| AAX SDK 2.8.0 Avid Audio Extensions Development Kit

- Welcome
- Manual
- Classes
- Files
- Lists
- Support

- Class List
- Class Index
- Class Hierarchy
- Class Members

Loading...
Searching...
No Matches
List of all members | Classes | Public Member Functions | Protected Types
AAX_CMonolithicParameters Class Reference

`#include <AAX_CMonolithicParameters.h>`

Inheritance diagram for AAX_CMonolithicParameters:
[legend]
Collaboration diagram for AAX_CMonolithicParameters:
[legend]

## Description

Extension of the AAX_CEffectParameters class for monolithic VIs and effects.

This extension to AAX_CEffectParameters adds some conveniences for Virtual Instrument (VI) plug-ins and for other plug-ins that use a monolithic processing object, i.e. an object that combines state data with the audio render routine in a single object.

- The RenderAudio method provides a direct audio processing callback within the data model object. Perform all audio processing in this method.
- The StaticDescribe method establishes a generic MIDI processing context for the Effect. Call this method from the plug-in's Description callback implementation.
- The AddSynchronizedParameter method provides a mechanism for synchronizing parameter updates with the real-time thread, allowing deterministic, accurate automation playback. For more information abou this feature, see Fixing timing issues due to shared data

Note
  This convenience class assumes a monolithic processing environment (i.e. AAX_eConstraintLocationMask_DataModel .) This precludes the use of AAX_CMonolithicParameters -derived Effects in distributed-processing formats such as AAX DSP.

## Public Member Functions
| AAX_CMonolithicParameters (void)
| ~AAX_CMonolithicParameters (void) AAX_OVERRIDE
Public Member Functions inherited from AAX_CEffectParameters
| AAX_CEffectParameters (void)
| ~AAX_CEffectParameters (void) AAX_OVERRIDE
AAX_CEffectParameters & | operator= (const AAX_CEffectParameters &other)
AAX_Result | Initialize (IACFUnknown *iController) AAX_OVERRIDE
| Main data model initialization. Called when plug-in instance is first instantiated.
AAX_Result | Uninitialize (void) AAX_OVERRIDE
| Main data model uninitialization.
AAX_Result | NotificationReceived (AAX_CTypeID inNotificationType, const void *inNotificationData, uint32_t inNotificationDataSize) AAX_OVERRIDE
| Notification Hook.
AAX_Result | GetNumberOfParameters (int32_t *oNumControls) const AAX_OVERRIDE
| CALL: Retrieves the total number of plug-in parameters.
AAX_Result | GetMasterBypassParameter (AAX_IString *oIDString) const AAX_OVERRIDE
| CALL: Retrieves the ID of the plug-in's Master Bypass parameter.
AAX_Result | GetParameterIsAutomatable (AAX_CParamID iParameterID, AAX_CBoolean *oAutomatable) const AAX_OVERRIDE
| CALL: Retrieves information about a parameter's automatable status.
AAX_Result | GetParameterNumberOfSteps (AAX_CParamID iParameterID, int32_t *oNumSteps) const AAX_OVERRIDE
| CALL: Retrieves the number of discrete steps for a parameter.
AAX_Result | GetParameterName (AAX_CParamID iParameterID, AAX_IString *oName) const AAX_OVERRIDE
| CALL: Retrieves the full name for a parameter.
AAX_Result | GetParameterNameOfLength (AAX_CParamID iParameterID, AAX_IString *oName, int32_t iNameLength) const AAX_OVERRIDE
| CALL: Retrieves an abbreviated name for a parameter.
AAX_Result | GetParameterDefaultNormalizedValue (AAX_CParamID iParameterID, double *oValue) const AAX_OVERRIDE
| CALL: Retrieves default value of a parameter.
AAX_Result | SetParameterDefaultNormalizedValue (AAX_CParamID iParameterID, double iValue) AAX_OVERRIDE
| CALL: Sets the default value of a parameter.
AAX_Result | GetParameterType (AAX_CParamID iParameterID, AAX_EParameterType *oParameterType) const AAX_OVERRIDE
| CALL: Retrieves the type of a parameter.
AAX_Result | GetParameterOrientation (AAX_CParamID iParameterID, AAX_EParameterOrientation *oParameterOrientation) const AAX_OVERRIDE
| CALL: Retrieves the orientation that should be applied to a parameter's controls.
AAX_Result | GetParameter (AAX_CParamID iParameterID, AAX_IParameter **oParameter) AAX_OVERRIDE
| CALL: Retrieves an arbitrary setting within a parameter.
AAX_Result | GetParameterIndex (AAX_CParamID iParameterID, int32_t *oControlIndex) const AAX_OVERRIDE
| CALL: Retrieves the index of a parameter.
AAX_Result | GetParameterIDFromIndex (int32_t iControlIndex, AAX_IString *oParameterIDString) const AAX_OVERRIDE
| CALL: Retrieves the ID of a parameter.
AAX_Result | GetParameterValueInfo (AAX_CParamID iParameterID, int32_t iSelector, int32_t *oValue) const AAX_OVERRIDE
| CALL: Retrieves a property of a parameter.
AAX_Result | GetParameterValueFromString (AAX_CParamID iParameterID, double *oValue, const AAX_IString &iValueString) const AAX_OVERRIDE
| CALL: Converts a value string to a value.
AAX_Result | GetParameterStringFromValue (AAX_CParamID iParameterID, double iValue, AAX_IString *oValueString, int32_t iMaxLength) const AAX_OVERRIDE
| CALL: Converts a normalized parameter value into a string representing its corresponding real value.
AAX_Result | GetParameterValueString (AAX_CParamID iParameterID, AAX_IString *oValueString, int32_t iMaxLength) const AAX_OVERRIDE
| CALL: Retrieves the value string associated with a parameter's current value.
AAX_Result | GetParameterNormalizedValue (AAX_CParamID iParameterID, double *oValuePtr) const AAX_OVERRIDE
| CALL: Retrieves a parameter's current value.
AAX_Result | SetParameterNormalizedValue (AAX_CParamID iParameterID, double iValue) AAX_OVERRIDE
| CALL: Sets the specified parameter to a new value.
AAX_Result | SetParameterNormalizedRelative (AAX_CParamID iParameterID, double iValue) AAX_OVERRIDE
| CALL: Sets the specified parameter to a new value relative to its current value.
AAX_Result | TouchParameter (AAX_CParamID iParameterID) AAX_OVERRIDE
| "Touches" (locks) a parameter in the automation system to a particular control in preparation for updates
AAX_Result | ReleaseParameter (AAX_CParamID iParameterID) AAX_OVERRIDE
| Releases a parameter from a "touched" state.
AAX_Result | UpdateParameterTouch (AAX_CParamID iParameterID, AAX_CBoolean iTouchState) AAX_OVERRIDE
| Sets a "touched" state on a parameter.
AAX_Result | UpdateParameterNormalizedRelative (AAX_CParamID iParameterID, double iValue) AAX_OVERRIDE
| Updates a single parameter's state to its current value, as a difference with the parameter's previous value.
AAX_Result | GetNumberOfChunks (int32_t *oNumChunks) const AAX_OVERRIDE
| Retrieves the number of chunks used by this plug-in.
AAX_Result | GetChunkIDFromIndex (int32_t iIndex, AAX_CTypeID *oChunkID) const AAX_OVERRIDE
| Retrieves the ID associated with a chunk index.
AAX_Result | GetChunkSize (AAX_CTypeID iChunkID, uint32_t *oSize) const AAX_OVERRIDE
| Get the size of the data structure that can hold all of a chunk's information.
AAX_Result | GetChunk (AAX_CTypeID iChunkID, AAX_SPlugInChunk *oChunk) const AAX_OVERRIDE
| Fills a block of data with chunk information representing the plug-in's current state.
AAX_Result | SetChunk (AAX_CTypeID iChunkID, const AAX_SPlugInChunk *iChunk) AAX_OVERRIDE
| Restores a set of plug-in parameters based on chunk information.
AAX_Result | CompareActiveChunk (const AAX_SPlugInChunk *iChunkP, AAX_CBoolean *oIsEqual) const AAX_OVERRIDE
| Determine if a chunk represents settings that are equivalent to the plug-in's current state.
AAX_Result | GetNumberOfChanges (int32_t *oNumChanges) const AAX_OVERRIDE
| Retrieves the number of parameter changes made since the plug-in's creation.
AAX_Result | GetCurveData (AAX_CTypeID iCurveType, const float *iValues, uint32_t iNumValues, float *oValues) const AAX_OVERRIDE
| Generate a set of output values based on a set of given input values.
AAX_Result | GetCurveDataMeterIds (AAX_CTypeID iCurveType, uint32_t *oXMeterId, uint32_t *oYMeterId) const AAX_OVERRIDE
| Indicates which meters correspond to the X and Y axes of the EQ or Dynamics graph.
AAX_Result | GetCurveDataDisplayRange (AAX_CTypeID iCurveType, float *oXMin, float *oXMax, float *oYMin, float *oYMax) const AAX_OVERRIDE
| Determines the range of the graph shown by the plug-in.
AAX_Result | UpdatePageTable (uint32_t inTableType, int32_t inTablePageSize, IACFUnknown *iHostUnknown, IACFUnknown *ioPageTableUnknown) const AAX_OVERRIDE AAX_FINAL
| Allow the plug-in to update its page tables.
AAX_Result | GetCustomData (AAX_CTypeID iDataBlockID, uint32_t inDataSize, void *oData, uint32_t *oDataWritten) const AAX_OVERRIDE
| An optional interface hook for getting custom data from another module.
AAX_Result | SetCustomData (AAX_CTypeID iDataBlockID, uint32_t inDataSize, const void *iData) AAX_OVERRIDE
| An optional interface hook for setting custom data for use by another module.
AAX_Result | DoMIDITransfers () AAX_OVERRIDE
| MIDI update callback.
AAX_Result | UpdateMIDINodes (AAX_CFieldIndex inFieldIndex, AAX_CMidiPacket &iPacket) AAX_OVERRIDE
| MIDI update callback.
AAX_Result | UpdateControlMIDINodes (AAX_CTypeID nodeID, AAX_CMidiPacket &iPacket) AAX_OVERRIDE
| MIDI update callback for control MIDI nodes.
AAX_Result | RenderAudio_Hybrid (AAX_SHybridRenderInfo *ioRenderInfo) AAX_OVERRIDE
| Hybrid audio render function.
AAX_IController * | Controller ()
| Access to the Effect controller.
const AAX_IController * | Controller () const
| `const` access to the Effect controller
AAX_ITransport * | Transport ()
| Access to the Transport object.
const AAX_ITransport * | Transport () const
| `const` access to the Transport object
AAX_IAutomationDelegate * | AutomationDelegate ()
| Access to the Effect's automation delegate.
const AAX_IAutomationDelegate * | AutomationDelegate () const
| `const` access to the Effect's automation delegate
Public Member Functions inherited from AAX_IEffectParameters
| ACF_DECLARE_STANDARD_UNKNOWN () ACFMETHOD(InternalQueryInterface)(const acfIID &riid
| AAX_DELETE (AAX_IEffectParameters &operator=(const AAX_IEffectParameters &))
Auxiliary UI methods
Auxiliary UI methods
Hybrid audio methods
MIDI methods
Initialization and uninitialization
AAX host and plug-in event notification
Parameter information
These methods are used by the AAX host to retrieve information about the plug-in's data model. For information about adding parameters to the plug-in and otherwise modifying the plug-in's data model, see AAX_CParameterManager. For information about parameters, see AAX_IParameter.
Parameter setters and getters
These methods are used by the AAX host and by the plug-in's UI to retrieve and modify the values of the plug-in's parameters. Note The parameter setters in this section may generate asynchronous requests.
Automated parameter helpers
These methods are used to lock and unlock automation system 'resources' when updating automatable parameters. Note You should never need to override these methods to extend their behavior beyond what is provided in AAX_CEffectParameters and AAX_IParameter
Asynchronous parameter update methods
These methods are called by the AAX host when parameter values have been updated. They are called by the host and can be triggered by other plug-in modules via calls to AAX_IParameter's `SetValue` methods, e.g. SetValueWithFloat() These methods are responsible for updating parameter values. Do not call these methods directly! To ensure proper synchronization and to avoid problematic dependency chains, other methods (e.g. SetParameterNormalizedValue()) and components (e.g. AAX_IEffectGUI) should always call a `SetValue` method on AAX_IParameter to update parameter values. The `SetValue` method will properly manage automation locks and other system resources.
State reset handlers
Chunk methods
These methods are used to save and restore collections of plug-in state information, known as chunks. Chunks are used by the host when saving or restoring presets and session settings and when providing "compare" functionality for plug-ins. The default implementation of these methods in AAX_CEffectParameters supports a single chunk that includes state information for all of the plug-in's registered parameters. Override all of these methods to add support for additional chunks in your plug-in, for example if your plug-in contains any persistent state that is not encapsulated by its set of registered parameters. Warning Remember that plug-in chunk data may be loaded on a different platform from the one where it is saved. All data structures in the chunk must be properly data-aligned for compatibility across all platforms that the plug-in supports. See AAX_ALIGN_FILE_ALG for notes about common cross-platform pitfalls for data structure alignment. For reference, see also: AAX_CChunkDataParser AAX_SPlugInChunk
Thread methods
Auxiliary UI methods
Custom data methods
These functions exist as a proxiable way to move data between different modules (e.g. AAX_IEffectParameters and AAX_IEffectGUI.) Using these, the GUI can query any data through GetCustomData() with a plug-in defined `typeID`, `void*` and size. This has an advantage over just sharing memory in that this function can work as a remote proxy as we enable those sorts of features later in the platform. Likewise, the GUI can also set arbitrary data on the data model by using the SetCustomData() function with the same idea. Note These are plug-in internal only. They are not called from the host right now, or likely ever.
MIDI methods
Public Member Functions inherited from IACFUnknown
virtual BEGIN_ACFINTERFACE ACFRESULT ACFMETHODCALLTYPE | QueryInterface (const acfIID &iid, void **ppOut)=0
| Returns pointers to supported interfaces.
virtual acfUInt32 ACFMETHODCALLTYPE | AddRef (void)=0
| Increments reference count.
virtual acfUInt32 ACFMETHODCALLTYPE | Release (void)=0
| Decrements reference count.

## Protected Types
typedef std::pair< AAX_CParamID const, const AAX_IParameterValue * > | TParamValPair

## Protected Member Functions
Real-time functions
Virtual functions called on the real-time thread
virtual void | RenderAudio (AAX_SInstrumentRenderInfo *ioRenderInfo, const TParamValPair *inSynchronizedParamValues[], int32_t inNumSynchronizedParamValues)
Configuration methods
void | AddSynchronizedParameter (const AAX_IParameter &inParameter)
Protected Member Functions inherited from AAX_CEffectParameters
AAX_Result | SetTaperDelegate (AAX_CParamID iParameterID, AAX_ITaperDelegateBase &iTaperDelegate, bool iPreserveValue)
AAX_Result | SetDisplayDelegate (AAX_CParamID iParameterID, AAX_IDisplayDelegateBase &iDisplayDelegate)
bool | IsParameterTouched (AAX_CParamID iParameterID) const
bool | IsParameterLinkReady (AAX_CParamID inParameterID, AAX_EUpdateSource inSource) const
virtual AAX_Result | EffectInit (void)
| Initialization helper routine. Called from AAX_CEffectParameters::Initialize.
virtual AAX_Result | UpdatePageTable (uint32_t, int32_t, AAX_IPageTable &) const
void | FilterParameterIDOnSave (AAX_CParamID controlID)
| CALL: Indicates the indices of parameters that should not be saved in the default AAX_CEffectParameters chunk.
void | BuildChunkData (void) const
| Clears out the current chunk in Chunk Parser and adds all of the new values. Used by default implementations of GetChunk() and GetChunkSize().

## Convenience Layer Methods
Note You should not need to override these methods, but if you do, make sure to call into the base class.
AAX_Result | UpdateParameterNormalizedValue (AAX_CParamID iParamID, double aValue, AAX_EUpdateSource inSource) AAX_OVERRIDE
| Updates a single parameter's state to its current value.
AAX_Result | GenerateCoefficients () AAX_OVERRIDE
| Generates and dispatches new coefficient packets.
AAX_Result | ResetFieldData (AAX_CFieldIndex iFieldIndex, void *oData, uint32_t iDataSize) const AAX_OVERRIDE
| Called by the host to reset a private data field in the plug-in's algorithm.
AAX_Result | TimerWakeup () AAX_OVERRIDE
| Periodic wakeup callback for idle-time operations.
static AAX_Result | StaticDescribe (AAX_IEffectDescriptor *ioDescriptor, const AAX_SInstrumentSetupInfo &setupInfo)
static void AAX_CALLBACK | StaticRenderAudio (AAX_SInstrumentRenderInfo *const inInstancesBegin[], const void *inInstancesEnd)

## Additional Inherited Members
Public Attributes inherited from AAX_IEffectParameters
void **ppvObjOut | override
Protected Attributes inherited from AAX_CEffectParameters
int32_t | mNumPlugInChanges
int32_t | mChunkSize
AAX_CChunkDataParser | mChunkParser
int32_t | mNumChunkedParameters
AAX_CPacketDispatcher | mPacketDispatcher
AAX_CParameterManager | mParameterManager
std::set< std::string > | mFilteredParameters

## Member Typedef Documentation

## ◆ TParamValPair

typedef std::pair<AAX_CParamID const, const AAX_IParameterValue*> AAX_CMonolithicParameters::TParamValPair
| protected

## Constructor & Destructor Documentation

## ◆ AAX_CMonolithicParameters()

AAX_CMonolithicParameters::AAX_CMonolithicParameters | ( | void |  | ) |

## ◆ ~AAX_CMonolithicParameters()

AAX_CMonolithicParameters::~AAX_CMonolithicParameters | ( | void |  | ) |

## Member Function Documentation

## ◆ RenderAudio()

virtual void AAX_CMonolithicParameters::RenderAudio | ( | AAX_SInstrumentRenderInfo * | ioRenderInfo,
|  | const TParamValPair * | inSynchronizedParamValues[],
|  | int32_t | inNumSynchronizedParamValues
| ) |  |
| inline protected virtual

Perform audio render

Parameters

  [in,out] | ioRenderInfo | State data for the current render buffer
  [in] | inSynchronizedParamValues | The parameter values which should be applied for the current render buffer

See also
  AddSynchronizedParameter

Parameters

  [in] | inNumSynchronizedParamValues | The number of parameter values provided in `inSynchronizedParamValues`

Referenced by StaticRenderAudio().

Here is the caller graph for this function:

## ◆ AddSynchronizedParameter()

void AAX_CMonolithicParameters::AddSynchronizedParameter | ( | const AAX_IParameter & | inParameter | ) |
| protected

Add a parameter for state synchronization

A parameter should be added for synchronization if:

- It is important for the parameter's automation to be applied at the correct point on the timeline
- It is possible to quickly update the plug-in's state to reflect a parameter change

See Parameter update timing for more information

Parameters

  [in] | inParameter | The parameter to be synchronized. This string will be copied internally and is not required to persist

References AAX_ASSERT, AAX_IParameter::Automatable(), AAX_IParameter::Identifier(), and kSynchronizedParameterQueueSize.

Here is the call graph for this function:

## ◆ UpdateParameterNormalizedValue()

AAX_Result AAX_CMonolithicParameters::UpdateParameterNormalizedValue | ( | AAX_CParamID | iParameterID,
|  | double | iValue,
|  | AAX_EUpdateSource | iSource
| ) |  |
| virtual

Updates a single parameter's state to its current value.

Note
  Do not call this method from the plug-in. This method should be called by the host only. To set parameter values from within the plug-in, use the AAX_IParameter interface.

Todo:
  FLAGGED FOR CONSIDERATION OF REVISION

Parameters

  [in] | iParameterID | The ID of the parameter that is being updated
  [in] | iValue | The parameter's current value, to which its internal state must be updated
  [in] | iSource | The source of the update

Reimplemented from AAX_CEffectParameters.

References AAX_SUCCESS, AAX_CParameterManager::GetParameterByID(), AAX_CEffectParameters::mParameterManager, and AAX_CEffectParameters::UpdateParameterNormalizedValue().

Here is the call graph for this function:

## ◆ GenerateCoefficients()

AAX_Result AAX_CMonolithicParameters::GenerateCoefficients | ( |  | ) |
| virtual

Generates and dispatches new coefficient packets.

This method is responsible for updating the coefficient packets associated with all parameters whose states have changed since the last call to GenerateCoefficients(). The host may call this method once for every parameter update, or it may "batch" parameter updates such that changes for several parameters are all handled by a single call to GenerateCoefficients().

For more information on tracking parameters' statuses using the AAX_CPacketDispatcher, helper class, see AAX_CPacketDispatcher::SetDirty().

Note
  Do not call this method from the plug-in. This method should be called by the host only. To set parameter values from within the plug-in, use the AAX_IParameter interface.

Reimplemented from AAX_CEffectParameters.

References AAX_ASSERT, AAX_FIELD_INDEX, AAX_SUCCESS, AAX_IParameter::CloneValue(), AAX_CEffectParameters::Controller(), AAX_IContainer::eStatus_Success, AAX_CEffectParameters::GenerateCoefficients(), AAX_IParameter::Identifier(), AAX_IController::PostPacket(), and AAX_CAtomicQueue< T, S >::Push().

Here is the call graph for this function:

## ◆ ResetFieldData()

AAX_Result AAX_CMonolithicParameters::ResetFieldData | ( | AAX_CFieldIndex | inFieldIndex,
|  | void * | oData,
|  | uint32_t | inDataSize
| ) |  | const
| virtual

Called by the host to reset a private data field in the plug-in's algorithm.

This method is called sequentially for all private data fields on Effect initialization and during any "reset" event, such as priming for a non-real-time render. This method is called before the algorithm's optional initialization callback, and the initialized private data will be available within that callback via its context block.

See also
  Algorithm initialization.

Warning
  Any data structures that will be passed between platforms (for example, sent to a TI DSP in an AAX DSP plug-in) must be properly data-aligned for compatibility across both platforms. See AAX_ALIGN_FILE_ALG for more information about guaranteeing cross-platform compatibility of data structures used for algorithm processing.

Parameters

  [in] | inFieldIndex | The index of the field that is being initialized
  [out] | oData | The pre-allocated block of data that should be initialized
  [in] | inDataSize | The size of the data block, in bytes

Reimplemented from AAX_CEffectParameters.

References AAX_ASSERT, AAX_FIELD_INDEX, AAX_SUCCESS, AAX_SInstrumentPrivateData::mMonolithicParametersPtr, and AAX_CEffectParameters::ResetFieldData().

Here is the call graph for this function:

## ◆ TimerWakeup()

AAX_Result AAX_CMonolithicParameters::TimerWakeup | ( |  | ) |
| virtual

Periodic wakeup callback for idle-time operations.

This method is called from the host using a non-main thread. In general, it should be driven at approximately one call per 30 ms. However, the wakeup is not guaranteed to be called at any regular interval - for example, it could be held off by a high real-time processing load - and there is no host contract regarding maximum latency between wakeup calls.

This wakeup thread runs continuously and cannot be armed/disarmed or by the plug-in.

Reimplemented from AAX_CEffectParameters.

References AAX_CEffectParameters::TimerWakeup().

Here is the call graph for this function:

## ◆ StaticDescribe()

AAX_Result AAX_CMonolithicParameters::StaticDescribe | ( | AAX_IEffectDescriptor * | ioDescriptor,
|  | const AAX_SInstrumentSetupInfo & | setupInfo
| ) |  |
| static

Static description callback

This method performs all of the basic context setup and pointer passing work

Parameters

  [in,out] | ioDescriptor |
  [in] | setupInfo |

References AAX_ASSERT, AAX_eConstraintLocationMask_DataModel, AAX_eMIDINodeType_Global, AAX_eMIDINodeType_LocalInput, AAX_eMIDINodeType_Transport, AAX_ePrivateDataOptions_DefaultOptions, AAX_eProperty_CanBypass, AAX_eProperty_Constraint_Location, AAX_eProperty_Constraint_MultiMonoSupport, AAX_eProperty_HybridInputStemFormat, AAX_eProperty_HybridOutputStemFormat, AAX_eProperty_InputStemFormat, AAX_eProperty_ManufacturerID, AAX_eProperty_OutputStemFormat, AAX_eProperty_PlugInID_AudioSuite, AAX_eProperty_PlugInID_RTAS, AAX_eProperty_ProductID, AAX_eProperty_UsesClientGUI, AAX_eProperty_UsesTransport, AAX_ERROR_NULL_OBJECT, AAX_eStemFormat_None, AAX_FIELD_INDEX, AAX_IComponentDescriptor::AddAudioBufferLength(), AAX_IComponentDescriptor::AddAudioIn(), AAX_IComponentDescriptor::AddAudioOut(), AAX_IComponentDescriptor::AddAuxOutputStem(), AAX_IComponentDescriptor::AddClock(), AAX_IEffectDescriptor::AddComponent(), AAX_IComponentDescriptor::AddDataInPort(), AAX_IComponentDescriptor::AddMeters(), AAX_IComponentDescriptor::AddMIDINode(), AAX_IComponentDescriptor::AddPrivateData(), AAX_IComponentDescriptor::AddProcessProc_Native(), AAX_IPropertyMap::AddProperty(), kMaxAdditionalMIDINodes, kMaxAuxOutputStems, AAX_SInstrumentSetupInfo::mAudiosuiteID, AAX_SInstrumentSetupInfo::mAuxOutputStemFormats, AAX_SInstrumentSetupInfo::mAuxOutputStemNames, AAX_SInstrumentSetupInfo::mCanBypass, AAX_SInstrumentSetupInfo::mGlobalMIDIEventMask, AAX_SInstrumentSetupInfo::mGlobalMIDINodeName, AAX_SInstrumentSetupInfo::mHybridInputStemFormat, AAX_SInstrumentSetupInfo::mHybridOutputStemFormat, AAX_SInstrumentSetupInfo::mInputMIDIChannelMask, AAX_SInstrumentSetupInfo::mInputMIDINodeName, AAX_SInstrumentSetupInfo::mInputStemFormat, AAX_SInstrumentSetupInfo::mManufacturerID, AAX_SInstrumentSetupInfo::mMeterIDs, AAX_SInstrumentSetupInfo::mMultiMonoSupport, AAX_SInstrumentSetupInfo::mNeedsGlobalMIDI, AAX_SInstrumentSetupInfo::mNeedsInputMIDI, AAX_SInstrumentSetupInfo::mNeedsTransport, AAX_SInstrumentSetupInfo::mNumAdditionalInputMIDINodes, AAX_SInstrumentSetupInfo::mNumAuxOutputStems, AAX_SInstrumentSetupInfo::mNumMeters, AAX_SInstrumentSetupInfo::mOutputStemFormat, AAX_SInstrumentSetupInfo::mPluginID, AAX_SInstrumentSetupInfo::mProductID, AAX_SInstrumentSetupInfo::mUseHostGeneratedGUI, AAX_IEffectDescriptor::NewComponentDescriptor(), AAX_IComponentDescriptor::NewPropertyMap(), and StaticRenderAudio().

Here is the call graph for this function:

## ◆ StaticRenderAudio()

void AAX_CALLBACK AAX_CMonolithicParameters::StaticRenderAudio | ( | AAX_SInstrumentRenderInfo *const | inInstancesBegin[],
|  | const void * | inInstancesEnd
| ) |  |
| static

Static RenderAudio (Called by the host)

Plug-ins should override AAX_CMonolithicParameters::RenderAudio()

Parameters

  [in] | inInstancesBegin |
  [in] | inInstancesEnd |

References AAX_ASSERT, AAX_IContainer::eStatus_Success, AAX_SInstrumentPrivateData::mMonolithicParametersPtr, AAX_CAtomicQueue< T, S >::Push(), and RenderAudio().

Referenced by StaticDescribe().

Here is the call graph for this function:
Here is the caller graph for this function:

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

- AAX_CMonolithicParameters.h
- AAX_CMonolithicParameters.cpp