pViews

Collaboration diagram for pViews:

Modules
	Base Parallel View
	Parallel View Framework
	Base classes that facilitate the development of new parallel views.
	Core
	Model abstract data types
	Model common abstract data types.
	Model graph abstract data types
	Model graph abstract data types.
	Use no storage
	Present data without using concrete storage.
	Modify values of containers
	Modify values retrieved from underlying view or container.
	Compose views
	Compose views with other views.
	Specify a data distribution
	Allow specification of an arbitrary data distribution.
	Modify distributions of containers
	Modify distributions of underlying container.

Detailed Description

OVERVIEW

A pView encapsulates the information about the collection of elements it represents, the elements that can be accessed through it, and provides a set of operations to interact with the data. It also encodes information about the partition of the data, which allows it to operate in a distributed environment.

IMPLEMENTATION

The pViews currently implemented in STAPL are array_view, vector_view, array_ro_view, overlap_view, repeated_view, counting_view, functor_view, strided_view, reverse_view, filter_view, transform_view, native_view, balance_view, segmented_view, zip_view, system_view, mapping_view, partitioning_view. Each adheres to a common interface.