Uses of Package
net.imglib2

Abstract implementation of Cursor.

Superclass of abstract EuclideanSpace implementations (accessors, containers, etc).

An abstract class that implements the Localizable interface using a long[] array to maintain position.

Abstract base class for localizing Cursors.

Implementation of the RealInterval interface.

Convenient base class for accessors etc, that source all Localizable calls to a Localizable source.

A Cursor iterates over a set of Localizable elements, for example the image values at the (integer) pixel positions of an image.

{Rⁿ}: an N-dimensional Euclidean space.

Implementation of the Interval interface.

{x∈Zⁿ|min_d≤ x_d≤max_d;d∈{0… n-1}}

f:Rⁿ∈[0,s]→T

KDTree to access values at RealLocalizable positions.

A KDTreeNode that stores it's value as a Sampler.

Abstract base class for nodes in a KDTree.

A Point is a position in Euclidean space specified in integer coordinates.

A RealCursor iterates over a set of RealLocalizable elements, for example intensity values sampled at a finite set of arbitrary real positions.

The RealLocalizable interface can localize itself in an n-dimensional real space.

An element that can be positioned in n-dimensional real space.

f:Rⁿ→T

Superclass of abstract EuclideanSpace implementations (accessors, containers, etc).

{x∈Zⁿ|min_d≤ x_d≤max_d;d∈{0… n-1}}

An element that can be positioned in n-dimensional discrete space.

f:Zⁿ→T

{x∈Rⁿ|min_d≤ x_d≤max_d;d∈{0… n-1}}

An element that can be positioned in n-dimensional real space.

The Sampler interface provides access to a value whose type is specified by the generic parameter T.

The Localizable interface can localize itself in an n-dimensional discrete space.

The Localizable interface can localize itself in an n-dimensional discrete space.

The Localizable interface can localize itself in an n-dimensional discrete space.

f:{x∈Zⁿ|[min,max]→T}

{x∈Zⁿ|min_d≤ x_d≤max_d;d∈{0… n-1}}

f:Zⁿ→T

f:{x∈Zⁿ|[min,max]→T}

f:{x∈Zⁿ|[min,max]→T}

{x∈Zⁿ|min_d≤ x_d≤max_d;d∈{0… n-1}}

f:Zⁿ→T

Superclass of abstract EuclideanSpace implementations (accessors, containers, etc).

{Rⁿ}: an N-dimensional Euclidean space.

The RealLocalizable interface can localize itself in an n-dimensional real space.

Abstract implementation of Cursor.

f:{x∈Zⁿ|[min,max]→T}

Defines an extent in n-dimensional discrete space.

f:Zⁿ→T

The Localizable interface can localize itself in an n-dimensional discrete space.

f:{x∈Zⁿ|[min,max]→T}

{x∈Zⁿ|min_d≤ x_d≤max_d;d∈{0… n-1}}

The Localizable interface can localize itself in an n-dimensional discrete space.

f:{x∈Zⁿ|[min,max]→T}

f:{x∈Zⁿ|[min,max]→T}

{Rⁿ}: an N-dimensional Euclidean space.

The Localizable interface can localize itself in an n-dimensional discrete space.

f:{x∈Zⁿ|[min,max]→T}

The Sampler interface provides access to a value whose type is specified by the generic parameter T.

Defines an extent in n-dimensional discrete space.

f:{x∈Zⁿ|[min,max]→T}

Superclass of abstract EuclideanSpace implementations (accessors, containers, etc).

{x∈Zⁿ|min_d≤ x_d≤max_d;d∈{0… n-1}}

f:Zⁿ→T

{x∈Rⁿ|min_d≤ x_d≤max_d;d∈{0… n-1}}

An element that can be positioned in n-dimensional real space.

The Sampler interface provides access to a value whose type is specified by the generic parameter T.

Superclass of abstract EuclideanSpace implementations (accessors, containers, etc).

{x∈Zⁿ|min_d≤ x_d≤max_d;d∈{0… n-1}}

Abstract base class for nodes in a KDTree.

f:Zⁿ→T

The RealLocalizable interface can localize itself in an n-dimensional real space.

{x∈Zⁿ|min_d≤ x_d≤max_d;d∈{0… n-1}}

f:Zⁿ→T

{x∈Zⁿ|min_d≤ x_d≤max_d;d∈{0… n-1}}

f:{x∈Zⁿ|[min,max]→T}

f:{x∈Zⁿ|[min,max]→T}

Superclass of abstract EuclideanSpace implementations (accessors, containers, etc).

{Rⁿ}: an N-dimensional Euclidean space.

The Localizable interface can localize itself in an n-dimensional discrete space.

An element that can be positioned in n-dimensional discrete space.

f:Zⁿ→T

The RealLocalizable interface can localize itself in an n-dimensional real space.

An element that can be positioned in n-dimensional real space.

The Localizable interface can localize itself in an n-dimensional discrete space.

A Cursor iterates over a set of Localizable elements, for example the image values at the (integer) pixel positions of an image.

KDTree to access values at RealLocalizable positions.

f:{x∈Zⁿ|[min,max]→T}

A Cursor iterates over a set of Localizable elements, for example the image values at the (integer) pixel positions of an image.

The Localizable interface can localize itself in an n-dimensional discrete space.

Abstract implementation of Cursor.

Implementation of the Interval interface.

A Cursor iterates over a set of Localizable elements, for example the image values at the (integer) pixel positions of an image.

{Rⁿ}: an N-dimensional Euclidean space.

An IterableRealInterval whose elements are located at integer coordinates.

The Iterator interface provides basic functionality for iterating over a set of elements.

The Localizable interface can localize itself in an n-dimensional discrete space.

An element that can be positioned in n-dimensional discrete space.

f:Zⁿ→T

A RealCursor iterates over a set of RealLocalizable elements, for example intensity values sampled at a finite set of arbitrary real positions.

The RealLocalizable interface can localize itself in an n-dimensional real space.

An interface which marks an object that is a lightweight wrapper or "view" around actual data.

{Rⁿ}: an N-dimensional Euclidean space.

An IterableRealInterval whose elements are located at integer coordinates.

f:{x∈Zⁿ|[min,max]→T}

{x∈Zⁿ|min_d≤ x_d≤max_d;d∈{0… n-1}}

f:{x∈Zⁿ|[min,max]→T}

An IterableRealInterval whose elements are located at integer coordinates.

Superclass of abstract EuclideanSpace implementations (accessors, containers, etc).

An abstract class that implements the Localizable interface using a long[] array to maintain position.

Defines an extent in n-dimensional discrete space.

{x∈Zⁿ|min_d≤ x_d≤max_d;d∈{0… n-1}}

f:Rⁿ∈[0,s]→T

The Localizable interface can localize itself in an n-dimensional discrete space.

f:{x∈Zⁿ|[min,max]→T}

{x∈Rⁿ|min_d≤ x_d≤max_d;d∈{0… n-1}}

An element that can be positioned in n-dimensional real space.

A Cursor iterates over a set of Localizable elements, for example the image values at the (integer) pixel positions of an image.

The Iterator interface provides basic functionality for iterating over a set of elements.

A RealCursor iterates over a set of RealLocalizable elements, for example intensity values sampled at a finite set of arbitrary real positions.

The Sampler interface provides access to a value whose type is specified by the generic parameter T.

A Cursor iterates over a set of Localizable elements, for example the image values at the (integer) pixel positions of an image.

{Rⁿ}: an N-dimensional Euclidean space.

An IterableRealInterval whose elements are located at integer coordinates.

The Iterator interface provides basic functionality for iterating over a set of elements.

An element that can be positioned in n-dimensional discrete space.

f:Zⁿ→T

{x∈Rⁿ|min_d≤ x_d≤max_d;d∈{0… n-1}}

An element that can be positioned in n-dimensional real space.

A Cursor iterates over a set of Localizable elements, for example the image values at the (integer) pixel positions of an image.

{Rⁿ}: an N-dimensional Euclidean space.

An IterableRealInterval whose elements are located at integer coordinates.

The Iterator interface provides basic functionality for iterating over a set of elements.

An element that can be positioned in n-dimensional discrete space.

A RealCursor iterates over a set of RealLocalizable elements, for example intensity values sampled at a finite set of arbitrary real positions.

The RealLocalizable interface can localize itself in an n-dimensional real space.

The Sampler interface provides access to a value whose type is specified by the generic parameter T.

Abstract implementation of Cursor.

A Cursor iterates over a set of Localizable elements, for example the image values at the (integer) pixel positions of an image.

{Rⁿ}: an N-dimensional Euclidean space.

An IterableRealInterval whose elements are located at integer coordinates.

The Iterator interface provides basic functionality for iterating over a set of elements.

An element that can be positioned in n-dimensional discrete space.

f:Zⁿ→T

{x∈Rⁿ|min_d≤ x_d≤max_d;d∈{0… n-1}}

An element that can be positioned in n-dimensional real space.

A Cursor iterates over a set of Localizable elements, for example the image values at the (integer) pixel positions of an image.

f:{x∈Zⁿ|[min,max]→T}

{x∈Zⁿ|min_d≤ x_d≤max_d;d∈{0… n-1}}

{x∈Zⁿ|min_d≤ x_d≤max_d;d∈{0… n-1}}

An element that can be positioned in n-dimensional discrete space.

The Localizable interface can localize itself in an n-dimensional discrete space.

Superclass of abstract EuclideanSpace implementations (accessors, containers, etc).

A Cursor iterates over a set of Localizable elements, for example the image values at the (integer) pixel positions of an image.

Interface for objects that can be flagged dirty (useful for access objects that track if their content was modified)

{x∈Zⁿ|min_d≤ x_d≤max_d;d∈{0… n-1}}

f:Rⁿ∈[0,s]→T

f:Zⁿ→T

{x∈Rⁿ|min_d≤ x_d≤max_d;d∈{0… n-1}}

{x∈Zⁿ|min_d≤ x_d≤max_d;d∈{0… n-1}}

Convenient base class for IterableIntervals, RandomAccessibleIntervals, etc that forward the Interval interface to, for example, their source accessible.

A Cursor iterates over a set of Localizable elements, for example the image values at the (integer) pixel positions of an image.

{Rⁿ}: an N-dimensional Euclidean space.

An IterableRealInterval whose elements are located at integer coordinates.

The Iterator interface provides basic functionality for iterating over a set of elements.

An element that can be positioned in n-dimensional discrete space.

f:Zⁿ→T

A RealCursor iterates over a set of RealLocalizable elements, for example intensity values sampled at a finite set of arbitrary real positions.

The RealLocalizable interface can localize itself in an n-dimensional real space.

f:{x∈Rⁿ|[min,max]→T}

An interface which marks an object that is a lightweight wrapper or "view" around actual data.

Convenient base class for IterableIntervals, RandomAccessibleIntervals, etc that forward the Interval interface to, for example, their source accessible.

A Cursor iterates over a set of Localizable elements, for example the image values at the (integer) pixel positions of an image.

{Rⁿ}: an N-dimensional Euclidean space.

An IterableRealInterval whose elements are located at integer coordinates.

The Iterator interface provides basic functionality for iterating over a set of elements.

An element that can be positioned in n-dimensional discrete space.

f:Zⁿ→T

A RealCursor iterates over a set of RealLocalizable elements, for example intensity values sampled at a finite set of arbitrary real positions.

The RealLocalizable interface can localize itself in an n-dimensional real space.

f:{x∈Rⁿ|[min,max]→T}

An interface which marks an object that is a lightweight wrapper or "view" around actual data.

Convenient base class for IterableIntervals, RandomAccessibleIntervals, etc that forward the Interval interface to, for example, their source accessible.

A Cursor iterates over a set of Localizable elements, for example the image values at the (integer) pixel positions of an image.

{Rⁿ}: an N-dimensional Euclidean space.

An IterableRealInterval whose elements are located at integer coordinates.

The Iterator interface provides basic functionality for iterating over a set of elements.

An element that can be positioned in n-dimensional discrete space.

f:Zⁿ→T

A RealCursor iterates over a set of RealLocalizable elements, for example intensity values sampled at a finite set of arbitrary real positions.

The RealLocalizable interface can localize itself in an n-dimensional real space.

An interface which marks an object that is a lightweight wrapper or "view" around actual data.

The Sampler interface provides access to a value whose type is specified by the generic parameter T.

Superclass of abstract EuclideanSpace implementations (accessors, containers, etc).

{Rⁿ}: an N-dimensional Euclidean space.

The Localizable interface can localize itself in an n-dimensional discrete space.

An element that can be positioned in n-dimensional discrete space.

f:{x∈Zⁿ|[min,max]→T}

Superclass of abstract EuclideanSpace implementations (accessors, containers, etc).

{Rⁿ}: an N-dimensional Euclidean space.

The Localizable interface can localize itself in an n-dimensional discrete space.

An element that can be positioned in n-dimensional discrete space.

f:{x∈Zⁿ|[min,max]→T}

Superclass of abstract EuclideanSpace implementations (accessors, containers, etc).

{Rⁿ}: an N-dimensional Euclidean space.

The Iterator interface provides basic functionality for iterating over a set of elements.

A Point is a position in Euclidean space specified in integer coordinates.

f:{x∈Zⁿ|[min,max]→T}

The Sampler interface provides access to a value whose type is specified by the generic parameter T.

Superclass of abstract EuclideanSpace implementations (accessors, containers, etc).

{Rⁿ}: an N-dimensional Euclidean space.

A Point is a position in Euclidean space specified in integer coordinates.

The RealLocalizable interface can localize itself in an n-dimensional real space.

Superclass of abstract EuclideanSpace implementations (accessors, containers, etc).

{Rⁿ}: an N-dimensional Euclidean space.

A Point is a position in Euclidean space specified in integer coordinates.

f:Zⁿ→T

The RealLocalizable interface can localize itself in an n-dimensional real space.

Defines an extent in n-dimensional discrete space.

{x∈Zⁿ|min_d≤ x_d≤max_d;d∈{0… n-1}}

f:Rⁿ∈[0,s]→T

f:{x∈Zⁿ|[min,max]→T}

A Cursor iterates over a set of Localizable elements, for example the image values at the (integer) pixel positions of an image.

{Rⁿ}: an N-dimensional Euclidean space.

An IterableRealInterval whose elements are located at integer coordinates.

An element that can be positioned in n-dimensional discrete space.

f:Zⁿ→T

{x∈Rⁿ|min_d≤ x_d≤max_d;d∈{0… n-1}}

Convenient base class for IterableIntervals, RandomAccessibleIntervals, etc that forward the Interval interface to, for example, their source accessible.

A Cursor iterates over a set of Localizable elements, for example the image values at the (integer) pixel positions of an image.

{Rⁿ}: an N-dimensional Euclidean space.

An IterableRealInterval whose elements are located at integer coordinates.

An element that can be positioned in n-dimensional discrete space.

f:Zⁿ→T

{x∈Rⁿ|min_d≤ x_d≤max_d;d∈{0… n-1}}

An interface which marks an object that is a lightweight wrapper or "view" around actual data.

Abstract implementation of Cursor.

An abstract class that implements the Localizable interface using an int[] array to maintain position.

A Cursor iterates over a set of Localizable elements, for example the image values at the (integer) pixel positions of an image.

{Rⁿ}: an N-dimensional Euclidean space.

{x∈Zⁿ|min_d≤ x_d≤max_d;d∈{0… n-1}}

f:Rⁿ∈[0,s]→T

The Localizable interface can localize itself in an n-dimensional discrete space.

f:{x∈Zⁿ|[min,max]→T}

{x∈Rⁿ|min_d≤ x_d≤max_d;d∈{0… n-1}}

The Sampler interface provides access to a value whose type is specified by the generic parameter T.

Interface for objects that can be flagged dirty (useful for access objects that track if their content was modified)

Interface for objects that can be flagged dirty (useful for access objects that track if their content was modified)

Abstract implementation of Cursor.

An abstract class that implements the Localizable interface using a long[] array to maintain position.

A Cursor iterates over a set of Localizable elements, for example the image values at the (integer) pixel positions of an image.

{Rⁿ}: an N-dimensional Euclidean space.

An IterableRealInterval whose elements are located at integer coordinates.

The Iterator interface provides basic functionality for iterating over a set of elements.

An element that can be positioned in n-dimensional discrete space.

f:Zⁿ→T

A RealCursor iterates over a set of RealLocalizable elements, for example intensity values sampled at a finite set of arbitrary real positions.

The RealLocalizable interface can localize itself in an n-dimensional real space.

f:{x∈Zⁿ|[min,max]→T}

Defines an extent in n-dimensional discrete space.

{x∈Zⁿ|min_d≤ x_d≤max_d;d∈{0… n-1}}

f:Rⁿ∈[0,s]→T

f:{x∈Zⁿ|[min,max]→T}

f:{x∈Zⁿ|[min,max]→T}

Abstract implementation of Cursor.

Superclass of abstract EuclideanSpace implementations (accessors, containers, etc).

An abstract class that implements the Localizable interface using an int[] array to maintain position.

Abstract base class for localizing Cursors.

Defines an extent in n-dimensional discrete space.

A flat iteration order on an IterableInterval.

An IterableRealInterval whose elements are located at integer coordinates.

The Iterator interface provides basic functionality for iterating over a set of elements.

An element that can be positioned in n-dimensional discrete space.

f:Zⁿ→T

A RealCursor iterates over a set of RealLocalizable elements, for example intensity values sampled at a finite set of arbitrary real positions.

The RealLocalizable interface can localize itself in an n-dimensional real space.

Abstract implementation of Cursor.

An abstract class that implements the Localizable interface using an int[] array to maintain position.

A Cursor iterates over a set of Localizable elements, for example the image values at the (integer) pixel positions of an image.

{Rⁿ}: an N-dimensional Euclidean space.

{x∈Zⁿ|min_d≤ x_d≤max_d;d∈{0… n-1}}

f:Rⁿ∈[0,s]→T

The Localizable interface can localize itself in an n-dimensional discrete space.

f:{x∈Zⁿ|[min,max]→T}

{x∈Rⁿ|min_d≤ x_d≤max_d;d∈{0… n-1}}

The Sampler interface provides access to a value whose type is specified by the generic parameter T.

Superclass of abstract EuclideanSpace implementations (accessors, containers, etc).

A Cursor iterates over a set of Localizable elements, for example the image values at the (integer) pixel positions of an image.

{Rⁿ}: an N-dimensional Euclidean space.

{x∈Zⁿ|min_d≤ x_d≤max_d;d∈{0… n-1}}

f:Rⁿ∈[0,s]→T

The Localizable interface can localize itself in an n-dimensional discrete space.

f:{x∈Zⁿ|[min,max]→T}

{x∈Rⁿ|min_d≤ x_d≤max_d;d∈{0… n-1}}

The Sampler interface provides access to a value whose type is specified by the generic parameter T.

Abstract implementation of Cursor.

An abstract class that implements the Localizable interface using a long[] array to maintain position.

A Cursor iterates over a set of Localizable elements, for example the image values at the (integer) pixel positions of an image.

{Rⁿ}: an N-dimensional Euclidean space.

{x∈Zⁿ|min_d≤ x_d≤max_d;d∈{0… n-1}}

f:Rⁿ∈[0,s]→T

The Localizable interface can localize itself in an n-dimensional discrete space.

f:{x∈Zⁿ|[min,max]→T}

{x∈Rⁿ|min_d≤ x_d≤max_d;d∈{0… n-1}}

The Sampler interface provides access to a value whose type is specified by the generic parameter T.

{Rⁿ}: an N-dimensional Euclidean space.

An interface which marks an object that is a lightweight wrapper or "view" around actual data.

Superclass of abstract EuclideanSpace implementations (accessors, containers, etc).

{Rⁿ}: an N-dimensional Euclidean space.

{x∈Rⁿ|min_d≤ x_d≤max_d;d∈{0… n-1}}

A point is a location in EuclideanSpace.

Superclass of abstract EuclideanSpace implementations (accessors, containers, etc).

An element that can be positioned in n-dimensional discrete space.

{x∈Rⁿ|min_d≤ x_d≤max_d;d∈{0… n-1}}

An element that can be positioned in n-dimensional real space.

The Sampler interface provides access to a value whose type is specified by the generic parameter T.

Superclass of abstract EuclideanSpace implementations (accessors, containers, etc).

The Localizable interface can localize itself in an n-dimensional discrete space.

{x∈Rⁿ|min_d≤ x_d≤max_d;d∈{0… n-1}}

An element that can be positioned in n-dimensional real space.

f:Rⁿ→T

Superclass of abstract EuclideanSpace implementations (accessors, containers, etc).

Defines an extent in n-dimensional discrete space.

{x∈Zⁿ|min_d≤ x_d≤max_d;d∈{0… n-1}}

The Localizable interface can localize itself in an n-dimensional discrete space.

The RealLocalizable interface can localize itself in an n-dimensional real space.

Superclass of abstract EuclideanSpace implementations (accessors, containers, etc).

An abstract class that implements the Localizable interface using a long[] array to maintain position.

Convenient base class for IterableRealIntervals, etc that forward the RealInterval interface to, for example, their source accessible.

Defines an extent in n-dimensional discrete space.

{x∈Zⁿ|min_d≤ x_d≤max_d;d∈{0… n-1}}

f:Rⁿ∈[0,s]→T

The Localizable interface can localize itself in an n-dimensional discrete space.

f:{x∈Zⁿ|[min,max]→T}

{x∈Rⁿ|min_d≤ x_d≤max_d;d∈{0… n-1}}

The Sampler interface provides access to a value whose type is specified by the generic parameter T.

A Cursor iterates over a set of Localizable elements, for example the image values at the (integer) pixel positions of an image.

{x∈Zⁿ|min_d≤ x_d≤max_d;d∈{0… n-1}}

f:{x∈Zⁿ|[min,max]→T}

{Rⁿ}: an N-dimensional Euclidean space.

KDTree to access values at RealLocalizable positions.

A RealCursor iterates over a set of RealLocalizable elements, for example intensity values sampled at a finite set of arbitrary real positions.

The Sampler interface provides access to a value whose type is specified by the generic parameter T.

Superclass of abstract EuclideanSpace implementations (accessors, containers, etc).

{Rⁿ}: an N-dimensional Euclidean space.

The Localizable interface can localize itself in an n-dimensional discrete space.

The RealLocalizable interface can localize itself in an n-dimensional real space.

Superclass of abstract EuclideanSpace implementations (accessors, containers, etc).

An abstract class that implements the RealLocalizable interface using an array of doubles to maintain position

{x∈Zⁿ|min_d≤ x_d≤max_d;d∈{0… n-1}}

A Point is a position in Euclidean space specified in integer coordinates.

{x∈Rⁿ|min_d≤ x_d≤max_d;d∈{0… n-1}}

A point is a location in EuclideanSpace.

The Sampler interface provides access to a value whose type is specified by the generic parameter T.

Superclass of abstract EuclideanSpace implementations (accessors, containers, etc).

The Localizable interface can localize itself in an n-dimensional discrete space.

The RealLocalizable interface can localize itself in an n-dimensional real space.

Superclass of abstract EuclideanSpace implementations (accessors, containers, etc).

An abstract class that implements the RealLocalizable interface using an array of doubles to maintain position

Implementation of the RealInterval interface.

The Localizable interface can localize itself in an n-dimensional discrete space.

An element that can be positioned in n-dimensional discrete space.

f:Zⁿ→T

{x∈Rⁿ|min_d≤ x_d≤max_d;d∈{0… n-1}}

A point is a location in EuclideanSpace.

The Sampler interface provides access to a value whose type is specified by the generic parameter T.

The RealLocalizable interface can localize itself in an n-dimensional real space.

Abstract implementation of Cursor.

A Cursor iterates over a set of Localizable elements, for example the image values at the (integer) pixel positions of an image.

{Rⁿ}: an N-dimensional Euclidean space.

An IterableRealInterval whose elements are located at integer coordinates.

The Iterator interface provides basic functionality for iterating over a set of elements.

An element that can be positioned in n-dimensional discrete space.

f:Zⁿ→T

A RealCursor iterates over a set of RealLocalizable elements, for example intensity values sampled at a finite set of arbitrary real positions.

The RealLocalizable interface can localize itself in an n-dimensional real space.

An element that can be positioned in n-dimensional real space.

f:Rⁿ→T

The Sampler interface provides access to a value whose type is specified by the generic parameter T.

Convenient base class for IterableIntervals, RandomAccessibleIntervals, etc that forward the Interval interface to, for example, their source accessible.

Defines an extent in n-dimensional discrete space.

{x∈Zⁿ|min_d≤ x_d≤max_d;d∈{0… n-1}}

f:Rⁿ∈[0,s]→T

An element that can be positioned in n-dimensional discrete space.

f:Zⁿ→T

{x∈Rⁿ|min_d≤ x_d≤max_d;d∈{0… n-1}}

The Sampler interface provides access to a value whose type is specified by the generic parameter T.

Superclass of abstract EuclideanSpace implementations (accessors, containers, etc).

Convenient base class for IterableRealIntervals, etc that forward the RealInterval interface to, for example, their source accessible.

{Rⁿ}: an N-dimensional Euclidean space.

The Localizable interface can localize itself in an n-dimensional discrete space.

The RealLocalizable interface can localize itself in an n-dimensional real space.

{x∈Zⁿ|min_d≤ x_d≤max_d;d∈{0… n-1}}

The Localizable interface can localize itself in an n-dimensional discrete space.

The RealLocalizable interface can localize itself in an n-dimensional real space.

Superclass of abstract EuclideanSpace implementations (accessors, containers, etc).

A Cursor iterates over a set of Localizable elements, for example the image values at the (integer) pixel positions of an image.

{Rⁿ}: an N-dimensional Euclidean space.

An IterableRealInterval whose elements are located at integer coordinates.

The Localizable interface can localize itself in an n-dimensional discrete space.

Superclass of abstract EuclideanSpace implementations (accessors, containers, etc).

An abstract class that implements the RealLocalizable interface using an array of doubles to maintain position

f:Rⁿ∈[0,s]→T

An element that can be positioned in n-dimensional discrete space.

The RealLocalizable interface can localize itself in an n-dimensional real space.

A list of data samples at explicit real coordinates.

Superclass of abstract EuclideanSpace implementations (accessors, containers, etc).

An abstract class that implements the Localizable interface using a long[] array to maintain position.

Convenient base class for IterableRealIntervals, etc that forward the RealInterval interface to, for example, their source accessible.

Defines an extent in n-dimensional discrete space.

{x∈Zⁿ|min_d≤ x_d≤max_d;d∈{0… n-1}}

f:Rⁿ∈[0,s]→T

The Localizable interface can localize itself in an n-dimensional discrete space.

f:{x∈Zⁿ|[min,max]→T}

{x∈Rⁿ|min_d≤ x_d≤max_d;d∈{0… n-1}}

An element that can be positioned in n-dimensional real space.

Superclass of abstract EuclideanSpace implementations (accessors, containers, etc).

An abstract class that implements the Localizable interface using a long[] array to maintain position.

Convenient base class for IterableRealIntervals, etc that forward the RealInterval interface to, for example, their source accessible.

{Rⁿ}: an N-dimensional Euclidean space.

The Localizable interface can localize itself in an n-dimensional discrete space.

An element that can be positioned in n-dimensional discrete space.

f:Zⁿ→T

{x∈Rⁿ|min_d≤ x_d≤max_d;d∈{0… n-1}}

The Sampler interface provides access to a value whose type is specified by the generic parameter T.

Superclass of abstract EuclideanSpace implementations (accessors, containers, etc).

An abstract class that implements the RealLocalizable interface using an array of doubles to maintain position

{Rⁿ}: an N-dimensional Euclidean space.

{x∈Rⁿ|min_d≤ x_d≤max_d;d∈{0… n-1}}

A point is a location in EuclideanSpace.

f:{x∈Rⁿ|[min,max]→T}

Superclass of abstract EuclideanSpace implementations (accessors, containers, etc).

An abstract class that implements the RealLocalizable interface using an array of doubles to maintain position

Convenient base class for IterableRealIntervals, etc that forward the RealInterval interface to, for example, their source accessible.

Defines an extent in n-dimensional discrete space.

{x∈Zⁿ|min_d≤ x_d≤max_d;d∈{0… n-1}}

f:Rⁿ∈[0,s]→T

The Localizable interface can localize itself in an n-dimensional discrete space.

f:{x∈Zⁿ|[min,max]→T}

{x∈Rⁿ|min_d≤ x_d≤max_d;d∈{0… n-1}}

A point is a location in EuclideanSpace.

The Sampler interface provides access to a value whose type is specified by the generic parameter T.

Superclass of abstract EuclideanSpace implementations (accessors, containers, etc).

A Cursor iterates over a set of Localizable elements, for example the image values at the (integer) pixel positions of an image.

The Iterator interface provides basic functionality for iterating over a set of elements.

An element that can be positioned in n-dimensional discrete space.

The RealLocalizable interface can localize itself in an n-dimensional real space.

{x∈Zⁿ|min_d≤ x_d≤max_d;d∈{0… n-1}}

{x∈Rⁿ|min_d≤ x_d≤max_d;d∈{0… n-1}}

The Localizable interface can localize itself in an n-dimensional discrete space.

The Localizable interface can localize itself in an n-dimensional discrete space.

{x∈Zⁿ|min_d≤ x_d≤max_d;d∈{0… n-1}}

An element that can be positioned in n-dimensional discrete space.

The Localizable interface can localize itself in an n-dimensional discrete space.

Something volatile that has a value and is either VALID or INVALID.

Defines an extent in n-dimensional discrete space.

Implementation of the RealInterval interface.

An IterableRealInterval whose elements are located at integer coordinates.

An element that can be positioned in n-dimensional discrete space.

f:{x∈Zⁿ|[min,max]→T}

The RealLocalizable interface can localize itself in an n-dimensional real space.

Superclass of abstract EuclideanSpace implementations (accessors, containers, etc).

An abstract class that implements the Localizable interface using a long[] array to maintain position.

Convenient base class for IterableRealIntervals, etc that forward the RealInterval interface to, for example, their source accessible.

Defines an extent in n-dimensional discrete space.

A flat iteration order on an IterableInterval.

An IterableRealInterval whose elements are located at integer coordinates.

The Iterator interface provides basic functionality for iterating over a set of elements.

A Point is a position in Euclidean space specified in integer coordinates.

f:{x∈Zⁿ|[min,max]→T}

{x∈Rⁿ|min_d≤ x_d≤max_d;d∈{0… n-1}}

An element that can be positioned in n-dimensional real space.

f:Rⁿ→T

The Sampler interface provides access to a value whose type is specified by the generic parameter T.

Defines an extent in n-dimensional discrete space.

{x∈Zⁿ|min_d≤ x_d≤max_d;d∈{0… n-1}}

An element that can be positioned in n-dimensional discrete space.

f:Zⁿ→T

{x∈Rⁿ|min_d≤ x_d≤max_d;d∈{0… n-1}}

An element that can be positioned in n-dimensional real space.

An interface which marks an object that is a lightweight wrapper or "view" around actual data.

Superclass of abstract EuclideanSpace implementations (accessors, containers, etc).

{Rⁿ}: an N-dimensional Euclidean space.

An IterableRealInterval whose elements are located at integer coordinates.

The Localizable interface can localize itself in an n-dimensional discrete space.

A RealCursor iterates over a set of RealLocalizable elements, for example intensity values sampled at a finite set of arbitrary real positions.

The Sampler interface provides access to a value whose type is specified by the generic parameter T.