The top-level overall data structure bundling everything

The Bundle is the entity which holds a complete information about one or more physical models. More...

Classes
struct	Fiber::GridField
	A helper class to retrieve fields given on a Grid. More...
class	Fiber::Binder
	Base class to allow binding a Fiber Bundle data structure to some storage device, similar to swapping data from in and out of memory. More...
struct	Fiber::GridSaveParameters
class	Fiber::EvolutionIterator< Slice >
	Iterator for Slices. More...
class	Fiber::EvolutionIterator< Grid >
	Callback iterator functor for iterating over the grids of a bundle. More...
class	Fiber::EvolutionIterator< Skeleton >
	Callback iterator functor for iterating over the grid skeletons of a bundle. More...
class	Fiber::BundleLoaderProgress
	Loading progress callback functor. More...
class	Fiber::BundleProperty
	Convenient abstract base class for inspecting and evaluating properties of Bundles. More...
class	Fiber::GridProperty
	An abstract bundle property which returns true if a Grid with the property query as implemented in this subclass will return true. More...
class	Fiber::SkeletonExistence
	A concrete Grid Property which looks for the existence of a Skeleton of the specified dimension and index depth. More...
class	Fiber::isUniformCartesianGrid
	Checks if the given Grid is uniform in cartesian coordinates. More...
class	Fiber::isFragmentedUniformCartesianGrid
	Checks if the given Grid is uniform in cartesian coordinates, possibly in multiple fragments. More...
class	Fiber::isRegularGrid< Dimensions >
	Checks if the given Grid is regular. More...
class	Fiber::isCurvilinearGrid
	Checks if the given Grid is a Curvilinear Grid. More...
class	Fiber::hasCartesianCoordinates
	Checks if the given Grid has a representation in cartesian coordinates. More...
class	Fiber::hasExplicitCartesianCoordinates
	Checks if the given Grid has a explicit cartesian coordinates, i.e, no procedural coordinates such as a direct product. More...
class	Fiber::FieldSelection
	An abstract selection of fields, that is given by names of fields and possible types for each field. More...
class	Fiber::FieldSelector
	An internal class that stores a couple of textual names. More...
class	Fiber::GridID
	A grid identifier. More...
struct	Fiber::Info< Grid >
	The information as returned by a query for Grids. More...
class	Fiber::GridList
	A sequence of Grid objects with identifiers. More...
class	Fiber::GridSelector
	Context information to select a grid from within a bundle. More...
struct	Fiber::Info< QueryType >
	Generic template namespace class for results of find() functions throughout the Bundle. More...
struct	Fiber::Info< Representation >
	The information as returned by a query for Representations. More...
struct	Fiber::Info< Skeleton >
	The information as returned by a query for Skeletons. More...
class	Fiber::GridIterator
	Iterator callback object for iteration within time slices. More...
class	Fiber::Slice
	Information per time slice, mainly a set of Grid objects that are accessed via GridID objects. More...
class	Fiber::SlicePtr
	Convenience shortcut for pointers to Slices. More...
struct	Fiber::Info< Slice >
	The information as returned by a query for Slices. More...
class	Fiber::SliceMap
	An helper class for a collection of slices. More...

Typedefs
using	Fiber::hasSkeleton = SkeletonExistence
	Alias name.

Enumerations
enum	Fiber::Slice::LoaderPriority { HDF5 , COMPUTED_GRID }
	Enums specifying the priority for various loaders.

Variables
template<class ObjectLevel >
class BUNDLE_API	EvolutionIterator
	Generic template definition for iterators over objects on many time steps.

Detailed Description

The Bundle is the entity which holds a complete information about one or more physical models.

It holds properties such as temporal evolutions, topological and geometrical properties, the relations between physical objects, representations in coordinate systems and physical quantities (Field s) on and around the physical objects.

Variable Documentation

EvolutionIterator

template<class ObjectLevel >

class BUNDLE_API EvolutionIterator

related

Generic template definition for iterators over objects on many time steps.

The generic template is not used at all, it is only used to provide a pretty name for the specific iterators, which are EvolutionIterator<Slice>, EvolutionIterator<Grid>, EvolutionIterator<Skeleton>, EvolutionIterator<Field> , Slice