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bag_vrmetadatadescriptor.cpp
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bag_vrmetadatadescriptor.cpp
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#include "bag_exceptions.h"
#include "bag_private.h"
#include "bag_vrmetadatadescriptor.h"
namespace BAG {
//! Constructor.
/*!
\param id
The unique layer id.
\param chunkSize
The chunk size the HDF5 DataSet will use.
\param compressionLevel
The compression level the HDF5 DataSet will use.
*/
VRMetadataDescriptor::VRMetadataDescriptor(
uint32_t id,
uint64_t chunkSize,
int compressionLevel)
: LayerDescriptor(id, VR_METADATA_PATH,
kLayerTypeMapString.at(VarRes_Metadata), VarRes_Metadata, chunkSize,
compressionLevel)
{
}
//! Constructor.
/*!
\param dataset
The BAG Dataset this layer belongs to.
*/
VRMetadataDescriptor::VRMetadataDescriptor(
const Dataset& dataset)
: LayerDescriptor(dataset, VarRes_Metadata, VR_METADATA_PATH)
{
}
//! Create a variable resolution metadata descriptor.
/*!
\param dataset
The BAG Dataset this layer belongs to.
\param chunkSize
The chunk size the HDF5 DataSet will use.
\param compressionLevel
The compression level the HDF5 DataSet will use.
\return
The new variable resolution metadata descriptor.
*/
std::shared_ptr<VRMetadataDescriptor> VRMetadataDescriptor::create(
const Dataset& dataset,
uint64_t chunkSize,
int compressionLevel)
{
return std::shared_ptr<VRMetadataDescriptor>(
new VRMetadataDescriptor{dataset.getNextId(), chunkSize,
compressionLevel});
}
//! Open an existing variable resolution metadata descriptor.
/*!
\param dataset
The BAG Dataset this layer belongs to.
\return
The variable resolution metadata descriptor.
*/
std::shared_ptr<VRMetadataDescriptor> VRMetadataDescriptor::open(
const Dataset& dataset)
{
return std::shared_ptr<VRMetadataDescriptor>(
new VRMetadataDescriptor{dataset});
}
//! \copydoc LayerDescriptor::getDataType
DataType VRMetadataDescriptor::getDataTypeProxy() const noexcept
{
return DT_COMPOUND;
}
//! \copydoc LayerDescriptor::getElementSize
uint8_t VRMetadataDescriptor::getElementSizeProxy() const noexcept
{
return sizeof(VRMetadataItem);
}
//! Retrieve the maximum dimensions.
/*!
\return
The maximum X and Y dimensions.
*/
std::tuple<uint32_t, uint32_t>
VRMetadataDescriptor::getMaxDimensions() const noexcept
{
return {m_maxDimX, m_maxDimY};
}
//! Retrieve the maximum resolution.
/*!
\return
The maximum X and Y resolution.
*/
std::tuple<float, float>
VRMetadataDescriptor::getMaxResolution() const noexcept
{
return {m_maxResX, m_maxResY};
}
//! Retrieve the minimum dimensions.
/*!
\return
The minimum X and Y dimensions.
*/
std::tuple<uint32_t, uint32_t>
VRMetadataDescriptor::getMinDimensions() const noexcept
{
return {m_minDimX, m_minDimY};
}
//! Retrieve the minimum resolution.
/*!
\return
The minimum X and Y resolution.
*/
std::tuple<float, float>
VRMetadataDescriptor::getMinResolution() const noexcept
{
return {m_minResX, m_minResY};
}
//! Set the maximum dimensions.
/*!
\param maxDimX
The maximum X dimension.
\param maxDimY
The maximum Y dimension.
\return
The variable resolution metadata descriptor.
*/
VRMetadataDescriptor& VRMetadataDescriptor::setMaxDimensions(
uint32_t maxDimX,
uint32_t maxDimY) & noexcept
{
m_maxDimX = maxDimX;
m_maxDimY = maxDimY;
return *this;
}
//! Set the maximum resolution.
/*!
\param maxResX
The maximum X resolution.
\param maxResY
The maximum Y resolution.
\return
The variable resolution metadata descriptor.
*/
VRMetadataDescriptor& VRMetadataDescriptor::setMaxResolution(
float maxResX,
float maxResY) & noexcept
{
m_maxResX = maxResX;
m_maxResY = maxResY;
return *this;
}
//! Set the minimum dimensions.
/*!
\param minDimX
The minimum X dimension.
\param minDimY
The minimum Y dimension.
\return
The variable resolution metadata descriptor.
*/
VRMetadataDescriptor& VRMetadataDescriptor::setMinDimensions(
uint32_t minDimX,
uint32_t minDimY) & noexcept
{
m_minDimX = minDimX;
m_minDimY = minDimY;
return *this;
}
//! Set the minimum resolution.
/*!
\param minResX
The minimum X resolution.
\param minResY
The minimum Y resolution.
\return
The variable resolution metadata descriptor.
*/
VRMetadataDescriptor& VRMetadataDescriptor::setMinResolution(
float minResX,
float minResY) & noexcept
{
m_minResX = minResX;
m_minResY = minResY;
return *this;
}
} // namespace BAG