Helper class. More...
#include <PrecisionTransformation.hpp>
Inheritance diagram for Fiber::FiberIO::HDF5::PrecisionTransformation:
Public Member Functions | |
| void | setFragmentFiberType (const RefPtr< FiberTypeBase > &TheFiberType) |
| bool | doTransformPrecision () const |
| PrecisionTransformation (const RefPtr< FiberTypeBase > &) | |
| RefPtr< CreativeArrayBase > | newCreator (const RefPtr< LoaderProgress > &TheLoaderProgressor, const F5Fragment &theFragment, const DynamicSize &SI, const RefPtr< FiberIO::HDF5::FileNameInterface > &FragmentFileInfo, const WeakPtr< StorageTransformations::IOPerformance > &theLoadPerformance, const string &fragmentname, const string &FieldSource) const |
| void | shiftAttributes (Attributes &A) |
| Modify attributes such as the range if the precision is changed during I/O. | |
Static Public Member Functions | |
| static bool | readPossiblyConvertedData (RefPtr< MemBase > &NewData, CreativeArrayBase &theCreator) |
| Function is similar to CreativeArrayBase::create() but more efficient than raw HDF5 in case data need to be converted from float to double precision upon reading. | |
| static bool | possiblyShiftData (RefPtr< MemBase > &NewData, CreativeArrayBase &theCreator) |
| static std::pair< bool, hid_t > | getFileType (const StorageTransformations::FilterSettings &FS, hid_t Mem_type_hid, const Fiber::Field &theField, F5Path *myPath) |
| Determine whether that specific field thing shall be written in single precision. | |
| static void | adjustFileWriteInformation (const StorageTransformations::FilterSettings &FS, CreativeArrayBase &FieldFragmentAttributes, Attributes &OverrideStorageAttributes, AttributeSet_t &DontSaveAttributeSet, RefPtr< ChunkBase > &Mb, bool WriteDoubleTypeInSinglePrecision, bool Write_Shifted_Single_Precision_Range) |
| Modify the information that will be written to the file. | |
| static void | adjustAttributeWriteInformation (const CreativeArrayBase &FragmentAttributes, Attributes &OverrideStorageAttributes, bool Write_Shifted_Single_Precision_Range) |
| static RefPtr< Chunk< Eagle::point3f > > | reduce_to_single_precision (const FixedArray< double, 3 > &Shift, const Chunk< Eagle::point3 > &Input) |
| static RefPtr< Chunk< Eagle::point3 > > | expand_to_double_precision (const FixedArray< double, 3 > &Shift, const Chunk< Eagle::point3f > &Input) |
Public Attributes | |
| RefPtr< FiberTypeBase > | FieldFiberType |
| The type how it shall appear in the fiber bundle field. | |
| RefPtr< FiberTypeBase > | FragmentFiberType |
| RefPtr< FiberTypeBase > | NativeFiberType |
| The type how it is in the file, if its different. | |
Static Public Attributes | |
| static constexpr const char | NumericalShiftAttributeName [] = FIBER_FRAGMENT_NUMERICALSHIFT_ATTRIBUTE |
Detailed Description
Helper class.
Possibly move this functionality into the FiberType class.
Member Function Documentation
◆ adjustFileWriteInformation()
|
static |
Modify the information that will be written to the file.
- Parameters
-
WriteDoubleTypeInSinglePrecision information used for Range information
References std::unordered_set< typename _Value, typename _Hash, typename _Pred, typename _Alloc >::insert().
Referenced by Fiber::F5Skeleton::F5write().
◆ getFileType()
|
static |
Determine whether that specific field thing shall be written in single precision.
- Todo:
- : consistency check for other types
References Fiber::Field::getElementFiberType().
Referenced by Fiber::F5Skeleton::F5write().
◆ setFragmentFiberType()
| void Fiber::FiberIO::HDF5::PrecisionTransformation::setFragmentFiberType | ( | const RefPtr< FiberTypeBase > & | TheFiberType | ) |
TODO: more systematic approach here.
References Fiber::FiberType< T >::getFiberType(), and NativeFiberType.
Referenced by Fiber::FiberIO::HDF5::ContiguousFragmentLoader::loadAllFragments().
