#include <inviwo/core/datastructures/volume/volume.h>

Inheritance diagram for inviwo::Volume:

Public Types
using	Config = VolumeConfig
Public Types inherited from inviwo::Data< Volume, VolumeRepresentation >
using	repr
using	self

Public Member Functions
HistogramCache::Result	calculateHistograms (const std::function< void(const std::vector< Histogram1D > &)> &whenDone) const
virtual Volume *	clone () const override
VolumeConfig	config () const
void	discardHistograms ()
virtual const Axis *	getAxis (size_t index) const override
const DataFormatBase *	getDataFormat () const
virtual size3_t	getDimensions () const override
Document	getInfo () const
InterpolationType	getInterpolation () const
template<typename Kind>
const representation_traits< Volume, Kind >::type *	getRep () const
SwizzleMask	getSwizzleMask () const
vec3	getWorldSpaceGradientSpacing () const
	Computes the spacing to be used for gradient computation. Also works for volume with non-orthogonal basis.
Wrapping3D	getWrapping () const
Volume &	operator= (const Volume &that)=default
Volume &	operator= (Volume &&that)=default
void	setDataFormat (const DataFormatBase *format)
virtual void	setDimensions (const size3_t &dim)
void	setInterpolation (InterpolationType interpolation)
void	setSwizzleMask (const SwizzleMask &mask)
	update the swizzle mask of the color channels when sampling the volume
void	setWrapping (const Wrapping3D &wrapping)
	Volume (const Volume &)=default
	Volume (const Volume &rhs, NoData noData, const VolumeConfig &config={})
	Volume (const VolumeConfig &config)
	Volume (size3_t defaultDimensions=VolumeConfig::defaultDimensions, const DataFormatBase *defaultFormat=VolumeConfig::defaultFormat, const SwizzleMask &defaultSwizzleMask=VolumeConfig::defaultSwizzleMask, InterpolationType interpolation=VolumeConfig::defaultInterpolation, const Wrapping3D &wrapping=VolumeConfig::defaultWrapping)
	Volume (std::shared_ptr< VolumeRepresentation >)
	Volume (Volume &&)=default
Public Member Functions inherited from inviwo::Data< Volume, VolumeRepresentation >
void	addRepresentation (std::shared_ptr< VolumeRepresentation > representation)
void	clearRepresentations ()
T *	getEditableRepresentation ()
const T *	getRepresentation () const
std::shared_ptr< const T >	getRepresentationShared () const
bool	hasRepresentation () const
bool	hasRepresentations () const
void	invalidateAllOther (const VolumeRepresentation *repr)
void	removeOtherRepresentations (const VolumeRepresentation *representation)
void	removeRepresentation (const VolumeRepresentation *representation)
void	updateResource (const ResourceMeta &meta) const
Public Member Functions inherited from inviwo::StructuredGridEntity< 3 >
virtual const StructuredCoordinateTransformer &	getCoordinateTransformer () const override
glm::mat4	getIndexMatrix () const
StructuredGridEntity< N > &	operator= (const StructuredGridEntity< N > &that)=default
Public Member Functions inherited from inviwo::SpatialEntity
glm::mat3	getBasis () const
virtual const SpatialCameraCoordinateTransformer &	getCoordinateTransformer (const Camera &camera) const
glm::mat4	getModelMatrix () const
glm::vec3	getOffset () const
glm::mat4	getWorldMatrix () const
SpatialEntity &	operator= (const SpatialEntity &that)
void	setBasis (const glm::mat3 &basis)
void	setModelMatrix (const glm::mat4 &modelMatrix)
void	setOffset (const glm::vec3 &offset)
void	setWorldMatrix (const glm::mat4 &worldMatrix)
	SpatialEntity (const glm::mat4 &modelMatrix)
	SpatialEntity (const glm::mat4 &modelMatrix, const glm::mat4 &worldMatrix)
	SpatialEntity (const SpatialEntity &rhs)
Public Member Functions inherited from inviwo::MetaDataOwner
void	copyMetaDataFrom (const MetaDataOwner &src)
void	copyMetaDataTo (MetaDataOwner &dst)
template<typename T> requires std::derived_from<T, MetaData>
T *	createMetaData (std::string_view key)
void	deserialize (Deserializer &d)
template<typename T> requires std::derived_from<T, MetaData>
T *	getMetaData (std::string_view key)
template<typename T> requires std::derived_from<T, MetaData>
const T *	getMetaData (std::string_view key) const
template<typename T, typename U> requires std::derived_from<T, MetaData> && Gettable<T, U>
U	getMetaData (std::string_view key, U val) const
MetaDataMap *	getMetaDataMap ()
const MetaDataMap *	getMetaDataMap () const
template<typename T> requires std::derived_from<T, MetaData>
bool	hasMetaData (std::string_view key) const
bool	hasMetaData (std::string_view key) const
	MetaDataOwner (const MetaDataOwner &rhs)=default
	MetaDataOwner (MetaDataOwner &rhs)=default
MetaDataOwner &	operator= (const MetaDataOwner &rhs)=default
MetaDataOwner &	operator= (MetaDataOwner &)=default
void	serialize (Serializer &s) const
template<typename T, typename U> requires std::derived_from<T, MetaData> && Settable<T, U>
void	setMetaData (std::string_view key, U value)
template<typename T> requires std::derived_from<T, MetaData>
bool	unsetMetaData (std::string_view key)
	unset, i.e. remove the metadata entry matching the given key and type

Public Attributes
std::array< Axis, 3 >	axes
DataMapper	dataMap

Static Public Attributes
static constexpr std::string_view	classIdentifier {"org.inviwo.Volume"}
static constexpr uvec3	colorCode {188, 101, 101}
static constexpr std::string_view	dataName {"Volume"}

Protected Attributes
const DataFormatBase *	defaultDataFormat_
size3_t	defaultDimensions_
InterpolationType	defaultInterpolation_
SwizzleMask	defaultSwizzleMask_
Wrapping3D	defaultWrapping_
HistogramCache	histograms_
Protected Attributes inherited from inviwo::SpatialEntity
std::unique_ptr< SpatialCameraCoordinateTransformer >	cameraTransformer_
glm::mat4	modelMatrix_
std::unique_ptr< SpatialCoordinateTransformer >	transformer_
glm::mat4	worldMatrix_
Protected Attributes inherited from inviwo::MetaDataOwner
MetaDataMap	metaData_

Additional Inherited Members
Protected Member Functions inherited from inviwo::Data< Volume, VolumeRepresentation >
decltype(auto)	getLastOr (F &&f, T &&fallback) const
Data< Volume, VolumeRepresentation > &	operator= (const Data< Volume, VolumeRepresentation > &that)
void	setLastAndInvalidateOther (F &&f, T &&value)

Detailed Description

Data structure for volumetric data in form of a structured three-dimensional grid. Basis and offset determine the position and extent of the volume in model space. Skewed volumes are represented by providing a non-orthogonal basis.

In case a volume was loaded via VolumeSource or Volume, the filename of the source data is available via MetaData.

Constructor & Destructor Documentation

◆ Volume()

inviwo::Volume::Volume	(	const Volume &	rhs,
		NoData	noData,
		const VolumeConfig &	config = {} )

Create a volume based on rhs without copying any data. State from rhs can be overridden by the config

Parameters

rhs	source volume providing the necessary information like dimensions, swizzle masks, interpolation, spatial transformations, etc.
noData	Tag type to indicate that representations should not be copied from rhs
config	custom parameters overriding values from `rhs`

Member Function Documentation

◆ clone()

virtual Volume * inviwo::Volume::clone ( ) const

overridevirtual

Implements inviwo::Data< Volume, VolumeRepresentation >.

◆ getAxis()

virtual const Axis * inviwo::Volume::getAxis ( size_t index ) const

overridevirtual

returns the axis information corresponding to index

Returns: nullptr if there is no axis for index

Implements inviwo::SpatialEntity.

◆ getDimensions()

virtual size3_t inviwo::Volume::getDimensions ( ) const

overridevirtual

Implements inviwo::StructuredGridEntity< 3 >.

◆ getWorldSpaceGradientSpacing()

vec3 inviwo::Volume::getWorldSpaceGradientSpacing ( ) const

Computes the spacing to be used for gradient computation. Also works for volume with non-orthogonal basis.

For orthogonal lattices this will be equal to the world space voxel spacing. For non-orthogonal lattices it will be the longest of the axes projected onto the world space axes.

   World space

    b ^           ^
     /            |

y ^ / dy | / Voxel | | /__________>a \/ | <-—dx---> |____________> x

The actual gradient spacing vectors are given by mat3{ gradientSpacing.x, 0, 0, 0, gradientSpacing.y, 0, 0, 0, gradientSpacing.z } However, we do not return the zeroes.

To get the spacing in texture space use: mat3(glm::scale(worldToTextureMatrix, getWorldSpaceGradientSpacing()));

Returns: Step size for gradient computation in world space.

◆ setDataFormat()

void inviwo::Volume::setDataFormat ( const DataFormatBase * format )

Set the default data format. Existing representations will not be affected.

Note: Only useful before any representations have been created.

See also: DataFormatBase

Parameters

format The format of the data.

◆ setDimensions()

virtual void inviwo::Volume::setDimensions ( const size3_t & dim )

virtual

Resize to dimension. This is destructive, the data will not be preserved.

Note: Resizes the last valid representation and erases all representations. Last valid representation will remain valid after changing the dimension.

◆ setSwizzleMask()

void inviwo::Volume::setSwizzleMask ( const SwizzleMask & mask )

update the swizzle mask of the color channels when sampling the volume

Parameters

mask	new swizzle mask

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

include/inviwo/core/datastructures/volume/volume.h

Public Types

Public Member Functions

Public Attributes

Static Public Attributes

Protected Attributes

Additional Inherited Members

Detailed Description

Constructor & Destructor Documentation

◆ Volume()

Member Function Documentation

◆ clone()

◆ getAxis()

◆ getDimensions()

◆ getWorldSpaceGradientSpacing()

◆ setDataFormat()

◆ setDimensions()

◆ setSwizzleMask()