	ChordTrack
class	ChorusPlugin
class	ClickGenerator
	Generates click audio and MIDI and adds them to the provided buffer. More...
class	ClickNode
	Adds audio and MIDI clicks to the input buffers. More...
class	Clip
	A clip in an edit. More...
class	Clipboard
class	ClipEffect
class	ClipEffects
struct	ClipLevel
	Holds a clip's level state. More...
class	ClipOwner
	Base class for items that can contain clips. More...
struct	ClipPosition
	Represents the position of a clip on a timeline. More...
class	ClipSlot
	Represents a slot on a track that a Clip can live in to be played as a launched clip. More...
class	ClipSlotList
	A list of the ClipSlots on a Track. More...
class	ClipTrack
class	CollectionClip
struct	ColourArea
	An area of the edit currently control by a control surface. More...
class	CombiningAudioNode
	An AudioNode that mixes a sequence of clips of other nodes. More...
class	CombiningNode
	An Node that mixes a sequence of clips of other nodes. More...
class	CompFactory
class	CompGeneratorJob
class	CompManager
class	CompressorPlugin
class	ConnectedNode
	An Node which sums together the multiple inputs adding additional latency to provide a coherent output. More...
class	ConstrainedCachedValue
	A CachedValue that can take a std::function to constrain its value. More...
class	ContainerClip
	A clip that can contain multiple other clips and mix their output together. More...
class	ContainerClipNode
class	ControlSurface
	Base class for types of control surface. More...
struct	CrashStackTracer
	Used by the CRASH_TRACER macros to help provide a useful crash log of the stack. More...
struct	CreateAudioNodeParams
	A collection of settings that are generally needed when asking edit model objects to create AudioNodes to render them. More...
struct	CreateNodeParams
	Contains options for Edit Node content creation. More...
class	CurveEditor
class	CurveEditorPoint
struct	CurvePoint
class	CustomControlSurface
struct	CustomScanner
struct	DbTimePair
struct	DeadMansPedalMessage
	This RAII class saves a property which will be reported at startup as a failure if the app disappears before its destructor is called. More...
struct	DelayBufferBase
class	DelayPlugin
class	DeviceManager
struct	Differentiator
struct	DiscreteLabelledParameter
class	DiskSpaceCheckTask
struct	Ditherer
	An extremely naive ditherer. More...
struct	Ditherers
struct	DummyConstrainer
	Dummy constrainer which should optimise away to nothing. More...
class	DynamicallyOffsettableNodeBase
class	DynamicOffsetNode
class	Edit
	The Tracktion Edit class! More...
class	EditClip
	This is the main source of an Edit clip and is responsible for managing its properties. More...
struct	EditDeleter
	Deferred Edit object deleter. More...
class	EditFileOperations
	Contains methods for saving an Edit to a file. More...
class	EditInputDevices
class	EditInsertPoint
	An EditInsertPoint is like a "paste location". More...
class	EditItem
	Base class for objects that live inside an edit - e.g. More...
struct	EditItemCache
struct	EditItemID
	ID for objects of type EditElement - e.g. More...
struct	EditLimits
	Contains the limits of the various elements that can be added to an Edit. More...
struct	EditNodeBuilder
class	EditPlaybackContext
class	EditReader
class	EditRenderJob
class	EditSnapshot
	Holds a snapshot of an Edit file of the last time it was saved. More...
struct	EditSnapshotList
struct	EditTime
	Represents a time point in an Edit stored as either time or beats. More...
struct	EditTimecodeRemapperSnapshot
	Takes a copy of all the beat related things in an edit in terms of bars/beats and then remaps these after a tempo change. More...
struct	EditTimeRange
	Represents a time range in an Edit stored as either time or beats. More...
class	EditToClipBeatReader
class	EditToClipTimeReader
class	Engine
	The Engine is the central class for all tracktion sessions. More...
class	EngineBehaviour
	Provides custom handlers to control various aspects of the engine's behaviour. More...
class	EnvelopeFollowerModifier
class	EqualiserPlugin
struct	EventGenerator
class	ExpEnvelope
class	Exportable
	An interface for objects within an edit that can be exported. More...
class	ExportJob
class	ExternalAutomatableParameter
class	ExternalController
	Acts as a holder for a ControlSurface object. More...
class	ExternalControllerManager
	Keeps a list of external controllers and keeps them connected to the right MIDI in/out devices. More...
class	ExternalPlayheadSynchroniser
	An ExternalPlayheadSynchroniser is used to synchronise the internal Edit's playhead with an AudioProcessor, for use in plugins. More...
class	ExternalPlugin
class	ExtractionTask
class	FadeInOutAudioNode
	An AudioNode that fades its input node in/out at given times. More...
struct	FadeInOutEffect
class	FadeInOutNode
	A Node that fades in and out given time regions. More...
struct	FallbackReader
struct	FalseOperation
struct	FileDragList
class	FloatAudioFormat
	A raw, proprietary, simple floating point format used for freeze files, etc. More...
class	FloatAudioFormatReader
class	FloatAudioFormatWriter
class	FOChorus
class	FODelay
class	FODelayLine
class	FolderTrack
class	ForwardingNode
	Takes a non-owning input node and simply forwards its outputs on. More...
class	FourOscPlugin
class	FourOscVoice
class	FreezePointPlugin
class	FunctionNode
class	GainNode
class	GeneratorAndNoteList
class	GrooveTemplate
class	GrooveTemplateManager
	Looks after the list of groove templates. More...
struct	HertzTag
class	HighQualityResamplerReader
class	HoldingNode
	Takes ownership of a number of nodes but doesn't do any processing. More...
class	HostedAudioDevice
class	HostedAudioDeviceInterface
	The HostedAudioDeviceInterface allows an application or plugin to pass audio and midi buffers to the engine, rather than the engine directly opening the audio devices. More...
class	HostedAudioDeviceType
class	HostedMidiInputDevice
class	HostedMidiInputDeviceNode
	A Node that intercepts MIDI from a plugin callback and inserts it in to the playback graph. More...
class	HostedMidiOutputDevice
struct	IDRemapping
class	ImpulseResponsePlugin
	ImpulseResponsePlugin that loads an impulse response and applies it the audio stream. More...
struct	IndexedWord
class	InputDevice
	Represents an input device. More...
class	InputDeviceInstance
	An instance of an InputDevice that's available to an Edit. More...
class	InputNode
struct	InputProvider
class	InputProviderFillerNode
	Fills an InputProvider with output from a Node. More...
class	InsertNode
class	InsertPlugin
class	InsertSendNode
	The send node picks up audio/MIDI data from the InsertPlugin and then its output will be sent to the corresponding OutputDevice. More...
struct	InvertEffect
struct	KeyResult
class	LagrangeResamplerReader
class	LambdaSelectableListener
	A SelectableListener that safely handles listener to a Selectable and uses a lambda for its callback. More...
class	LambdaTimer
class	LAMEManager
	Manages the LAME location property and an AudioFormat if the LAME encoder is provided. More...
class	LatencyNode
class	LatencyPlugin
	A test plugin that introduces latency to the incomming signal. More...
struct	LatencyProcessor
class	LauncherClipPlaybackHandle
class	LaunchHandle
	A handle used to control the launching of a clip. More...
class	LaunchQuantisation
	Represents a launch quantisation. More...
class	LevelMeasurer
	Monitors the levels of buffers that are passed in, and keeps peak values, overloads, etc., for display in a level meter component. More...
class	LevelMeasurerProcessingNode
	A Node that introduces latency to balance the latency at the root Node and its position in the graph. More...
class	LevelMeasuringNode
	A Node that passes its incomming audio and MIDI through a LevelMeasurer. More...
class	LevelMeterPlugin
class	LFOModifier
class	LightweightSemaphore
	A counting semaphore that spins on a atomic before waiting so will avoid system calls if wait periods are very short. More...
class	LinEnvelope
struct	LiveClipLevel
	Provides a thread-safe way to share a clip's levels with an audio engine without worrying about the Clip being deleted from underneath you. More...
class	LiveMidiInjectingNode
	A Node that injects MIDI message in to the stream, for keyboard key entry, note previews and MIDI step entry etc. More...
class	LiveMidiOutputNode
	A Node that calls the listeners of an AudioTrack with any incomming MIDI. More...
class	LockFreeMultiThreadedNodePlayer
	Plays back a node with mutiple threads. More...
class	LockFreeObject
	Manages access to an object in a way that means it is lock-free to access from a real-time thread. More...
class	LoopedMidiEventGenerator
class	LoopInfo
	Holds tempo/beat information about an audio file. More...
class	LoopingMidiNode
	A Node that plays MIDI data from a MidiMessageSequence, at a specific MIDI channel. More...
class	LoopReader
class	LowPassPlugin
class	MacroParameter
	A MacroParameter is an AutomatableParameter which is a collection of Mappings. More...
class	MacroParameterElement
	Base class for elements which can contain macro parameters. More...
class	MacroParameterList
struct	MacroSource
struct	MakeMonoEffect
class	MarkerClip
class	MarkerManager
struct	MarkerSetting
class	MarkerTrack
struct	MasterPanParameter
class	MasterTrack
	A track to represent the master plugins. More...
struct	MasterVolParameter
class	MelodyneFileReader
class	MelodyneNode
	Plays back a Melodyne plugin. More...
struct	MemoryMappedFileReader
	FallbackReader that wraps a MemoryMappedFile which usually improves read speeds. More...
class	MemoryMappedFloatReader
class	MessageThreadCallback
	Calls a function on the message thread checking a calling thread for an exit signal. More...
class	MidiAssignable
	Base class for things that can be assigned to external control surfaces, not plugin paramters. More...
struct	MidiChannel
	Represents a MIDI channel 1-16, and also contains extra ID bits to encode info about the event's origin. More...
class	MidiClip
class	MidiClockGenerator
class	MidiCompManager
class	MidiControllerEvent
class	MidiControllerParser
struct	MidiExpression
class	MidiGenerator
struct	MidiID
class	MidiInputDevice
class	MidiInputDeviceInstanceBase
class	MidiInputDeviceNode
	A Node that intercepts incoming live MIDI and inserts it in to the playback graph. More...
class	MidiLearnState
	Manages the Midi learn state and Listener interface to notify subclasses when the state changes. More...
class	MidiList
struct	MidiMessageArray
class	MidiModifierPlugin
class	MidiNode
	A Node that plays MIDI data from a MidiMessageSequence, at a specific MIDI channel. More...
class	MidiNote
class	MidiNoteDispatcher
class	MidiOutputDevice
class	MidiOutputDeviceInstance
class	MidiOutputDeviceInstanceInjectingNode
	A Node that injects the MIDI buffer of its input to the MidiOutputDevice. More...
class	MidiPatchBayPlugin
class	MidiProgramManager
class	MidiSysexEvent
class	MidiTimecodeGenerator
struct	MidiTimecodeReader
class	MIDITrackerModifier
struct	Modifier
	Bass class for parameter Modifiers. More...
struct	ModifierAutomationSource
class	ModifierList
	Holds a list of Modifiers that have been added to a Track. More...
class	ModifierNode
	Node for processing a Modifier. More...
struct	ModifierTimer
	Base class for objects which need to know about the global Edit time every block. More...
struct	MonotonicBeat
struct	MonotonicBeatRange
class	MouseHoverDetector
class	MPEChannelAssigner
	Determines the channels to assign to overlapping notes. More...
struct	MPEStartTrimmer
	If you need to play back MPE data from a point after the data starts, it's important to reconstruct the expression values immediately preceding the last note-on, then the note on, then the last expression values before the trim point. More...
class	MPEtoNoteExpression
	Creates a MidiList with NoteExpression from a stream of MPE MIDI messages. More...
struct	MultipleNewIDGenerator
class	MultipleWriterSeqLock
	Wraps a seqlock to allow a thread-safe object with wait-free reads with respect to each other. More...
class	MultiThreadedNodePlayer
	Plays back a Node with PlayHeadState and ProcessState. More...
class	MultiVoiceOscillator
struct	MuteAudioNode
class	Node
	Main graph Node processor class. More...
struct	NodeAndID
	A Node and its ID cached for quick lookup (without having to traverse the graph). More...
struct	NodeBuffer
	Holds a view over some data and optionally some storage for that data. More...
struct	NodeGraph
	Holds a graph in an order ready for processing and a sorted map for quick lookups. More...
struct	NodeOptimisations
	Holds some hints that might be used by the Node or players to improve efficiency. More...
class	NodePlayer
	Simple player for an Node. More...
struct	NodeProperties
	Holds some really basic properties of a node. More...
class	NodeRenderContext
	Holds the state of an audio render procedure so it can be rendered in blocks. More...
struct	NormaliseEffect
struct	NotOperation
class	OffsetMidiEventGenerator
struct	OldEditConversion
	Logic for reading legacy tracktion edit files. More...
struct	OneChannelDestination
struct	OrOperation
class	Oscillator
class	OutputDevice
	Base class for audio or midi output devices, to which a track's output can be sent. More...
class	OutputDeviceInstance
struct	PanAutomatableParameter
class	ParameterChangeHandler
	Manages a set of AutomatableParameters for an Edit and notifies controllers and registered listeners when they change. More...
class	ParameterControlMappings
	Controls the set of midi-controller-to-parameter mappings. More...
class	ParameterisableDragDropSource
struct	ParameterSetting
class	PatchBayPlugin
class	PatternGenerator
class	PerformanceMeasurement
	A timer for measuring performance of code. More...
class	PhaserPlugin
class	PhysicalMidiInputDevice
struct	PhysicalMidiInputDeviceInstance
struct	Pitch
class	PitchAdjustReader
class	PitchSequence
class	PitchSetting
struct	PitchShiftEffect
class	PitchShiftPlugin
struct	PlaybackInitialisationInfo
	Passed into AudioNodes when they are being initialised, to give them useful contextual information that they may need. More...
class	PlayHead
class	PlayHeadPositionNode
	A Node that calculates a position to show visually what time is currently being processed by the graph based on its internal latency. More...
class	PlayHeadState
	Determines how this block releates to other previous render blocks and if the play head has jumped in time. More...
class	Plugin
class	PluginAudioNode
class	PluginCache
struct	PluginComponent
	Components that represent a Plugin should inherit from this to ensure they are correctly notified when their colour changes e.g. More...
struct	PluginCreationInfo
struct	PluginEffect
struct	PluginInitialisationInfo
	Passed into Plugins when they are being initialised, to give them useful contextual information that they may need. More...
class	PluginList
	Holds a sequence of plugins. More...
class	PluginManager
class	PluginNode
	Node for processing a plugin. More...
struct	PluginRenderContext
	The context passed to plugin render methods to provide it with buffers to fill. More...
struct	PluginScanMasterProcess
struct	PluginScanSlaveProcess
struct	PluginUnloadInhibitor
struct	PluginWetDryAutomatableParam
	specialised AutomatableParameter for wet/dry. More...
struct	PluginWindowState
struct	ProcessState
	Holds the state of a process call. More...
struct	ProgramSet
class	Project
	A tracktion project. More...
class	ProjectItem
	Represents a file-based resource that is used in a project. More...
class	ProjectItemID
	An ID representing one of the items in a Project. More...
struct	ProjectItemPastingOptions
class	ProjectManager
class	ProjectSearchIndex
class	PropertyStorage
	Create a subclass of PropertyStorage to customize how settings are saved and recalled. More...
class	ProxyGeneratorJob
class	QuantisationType
struct	QuantisationTypeInfo
struct	RackConnection
struct	RackInputAutomatableParameter
class	RackInstance
class	RackInstanceNode
	Sends an input Node to a Rack bus handling the channel mapping and channel gain levels. More...
class	RackNodePlayer
	Simple processor for a Node which uses an InputProvider to pass input in to the graph. More...
struct	RackOutputAutomatableParameter
class	RackReturnNode
	Sends an input Node to a Rack bus handling the channel mapping and channel gain levels. More...
class	RackType
class	RackTypeList
struct	RackWetDryAutomatableParam
struct	Ramp
	A ramp which goes between 0 and 1 over a set duration. More...
class	RandomModifier
struct	RangeType
	Describes a range of two positions with a duration separating them. More...
class	ReadAheadTimeStretchReader
class	RealTimeSpinLock
	A basic spin lock that uses an atomic_flag to store the locked state so should never result in a system call. More...
class	RecordingThumbnailManager
	Holds a pool of Thumbnails that are populated whilst recording. More...
class	RecordStopper
	Polls a set of targets to see if they should be stopped. More...
class	ReferenceCountedValueTree
	Holds a ValueTree as a ReferenceCountedObject. More...
class	ReferencedMaterialList
	A list of all the source files needed by an edit (or a section of an edit). More...
class	Renderer
class	RenderManager
	Manages a set of reference counted render jobs and can be used to retrieve matching jobs or create new ones. More...
class	RenderOptions
	Represents a set of user properties used to control a render operation, using a ValueTree to hold them so that they can be saved and reloaded. More...
class	ResamplerReader
struct	RetrospectiveMidiBuffer
struct	RetrospectiveRecordBuffer
class	ReturnNode
class	ReverbPlugin
struct	ReverseEffect
class	ReverseRenderJob
class	RunningRMS
	Calculates the RMS of a continuous signal. More...
class	SafeScopedListener
	Manages adding and removing listeners in an RAII way so you don't forget to unregister a listener. More...
class	SafeSelectable
	Holds a pointer to some type of Selectable, which automatically becomes null if the selectable is deleted. More...
class	SampleFader
struct	SampleRateAndBlockSize
class	SamplerPlugin
class	Scale
class	Scene
	A Scene is a collection of ClipSlots across tracks. More...
class	SceneList
	Represents the Scenes in an Edit. More...
class	SceneWatcher
	Notifies UI components of changes to the scenes and clips. More...
struct	ScopedBenchmark
	Helper class for measuring a benchmark and adding it to the singleton BenchmarkList list. More...
struct	ScopedCpuMeter
struct	ScopedDirectoryDeleter
class	ScopedListener
	Manages adding and removing listeners in an RAII way so you don't forget to unregister a listener. More...
struct	ScopedMeasurement
	Helper class for starting/stopping a benchmark measurement. More...
class	ScopedPerformanceMeasurement
	RAII wrapper to start and stop a performance measurement. More...
struct	ScopedPluginUnloadInhibitor
struct	ScopedSignpost
	A macOS specific class to start/stop a signpost for use in Instruments. More...
class	ScopedWaitCursor
	Shows and hides the mouse wait cursor where appropriate. More...
class	SearchOperation
struct	SectionSorter
class	Selectable
	Base class for things that can be selected, and whose properties can appear in the properties panel. More...
class	SelectableClass
	Represents a type of object that can be selected. More...
class	SelectableClassWithPan
class	SelectableClassWithVolume
struct	SelectableList
	A list of Selectables, similar to a juce::Array but contains a cached list of the SelectableClasses for each entry. More...
class	SelectableListener
struct	SelectableUpdateTimer
struct	SelectedChannelIndex
class	SelectedMidiEvents
	Represents a set of selected MIDI notes. More...
struct	SelectedPluginIndex
class	SelectionManager
	Manages a list of items that are currently selected. More...
class	Semaphore
	A basic counting semaphore. More...
class	SendNode
struct	SharedEditFileDataCache
class	SharedLevelMeasurer
	A shared level measurer that can be used by several threads to provide a total output level. More...
class	SharedLevelMeasuringNode
	Applies a SharedLevelMeter to the audio passing through this node. More...
class	SharedTimer
class	SilentNode
	Just a simple audio node that doesn't take any input so can be used as a stub. More...
class	SimpleLFO
class	SimpleNodePlayer
	Simple player for a Node. More...
class	SingleInputAudioNode
class	SingleInputAudioReader
class	SinkNode
	Blocks audio and MIDI input from reaching the outputs. More...
class	SinNode
class	SlotControlNode
class	SmartThumbnail
	SmartThumnail automatically tracks changes to an AudioFile and will update its cache if the file changes. More...
class	SoftwareMidiOutputDevice
	Create a software midi port on macOS. More...
struct	SortedValueTreeObjectList
class	SourceFileReference
	This class wraps a string that is generally held in a 'source' property, and which is a reference to some sort of file, either in the form of a local filename or as a project ID that can be resolved. More...
struct	SpeedFadeDescription
	Describes the time and type of the speed fade in/outs. More...
class	SpeedFadeEditReader
class	SpeedRampAudioNode
	An AudioNode that speeds up and slows down its input node in/out at given times. More...
class	SpeedRampWaveNode
	An Node that plays back a wave file. More...
struct	Spline
	An interpolated spline curve, used by the EQ to draw its response graph. More...
struct	SplitTimelineRange
	Represents a pair of timeline ranges which could be wraped around the loop end. More...
class	StepClip
class	StepModifier
struct	StepVolumeEffect
struct	StopwatchTimer
struct	StretchSegment
struct	StringMap
class	SubSampleWaveAudioNode
struct	SuffixedParameter
class	SummingNode
	An Node which sums together the multiple inputs adding additional latency to provide a coherent output. More...
struct	SyncPoint
	Holds a reference sample position and the Edit time and beat that it corresponds to. More...
struct	SyncRange
struct	TempoAndTimeSigListBase
class	TempoDetect
	Uses the SoundTouch BPMDetect class to guess the tempo of some audio. More...
class	TemporaryFileManager
	Holds info about where temp files should go, and tidies up old ones when needed. More...
class	TempoSequence
	Holds a list of TempoSetting objects, to form a sequence of tempo changes. More...
class	TempoSetting
	A tempo value, as used in a TempoSequence. More...
class	TempoTrack
	A track to represent the "global" items such as tempo, key changes etc. More...
class	TextPlugin
struct	ThreadedEditFileWriter
struct	ThreadPoolCV
struct	ThreadPoolHybrid
class	ThreadPoolJobWithProgress
struct	ThreadPoolRT
struct	ThreadPoolSem
struct	ThreadPoolSemHybrid
struct	TimeAndName
struct	TimecodeDisplayFormat
	A timecode display mode, e.g. More...
struct	TimecodeDisplayIterator
	Iterates along a timeline for drawing things like the ticks on the timebar. More...
class	TimecodeDuration
	Stores a duration in both beats and seconds. More...
struct	TimecodeSnapType
	A snap mode, e.g. More...
class	TimedMutingAudioNode
class	TimedMutingNode
	A Node that mutes its input at specific time ranges. More...
struct	TimeDuration
	Represents a duration in real-life time. More...
struct	TimePosition
	Represents a position in real-life time. More...
class	TimeRangeReader
class	TimeSigSetting
class	TimeStretcher
	Handles time/pitch stretching using various supported libraries. More...
class	TimeStretchingWaveNode
	Node that reads from a file node and timestretches its output. More...
class	TimeStretchReader
class	TimeStretchReaderBase
class	ToneGeneratorPlugin
class	Track
	Base class for tracks which contain clips and plugins and can be added to Edit[s]. More...
struct	TrackAutomationSection
	Holds a reference to a section of automation for a given Track. More...
class	TrackCompManager
struct	TrackInsertPoint
	Defines the place to insert Track[s]. More...
class	TrackItem
	Base class for EditItems that live in a Track, e.g. More...
struct	TrackList
	An iterable list of Track[s] that live either in an Edit or as subtracks of a Track. More...
class	TrackMidiInputDeviceNode
	A Node that takes MIDI from the output of a track and sends it to its corresponding InputDevice. More...
class	TrackMuteState
	Holds the state of a Track and if its contents/plugins should be played or not. More...
class	TrackMutingNode
	A Node that handles muting/soloing of its input node, according to the audibility of a track. More...
class	TrackOutput
	Represents the destination output device(s) for a track. More...
struct	TrackSection
	Defines a time raneg sectin of a Track. More...
class	TracktionArchiveFile
class	TracktionEngineNode
	Base class for Nodes that provides information about the current process call. More...
class	TracktionNodePlayer
	Plays back a Node with PlayHeadState and ProcessState. More...
class	TracktionThumbnailCache
class	TrackWaveInputDeviceNode
	A Node that takes audio from the output of a track and sends it to its corresponding InputDevice. More...
class	TransformCache
struct	TransientDetectionJob
struct	TransparentToMouseInTrackItemComp
class	TransportControl
	Controls the transport of an Edit's playback. More...
struct	TwoChannelDestination
class	UIBehaviour
	Create a subclass of UIBehaviour to custom UI elements created by the engine. More...
class	ValueSmoother
	Smooths a value between 0 and 1 at a constant rate. More...
struct	ValueTreeAllEventListener
struct	ValueTreeComparator
class	ValueTreeObjectList
class	VcaAutomatableParameter
class	VCAPlugin
	The VCA plugin sits on a folder track to control the overall level of all the volume/pan plugins in its child tracks. More...
class	VirtualMidiInputDevice
struct	VirtualMidiInputDeviceInstance
struct	VolAutomatableParameter
class	VolumeAndPanPlugin
	The built-in Tracktion volume/pan plugin. More...
struct	VolumeEffect
class	VSTXML
struct	WarpedTime
struct	WarpMarker
	A WarpMarker is a point that maps from a linear "source" time to a "warped" time. More...
struct	WarpPoint
class	WarpReader
struct	WarpTimeEffect
class	WarpTimeEffectRenderJob
class	WarpTimeFactory
	A WarpTimeFactory manages WarpTimeManagers for Clips living in an Edit. More...
class	WarpTimeManager
	A WarpTimeManager contains a list of WarpMarkers and some source material and maps times from a linear "view" time to a "wapred" source time. More...
class	WarpTimeRenderJob
class	WaveAudioClip
	An audio clip that uses an audio file as its source. More...
class	WaveAudioNode
	An AudioNode that plays back a wave file. More...
class	WaveCompManager
struct	WaveDeviceDescription
	Describes a WaveDevice from which the WaveOutputDevice and WaveInputDevice lists will be built. More...
class	WaveInputDevice
	A (virtual) audio input device. More...
class	WaveInputDeviceInstance
class	WaveInputDeviceNode
	A Node that intercepts incoming live audio and inserts it in to the playback graph. More...
class	WaveInputRecordingThread
class	WaveNode
	An Node that plays back a wave file. More...
class	WaveNodeRealTime
	An Node that plays back a wave file. More...
class	WaveOutputDevice
	A (virtual) audio output device. More...
class	WaveOutputDeviceInstance
struct	WordMatchOperation

Typedefs
using	SampleCount = int64_t
using	TimeRange = RangeType< TimePosition >
	A RangeType based on real time (i.e.
using	BeatRange = RangeType< BeatPosition >
	A RangeType based on beats.
using	EditBeatPosition = double
using	ClipBeatPosition = double
using	SequenceBeatPosition = double
using	BlockBeatPosition = double
using	EditBeatDuration = double
using	ClipBeatDuration = double
using	BlockBeatDuration = double
using	EditBeatRange = juce::Range< double >
using	ClipBeatRange = juce::Range< double >
using	SequenceBeatRange = juce::Range< double >
using	BlockBeatRange = juce::Range< double >
using	WarpMap = std::vector< WarpPoint >
using	SampleCount = int64_t
using	SampleRange = juce::Range< SampleCount >
using	HashCode = int64_t

Enumerations
enum	{ initialTimerDelay }
enum class	DeleteExistingClips { no , yes }
	Determines behaviour for overwriting clips. More...
enum class	CloseGap { no , yes }
	An enum to specify if gaps deleted should be closed or not. More...
enum class	MoveClipAction { moveToEndOfLast , moveToStartOfNext , moveStartToCursor , moveEndToCursor }
	Enum to dictate move clip behaviour. More...
enum class	LaunchQType {   none , eightBars , fourBars , twoBars ,   bar , halfT , half , halfD ,   quarterT , quarter , quarterD , eighthT ,   eighth , eighthD , sixteenthT , sixteenth ,   sixteenthD , thirtySecondT , thirtySecond , thirtySecondD ,   sixtyFourthT , sixtyFourth , sixtyFourthD }
enum class	TimecodeType {   millisecs , barsBeats , fps24 , fps25 ,   fps30 }
enum class	ResamplingQuality { lagrange , sincFast , sincMedium , sincBest }
	Specifies a number of resampling qualities that can be used. More...
enum	PanLaw {   PanLawDefault , PanLawLinear , PanLaw2point5dBCenter , PanLaw3dBCenter ,   PanLaw4point5dBCenter , PanLaw6dBCenter }
	All laws have been designed to be equal-power, excluding linear respectively. More...
enum class	AuxPosition { byBus , byPosition }
enum class	SettingID {   invalid , addAntiDenormalNoise , audio_device_setup , audiosettings ,   autoFreeze , autoTempoMatch , autoTempoDetect , automapVst ,   automapNative , automapGuids1 , automapGuids2 , cacheSizeSamples ,   compCrossfadeMs , countInMode , clickTrackMidiNoteBig , clickTrackMidiNoteLittle ,   clickTrackSampleSmall , clickTrackSampleBig , crossfadeBlock , cpu ,   customMidiControllers , deadMansPedal , defaultMidiOutDevice , defaultWaveOutDevice ,   defaultMidiInDevice , defaultWaveInDevice , externControlIn , externControlOut ,   externControlNum , externControlMain , externControlShowSelection , externControlSelectionColour ,   externControlEnable , externOscInputPort , externOscOutputPort , externOscOutputAddr ,   filterControlMappingPresets , filterGui , fitClipsToRegion , findExamples ,   freezePoint , hasEnabledMidiDefaultDevs , glideLength , grooveTemplates ,   knownPluginList , knownPluginList64 , lameEncoder , lastClickTrackLevel ,   lastEditRender , lowLatencyBuffer , MCUoneTouchRecord , maxLatency ,   midiin , midiout , midiEditorOctaves , midiProgramManager ,   newMarker , numThreadsForPluginScanning , projectList , projects ,   recentProjects , renameClipRenamesSource , renameMode , renderRecentFilesList ,   resetCursorOnPlay , retrospectiveRecord , reWireEnabled , safeRecord ,   sendControllerOffMessages , simplifyAfterRecording , snapCursor , tempDirectory ,   trackExpansionMode , use64Bit , xFade , xtCount ,   xtIndices , virtualmididevices , virtualmidiin , midiScanIntervalSeconds ,   useSeparateProcessForScanning , useRealtime , wavein , waveout ,   windowsDoubleClick , renderFormat , trackRenderSampRate , trackRenderBits ,   bypassFilters , markedRegion , editClipRenderSampRate , editClipRenderBits ,   editClipRenderDither , editClipRealtime , editClipRenderStereo , editClipRenderNormalise ,   editClipRenderRMS , editClipRenderRMSLevelDb , editClipRenderPeakLevelDb , editClipPassThroughFilters ,   exportFormat , renderOnlySelectedClips , renderOnlyMarked , renderNormalise ,   renderRMS , renderRMSLevelDb , renderPeakLevelDb , renderTrimSilence ,   renderSampRate , renderStereo , renderBits , renderDither ,   quality , addId3Info , realtime , passThroughFilters ,   externControlShowClipSlotSelection , addAcidMetadata }
	A list of settings the engine will get and set. More...
enum class	TransformResult { none , connectionsMade , nodesDeleted }
	Enum to signify the result of the transform function. More...
enum class	ClearBuffers { no , yes }
enum class	AllocateAudioBuffer { no , yes }
enum class	VertexOrdering {   preordering , postordering , reversePreordering , reversePostordering ,   bfsPreordering , bfsReversePreordering }
	Specifies the ordering algorithm. More...
enum class	ThreadPoolStrategy {   conditionVariable , realTime , hybrid , semaphore ,   lightweightSemaphore , lightweightSemHybrid }
	Available strategies for thread pools. More...

Functions
template<class Container , class T , class BinaryOperation >
T	accumulate (const Container &container, T init)
template<class Container , class T , class BinaryOperation >
T	accumulate (const Container &container, T init, BinaryOperation op)
template<class Container , class UnaryFunction >
UnaryFunction	for_each (const Container &container, UnaryFunction f)
template<class Container , class UnaryFunction >
bool	contains (const Container &container, UnaryFunction f)
template<class Container >
bool	contains_v (const Container &container, typename Container::value_type v)
	Returns true if a specific value is found in a container.
template<class Container >
void	sort (Container &container)
template<class Container , class Compare >
void	sort (Container &container, Compare comp)
template<class Container >
void	stable_sort (Container &container)
template<class Container , class Compare >
void	stable_sort (Container &container, Compare comp)
template<class Container >
std::optional< size_t >	index_of (const Container &container, typename Container::value_type v)
template<class Container , class Predicate >
std::optional< size_t >	index_if (const Container &container, Predicate p)
template<class Container , class IndexType >
std::optional< typename Container::value_type >	get_checked (const Container &container, IndexType index)
template<class Container , class IndexType >
Container::value_type	get_or (const Container &container, IndexType index, const typename Container::value_type &defaultValue)
template<class Type >
bool	assign_if_valid (Type &dest, const std::optional< Type > &src)
template<class SmartPointerContainer >
SmartPointerContainer &	erase_if_null (SmartPointerContainer &container)
template<class Container >
Container &	stable_remove_duplicates (Container &container)
	Removes duplicates from a container maintaining the order.
BenchmarkDescription	createBenchmarkDescription (std::string category, std::string name, std::string description)
	Creates a description by hashing the name and description fields.
BenchmarkResult	createBenchmarkResult (BenchmarkDescription description, const tracktion::graph::PerformanceMeasurement::Statistics &stats)
	Creates a BenchmarkResult from a set of Statistics.
std::pair< double, double >	getBezierPoint (double x1, double y1, double x2, double y2, double c) noexcept
void	getBezierEnds (const double x1, const double y1, const double x2, const double y2, const double c, double &x1out, double &y1out, double &x2out, double &y2out) noexcept
double	getBezierYFromX (double x, double x1, double y1, double xb, double yb, double x2, double y2) noexcept
std::uint64_t	rdtsc ()
	Returns the CPU cycle count, useful for benchmarking.
void	pause ()
	Pauses the CPU for an instruction.
template<typename T >
void	hash_combine (size_t &seed, const T &v)
	Hashes a type with a given seed, modifying the seed.
template<typename It >
std::size_t	hash_range (It first, It last)
	Hashes a range with a default seed and returns the new hash value.
template<typename It >
void	hash_range (std::size_t &seed, It first, It last)
	Hashes a range with a given seed, modifying the seed.
template<typename Container >
std::size_t	hash_range (const Container &container)
	Hashes a container with a default seed and returns the hash value.
template<typename T >
size_t	hash (size_t seed, const T &v)
	Hashes a type with a given seed and returns the new hash value.
constexpr BeatPosition	operator* (TimePosition t, tempo::BeatsPerSecond bps)
	Converts time to beats.
constexpr BeatDuration	operator* (TimeDuration t, tempo::BeatsPerSecond bps)
	Converts time to beats.
constexpr BeatPosition	operator* (tempo::BeatsPerSecond bps, TimePosition t)
	Converts time to beats.
constexpr BeatDuration	operator* (tempo::BeatsPerSecond bps, TimeDuration t)
	Converts time to beats.
constexpr BeatPosition	operator* (TimePosition t, tempo::BeatsPerMinute bpm)
	Converts time to beats.
constexpr BeatDuration	operator* (TimeDuration t, tempo::BeatsPerMinute bpm)
	Converts time to beats.
constexpr BeatPosition	operator* (tempo::BeatsPerMinute bpm, TimePosition t)
	Converts time to beats.
constexpr BeatDuration	operator* (tempo::BeatsPerMinute bpm, TimeDuration t)
	Converts time to beats.
constexpr TimePosition	operator* (BeatPosition t, tempo::SecondsPerBeat spb)
	Converts beats to time.
constexpr TimeDuration	operator* (BeatDuration t, tempo::SecondsPerBeat spb)
	Converts beats to time.
constexpr TimePosition	operator* (tempo::SecondsPerBeat spb, BeatPosition t)
	Converts beats to time.
constexpr TimeDuration	operator* (tempo::SecondsPerBeat spb, BeatDuration t)
	Converts beats to time.
constexpr tempo::BeatsPerSecond	operator/ (double t, tempo::SecondsPerBeat spb)
	Converts a SecondsPerBeat to BeatsPerSecond.
constexpr tempo::SecondsPerBeat	operator/ (double t, tempo::BeatsPerSecond bps)
	Converts a BeatsPerSecond to SecondsPerBeat.
constexpr bool	operator== (tempo::Key k1, tempo::Key k2)
	Compares two Keys.
constexpr bool	operator!= (tempo::Key k1, tempo::Key k2)
	Compares two Keys.
TimeRange	toTime (const tempo::Sequence &, BeatRange)
	Converts a BeatRange to a TimeRange.
BeatRange	toBeats (const tempo::Sequence &, TimeRange)
	Converts a TimeRange to a BeatRange.
TimeRange	toTime (const tempo::Sequence &seq, BeatRange range)
	Converts a BeatRange to a TimeRange.
BeatRange	toBeats (const tempo::Sequence &seq, TimeRange range)
	Converts a TimeRange to a BeatRange.
constexpr TimePosition	operator- (TimePosition)
	Negates a TimePosition.
constexpr TimeDuration	toDuration (TimePosition)
	Converts a TimePosition to a TimeDuration.
constexpr int64_t	toSamples (TimePosition, double sampleRate)
	Converts a TimePosition to a number of samples.
TimePosition	abs (TimePosition)
	Returns the absolute of this TimePosition.
constexpr TimeDuration	operator- (TimeDuration)
	Negates a TimeDuration.
constexpr TimePosition	toPosition (TimeDuration)
	Converts a TimeDuration to a TimePosition.
constexpr int64_t	toSamples (TimeDuration, double sampleRate)
	Converts a TimeDuration to a number of samples.
TimeDuration	abs (TimeDuration)
	Returns the absolute of this TimeDuration.
constexpr TimeDuration	operator+ (const TimeDuration &, const TimeDuration &)
	Adds two TimeDurations together.
template<typename Type >
constexpr TimeDuration	operator+ (const TimeDuration &, std::chrono::duration< Type >)
	Adds a time to a TimeDuration.
constexpr TimePosition	operator+ (const TimePosition &, const TimeDuration &)
	Adds a TimeDuration to a TimePosition.
template<typename Type >
constexpr TimePosition	operator+ (const TimePosition &, std::chrono::duration< Type >)
	Adds a time to a TimePosition.
constexpr TimeDuration	operator- (const TimePosition &, const TimePosition &)
	Subtracts a TimePosition from another one, returning the duration bewteen them.
constexpr TimeDuration	operator- (const TimeDuration &, const TimeDuration &)
	Subtracts a TimeDuration from another one.
template<typename Type >
constexpr TimeDuration	operator- (const TimeDuration &, std::chrono::duration< Type >)
	Subtracts a time from a TimeDuration.
constexpr TimePosition	operator- (const TimePosition &, const TimeDuration &)
	Subtracts a TimeDuration from a TimePosition.
template<typename Type >
constexpr TimePosition	operator- (const TimePosition &, std::chrono::duration< Type >)
	Subtracts a time from a TimePosition.
constexpr TimePosition	operator* (const TimePosition &, double)
	Multiplies a TimePosition by an ammount.
constexpr TimePosition	operator/ (const TimePosition &, double)
	Divides a TimePosition by an ammount.
constexpr TimeDuration	operator* (const TimeDuration &, double)
	Multiplies a TimeDuration by an ammount.
constexpr TimeDuration	operator/ (const TimeDuration &, double)
	Divides a TimeDuration by an ammount.
constexpr double	operator/ (const TimePosition &, const TimeDuration &)
	Divides a TimePosition by a TimeDuration.
constexpr double	operator/ (const TimeDuration &, const TimeDuration &)
	Divides a TimeDuration by another TimeDuration.
constexpr bool	operator== (const TimePosition &, const TimePosition &)
	Compares two TimePositions.
constexpr bool	operator!= (const TimePosition &, const TimePosition &)
	Compares two TimeDurations.
constexpr bool	operator== (const TimeDuration &, const TimeDuration &)
	Compares two TimeDurations.
constexpr bool	operator!= (const TimeDuration &, const TimeDuration &)
	Compares two TimeDurations.
constexpr bool	operator< (const TimePosition &, const TimePosition &)
	Compares two TimePositions.
constexpr bool	operator<= (const TimePosition &, const TimePosition &)
	Compares two TimePosition.
constexpr bool	operator> (const TimePosition &, const TimePosition &)
	Compares two TimePosition.
constexpr bool	operator>= (const TimePosition &, const TimePosition &)
	Compares two TimePosition.
constexpr bool	operator< (const TimeDuration &, const TimeDuration &)
	Compares two TimeDurations.
constexpr bool	operator<= (const TimeDuration &, const TimeDuration &)
	Compares two TimeDurations.
constexpr bool	operator> (const TimeDuration &, const TimeDuration &)
	Compares two TimeDurations.
constexpr bool	operator>= (const TimeDuration &, const TimeDuration &)
	Compares two TimeDurations.
constexpr BeatPosition	operator- (BeatPosition)
	Negates a BeatPosition.
constexpr BeatDuration	toDuration (BeatPosition)
	Converts a BeatPosition to a BeatDuration.
BeatPosition	roundToNearestBeat (BeatPosition)
	Rounds a BeatPosition to the nearest whole beat.
BeatPosition	abs (BeatPosition)
	Returns the absolute of this BeatPosition.
constexpr BeatDuration	operator- (BeatDuration)
	Negates a BeatDuration.
constexpr BeatPosition	toPosition (BeatDuration)
	Converts a BeatDuration to a BeatPosition.
BeatDuration	roundToNearestBeat (BeatDuration)
	Rounds a BeatDuration to the nearest whole beat.
BeatDuration	abs (BeatDuration)
	Returns the absolute of this BeatDuration.
constexpr BeatDuration	operator+ (const BeatDuration &, const BeatDuration &)
	Adds two BeatDurations together.
constexpr BeatPosition	operator+ (const BeatPosition &, const BeatDuration &)
	Adds a BeatDuration to a BeatPosition.
constexpr BeatDuration	operator- (const BeatPosition &, const BeatPosition &)
	Subtracts a BeatPosition from another one, returning the duration between them.
constexpr BeatDuration	operator- (const BeatDuration &, const BeatDuration &)
	Subtracts a BeatDuration from another one.
constexpr BeatPosition	operator- (const BeatPosition &, const BeatDuration &)
	Subtracts a BeatDuration from a BeatPosition.
template<typename Type >
constexpr BeatPosition	operator* (const BeatPosition &, Type)
	Multiplies a BeatPosition by an ammount.
constexpr BeatPosition	operator/ (const BeatPosition &, double)
	Divides a BeatPosition by an ammount.
template<typename Type >
constexpr BeatDuration	operator* (const BeatDuration &, Type)
	Multiplies a BeatDuration by an ammount.
constexpr BeatDuration	operator/ (const BeatDuration &, double)
	Divides a BeatDuration by an ammount.
constexpr double	operator/ (const BeatPosition &, const BeatDuration &)
	Divides a BeatPosition by a BeatDuration.
constexpr double	operator/ (const BeatDuration &, const BeatDuration &)
	Divides a BeatDuration by another BeatDuration.
constexpr bool	operator== (const BeatPosition &, const BeatPosition &)
	Compares two BeatPositions.
constexpr bool	operator!= (const BeatPosition &, const BeatPosition &)
	Compares two BeatPositions.
constexpr bool	operator== (const BeatDuration &, const BeatDuration &)
	Compares two BeatDurations.
constexpr bool	operator!= (const BeatDuration &, const BeatDuration &)
	Compares two BeatDurations.
constexpr bool	operator< (const BeatPosition &, const BeatPosition &)
	Compares two BeatDurations.
constexpr bool	operator<= (const BeatPosition &, const BeatPosition &)
	Compares two BeatDurations.
constexpr bool	operator> (const BeatPosition &, const BeatPosition &)
	Compares two BeatDurations.
constexpr bool	operator>= (const BeatPosition &, const BeatPosition &)
	Compares two BeatDurations.
constexpr bool	operator< (const BeatDuration &, const BeatDuration &)
	Compares two BeatDurations.
constexpr bool	operator<= (const BeatDuration &, const BeatDuration &)
	Compares two BeatDurations.
constexpr bool	operator> (const BeatDuration &, const BeatDuration &)
	Compares two BeatDurations.
constexpr bool	operator>= (const BeatDuration &, const BeatDuration &)
	Compares two BeatDurations.
constexpr TimePosition	operator- (TimePosition t)
	Negates a TimePosition.
constexpr TimeDuration	toDuration (TimePosition t)
	Converts a TimePosition to a TimeDuration.
constexpr int64_t	toSamples (TimePosition p, double sampleRate)
	Converts a TimePosition to a number of samples.
TimePosition	abs (TimePosition t)
	Returns the absolute of this TimePosition.
constexpr TimeDuration	operator- (TimeDuration t)
	Negates a TimeDuration.
constexpr TimePosition	toPosition (TimeDuration t)
	Converts a TimeDuration to a TimePosition.
constexpr int64_t	toSamples (TimeDuration p, double sampleRate)
	Converts a TimeDuration to a number of samples.
TimeDuration	abs (TimeDuration t)
	Returns the absolute of this TimeDuration.
constexpr TimeDuration	operator+ (const TimeDuration &t1, const TimeDuration &t2)
	Adds two TimeDurations together.
constexpr TimePosition	operator+ (const TimePosition &t1, const TimeDuration &t2)
	Adds a TimeDuration to a TimePosition.
constexpr TimeDuration	operator- (const TimePosition &t1, const TimePosition &t2)
	Subtracts a TimePosition from another one, returning the duration bewteen them.
constexpr TimeDuration	operator- (const TimeDuration &t1, const TimeDuration &t2)
	Subtracts a TimeDuration from another one.
constexpr TimePosition	operator- (const TimePosition &t1, const TimeDuration &t2)
	Subtracts a TimeDuration from a TimePosition.
template<typename Type >
constexpr TimeDuration	operator+ (const TimeDuration &t1, std::chrono::duration< Type > t2)
	Adds a time to a TimeDuration.
template<typename Type >
constexpr TimePosition	operator+ (const TimePosition &t1, std::chrono::duration< Type > t2)
	Adds a time to a TimePosition.
template<typename Type >
constexpr TimeDuration	operator- (const TimeDuration &t1, std::chrono::duration< Type > t2)
	Subtracts a time from a TimeDuration.
template<typename Type >
constexpr TimePosition	operator- (const TimePosition &t1, std::chrono::duration< Type > t2)
	Subtracts a time from a TimePosition.
constexpr TimePosition	operator* (const TimePosition &t, double ammount)
	Multiplies a TimePosition by an ammount.
constexpr TimePosition	operator/ (const TimePosition &t, double ammount)
	Divides a TimePosition by an ammount.
constexpr TimeDuration	operator* (const TimeDuration &t, double ammount)
	Multiplies a TimeDuration by an ammount.
constexpr TimeDuration	operator/ (const TimeDuration &t, double ammount)
	Divides a TimeDuration by an ammount.
constexpr double	operator/ (const TimePosition &t1, const TimeDuration &t2)
	Divides a TimePosition by a TimeDuration.
constexpr double	operator/ (const TimeDuration &t1, const TimeDuration &t2)
	Divides a TimeDuration by another TimeDuration.
constexpr bool	operator== (const TimePosition &t1, const TimePosition &t2)
	Compares two TimePositions.
constexpr bool	operator!= (const TimePosition &t1, const TimePosition &t2)
	Compares two TimeDurations.
constexpr bool	operator== (const TimeDuration &t1, const TimeDuration &t2)
	Compares two TimeDurations.
constexpr bool	operator!= (const TimeDuration &t1, const TimeDuration &t2)
	Compares two TimeDurations.
constexpr bool	operator< (const TimePosition &t1, const TimePosition &t2)
	Compares two TimePositions.
constexpr bool	operator<= (const TimePosition &t1, const TimePosition &t2)
	Compares two TimePosition.
constexpr bool	operator> (const TimePosition &t1, const TimePosition &t2)
	Compares two TimePosition.
constexpr bool	operator>= (const TimePosition &t1, const TimePosition &t2)
	Compares two TimePosition.
constexpr bool	operator< (const TimeDuration &t1, const TimeDuration &t2)
	Compares two TimeDurations.
constexpr bool	operator<= (const TimeDuration &t1, const TimeDuration &t2)
	Compares two TimeDurations.
constexpr bool	operator> (const TimeDuration &t1, const TimeDuration &t2)
	Compares two TimeDurations.
constexpr bool	operator>= (const TimeDuration &t1, const TimeDuration &t2)
	Compares two TimeDurations.
BeatPosition	abs (BeatPosition t)
	Returns the absolute of this BeatPosition.
constexpr BeatDuration	toDuration (BeatPosition t)
	Converts a BeatPosition to a BeatDuration.
BeatPosition	roundToNearestBeat (BeatPosition t)
	Rounds a BeatPosition to the nearest whole beat.
BeatDuration	roundToNearestBeat (BeatDuration t)
	Rounds a BeatDuration to the nearest whole beat.
BeatDuration	abs (BeatDuration t)
	Returns the absolute of this BeatDuration.
constexpr BeatPosition	toPosition (BeatDuration t)
	Converts a BeatDuration to a BeatPosition.
constexpr BeatPosition	operator- (BeatPosition t)
	Negates a BeatPosition.
constexpr BeatDuration	operator- (BeatDuration t)
	Negates a BeatDuration.
constexpr BeatDuration	operator+ (const BeatDuration &t1, const BeatDuration &t2)
	Adds two BeatDurations together.
constexpr BeatPosition	operator+ (const BeatPosition &t1, const BeatDuration &t2)
	Adds a BeatDuration to a BeatPosition.
constexpr BeatDuration	operator- (const BeatPosition &t1, const BeatPosition &t2)
	Subtracts a BeatPosition from another one, returning the duration between them.
constexpr BeatDuration	operator- (const BeatDuration &t1, const BeatDuration &t2)
	Subtracts a BeatDuration from another one.
constexpr BeatPosition	operator- (const BeatPosition &t1, const BeatDuration &t2)
	Subtracts a BeatDuration from a BeatPosition.
template<typename Type >
constexpr BeatPosition	operator* (const BeatPosition &t, Type ammount)
	Multiplies a BeatPosition by an ammount.
constexpr BeatPosition	operator/ (const BeatPosition &t, double ammount)
	Divides a BeatPosition by an ammount.
template<typename Type >
constexpr BeatDuration	operator* (const BeatDuration &t, Type ammount)
	Multiplies a BeatDuration by an ammount.
constexpr BeatDuration	operator/ (const BeatDuration &t, double ammount)
	Divides a BeatDuration by an ammount.
constexpr double	operator/ (const BeatPosition &t1, const BeatDuration &t2)
	Divides a BeatPosition by a BeatDuration.
constexpr double	operator/ (const BeatDuration &t1, const BeatDuration &t2)
	Divides a BeatDuration by another BeatDuration.
constexpr bool	operator== (const BeatPosition &t1, const BeatPosition &t2)
	Compares two BeatPositions.
constexpr bool	operator!= (const BeatPosition &t1, const BeatPosition &t2)
	Compares two BeatPositions.
constexpr bool	operator== (const BeatDuration &t1, const BeatDuration &t2)
	Compares two BeatDurations.
constexpr bool	operator!= (const BeatDuration &t1, const BeatDuration &t2)
	Compares two BeatDurations.
constexpr bool	operator< (const BeatPosition &t1, const BeatPosition &t2)
	Compares two BeatDurations.
constexpr bool	operator<= (const BeatPosition &t1, const BeatPosition &t2)
	Compares two BeatDurations.
constexpr bool	operator> (const BeatPosition &t1, const BeatPosition &t2)
	Compares two BeatDurations.
constexpr bool	operator>= (const BeatPosition &t1, const BeatPosition &t2)
	Compares two BeatDurations.
constexpr bool	operator< (const BeatDuration &t1, const BeatDuration &t2)
	Compares two BeatDurations.
constexpr bool	operator<= (const BeatDuration &t1, const BeatDuration &t2)
	Compares two BeatDurations.
constexpr bool	operator> (const BeatDuration &t1, const BeatDuration &t2)
	Compares two BeatDurations.
constexpr bool	operator>= (const BeatDuration &t1, const BeatDuration &t2)
	Compares two BeatDurations.
juce::String &	operator<< (juce::String &s, TimeDuration d)
juce::String &	operator<< (juce::String &s, TimePosition p)
juce::String &	operator<< (juce::String &s, BeatDuration d)
juce::String &	operator<< (juce::String &s, BeatPosition p)
std::ostream &	operator<< (std::ostream &os, const TimeDuration &v)
std::ostream &	operator<< (std::ostream &os, const TimePosition &v)
std::ostream &	operator<< (std::ostream &os, const BeatDuration &v)
std::ostream &	operator<< (std::ostream &os, const BeatPosition &v)
juce::Range< int64_t >	toSamples (TimeRange, double sampleRate)
	Converts a TimeRange to a range of samples.
TimeRange	timeRangeFromSamples (juce::Range< int64_t > sampleRange, double sampleRate)
	Creates a TimeRange from a range of samples.
template<typename SourceRangeType >
TimeRange	timeRangeFromSeconds (SourceRangeType)
	Creates a TimeRange from a range of seconds.
template<typename PositionType >
bool	operator== (const RangeType< PositionType > &, const RangeType< PositionType > &)
	Compares two ranges to check if they are equal.
template<typename PositionType >
bool	operator!= (const RangeType< PositionType > &, const RangeType< PositionType > &)
	Compares two ranges to check if they are not equal.
template<typename PositionType >
RangeType< PositionType >	operator+ (const RangeType< PositionType > &, typename RangeType< PositionType >::Duration)
	Adds a duration to a range, moving it forwards.
template<typename PositionType >
RangeType< PositionType >	operator- (const RangeType< PositionType > &, typename RangeType< PositionType >::Duration)
	Subtracts a duration to a range, moving it backwards.
template<typename PositionType >
RangeType< PositionType >	withEndExtended (RangeType< PositionType > &, typename RangeType< PositionType >::Duration)
	Adds an amount to the end of the range and returns a new range.
template<typename PositionType >
PositionType	fromUnderlyingType (double)
template<>
TimePosition	fromUnderlyingType< TimePosition > (double t)
template<>
TimeDuration	fromUnderlyingType< TimeDuration > (double t)
double	toUnderlyingType (TimePosition t)
double	toUnderlyingType (TimeDuration t)
template<>
BeatPosition	fromUnderlyingType< BeatPosition > (double t)
template<>
BeatDuration	fromUnderlyingType< BeatDuration > (double t)
double	toUnderlyingType (BeatPosition t)
double	toUnderlyingType (BeatDuration t)
TimeRange	timeRangeFromSamples (juce::Range< int64_t > r, double sampleRate)
	Creates a TimeRange from a range of samples.
template<typename SourceRangeType >
TimeRange	timeRangeFromSeconds (SourceRangeType r)
	Creates a TimeRange from a range of seconds.
juce::Range< int64_t >	toSamples (TimeRange r, double sampleRate)
	Converts a TimeRange to a range of samples.
template<typename PositionType >
bool	operator== (const RangeType< PositionType > &r1, const RangeType< PositionType > &r2)
	Compares two ranges to check if they are equal.
template<typename PositionType >
bool	operator!= (const RangeType< PositionType > &r1, const RangeType< PositionType > &r2)
	Compares two ranges to check if they are not equal.
template<typename PositionType >
RangeType< PositionType >	operator+ (const RangeType< PositionType > &r, typename RangeType< PositionType >::Duration d)
	Adds a duration to a range, moving it forwards.
template<typename PositionType >
RangeType< PositionType >	operator- (const RangeType< PositionType > &r, typename RangeType< PositionType >::Duration d)
	Subtracts a duration to a range, moving it backwards.
template<typename PositionType >
RangeType< PositionType >	withEndExtended (RangeType< PositionType > &r, typename RangeType< PositionType >::Duration d)
	Adds an amount to the end of the range and returns a new range.
template<typename RangeType , std::enable_if_t< std::is_same_v< TimeRange, RangeType >||std::is_same_v< BeatRange, RangeType >, bool > = true>
std::string	to_string (RangeType range)
std::ostream &	operator<< (std::ostream &os, const TimeRange &r)
std::ostream &	operator<< (std::ostream &os, const BeatRange &r)
void	addMidiNoteOnExpressionToSequence (juce::MidiMessageSequence &seq, const juce::ValueTree &state, int midiChannel, double noteOnTime) noexcept
template<typename EventType >
const juce::Array< EventType * > &	getEventsChecked (const juce::Array< EventType * > &events)
std::unique_ptr< juce::XmlElement >	exportProgramSet (ProgramSet &set)
BankSet *	getBankSet (ProgramSet &set, const juce::String &name)
std::unique_ptr< juce::XmlElement >	convertMidnamToXml (const juce::File &src)
juce::String	fixLegacyChordNames (const juce::String &oldName)
juce::Array< KeyResult >	determineKeyOfNotes (const juce::Array< MidiNote * > &notes)
AutomatableParameter::ModifierSource *	getSourceForAssignment (const AutomatableParameter::ModifierAssignment &)
	Iterates an Edit looking for the source of this assignment.
juce::ReferenceCountedArray< AutomatableParameter >	getAllParametersBeingModifiedBy (Edit &, AutomatableParameter::ModifierSource &)
	Iterates an Edit looking for all parameters that are being modified by the given ModifierSource.
AutomatableParameter *	getParameter (AutomatableParameter::ModifierAssignment &)
	Iterates an Edit looking for the parameter that this ModifierAssignment has been made from.
template<typename AssignmentType >
juce::ReferenceCountedArray< AssignmentType >	getAssignmentsOfType (const AutomatableParameter &ap)
	Returns all the Assignments of a specific type.
template<typename ModifierType >
juce::Array< ModifierType * >	getModifiersOfType (const AutomatableParameter &ap)
	Returns all the modifers in use of a specific type.
template<typename AssignmentType , typename ModifierSourceType , typename EditType >
juce::ReferenceCountedArray< AssignmentType >	getAssignmentsForSource (EditType &edit, const ModifierSourceType &source)
	Iterates an Edit looking for all parameters that assigned to a given parameter.
int	getIntParamValue (const AutomatableParameter &ap)
	Returns an int version of an AutomatableParameter.
bool	getBoolParamValue (const AutomatableParameter &ap)
	Returns a bool version of an AutomatableParameter.
template<typename Type >
Type	getTypedParamValue (const AutomatableParameter &ap)
	Returns an int version of an AutomatableParameter cast to a enum type.
int	simplify (AutomationCurve &, int strength, TimeRange)
	Removes points from the curve to simplfy it and returns the number of points removed.
MacroParameter::Ptr	getMacroParameterForID (Edit &, EditItemID)
	Searched the Edit for a MacroParameter with this ID.
Plugin::Ptr	getOwnerPlugin (MacroParameterList *)
	If this MacroParameterList belongs to an Plugin, this will return it.
Modifier::Ptr	findModifierForID (ModifierList &, EditItemID)
	Returns a Modifier if it can be found in the list.
template<typename ModifierType >
juce::ReferenceCountedArray< ModifierType >	getModifiersOfType (const ModifierList &ml)
	Returns the modifers of a specific type.
void	dumpSegments (const juce::Array< AudioSegmentList::Segment > &segments)
Clip *	findClipForState (ClipOwner &, const juce::ValueTree &)
	Returns a clip with the given state if the ClipOwner contains it.
Clip *	findClipForID (ClipOwner &, EditItemID)
	Returns a clip with the given ID if the ClipOwner contains it.
Clip *	insertClipWithState (ClipOwner &, juce::ValueTree)
	Inserts a clip with the given state in to the ClipOwner's clip list.
Clip *	insertClipWithState (ClipOwner &, const juce::ValueTree &stateToUse, const juce::String &name, TrackItem::Type, ClipPosition, DeleteExistingClips, bool allowSpottingAdjustment)
	Inserts a clip with the given state in to the ClipOwner's clip list.
Clip *	insertNewClip (ClipOwner &, TrackItem::Type, const juce::String &name, EditTimeRange)
	Inserts a new clip with the given type and name.
Clip *	insertNewClip (ClipOwner &, TrackItem::Type, EditTimeRange)
	Inserts a new clip with the given type and a default name.
Clip *	insertNewClip (ClipOwner &, TrackItem::Type, const juce::String &name, ClipPosition)
	Inserts a new clip with the given type and name.
juce::ReferenceCountedObjectPtr< WaveAudioClip >	insertWaveClip (ClipOwner &, const juce::String &name, const juce::File &sourceFile, ClipPosition, DeleteExistingClips)
	Inserts a new WaveAudioClip into the ClipOwner's clip list.
WaveAudioClip::Ptr	insertWaveClip (ClipOwner &, const juce::String &name, ProjectItemID sourceID, ClipPosition, DeleteExistingClips)
	Inserts a new WaveAudioClip into the ClipOwner's clip list.
MidiClip::Ptr	insertMIDIClip (ClipOwner &, const juce::String &name, TimeRange)
	Inserts a new MidiClip into the ClipOwner's clip list.
MidiClip::Ptr	insertMIDIClip (ClipOwner &, TimeRange)
	Inserts a new MidiClip into the ClipOwner's clip list.
EditClip::Ptr	insertEditClip (ClipOwner &, TimeRange, ProjectItemID)
	Inserts a new EditClip into the ClipOwner's clip list.
juce::Array< Clip * >	deleteRegion (ClipOwner &, TimeRange)
	Removes a region of a ClipOwner and returns any newly created clips.
juce::Array< Clip * >	deleteRegion (Clip &, TimeRange)
	Removes a region of a clip and returns any newly created clips.
juce::Array< Clip * >	split (ClipOwner &, TimePosition)
	Splits the given clp owner at the time and returns any newly created clips.
Clip *	split (Clip &, TimePosition)
	Splits the given clip at the time and returns the newly created clip.
bool	containsAnyMIDIClips (const ClipOwner &)
	Returns true if the clip owner contains any MIDI clips.
bool	isMasterTrack (const Track &)
	Returns true if this is a MasterTrack.
bool	isTempoTrack (const Track &)
	Returns true if this is a TempoTrack.
bool	isAutomationTrack (const Track &)
	Returns true if this is an AutomationTrack.
bool	isAudioTrack (const Track &)
	Returns true if this is an AudioTrack.
bool	isFolderTrack (const Track &)
	Returns true if this is a FolderTrack.
bool	isMarkerTrack (const Track &)
	Returns true if this is a MarkerTrack.
bool	isChordTrack (const Track &)
	Returns true if this is a ChordTrack.
bool	isArrangerTrack (const Track &)
	Returns true if this is an ArrangerTrack.
bool	isAudioTrack (const ClipOwner &)
	Returns true if this is an AudioTrack.
bool	isFolderTrack (const ClipOwner &)
	Returns true if this is a FolderTrack.
bool	isMarkerTrack (const ClipOwner &)
	Returns true if this is a MarkerTrack.
bool	isChordTrack (const ClipOwner &)
	Returns true if this is a ChordTrack.
bool	isArrangerTrack (const ClipOwner &)
	Returns true if this is an ArrangerTrack.
bool	canContainMIDI (const ClipOwner &)
	Returns true if this Track can contain MidiClip[s].
bool	canContainAudio (const ClipOwner &)
	Returns true if this Track can contain WaveAudioClip[s].
bool	isOnTop (const Track &)
	Returns true if this a global Track and should be on top of others.
template<typename ClipType >
juce::Array< ClipType * >	getClipsOfType (const ClipOwner &)
	Returns the subclips of the given type.
template<typename ClipType >
juce::Array< ClipType * >	getClipsOfTypeRecursive (const ClipOwner &)
	Returns the subclips of the given type, if any clips contain other clips, this will also return those.
bool	isMovable (const Track &)
	Returns true if this Track is movable.
void	mergeInMidiSequence (MidiClip &, juce::MidiMessageSequence, TimeDuration offsetToApply, MidiList::NoteAutomationType)
	Copies a zero-time origin based MIDI sequence in to a MidiClip.
HashCode	hashDouble (double d) noexcept
juce::ValueTree	loadEditFromProjectManager (ProjectManager &, ProjectItemID)
	Uses the ProjectManager to find an Edit file and load it as a ValueTree.
std::unique_ptr< Edit >	loadEditForExamining (ProjectManager &, ProjectItemID, Edit::EditRole role=Edit::EditRole::forExamining)
	Uses the ProjectManager to find an Edit file and open it.
juce::ValueTree	loadEditFromFile (Engine &, const juce::File &, ProjectItemID)
	Legacy, will be deprecated soon.
juce::ValueTree	createEmptyEdit (Engine &)
	Legacy, will be deprecated soon.
std::unique_ptr< Edit >	loadEditFromFile (Engine &, const juce::File &, Edit::EditRole role=Edit::EditRole::forEditing)
	Loads an edit from file, ready for playback / editing.
std::unique_ptr< Edit >	createEmptyEdit (Engine &, const juce::File &)
	Creates a new edit for a file, ready for playback / editing.
juce::ValueTree	updateLegacyEdit (const juce::ValueTree &)
	Converts old edit formats to the latest structure.
void	updateLegacyEdit (juce::XmlElement &editXML)
	Converts old edit formats to the latest structure.
Project::Ptr	getProjectForEdit (const Edit &)
	Tries to find the project that contains this edit (but may return nullptr!)
ProjectItem::Ptr	getProjectItemForEdit (const Edit &)
	Tries to find the project item that refers to this edit (but may return nullptr!)
juce::File	getEditFileFromProjectManager (Edit &)
	Uses the ProjectManager to look up the file for an Edit.
bool	referencesProjectItem (Edit &, ProjectItemID)
	Returns true if the ProjectItemID is being used for any of the Edit's elements.
void	insertSpaceIntoEdit (Edit &, TimeRange timeRangeToInsert)
	Inserts blank space in to an Edit, splitting clips if necessary.
void	insertSpaceIntoEditFromBeatRange (Edit &, BeatRange)
	Inserts a number of blank beats in to the Edit.
juce::Array< Track * >	getAllTracks (const Edit &)
	Returns all the tracks in an Edit.
juce::Array< Track * >	getTopLevelTracks (const Edit &)
	Returns all of the non-foldered tracks in an Edit.
juce::Array< AudioTrack * >	getAudioTracks (const Edit &)
	Returns all the AudioTracks in an Edit.
juce::Array< ClipTrack * >	getClipTracks (const Edit &)
	Returns all the ClipTracks in an Edit.
int	getTotalNumTracks (const Edit &)
	Returns the total number of Tracks in an Edit.
Track *	findTrackForID (const Edit &, EditItemID)
	Returns the Track with a given ID if contained in the Edit.
AudioTrack *	findAudioTrackForID (const Edit &, EditItemID)
	Returns the AudioTrack with a given ID if contained in the Edit.
juce::Array< Track * >	findTracksForIDs (const Edit &, const juce::Array< EditItemID > &)
	Returns the Tracks for the given IDs in the Edit.
Track *	findTrackForState (const Edit &, const juce::ValueTree &)
	Returns the Track with a given state if contained in the Edit.
AudioTrack *	getFirstAudioTrack (const Edit &)
	Returns the first audio track in an Edit.
bool	containsTrack (const Edit &, const Track &)
	Returns true if the Edit contains this Track.
TrackOutput *	getTrackOutput (Track &)
	Returns the TrackOutput if the given track has one.
juce::BigInteger	toBitSet (const juce::Array< Track * > &)
	Returns the set of tracks as a BigInteger with each bit corresponding to the array of all tracks in an Edit.
juce::Array< Track * >	toTrackArray (Edit &, const juce::BigInteger &)
	Returns an Array of Track[s] corresponding to the set bits of all tracks in an Edit.
juce::Array< Track * >	findAllTracksContainingSelectedItems (const SelectableList &)
	Returns all the tracks containing the selected tracks or TrackItems.
ClipTrack *	findFirstClipTrackFromSelection (const SelectableList &)
	Returns the first ClipTrack from the selected tracks or clips.
Clip::Ptr	duplicateClip (const Clip &)
	Creates a unique copy of this clip with a new EditItemID.
SelectableList	splitClips (const SelectableList &clips, TimePosition time)
	Splits the clips at a given time.
void	deleteRegionOfClip (Clip &, TimeRange rangeToDelete)
	Deletes a time range of a Clip.
void	deleteRegionOfSelectedClips (SelectionManager &, TimeRange rangeToDelete, CloseGap, bool moveAllSubsequentClipsOnTrack)
	Deletes a time range of a Clip selection, optionally closing the gap.
void	deleteRegionOfTracks (Edit &, TimeRange rangeToDelete, bool onlySelectedTracks, CloseGap, SelectionManager *)
	Deletes a time range of an Edit, optionally closing the gap.
void	moveSelectedClips (const SelectableList &, Edit &, MoveClipAction mode, bool alsoMoveAutomation)
	Moves the selected clips within their track.
SelectableList	getClipSelectionWithCollectionClipContents (const SelectableList &)
	Returns a list of clips.
juce::Array< ClipEffect * >	getAllClipEffects (Edit &edit)
	Returns all clip effects.
ClipOwner *	findClipOwnerForID (const Edit &, EditItemID)
	Returns the ClipOwner with a given ID if it can be found in the Edit.
ClipSlot *	findClipSlotForID (const Edit &, EditItemID)
	Returns the ClipSlot for the given ID.
int	findClipSlotIndex (ClipSlot &)
	Returns the index of the ClipSlot in the list it is owned by.
Clip *	findClipForID (const Edit &, EditItemID)
	Returns the Clip with a given ID if contained in the Edit.
Clip *	findClipForState (const Edit &, const juce::ValueTree &)
	Returns the Clip for a given state if contained in the Edit.
bool	containsClip (const Edit &, Clip *)
	Returns true if an Edit contains a given clip.
void	visitAllTrackItems (const Edit &, std::function< bool(TrackItem &)>)
	Calls a function for all TrackItems in an Edit.
TimeRange	getTimeRangeForSelectedItems (const SelectableList &)
	Returns the time range covered by the given items.
MidiNote *	findNoteForState (const Edit &, const juce::ValueTree &)
	Returns the MidiNote with a given state.
juce::Result	mergeMidiClips (juce::Array< MidiClip * >, SelectionManager *sm=nullptr)
	Merges a set of MIDI clips in to one new one.
juce::OwnedArray< MidiList >	readFileToMidiList (juce::File midiFile, bool importAsNoteExpression)
	Helper function to read a file to a number of MidiLists.
MidiClip::Ptr	createClipFromFile (juce::File midiFile, ClipOwner &, bool importAsNoteExpression)
	Helper function to read a MIDI file and create a MidiClip from it.
Plugin::Array	getAllPlugins (const Edit &, bool includeMasterVolume)
	Returns all the plugins in a given Edit.
Plugin::Ptr	findPluginForState (const Edit &, const juce::ValueTree &)
	Returns the plugin with given state.
Plugin::Ptr	findPluginForID (const Edit &, EditItemID)
	Returns the plugin with given EditItemID.
Track *	getTrackContainingPlugin (const Edit &, const Plugin *)
	Returns the track for the track which the plugin is located on.
bool	areAnyPluginsMissing (const Edit &)
	Returns true if any plugins couldn't be loaded beacuse their files are missing.
juce::Array< RackInstance * >	getRackInstancesInEditForType (const RackType &)
	Returns all of the instances of a specific RackType in an Edit.
void	muteOrUnmuteAllPlugins (const Edit &)
	Toggles the enabled state of all plugins in an Edit.
void	injectMIDIToAllPlugins (const Edit &, const std::span< juce::MidiMessage > &messagesToSend)
	Sends a list of MIDI messages to all the plugins in this edit.
void	midiPanic (Edit &, bool resetPlugins)
	Performs a "MIDI panic" on the edit, by resetting playback, and sending some all-note-off messages to all plugins in the edit, and optionally resetting them to kill any reverb tails, etc.
juce::Array< AutomatableEditItem * >	getAllAutomatableEditItems (const Edit &)
	Returns all AutomatableEditItems in an Edit.
void	deleteAutomation (const SelectableList &selectedClips)
	Deletes the automation covered by the selected clips.
juce::Array< AutomatableParameter::ModifierSource * >	getAllModifierSources (const Edit &)
	Returns all the ModifierSources in an Edit.
juce::ReferenceCountedArray< Modifier >	getAllModifiers (const Edit &)
	Returns all the Modifiers in an Edit.
Modifier::Ptr	findModifierForID (const Edit &, EditItemID)
	Returns the Modifier with a given ID.
Modifier::Ptr	findModifierForID (const RackType &, EditItemID)
	Returns the Modifier with a given ID if the RackType contains it.
Track *	getTrackContainingModifier (const Edit &, const Modifier::Ptr &)
	Returns the Track containing a Modifier.
juce::Array< MacroParameterList * >	getAllMacroParameterLists (const Edit &)
	Returns all the MacroParameterLists in an Edit.
juce::Array< MacroParameterElement * >	getAllMacroParameterElements (const Edit &)
	Returns all the MacroParameterElement in an Edit.
InputDeviceInstance::RecordingParameters	getDefaultRecordingParameters (const EditPlaybackContext &, TimePosition playStart, TimePosition punchIn)
	Returns the default set of recording parameters.
juce::Result	prepareAndPunchRecord (InputDeviceInstance &, EditItemID)
	Starts an InputDeviceInstance recording to the given target without any count-in etc.
tl::expected< Clip::Array, juce::String >	punchOutRecording (InputDeviceInstance &)
	If the instance is currently recording, this will stop it and return any created clips or an error message.
bool	isRecording (EditPlaybackContext &)
	Returns true if any inputs are currently recording.
template<typename TrackType >
juce::Array< TrackType * >	getTracksOfType (const Edit &, bool recursive)
	Returns the tracks of a given type in an Edit.
template<typename TrackItemType >
juce::Array< TrackItemType * >	getTrackItemsOfType (const Track &)
template<typename PluginType >
juce::ReferenceCountedObjectPtr< PluginType >	insertNewPlugin (Track &, int index=0)
	Adds a new instance of the given plugin to the track's plugin list at the specified index.
template<typename ModifierType >
ModifierType::Ptr	findModifierTypeForID (const Edit &, EditItemID)
	Returns the Modifier with a given type and ID.
juce::StringArray	getLaunchQTypeChoices ()
	Returns a list of quantisation type options in the order of LaunchQType.
std::optional< LaunchQType >	launchQTypeFromName (const juce::String &)
	Returns a the launch Q from a string returned from getLaunchQTypeChoices().
juce::String	getName (LaunchQType)
	Retuns the name of a LaunchQType for display purposes.
double	toBarFraction (LaunchQType) noexcept
	Returns the fraction of a bar to be used for a given rate type.
LaunchQType	fromBarFraction (double) noexcept
	Returns the fraction of a bar to be used for a given rate type.
BeatPosition	getNext (LaunchQType, const tempo::Sequence &, BeatPosition) noexcept
	Returns the next quantised position.
BeatPosition	getNext (LaunchQType, const TempoSequence &, BeatPosition) noexcept
	Returns the next quantised position.
bool	operator< (const PitchSetting &p1, const PitchSetting &p2) noexcept
tempo::Sequence::Position	createPosition (const TempoSequence &)
	Creates a Position to iterate over the given TempoSequence.
juce::String	incrementLastDigit (const juce::String &in)
BeatPosition	toBeats (TimePosition, const TempoSequence &)
	Converts a TimePosition to a BeatPosition given a TempoSequence.
TimePosition	toTime (BeatPosition, const TempoSequence &)
	Converts a BeatPosition to a TimePosition given a TempoSequence.
BeatRange	toBeats (TimeRange, const TempoSequence &)
	Converts a TimeRange to a BeatRange given a TempoSequence.
TimeRange	toTime (BeatRange, const TempoSequence &)
	Converts a BeatRange to a TimeRange given a TempoSequence.
ClipPosition	createClipPosition (const TempoSequence &, TimeRange, TimeDuration offset={})
	Creates a ClipPosition from either a time or beat range.
ClipPosition	createClipPosition (const TempoSequence &, BeatRange, BeatDuration offset={})
	Creates a ClipPosition from either a time or beat range.
TimePosition	toTime (EditTime, const TempoSequence &)
	Converts an EditTime to a TimePosition.
BeatPosition	toBeats (EditTime, const TempoSequence &)
	Converts an EditTime to a BeatPosition.
TimeRange	toTime (EditTimeRange, const TempoSequence &)
	Converts an EditTimeRange to a TimeRange.
BeatRange	toBeats (EditTimeRange, const TempoSequence &)
	Converts an EditTimeRange to a BeatRange.
void	moveAutomation (const juce::Array< TrackAutomationSection > &, TimeDuration offset, bool copy)
	Moves a set of automation optionally applying an offset and copying the automation (rather than moving it).
template<typename ArrayType >
int	findIndexOfNextItemAt (const ArrayType &items, TimePosition time)
	Returns the index of the next item after the given time.
template<typename ArrayType >
TimeRange	findUnionOfEditTimeRanges (const ArrayType &items)
	Returns the the time range that covers all the given TrackItems.
TimeRange	toTimeRange (legacy::EditTimeRange r)
	@temporary
legacy::EditTimeRange	toEditTimeRange (TimeRange r)
	@temporary
AudioNode *	createTrackCompAudioNode (AudioNode *input, const juce::Array< legacy::EditTimeRange > &muteTimes, const juce::Array< legacy::EditTimeRange > &nonMuteTimes, double crossfadeTime)
AudioNode *	createTrackCompAudioNode (AudioNode *input, const juce::Array< TimeRange > &muteTimes, const juce::Array< TimeRange > &nonMuteTimes, TimeDuration crossfadeTime)
AudioNode *	createAudioNode (TrackCompManager::TrackComp &trackComp, Track &t, AudioNode *input)
juce::Array< std::pair< AudioTrack *, int > >	getTargetTracksAndIndexes (InputDeviceInstance &)
	Returns the AudioTracks and their indexes this instance is assigned to.
juce::Array< AudioTrack * >	getTargetTracks (InputDeviceInstance &)
	Returns the AudioTracks this instance is assigned to.
bool	isOnTargetTrack (InputDeviceInstance &, const Track &, int idx)
	Returns true if this instance is assigned to the given Track at the given index .
juce::Result	clearFromTargets (InputDeviceInstance &, juce::UndoManager *)
	Removes this instance from all assigned targets.
bool	isAttached (InputDeviceInstance &)
	Returns true if this input is assigned to a target.
InputDeviceInstance::Destination *	getDestination (InputDeviceInstance &, const Track &track, int index)
	Returns the destination if one has been assigned for the given arguments.
InputDeviceInstance::Destination *	getDestination (InputDeviceInstance &, const ClipSlot &)
	Returns the destination if one has been assigned for the given arguments.
InputDeviceInstance::Destination *	getDestination (InputDeviceInstance &, const juce::ValueTree &destinationState)
	Returns the destination if one has been assigned for the given arguments.
bool	hasErrors (const InputDeviceInstance::PreparedContext &pc)
	Returns true if all the targets were fully prepared.
InputDeviceInstance::PreparedContext &	append (InputDeviceInstance::PreparedContext &dest, InputDeviceInstance::PreparedContext &&src)
	Appends a PreparedContent to another.
std::pair< std::vector< std::unique_ptr< InputDeviceInstance::RecordingContext > >, juce::StringArray >	extract (InputDeviceInstance::PreparedContext &&pc)
	Splits the PreparedContext in to valid RecordingContexts and an array of error messages.
juce::String	createDescriptionOfChannels (const std::vector< ChannelIndex > &)
	Creates a String description of the channels.
juce::AudioChannelSet	createChannelSet (const std::vector< ChannelIndex > &)
	Creates an AudioChannelSet for a list of ChannelIndexes.
juce::AudioChannelSet::ChannelType	channelTypeFromAbbreviatedName (const juce::String &)
	Returns the ChannelType for an abbreviated name.
juce::AudioChannelSet	channelSetFromSpeakerArrangmentString (const juce::String &)
	Creates an AudioChannelSet from a list of abbreviated channel names.
std::unique_ptr< tracktion::graph::Node >	createNodeForEdit (EditPlaybackContext &, std::atomic< double > &audibleTimeToUpdate, const CreateNodeParams &)
	Creates a Node to play back an Edit with live inputs and outputs.
std::unique_ptr< tracktion::graph::Node >	createNodeForEdit (Edit &, const CreateNodeParams &)
	Creates a Node to render an Edit.
WarpedTime	warpTime (const WarpMap &map, TimePosition time)
void	updateProcessPriority (Engine &engine)
bool	anyEnabledMidiOutDevicesSendingMMC (DeviceManager &dm)
void	toStart (TransportControl &, const SelectableList &)
	Moves the transport to the start of the selected objects.
void	toEnd (TransportControl &, const SelectableList &)
	Moves the transport to the end of the selected objects.
void	tabBack (TransportControl &)
	Moves the transport back to the previous point of interest.
void	tabForward (TransportControl &)
	Moves the transport forwards to the next point of interest.
void	markIn (TransportControl &)
	Sets the mark in position to the current transport position.
void	markOut (TransportControl &)
	Sets the mark out position to the current transport position.
void	scrub (TransportControl &, double unitsForwards)
	Scrubs back and forth in 'units', where a unit is about 1/50th of the width of the strip window.
void	freePlaybackContextIfNotRecording (TransportControl &)
	Frees the playback context if no recording is in progress, useful for when an app is minimised.
juce::String	getCmajorPatchPluginFormatName ()
bool	isCmajorPatchPluginFormat (const juce::String &formatName)
bool	isCmajorPatchPluginFormat (const juce::PluginDescription &pd)
std::string	getCmajorVersion ()
juce::String	getCmajorPatchCompileError (Plugin &)
std::unique_ptr< juce::AudioPluginFormat >	createCmajorPatchPluginFormat (tracktion::Engine &)
std::unique_ptr< juce::AudioPluginFormat >	createCmajorPatchPluginFormat (Engine &)
void	clip (float *data, int numSamples)
juce::String	createIdentifierString (const juce::PluginDescription &d)
void	cleanUpDanglingPlugins ()
juce::MemoryBlock	createScanMessage (const juce::XmlElement &xml)
SettingID	getPluginListPropertyName ()
SearchOperation *	createPluralOptions (juce::String s)
SearchOperation *	multipleWordMatch (const juce::String &s)
SearchOperation *	createCondition (const juce::StringArray &words, int start, int length)
SearchOperation *	createSearchForKeywords (const juce::String &keywords)
	Turns a keyword string into a search condition tree.
AudioTrack *	getOrInsertAudioTrackNearestIndex (Edit &edit, int trackIndex)
bool	isRecursiveEditClipPaste (const Clipboard::ProjectItems &items, Edit &edit)
template<typename SelectableType >
SafeSelectable< SelectableType >	makeSafeRef (SelectableType &selectable)
	Creates a SafeSelectable for a given selectable object.
template<typename Iterable >
auto	makeSafeVector (const Iterable &selectables) -> std::vector< SafeSelectable< typename std::remove_reference< decltype(*selectables[0])>::type > >
	Creates a std::vector<SafeSelectable<Something>> for a given juce::Array of selectable objects.
bool	callBlocking (std::function< void()> f)
void	sanitiseValues (juce::AudioBuffer< float > &buffer, int start, int numSamps, float maxAbsValue, float minAbsThreshold)
void	resetFP () noexcept
void	clearFP () noexcept
bool	hasFloatingPointDenormaliseOccurred () noexcept
void	zeroDenormalisedValuesIfNeeded (juce::AudioBuffer< float > &buffer) noexcept
void	addAntiDenormalisationNoise (juce::AudioBuffer< float > &buffer, int start, int numSamples) noexcept
float	dbToGain (float db) noexcept
float	gainToDb (float gain) noexcept
float	decibelsToVolumeFaderPosition (float db) noexcept
float	volumeFaderPositionToDB (float pos) noexcept
float	volumeFaderPositionToGain (float pos) noexcept
float	gainToVolumeFaderPosition (float gain) noexcept
juce::String	gainToDbString (float gain, float infLevel, int decPlaces)
float	dbStringToDb (const juce::String &dbStr)
float	dbStringToGain (const juce::String &dbStr)
juce::String	getPanString (float pan)
juce::String	getSemitonesAsString (double semitones)
bool	isAudioDataAlmostSilent (const float *data, int num)
float	getAudioDataMagnitude (const float *data, int num)
void	getGainsFromVolumeFaderPositionAndPan (float volSliderPos, float pan, const PanLaw panLaw, float &leftGain, float &rightGain) noexcept
PanLaw	getDefaultPanLaw () noexcept
void	setDefaultPanLaw (const PanLaw panLaw)
juce::StringArray	getPanLawChoices (bool includeDefault) noexcept
void	convertIntsToFloats (juce::AudioBuffer< float > &buffer)
void	convertFloatsToInts (juce::AudioBuffer< float > &buffer)
template<typename FloatType >
FloatType	midiNoteToFrequency (FloatType midiNote)
template<typename FloatType >
FloatType	frequencyToMidiNote (FloatType freq)
void	yieldGUIThread () noexcept
template<typename SampleType >
choc::buffer::BufferView< SampleType, choc::buffer::SeparateChannelLayout >	toBufferView (juce::AudioBuffer< SampleType > &buffer)
	Converts a juce::AudioBuffer<SampleType> to a choc::buffer::BufferView.
void	clearChannels (juce::AudioBuffer< float > &buffer, int startChannel, int endChannel=-1, int startSample=0, int endSample=-1)
juce::AudioPlayHead::CurrentPositionInfo	getCurrentPositionInfo (Edit &)
	Converts an Edit's internal transport information to a juce::AudioPlayHead::CurrentPositionInfo.
void	synchroniseEditPosition (Edit &, const juce::AudioPlayHead::CurrentPositionInfo &)
	Syncs an Edit's transport and tempo sequence to a juce AudioPlayHead.
juce::File	getNonExistentSiblingWithIncrementedNumberSuffix (const juce::File &file, bool addHashSymbol)
bool	isMidiFile (const juce::File &f)
bool	isTracktionEditFile (const juce::File &f)
bool	isTracktionArchiveFile (const juce::File &f)
bool	isTracktionProjectFile (const juce::File &f)
bool	isTracktionPresetFile (const juce::File &f)
void	addSortedListToMenu (juce::PopupMenu &m, juce::StringArray names, int startID)
juce::AffineTransform	getScaleAroundCentre (juce::Rectangle< float > r, float numPixels)
void	moveXMLAttributeToStart (juce::XmlElement &xml, juce::StringRef att)
template<typename Vector , typename Predicate >
bool	removeIf (Vector &v, Predicate &&pred)
template<typename FloatingPointType >
bool	almostEqual (FloatingPointType firstValue, FloatingPointType secondValue, FloatingPointType precision=(FloatingPointType) 0.00001)
	Checks to see if two values are equal within a given precision.
int	oddEven (int x)
MonotonicBeatRange	getMonotonicBeatRange (const SyncRange &)
BeatRange	getBeatRange (const SyncRange &)
int64_t	getNumSamples (const SyncRange &)
template<typename VarType >
void	convertPropertyToType (juce::ValueTree &v, const juce::Identifier &id)
	Ensures a property is a given type which can avoid having to parse a string every time it is read after loading from XML.
template<typename Type >
bool	matchesAnyOf (const Type &needle, const std::initializer_list< Type > &haystack)
	Returns true if the needle is found in the haystack.
template<typename Type , typename UnaryFunction >
void	forEachItem (const juce::Array< Type * > &items, const UnaryFunction &fn)
	Calls a function object on each item in an array.
template<typename... Others>
void	addValueTreeProperties (juce::ValueTree &v, const juce::Identifier &name, const juce::var &value, Others &&... others)
template<typename... Properties>
juce::ValueTree	createValueTree (const juce::Identifier &name, Properties &&... properties)
juce::Array< juce::ValueTree > &	removeInvalidValueTrees (juce::Array< juce::ValueTree > &trees)
	Strips out any invalid trees from the array.
juce::Array< juce::ValueTree >	getTreesOfType (const juce::Array< juce::ValueTree > &trees, const juce::Identifier &type)
	Returns a new array with any trees without the given type removed.
void	getChildTreesRecursive (juce::Array< juce::ValueTree > &result, const juce::ValueTree &tree)
void	renamePropertyRecursive (juce::ValueTree &tree, const juce::Identifier &oldName, const juce::Identifier &newName, juce::UndoManager *um)
template<typename NodeType , typename... Args>
std::unique_ptr< Node >	makeNode (Args &&... args)
	Creates a node of the given type and returns it as the base Node class.
bool	operator< (NodeAndID n1, NodeAndID n2)
	Compares two NodeAndIDs.
bool	operator== (NodeAndID n1, NodeAndID n2)
	Compares two NodeAndIDs.
std::unique_ptr< NodeGraph >	createNodeGraph (std::unique_ptr< Node >)
	Transforms a Node and then returns a NodeGraph of it ready to be initialised.
template<typename Visitor >
void	visitNodes (Node &, Visitor &&, bool preordering)
	Should call the visitor for any direct inputs to the node exactly once.
template<typename Visitor >
void	visitNodes (Node &node, Visitor &&visitor, bool preordering)
	Should call the visitor for any direct inputs to the node exactly once.
template<typename Visitor >
void	visitNodesBFS (Node &node, Visitor &&visitor)
std::vector< Node * >	getNodes (Node &node, VertexOrdering vertexOrdering)
	Returns all the nodes in a Node graph in the order given by vertexOrdering.
void	addNodesRecursive (std::vector< NodeAndID > &nodeMap, Node &n)
std::vector< NodeAndID >	createNodeMap (const std::vector< Node * > &nodes)
std::unique_ptr< NodeGraph >	createNodeGraph (std::unique_ptr< Node > rootNode)
	Transforms a Node and then returns a NodeGraph of it ready to be initialised.
LockFreeMultiThreadedNodePlayer::ThreadPoolCreator	getPoolCreatorFunction (ThreadPoolStrategy poolType)
	Returns a function to create a ThreadPool for the given stategy.
LockFreeMultiThreadedNodePlayer::ThreadPoolCreator	getPoolCreatorFunction (ThreadPoolStrategy)
	Returns a function to create a ThreadPool for the given stategy.
SplitTimelineRange	referenceSampleRangeToSplitTimelineRange (const PlayHead &playHead, juce::Range< int64_t > referenceSampleRange)
	Converts a reference sample range to a TimelinePositionWindow which could have two time ranges if the stream range overlaps the end of the loop range.
template<typename IntType >
constexpr double	sampleToTime (IntType samplePosition, double sampleRate)
	Converts an integer sample number to a time in seconds.
constexpr int64_t	timeToSample (double timeInSeconds, double sampleRate)
	Converts a time in seconds to a sample number.
template<typename IntType >
constexpr juce::Range< double >	sampleToTime (juce::Range< IntType > sampleRange, double sampleRate)
	Converts an integer sample range to a time range in seconds.
constexpr juce::Range< int64_t >	timeToSample (juce::Range< double > timeInSeconds, double sampleRate)
	Converts a time range in seconds to a range of sample numbers.
template<typename RangeType >
constexpr juce::Range< int64_t >	timeToSample (RangeType timeInSeconds, double sampleRate)
	Converts a time range in seconds to a range of sample numbers.
template<typename NodeType , typename Predicate >
NodeType *	findNode (NodeGraph &nodeGraph, Predicate pred)
	Attempts to find a Node of a given type with a specified ID.
template<typename NodeType >
NodeType *	findNodeWithID (NodeGraph &nodeGraph, size_t nodeIDToLookFor)
	Attempts to find a Node of a given type with a specified ID.
template<typename NodeType >
NodeType *	findNodeWithIDIfNonZero (NodeGraph *nodeGraph, size_t nodeIDToLookFor)
	Attempts to find a Node of a given type with a specified ID.
juce::AudioBuffer< float >	toAudioBuffer (choc::buffer::ChannelArrayView< float > view)
	Creates a juce::AudioBuffer from a choc::buffer::BufferView.
template<typename SampleType >
choc::buffer::BufferView< SampleType, choc::buffer::SeparateChannelLayout >	toBufferView (juce::AudioBuffer< SampleType > &buffer)
	Converts a juce::AudioBuffer<SampleType> to a choc::buffer::BufferView.
choc::buffer::FrameRange	createFrameRange (std::integral auto start, std::integral auto end)
	Creates a FrameRange from any integral type.
juce::MidiMessage	toMidiMessage (const choc::midi::Sequence::Event &e)
	Converts a choc::midi event to a juce::MidiMessage.
template<typename BufferViewType , typename SampleType , typename SmoothingType >
void	multiplyBy (BufferViewType &view, juce::SmoothedValue< SampleType, SmoothingType > &value) noexcept
	Mutiplies a choc::buffer::BufferView by a juce::SmoothedValue.
template<typename BufferType , typename GainType >
void	applyGainRamp (BufferType &&buffer, GainType startGain, GainType endGain) noexcept
	Applies a gain ram to a choc::buffer::BufferView.
choc::buffer::FrameRange	frameRangeWithStartAndLength (choc::buffer::FrameCount start, choc::buffer::FrameCount length)
	Returns a FrameRange with a start and length.
choc::buffer::ChannelRange	channelRangeWithStartAndLength (choc::buffer::ChannelCount start, choc::buffer::ChannelCount length)
	Returns a ChannelRange with a start and length.
template<typename Buffer >
void	sanitise (Buffer &buffer)
template<typename SampleType , template< typename > typename LayoutType>
void	sanityCheckView (const choc::buffer::BufferView< SampleType, LayoutType > &view)
	Checks that the channels have valid pointers if they have a non-zero number of frames.
template<typename HandleType >
bool	setThreadPriority (HandleType handle, int priority)
bool	tryToUpgradeCurrentThreadToRealtime (const juce::Thread::RealtimeOptions &)
	Tries to upgrade the current thread to realtime priority.
bool	setThreadPriority (std::thread &t, int priority)
	Changes the thread's priority.
bool	setThreadPriority (std::thread &, int priority)
	Changes the thread's priority.
bool	tryToUpgradeCurrentThreadToRealtime (const juce::Thread::RealtimeOptions &)
	Tries to upgrade the current thread to realtime priority.

Variables
const int	numSamplesPerFlush
const char *	basic8SwingXML
const char *	basic16SwingXML
const char *const	projectFileSuffix
const char *const	editFileSuffix
const char *const	legacyEditFileSuffix
const char *const	archiveFileSuffix
const char *const	soundFileWildCard
const char *const	soundFileAndMidiWildCard
const char *const	midiFileWildCard
const char *const	soundFileExtensions
const char *const	soundFileAndMidiExtensions
const char *const	midiFileExtensions
const char *const	keyMapWildCard
const char *const	keyMapSuffix
const char *const	customControllerFileSuffix
const char *const	customProgramSetWildcard
const char *const	customProgramSetFileSuffix
const char *const	presetFileSuffix
const char *const	rackFileSuffix
const char *const	scriptFileSuffix
const char *const	grooveTemplateSuffix
const char *const	grooveTemplateWildCard
constexpr HertzTag	HertzTag_t

Detailed Description

---

Aims:

• Separate graph structure from processing and any model
• Ensure nodes can be processed multi-threaded which scales independantly of graph complexity
• Processing can happen in any sized block (up to the maximum prepared for)
• Process calls will only ever get the number of channels to fill that they report
• Process calls will always provide empty buffers so nodes can simply "add" in to them. (Measure performance here)
• Processing in float or double

---

Notes:

• Each node should have pointers to its inputs
• When a node is processed, it should check its inputs to see if they have produced outputs
• If they have, that node can be processed. If they haven't the processor can try another node
• If one node reports latency, every other node being summed with it will need to be delayed up to the same ammount
• The reported latency of a node is the max of all its input latencies

---

Initialisation:

• There really needs to be two stages for this:
  • Stage 1 is a simple visit of all the base nodes (i.e. no send/return connections). This will get a list of all the nodes in the graph
  • Stage 2 will be the initialise call with a flat list of all the nodes. Send/return nodes can use this to add inputs from the graph (e.g. based on busNum) (However, at this stage, return nodes might choose to add latency nodes to balance themselves???) (Maybe this should have to happen when the graph is built? That would mean latency needs to be fixed, and therefore plugins would need to be initialised before graph construction.)
• Now we have a fully connected graph we can do a proper DFS:
  • This can be used to balance processing buffers between the graph by finding unconnected nodes
  • Finding a processing order by building "stacks" of nodes starting with leafs
• This might look like the following steps:
  • visitAcyclic (Visitor) [only visit nodes that it was constructed with, used to create the flat list]
  • initialise (const PlaybackInitialisationInfo&) [used to add extra connections and balance latency etc.]
  • visitDFS (Visitor) [used to get list of nodes to process and can be called multiple times to optimise graph etc.]

Avoiding incontinuities when latency changes:

• One of the bg problems with this latency balancing approach is when the graph is rebuilt, any stateful buffers will be lost.
• The only way I can think of solving this is to either reusue the latency nodes directly or reuse the buffers
• The biggest problem here is finding which nodes correspond to the new and old graphs
• The only way I can currently think of is:
  • Each node to have a UID when it is constructed based on its properties (source material, connections etc.)
  • During the initialisation stage, the old nodes can be passed on to the new nodes and if they have the same UID, the take any resources they need
  • There will probably need to be some validation to ensure that two nodes don't have the same UID
  • For things like clip/plugin nodes the UID is simple (EditItemID)
  • For latency nodes etc. it will probably have to be based on the input ID and channel index etc.

Buffer optimisation:

• As there will be a lot of nodes, it makes sense to reduce the memory footprint by reusing audio and MIDI buffers
• There are two ways I can think of doing this:
  1. Analyse the graph and where nodes are sequential but not directly connected, use the same buffer
  2. Use a buffer pool and release it when all nodes have read from it.
     • This would probably require all nodes that need the output buffer to call "retain" on the node before the processing stage and then "release" once they're done with it. When the count drops to 0 the buffers can be released back to the pool

Typedef Documentation

BeatRange

using tracktion::core::BeatRange = typedef RangeType<BeatPosition>

A RangeType based on beats.

This uses the BeatPosition and BeatDuration objects to represent a range in beats.

The length in time will vary depending on the tempo and time signature applied to the beats.

Definition at line 36 of file tracktion_TimeRange.h.

SampleCount [1/2]

using tracktion::core::SampleCount = typedef int64_t

Definition at line 16 of file tracktion_Types.h.

TimeRange

using tracktion::core::TimeRange = typedef RangeType<TimePosition>

A RangeType based on real time (i.e.

seconds). This uses the TimePosition and TimeDuration objects to represent a range in time.

Definition at line 27 of file tracktion_TimeRange.h.

Enumeration Type Documentation

AllocateAudioBuffer

enum class tracktion::graph::AllocateAudioBuffer

strong

Enumerator
no	Don't allocate an audio buffer, your subclass will ignore the dest buffer passed to process and simply use setAudioOutput to pass the buffer along.
yes	Do allocate an audio buffer so your subclass use the dest buffer passed to process.

Definition at line 176 of file tracktion_Node.h.

ClearBuffers

enum class tracktion::graph::ClearBuffers

strong

Enumerator
no	Don't clear buffers before passing them to process, your subclass will take care of that.
yes	Do clear buffers before passing to process so your subclass can simply add in to them.

Definition at line 170 of file tracktion_Node.h.

ThreadPoolStrategy

enum class tracktion::graph::ThreadPoolStrategy

strong

Available strategies for thread pools.

This will determine how worker threads are handled when no Nodes are available for processing.

Enumerator
conditionVariable	Uses CVs to pause threads.
realTime	Uses pause, yield and sleeps to suspend threads.
hybrid	Uses a combination of the above, avoiding CVs on the audio thread.
semaphore	Uses a semaphore to suspend threads.
lightweightSemaphore	Uses a semaphore/spin mechanism to suspend threads.
lightweightSemHybrid	Uses a combination of semaphores/spin and yields to suspend threads.

Definition at line 23 of file tracktion_NodePlayerThreadPools.h.

TransformResult

enum class tracktion::graph::TransformResult

strong

Enum to signify the result of the transform function.

Enumerator
connectionsMade	No transform has been made.
nodesDeleted	New connections have been made. Nodes have been deleted.

Definition at line 163 of file tracktion_Node.h.

VertexOrdering

enum class tracktion::graph::VertexOrdering

strong

Specifies the ordering algorithm.

Definition at line 408 of file tracktion_Node.h.

Function Documentation

abs() [1/8]

BeatDuration tracktion::core::abs

(

BeatDuration

t

)

Returns the absolute of this BeatDuration.

Definition at line 727 of file tracktion_Time.h.

abs() [2/8]

BeatDuration tracktion::core::abs

(

BeatDuration

t

)

Returns the absolute of this BeatDuration.

Definition at line 727 of file tracktion_Time.h.

abs() [3/8]

BeatPosition tracktion::core::abs

(

BeatPosition

t

)

Returns the absolute of this BeatPosition.

Definition at line 678 of file tracktion_Time.h.

abs() [4/8]

BeatPosition tracktion::core::abs

(

BeatPosition

t

)

Returns the absolute of this BeatPosition.

Definition at line 678 of file tracktion_Time.h.

abs() [5/8]

TimeDuration tracktion::core::abs

(

TimeDuration

t

)

Returns the absolute of this TimeDuration.

Definition at line 550 of file tracktion_Time.h.

abs() [6/8]

TimeDuration tracktion::core::abs

(

TimeDuration

t

)

Returns the absolute of this TimeDuration.

Definition at line 550 of file tracktion_Time.h.

abs() [7/8]

TimePosition tracktion::core::abs

(

TimePosition

t

)

Returns the absolute of this TimePosition.

Definition at line 484 of file tracktion_Time.h.

abs() [8/8]

TimePosition tracktion::core::abs

(

TimePosition

t

)

Returns the absolute of this TimePosition.

Definition at line 484 of file tracktion_Time.h.

accumulate() [1/2]

template<class Container , class T , class BinaryOperation >

T tracktion::core::accumulate	(	const Container &	container,
		T	init
	)

Definition at line 17 of file tracktion_AlgorithmAdapters.h.

accumulate() [2/2]

template<class Container , class T , class BinaryOperation >

T tracktion::core::accumulate	(	const Container &	container,
		T	init,
		BinaryOperation	op
	)

Definition at line 23 of file tracktion_AlgorithmAdapters.h.

addNodesRecursive()

void tracktion::graph::addNodesRecursive	(	std::vector< NodeAndID > &	nodeMap,
		Node &	n
	)

Definition at line 750 of file tracktion_Node.h.

applyGainRamp()

template<typename BufferType , typename GainType >

void tracktion::graph::applyGainRamp ( BufferType &&  buffer, GainType  startGain, GainType  endGain  )

noexcept

Applies a gain ram to a choc::buffer::BufferView.

Definition at line 71 of file tracktion_GlueCode.h.

assign_if_valid()

template<class Type >

bool tracktion::core::assign_if_valid	(	Type &	dest,
		const std::optional< Type > &	src
	)

Definition at line 116 of file tracktion_AlgorithmAdapters.h.

channelRangeWithStartAndLength()

choc::buffer::ChannelRange tracktion::graph::channelRangeWithStartAndLength	(	choc::buffer::ChannelCount	start,
		choc::buffer::ChannelCount	length
	)

Returns a ChannelRange with a start and length.

Definition at line 94 of file tracktion_GlueCode.h.

contains()

template<class Container , class UnaryFunction >

bool tracktion::core::contains	(	const Container &	container,
		UnaryFunction	f
	)

Definition at line 35 of file tracktion_AlgorithmAdapters.h.

contains_v()

template<class Container >

bool tracktion::core::contains_v	(	const Container &	container,
		typename Container::value_type	v
	)

Returns true if a specific value is found in a container.

Definition at line 43 of file tracktion_AlgorithmAdapters.h.

createFrameRange()

choc::buffer::FrameRange tracktion::graph::createFrameRange	(	std::integral auto	start,
		std::integral auto	end
	)

Creates a FrameRange from any integral type.

Definition at line 31 of file tracktion_GlueCode.h.

createNodeGraph() [1/2]

std::unique_ptr< NodeGraph > tracktion::graph::createNodeGraph

(

std::unique_ptr< Node >

rootNode

)

Transforms a Node and then returns a NodeGraph of it ready to be initialised.

Definition at line 772 of file tracktion_Node.h.

createNodeGraph() [2/2]

std::unique_ptr< NodeGraph > tracktion::graph::createNodeGraph

(

std::unique_ptr< Node >

rootNode

)

Transforms a Node and then returns a NodeGraph of it ready to be initialised.

Definition at line 772 of file tracktion_Node.h.

createNodeMap()

std::vector< NodeAndID > tracktion::graph::createNodeMap

(

const std::vector< Node * > &

nodes

)

Definition at line 758 of file tracktion_Node.h.

erase_if_null()

template<class SmartPointerContainer >

SmartPointerContainer & tracktion::core::erase_if_null

(

SmartPointerContainer &

container

)

Definition at line 126 of file tracktion_AlgorithmAdapters.h.

findNode()

template<typename NodeType , typename Predicate >

NodeType * tracktion::graph::findNode	(	NodeGraph &	nodeGraph,
		Predicate	pred
	)

Attempts to find a Node of a given type with a specified ID.

This uses the sortedNodes vector so should be relatively quick (much quicker than traversing from the root node.

Definition at line 61 of file tracktion_Utility.h.

findNodeWithID()

template<typename NodeType >

NodeType * tracktion::graph::findNodeWithID	(	NodeGraph &	nodeGraph,
		size_t	nodeIDToLookFor
	)

Attempts to find a Node of a given type with a specified ID.

This uses the sortedNodes vector so should be relatively quick (much quicker than traversing from the root node.

Definition at line 85 of file tracktion_Utility.h.

findNodeWithIDIfNonZero()

template<typename NodeType >

NodeType * tracktion::graph::findNodeWithIDIfNonZero	(	NodeGraph *	nodeGraph,
		size_t	nodeIDToLookFor
	)

Attempts to find a Node of a given type with a specified ID.

This uses the sortedNodes vector so should be relatively quick (much quicker than traversing from the root node.

Definition at line 106 of file tracktion_Utility.h.

for_each()

template<class Container , class UnaryFunction >

UnaryFunction tracktion::core::for_each	(	const Container &	container,
		UnaryFunction	f
	)

Definition at line 29 of file tracktion_AlgorithmAdapters.h.

frameRangeWithStartAndLength()

choc::buffer::FrameRange tracktion::graph::frameRangeWithStartAndLength	(	choc::buffer::FrameCount	start,
		choc::buffer::FrameCount	length
	)

Returns a FrameRange with a start and length.

Definition at line 88 of file tracktion_GlueCode.h.

fromUnderlyingType< BeatDuration >()

template<>

BeatDuration tracktion::core::fromUnderlyingType< BeatDuration >

(

double

t

)

Definition at line 211 of file tracktion_TimeRange.h.

fromUnderlyingType< BeatPosition >()

template<>

BeatPosition tracktion::core::fromUnderlyingType< BeatPosition >

(

double

t

)

Definition at line 210 of file tracktion_TimeRange.h.

fromUnderlyingType< TimeDuration >()

template<>

TimeDuration tracktion::core::fromUnderlyingType< TimeDuration >

(

double

t

)

Definition at line 206 of file tracktion_TimeRange.h.

fromUnderlyingType< TimePosition >()

template<>

TimePosition tracktion::core::fromUnderlyingType< TimePosition >

(

double

t

)

Definition at line 205 of file tracktion_TimeRange.h.

get_checked()

template<class Container , class IndexType >

std::optional< typename Container::value_type > tracktion::core::get_checked	(	const Container &	container,
		IndexType	index
	)

Definition at line 94 of file tracktion_AlgorithmAdapters.h.

get_or()

template<class Container , class IndexType >

Container::value_type tracktion::core::get_or	(	const Container &	container,
		IndexType	index,
		const typename Container::value_type &	defaultValue
	)

Definition at line 105 of file tracktion_AlgorithmAdapters.h.

getBezierEnds()

void tracktion::core::getBezierEnds ( const double  x1, const double  y1, const double  x2, const double  y2, const double  c, double &  x1out, double &  y1out, double &  x2out, double &  y2out  )

noexcept

Definition at line 48 of file tracktion_Bezier.h.

getBezierPoint()

std::pair< double, double > tracktion::core::getBezierPoint ( double  x1, double  y1, double  x2, double  y2, double  c  )

noexcept

Definition at line 19 of file tracktion_Bezier.h.

getBezierYFromX()

double tracktion::core::getBezierYFromX ( double  x, double  x1, double  y1, double  xb, double  yb, double  x2, double  y2  )

noexcept

Definition at line 73 of file tracktion_Bezier.h.

getNodes()

std::vector< Node * > tracktion::graph::getNodes	(	Node &	node,
		VertexOrdering	vertexOrdering
	)

Returns all the nodes in a Node graph in the order given by vertexOrdering.

Definition at line 723 of file tracktion_Node.h.

getPoolCreatorFunction() [1/2]

LockFreeMultiThreadedNodePlayer::ThreadPoolCreator tracktion::graph::getPoolCreatorFunction

(

ThreadPoolStrategy

poolType

)

Returns a function to create a ThreadPool for the given stategy.

Definition at line 685 of file tracktion_NodePlayerThreadPools.cpp.

getPoolCreatorFunction() [2/2]

LockFreeMultiThreadedNodePlayer::ThreadPoolCreator tracktion::graph::getPoolCreatorFunction

(

ThreadPoolStrategy

poolType

)

Returns a function to create a ThreadPool for the given stategy.

Definition at line 685 of file tracktion_NodePlayerThreadPools.cpp.

hash()

template<typename T >

size_t tracktion::core::hash	(	size_t	seed,
		const T &	v
	)

Hashes a type with a given seed and returns the new hash value.

Definition at line 91 of file tracktion_Hash.h.

hash_combine()

template<typename T >

void tracktion::core::hash_combine	(	size_t &	seed,
		const T &	v
	)

Hashes a type with a given seed, modifying the seed.

Definition at line 56 of file tracktion_Hash.h.

hash_range() [1/3]

template<typename Container >

std::size_t tracktion::core::hash_range

(

const Container &

container

)

Hashes a container with a default seed and returns the hash value.

Definition at line 84 of file tracktion_Hash.h.

hash_range() [2/3]

template<typename It >

std::size_t tracktion::core::hash_range	(	It	first,
		It	last
	)

Hashes a range with a default seed and returns the new hash value.

Definition at line 64 of file tracktion_Hash.h.

hash_range() [3/3]

template<typename It >

void tracktion::core::hash_range	(	std::size_t &	seed,
		It	first,
		It	last
	)

Hashes a range with a given seed, modifying the seed.

Definition at line 76 of file tracktion_Hash.h.

index_if()

template<class Container , class Predicate >

std::optional< size_t > tracktion::core::index_if	(	const Container &	container,
		Predicate	p
	)

Definition at line 84 of file tracktion_AlgorithmAdapters.h.

index_of()

template<class Container >

std::optional< size_t > tracktion::core::index_of	(	const Container &	container,
		typename Container::value_type	v
	)

Definition at line 74 of file tracktion_AlgorithmAdapters.h.

makeNode()

template<typename NodeType , typename... Args>

std::unique_ptr< Node > tracktion::graph::makeNode

(

Args &&...

args

)

Creates a node of the given type and returns it as the base Node class.

Definition at line 82 of file tracktion_Node.h.

multiplyBy()

template<typename BufferViewType , typename SampleType , typename SmoothingType >

void tracktion::graph::multiplyBy ( BufferViewType &  view, juce::SmoothedValue< SampleType, SmoothingType > &  value  )

noexcept

Mutiplies a choc::buffer::BufferView by a juce::SmoothedValue.

Definition at line 48 of file tracktion_GlueCode.h.

operator!=() [1/11]

constexpr bool tracktion::core::operator!= ( const BeatDuration &  t1, const BeatDuration &  t2  )

constexpr

Compares two BeatDurations.

Definition at line 822 of file tracktion_Time.h.

operator!=() [2/11]

constexpr bool tracktion::core::operator!= ( const BeatDuration &  t1, const BeatDuration &  t2  )

constexpr

Compares two BeatDurations.

Definition at line 822 of file tracktion_Time.h.

operator!=() [3/11]

constexpr bool tracktion::core::operator!= ( const BeatPosition &  t1, const BeatPosition &  t2  )

constexpr

Compares two BeatPositions.

Definition at line 819 of file tracktion_Time.h.

operator!=() [4/11]

constexpr bool tracktion::core::operator!= ( const BeatPosition &  t1, const BeatPosition &  t2  )

constexpr

Compares two BeatPositions.

Definition at line 819 of file tracktion_Time.h.

operator!=() [5/11]

template<typename PositionType >

bool tracktion::core::operator!=	(	const RangeType< PositionType > &	r1,
		const RangeType< PositionType > &	r2
	)

Compares two ranges to check if they are not equal.

Definition at line 372 of file tracktion_TimeRange.h.

operator!=() [6/11]

template<typename PositionType >

bool tracktion::core::operator!=	(	const RangeType< PositionType > &	r1,
		const RangeType< PositionType > &	r2
	)

Compares two ranges to check if they are not equal.

Definition at line 372 of file tracktion_TimeRange.h.

operator!=() [7/11]

constexpr bool tracktion::core::operator!= ( const TimeDuration &  t1, const TimeDuration &  t2  )

constexpr

Compares two TimeDurations.

Definition at line 652 of file tracktion_Time.h.

operator!=() [8/11]

constexpr bool tracktion::core::operator!= ( const TimeDuration &  t1, const TimeDuration &  t2  )

constexpr

Compares two TimeDurations.

Definition at line 652 of file tracktion_Time.h.

operator!=() [9/11]

constexpr bool tracktion::core::operator!= ( const TimePosition &  t1, const TimePosition &  t2  )

constexpr

Compares two TimeDurations.

Definition at line 649 of file tracktion_Time.h.

operator!=() [10/11]

constexpr bool tracktion::core::operator!= ( const TimePosition &  t1, const TimePosition &  t2  )

constexpr

Compares two TimeDurations.

Definition at line 649 of file tracktion_Time.h.

operator!=() [11/11]

constexpr bool tracktion::core::operator!= ( tempo::Key  k1, tempo::Key  k2  )

constexpr

Compares two Keys.

Definition at line 316 of file tracktion_Tempo.h.

operator*() [1/20]

constexpr TimeDuration tracktion::core::operator* ( BeatDuration  t, tempo::SecondsPerBeat  spb  )

constexpr

Converts beats to time.

Definition at line 302 of file tracktion_Tempo.h.

operator*() [2/20]

constexpr TimePosition tracktion::core::operator* ( BeatPosition  t, tempo::SecondsPerBeat  spb  )

constexpr

Converts beats to time.

Definition at line 300 of file tracktion_Tempo.h.

operator*() [3/20]

template<typename Type >

constexpr BeatDuration tracktion::core::operator* ( const BeatDuration &  t, Type  ammount  )

constexpr

Multiplies a BeatDuration by an ammount.

Definition at line 798 of file tracktion_Time.h.

operator*() [4/20]

template<typename Type >

constexpr BeatDuration tracktion::core::operator* ( const BeatDuration &  t, Type  ammount  )

constexpr

Multiplies a BeatDuration by an ammount.

Definition at line 798 of file tracktion_Time.h.

operator*() [5/20]

template<typename Type >

constexpr BeatPosition tracktion::core::operator* ( const BeatPosition &  t, Type  ammount  )

constexpr

Multiplies a BeatPosition by an ammount.

Definition at line 787 of file tracktion_Time.h.

operator*() [6/20]

template<typename Type >

constexpr BeatPosition tracktion::core::operator* ( const BeatPosition &  t, Type  ammount  )

constexpr

Multiplies a BeatPosition by an ammount.

Definition at line 787 of file tracktion_Time.h.

operator*() [7/20]

constexpr TimeDuration tracktion::core::operator* ( const TimeDuration &  t, double  ammount  )

constexpr

Multiplies a TimeDuration by an ammount.

Definition at line 628 of file tracktion_Time.h.

operator*() [8/20]

constexpr TimeDuration tracktion::core::operator* ( const TimeDuration &  t, double  ammount  )

constexpr

Multiplies a TimeDuration by an ammount.

Definition at line 628 of file tracktion_Time.h.

operator*() [9/20]

constexpr TimePosition tracktion::core::operator* ( const TimePosition &  t, double  ammount  )

constexpr

Multiplies a TimePosition by an ammount.

Definition at line 618 of file tracktion_Time.h.

operator*() [10/20]

constexpr TimePosition tracktion::core::operator* ( const TimePosition &  t, double  ammount  )

constexpr

Multiplies a TimePosition by an ammount.

Definition at line 618 of file tracktion_Time.h.

operator*() [11/20]

constexpr BeatDuration tracktion::core::operator* ( tempo::BeatsPerMinute  bpm, TimeDuration  t  )

constexpr

Converts time to beats.

Definition at line 297 of file tracktion_Tempo.h.

operator*() [12/20]

constexpr BeatPosition tracktion::core::operator* ( tempo::BeatsPerMinute  bpm, TimePosition  t  )

constexpr

Converts time to beats.

Definition at line 295 of file tracktion_Tempo.h.

operator*() [13/20]

constexpr BeatDuration tracktion::core::operator* ( tempo::BeatsPerSecond  bps, TimeDuration  t  )

constexpr

Converts time to beats.

Definition at line 288 of file tracktion_Tempo.h.

operator*() [14/20]

constexpr BeatPosition tracktion::core::operator* ( tempo::BeatsPerSecond  bps, TimePosition  t  )

constexpr

Converts time to beats.

Definition at line 286 of file tracktion_Tempo.h.

operator*() [15/20]

constexpr TimeDuration tracktion::core::operator* ( tempo::SecondsPerBeat  spb, BeatDuration  t  )

constexpr

Converts beats to time.

Definition at line 306 of file tracktion_Tempo.h.

operator*() [16/20]

constexpr TimePosition tracktion::core::operator* ( tempo::SecondsPerBeat  spb, BeatPosition  t  )

constexpr

Converts beats to time.

Definition at line 304 of file tracktion_Tempo.h.

operator*() [17/20]

constexpr BeatDuration tracktion::core::operator* ( TimeDuration  t, tempo::BeatsPerMinute  bpm  )

constexpr

Converts time to beats.

Definition at line 293 of file tracktion_Tempo.h.

operator*() [18/20]

constexpr BeatDuration tracktion::core::operator* ( TimeDuration  t, tempo::BeatsPerSecond  bps  )

constexpr

Converts time to beats.

Definition at line 284 of file tracktion_Tempo.h.

operator*() [19/20]

constexpr BeatPosition tracktion::core::operator* ( TimePosition  t, tempo::BeatsPerMinute  bpm  )

constexpr

Converts time to beats.

Definition at line 291 of file tracktion_Tempo.h.

operator*() [20/20]

constexpr BeatPosition tracktion::core::operator* ( TimePosition  t, tempo::BeatsPerSecond  bps  )

constexpr

Converts time to beats.

Definition at line 282 of file tracktion_Tempo.h.

operator+() [1/14]

constexpr BeatDuration tracktion::core::operator+ ( const BeatDuration &  t1, const BeatDuration &  t2  )

constexpr

Adds two BeatDurations together.

Definition at line 761 of file tracktion_Time.h.

operator+() [2/14]

constexpr BeatDuration tracktion::core::operator+ ( const BeatDuration &  t1, const BeatDuration &  t2  )

constexpr

Adds two BeatDurations together.

Definition at line 761 of file tracktion_Time.h.

operator+() [3/14]

constexpr BeatPosition tracktion::core::operator+ ( const BeatPosition &  t1, const BeatDuration &  t2  )

constexpr

Adds a BeatDuration to a BeatPosition.

Definition at line 766 of file tracktion_Time.h.

operator+() [4/14]

constexpr BeatPosition tracktion::core::operator+ ( const BeatPosition &  t1, const BeatDuration &  t2  )

constexpr

Adds a BeatDuration to a BeatPosition.

Definition at line 766 of file tracktion_Time.h.

operator+() [5/14]

template<typename PositionType >

RangeType< PositionType > tracktion::core::operator+	(	const RangeType< PositionType > &	r,
		typename RangeType< PositionType >::Duration	d
	)

Adds a duration to a range, moving it forwards.

Definition at line 375 of file tracktion_TimeRange.h.

operator+() [6/14]

template<typename PositionType >

RangeType< PositionType > tracktion::core::operator+	(	const RangeType< PositionType > &	r,
		typename RangeType< PositionType >::Duration	d
	)

Adds a duration to a range, moving it forwards.

Definition at line 375 of file tracktion_TimeRange.h.

operator+() [7/14]

constexpr TimeDuration tracktion::core::operator+ ( const TimeDuration &  t1, const TimeDuration &  t2  )

constexpr

Adds two TimeDurations together.

Definition at line 569 of file tracktion_Time.h.

operator+() [8/14]

template<typename Type >

constexpr TimeDuration tracktion::core::operator+ ( const TimeDuration &  t1, std::chrono::duration< Type >  t2  )

constexpr

Adds a time to a TimeDuration.

Definition at line 595 of file tracktion_Time.h.

operator+() [9/14]

constexpr TimeDuration tracktion::core::operator+ ( const TimeDuration &  t1, const TimeDuration &  t2  )

constexpr

Adds two TimeDurations together.

Definition at line 569 of file tracktion_Time.h.

operator+() [10/14]

template<typename Type >

constexpr TimeDuration tracktion::core::operator+ ( const TimeDuration &  t1, std::chrono::duration< Type >  t2  )

constexpr

Adds a time to a TimeDuration.

Definition at line 595 of file tracktion_Time.h.

operator+() [11/14]

constexpr TimePosition tracktion::core::operator+ ( const TimePosition &  t1, const TimeDuration &  t2  )

constexpr

Adds a TimeDuration to a TimePosition.

Definition at line 574 of file tracktion_Time.h.

operator+() [12/14]

template<typename Type >

constexpr TimePosition tracktion::core::operator+ ( const TimePosition &  t1, std::chrono::duration< Type >  t2  )

constexpr

Adds a time to a TimePosition.

Definition at line 601 of file tracktion_Time.h.

operator+() [13/14]

constexpr TimePosition tracktion::core::operator+ ( const TimePosition &  t1, const TimeDuration &  t2  )

constexpr

Adds a TimeDuration to a TimePosition.

Definition at line 574 of file tracktion_Time.h.

operator+() [14/14]

template<typename Type >

constexpr TimePosition tracktion::core::operator+ ( const TimePosition &  t1, std::chrono::duration< Type >  t2  )

constexpr

Adds a time to a TimePosition.

Definition at line 601 of file tracktion_Time.h.

operator-() [1/26]

constexpr BeatDuration tracktion::core::operator- ( BeatDuration  t )

constexpr

Negates a BeatDuration.

Definition at line 755 of file tracktion_Time.h.

operator-() [2/26]

constexpr BeatDuration tracktion::core::operator- ( BeatDuration  t )

constexpr

Negates a BeatDuration.

Definition at line 755 of file tracktion_Time.h.

operator-() [3/26]

constexpr BeatPosition tracktion::core::operator- ( BeatPosition  t )

constexpr

Negates a BeatPosition.

Definition at line 750 of file tracktion_Time.h.

operator-() [4/26]

constexpr BeatPosition tracktion::core::operator- ( BeatPosition  t )

constexpr

Negates a BeatPosition.

Definition at line 750 of file tracktion_Time.h.

operator-() [5/26]

constexpr BeatDuration tracktion::core::operator- ( const BeatDuration &  t1, const BeatDuration &  t2  )

constexpr

Subtracts a BeatDuration from another one.

Definition at line 776 of file tracktion_Time.h.

operator-() [6/26]

constexpr BeatDuration tracktion::core::operator- ( const BeatDuration &  t1, const BeatDuration &  t2  )

constexpr

Subtracts a BeatDuration from another one.

Definition at line 776 of file tracktion_Time.h.

operator-() [7/26]

constexpr BeatPosition tracktion::core::operator- ( const BeatPosition &  t1, const BeatDuration &  t2  )

constexpr

Subtracts a BeatDuration from a BeatPosition.

Definition at line 781 of file tracktion_Time.h.

operator-() [8/26]

constexpr BeatDuration tracktion::core::operator- ( const BeatPosition &  t1, const BeatPosition &  t2  )

constexpr

Subtracts a BeatPosition from another one, returning the duration between them.

Definition at line 771 of file tracktion_Time.h.

operator-() [9/26]

constexpr BeatPosition tracktion::core::operator- ( const BeatPosition &  t1, const BeatDuration &  t2  )

constexpr

Subtracts a BeatDuration from a BeatPosition.

Definition at line 781 of file tracktion_Time.h.

operator-() [10/26]

constexpr BeatDuration tracktion::core::operator- ( const BeatPosition &  t1, const BeatPosition &  t2  )

constexpr

Subtracts a BeatPosition from another one, returning the duration between them.

Definition at line 771 of file tracktion_Time.h.

operator-() [11/26]

template<typename PositionType >

RangeType< PositionType > tracktion::core::operator-	(	const RangeType< PositionType > &	r,
		typename RangeType< PositionType >::Duration	d
	)

Subtracts a duration to a range, moving it backwards.

Definition at line 377 of file tracktion_TimeRange.h.

operator-() [12/26]

template<typename PositionType >

RangeType< PositionType > tracktion::core::operator-	(	const RangeType< PositionType > &	r,
		typename RangeType< PositionType >::Duration	d
	)

Subtracts a duration to a range, moving it backwards.

Definition at line 377 of file tracktion_TimeRange.h.

operator-() [13/26]

constexpr TimeDuration tracktion::core::operator- ( const TimeDuration &  t1, const TimeDuration &  t2  )

constexpr

Subtracts a TimeDuration from another one.

Definition at line 584 of file tracktion_Time.h.

operator-() [14/26]

template<typename Type >

constexpr TimeDuration tracktion::core::operator- ( const TimeDuration &  t1, std::chrono::duration< Type >  t2  )

constexpr

Subtracts a time from a TimeDuration.

Definition at line 607 of file tracktion_Time.h.

operator-() [15/26]

constexpr TimeDuration tracktion::core::operator- ( const TimeDuration &  t1, const TimeDuration &  t2  )

constexpr

Subtracts a TimeDuration from another one.

Definition at line 584 of file tracktion_Time.h.

operator-() [16/26]

template<typename Type >

constexpr TimeDuration tracktion::core::operator- ( const TimeDuration &  t1, std::chrono::duration< Type >  t2  )

constexpr

Subtracts a time from a TimeDuration.

Definition at line 607 of file tracktion_Time.h.

operator-() [17/26]

constexpr TimePosition tracktion::core::operator- ( const TimePosition &  t1, const TimeDuration &  t2  )

constexpr

Subtracts a TimeDuration from a TimePosition.

Definition at line 589 of file tracktion_Time.h.

operator-() [18/26]

constexpr TimeDuration tracktion::core::operator- ( const TimePosition &  t1, const TimePosition &  t2  )

constexpr

Subtracts a TimePosition from another one, returning the duration bewteen them.

Definition at line 579 of file tracktion_Time.h.

operator-() [19/26]

template<typename Type >

constexpr TimePosition tracktion::core::operator- ( const TimePosition &  t1, std::chrono::duration< Type >  t2  )

constexpr

Subtracts a time from a TimePosition.

Definition at line 613 of file tracktion_Time.h.

operator-() [20/26]

constexpr TimePosition tracktion::core::operator- ( const TimePosition &  t1, const TimeDuration &  t2  )

constexpr

Subtracts a TimeDuration from a TimePosition.

Definition at line 589 of file tracktion_Time.h.

operator-() [21/26]

constexpr TimeDuration tracktion::core::operator- ( const TimePosition &  t1, const TimePosition &  t2  )

constexpr

Subtracts a TimePosition from another one, returning the duration bewteen them.

Definition at line 579 of file tracktion_Time.h.

operator-() [22/26]

template<typename Type >

constexpr TimePosition tracktion::core::operator- ( const TimePosition &  t1, std::chrono::duration< Type >  t2  )

constexpr

Subtracts a time from a TimePosition.

Definition at line 613 of file tracktion_Time.h.

operator-() [23/26]

constexpr TimeDuration tracktion::core::operator- ( TimeDuration  t )

constexpr

Negates a TimeDuration.

Definition at line 534 of file tracktion_Time.h.

operator-() [24/26]

constexpr TimeDuration tracktion::core::operator- ( TimeDuration  t )

constexpr

Negates a TimeDuration.

Definition at line 534 of file tracktion_Time.h.

operator-() [25/26]

constexpr TimePosition tracktion::core::operator- ( TimePosition  t )

constexpr

Negates a TimePosition.

Definition at line 468 of file tracktion_Time.h.

operator-() [26/26]

constexpr TimePosition tracktion::core::operator- ( TimePosition  t )

constexpr

Negates a TimePosition.

Definition at line 468 of file tracktion_Time.h.

operator/() [1/18]

constexpr double tracktion::core::operator/ ( const BeatDuration &  t1, const BeatDuration &  t2  )

constexpr

Divides a BeatDuration by another BeatDuration.

Definition at line 813 of file tracktion_Time.h.

operator/() [2/18]

constexpr BeatDuration tracktion::core::operator/ ( const BeatDuration &  t, double  ammount  )

constexpr

Divides a BeatDuration by an ammount.

Definition at line 803 of file tracktion_Time.h.

operator/() [3/18]

constexpr BeatDuration tracktion::core::operator/ ( const BeatDuration &  t, double  ammount  )

constexpr

Divides a BeatDuration by an ammount.

Definition at line 803 of file tracktion_Time.h.

operator/() [4/18]

constexpr double tracktion::core::operator/ ( const BeatDuration &  t1, const BeatDuration &  t2  )

constexpr

Divides a BeatDuration by another BeatDuration.

Definition at line 813 of file tracktion_Time.h.

operator/() [5/18]

constexpr double tracktion::core::operator/ ( const BeatPosition &  t1, const BeatDuration &  t2  )

constexpr

Divides a BeatPosition by a BeatDuration.

Definition at line 808 of file tracktion_Time.h.

operator/() [6/18]

constexpr BeatPosition tracktion::core::operator/ ( const BeatPosition &  t, double  ammount  )

constexpr

Divides a BeatPosition by an ammount.

Definition at line 792 of file tracktion_Time.h.

operator/() [7/18]

constexpr BeatPosition tracktion::core::operator/ ( const BeatPosition &  t, double  ammount  )

constexpr

Divides a BeatPosition by an ammount.

Definition at line 792 of file tracktion_Time.h.

operator/() [8/18]

constexpr double tracktion::core::operator/ ( const BeatPosition &  t1, const BeatDuration &  t2  )

constexpr

Divides a BeatPosition by a BeatDuration.

Definition at line 808 of file tracktion_Time.h.

operator/() [9/18]

constexpr double tracktion::core::operator/ ( const TimeDuration &  t1, const TimeDuration &  t2  )

constexpr

Divides a TimeDuration by another TimeDuration.

Definition at line 643 of file tracktion_Time.h.

operator/() [10/18]

constexpr TimeDuration tracktion::core::operator/ ( const TimeDuration &  t, double  ammount  )

constexpr

Divides a TimeDuration by an ammount.

Definition at line 633 of file tracktion_Time.h.

operator/() [11/18]

constexpr TimeDuration tracktion::core::operator/ ( const TimeDuration &  t, double  ammount  )

constexpr

Divides a TimeDuration by an ammount.

Definition at line 633 of file tracktion_Time.h.

operator/() [12/18]

constexpr double tracktion::core::operator/ ( const TimeDuration &  t1, const TimeDuration &  t2  )

constexpr

Divides a TimeDuration by another TimeDuration.

Definition at line 643 of file tracktion_Time.h.

operator/() [13/18]

constexpr double tracktion::core::operator/ ( const TimePosition &  t1, const TimeDuration &  t2  )

constexpr

Divides a TimePosition by a TimeDuration.

Definition at line 638 of file tracktion_Time.h.

operator/() [14/18]

constexpr TimePosition tracktion::core::operator/ ( const TimePosition &  t, double  ammount  )

constexpr

Divides a TimePosition by an ammount.

Definition at line 623 of file tracktion_Time.h.

operator/() [15/18]

constexpr TimePosition tracktion::core::operator/ ( const TimePosition &  t, double  ammount  )

constexpr

Divides a TimePosition by an ammount.

Definition at line 623 of file tracktion_Time.h.

operator/() [16/18]

constexpr double tracktion::core::operator/ ( const TimePosition &  t1, const TimeDuration &  t2  )

constexpr

Divides a TimePosition by a TimeDuration.

Definition at line 638 of file tracktion_Time.h.

operator/() [17/18]

constexpr tempo::SecondsPerBeat tracktion::core::operator/ ( double  t, tempo::BeatsPerSecond  bps  )

constexpr

Converts a BeatsPerSecond to SecondsPerBeat.

Definition at line 311 of file tracktion_Tempo.h.

operator/() [18/18]

constexpr tempo::BeatsPerSecond tracktion::core::operator/ ( double  t, tempo::SecondsPerBeat  spb  )

constexpr

Converts a SecondsPerBeat to BeatsPerSecond.

Definition at line 309 of file tracktion_Tempo.h.

operator<() [1/10]

constexpr bool tracktion::core::operator< ( const BeatDuration &  t1, const BeatDuration &  t2  )

constexpr

Compares two BeatDurations.

Definition at line 829 of file tracktion_Time.h.

operator<() [2/10]

constexpr bool tracktion::core::operator< ( const BeatDuration &  t1, const BeatDuration &  t2  )

constexpr

Compares two BeatDurations.

Definition at line 829 of file tracktion_Time.h.

operator<() [3/10]

constexpr bool tracktion::core::operator< ( const BeatPosition &  t1, const BeatPosition &  t2  )

constexpr

Compares two BeatDurations.

Definition at line 824 of file tracktion_Time.h.

operator<() [4/10]

constexpr bool tracktion::core::operator< ( const BeatPosition &  t1, const BeatPosition &  t2  )

constexpr

Compares two BeatDurations.

Definition at line 824 of file tracktion_Time.h.

operator<() [5/10]

constexpr bool tracktion::core::operator< ( const TimeDuration &  t1, const TimeDuration &  t2  )

constexpr

Compares two TimeDurations.

Definition at line 659 of file tracktion_Time.h.

operator<() [6/10]

constexpr bool tracktion::core::operator< ( const TimeDuration &  t1, const TimeDuration &  t2  )

constexpr

Compares two TimeDurations.

Definition at line 659 of file tracktion_Time.h.

operator<() [7/10]

constexpr bool tracktion::core::operator< ( const TimePosition &  t1, const TimePosition &  t2  )

constexpr

Compares two TimePositions.

Definition at line 654 of file tracktion_Time.h.

operator<() [8/10]

constexpr bool tracktion::core::operator< ( const TimePosition &  t1, const TimePosition &  t2  )

constexpr

Compares two TimePositions.

Definition at line 654 of file tracktion_Time.h.

operator<() [9/10]

bool tracktion::graph::operator<	(	NodeAndID	n1,
		NodeAndID	n2
	)

Compares two NodeAndIDs.

Definition at line 109 of file tracktion_Node.h.

operator<<() [1/10]

juce::String & tracktion::core::operator<<	(	juce::String &	s,
		BeatDuration	d
	)

Definition at line 836 of file tracktion_Time.h.

operator<<() [2/10]

juce::String & tracktion::core::operator<<	(	juce::String &	s,
		BeatPosition	p
	)

Definition at line 837 of file tracktion_Time.h.

operator<<() [3/10]

juce::String & tracktion::core::operator<<	(	juce::String &	s,
		TimeDuration	d
	)

Definition at line 834 of file tracktion_Time.h.

operator<<() [4/10]

juce::String & tracktion::core::operator<<	(	juce::String &	s,
		TimePosition	p
	)

Definition at line 835 of file tracktion_Time.h.

operator<<() [5/10]

std::ostream & tracktion::core::operator<<	(	std::ostream &	os,
		const BeatDuration &	v
	)

Definition at line 841 of file tracktion_Time.h.

operator<<() [6/10]

std::ostream & tracktion::core::operator<<	(	std::ostream &	os,
		const BeatPosition &	v
	)

Definition at line 842 of file tracktion_Time.h.

operator<<() [7/10]

std::ostream & tracktion::core::operator<<	(	std::ostream &	os,
		const BeatRange &	r
	)

Definition at line 396 of file tracktion_TimeRange.h.

operator<<() [8/10]

std::ostream & tracktion::core::operator<<	(	std::ostream &	os,
		const TimeDuration &	v
	)

Definition at line 839 of file tracktion_Time.h.

operator<<() [9/10]

std::ostream & tracktion::core::operator<<	(	std::ostream &	os,
		const TimePosition &	v
	)

Definition at line 840 of file tracktion_Time.h.

operator<<() [10/10]

std::ostream & tracktion::core::operator<<	(	std::ostream &	os,
		const TimeRange &	r
	)

Definition at line 395 of file tracktion_TimeRange.h.

operator<=() [1/8]

constexpr bool tracktion::core::operator<= ( const BeatDuration &  t1, const BeatDuration &  t2  )

constexpr

Compares two BeatDurations.

Definition at line 830 of file tracktion_Time.h.

operator<=() [2/8]

constexpr bool tracktion::core::operator<= ( const BeatDuration &  t1, const BeatDuration &  t2  )

constexpr

Compares two BeatDurations.

Definition at line 830 of file tracktion_Time.h.

operator<=() [3/8]

constexpr bool tracktion::core::operator<= ( const BeatPosition &  t1, const BeatPosition &  t2  )

constexpr

Compares two BeatDurations.

Definition at line 825 of file tracktion_Time.h.

operator<=() [4/8]

constexpr bool tracktion::core::operator<= ( const BeatPosition &  t1, const BeatPosition &  t2  )

constexpr

Compares two BeatDurations.

Definition at line 825 of file tracktion_Time.h.

operator<=() [5/8]

constexpr bool tracktion::core::operator<= ( const TimeDuration &  t1, const TimeDuration &  t2  )

constexpr

Compares two TimeDurations.

Definition at line 660 of file tracktion_Time.h.

operator<=() [6/8]

constexpr bool tracktion::core::operator<= ( const TimeDuration &  t1, const TimeDuration &  t2  )

constexpr

Compares two TimeDurations.

Definition at line 660 of file tracktion_Time.h.

operator<=() [7/8]

constexpr bool tracktion::core::operator<= ( const TimePosition &  t1, const TimePosition &  t2  )

constexpr

Compares two TimePosition.

Definition at line 655 of file tracktion_Time.h.

operator<=() [8/8]

constexpr bool tracktion::core::operator<= ( const TimePosition &  t1, const TimePosition &  t2  )

constexpr

Compares two TimePosition.

Definition at line 655 of file tracktion_Time.h.

operator==() [1/12]

constexpr bool tracktion::core::operator== ( const BeatDuration &  t1, const BeatDuration &  t2  )

constexpr

Compares two BeatDurations.

Definition at line 821 of file tracktion_Time.h.

operator==() [2/12]

constexpr bool tracktion::core::operator== ( const BeatDuration &  t1, const BeatDuration &  t2  )

constexpr

Compares two BeatDurations.

Definition at line 821 of file tracktion_Time.h.

operator==() [3/12]

constexpr bool tracktion::core::operator== ( const BeatPosition &  t1, const BeatPosition &  t2  )

constexpr

Compares two BeatPositions.

Definition at line 818 of file tracktion_Time.h.

operator==() [4/12]

constexpr bool tracktion::core::operator== ( const BeatPosition &  t1, const BeatPosition &  t2  )

constexpr

Compares two BeatPositions.

Definition at line 818 of file tracktion_Time.h.

operator==() [5/12]

template<typename PositionType >

bool tracktion::core::operator==	(	const RangeType< PositionType > &	r1,
		const RangeType< PositionType > &	r2
	)

Compares two ranges to check if they are equal.

Definition at line 370 of file tracktion_TimeRange.h.

operator==() [6/12]

template<typename PositionType >

bool tracktion::core::operator==	(	const RangeType< PositionType > &	r1,
		const RangeType< PositionType > &	r2
	)

Compares two ranges to check if they are equal.

Definition at line 370 of file tracktion_TimeRange.h.

operator==() [7/12]

constexpr bool tracktion::core::operator== ( const TimeDuration &  t1, const TimeDuration &  t2  )

constexpr

Compares two TimeDurations.

Definition at line 651 of file tracktion_Time.h.

operator==() [8/12]

constexpr bool tracktion::core::operator== ( const TimeDuration &  t1, const TimeDuration &  t2  )

constexpr

Compares two TimeDurations.

Definition at line 651 of file tracktion_Time.h.

operator==() [9/12]

constexpr bool tracktion::core::operator== ( const TimePosition &  t1, const TimePosition &  t2  )

constexpr

Compares two TimePositions.

Definition at line 648 of file tracktion_Time.h.

operator==() [10/12]

constexpr bool tracktion::core::operator== ( const TimePosition &  t1, const TimePosition &  t2  )

constexpr

Compares two TimePositions.

Definition at line 648 of file tracktion_Time.h.

operator==() [11/12]

bool tracktion::graph::operator==	(	NodeAndID	n1,
		NodeAndID	n2
	)

Compares two NodeAndIDs.

Definition at line 115 of file tracktion_Node.h.

operator==() [12/12]

constexpr bool tracktion::core::operator== ( tempo::Key  k1, tempo::Key  k2  )

constexpr

Compares two Keys.

Definition at line 314 of file tracktion_Tempo.h.

operator>() [1/8]

constexpr bool tracktion::core::operator> ( const BeatDuration &  t1, const BeatDuration &  t2  )

constexpr

Compares two BeatDurations.

Definition at line 831 of file tracktion_Time.h.

operator>() [2/8]

constexpr bool tracktion::core::operator> ( const BeatDuration &  t1, const BeatDuration &  t2  )

constexpr

Compares two BeatDurations.

Definition at line 831 of file tracktion_Time.h.

operator>() [3/8]

constexpr bool tracktion::core::operator> ( const BeatPosition &  t1, const BeatPosition &  t2  )

constexpr

Compares two BeatDurations.

Definition at line 826 of file tracktion_Time.h.

operator>() [4/8]

constexpr bool tracktion::core::operator> ( const BeatPosition &  t1, const BeatPosition &  t2  )

constexpr

Compares two BeatDurations.

Definition at line 826 of file tracktion_Time.h.

operator>() [5/8]

constexpr bool tracktion::core::operator> ( const TimeDuration &  t1, const TimeDuration &  t2  )

constexpr

Compares two TimeDurations.

Definition at line 661 of file tracktion_Time.h.

operator>() [6/8]

constexpr bool tracktion::core::operator> ( const TimeDuration &  t1, const TimeDuration &  t2  )

constexpr

Compares two TimeDurations.

Definition at line 661 of file tracktion_Time.h.

operator>() [7/8]

constexpr bool tracktion::core::operator> ( const TimePosition &  t1, const TimePosition &  t2  )

constexpr

Compares two TimePosition.

Definition at line 656 of file tracktion_Time.h.

operator>() [8/8]

constexpr bool tracktion::core::operator> ( const TimePosition &  t1, const TimePosition &  t2  )

constexpr

Compares two TimePosition.

Definition at line 656 of file tracktion_Time.h.

operator>=() [1/8]

constexpr bool tracktion::core::operator>= ( const BeatDuration &  t1, const BeatDuration &  t2  )

constexpr

Compares two BeatDurations.

Definition at line 832 of file tracktion_Time.h.

operator>=() [2/8]

constexpr bool tracktion::core::operator>= ( const BeatDuration &  t1, const BeatDuration &  t2  )

constexpr

Compares two BeatDurations.

Definition at line 832 of file tracktion_Time.h.

operator>=() [3/8]

constexpr bool tracktion::core::operator>= ( const BeatPosition &  t1, const BeatPosition &  t2  )

constexpr

Compares two BeatDurations.

Definition at line 827 of file tracktion_Time.h.

operator>=() [4/8]

constexpr bool tracktion::core::operator>= ( const BeatPosition &  t1, const BeatPosition &  t2  )

constexpr

Compares two BeatDurations.

Definition at line 827 of file tracktion_Time.h.

operator>=() [5/8]

constexpr bool tracktion::core::operator>= ( const TimeDuration &  t1, const TimeDuration &  t2  )

constexpr

Compares two TimeDurations.

Definition at line 662 of file tracktion_Time.h.

operator>=() [6/8]

constexpr bool tracktion::core::operator>= ( const TimeDuration &  t1, const TimeDuration &  t2  )

constexpr

Compares two TimeDurations.

Definition at line 662 of file tracktion_Time.h.

operator>=() [7/8]

constexpr bool tracktion::core::operator>= ( const TimePosition &  t1, const TimePosition &  t2  )

constexpr

Compares two TimePosition.

Definition at line 657 of file tracktion_Time.h.

operator>=() [8/8]

constexpr bool tracktion::core::operator>= ( const TimePosition &  t1, const TimePosition &  t2  )

constexpr

Compares two TimePosition.

Definition at line 657 of file tracktion_Time.h.

pause()

void tracktion::core::pause

(

)

Pauses the CPU for an instruction.

Can be used in constructs like spin locks to allow other cores to progress.

Definition at line 51 of file tracktion_CPU.h.

rdtsc()

std::uint64_t tracktion::core::rdtsc

(

)

Returns the CPU cycle count, useful for benchmarking.

Definition at line 31 of file tracktion_CPU.h.

referenceSampleRangeToSplitTimelineRange()

SplitTimelineRange tracktion::graph::referenceSampleRangeToSplitTimelineRange	(	const PlayHead &	playHead,
		juce::Range< int64_t >	referenceSampleRange
	)

Converts a reference sample range to a TimelinePositionWindow which could have two time ranges if the stream range overlaps the end of the loop range.

Definition at line 365 of file tracktion_PlayHead.h.

roundToNearestBeat() [1/4]

BeatDuration tracktion::core::roundToNearestBeat

(

BeatDuration

t

)

Rounds a BeatDuration to the nearest whole beat.

Definition at line 722 of file tracktion_Time.h.

roundToNearestBeat() [2/4]

BeatDuration tracktion::core::roundToNearestBeat

(

BeatDuration

t

)

Rounds a BeatDuration to the nearest whole beat.

Definition at line 722 of file tracktion_Time.h.

roundToNearestBeat() [3/4]

BeatPosition tracktion::core::roundToNearestBeat

(

BeatPosition

t

)

Rounds a BeatPosition to the nearest whole beat.

Definition at line 717 of file tracktion_Time.h.

roundToNearestBeat() [4/4]

BeatPosition tracktion::core::roundToNearestBeat

(

BeatPosition

t

)

Rounds a BeatPosition to the nearest whole beat.

Definition at line 717 of file tracktion_Time.h.

sampleToTime() [1/2]

template<typename IntType >

constexpr double tracktion::graph::sampleToTime ( IntType  samplePosition, double  sampleRate  )

constexpr

Converts an integer sample number to a time in seconds.

Definition at line 20 of file tracktion_Utility.h.

sampleToTime() [2/2]

template<typename IntType >

constexpr juce::Range< double > tracktion::graph::sampleToTime ( juce::Range< IntType >  sampleRange, double  sampleRate  )

constexpr

Converts an integer sample range to a time range in seconds.

Definition at line 33 of file tracktion_Utility.h.

sanitise()

template<typename Buffer >

void tracktion::graph::sanitise

(

Buffer &

buffer

)

Definition at line 102 of file tracktion_GlueCode.h.

sanityCheckView()

template<typename SampleType , template< typename > typename LayoutType>

void tracktion::graph::sanityCheckView

(

const choc::buffer::BufferView< SampleType, LayoutType > &

view

)

Checks that the channels have valid pointers if they have a non-zero number of frames.

Definition at line 113 of file tracktion_GlueCode.h.

setThreadPriority() [1/3]

template<typename HandleType >

bool tracktion::graph::setThreadPriority	(	HandleType	handle,
		int	priority
	)

Definition at line 37 of file tracktion_Threads.cpp.

setThreadPriority() [2/3]

bool tracktion::graph::setThreadPriority	(	std::thread &	t,
		int	priority
	)

Changes the thread's priority.

May return false if for some reason the priority can't be changed.

Parameters

priority

the new priority, in the range 0 (lowest) to 10 (highest). A priority of 5 is normal.

Definition at line 117 of file tracktion_Threads.cpp.

setThreadPriority() [3/3]

bool tracktion::graph::setThreadPriority	(	std::thread &	t,
		int	priority
	)

Changes the thread's priority.

May return false if for some reason the priority can't be changed.

Parameters

priority

the new priority, in the range 0 (lowest) to 10 (highest). A priority of 5 is normal.

Definition at line 117 of file tracktion_Threads.cpp.

sort() [1/2]

template<class Container >

void tracktion::core::sort

(

Container &

container

)

Definition at line 50 of file tracktion_AlgorithmAdapters.h.

sort() [2/2]

template<class Container , class Compare >

void tracktion::core::sort	(	Container &	container,
		Compare	comp
	)

Definition at line 56 of file tracktion_AlgorithmAdapters.h.

stable_remove_duplicates()

template<class Container >

Container & tracktion::core::stable_remove_duplicates

(

Container &

container

)

Removes duplicates from a container maintaining the order.

This is slower than sorting the container and using std::unique and also alocates memory so should be used only if the order is important.

Definition at line 138 of file tracktion_AlgorithmAdapters.h.

stable_sort() [1/2]

template<class Container >

void tracktion::core::stable_sort

(

Container &

container

)

Definition at line 62 of file tracktion_AlgorithmAdapters.h.

stable_sort() [2/2]

template<class Container , class Compare >

void tracktion::core::stable_sort	(	Container &	container,
		Compare	comp
	)

Definition at line 68 of file tracktion_AlgorithmAdapters.h.

timeRangeFromSamples() [1/2]

TimeRange tracktion::core::timeRangeFromSamples	(	juce::Range< int64_t >	r,
		double	sampleRate
	)

Creates a TimeRange from a range of samples.

Definition at line 215 of file tracktion_TimeRange.h.

timeRangeFromSamples() [2/2]

TimeRange tracktion::core::timeRangeFromSamples	(	juce::Range< int64_t >	sampleRange,
		double	sampleRate
	)

Creates a TimeRange from a range of samples.

Definition at line 215 of file tracktion_TimeRange.h.

timeRangeFromSeconds() [1/2]

template<typename SourceRangeType >

TimeRange tracktion::core::timeRangeFromSeconds

(

SourceRangeType

r

)

Creates a TimeRange from a range of seconds.

Definition at line 222 of file tracktion_TimeRange.h.

timeRangeFromSeconds() [2/2]

template<typename SourceRangeType >

TimeRange tracktion::core::timeRangeFromSeconds

(

SourceRangeType

r

)

Creates a TimeRange from a range of seconds.

Definition at line 222 of file tracktion_TimeRange.h.

timeToSample() [1/3]

constexpr int64_t tracktion::graph::timeToSample ( double  timeInSeconds, double  sampleRate  )

constexpr

Converts a time in seconds to a sample number.

Definition at line 26 of file tracktion_Utility.h.

timeToSample() [2/3]

constexpr juce::Range< int64_t > tracktion::graph::timeToSample ( juce::Range< double >  timeInSeconds, double  sampleRate  )

constexpr

Converts a time range in seconds to a range of sample numbers.

Definition at line 40 of file tracktion_Utility.h.

timeToSample() [3/3]

template<typename RangeType >

constexpr juce::Range< int64_t > tracktion::graph::timeToSample ( RangeType  timeInSeconds, double  sampleRate  )

constexpr

Converts a time range in seconds to a range of sample numbers.

Definition at line 48 of file tracktion_Utility.h.

to_string()

template<typename RangeType , std::enable_if_t< std::is_same_v< TimeRange, RangeType >||std::is_same_v< BeatRange, RangeType >, bool > = true>

std::string tracktion::core::to_string

(

RangeType

range

)

Definition at line 389 of file tracktion_TimeRange.h.

toAudioBuffer()

juce::AudioBuffer< float > tracktion::graph::toAudioBuffer

(

choc::buffer::ChannelArrayView< float >

view

)

Creates a juce::AudioBuffer from a choc::buffer::BufferView.

Definition at line 16 of file tracktion_GlueCode.h.

toBeats() [1/6]

BeatRange tracktion::core::toBeats	(	const tempo::Sequence &	seq,
		TimeRange	range
	)

Converts a TimeRange to a BeatRange.

Definition at line 342 of file tracktion_Tempo.h.

toBeats() [2/6]

BeatRange tracktion::core::toBeats	(	const tempo::Sequence &	seq,
		TimeRange	range
	)

Converts a TimeRange to a BeatRange.

Definition at line 342 of file tracktion_Tempo.h.

toBufferView() [1/2]

template<typename SampleType >

choc::buffer::BufferView< SampleType, choc::buffer::SeparateChannelLayout > tracktion::graph::toBufferView

(

juce::AudioBuffer< SampleType > &

buffer

)

Converts a juce::AudioBuffer<SampleType> to a choc::buffer::BufferView.

Definition at line 23 of file tracktion_GlueCode.h.

toDuration() [1/4]

constexpr BeatDuration tracktion::core::toDuration ( BeatPosition  t )

constexpr

Converts a BeatPosition to a BeatDuration.

Definition at line 712 of file tracktion_Time.h.

toDuration() [2/4]

constexpr BeatDuration tracktion::core::toDuration ( BeatPosition  t )

constexpr

Converts a BeatPosition to a BeatDuration.

Definition at line 712 of file tracktion_Time.h.

toDuration() [3/4]

constexpr TimeDuration tracktion::core::toDuration ( TimePosition  t )

constexpr

Converts a TimePosition to a TimeDuration.

Definition at line 473 of file tracktion_Time.h.

toDuration() [4/4]

constexpr TimeDuration tracktion::core::toDuration ( TimePosition  t )

constexpr

Converts a TimePosition to a TimeDuration.

Definition at line 473 of file tracktion_Time.h.

toMidiMessage()

juce::MidiMessage tracktion::graph::toMidiMessage

(

const choc::midi::Sequence::Event &

e

)

Converts a choc::midi event to a juce::MidiMessage.

Definition at line 40 of file tracktion_GlueCode.h.

toPosition() [1/4]

constexpr BeatPosition tracktion::core::toPosition ( BeatDuration  t )

constexpr

Converts a BeatDuration to a BeatPosition.

Definition at line 745 of file tracktion_Time.h.

toPosition() [2/4]

constexpr BeatPosition tracktion::core::toPosition ( BeatDuration  t )

constexpr

Converts a BeatDuration to a BeatPosition.

Definition at line 745 of file tracktion_Time.h.

toPosition() [3/4]

constexpr TimePosition tracktion::core::toPosition ( TimeDuration  t )

constexpr

Converts a TimeDuration to a TimePosition.

Definition at line 539 of file tracktion_Time.h.

toPosition() [4/4]

constexpr TimePosition tracktion::core::toPosition ( TimeDuration  t )

constexpr

Converts a TimeDuration to a TimePosition.

Definition at line 539 of file tracktion_Time.h.

toSamples() [1/6]

constexpr int64_t tracktion::core::toSamples ( TimeDuration  p, double  sampleRate  )

constexpr

Converts a TimeDuration to a number of samples.

Definition at line 544 of file tracktion_Time.h.

toSamples() [2/6]

constexpr int64_t tracktion::core::toSamples ( TimeDuration  p, double  sampleRate  )

constexpr

Converts a TimeDuration to a number of samples.

Definition at line 544 of file tracktion_Time.h.

toSamples() [3/6]

constexpr int64_t tracktion::core::toSamples ( TimePosition  p, double  sampleRate  )

constexpr

Converts a TimePosition to a number of samples.

Definition at line 478 of file tracktion_Time.h.

toSamples() [4/6]

constexpr int64_t tracktion::core::toSamples ( TimePosition  p, double  sampleRate  )

constexpr

Converts a TimePosition to a number of samples.

Definition at line 478 of file tracktion_Time.h.

toSamples() [5/6]

juce::Range< int64_t > tracktion::core::toSamples	(	TimeRange	r,
		double	sampleRate
	)

Converts a TimeRange to a range of samples.

Definition at line 363 of file tracktion_TimeRange.h.

toSamples() [6/6]

juce::Range< int64_t > tracktion::core::toSamples	(	TimeRange	r,
		double	sampleRate
	)

Converts a TimeRange to a range of samples.

Definition at line 363 of file tracktion_TimeRange.h.

toTime() [1/6]

TimeRange tracktion::core::toTime	(	const tempo::Sequence &	seq,
		BeatRange	range
	)

Converts a BeatRange to a TimeRange.

Definition at line 336 of file tracktion_Tempo.h.

toTime() [2/6]

TimeRange tracktion::core::toTime	(	const tempo::Sequence &	seq,
		BeatRange	range
	)

Converts a BeatRange to a TimeRange.

Definition at line 336 of file tracktion_Tempo.h.

toUnderlyingType() [1/4]

double tracktion::core::toUnderlyingType

(

BeatDuration

t

)

Definition at line 213 of file tracktion_TimeRange.h.

toUnderlyingType() [2/4]

double tracktion::core::toUnderlyingType

(

BeatPosition

t

)

Definition at line 212 of file tracktion_TimeRange.h.

toUnderlyingType() [3/4]

double tracktion::core::toUnderlyingType

(

TimeDuration

t

)

Definition at line 208 of file tracktion_TimeRange.h.

toUnderlyingType() [4/4]

double tracktion::core::toUnderlyingType

(

TimePosition

t

)

Definition at line 207 of file tracktion_TimeRange.h.

tryToUpgradeCurrentThreadToRealtime() [1/2]

bool tracktion::graph::tryToUpgradeCurrentThreadToRealtime

(

const juce::Thread::RealtimeOptions &

)

Tries to upgrade the current thread to realtime priority.

Definition at line 111 of file tracktion_Threads.cpp.

tryToUpgradeCurrentThreadToRealtime() [2/2]

bool tracktion::graph::tryToUpgradeCurrentThreadToRealtime

(

const juce::Thread::RealtimeOptions &

)

Tries to upgrade the current thread to realtime priority.

Definition at line 111 of file tracktion_Threads.cpp.

visitNodes() [1/2]

template<typename Visitor >

void tracktion::graph::visitNodes	(	Node &	node,
		Visitor &&	visitor,
		bool	preordering
	)

Should call the visitor for any direct inputs to the node exactly once.

If preordering is true, nodes will be visited before their inputs, if false, inputs will be visited first.

Parameters

Visitor

has the signature void (Node&)

Definition at line 710 of file tracktion_Node.h.

visitNodes() [2/2]

template<typename Visitor >

void tracktion::graph::visitNodes	(	Node &	node,
		Visitor &&	visitor,
		bool	preordering
	)

Should call the visitor for any direct inputs to the node exactly once.

If preordering is true, nodes will be visited before their inputs, if false, inputs will be visited first.

Parameters

Visitor

has the signature void (Node&)

Definition at line 710 of file tracktion_Node.h.

visitNodesBFS()

template<typename Visitor >

void tracktion::graph::visitNodesBFS	(	Node &	node,
		Visitor &&	visitor
	)

Definition at line 717 of file tracktion_Node.h.

withEndExtended() [1/2]

template<typename PositionType >

RangeType< PositionType > tracktion::core::withEndExtended	(	RangeType< PositionType > &	r,
		typename RangeType< PositionType >::Duration	d
	)

Adds an amount to the end of the range and returns a new range.

Definition at line 380 of file tracktion_TimeRange.h.

withEndExtended() [2/2]

template<typename PositionType >

RangeType< PositionType > tracktion::core::withEndExtended	(	RangeType< PositionType > &	r,
		typename RangeType< PositionType >::Duration	d
	)

Adds an amount to the end of the range and returns a new range.

Definition at line 380 of file tracktion_TimeRange.h.