#include <customgui_soundeffector.h>

Inheritance diagram for SoundEffectorData:

Detailed Description

Sound effector data type (CUSTOMDATATYPE_SOUNDEFFECTOR) for SoundEffectorCustomGui.

Note: Has to be created with Alloc() and destroyed with Free(). Use AutoAlloc to automate the allocation and destruction based on scope.

Since: R19

Private Constructor/Destructor
	SoundEffectorData ()

	~SoundEffectorData ()

Alloc/Free
static SoundEffectorData *	Alloc ()

static void	Free (SoundEffectorData *&pData)

Init/Free Sampling
Bool	InitSampling (BaseDocument *doc)

Bool	FreeSampling ()

Copy
Bool	CopyTo (SoundEffectorData *pDest) const

Sample
Bool	Sample (Int index, Int count, Float &value, Vector &color)

Bool	SampleArray (Int offset, Int count, Int totalCount, Float values, Vector colors)

Bool	SampleArray (Int offset, Int count, Int totalCount, Float values, Vector colors) const

Probes
Int	CreateProbe (Float left=1.0, Float right=22050.0, Float top=1.0, Float bottom=0.0, Bool selected=false)

Bool	CreateDefaultProbe ()

Int	GetProbeCount () const

Probe *	GetProbe (Int index) const

Bool	DeleteProbe (Int index)

void	UpdateProbeOrder ()

Range
void	GetRange (Float xmin, Float xmax, Float ymin, Float ymax) const

void	SetRange (Float xmin, Float xmax, Float ymin, Float ymax)

Miscellaneous
Float	GetLinLog () const

void	SetLinLog (Float value)

Bool	GetFreeze () const

void	SetFreeze (Bool freeze)

const Gradient *	GetGradient () const

Int32	GetGradientDirection () const

void	SetGradientDirection (Int32 direction)

Bool	IsFFTSamplingCacheDirty (const BaseDocument &doc) const

SoundTrack
Bool	SetActiveSoundTrack (CTrack track, BaseDocument doc)

CTrack *	GetActiveSoundTrack (BaseDocument *doc)

Additional Inherited Members
Static Public Attributes inherited from CustomDataTypeT< 440000257 >
static constexpr Int32	DATATYPEID

Constructor & Destructor Documentation

◆ SoundEffectorData()

SoundEffectorData ( )

private

◆ ~SoundEffectorData()

~SoundEffectorData ( )

private

Member Function Documentation

◆ Alloc()

static SoundEffectorData* Alloc ( )

static

Allocates a SoundEffectorData. Destroy the allocated SoundEffectorData with Free(). Use AutoAlloc to automate the allocation and destruction based on scope.

Returns: The allocated sound effector data, or nullptr if the allocation failed.

◆ Free()

static void Free ( SoundEffectorData *& pData )

static

Destructs SoundEffectorDatas allocated with Alloc(). Use AutoAlloc to automate the allocation and destruction based on scope.

Parameters

[in,out] pData The sound effector data to destruct. If the pointer is nullptr nothing happens. The pointer is assigned nullptr afterwards.

◆ InitSampling()

Bool InitSampling ( BaseDocument * doc )

Initializes the sampling functionality of the sound effector data.

Warning: Must be called before either Sample() of SampleArray() functions. FreeSampling() must be invoked afterwards.

Parameters

[in] doc The document.

Returns: true if successful, otherwise false.

◆ FreeSampling()

Bool FreeSampling ( )

Frees the memory used for sampling.

Warning: Must be invoked after InitSampling() has been called.

Returns: true if successful, otherwise false.

◆ CopyTo()

Bool CopyTo ( SoundEffectorData * pDest ) const

Copies the sound effector data values into the destination sound effector data.

Parameters

[in] pDest The destination sound effector data data. The caller owns the pointed SoundEffectorData..

Returns: true if successful, otherwise false.

◆ Sample()

Bool Sample	(	Int	index,
		Int	count,
		Float &	value,
		Vector &	color
	)

Samples the sound file using the probes.

Parameters

[in]	index	The index of the element to sample.
[in]	count	The number of elements in the array being sampled.
[out]	value	The output value.
[out]	color	The output color.

Returns: true if successful, otherwise false.

◆ SampleArray() [1/2]

Bool SampleArray	(	Int	offset,
		Int	count,
		Int	totalCount,
		Float *	values,
		Vector *	colors
	)

Samples a subset portion or whole array of elements simultaneously.

Parameters

[in]	offset	The offset from the start of the array that sampling start at.
[in]	count	The number of elements in this subset.
[in]	totalCount	The total number of elements being sampled.
[out]	values	The values, should be the same size as count.
[out]	colors	The colors, should be the same size as count.

Returns: true if successful, otherwise false.

◆ SampleArray() [2/2]

Bool SampleArray	(	Int	offset,
		Int	count,
		Int	totalCount,
		Float *	values,
		Vector *	colors
	)		const

Samples a subset portion or whole array of elements simultaneously (const version).

Parameters

[in]	offset	The offset from the start of the array that sampling start at.
[in]	count	The number of elements in this subset.
[in]	totalCount	The total number of elements being sampled.
[out]	values	The values, should be the same size as count.
[out]	colors	The colors, should be the same size as count.

Returns: true if successful, otherwise false.

◆ CreateProbe()

Int CreateProbe	(	Float	left = `1.0`,
		Float	right = `22050.0`,
		Float	top = `1.0`,
		Float	bottom = `0.0`,
		Bool	selected = `false`
	)

Creates a probe.

Parameters

[in]	left	The left side of the probe in Hertz [1...22050].
[in]	right	The right side of the probe in Hertz [1...22050].
[in]	top	The top edge of the probe in the range [0...1].
[in]	bottom	The bottom edge of the probe in the range [0...1].
[in]	selected	pass true to select the created probe (other probes are not deselected in the operation).

Returns: The created probe's index.

◆ CreateDefaultProbe()

Bool CreateDefaultProbe ( )

Create default probe

Returns: true if successful, otherwise false.

◆ GetProbeCount()

Int GetProbeCount ( ) const

Retrieves the number of probes owned by the sound effector data.

Returns: The probe count.

◆ GetProbe()

Probe* GetProbe ( Int index ) const

Retrieves the probe at the specified index.

Parameters

[in] index The probe index.

Returns: The probe, or nullptr if the function fails. The SoundEffectorData owns the pointed probe.

◆ DeleteProbe()

Bool DeleteProbe ( Int index )

Deletes the probe at the specified index.

Parameters

[in] index The index of the probe to delete.

Returns: true if successful, otherwise false.

◆ UpdateProbeOrder()

void UpdateProbeOrder ( )

Updates the probes.

Note: Must be called after adjusting any probes left or right values to update the order that the probes are calculated in.

◆ GetRange()

void GetRange	(	Float *	xmin,
		Float *	xmax,
		Float *	ymin,
		Float *	ymax
	)		const

Retrieves the range of the sound effector data.

Warning: Only valid if the sound effector data is shown in the sound data GUI.

Parameters

[out]	xmin	Assigned the minimum X value.
[out]	xmax	Assigned the maximum X value.
[out]	ymin	Assigned the minimum Y value.
[out]	ymax	Assigned the maximum Y value.

◆ SetRange()

void SetRange	(	Float	xmin,
		Float	xmax,
		Float	ymin,
		Float	ymax
	)

Sets the range of the sound effector data.

Warning: Only valid if the sound effector data is shown in the sound data GUI.

Parameters

[in]	xmin	The minimum X value.
[in]	xmax	The maximum X value.
[in]	ymin	The minimum Y value.
[in]	ymax	The maximum Y value.

◆ GetLinLog()

Float GetLinLog ( ) const

Retrieves the blend value for the linear/logarithmic slider.

Returns: The blend percentage: 0% = linear, 100% = log10.

◆ SetLinLog()

void SetLinLog ( Float value )

Sets the the blend value for the linear/logarithmic slider.

Parameters

[in] value The blend percentage to set: 0% = linear, 100% = log10.

◆ GetFreeze()

Bool GetFreeze ( ) const

Retrieves the freeze state.

Returns: true if freeze is enabled, otherwise false.

◆ SetFreeze()

void SetFreeze ( Bool freeze )

Sets the freeze state.

Parameters

[in] freeze true to enable freeze, otherwise false.

◆ GetGradient()

const Gradient* GetGradient ( ) const

Retrieves the global gradient.

Returns: The global gradient, or nullptr if the function fails. The SoundEffectorData owns the pointed gradient.

◆ GetGradientDirection()

Int32 GetGradientDirection ( ) const

Retrieves the global gradient direction.

Returns: The global gradient direction: 0 for vertical (volume), 1 for horizontal (frequency).

◆ SetGradientDirection()

void SetGradientDirection ( Int32 direction )

Sets the global gradient direction.

Parameters

[in] direction The global gradient direction to set: 0 for vertical (volume), 1 for horizontal (frequency).

◆ IsFFTSamplingCacheDirty()

Bool IsFFTSamplingCacheDirty ( const BaseDocument & doc ) const

Check if an FFT Cache is currently up to date.

Parameters

[in] doc The document.

Returns: true if successful, otherwise false.

◆ SetActiveSoundTrack()

Bool SetActiveSoundTrack	(	CTrack *	track,
		BaseDocument *	doc
	)

Sets the active sound track

Parameters

[in]	track	Sound track.
[in]	doc	The document.

Returns: true if successful, otherwise false.

◆ GetActiveSoundTrack()

CTrack* GetActiveSoundTrack ( BaseDocument * doc )

Retrieves the active sound track.

Parameters

[in] doc The document.

Returns: The active sound track, or nullptr if the function fails. The SoundEffectorData owns the pointed CTrack.

Detailed Description

Private Constructor/Destructor

Alloc/Free

Init/Free Sampling

Copy

Sample

Probes

Range

Miscellaneous

SoundTrack

Additional Inherited Members

Constructor & Destructor Documentation

◆ SoundEffectorData()

◆ ~SoundEffectorData()

Member Function Documentation

◆ Alloc()

◆ Free()

◆ InitSampling()

◆ FreeSampling()

◆ CopyTo()

◆ Sample()

◆ SampleArray() [1/2]

◆ SampleArray() [2/2]

◆ CreateProbe()

◆ CreateDefaultProbe()

◆ GetProbeCount()

◆ GetProbe()

◆ DeleteProbe()

◆ UpdateProbeOrder()

◆ GetRange()

◆ SetRange()

◆ GetLinLog()

◆ SetLinLog()

◆ GetFreeze()

◆ SetFreeze()

◆ GetGradient()

◆ GetGradientDirection()

◆ SetGradientDirection()

◆ IsFFTSamplingCacheDirty()

◆ SetActiveSoundTrack()

◆ GetActiveSoundTrack()