Public Types
using	SkeletonFragmentIDCollections_t = std::map< Fiber::SkeletonID, MemCore::RefPtr< Fiber::FragmentIDCollection > >

Public Member Functions
	GridLoader (Fiber::Grid &g, const MemCore::RefPtr< MemCore::LoaderProgress > &lp, const MemCore::WeakPtr< Fiber::StorageTransformations::IOPerformance > &theLoadPerformance, const std::string &info)

bool	gotRepresentation (const MemCore::WeakPtr< Fiber::Representation > &R) const

MemCore::WeakPtr< Fiber::Skeleton >	findAvailableSkeleton (const std::string &NameInFile) const

void	createSkeleton (const Fiber::SkeletonID &, const std::string &SkeletonNameInFile)
	Create a new Skeleton on the current Grid and remember it as available under the given name as it was specified in the file.

void	loadGrid (F5Path *grid)

herr_t	LoadSkeletonTopology (F5Path skeleton, const char skeletonname, int index_depth, int skel_dims)
	Check if this skeleton has higher order skeletons describing its topology, for instance determine whether this skeleton is regularly fragmented.

herr_t	LoadSkeletonCoordinateRepresentations (F5Path skeleton, const char skeletonname, int index_depth, int skel_dims)

herr_t	LoadSkeletonRelativeRepresentations (F5Path skeleton, const char skeletonname, int index_depth, int skel_dims)

herr_t	LoadSkeletonOtherRepresentations (F5Path skeleton, const char skeletonname, int index_depth, int skel_dims)

Public Attributes
Fiber::Grid &	MyGrid

MemCore::RefPtr< MemCore::LoaderProgress >	LP

MemCore::WeakPtr< Fiber::StorageTransformations::IOPerformance >	LoadPerformance

std::string	path_info

std::unordered_set< std::string >	IgnoreAttributesOnLoad

SkeletonFragmentIDCollections_t	SkeletonFragmentIDCollections

MemCore::RefPtr< H5GroupAccess >	GroupAccess

Member Function Documentation

◆ LoadSkeletonTopology()

herr_t GridLoader::LoadSkeletonTopology	(	F5Path *	skeleton,
		const char *	skeletonname,
		int	index_depth,
		int	skel_dims
	)

Check if this skeleton has higher order skeletons describing its topology, for instance determine whether this skeleton is regularly fragmented.

If so, this will affect the layout of all fields in the given skeleton to be regularly fragmented.

The Skeleton that holds the topology of the fragments

TODO: Make Grid pass to read and identify representations in order to avoid HDF5 access here.