Class OpenVDS::VolumeDataAccessManager

class VolumeDataAccessManager

Public Types

typedef VolumeDataPageAccessor::AccessMode AccessMode

Public Functions

inline VolumeDataAccessManager()

inline VolumeDataAccessManager(IVolumeDataAccessManager *manager)

inline VolumeDataAccessManager(VolumeDataAccessManager const &rhs)

inline ~VolumeDataAccessManager()

inline VolumeDataAccessManager &operator=(const VolumeDataAccessManager &rhs)

inline VolumeDataLayout const *GetVolumeDataLayout()

Get the VolumeDataLayout object for a VDS.

Returns:: The VolumeDataLayout object associated with the VDS or NULL if there is no valid VolumeDataLayout.

inline VDSProduceStatus GetVDSProduceStatus(DimensionsND dimensionsND, int LOD, int channel) const

Get the produce status for the specific DimensionsND/LOD/Channel combination.

Parameters:

dimensionsND – The dimensions group we’re getting the produce status for.
LOD – The LOD level we’re getting the produce status for.
channel – The channel index we’re getting the produce status for.

Returns:

The produce status for the specific DimensionsND/LOD/Channel combination.

inline int64_t GetVDSChunkCount(DimensionsND dimensionsND, int LOD, int channel) const

Get the chunk count for the specific DimensionsND/LOD/Channel combination.

Parameters:

dimensionsND – The dimensions group we’re getting the chunk count for.
LOD – The LOD level we’re getting the chunk count status for.
channel – The channel index we’re getting the chunk count status for.

Returns:

The chunk count for the specific DimensionsND/LOD/Channel combination.

inline std::shared_ptr<VolumeDataPageAccessor> CreateVolumeDataPageAccessor(DimensionsND dimensionsND, int LOD, int channel, int maxPages, AccessMode accessMode, int chunkMetadataPageSize = 1024)

Create a VolumeDataPageAccessor object for the VDS.

Parameters:

dimensionsND – The dimensions group that the volume data page accessor will access.
LOD – The LOD level that the volume data page accessor will access.
channel – The channel index that the volume data page accessor will access.
maxPages – The maximum number of pages that the volume data page accessor will cache.
accessMode – This specifies the access mode (ReadOnly/ReadWrite/Create) of the volume data page accessor.
chunkMetadataPageSize – The chunk metadata page size of the layer. This controls how many chunk metadata entries are written per page, and is only used when the access mode is Create. If this number is too low it will degrade performance, but in certain situations it can be advantageous to make this number a multiple of the number of chunks in some of the dimensions. Do not change this from the default (1024) unless you know exactly what you are doing.

Returns:

A VolumeDataPageAccessor object for the VDS.

template<typename INDEX, typename T> VolumeDataReadAccessor<INDEX, T> CreateVolumeDataReadAccessor(DimensionsND dimensionsND, int LOD, int channel, int maxPages, optional<float> replacementNoValue = optional<float>())

template<typename INDEX, typename T> VolumeDataReadAccessor<INDEX, T> CreateVolumeDataReadAccessor(DimensionsND dimensionsND, int LOD, int channel, optional<float> replacementNoValue = optional<float>())

template<typename INDEX, typename T> VolumeDataReadWriteAccessor<INDEX, T> CreateVolumeDataReadWriteAccessor(DimensionsND dimensionsND, int LOD, int channel, int maxPages, optional<float> replacementNoValue = optional<float>())

template<typename INDEX, typename T> VolumeDataReadWriteAccessor<INDEX, T> CreateVolumeDataReadWriteAccessor(DimensionsND dimensionsND, int LOD, int channel, optional<float> replacementNoValue = optional<float>())

template<typename INDEX, typename T> VolumeDataReadAccessor<INDEX, T> CreateInterpolatingVolumeDataAccessor(DimensionsND dimensionsND, int LOD, int channel, InterpolationMethod interpolationMethod, int maxPages, optional<float> replacementNoValue = optional<float>())

template<typename INDEX, typename T> VolumeDataReadAccessor<INDEX, T> CreateInterpolatingVolumeDataAccessor(DimensionsND dimensionsND, int LOD, int channel, InterpolationMethod interpolationMethod, optional<float> replacementNoValue = optional<float>())

inline VolumeData2DInterpolatingAccessorR64 CreateVolumeData2DInterpolatingAccessorR64(DimensionsND dimensionsND, int LOD, int channel, InterpolationMethod interpolationMethod, int maxPages, optional<float> replacementNoValue = optional<float>())

inline VolumeData2DInterpolatingAccessorR64 CreateVolumeData2DInterpolatingAccessorR64(DimensionsND dimensionsND, int LOD, int channel, InterpolationMethod interpolationMethod, optional<float> replacementNoValue = optional<float>())

inline VolumeData2DInterpolatingAccessorR32 CreateVolumeData2DInterpolatingAccessorR32(DimensionsND dimensionsND, int LOD, int channel, InterpolationMethod interpolationMethod, int maxPages, optional<float> replacementNoValue = optional<float>())

inline VolumeData2DInterpolatingAccessorR32 CreateVolumeData2DInterpolatingAccessorR32(DimensionsND dimensionsND, int LOD, int channel, InterpolationMethod interpolationMethod, optional<float> replacementNoValue = optional<float>())

inline VolumeData2DReadAccessor1Bit CreateVolumeData2DReadAccessor1Bit(DimensionsND dimensionsND, int LOD, int channel, int maxPages, optional<float> replacementNoValue = optional<float>())

inline VolumeData2DReadAccessor1Bit CreateVolumeData2DReadAccessor1Bit(DimensionsND dimensionsND, int LOD, int channel, optional<float> replacementNoValue = optional<float>())

inline VolumeData2DReadAccessorU8 CreateVolumeData2DReadAccessorU8(DimensionsND dimensionsND, int LOD, int channel, int maxPages, optional<float> replacementNoValue = optional<float>())

inline VolumeData2DReadAccessorU8 CreateVolumeData2DReadAccessorU8(DimensionsND dimensionsND, int LOD, int channel, optional<float> replacementNoValue = optional<float>())

inline VolumeData2DReadAccessorU16 CreateVolumeData2DReadAccessorU16(DimensionsND dimensionsND, int LOD, int channel, int maxPages, optional<float> replacementNoValue = optional<float>())

inline VolumeData2DReadAccessorU16 CreateVolumeData2DReadAccessorU16(DimensionsND dimensionsND, int LOD, int channel, optional<float> replacementNoValue = optional<float>())

inline VolumeData2DReadAccessorU32 CreateVolumeData2DReadAccessorU32(DimensionsND dimensionsND, int LOD, int channel, int maxPages, optional<float> replacementNoValue = optional<float>())

inline VolumeData2DReadAccessorU32 CreateVolumeData2DReadAccessorU32(DimensionsND dimensionsND, int LOD, int channel, optional<float> replacementNoValue = optional<float>())

inline VolumeData2DReadAccessorU64 CreateVolumeData2DReadAccessorU64(DimensionsND dimensionsND, int LOD, int channel, int maxPages, optional<float> replacementNoValue = optional<float>())

inline VolumeData2DReadAccessorU64 CreateVolumeData2DReadAccessorU64(DimensionsND dimensionsND, int LOD, int channel, optional<float> replacementNoValue = optional<float>())

inline VolumeData2DReadAccessorR32 CreateVolumeData2DReadAccessorR32(DimensionsND dimensionsND, int LOD, int channel, int maxPages, optional<float> replacementNoValue = optional<float>())

inline VolumeData2DReadAccessorR32 CreateVolumeData2DReadAccessorR32(DimensionsND dimensionsND, int LOD, int channel, optional<float> replacementNoValue = optional<float>())

inline VolumeData2DReadAccessorR64 CreateVolumeData2DReadAccessorR64(DimensionsND dimensionsND, int LOD, int channel, int maxPages, optional<float> replacementNoValue = optional<float>())

inline VolumeData2DReadAccessorR64 CreateVolumeData2DReadAccessorR64(DimensionsND dimensionsND, int LOD, int channel, optional<float> replacementNoValue = optional<float>())

inline VolumeData2DReadWriteAccessor1Bit CreateVolumeData2DReadWriteAccessor1Bit(DimensionsND dimensionsND, int LOD, int channel, int maxPages, optional<float> replacementNoValue = optional<float>())

inline VolumeData2DReadWriteAccessor1Bit CreateVolumeData2DReadWriteAccessor1Bit(DimensionsND dimensionsND, int LOD, int channel, optional<float> replacementNoValue = optional<float>())

inline VolumeData2DReadWriteAccessorU8 CreateVolumeData2DReadWriteAccessorU8(DimensionsND dimensionsND, int LOD, int channel, int maxPages, optional<float> replacementNoValue = optional<float>())

inline VolumeData2DReadWriteAccessorU8 CreateVolumeData2DReadWriteAccessorU8(DimensionsND dimensionsND, int LOD, int channel, optional<float> replacementNoValue = optional<float>())

inline VolumeData2DReadWriteAccessorU16 CreateVolumeData2DReadWriteAccessorU16(DimensionsND dimensionsND, int LOD, int channel, int maxPages, optional<float> replacementNoValue = optional<float>())

inline VolumeData2DReadWriteAccessorU16 CreateVolumeData2DReadWriteAccessorU16(DimensionsND dimensionsND, int LOD, int channel, optional<float> replacementNoValue = optional<float>())

inline VolumeData2DReadWriteAccessorU32 CreateVolumeData2DReadWriteAccessorU32(DimensionsND dimensionsND, int LOD, int channel, int maxPages, optional<float> replacementNoValue = optional<float>())

inline VolumeData2DReadWriteAccessorU32 CreateVolumeData2DReadWriteAccessorU32(DimensionsND dimensionsND, int LOD, int channel, optional<float> replacementNoValue = optional<float>())

inline VolumeData2DReadWriteAccessorU64 CreateVolumeData2DReadWriteAccessorU64(DimensionsND dimensionsND, int LOD, int channel, int maxPages, optional<float> replacementNoValue = optional<float>())

inline VolumeData2DReadWriteAccessorU64 CreateVolumeData2DReadWriteAccessorU64(DimensionsND dimensionsND, int LOD, int channel, optional<float> replacementNoValue = optional<float>())

inline VolumeData2DReadWriteAccessorR32 CreateVolumeData2DReadWriteAccessorR32(DimensionsND dimensionsND, int LOD, int channel, int maxPages, optional<float> replacementNoValue = optional<float>())

inline VolumeData2DReadWriteAccessorR32 CreateVolumeData2DReadWriteAccessorR32(DimensionsND dimensionsND, int LOD, int channel, optional<float> replacementNoValue = optional<float>())

inline VolumeData2DReadWriteAccessorR64 CreateVolumeData2DReadWriteAccessorR64(DimensionsND dimensionsND, int LOD, int channel, int maxPages, optional<float> replacementNoValue = optional<float>())

inline VolumeData2DReadWriteAccessorR64 CreateVolumeData2DReadWriteAccessorR64(DimensionsND dimensionsND, int LOD, int channel, optional<float> replacementNoValue = optional<float>())

inline VolumeData3DInterpolatingAccessorR64 CreateVolumeData3DInterpolatingAccessorR64(DimensionsND dimensionsND, int LOD, int channel, InterpolationMethod interpolationMethod, int maxPages, optional<float> replacementNoValue = optional<float>())

inline VolumeData3DInterpolatingAccessorR64 CreateVolumeData3DInterpolatingAccessorR64(DimensionsND dimensionsND, int LOD, int channel, InterpolationMethod interpolationMethod, optional<float> replacementNoValue = optional<float>())

inline VolumeData3DInterpolatingAccessorR32 CreateVolumeData3DInterpolatingAccessorR32(DimensionsND dimensionsND, int LOD, int channel, InterpolationMethod interpolationMethod, int maxPages, optional<float> replacementNoValue = optional<float>())

inline VolumeData3DInterpolatingAccessorR32 CreateVolumeData3DInterpolatingAccessorR32(DimensionsND dimensionsND, int LOD, int channel, InterpolationMethod interpolationMethod, optional<float> replacementNoValue = optional<float>())

inline VolumeData3DReadAccessor1Bit CreateVolumeData3DReadAccessor1Bit(DimensionsND dimensionsND, int LOD, int channel, int maxPages, optional<float> replacementNoValue = optional<float>())

inline VolumeData3DReadAccessor1Bit CreateVolumeData3DReadAccessor1Bit(DimensionsND dimensionsND, int LOD, int channel, optional<float> replacementNoValue = optional<float>())

inline VolumeData3DReadAccessorU8 CreateVolumeData3DReadAccessorU8(DimensionsND dimensionsND, int LOD, int channel, int maxPages, optional<float> replacementNoValue = optional<float>())

inline VolumeData3DReadAccessorU8 CreateVolumeData3DReadAccessorU8(DimensionsND dimensionsND, int LOD, int channel, optional<float> replacementNoValue = optional<float>())

inline VolumeData3DReadAccessorU16 CreateVolumeData3DReadAccessorU16(DimensionsND dimensionsND, int LOD, int channel, int maxPages, optional<float> replacementNoValue = optional<float>())

inline VolumeData3DReadAccessorU16 CreateVolumeData3DReadAccessorU16(DimensionsND dimensionsND, int LOD, int channel, optional<float> replacementNoValue = optional<float>())

inline VolumeData3DReadAccessorU32 CreateVolumeData3DReadAccessorU32(DimensionsND dimensionsND, int LOD, int channel, int maxPages, optional<float> replacementNoValue = optional<float>())

inline VolumeData3DReadAccessorU32 CreateVolumeData3DReadAccessorU32(DimensionsND dimensionsND, int LOD, int channel, optional<float> replacementNoValue = optional<float>())

inline VolumeData3DReadAccessorU64 CreateVolumeData3DReadAccessorU64(DimensionsND dimensionsND, int LOD, int channel, int maxPages, optional<float> replacementNoValue = optional<float>())

inline VolumeData3DReadAccessorU64 CreateVolumeData3DReadAccessorU64(DimensionsND dimensionsND, int LOD, int channel, optional<float> replacementNoValue = optional<float>())

inline VolumeData3DReadAccessorR32 CreateVolumeData3DReadAccessorR32(DimensionsND dimensionsND, int LOD, int channel, int maxPages, optional<float> replacementNoValue = optional<float>())

inline VolumeData3DReadAccessorR32 CreateVolumeData3DReadAccessorR32(DimensionsND dimensionsND, int LOD, int channel, optional<float> replacementNoValue = optional<float>())

inline VolumeData3DReadAccessorR64 CreateVolumeData3DReadAccessorR64(DimensionsND dimensionsND, int LOD, int channel, int maxPages, optional<float> replacementNoValue = optional<float>())

inline VolumeData3DReadAccessorR64 CreateVolumeData3DReadAccessorR64(DimensionsND dimensionsND, int LOD, int channel, optional<float> replacementNoValue = optional<float>())

inline VolumeData3DReadWriteAccessor1Bit CreateVolumeData3DReadWriteAccessor1Bit(DimensionsND dimensionsND, int LOD, int channel, int maxPages, optional<float> replacementNoValue = optional<float>())

inline VolumeData3DReadWriteAccessor1Bit CreateVolumeData3DReadWriteAccessor1Bit(DimensionsND dimensionsND, int LOD, int channel, optional<float> replacementNoValue = optional<float>())

inline VolumeData3DReadWriteAccessorU8 CreateVolumeData3DReadWriteAccessorU8(DimensionsND dimensionsND, int LOD, int channel, int maxPages, optional<float> replacementNoValue = optional<float>())

inline VolumeData3DReadWriteAccessorU8 CreateVolumeData3DReadWriteAccessorU8(DimensionsND dimensionsND, int LOD, int channel, optional<float> replacementNoValue = optional<float>())

inline VolumeData3DReadWriteAccessorU16 CreateVolumeData3DReadWriteAccessorU16(DimensionsND dimensionsND, int LOD, int channel, int maxPages, optional<float> replacementNoValue = optional<float>())

inline VolumeData3DReadWriteAccessorU16 CreateVolumeData3DReadWriteAccessorU16(DimensionsND dimensionsND, int LOD, int channel, optional<float> replacementNoValue = optional<float>())

inline VolumeData3DReadWriteAccessorU32 CreateVolumeData3DReadWriteAccessorU32(DimensionsND dimensionsND, int LOD, int channel, int maxPages, optional<float> replacementNoValue = optional<float>())

inline VolumeData3DReadWriteAccessorU32 CreateVolumeData3DReadWriteAccessorU32(DimensionsND dimensionsND, int LOD, int channel, optional<float> replacementNoValue = optional<float>())

inline VolumeData3DReadWriteAccessorU64 CreateVolumeData3DReadWriteAccessorU64(DimensionsND dimensionsND, int LOD, int channel, int maxPages, optional<float> replacementNoValue = optional<float>())

inline VolumeData3DReadWriteAccessorU64 CreateVolumeData3DReadWriteAccessorU64(DimensionsND dimensionsND, int LOD, int channel, optional<float> replacementNoValue = optional<float>())

inline VolumeData3DReadWriteAccessorR32 CreateVolumeData3DReadWriteAccessorR32(DimensionsND dimensionsND, int LOD, int channel, int maxPages, optional<float> replacementNoValue = optional<float>())

inline VolumeData3DReadWriteAccessorR32 CreateVolumeData3DReadWriteAccessorR32(DimensionsND dimensionsND, int LOD, int channel, optional<float> replacementNoValue = optional<float>())

inline VolumeData3DReadWriteAccessorR64 CreateVolumeData3DReadWriteAccessorR64(DimensionsND dimensionsND, int LOD, int channel, int maxPages, optional<float> replacementNoValue = optional<float>())

inline VolumeData3DReadWriteAccessorR64 CreateVolumeData3DReadWriteAccessorR64(DimensionsND dimensionsND, int LOD, int channel, optional<float> replacementNoValue = optional<float>())

inline VolumeData4DInterpolatingAccessorR64 CreateVolumeData4DInterpolatingAccessorR64(DimensionsND dimensionsND, int LOD, int channel, InterpolationMethod interpolationMethod, int maxPages, optional<float> replacementNoValue = optional<float>())

inline VolumeData4DInterpolatingAccessorR64 CreateVolumeData4DInterpolatingAccessorR64(DimensionsND dimensionsND, int LOD, int channel, InterpolationMethod interpolationMethod, optional<float> replacementNoValue = optional<float>())

inline VolumeData4DInterpolatingAccessorR32 CreateVolumeData4DInterpolatingAccessorR32(DimensionsND dimensionsND, int LOD, int channel, InterpolationMethod interpolationMethod, int maxPages, optional<float> replacementNoValue = optional<float>())

inline VolumeData4DInterpolatingAccessorR32 CreateVolumeData4DInterpolatingAccessorR32(DimensionsND dimensionsND, int LOD, int channel, InterpolationMethod interpolationMethod, optional<float> replacementNoValue = optional<float>())

inline VolumeData4DReadAccessor1Bit CreateVolumeData4DReadAccessor1Bit(DimensionsND dimensionsND, int LOD, int channel, int maxPages, optional<float> replacementNoValue = optional<float>())

inline VolumeData4DReadAccessor1Bit CreateVolumeData4DReadAccessor1Bit(DimensionsND dimensionsND, int LOD, int channel, optional<float> replacementNoValue = optional<float>())

inline VolumeData4DReadAccessorU8 CreateVolumeData4DReadAccessorU8(DimensionsND dimensionsND, int LOD, int channel, int maxPages, optional<float> replacementNoValue = optional<float>())

inline VolumeData4DReadAccessorU8 CreateVolumeData4DReadAccessorU8(DimensionsND dimensionsND, int LOD, int channel, optional<float> replacementNoValue = optional<float>())

inline VolumeData4DReadAccessorU16 CreateVolumeData4DReadAccessorU16(DimensionsND dimensionsND, int LOD, int channel, int maxPages, optional<float> replacementNoValue = optional<float>())

inline VolumeData4DReadAccessorU16 CreateVolumeData4DReadAccessorU16(DimensionsND dimensionsND, int LOD, int channel, optional<float> replacementNoValue = optional<float>())

inline VolumeData4DReadAccessorU32 CreateVolumeData4DReadAccessorU32(DimensionsND dimensionsND, int LOD, int channel, int maxPages, optional<float> replacementNoValue = optional<float>())

inline VolumeData4DReadAccessorU32 CreateVolumeData4DReadAccessorU32(DimensionsND dimensionsND, int LOD, int channel, optional<float> replacementNoValue = optional<float>())

inline VolumeData4DReadAccessorU64 CreateVolumeData4DReadAccessorU64(DimensionsND dimensionsND, int LOD, int channel, int maxPages, optional<float> replacementNoValue = optional<float>())

inline VolumeData4DReadAccessorU64 CreateVolumeData4DReadAccessorU64(DimensionsND dimensionsND, int LOD, int channel, optional<float> replacementNoValue = optional<float>())

inline VolumeData4DReadAccessorR32 CreateVolumeData4DReadAccessorR32(DimensionsND dimensionsND, int LOD, int channel, int maxPages, optional<float> replacementNoValue = optional<float>())

inline VolumeData4DReadAccessorR32 CreateVolumeData4DReadAccessorR32(DimensionsND dimensionsND, int LOD, int channel, optional<float> replacementNoValue = optional<float>())

inline VolumeData4DReadAccessorR64 CreateVolumeData4DReadAccessorR64(DimensionsND dimensionsND, int LOD, int channel, int maxPages, optional<float> replacementNoValue = optional<float>())

inline VolumeData4DReadAccessorR64 CreateVolumeData4DReadAccessorR64(DimensionsND dimensionsND, int LOD, int channel, optional<float> replacementNoValue = optional<float>())

inline VolumeData4DReadWriteAccessor1Bit CreateVolumeData4DReadWriteAccessor1Bit(DimensionsND dimensionsND, int LOD, int channel, int maxPages, optional<float> replacementNoValue = optional<float>())

inline VolumeData4DReadWriteAccessor1Bit CreateVolumeData4DReadWriteAccessor1Bit(DimensionsND dimensionsND, int LOD, int channel, optional<float> replacementNoValue = optional<float>())

inline VolumeData4DReadWriteAccessorU8 CreateVolumeData4DReadWriteAccessorU8(DimensionsND dimensionsND, int LOD, int channel, int maxPages, optional<float> replacementNoValue = optional<float>())

inline VolumeData4DReadWriteAccessorU8 CreateVolumeData4DReadWriteAccessorU8(DimensionsND dimensionsND, int LOD, int channel, optional<float> replacementNoValue = optional<float>())

inline VolumeData4DReadWriteAccessorU16 CreateVolumeData4DReadWriteAccessorU16(DimensionsND dimensionsND, int LOD, int channel, int maxPages, optional<float> replacementNoValue = optional<float>())

inline VolumeData4DReadWriteAccessorU16 CreateVolumeData4DReadWriteAccessorU16(DimensionsND dimensionsND, int LOD, int channel, optional<float> replacementNoValue = optional<float>())

inline VolumeData4DReadWriteAccessorU32 CreateVolumeData4DReadWriteAccessorU32(DimensionsND dimensionsND, int LOD, int channel, int maxPages, optional<float> replacementNoValue = optional<float>())

inline VolumeData4DReadWriteAccessorU32 CreateVolumeData4DReadWriteAccessorU32(DimensionsND dimensionsND, int LOD, int channel, optional<float> replacementNoValue = optional<float>())

inline VolumeData4DReadWriteAccessorU64 CreateVolumeData4DReadWriteAccessorU64(DimensionsND dimensionsND, int LOD, int channel, int maxPages, optional<float> replacementNoValue = optional<float>())

inline VolumeData4DReadWriteAccessorU64 CreateVolumeData4DReadWriteAccessorU64(DimensionsND dimensionsND, int LOD, int channel, optional<float> replacementNoValue = optional<float>())

inline VolumeData4DReadWriteAccessorR32 CreateVolumeData4DReadWriteAccessorR32(DimensionsND dimensionsND, int LOD, int channel, int maxPages, optional<float> replacementNoValue = optional<float>())

inline VolumeData4DReadWriteAccessorR32 CreateVolumeData4DReadWriteAccessorR32(DimensionsND dimensionsND, int LOD, int channel, optional<float> replacementNoValue = optional<float>())

inline VolumeData4DReadWriteAccessorR64 CreateVolumeData4DReadWriteAccessorR64(DimensionsND dimensionsND, int LOD, int channel, int maxPages, optional<float> replacementNoValue = optional<float>())

inline VolumeData4DReadWriteAccessorR64 CreateVolumeData4DReadWriteAccessorR64(DimensionsND dimensionsND, int LOD, int channel, optional<float> replacementNoValue = optional<float>())

inline int64_t GetVolumeSubsetBufferSize(const int (&minVoxelCoordinates)[VolumeDataLayout::Dimensionality_Max], const int (&maxVoxelCoordinates)[VolumeDataLayout::Dimensionality_Max], VolumeDataFormat format, int LOD = 0, int channel = 0)

Compute the buffer size (in bytes) for a volume subset request.

Parameters:

minVoxelCoordinates – The minimum voxel coordinates to request in each dimension (inclusive).
maxVoxelCoordinates – The maximum voxel coordinates to request in each dimension (exclusive).
format – Voxel format of the destination buffer.
LOD – The LOD level the requested data is read from.
channel – The channel index the requested data is read from.

Returns:

The buffer size needed.

template<typename VALUETYPE> inline int64_t GetVolumeSubsetBufferSize(const int (&minVoxelCoordinates)[VolumeDataLayout::Dimensionality_Max], const int (&maxVoxelCoordinates)[VolumeDataLayout::Dimensionality_Max], int LOD = 0, int channel = 0)

inline std::shared_ptr<VolumeDataRequest> RequestVolumeSubset(void *buffer, int64_t bufferByteSize, DimensionsND dimensionsND, int LOD, int channel, const int (&minVoxelCoordinates)[VolumeDataLayout::Dimensionality_Max], const int (&maxVoxelCoordinates)[VolumeDataLayout::Dimensionality_Max], VolumeDataFormat format, optional<float> replacementNoValue = optional<float>())

Request a subset of the input VDS.

Parameters:

buffer – Pointer to a preallocated buffer holding at least as many elements of format as indicated by minVoxelCoordinates and maxVoxelCoordinates.
bufferByteSize – The size of the provided buffer, in bytes.
dimensionsND – The dimensiongroup the requested data is read from.
LOD – The LOD level the requested data is read from.
channel – The channel index the requested data is read from.
minVoxelCoordinates – The minimum voxel coordinates to request in each dimension (inclusive).
maxVoxelCoordinates – The maximum voxel coordinates to request in each dimension (exclusive).
format – Voxel format of the destination buffer.
replacementNoValue – If specified, this value is used to replace regions of the input VDS that has no data.

Returns:

A VolumeDataRequest instance encapsulating the request status and buffer.

inline std::shared_ptr<VolumeDataRequest1Bit> RequestVolumeSubset1Bit(uint8_t *buffer, int64_t bufferByteSize, DimensionsND dimensionsND, int LOD, int channel, const int (&minVoxelCoordinates)[VolumeDataLayout::Dimensionality_Max], const int (&maxVoxelCoordinates)[VolumeDataLayout::Dimensionality_Max])

Request a subset of the input VDS.

Parameters:

buffer – Pointer to a preallocated buffer holding at least as many elements of format as indicated by minVoxelCoordinates and maxVoxelCoordinates.
bufferByteSize – The size of the provided buffer, in bytes.
dimensionsND – The dimensiongroup the requested data is read from.
LOD – The LOD level the requested data is read from.
channel – The channel index the requested data is read from.
minVoxelCoordinates – The minimum voxel coordinates to request in each dimension (inclusive).
maxVoxelCoordinates – The maximum voxel coordinates to request in each dimension (exclusive).

Returns:

A VolumeDataRequest instance encapsulating the request status and buffer.

template<typename VALUETYPE> inline std::shared_ptr<VolumeDataRequest_t<VALUETYPE>> RequestVolumeSubset(VALUETYPE *buffer, int64_t bufferByteSize, DimensionsND dimensionsND, int LOD, int channel, const int (&minVoxelCoordinates)[VolumeDataLayout::Dimensionality_Max], const int (&maxVoxelCoordinates)[VolumeDataLayout::Dimensionality_Max], optional<float> replacementNoValue = optional<float>())

Request a subset of the input VDS.

Parameters:

buffer – Pointer to a preallocated buffer holding at least as many elements of format as indicated by minVoxelCoordinates and maxVoxelCoordinates.
bufferByteSize – The size of the provided buffer, in bytes.
dimensionsND – The dimensiongroup the requested data is read from.
LOD – The LOD level the requested data is read from.
channel – The channel index the requested data is read from.
minVoxelCoordinates – The minimum voxel coordinates to request in each dimension (inclusive).
maxVoxelCoordinates – The maximum voxel coordinates to request in each dimension (exclusive).
replacementNoValue – If specified, this value is used to replace regions of the input VDS that has no data.

Returns:

A VolumeDataRequest instance encapsulating the request status and buffer.

inline std::shared_ptr<VolumeDataRequest> RequestVolumeSubset(DimensionsND dimensionsND, int LOD, int channel, const int (&minVoxelCoordinates)[VolumeDataLayout::Dimensionality_Max], const int (&maxVoxelCoordinates)[VolumeDataLayout::Dimensionality_Max], VolumeDataFormat format, optional<float> replacementNoValue = optional<float>())

Request a subset of the input VDS, using an automatically allocated buffer.

Parameters:

dimensionsND – The dimensiongroup the requested data is read from.
LOD – The LOD level the requested data is read from.
channel – The channel index the requested data is read from.
minVoxelCoordinates – The minimum voxel coordinates to request in each dimension (inclusive).
maxVoxelCoordinates – The maximum voxel coordinates to request in each dimension (exclusive).
format – Voxel format of the destination buffer.
replacementNoValue – If specified, this value is used to replace regions of the input VDS that has no data.

Returns:

A VolumeDataRequest instance encapsulating the request status and buffer.

inline std::shared_ptr<VolumeDataRequest1Bit> RequestVolumeSubset1Bit(DimensionsND dimensionsND, int LOD, int channel, const int (&minVoxelCoordinates)[VolumeDataLayout::Dimensionality_Max], const int (&maxVoxelCoordinates)[VolumeDataLayout::Dimensionality_Max])

Request a subset of the input VDS, using an automatically allocated buffer.

Parameters:

dimensionsND – The dimensiongroup the requested data is read from.
LOD – The LOD level the requested data is read from.
channel – The channel index the requested data is read from.
minVoxelCoordinates – The minimum voxel coordinates to request in each dimension (inclusive).
maxVoxelCoordinates – The maximum voxel coordinates to request in each dimension (exclusive).

Returns:

A VolumeDataRequest instance encapsulating the request status and buffer.

template<typename VALUETYPE> inline std::shared_ptr<VolumeDataRequest_t<VALUETYPE>> RequestVolumeSubset(DimensionsND dimensionsND, int LOD, int channel, const int (&minVoxelCoordinates)[VolumeDataLayout::Dimensionality_Max], const int (&maxVoxelCoordinates)[VolumeDataLayout::Dimensionality_Max], optional<float> replacementNoValue = optional<float>())

Request a subset of the input VDS, using an automatically allocated typed buffer.

Parameters:

dimensionsND – The dimensiongroup the requested data is read from.
LOD – The LOD level the requested data is read from.
channel – The channel index the requested data is read from.
minVoxelCoordinates – The minimum voxel coordinates to request in each dimension (inclusive).
maxVoxelCoordinates – The maximum voxel coordinates to request in each dimension (exclusive).
replacementNoValue – If specified, this value is used to replace regions of the input VDS that has no data.

Returns:

A VolumeDataRequest instance encapsulating the request status and buffer.

inline int64_t GetProjectedVolumeSubsetBufferSize(const int (&minVoxelCoordinates)[VolumeDataLayout::Dimensionality_Max], const int (&maxVoxelCoordinates)[VolumeDataLayout::Dimensionality_Max], DimensionsND projectedDimensions, VolumeDataFormat format, int LOD = 0, int channel = 0)

Compute the buffer size (in bytes) for a projected volume subset request.

Parameters:

minVoxelCoordinates – The minimum voxel coordinates to request in each dimension (inclusive).
maxVoxelCoordinates – The maximum voxel coordinates to request in each dimension (exclusive).
projectedDimensions – The 2D dimension group that the plane in the source dimensiongroup is projected into. It must be a 2D subset of the source dimensions.
format – Voxel format of the destination buffer.
LOD – The LOD level the requested data is read from.
channel – The channel index the requested data is read from.

Returns:

The buffer size needed.

template<typename VALUETYPE> inline int64_t GetProjectedVolumeSubsetBufferSize(const int (&minVoxelCoordinates)[VolumeDataLayout::Dimensionality_Max], const int (&maxVoxelCoordinates)[VolumeDataLayout::Dimensionality_Max], DimensionsND projectedDimensions, int LOD = 0, int channel = 0)

inline std::shared_ptr<VolumeDataRequest> RequestProjectedVolumeSubset(void *buffer, int64_t bufferByteSize, DimensionsND dimensionsND, int LOD, int channel, const int (&minVoxelCoordinates)[VolumeDataLayout::Dimensionality_Max], const int (&maxVoxelCoordinates)[VolumeDataLayout::Dimensionality_Max], FloatVector4 const &voxelPlane, DimensionsND projectedDimensions, VolumeDataFormat format, InterpolationMethod interpolationMethod, optional<float> replacementNoValue = optional<float>())

Request a subset projected from an arbitrary 3D plane through the subset onto one of the sides of the subset.

Parameters:

buffer – Pointer to a preallocated buffer holding at least as many elements of format as indicated by minVoxelCoordinates and maxVoxelCoordinates for the projected dimensions.
bufferByteSize – The size of the provided buffer, in bytes.
dimensionsND – The dimensiongroup the requested data is read from.
LOD – The LOD level the requested data is read from.
channel – The channel index the requested data is read from.
minVoxelCoordinates – The minimum voxel coordinates to request in each dimension (inclusive).
maxVoxelCoordinates – The maximum voxel coordinates to request in each dimension (exclusive).
voxelPlane – The plane equation for the projection from the dimension source to the projected dimensions (which must be a 2D subset of the source dimensions).
projectedDimensions – The 2D dimension group that the plane in the source dimensiongroup is projected into. It must be a 2D subset of the source dimensions.
interpolationMethod – Interpolation method to use when sampling the buffer.
format – Voxel format of the destination buffer.
replacementNoValue – If specified, this value is used to replace regions of the input VDS that has no data.

Returns:

A VolumeDataRequest instance encapsulating the request status and buffer.

inline std::shared_ptr<VolumeDataRequest> RequestProjectedVolumeSubset(DimensionsND dimensionsND, int LOD, int channel, const int (&minVoxelCoordinates)[VolumeDataLayout::Dimensionality_Max], const int (&maxVoxelCoordinates)[VolumeDataLayout::Dimensionality_Max], FloatVector4 const &voxelPlane, DimensionsND projectedDimensions, VolumeDataFormat format, InterpolationMethod interpolationMethod, optional<float> replacementNoValue = optional<float>())

Request a subset projected from an arbitrary 3D plane through the subset onto one of the sides of the subset, using an automatically allocated buffer.

Parameters:

dimensionsND – The dimensiongroup the requested data is read from.
LOD – The LOD level the requested data is read from.
channel – The channel index the requested data is read from.
minVoxelCoordinates – The minimum voxel coordinates to request in each dimension (inclusive).
maxVoxelCoordinates – The maximum voxel coordinates to request in each dimension (exclusive).
voxelPlane – The plane equation for the projection from the dimension source to the projected dimensions (which must be a 2D subset of the source dimensions).
projectedDimensions – The 2D dimension group that the plane in the source dimensiongroup is projected into. It must be a 2D subset of the source dimensions.
format – Voxel format of the destination buffer.
interpolationMethod – Interpolation method to use when sampling the buffer.
replacementNoValue – If specified, this value is used to replace regions of the input VDS that has no data.

Returns:

A VolumeDataRequest instance encapsulating the request status and buffer.

template<typename VALUETYPE> inline std::shared_ptr<VolumeDataRequest_t<VALUETYPE>> RequestProjectedVolumeSubset(DimensionsND dimensionsND, int LOD, int channel, const int (&minVoxelCoordinates)[VolumeDataLayout::Dimensionality_Max], const int (&maxVoxelCoordinates)[VolumeDataLayout::Dimensionality_Max], FloatVector4 const &voxelPlane, DimensionsND projectedDimensions, InterpolationMethod interpolationMethod, optional<float> replacementNoValue = optional<float>())

Request a subset projected from an arbitrary 3D plane through the subset onto one of the sides of the subset, using an automatically allocated typed buffer.

Parameters:

dimensionsND – The dimensiongroup the requested data is read from.
LOD – The LOD level the requested data is read from.
channel – The channel index the requested data is read from.
minVoxelCoordinates – The minimum voxel coordinates to request in each dimension (inclusive).
maxVoxelCoordinates – The maximum voxel coordinates to request in each dimension (exclusive).
voxelPlane – The plane equation for the projection from the dimension source to the projected dimensions (which must be a 2D subset of the source dimensions).
projectedDimensions – The 2D dimension group that the plane in the source dimensiongroup is projected into. It must be a 2D subset of the source dimensions.
interpolationMethod – Interpolation method to use when sampling the buffer.
replacementNoValue – If specified, this value is used to replace regions of the input VDS that has no data.

Returns:

A VolumeDataRequest instance encapsulating the request status and buffer.

template<typename VALUETYPE> inline std::shared_ptr<VolumeDataRequest_t<VALUETYPE>> RequestProjectedVolumeSubset(void *buffer, int64_t bufferByteSize, DimensionsND dimensionsND, int LOD, int channel, const int (&minVoxelCoordinates)[VolumeDataLayout::Dimensionality_Max], const int (&maxVoxelCoordinates)[VolumeDataLayout::Dimensionality_Max], FloatVector4 const &voxelPlane, DimensionsND projectedDimensions, InterpolationMethod interpolationMethod, optional<float> replacementNoValue = optional<float>())

Request a subset projected from an arbitrary 3D plane through the subset onto one of the sides of the subset, using an automatically allocated typed buffer.

Parameters:

buffer – Pointer to a preallocated buffer holding at least as many elements of format as indicated by minVoxelCoordinates and maxVoxelCoordinates for the projected dimensions.
bufferByteSize – The size of the provided buffer, in bytes.
dimensionsND – The dimensiongroup the requested data is read from.
LOD – The LOD level the requested data is read from.
channel – The channel index the requested data is read from.
minVoxelCoordinates – The minimum voxel coordinates to request in each dimension (inclusive).
maxVoxelCoordinates – The maximum voxel coordinates to request in each dimension (exclusive).
voxelPlane – The plane equation for the projection from the dimension source to the projected dimensions (which must be a 2D subset of the source dimensions).
projectedDimensions – The 2D dimension group that the plane in the source dimensiongroup is projected into. It must be a 2D subset of the source dimensions.
interpolationMethod – Interpolation method to use when sampling the buffer.
replacementNoValue – If specified, this value is used to replace regions of the input VDS that has no data.

Returns:

A VolumeDataRequest instance encapsulating the request status and buffer.

inline int64_t GetVolumeSamplesBufferSize(int sampleCount, int channel = 0)

Compute the buffer size (in bytes) for a volume samples request.

Parameters:

sampleCount – Number of samples to request.
channel – The channel index the requested data is read from.

Returns:

The buffer size needed.

inline std::shared_ptr<VolumeDataRequestFloat> RequestVolumeSamples(float *buffer, int64_t bufferByteSize, DimensionsND dimensionsND, int LOD, int channel, const float (*samplePositions)[VolumeDataLayout::Dimensionality_Max], int sampleCount, InterpolationMethod interpolationMethod, optional<float> replacementNoValue = optional<float>())

Request sampling of the input VDS at the specified coordinates.

Parameters:

buffer – Pointer to a preallocated buffer holding at least sampleCount elements.
bufferByteSize – The size of the provided buffer, in bytes.
dimensionsND – The dimensiongroup the requested data is read from.
LOD – The LOD level the requested data is read from.
channel – The channel index the requested data is read from.
samplePositions – Pointer to array of VolumeDataLayout::Dimensionality_Max-elements indicating the positions to sample. May be deleted once RequestVolumeSamples return, as HueSpace makes a deep copy of the data.
sampleCount – Number of samples to request.
interpolationMethod – Interpolation method to use when sampling the buffer.
replacementNoValue – If specified, this value is used to replace regions of the input VDS that has no data.

Returns:

A VolumeDataRequest instance encapsulating the request status and buffer.

inline std::shared_ptr<VolumeDataRequestFloat> RequestVolumeSamples(DimensionsND dimensionsND, int LOD, int channel, const float (*samplePositions)[VolumeDataLayout::Dimensionality_Max], int sampleCount, InterpolationMethod interpolationMethod, optional<float> replacementNoValue = optional<float>())

Request sampling of the input VDS at the specified coordinates, using an automatically allocated buffer.

Parameters:

dimensionsND – The dimensiongroup the requested data is read from.
LOD – The LOD level the requested data is read from.
channel – The channel index the requested data is read from.
samplePositions – Pointer to array of VolumeDataLayout::Dimensionality_Max-elements indicating the positions to sample. May be deleted once RequestVolumeSamples return, as HueSpace makes a deep copy of the data.
sampleCount – Number of samples to request.
interpolationMethod – Interpolation method to use when sampling the buffer.
replacementNoValue – If specified, this value is used to replace regions of the input VDS that has no data.

Returns:

A VolumeDataRequest instance encapsulating the request status and buffer.

inline int64_t GetVolumeTracesBufferSize(int traceCount, int traceDimension, int LOD = 0, int channel = 0)

Compute the buffer size (in bytes) for a volume traces request.

Parameters:

traceCount – Number of traces to request.
traceDimension – The dimension to trace
LOD – The LOD level the requested data is read from.
channel – The channel index the requested data is read from.

Returns:

The buffer size needed.

inline std::shared_ptr<VolumeDataRequestFloat> RequestVolumeTraces(DimensionsND dimensionsND, int LOD, int channel, const float (*tracePositions)[VolumeDataLayout::Dimensionality_Max], int traceCount, InterpolationMethod interpolationMethod, int traceDimension, optional<float> replacementNoValue = optional<float>())

Request traces from the input VDS, using an automatically allocated buffer.

Parameters:

dimensionsND – The dimensiongroup the requested data is read from.
LOD – The LOD level the requested data is read from.
channel – The channel index the requested data is read from.
tracePositions – Pointer to array of traceCount VolumeDataLayout::Dimensionality_Max-elements indicating the trace positions.
traceCount – Number of traces to request.
interpolationMethod – Interpolation method to use when sampling the buffer.
traceDimension – The dimension to trace
replacementNoValue – If specified, this value is used to replace regions of the input VDS that has no data.

Returns:

A VolumeDataRequest instance encapsulating the request status and buffer.

inline std::shared_ptr<VolumeDataRequestFloat> RequestVolumeTraces(float *buffer, int64_t bufferByteSize, DimensionsND dimensionsND, int LOD, int channel, const float (*tracePositions)[VolumeDataLayout::Dimensionality_Max], int traceCount, InterpolationMethod interpolationMethod, int traceDimension, optional<float> replacementNoValue = optional<float>())

Request traces from the input VDS.

Parameters:

buffer – Pointer to a preallocated buffer holding at least traceCount * number of samples in the traceDimension.
bufferByteSize – The size of the provided buffer, in bytes.
dimensionsND – The dimensiongroup the requested data is read from.
LOD – The LOD level the requested data is read from.
channel – The channel index the requested data is read from.
tracePositions – Pointer to array of traceCount VolumeDataLayout::Dimensionality_Max-elements indicating the trace positions.
traceCount – Number of traces to request.
interpolationMethod – Interpolation method to use when sampling the buffer.
traceDimension – The dimension to trace
replacementNoValue – If specified, this value is used to replace regions of the input VDS that has no data.

Returns:

A VolumeDataRequest instance encapsulating the request status and buffer.

inline std::shared_ptr<VolumeDataRequest> PrefetchVolumeChunk(DimensionsND dimensionsND, int LOD, int channel, int64_t chunkIndex)

Force production of a specific volume data chunk.

Parameters:

dimensionsND – The dimensiongroup the requested chunk belongs to.
LOD – The LOD level the requested chunk belongs to.
channel – The channel index the requested chunk belongs to.
chunkIndex – The index of the chunk to prefetch.

Returns:

A VolumeDataRequest instance encapsulating the request status.

inline void Flush(Error &error): Flush any pending writes and write updated layer status.

template<> inline VolumeDataReadAccessor<IntVector2, double> CreateVolumeDataReadAccessor(DimensionsND dimensionsND, int LOD, int channel, int maxPages, optional<float> replacementNoValue)

template<> inline VolumeDataReadAccessor<IntVector2, uint64_t> CreateVolumeDataReadAccessor(DimensionsND dimensionsND, int LOD, int channel, int maxPages, optional<float> replacementNoValue)

template<> inline VolumeDataReadAccessor<IntVector2, float> CreateVolumeDataReadAccessor(DimensionsND dimensionsND, int LOD, int channel, int maxPages, optional<float> replacementNoValue)

template<> inline VolumeDataReadAccessor<IntVector2, uint32_t> CreateVolumeDataReadAccessor(DimensionsND dimensionsND, int LOD, int channel, int maxPages, optional<float> replacementNoValue)

template<> inline VolumeDataReadAccessor<IntVector2, uint16_t> CreateVolumeDataReadAccessor(DimensionsND dimensionsND, int LOD, int channel, int maxPages, optional<float> replacementNoValue)

template<> inline VolumeDataReadAccessor<IntVector2, uint8_t> CreateVolumeDataReadAccessor(DimensionsND dimensionsND, int LOD, int channel, int maxPages, optional<float> replacementNoValue)

template<> inline VolumeDataReadAccessor<IntVector2, bool> CreateVolumeDataReadAccessor(DimensionsND dimensionsND, int LOD, int channel, int maxPages, optional<float> replacementNoValue)

template<> inline VolumeDataReadAccessor<IntVector3, double> CreateVolumeDataReadAccessor(DimensionsND dimensionsND, int LOD, int channel, int maxPages, optional<float> replacementNoValue)

template<> inline VolumeDataReadAccessor<IntVector3, uint64_t> CreateVolumeDataReadAccessor(DimensionsND dimensionsND, int LOD, int channel, int maxPages, optional<float> replacementNoValue)

template<> inline VolumeDataReadAccessor<IntVector3, float> CreateVolumeDataReadAccessor(DimensionsND dimensionsND, int LOD, int channel, int maxPages, optional<float> replacementNoValue)

template<> inline VolumeDataReadAccessor<IntVector3, uint32_t> CreateVolumeDataReadAccessor(DimensionsND dimensionsND, int LOD, int channel, int maxPages, optional<float> replacementNoValue)

template<> inline VolumeDataReadAccessor<IntVector3, uint16_t> CreateVolumeDataReadAccessor(DimensionsND dimensionsND, int LOD, int channel, int maxPages, optional<float> replacementNoValue)

template<> inline VolumeDataReadAccessor<IntVector3, uint8_t> CreateVolumeDataReadAccessor(DimensionsND dimensionsND, int LOD, int channel, int maxPages, optional<float> replacementNoValue)

template<> inline VolumeDataReadAccessor<IntVector3, bool> CreateVolumeDataReadAccessor(DimensionsND dimensionsND, int LOD, int channel, int maxPages, optional<float> replacementNoValue)

template<> inline VolumeDataReadAccessor<IntVector4, double> CreateVolumeDataReadAccessor(DimensionsND dimensionsND, int LOD, int channel, int maxPages, optional<float> replacementNoValue)

template<> inline VolumeDataReadAccessor<IntVector4, uint64_t> CreateVolumeDataReadAccessor(DimensionsND dimensionsND, int LOD, int channel, int maxPages, optional<float> replacementNoValue)

template<> inline VolumeDataReadAccessor<IntVector4, float> CreateVolumeDataReadAccessor(DimensionsND dimensionsND, int LOD, int channel, int maxPages, optional<float> replacementNoValue)

template<> inline VolumeDataReadAccessor<IntVector4, uint32_t> CreateVolumeDataReadAccessor(DimensionsND dimensionsND, int LOD, int channel, int maxPages, optional<float> replacementNoValue)

template<> inline VolumeDataReadAccessor<IntVector4, uint16_t> CreateVolumeDataReadAccessor(DimensionsND dimensionsND, int LOD, int channel, int maxPages, optional<float> replacementNoValue)

template<> inline VolumeDataReadAccessor<IntVector4, uint8_t> CreateVolumeDataReadAccessor(DimensionsND dimensionsND, int LOD, int channel, int maxPages, optional<float> replacementNoValue)

template<> inline VolumeDataReadAccessor<IntVector4, bool> CreateVolumeDataReadAccessor(DimensionsND dimensionsND, int LOD, int channel, int maxPages, optional<float> replacementNoValue)

template<> inline VolumeDataReadAccessor<IntVector2, double> CreateVolumeDataReadAccessor(DimensionsND dimensionsND, int LOD, int channel, optional<float> replacementNoValue)

template<> inline VolumeDataReadAccessor<IntVector2, uint64_t> CreateVolumeDataReadAccessor(DimensionsND dimensionsND, int LOD, int channel, optional<float> replacementNoValue)

template<> inline VolumeDataReadAccessor<IntVector2, float> CreateVolumeDataReadAccessor(DimensionsND dimensionsND, int LOD, int channel, optional<float> replacementNoValue)

template<> inline VolumeDataReadAccessor<IntVector2, uint32_t> CreateVolumeDataReadAccessor(DimensionsND dimensionsND, int LOD, int channel, optional<float> replacementNoValue)

template<> inline VolumeDataReadAccessor<IntVector2, uint16_t> CreateVolumeDataReadAccessor(DimensionsND dimensionsND, int LOD, int channel, optional<float> replacementNoValue)

template<> inline VolumeDataReadAccessor<IntVector2, uint8_t> CreateVolumeDataReadAccessor(DimensionsND dimensionsND, int LOD, int channel, optional<float> replacementNoValue)

template<> inline VolumeDataReadAccessor<IntVector2, bool> CreateVolumeDataReadAccessor(DimensionsND dimensionsND, int LOD, int channel, optional<float> replacementNoValue)

template<> inline VolumeDataReadAccessor<IntVector3, double> CreateVolumeDataReadAccessor(DimensionsND dimensionsND, int LOD, int channel, optional<float> replacementNoValue)

template<> inline VolumeDataReadAccessor<IntVector3, uint64_t> CreateVolumeDataReadAccessor(DimensionsND dimensionsND, int LOD, int channel, optional<float> replacementNoValue)

template<> inline VolumeDataReadAccessor<IntVector3, float> CreateVolumeDataReadAccessor(DimensionsND dimensionsND, int LOD, int channel, optional<float> replacementNoValue)

template<> inline VolumeDataReadAccessor<IntVector3, uint32_t> CreateVolumeDataReadAccessor(DimensionsND dimensionsND, int LOD, int channel, optional<float> replacementNoValue)

template<> inline VolumeDataReadAccessor<IntVector3, uint16_t> CreateVolumeDataReadAccessor(DimensionsND dimensionsND, int LOD, int channel, optional<float> replacementNoValue)

template<> inline VolumeDataReadAccessor<IntVector3, uint8_t> CreateVolumeDataReadAccessor(DimensionsND dimensionsND, int LOD, int channel, optional<float> replacementNoValue)

template<> inline VolumeDataReadAccessor<IntVector3, bool> CreateVolumeDataReadAccessor(DimensionsND dimensionsND, int LOD, int channel, optional<float> replacementNoValue)

template<> inline VolumeDataReadAccessor<IntVector4, double> CreateVolumeDataReadAccessor(DimensionsND dimensionsND, int LOD, int channel, optional<float> replacementNoValue)

template<> inline VolumeDataReadAccessor<IntVector4, uint64_t> CreateVolumeDataReadAccessor(DimensionsND dimensionsND, int LOD, int channel, optional<float> replacementNoValue)

template<> inline VolumeDataReadAccessor<IntVector4, float> CreateVolumeDataReadAccessor(DimensionsND dimensionsND, int LOD, int channel, optional<float> replacementNoValue)

template<> inline VolumeDataReadAccessor<IntVector4, uint32_t> CreateVolumeDataReadAccessor(DimensionsND dimensionsND, int LOD, int channel, optional<float> replacementNoValue)

template<> inline VolumeDataReadAccessor<IntVector4, uint16_t> CreateVolumeDataReadAccessor(DimensionsND dimensionsND, int LOD, int channel, optional<float> replacementNoValue)

template<> inline VolumeDataReadAccessor<IntVector4, uint8_t> CreateVolumeDataReadAccessor(DimensionsND dimensionsND, int LOD, int channel, optional<float> replacementNoValue)

template<> inline VolumeDataReadAccessor<IntVector4, bool> CreateVolumeDataReadAccessor(DimensionsND dimensionsND, int LOD, int channel, optional<float> replacementNoValue)

template<> inline VolumeDataReadWriteAccessor<IntVector2, double> CreateVolumeDataReadWriteAccessor(DimensionsND dimensionsND, int LOD, int channel, int maxPages, optional<float> replacementNoValue)

template<> inline VolumeDataReadWriteAccessor<IntVector2, uint64_t> CreateVolumeDataReadWriteAccessor(DimensionsND dimensionsND, int LOD, int channel, int maxPages, optional<float> replacementNoValue)

template<> inline VolumeDataReadWriteAccessor<IntVector2, float> CreateVolumeDataReadWriteAccessor(DimensionsND dimensionsND, int LOD, int channel, int maxPages, optional<float> replacementNoValue)

template<> inline VolumeDataReadWriteAccessor<IntVector2, uint32_t> CreateVolumeDataReadWriteAccessor(DimensionsND dimensionsND, int LOD, int channel, int maxPages, optional<float> replacementNoValue)

template<> inline VolumeDataReadWriteAccessor<IntVector2, uint16_t> CreateVolumeDataReadWriteAccessor(DimensionsND dimensionsND, int LOD, int channel, int maxPages, optional<float> replacementNoValue)

template<> inline VolumeDataReadWriteAccessor<IntVector2, uint8_t> CreateVolumeDataReadWriteAccessor(DimensionsND dimensionsND, int LOD, int channel, int maxPages, optional<float> replacementNoValue)

template<> inline VolumeDataReadWriteAccessor<IntVector2, bool> CreateVolumeDataReadWriteAccessor(DimensionsND dimensionsND, int LOD, int channel, int maxPages, optional<float> replacementNoValue)

template<> inline VolumeDataReadWriteAccessor<IntVector3, double> CreateVolumeDataReadWriteAccessor(DimensionsND dimensionsND, int LOD, int channel, int maxPages, optional<float> replacementNoValue)

template<> inline VolumeDataReadWriteAccessor<IntVector3, uint64_t> CreateVolumeDataReadWriteAccessor(DimensionsND dimensionsND, int LOD, int channel, int maxPages, optional<float> replacementNoValue)

template<> inline VolumeDataReadWriteAccessor<IntVector3, float> CreateVolumeDataReadWriteAccessor(DimensionsND dimensionsND, int LOD, int channel, int maxPages, optional<float> replacementNoValue)

template<> inline VolumeDataReadWriteAccessor<IntVector3, uint32_t> CreateVolumeDataReadWriteAccessor(DimensionsND dimensionsND, int LOD, int channel, int maxPages, optional<float> replacementNoValue)

template<> inline VolumeDataReadWriteAccessor<IntVector3, uint16_t> CreateVolumeDataReadWriteAccessor(DimensionsND dimensionsND, int LOD, int channel, int maxPages, optional<float> replacementNoValue)

template<> inline VolumeDataReadWriteAccessor<IntVector3, uint8_t> CreateVolumeDataReadWriteAccessor(DimensionsND dimensionsND, int LOD, int channel, int maxPages, optional<float> replacementNoValue)

template<> inline VolumeDataReadWriteAccessor<IntVector3, bool> CreateVolumeDataReadWriteAccessor(DimensionsND dimensionsND, int LOD, int channel, int maxPages, optional<float> replacementNoValue)

template<> inline VolumeDataReadWriteAccessor<IntVector4, double> CreateVolumeDataReadWriteAccessor(DimensionsND dimensionsND, int LOD, int channel, int maxPages, optional<float> replacementNoValue)

template<> inline VolumeDataReadWriteAccessor<IntVector4, uint64_t> CreateVolumeDataReadWriteAccessor(DimensionsND dimensionsND, int LOD, int channel, int maxPages, optional<float> replacementNoValue)

template<> inline VolumeDataReadWriteAccessor<IntVector4, float> CreateVolumeDataReadWriteAccessor(DimensionsND dimensionsND, int LOD, int channel, int maxPages, optional<float> replacementNoValue)

template<> inline VolumeDataReadWriteAccessor<IntVector4, uint32_t> CreateVolumeDataReadWriteAccessor(DimensionsND dimensionsND, int LOD, int channel, int maxPages, optional<float> replacementNoValue)

template<> inline VolumeDataReadWriteAccessor<IntVector4, uint16_t> CreateVolumeDataReadWriteAccessor(DimensionsND dimensionsND, int LOD, int channel, int maxPages, optional<float> replacementNoValue)

template<> inline VolumeDataReadWriteAccessor<IntVector4, uint8_t> CreateVolumeDataReadWriteAccessor(DimensionsND dimensionsND, int LOD, int channel, int maxPages, optional<float> replacementNoValue)

template<> inline VolumeDataReadWriteAccessor<IntVector4, bool> CreateVolumeDataReadWriteAccessor(DimensionsND dimensionsND, int LOD, int channel, int maxPages, optional<float> replacementNoValue)

template<> inline VolumeDataReadWriteAccessor<IntVector2, double> CreateVolumeDataReadWriteAccessor(DimensionsND dimensionsND, int LOD, int channel, optional<float> replacementNoValue)

template<> inline VolumeDataReadWriteAccessor<IntVector2, uint64_t> CreateVolumeDataReadWriteAccessor(DimensionsND dimensionsND, int LOD, int channel, optional<float> replacementNoValue)

template<> inline VolumeDataReadWriteAccessor<IntVector2, float> CreateVolumeDataReadWriteAccessor(DimensionsND dimensionsND, int LOD, int channel, optional<float> replacementNoValue)

template<> inline VolumeDataReadWriteAccessor<IntVector2, uint32_t> CreateVolumeDataReadWriteAccessor(DimensionsND dimensionsND, int LOD, int channel, optional<float> replacementNoValue)

template<> inline VolumeDataReadWriteAccessor<IntVector2, uint16_t> CreateVolumeDataReadWriteAccessor(DimensionsND dimensionsND, int LOD, int channel, optional<float> replacementNoValue)

template<> inline VolumeDataReadWriteAccessor<IntVector2, uint8_t> CreateVolumeDataReadWriteAccessor(DimensionsND dimensionsND, int LOD, int channel, optional<float> replacementNoValue)

template<> inline VolumeDataReadWriteAccessor<IntVector2, bool> CreateVolumeDataReadWriteAccessor(DimensionsND dimensionsND, int LOD, int channel, optional<float> replacementNoValue)

template<> inline VolumeDataReadWriteAccessor<IntVector3, double> CreateVolumeDataReadWriteAccessor(DimensionsND dimensionsND, int LOD, int channel, optional<float> replacementNoValue)

template<> inline VolumeDataReadWriteAccessor<IntVector3, uint64_t> CreateVolumeDataReadWriteAccessor(DimensionsND dimensionsND, int LOD, int channel, optional<float> replacementNoValue)

template<> inline VolumeDataReadWriteAccessor<IntVector3, float> CreateVolumeDataReadWriteAccessor(DimensionsND dimensionsND, int LOD, int channel, optional<float> replacementNoValue)

template<> inline VolumeDataReadWriteAccessor<IntVector3, uint32_t> CreateVolumeDataReadWriteAccessor(DimensionsND dimensionsND, int LOD, int channel, optional<float> replacementNoValue)

template<> inline VolumeDataReadWriteAccessor<IntVector3, uint16_t> CreateVolumeDataReadWriteAccessor(DimensionsND dimensionsND, int LOD, int channel, optional<float> replacementNoValue)

template<> inline VolumeDataReadWriteAccessor<IntVector3, uint8_t> CreateVolumeDataReadWriteAccessor(DimensionsND dimensionsND, int LOD, int channel, optional<float> replacementNoValue)

template<> inline VolumeDataReadWriteAccessor<IntVector3, bool> CreateVolumeDataReadWriteAccessor(DimensionsND dimensionsND, int LOD, int channel, optional<float> replacementNoValue)

template<> inline VolumeDataReadWriteAccessor<IntVector4, double> CreateVolumeDataReadWriteAccessor(DimensionsND dimensionsND, int LOD, int channel, optional<float> replacementNoValue)

template<> inline VolumeDataReadWriteAccessor<IntVector4, uint64_t> CreateVolumeDataReadWriteAccessor(DimensionsND dimensionsND, int LOD, int channel, optional<float> replacementNoValue)

template<> inline VolumeDataReadWriteAccessor<IntVector4, float> CreateVolumeDataReadWriteAccessor(DimensionsND dimensionsND, int LOD, int channel, optional<float> replacementNoValue)

template<> inline VolumeDataReadWriteAccessor<IntVector4, uint32_t> CreateVolumeDataReadWriteAccessor(DimensionsND dimensionsND, int LOD, int channel, optional<float> replacementNoValue)

template<> inline VolumeDataReadWriteAccessor<IntVector4, uint16_t> CreateVolumeDataReadWriteAccessor(DimensionsND dimensionsND, int LOD, int channel, optional<float> replacementNoValue)

template<> inline VolumeDataReadWriteAccessor<IntVector4, uint8_t> CreateVolumeDataReadWriteAccessor(DimensionsND dimensionsND, int LOD, int channel, optional<float> replacementNoValue)

template<> inline VolumeDataReadWriteAccessor<IntVector4, bool> CreateVolumeDataReadWriteAccessor(DimensionsND dimensionsND, int LOD, int channel, optional<float> replacementNoValue)

template<> inline VolumeDataReadAccessor<FloatVector2, double> CreateInterpolatingVolumeDataAccessor(DimensionsND dimensionsND, int LOD, int channel, InterpolationMethod interpolationMethod, int maxPages, optional<float> replacementNoValue)

template<> inline VolumeDataReadAccessor<FloatVector2, float> CreateInterpolatingVolumeDataAccessor(DimensionsND dimensionsND, int LOD, int channel, InterpolationMethod interpolationMethod, int maxPages, optional<float> replacementNoValue)

template<> inline VolumeDataReadAccessor<FloatVector3, double> CreateInterpolatingVolumeDataAccessor(DimensionsND dimensionsND, int LOD, int channel, InterpolationMethod interpolationMethod, int maxPages, optional<float> replacementNoValue)

template<> inline VolumeDataReadAccessor<FloatVector3, float> CreateInterpolatingVolumeDataAccessor(DimensionsND dimensionsND, int LOD, int channel, InterpolationMethod interpolationMethod, int maxPages, optional<float> replacementNoValue)

template<> inline VolumeDataReadAccessor<FloatVector4, double> CreateInterpolatingVolumeDataAccessor(DimensionsND dimensionsND, int LOD, int channel, InterpolationMethod interpolationMethod, int maxPages, optional<float> replacementNoValue)

template<> inline VolumeDataReadAccessor<FloatVector4, float> CreateInterpolatingVolumeDataAccessor(DimensionsND dimensionsND, int LOD, int channel, InterpolationMethod interpolationMethod, int maxPages, optional<float> replacementNoValue)

template<> inline VolumeDataReadAccessor<FloatVector2, double> CreateInterpolatingVolumeDataAccessor(DimensionsND dimensionsND, int LOD, int channel, InterpolationMethod interpolationMethod, optional<float> replacementNoValue)

template<> inline VolumeDataReadAccessor<FloatVector2, float> CreateInterpolatingVolumeDataAccessor(DimensionsND dimensionsND, int LOD, int channel, InterpolationMethod interpolationMethod, optional<float> replacementNoValue)

template<> inline VolumeDataReadAccessor<FloatVector3, double> CreateInterpolatingVolumeDataAccessor(DimensionsND dimensionsND, int LOD, int channel, InterpolationMethod interpolationMethod, optional<float> replacementNoValue)

template<> inline VolumeDataReadAccessor<FloatVector3, float> CreateInterpolatingVolumeDataAccessor(DimensionsND dimensionsND, int LOD, int channel, InterpolationMethod interpolationMethod, optional<float> replacementNoValue)

template<> inline VolumeDataReadAccessor<FloatVector4, double> CreateInterpolatingVolumeDataAccessor(DimensionsND dimensionsND, int LOD, int channel, InterpolationMethod interpolationMethod, optional<float> replacementNoValue)

template<> inline VolumeDataReadAccessor<FloatVector4, float> CreateInterpolatingVolumeDataAccessor(DimensionsND dimensionsND, int LOD, int channel, InterpolationMethod interpolationMethod, optional<float> replacementNoValue)

Public Static Attributes

static constexpr AccessMode AccessMode_ReadOnly = VolumeDataPageAccessor::AccessMode_ReadOnly 

static constexpr AccessMode AccessMode_ReadWrite = VolumeDataPageAccessor::AccessMode_ReadWrite 

static constexpr AccessMode AccessMode_Create = VolumeDataPageAccessor::AccessMode_Create 

static constexpr AccessMode AccessMode_CreateWithoutLODGeneration = VolumeDataPageAccessor::AccessMode_CreateWithoutLODGeneration 

static constexpr AccessMode AccessMode_ReadWriteWithoutLODGeneration = VolumeDataPageAccessor::AccessMode_ReadWriteWithoutLODGeneration 

static constexpr int Dimensionality_Max = VolumeDataLayout::Dimensionality_Max : the maximum number of dimensions a VDS can have

static constexpr int maxPagesDefault = 8: the default maxPages for VolumeDataPageAccessors