#include <volume.h>

Inheritance diagram for VolumeInterface:

Detailed Description

VolumeInterface represents a core volume object in cinema.

Public Member Functions
MAXON_METHOD Result< void >	LoadFromFile (const Url &url, Float scale, Int gridIndex)

MAXON_METHOD Result< void >	WriteToFile (const Url &url, Float scale, const DataDictionary &metaData=DataDictionary()) const

MAXON_METHOD Bool	HasGrid () const

MAXON_METHOD GRIDTYPE	GetGridType () const

MAXON_METHOD GRIDCLASS	GetGridClass () const

MAXON_METHOD void	SetGridClass (GRIDCLASS gridClass)

MAXON_METHOD void	SetGridTransform (Matrix newTransform)

MAXON_METHOD Matrix	GetGridTransform () const

MAXON_METHOD Vector	GetGridSize () const

MAXON_METHOD void	SetGridName (String name) const

MAXON_METHOD String	GetGridName () const

MAXON_METHOD const Range< Vector > &	GetWorldBoundingBox () const

MAXON_METHOD IntVector32	GetActiveVoxelDim () const

MAXON_METHOD Int	GetActiveVoxelCount () const

MAXON_METHOD Data	GetBackground () const

MAXON_METHOD Int	GetMemUsage () const

MAXON_METHOD Range< Float >	GetMinMaxValues (Bool includeBackground=false) const

MAXON_METHOD Result< void >	SetVecType (VECTORGRIDTYPE gridType)

MAXON_METHOD VECTORGRIDTYPE	GetVecType () const

MAXON_METHOD Result< void >	MergeVolume (Volume &otherVolume, Bool keepOldVolume=false)

MAXON_METHOD Result< void >	SetMinMaxValues (const Range< Float > &minMaxRange)

Static Public Member Functions
static MAXON_METHOD Result< Volume >	CreateFromFile (const Url &url, Float scale, Int gridIndex)

Private Member Functions
	MAXON_INTERFACE (VolumeInterface, MAXON_REFERENCE_COPY_ON_WRITE, "net.maxon.volume.interface.volume")

Private Attributes
	MAXON_INTERFACE_SINGLE_IMPLEMENTATION

Member Function Documentation

◆ MAXON_INTERFACE()

MAXON_INTERFACE	(	VolumeInterface	,
		MAXON_REFERENCE_COPY_ON_WRITE	,
		"net.maxon.volume.interface.volume"
	)

private

◆ CreateFromFile()

static MAXON_METHOD Result<Volume> CreateFromFile	(	const Url &	url,
		Float	scale,
		Int	gridIndex
	)

static

Creates a new volume from a .vdb file.

Parameters

[in]	url	The url of the file.
[in]	scale	The scale to load the volume with.
[in]	gridIndex	The index of the grid in the file.

Returns: The newly created Volume.

◆ LoadFromFile()

MAXON_METHOD Result<void> LoadFromFile	(	const Url &	url,
		Float	scale,
		Int	gridIndex
	)

Loads a grid from .vdb file into this volume object.

Parameters

[in]	url	The url of the file.
[in]	scale	The scale to load the volume with.
[in]	gridIndex	The index of the grid in the file.

Returns: OK on success.

◆ WriteToFile()

MAXON_METHOD Result<void> WriteToFile	(	const Url &	url,
		Float	scale,
		const DataDictionary &	metaData = `DataDictionary()`
	)		const

Writes the attached grid to a .vdb file.

Parameters

[in]	url	The url of the file.
[in]	scale	The scale to write the volume with.
[in]	metaData	Optional meta data to write to the file. These need to be stored with a string key in the data dictionary.

Returns: OK on success.

◆ HasGrid()

MAXON_METHOD Bool HasGrid ( ) const

Retrieve if a grid is attached to this volume.

Returns: True if this volume holds a grid.

◆ GetGridType()

MAXON_METHOD GRIDTYPE GetGridType ( ) const

Retrieve the datatype of this grid.

Returns: The GRIDTYPE of this volume.

◆ GetGridClass()

MAXON_METHOD GRIDCLASS GetGridClass ( ) const

Retrieve the grid class of this grid.

Returns: The GRIDCLASS of this volume.

◆ SetGridClass()

MAXON_METHOD void SetGridClass ( GRIDCLASS gridClass )

Set the grid class for this grid.

Parameters

[in] gridClass The GRIDCLASS to set for this volume.

◆ SetGridTransform()

MAXON_METHOD void SetGridTransform ( Matrix newTransform )

Set the grid transform for this grid.

Parameters

[in] newTransform The transformation matrix to set for this volume.

◆ GetGridTransform()

MAXON_METHOD Matrix GetGridTransform ( ) const

Retrieve the grid transform for this grid.

Returns: The transformation matrix of this volume.

◆ GetGridSize()

MAXON_METHOD Vector GetGridSize ( ) const

Retrieve the grid size for this grid.

Returns: The size vector of this volume.

◆ SetGridName()

MAXON_METHOD void SetGridName ( String name ) const

Set the grid name for this grid.

Parameters

[in] name The name to set for this volume.

◆ GetGridName()

MAXON_METHOD String GetGridName ( ) const

Retrieve the grid name for this grid.

Returns: The name of this volume.

◆ GetWorldBoundingBox()

MAXON_METHOD const Range<Vector>& GetWorldBoundingBox ( ) const

Retrieve the bounding box of all active voxels of this grid.

Returns: The bounding box of the active voxels of this volume.

◆ GetActiveVoxelDim()

MAXON_METHOD IntVector32 GetActiveVoxelDim ( ) const

Retrieve the active voxel dimensions.

Returns: The active voxel dimensions of this volume.

◆ GetActiveVoxelCount()

MAXON_METHOD Int GetActiveVoxelCount ( ) const

Retrieve the active voxel count.

Returns: The amount of active voxels in this volume.

◆ GetBackground()

MAXON_METHOD Data GetBackground ( ) const

Retrieve the background value of the grid.

Returns: The background value of the grid.

◆ GetMemUsage()

MAXON_METHOD Int GetMemUsage ( ) const

Returns the amount of memory in bytes used by this volume.

Returns: The memory usage in bytes.

◆ GetMinMaxValues()

MAXON_METHOD Range<Float> GetMinMaxValues ( Bool includeBackground = false ) const

Returns the Min and Max values of the volume. If it is the first time being called the resulting values are being cached. Only works for numerical gridtypes. If the volume is a vector volume, the magnitude of the vectors will be used.

Parameters

[in] includeBackground If true the volume background will be part of the Range, otherwise not.

Returns: The Minimum and Maximum Value of this volume.

◆ SetVecType()

MAXON_METHOD Result<void> SetVecType ( VECTORGRIDTYPE gridType )

Set the Vector grid type to indicate how transformations should be applied.

Parameters

[in] gridType The grid type to set.

Returns: OK on success.

◆ GetVecType()

MAXON_METHOD VECTORGRIDTYPE GetVecType ( ) const

Get the Vector grid type to indicate how transformations should be applied.

Returns: The set vec grid type.

◆ MergeVolume()

MAXON_METHOD Result<void> MergeVolume	(	Volume &	otherVolume,
		Bool	keepOldVolume = `false`
	)

Merges two volumes of same Type and Class.

Parameters

[in]	otherVolume	The volume to merge into the current one.
[in]	keepOldVolume	If false the otherVolume will be flushed/emptied.

◆ SetMinMaxValues()

MAXON_METHOD Result<void> SetMinMaxValues ( const Range< Float > & minMaxRange )

Sets the Min and Max values of the volume. This will be returned when GetMinMaxValues is called instead of the underlying data. Only works for numerical gridtypes. If the volume is a vector volume, the magnitude of the vectors will be used. Be careful as settings this carelessly can break some stuff.

Parameters

[in] minMaxRange The range including the minimum and maximum value.

Member Data Documentation

◆ MAXON_INTERFACE_SINGLE_IMPLEMENTATION

MAXON_INTERFACE_SINGLE_IMPLEMENTATION

private

Detailed Description

Public Member Functions

Static Public Member Functions

Private Member Functions

Private Attributes

Member Function Documentation

◆ MAXON_INTERFACE()

◆ CreateFromFile()

◆ LoadFromFile()

◆ WriteToFile()

◆ HasGrid()

◆ GetGridType()

◆ GetGridClass()

◆ SetGridClass()

◆ SetGridTransform()

◆ GetGridTransform()

◆ GetGridSize()

◆ SetGridName()

◆ GetGridName()

◆ GetWorldBoundingBox()

◆ GetActiveVoxelDim()

◆ GetActiveVoxelCount()

◆ GetBackground()

◆ GetMemUsage()

◆ GetMinMaxValues()

◆ SetVecType()

◆ GetVecType()

◆ MergeVolume()

◆ SetMinMaxValues()

Member Data Documentation

◆ MAXON_INTERFACE_SINGLE_IMPLEMENTATION