dsp::ProcessContextReplacing< ContextSampleType > Struct Template Reference

Contains context information that is passed into an algorithm's process method. More...

Public Types
using	SampleType = ContextSampleType
	The type of a single sample (which may be a vector if multichannel). More...
using	AudioBlockType = AudioBlock< SampleType >
	The type of audio block that this context handles. More...
using	ConstAudioBlockType = AudioBlock< const SampleType >

Public Member Functions
	ProcessContextReplacing (AudioBlockType &block) noexcept
	Creates a ProcessContextReplacing that uses the given audio block. More...
	ProcessContextReplacing (const ProcessContextReplacing &)=default
	ProcessContextReplacing (ProcessContextReplacing &&)=default
const ConstAudioBlockType &	getInputBlock () const noexcept
	Returns the audio block to use as the input to a process function. More...
AudioBlockType &	getOutputBlock () const noexcept
	Returns the audio block to use as the output to a process function. More...

Static Public Member Functions
static constexpr bool	usesSeparateInputAndOutputBlocks ()
	All process context classes will define this constant method so that templated code can determine whether the input and output blocks refer to the same buffer, or to two different ones. More...

Public Attributes
bool	isBypassed = false
	If set to true, then a processor's process() method is expected to do whatever is appropriate for it to be in a bypassed state. More...

Detailed Description

template<typename ContextSampleType>
struct dsp::ProcessContextReplacing< ContextSampleType >

Contains context information that is passed into an algorithm's process method.

This context is intended for use in situations where a single block is being used for both the input and output, so it will return the same object for both its getInputBlock() and getOutputBlock() methods.

See also

ProcessContextNonReplacing

Member Typedef Documentation

SampleType

template<typename ContextSampleType>

using dsp::ProcessContextReplacing< ContextSampleType >::SampleType = ContextSampleType

The type of a single sample (which may be a vector if multichannel).

AudioBlockType

template<typename ContextSampleType>

using dsp::ProcessContextReplacing< ContextSampleType >::AudioBlockType = AudioBlock<SampleType>

The type of audio block that this context handles.

ConstAudioBlockType

template<typename ContextSampleType>

using dsp::ProcessContextReplacing< ContextSampleType >::ConstAudioBlockType = AudioBlock<const SampleType>

Constructor & Destructor Documentation

ProcessContextReplacing() [1/3]

template<typename ContextSampleType>

dsp::ProcessContextReplacing< ContextSampleType >::ProcessContextReplacing ( AudioBlockType &  block )

noexcept

Creates a ProcessContextReplacing that uses the given audio block.

Note that the caller must not delete the block while it is still in use by this object!

ProcessContextReplacing() [2/3]

template<typename ContextSampleType>

dsp::ProcessContextReplacing< ContextSampleType >::ProcessContextReplacing ( const ProcessContextReplacing< ContextSampleType > &  )

default

ProcessContextReplacing() [3/3]

template<typename ContextSampleType>

dsp::ProcessContextReplacing< ContextSampleType >::ProcessContextReplacing ( ProcessContextReplacing< ContextSampleType > &&  )

default

Member Function Documentation

getInputBlock()

template<typename ContextSampleType>

const ConstAudioBlockType& dsp::ProcessContextReplacing< ContextSampleType >::getInputBlock ( ) const

noexcept

Returns the audio block to use as the input to a process function.

getOutputBlock()

template<typename ContextSampleType>

AudioBlockType& dsp::ProcessContextReplacing< ContextSampleType >::getOutputBlock ( ) const

noexcept

Returns the audio block to use as the output to a process function.

usesSeparateInputAndOutputBlocks()

template<typename ContextSampleType>

static constexpr bool dsp::ProcessContextReplacing< ContextSampleType >::usesSeparateInputAndOutputBlocks ( )

static

All process context classes will define this constant method so that templated code can determine whether the input and output blocks refer to the same buffer, or to two different ones.

Member Data Documentation

isBypassed

template<typename ContextSampleType>

bool dsp::ProcessContextReplacing< ContextSampleType >::isBypassed = false

If set to true, then a processor's process() method is expected to do whatever is appropriate for it to be in a bypassed state.

Referenced by dsp::ProcessorChain< Processors >::process().

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The documentation for this struct was generated from the following file:

• juce_ProcessContext.h