Uses of Interface net.imglib2.type.Type (ImgLib2 Javadocs 0-SNAPSHOT API)

Packages that use Type
Package	Description
net.imglib2.algorithm.binary
net.imglib2.algorithm.componenttree
net.imglib2.algorithm.componenttree.mser
net.imglib2.algorithm.componenttree.pixellist
net.imglib2.algorithm.fft
net.imglib2.algorithm.fill
net.imglib2.algorithm.function
net.imglib2.algorithm.gauss
net.imglib2.algorithm.gradient
net.imglib2.algorithm.morphology
net.imglib2.algorithm.region
net.imglib2.algorithm.region.localneighborhood
net.imglib2.algorithm.stats
net.imglib2.algorithm.transformation
net.imglib2.converter
net.imglib2.converter.read
net.imglib2.img
net.imglib2.img.display.imagej
net.imglib2.labeling
net.imglib2.roi
net.imglib2.type
net.imglib2.type.label
net.imglib2.type.logic
net.imglib2.type.numeric
net.imglib2.type.numeric.complex
net.imglib2.type.numeric.integer
net.imglib2.type.numeric.real
net.imglib2.type.volatiles
net.imglib2.util
net.imglib2.view
net.imglib2.view.composite

Uses of Type in net.imglib2.algorithm.binary

Methods in net.imglib2.algorithm.binary with type parameters of type Type
Modifier and Type	Method and Description
`static <T extends Type<T> & Comparable<T>> Img<BitType>`	Thresholder.`threshold(Img<T> source, T threshold, boolean above, int numThreads)` Returns a new boolean `Img` generated by thresholding the values of the source image.

Uses of Type in net.imglib2.algorithm.componenttree

Classes in net.imglib2.algorithm.componenttree with type parameters of type Type
Modifier and Type	Class and Description
`class`	`BuildComponentTree<T extends Type<T>,C extends PartialComponent<T,C>>` Build the component tree of an image.

Methods in net.imglib2.algorithm.componenttree with type parameters of type Type
Modifier and Type	Method and Description
`static <T extends Type<T> & Comparable<T>,C extends PartialComponent<T,C>> void`	BuildComponentTree.`buildComponentTree(RandomAccessibleInterval<T> input, PartialComponent.Generator<T,C> componentGenerator, PartialComponent.Handler<C> componentHandler, boolean darkToBright)` Run the algorithm.
`static <T extends Type<T>,C extends PartialComponent<T,C>> void`	BuildComponentTree.`buildComponentTree(RandomAccessibleInterval<T> input, PartialComponent.Generator<T,C> componentGenerator, PartialComponent.Handler<C> componentHandler, Comparator<T> comparator)` Run the algorithm.

Uses of Type in net.imglib2.algorithm.componenttree.mser

Classes in net.imglib2.algorithm.componenttree.mser with type parameters of type Type
Modifier and Type	Class and Description
`class`	`Mser<T extends Type<T>>` A maximally stable extremal region (MSER) of the image thresholded at `Mser.value()`.
`class`	`MserTree<T extends Type<T>>` MSER tree of an image stored as a tree of `PixelListComponent`s.

Methods in net.imglib2.algorithm.componenttree.mser with type parameters of type Type
Modifier and Type	Method and Description
`static <T extends Type<T>> MserTree<T>`	MserTree.`buildMserTree(RandomAccessibleInterval<T> input, ComputeDelta<T> computeDelta, long minSize, long maxSize, double maxVar, double minDiversity, ImgFactory<LongType> imgFactory, T maxValue, Comparator<T> comparator)` Build a MSER tree from an input image.
`static <T extends Type<T>> MserTree<T>`	MserTree.`buildMserTree(RandomAccessibleInterval<T> input, ComputeDelta<T> computeDelta, long minSize, long maxSize, double maxVar, double minDiversity, T maxValue, Comparator<T> comparator)` Build a MSER tree from an input image.

Uses of Type in net.imglib2.algorithm.componenttree.pixellist

Classes in net.imglib2.algorithm.componenttree.pixellist with type parameters of type Type
Modifier and Type	Class and Description
`class`	`PixelListComponent<T extends Type<T>>` A connected component of the image thresholded at `PixelListComponent.value()`.
`class`	`PixelListComponentTree<T extends Type<T>>` Component tree of an image stored as a tree of `PixelListComponent`s.

Methods in net.imglib2.algorithm.componenttree.pixellist with type parameters of type Type
Modifier and Type	Method and Description
`static <T extends Type<T>> PixelListComponentTree<T>`	PixelListComponentTree.`buildComponentTree(RandomAccessibleInterval<T> input, T maxValue, Comparator<T> comparator)` Build a component tree from an input image.
`static <T extends Type<T>> PixelListComponentTree<T>`	PixelListComponentTree.`buildComponentTree(RandomAccessibleInterval<T> input, T maxValue, Comparator<T> comparator, ImgFactory<LongType> imgFactory)` Build a component tree from an input image.

Uses of Type in net.imglib2.algorithm.fft

Methods in net.imglib2.algorithm.fft with type parameters of type Type
Modifier and Type	Method and Description
`static <T extends Type<T>> void`	FFTFunctions.`rearrangeFFTQuadrants(RandomAccessibleInterval<T> fftImage, boolean forward, int numThreads)` Deprecated.

Uses of Type in net.imglib2.algorithm.fill

Classes in net.imglib2.algorithm.fill with type parameters of type Type
Modifier and Type	Class and Description
`class`	`TypeWriter<T extends Type<T>>` Deprecated.

Methods in net.imglib2.algorithm.fill with type parameters of type Type
Modifier and Type	Method and Description
`static <T,U extends Type<U>> void`	FloodFill.`fill(RandomAccessible<T> source, RandomAccessible<U> target, Localizable seed, T seedLabel, U fillLabel, Shape shape, Filter<Pair<T,U>,Pair<T,U>> filter)` Deprecated.
`static <T extends Type<T>,U extends Type<U>> void`	FloodFill.`fill(RandomAccessible<T> source, RandomAccessible<U> target, Localizable seed, U fillLabel, Shape shape)` Iterative n-dimensional flood fill for arbitrary neighborhoods: Starting at seed location, write fillLabel into target at current location and continue for each pixel in neighborhood defined by shape if neighborhood pixel is in the same connected component and fillLabel has not been written into that location yet.
`static <T extends Type<T>,U extends Type<U>> void`	FloodFill.`fill(RandomAccessible<T> source, RandomAccessible<U> target, Localizable seed, U fillLabel, Shape shape)` Iterative n-dimensional flood fill for arbitrary neighborhoods: Starting at seed location, write fillLabel into target at current location and continue for each pixel in neighborhood defined by shape if neighborhood pixel is in the same connected component and fillLabel has not been written into that location yet.
`static <T,U extends Type<U>> void`	FloodFill.`fill(RandomAccessible<T> source, RandomAccessible<U> target, Localizable seed, U fillLabel, Shape shape, BiPredicate<T,U> filter)` Iterative n-dimensional flood fill for arbitrary neighborhoods: Starting at seed location, write fillLabel into target at current location and continue for each pixel in neighborhood defined by shape if neighborhood pixel is in the same connected component and fillLabel has not been written into that location yet.
`static <T extends Type<T>,U extends Type<U>> void`	FloodFill.`fill(RandomAccessible<T> source, RandomAccessible<U> target, Localizable seed, U fillLabel, Shape shape, Filter<Pair<T,U>,Pair<T,U>> filter)` Deprecated.
`static <T extends Type<T>,U extends Type<U>> void`	FloodFill.`fill(RandomAccessible<T> source, RandomAccessible<U> target, Localizable seed, U fillLabel, Shape shape, Filter<Pair<T,U>,Pair<T,U>> filter)` Deprecated.

Uses of Type in net.imglib2.algorithm.function

Classes in net.imglib2.algorithm.function with type parameters of type Type
Modifier and Type	Interface and Description
`interface`	`Function<S extends Type<S>,T extends Type<T>,U extends Type<U>>` TODO
`interface`	`Function<S extends Type<S>,T extends Type<T>,U extends Type<U>>` TODO
`interface`	`Function<S extends Type<S>,T extends Type<T>,U extends Type<U>>` TODO

Uses of Type in net.imglib2.algorithm.gauss

Classes in net.imglib2.algorithm.gauss with type parameters of type Type
Modifier and Type	Class and Description
`class`	`WritableLineIterator<T extends Type<T>>` Deprecated.

Uses of Type in net.imglib2.algorithm.gradient

Classes in net.imglib2.algorithm.gradient with type parameters of type Type
Modifier and Type	Class and Description
`class`	`ScaleAsFunctionOfPosition<T extends Type<T> & MulFloatingPoint>`
`static class`	`ScaleAsFunctionOfPosition.ScaledRandomAccess<T extends Type<T> & MulFloatingPoint>`

Uses of Type in net.imglib2.algorithm.morphology

Methods in net.imglib2.algorithm.morphology with type parameters of type Type
Modifier and Type	Method and Description
`static <T extends Type<T> & Comparable<T> & Sub<T>> Img<T>`	BlackTopHat.`blackTopHat(Img<T> source, List<? extends Shape> strels, T minVal, T maxVal, int numThreads)` Performs the black top-hat (or bottom-hat) morphological operation, using a list of `Shape`s as a flat structuring element.
`static <T extends Type<T> & Comparable<T> & Sub<T>> Img<T>`	BlackTopHat.`blackTopHat(Img<T> source, Shape strel, T minVal, T maxVal, int numThreads)` Performs the black top-hat (or bottom-hat) morphological operation, using a `Shape` as a flat structuring element.
`static <T extends Type<T> & Comparable<T> & Sub<T>> void`	BlackTopHat.`blackTopHat(RandomAccessible<T> source, IterableInterval<T> target, List<? extends Shape> strels, T minVal, T maxVal, int numThreads)` Performs the black top-hat (or bottom-hat) morphological operation on a source `RandomAccessible`, using a list of `Shape`s as a structuring element, and writes the result on a specified target which must be an `IterableInterval`.
`static <T extends Type<T> & Comparable<T> & Sub<T>> void`	BlackTopHat.`blackTopHat(RandomAccessible<T> source, IterableInterval<T> target, Shape strel, T minVal, T maxVal, int numThreads)` Performs the black top-hat (or bottom-hat) morphological operation on a source `RandomAccessible`, using a `Shape` as a structuring element, and writes the result on a specified target which must be an `IterableInterval`.
`static <T extends Type<T> & Comparable<T> & Sub<T>> void`	BlackTopHat.`blackTopHatInPlace(RandomAccessible<T> source, Interval interval, List<? extends Shape> strels, T minVal, T maxVal, int numThreads)` Performs the black top-hat (or bottom-hat) morphological operation, using a list of `Shape`s as a flat structuring element.
`static <T extends Type<T> & Comparable<T> & Sub<T>> void`	BlackTopHat.`blackTopHatInPlace(RandomAccessible<T> source, Interval interval, Shape strel, T minVal, T maxVal, int numThreads)` Performs the black top-hat (or bottom-hat) morphological operation, using a `Shape` as a flat structuring element.
`static <T extends Type<T> & Comparable<T>> Img<T>`	Closing.`close(Img<T> source, List<? extends Shape> strels, T minVal, T maxVal, int numThreads)` Performs the morphological closing operation on an `Img` of `Comparable` , using a list of `Shape`s as a structuring element.
`static <T extends Type<T> & Comparable<T>> Img<T>`	Closing.`close(Img<T> source, Shape strel, T minVal, T maxVal, int numThreads)` Performs the morphological closing operation on an `Img` of `Comparable` , using a `Shape` as a structuring element.
`static <T extends Type<T> & Comparable<T>> void`	Closing.`close(RandomAccessible<T> source, IterableInterval<T> target, List<? extends Shape> strels, T minVal, T maxVal, int numThreads)` Performs the morphological closing operation on a source `RandomAccessible`, using a list of `Shape`s as a structuring element, and writes the result on a specified target which must be an `IterableInterval`.
`static <T extends Type<T> & Comparable<T>> void`	Closing.`close(RandomAccessible<T> source, IterableInterval<T> target, Shape strel, T minVal, T maxVal, int numThreads)` Performs the morphological closing operation on a source `RandomAccessible`, using a `Shape` as a structuring element, and writes the result on a specified target which must be an `IterableInterval`.
`static <T extends Type<T> & Comparable<T>> void`	Closing.`closeInPlace(RandomAccessibleInterval<T> source, Interval interval, List<? extends Shape> strels, T minVal, T maxVal, int numThreads)` Performs the closing morphological operation, on a `RandomAccessibleInterval` using a list of `Shape`s as a flat structuring element.
`static <T extends Type<T> & Comparable<T>> void`	Closing.`closeInPlace(RandomAccessibleInterval<T> source, Interval interval, Shape strel, T minVal, T maxVal, int numThreads)` Performs the closing morphological operation, on a `RandomAccessibleInterval` using a `Shape` as a flat structuring element.
`static <T extends Type<T> & Comparable<T>> Img<T>`	Dilation.`dilate(Img<T> source, List<? extends Shape> strels, T minVal, int numThreads)` Performs the dilation morphological operation, on an `Img` using a list of `Shape`s as a flat structuring element.
`static <T extends Type<T> & Comparable<T>> Img<T>`	Dilation.`dilate(Img<T> source, Shape strel, T minVal, int numThreads)` Performs the dilation morphological operation, on an `Img` using a `Shape` as a flat structuring element.
`static <T extends Type<T> & Comparable<T>> void`	Dilation.`dilate(RandomAccessible<T> source, IterableInterval<T> target, List<? extends Shape> strels, T minVal, int numThreads)` Performs the dilation morphological operation, using a `RandomAccessible` as a source and writing results in an `IterableInterval`.
`static <T extends Type<T> & Comparable<T>> void`	Dilation.`dilate(RandomAccessible<T> source, IterableInterval<T> target, Shape strel, T minVal, int numThreads)` Performs the dilation morphological operation, using a `RandomAccessible` as a source and writing results in an `IterableInterval`.
`static <T extends Type<T> & Comparable<T>> Img<T>`	Dilation.`dilateFull(Img<T> source, List<? extends Shape> strels, T minVal, int numThreads)` Performs the dilation morphological operation, on an `Img` using a list of `Shape`s as a flat structuring element.
`static <T extends Type<T> & Comparable<T>> Img<T>`	Dilation.`dilateFull(Img<T> source, Shape strel, T minVal, int numThreads)` Performs the dilation morphological operation, on an `Img` using a list of `Shape`s as a flat structuring element.
`static <T extends Type<T> & Comparable<T>> void`	Dilation.`dilateInPlace(RandomAccessibleInterval<T> source, Interval interval, List<? extends Shape> strels, T minVal, int numThreads)` Performs the dilation morphological operation, on a `RealType` `RandomAccessibleInterval` using a `Shape` as a flat structuring element.
`static <T extends Type<T> & Comparable<T>> void`	Dilation.`dilateInPlace(RandomAccessibleInterval<T> source, Interval interval, Shape strel, T minVal, int numThreads)` Performs the dilation morphological operation, on a `RealType` `RandomAccessibleInterval` using a `Shape` as a flat structuring element.
`static <T extends Type<T> & Comparable<T>> Img<T>`	Erosion.`erode(Img<T> source, List<? extends Shape> strels, T maxVal, int numThreads)` Performs the erosion morphological operation, on an `Img` using a list of `Shape`s as a flat structuring element.
`static <T extends Type<T> & Comparable<T>> Img<T>`	Erosion.`erode(Img<T> source, Shape strel, T maxVal, int numThreads)` Performs the erosion morphological operation, on an `Img` using a `Shape` as a flat structuring element.
`static <T extends Type<T> & Comparable<T>> void`	Erosion.`erode(RandomAccessible<T> source, IterableInterval<T> target, List<? extends Shape> strels, T maxVal, int numThreads)` Performs the erosion morphological operation, using a `RandomAccessible` as a source and writing results in an `IterableInterval`.
`static <T extends Type<T> & Comparable<T>> void`	Erosion.`erode(RandomAccessible<T> source, IterableInterval<T> target, Shape strel, T maxVal, int numThreads)` Performs the erosion morphological operation, using a `RandomAccessible` as a source and writing results in an `IterableInterval`.
`static <T extends Type<T> & Comparable<T>> Img<T>`	Erosion.`erodeFull(Img<T> source, List<? extends Shape> strels, T maxVal, int numThreads)` Performs the erosion morphological operation, on an `Img` using a list of `Shape`s as a flat structuring element.
`static <T extends Type<T> & Comparable<T>> Img<T>`	Erosion.`erodeFull(Img<T> source, Shape strel, T maxVal, int numThreads)` Performs the erosion morphological operation, on an `Img` using a list of `Shape`s as a flat structuring element.
`static <T extends Type<T> & Comparable<T>> void`	Erosion.`erodeInPlace(RandomAccessibleInterval<T> source, Interval interval, List<? extends Shape> strels, T maxVal, int numThreads)` Performs the erosion morphological operation, on a `RealType` `RandomAccessibleInterval` using a `Shape` as a flat structuring element.
`static <T extends Type<T> & Comparable<T>> void`	Erosion.`erodeInPlace(RandomAccessibleInterval<T> source, Interval interval, Shape strel, T maxVal, int numThreads)` Performs the erosion morphological operation, on a `RealType` `RandomAccessibleInterval` using a `Shape` as a flat structuring element.
`static <T extends Type<T> & Comparable<T>> Img<T>`	Opening.`open(Img<T> source, List<? extends Shape> strels, T minVal, T maxVal, int numThreads)` Performs the morphological opening operation on an `Img` of `Comparable` , using a list of `Shape`s as a structuring element.
`static <T extends Type<T> & Comparable<T>> Img<T>`	Opening.`open(Img<T> source, Shape strel, T minVal, T maxVal, int numThreads)` Performs the morphological opening operation on an `Img` of `Comparable` , using a `Shape` as a structuring element.
`static <T extends Type<T> & Comparable<T>> void`	Opening.`open(RandomAccessible<T> source, IterableInterval<T> target, List<? extends Shape> strels, T minVal, T maxVal, int numThreads)` Performs the morphological opening operation on a source `RandomAccessible`, using a list of `Shape`s as a structuring element, and writes the result on a specified target which must be an `IterableInterval`.
`static <T extends Type<T> & Comparable<T>> void`	Opening.`open(RandomAccessible<T> source, IterableInterval<T> target, Shape strel, T minVal, T maxVal, int numThreads)` Performs the morphological opening operation on a source `RandomAccessible`, using a `Shape` as a structuring element, and writes the result on a specified target which must be an `IterableInterval`.
`static <T extends Type<T> & Comparable<T>> void`	Opening.`openInPlace(RandomAccessibleInterval<T> source, Interval interval, List<? extends Shape> strels, T minVal, T maxVal, int numThreads)` Performs the opening morphological operation, on a `RandomAccessibleInterval` using a list of `Shape`s as a flat structuring element.
`static <T extends Type<T> & Comparable<T>> void`	Opening.`openInPlace(RandomAccessibleInterval<T> source, Interval interval, Shape strel, T minVal, T maxVal, int numThreads)` Performs the opening morphological operation, on a `RandomAccessibleInterval` using a `Shape` as a flat structuring element.
`static <T extends Type<T> & Comparable<T> & Sub<T>> Img<T>`	TopHat.`topHat(Img<T> source, List<? extends Shape> strels, T minVal, T maxVal, int numThreads)` Performs the top-hat (white top-hat) morphological operation, using a list of `Shape`s as a flat structuring element.
`static <T extends Type<T> & Comparable<T> & Sub<T>> Img<T>`	TopHat.`topHat(Img<T> source, Shape strel, T minVal, T maxVal, int numThreads)` Performs the top-hat (white top-hat) morphological operation, using a `Shape` as a flat structuring element.
`static <T extends Type<T> & Comparable<T> & Sub<T>> void`	TopHat.`topHat(RandomAccessible<T> source, IterableInterval<T> target, List<? extends Shape> strels, T minVal, T maxVal, int numThreads)` Performs the top-hat (white top-hat) morphological operation on a source `RandomAccessible`, using a list of `Shape`s as a structuring element, and writes the result on a specified target which must be an `IterableInterval`.
`static <T extends Type<T> & Comparable<T> & Sub<T>> void`	TopHat.`topHat(RandomAccessible<T> source, IterableInterval<T> target, Shape strel, T minVal, T maxVal, int numThreads)` Performs the top-hat (white top-hat) morphological operation on a source `RandomAccessible`, using a `Shape` as a structuring element, and writes the result on a specified target which must be an `IterableInterval`.
`static <T extends Type<T> & Comparable<T> & Sub<T>> void`	TopHat.`topHatInPlace(RandomAccessible<T> source, Interval interval, List<? extends Shape> strels, T minVal, T maxVal, int numThreads)` Performs the top-hat (white top-hat) morphological operation, using a list of `Shape`s as a flat structuring element.
`static <T extends Type<T> & Comparable<T> & Sub<T>> void`	TopHat.`topHatInPlace(RandomAccessible<T> source, Interval interval, Shape strel, T minVal, T maxVal, int numThreads)` Performs the top-hat (white top-hat) morphological operation, using a `Shape` as a flat structuring element.

Uses of Type in net.imglib2.algorithm.region

Methods in net.imglib2.algorithm.region with type parameters of type Type
Modifier and Type	Method and Description
`static <T extends Type<T>> void`	Circles.`set(RandomAccessible<T> rai, Localizable center, long radius, int dimX, int dimY, T value)` Writes a circle in the target `RandomAccessible`.
`static <T extends Type<T>> void`	Ellipses.`set(RandomAccessible<T> rai, Localizable center, long radiusX, long radiusY, int dimX, int dimY, T value)` Writes an ellipse in the target `RandomAccessible`.
`static <T extends Type<T>> void`	Ellipses.`set(RandomAccessible<T> rai, Localizable center, long radiusX, long radiusY, T value)` Writes an ellipse in the target `RandomAccessible`.
`static <T extends Type<T>> void`	Circles.`set(RandomAccessible<T> rai, Localizable center, long radius, T value)` Writes a circle in the target `RandomAccessible`.

Uses of Type in net.imglib2.algorithm.region.localneighborhood

Classes in net.imglib2.algorithm.region.localneighborhood with type parameters of type Type
Modifier and Type	Class and Description
`class`	`BufferedRectangularNeighborhood<T extends Type<T>>`
`class`	`BufferedRectangularNeighborhoodCursor<T extends Type<T>>`

Uses of Type in net.imglib2.algorithm.stats

Classes in net.imglib2.algorithm.stats with type parameters of type Type
Modifier and Type	Class and Description
`class`	`ComputeMinMax<T extends Type<T> & Comparable<T>>` TODO

Methods in net.imglib2.algorithm.stats with type parameters of type Type
Modifier and Type	Method and Description
`static <T extends Comparable<T> & Type<T>> void`	ComputeMinMax.`computeMinMax(RandomAccessibleInterval<T> interval, T min, T max)` Computes minimal and maximal value in a given interval

Uses of Type in net.imglib2.algorithm.transformation

Classes in net.imglib2.algorithm.transformation with type parameters of type Type
Modifier and Type	Class and Description
`class`	`ImageTransform<T extends Type<T>>` TODO

Uses of Type in net.imglib2.converter

Classes in net.imglib2.converter with type parameters of type Type
Modifier and Type	Class and Description
`class`	`CompositeChannelConverter<T extends Type<T>,A extends Composite<T>>` A converter to extract one channel of a `Composite`.
`class`	`TypeIdentity<T extends Type<T>>` TODO

Methods in net.imglib2.converter with type parameters of type Type
Modifier and Type	Method and Description
`static <A,B extends Type<B>> RandomAccessibleInterval<B>`	Converters.`compose(List<RandomAccessibleInterval<A>> components, Converter<Composite<A>,B> composer, B targetType)` Compose a list of same `Interval` and same `Type` A `RandomAccessibleIntervals` into a `RandomAccessibleInterval` of some target `Type` B using a `Converter` from `Composite` of A to B.
`static <A,B extends Type<B>> RandomAccessibleInterval<B>`	Converters.`compose(List<RandomAccessibleInterval<A>> components, Converter<Composite<A>,B> composer, Supplier<B> targetTypeSupplier)` Compose a list of same `Interval` and same `Type` A `RandomAccessibleIntervals` into a `RandomAccessibleInterval` of some target `Type` B using a `Converter` from `Composite` of A to B.
`static <A extends NumericType<A>,B extends Type<B>> RandomAccessibleInterval<B>`	Converters.`composeNumeric(List<RandomAccessibleInterval<A>> components, Converter<NumericComposite<A>,B> composer, B targetType)` Compose a list of same `Interval` and same `NumericType` A `RandomAccessibleIntervals` into a `RandomAccessibleInterval` of some target `Type` B using a `Converter` from `Composite` of A to B.
`static <A extends NumericType<A>,B extends Type<B>> RandomAccessibleInterval<B>`	Converters.`composeNumeric(List<RandomAccessibleInterval<A>> components, Converter<NumericComposite<A>,B> composer, Supplier<B> targetTypeSupplier)` Compose a list of same `Interval` and same `NumericType` A `RandomAccessibleIntervals` into a `RandomAccessibleInterval` of some target `Type` B using a `Converter` from `Composite` of A to B.
`static <A extends RealType<A>,B extends Type<B>> RandomAccessibleInterval<B>`	Converters.`composeReal(List<RandomAccessibleInterval<A>> components, Converter<RealComposite<A>,B> composer, B targetType)` Compose a list of same `Interval` and same `RealType` A `RandomAccessibleIntervals` into a `RandomAccessibleInterval` of some target `Type` B using a `Converter` from `Composite` of A to B.
`static <A extends RealType<A>,B extends Type<B>> RandomAccessibleInterval<B>`	Converters.`composeReal(List<RandomAccessibleInterval<A>> components, Converter<RealComposite<A>,B> composer, Supplier<B> targetTypeSupplier)` Compose a list of same `Interval` and same `RealType` A `RandomAccessibleIntervals` into a `RandomAccessibleInterval` of some target `Type` B using a `Converter` from `Composite` of A to B.
`static <A,B extends Type<B>> IterableInterval<B>`	Converters.`convert(IterableInterval<A> source, Converter<? super A,? super B> converter, B b)` Create a `IterableInterval` whose `Cursors` `Sampler.get()` you a converted sample.
`static <A,B,C extends Type<C>> IterableInterval<C>`	Converters.`convert(IterableInterval<A> sourceA, IterableInterval<B> sourceB, BiConverter<? super A,? super B,? super C> converter, C c)` Create a `IterableInterval` whose `Cursors` `Sampler.get()` you a converted sample.
`static <A,B,C extends Type<C>> IterableInterval<C>`	Converters.`convert(IterableInterval<A> sourceA, IterableInterval<B> sourceB, Supplier<BiConverter<? super A,? super B,? super C>> converterSupplier, C c)` Create a `IterableInterval` whose `Cursors` `Sampler.get()` you a converted sample.
`static <A,B extends Type<B>> WriteConvertedIterableInterval<A,B>`	Converters.`convert(IterableInterval<A> source, SamplerConverter<? super A,B> converter)` Create an `IterableInterval` whose `Cursors` `Sampler.get()` you a converted sample.
`static <A,B extends Type<B>> IterableInterval<B>`	Converters.`convert(IterableInterval<A> source, Supplier<Converter<? super A,? super B>> converterSupplier, B b)` Create a `IterableInterval` whose `Cursors` `Sampler.get()` you a converted sample.
`static <A,B extends Type<B>> WriteConvertedIterableInterval<A,B>`	Converters.`convert(IterableInterval<A> source, Supplier<SamplerConverter<? super A,B>> converterSupplier)` Create an `IterableInterval` whose `Cursors` `Sampler.get()` you a converted sample.
`static <A,B extends Type<B>> IterableRealInterval<B>`	Converters.`convert(IterableRealInterval<A> source, Converter<? super A,? super B> converter, B b)` Create a `IterableRealInterval` whose `RealCursors` `Sampler.get()` you a converted sample.
`static <A,B,C extends Type<C>> IterableRealInterval<C>`	Converters.`convert(IterableRealInterval<A> sourceA, IterableRealInterval<B> sourceB, BiConverter<? super A,? super B,? super C> converter, C c)` Create an `IterableRealInterval` whose `RealCursors` `Sampler.get()` you a converted sample.
`static <A,B,C extends Type<C>> IterableRealInterval<C>`	Converters.`convert(IterableRealInterval<A> sourceA, IterableRealInterval<B> sourceB, Supplier<BiConverter<? super A,? super B,? super C>> converterSupplier, C c)` Create a `IterableRealInterval` whose `RealCursors` `Sampler.get()` you a converted sample.
`static <A,B extends Type<B>> WriteConvertedIterableRealInterval<A,B>`	Converters.`convert(IterableRealInterval<A> source, SamplerConverter<? super A,B> converter)` Create an `IterableRealInterval` whose `RealCursors` `Sampler.get()` you a converted sample.
`static <A,B extends Type<B>> IterableRealInterval<B>`	Converters.`convert(IterableRealInterval<A> source, Supplier<Converter<? super A,? super B>> converterSupplier, B b)` Create a `IterableRealInterval` whose `RealCursors` `Sampler.get()` you a converted sample.
`static <A,B extends Type<B>> RandomAccessible<B>`	Converters.`convert(RandomAccessible<A> source, Converter<? super A,? super B> converter, B b)` Create a `RandomAccessible` whose `RandomAccesses` `Sampler.get()` you a converted sample.
`static <A,B,C extends Type<C>> RandomAccessible<C>`	Converters.`convert(RandomAccessible<A> sourceA, RandomAccessible<B> sourceB, BiConverter<? super A,? super B,? super C> converter, C c)` Create a `RandomAccessible` whose `RandomAccesses` `Sampler.get()` you a converted sample.
`static <A,B,C extends Type<C>> RandomAccessible<C>`	Converters.`convert(RandomAccessible<A> sourceA, RandomAccessible<B> sourceB, Supplier<BiConverter<? super A,? super B,? super C>> converterSupplier, C c)` Create a `RandomAccessible` whose `RandomAccesses` `Sampler.get()` you a converted sample.
`static <A,B extends Type<B>> WriteConvertedRandomAccessible<A,B>`	Converters.`convert(RandomAccessible<A> source, SamplerConverter<? super A,B> converter)` Create a `RandomAccessible` whose `RandomAccesses` `Sampler.get()` you a converted sample.
`static <A,B extends Type<B>> RandomAccessible<B>`	Converters.`convert(RandomAccessible<A> source, Supplier<Converter<? super A,? super B>> converterSupplier, B b)` Create a `RandomAccessible` whose `RandomAccesses` `Sampler.get()` you a converted sample.
`static <A,B extends Type<B>> WriteConvertedRandomAccessible<A,B>`	Converters.`convert(RandomAccessible<A> source, Supplier<SamplerConverter<? super A,B>> converterSupplier)` Create a `RandomAccessible` whose `RandomAccesses` `Sampler.get()` you a converted sample.
`static <A,B extends Type<B>> RandomAccessibleInterval<B>`	Converters.`convert(RandomAccessibleInterval<A> source, Converter<? super A,? super B> converter, B b)` Create a `RandomAccessibleInterval` whose `RandomAccesses` `Sampler.get()` you a converted sample.
`static <A,B,C extends Type<C>> RandomAccessibleInterval<C>`	Converters.`convert(RandomAccessibleInterval<A> sourceA, RandomAccessibleInterval<B> sourceB, BiConverter<? super A,? super B,? super C> converter, C c)` Create a `RandomAccessibleInterval` whose `RandomAccesses` `Sampler.get()` you a converted sample.
`static <A,B,C extends Type<C>> RandomAccessibleInterval<C>`	Converters.`convert(RandomAccessibleInterval<A> sourceA, RandomAccessibleInterval<B> sourceB, Supplier<BiConverter<? super A,? super B,? super C>> converterSupplier, C c)` Create a `RandomAccessibleInterval` whose `RandomAccesses` `Sampler.get()` you a converted sample.
`static <A,B extends Type<B>> WriteConvertedRandomAccessibleInterval<A,B>`	Converters.`convert(RandomAccessibleInterval<A> source, SamplerConverter<? super A,B> converter)` Create a `RandomAccessibleInterval` whose `RandomAccesses` `Sampler.get()` you a converted sample.
`static <A,B extends Type<B>> RandomAccessibleInterval<B>`	Converters.`convert(RandomAccessibleInterval<A> source, Supplier<Converter<? super A,? super B>> converterSupplier, B b)` Create a `RandomAccessibleInterval` whose `RandomAccesses` `Sampler.get()` you a converted sample.
`static <A,B extends Type<B>> WriteConvertedRandomAccessibleInterval<A,B>`	Converters.`convert(RandomAccessibleInterval<A> source, Supplier<SamplerConverter<? super A,B>> converterSupplier)` Create a `RandomAccessibleInterval` whose `RandomAccesses` `Sampler.get()` you a converted sample.
`static <A,B extends Type<B>> RealRandomAccessible<B>`	Converters.`convert(RealRandomAccessible<A> source, Converter<? super A,? super B> converter, B b)` Create a `RealRandomAccessible` whose `RealRandomAccesses` `Sampler.get()` you a converted sample.
`static <A,B,C extends Type<C>> RealRandomAccessible<C>`	Converters.`convert(RealRandomAccessible<A> sourceA, RealRandomAccessible<B> sourceB, BiConverter<? super A,? super B,? super C> converter, C c)` Create a `RealRandomAccessible` whose `RealRandomAccesses` `Sampler.get()` you a converted sample.
`static <A,B,C extends Type<C>> RealRandomAccessible<C>`	Converters.`convert(RealRandomAccessible<A> sourceA, RealRandomAccessible<B> sourceB, Supplier<BiConverter<? super A,? super B,? super C>> converterSupplier, C c)` Create a `RealRandomAccessible` whose `RealRandomAccesses` `Sampler.get()` you a converted sample.
`static <A,B extends Type<B>> RealRandomAccessible<B>`	Converters.`convert(RealRandomAccessible<A> source, Supplier<Converter<? super A,? super B>> converterSupplier, B b)` Create a `RealRandomAccessible` whose `RealRandomAccesses` `Sampler.get()` you a converted sample.
`static <A,B extends Type<B>> RealRandomAccessibleRealInterval<B>`	Converters.`convert(RealRandomAccessibleRealInterval<A> source, Converter<? super A,? super B> converter, B b)` Create a `RealRandomAccessibleRealInterval` whose `RealRandomAccesses` `Sampler.get()` you a converted sample.
`static <A,B,C extends Type<C>> RealRandomAccessibleRealInterval<C>`	Converters.`convert(RealRandomAccessibleRealInterval<A> sourceA, RealRandomAccessibleRealInterval<B> sourceB, BiConverter<? super A,? super B,? super C> converter, C c)` Create a `RealRandomAccessibleRealInterval` whose `RealRandomAccesses` `Sampler.get()` you a converted sample.
`static <A,B,C extends Type<C>> RealRandomAccessibleRealInterval<C>`	Converters.`convert(RealRandomAccessibleRealInterval<A> sourceA, RealRandomAccessibleRealInterval<B> sourceB, Supplier<BiConverter<? super A,? super B,? super C>> converterSupplier, C c)` Create a `RealRandomAccessibleRealInterval` whose `RealRandomAccesses` `Sampler.get()` you a converted sample.
`static <A,B extends Type<B>> RealRandomAccessibleRealInterval<B>`	Converters.`convert(RealRandomAccessibleRealInterval<A> source, Supplier<Converter<? super A,? super B>> converterSupplier, B b)` Create a `RealRandomAccessibleRealInterval` whose `RealRandomAccesses` `Sampler.get()` you a converted sample.
`static <A,B extends Type<B>> RandomAccessibleInterval<B>`	Converters.`convertRAI(RandomAccessibleInterval<A> source, Converter<? super A,? super B> converter, B b)` Create a `RandomAccessibleInterval` whose `RandomAccesses` `Sampler.get()` you a converted sample.
`static <A,B,C extends Type<C>> RandomAccessibleInterval<C>`	Converters.`convertRAI(RandomAccessibleInterval<A> sourceA, RandomAccessibleInterval<B> sourceB, BiConverter<? super A,? super B,? super C> converter, C c)` Create a `RandomAccessibleInterval` whose `RandomAccesses` `Sampler.get()` you a converted sample.
`static <A,B,C extends Type<C>> RandomAccessibleInterval<C>`	Converters.`convertRAI(RandomAccessibleInterval<A> sourceA, RandomAccessibleInterval<B> sourceB, Supplier<BiConverter<? super A,? super B,? super C>> converterSupplier, C c)` Create a `RandomAccessibleInterval` whose `RandomAccesses` `Sampler.get()` you a converted sample.
`static <A,B extends Type<B>> WriteConvertedRandomAccessibleInterval<A,B>`	Converters.`convertRAI(RandomAccessibleInterval<A> source, SamplerConverter<? super A,B> converter)` Create a `RandomAccessibleInterval` whose `RandomAccesses` `Sampler.get()` you a converted sample.
`static <A,B extends Type<B>> RandomAccessibleInterval<B>`	Converters.`convertRAI(RandomAccessibleInterval<A> source, Supplier<Converter<? super A,? super B>> converterSupplier, B b)` Create a `RandomAccessibleInterval` whose `RandomAccesses` `Sampler.get()` you a converted sample.
`static <A,B extends Type<B>> WriteConvertedRandomAccessibleInterval<A,B>`	Converters.`convertRAI(RandomAccessibleInterval<A> source, Supplier<SamplerConverter<? super A,B>> converterSupplier)` Create a `RandomAccessibleInterval` whose `RandomAccesses` `Sampler.get()` you a converted sample.
`static <A,B extends Type<B>,S extends RandomAccessible<A> & IterableInterval<A>> WriteConvertedIterableRandomAccessibleInterval<A,B,S>`	Converters.`convertRandomAccessibleIterableInterval(S source, SamplerConverter<? super A,B> converter)` Create an `WriteConvertedIterableRandomAccessibleInterval` whose `RandomAccesses` and `Cursors` `Sampler.get()` you a converted sample.
`static <A,B extends Type<B>,S extends RandomAccessible<A> & IterableInterval<A>> WriteConvertedIterableRandomAccessibleInterval<A,B,S>`	Converters.`convertRandomAccessibleIterableInterval(S source, Supplier<SamplerConverter<? super A,B>> converterSupplier)` Create an `WriteConvertedIterableRandomAccessibleInterval` whose `RandomAccesses` and `Cursors` `Sampler.get()` you a converted sample.

Uses of Type in net.imglib2.converter.read

Classes in net.imglib2.converter.read with type parameters of type Type
Modifier and Type	Class and Description
`class`	`BiConvertedCursor<A,B,C extends Type<C>>` TODO
`class`	`BiConvertedIterableInterval<A,B,C extends Type<C>>` TODO
`class`	`BiConvertedIterableRealInterval<A,B,C extends Type<C>>` TODO
`class`	`BiConvertedRandomAccess<A,B,C extends Type<C>>` TODO
`class`	`BiConvertedRandomAccessible<A,B,C extends Type<C>>` TODO
`class`	`BiConvertedRandomAccessibleInterval<A,B,C extends Type<C>>` TODO
`class`	`BiConvertedRealCursor<A,B,C extends Type<C>>` TODO
`class`	`BiConvertedRealRandomAccess<A,B,C extends Type<C>>` TODO
`class`	`BiConvertedRealRandomAccessible<A,B,C extends Type<C>>` TODO
`class`	`BiConvertedRealRandomAccessibleRealInterval<A,B,C extends Type<C>>` TODO
`class`	`ConvertedCursor<A,B extends Type<B>>` TODO
`class`	`ConvertedIterableInterval<A,B extends Type<B>>` TODO
`class`	`ConvertedIterableRealInterval<A,B extends Type<B>>` TODO
`class`	`ConvertedRandomAccess<A,B extends Type<B>>` TODO
`class`	`ConvertedRandomAccessible<A,B extends Type<B>>` TODO
`class`	`ConvertedRandomAccessibleInterval<A,B extends Type<B>>` TODO
`class`	`ConvertedRealCursor<A,B extends Type<B>>` TODO
`class`	`ConvertedRealRandomAccess<A,B extends Type<B>>` TODO
`class`	`ConvertedRealRandomAccessible<A,B extends Type<B>>` TODO
`class`	`ConvertedRealRandomAccessibleRealInterval<A,B extends Type<B>>` TODO

Fields in net.imglib2.converter.read declared as Type
Modifier and Type	Field and Description
`protected B`	ConvertedRealRandomAccessibleRealInterval.`converted`
`protected B`	ConvertedRealRandomAccessible.`converted`
`protected B`	ConvertedRealRandomAccess.`converted`
`protected B`	ConvertedRealCursor.`converted`
`protected B`	ConvertedRandomAccessibleInterval.`converted`
`protected B`	ConvertedRandomAccessible.`converted`
`protected B`	ConvertedRandomAccess.`converted`
`protected B`	ConvertedIterableRealInterval.`converted`
`protected B`	ConvertedIterableInterval.`converted`
`protected B`	ConvertedCursor.`converted`
`protected C`	BiConvertedRealRandomAccessibleRealInterval.`converted`
`protected C`	BiConvertedRealRandomAccessible.`converted`
`protected C`	BiConvertedRealRandomAccess.`converted`
`protected C`	BiConvertedRealCursor.`converted`
`protected C`	BiConvertedRandomAccessibleInterval.`converted`
`protected C`	BiConvertedRandomAccessible.`converted`
`protected C`	BiConvertedRandomAccess.`converted`
`protected C`	BiConvertedIterableRealInterval.`converted`
`protected C`	BiConvertedIterableInterval.`converted`
`protected C`	BiConvertedCursor.`converted`

Uses of Type in net.imglib2.img

Classes in net.imglib2.img with type parameters of type Type
Modifier and Type	Class and Description
`class`	`ImgView<T extends Type<T>>` Allows a `RandomAccessibleInterval` to be treated as an `Img`.
`interface`	`NativeImg<T extends Type<T>,A>` TODO
`interface`	`NativeLongAccessImg<T extends Type<T>,A>` TODO

Methods in net.imglib2.img with type parameters of type Type
Modifier and Type	Method and Description
`protected static <T extends Type<T>> Img<FloatType>`	ImagePlusAdapter.`convertToFloat(Img<T> input, Converter<T,FloatType> c)`
`static <T extends Type<T>> Img<T>`	ImgView.`wrap(RandomAccessibleInterval<T> accessible)` Represent an arbitrary `RandomAccessibleInterval` as an `Img`, with a suitable `ImgFactory` for its size and type, created by `Util.getSuitableImgFactory(net.imglib2.Dimensions, Object)`.
`static <T extends Type<T>> Img<T>`	ImgView.`wrap(RandomAccessibleInterval<T> accessible, ImgFactory<T> factory)` Represent an arbitrary `RandomAccessibleInterval` as an `Img`.

Uses of Type in net.imglib2.img.display.imagej

Methods in net.imglib2.img.display.imagej with type parameters of type Type
Modifier and Type	Method and Description
`static <T extends Type<T>> ImgPlus<T>`	ImgPlusViews.`hyperSlice(ImgPlus<T> image, int d, long position)` Same as `Views.hyperSlice(RandomAccessible, int, long)`.
`static <T extends Type<T>> ImgPlus<T>`	ImgPlusViews.`moveAxis(ImgPlus<T> image, int fromAxis, int toAxis)` Permutes the axes of the image.
`static <T extends Type<T>> ImgPlus<T>`	ImgPlusViews.`permute(ImgPlus<T> image, int fromAxis, int toAxis)` Same as `Views.permute(RandomAccessible, int, int)`.

Methods in net.imglib2.img.display.imagej with parameters of type Type
Modifier and Type	Method and Description
`static boolean`	ImageProcessorUtils.`isSupported(Type<?> type)` Returns true if the given ImgLib2 pixel type is also supported by ImageJ1.

Uses of Type in net.imglib2.labeling

Classes in net.imglib2.labeling that implement Type
Modifier and Type	Class and Description
`class`	`LabelingType<T extends Comparable<T>>` Deprecated.

Uses of Type in net.imglib2.roi

Classes in net.imglib2.roi with type parameters of type Type
Modifier and Type	Class and Description
`protected class`	`AbstractIterableRegionOfInterest.AROIClippedIterableInterval<T extends Type<T>>` Deprecated.
`protected class`	`AbstractIterableRegionOfInterest.AROIIterableInterval<T extends Type<T>>` Deprecated.
`protected class`	`BinaryMaskRegionOfInterest.BMROIIterableInterval<TT extends Type<TT>>` Deprecated.

Fields in net.imglib2.roi declared as Type
Modifier and Type	Field and Description
`protected T`	AbstractIterableRegionOfInterest.AROIIterableInterval.`cached_first_element`

Methods in net.imglib2.roi with type parameters of type Type
Modifier and Type	Method and Description
`<T extends Type<T>> IterableInterval<T>`	IterableRegionOfInterest.`getIterableIntervalOverROI(RandomAccessible<T> src)` Deprecated. Given a sampler in the ROI's space, provide an iterable that can make iterators over the space, sampling pixels from the sampler.
`<T extends Type<T>> IterableInterval<T>`	AbstractIterableRegionOfInterest.`getIterableIntervalOverROI(RandomAccessible<T> src)` Deprecated.
`<TT extends Type<TT>> IterableInterval<TT>`	BinaryMaskRegionOfInterest.`getIterableIntervalOverROI(RandomAccessible<TT> src)` Deprecated.

Uses of Type in net.imglib2.type

Classes in net.imglib2.type with type parameters of type Type
Modifier and Type	Interface and Description
`interface`	`Type<T extends Type<T>>` The `Type` interface is responsible for accessing and manipulating (pixel) values.

Subinterfaces of Type in net.imglib2.type
Modifier and Type	Interface and Description
`interface`	`BasePairType<T extends BasePairType<T>>` TODO
`interface`	`BooleanType<T extends BooleanType<T>>` TODO
`interface`	`NativeLongAccessType<T extends NativeLongAccessType<T>>` A `NativeLongAccessType` is a `Type` that that provides access to data stored in Java primitive arrays.
`interface`	`NativeType<T extends NativeType<T>>` A `NativeType` is a `Type` that that provides access to data stored in Java primitive arrays.

Classes in net.imglib2.type that implement Type
Modifier and Type	Class and Description
`class`	`AbstractBit64Type<T extends AbstractBit64Type<T>>` A `Type` with arbitrary bit depth up to maximum 64 bits.
`class`	`AbstractBitType<T extends AbstractBitType<T>>` Provides basic infrastructure to implement Types based on single bits stored in a LongAccess
`class`	`AbstractNativeLongAccessType<T extends AbstractNativeLongAccessType<T>>`
`class`	`AbstractNativeType<T extends AbstractNativeType<T>>` TODO

Uses of Type in net.imglib2.type.label

Classes in net.imglib2.type.label that implement Type
Modifier and Type	Class and Description
`class`	`BasePairBitType` Representation of base pairs using 3 bits per entry, supported characters: gap, N, A, T, G, C, U Bases are handled using the `BasePairBitType.Base` enumeration.
`class`	`BasePairCharType` Representation of base pairs using one char per entry, supported characters: gap, N, A, T, G, C, U Bases are handled using the `BasePairBitType.Base` enumeration.

Uses of Type in net.imglib2.type.logic

Classes in net.imglib2.type.logic that implement Type
Modifier and Type	Class and Description
`class`	`BitType` TODO
`class`	`BoolType` A `BooleanType` wrapping a single primitive `boolean` variable.
`class`	`NativeBoolType` `NativeType` backed by `boolean`.

Uses of Type in net.imglib2.type.numeric

Subinterfaces of Type in net.imglib2.type.numeric
Modifier and Type	Interface and Description
`interface`	`ComplexType<T extends ComplexType<T>>` TODO
`interface`	`IntegerType<T extends IntegerType<T>>` TODO
`interface`	`NumericType<T extends NumericType<T>>` TODO
`interface`	`RealType<T extends RealType<T>>` TODO

Classes in net.imglib2.type.numeric that implement Type
Modifier and Type	Class and Description
`class`	`AbstractARGBDoubleType<T extends AbstractARGBDoubleType<T>>`
`class`	`ARGBDoubleType`
`class`	`ARGBLongAccessType`
`class`	`ARGBType` A `native` `NumericType` that encodes four channels at unsigned byte precision into one 32bit signed integer which is the format used in most display oriented image processing libraries such as AWT or ImageJ.
`class`	`NativeARGBDoubleType`

Uses of Type in net.imglib2.type.numeric.complex

Classes in net.imglib2.type.numeric.complex that implement Type
Modifier and Type	Class and Description
`class`	`AbstractComplexType<T extends AbstractComplexType<T>>` TODO
`class`	`ComplexDoubleLongAccessType`
`class`	`ComplexDoubleType` TODO
`class`	`ComplexFloatLongAccessType`
`class`	`ComplexFloatType` TODO

Uses of Type in net.imglib2.type.numeric.integer

Classes in net.imglib2.type.numeric.integer that implement Type
Modifier and Type	Class and Description
`class`	`AbstractIntegerBitType<T extends AbstractIntegerBitType<T>>` The performance of this type is traded off for the gain in memory storage.
`class`	`AbstractIntegerType<T extends AbstractIntegerType<T>>` TODO
`class`	`ByteLongAccessType`
`class`	`ByteType` TODO
`class`	`GenericByteLongAccessType<T extends GenericByteLongAccessType<T>>` TODO
`class`	`GenericByteType<T extends GenericByteType<T>>` TODO
`class`	`GenericIntLongAccessType<T extends GenericIntLongAccessType<T>>`
`class`	`GenericIntType<T extends GenericIntType<T>>` TODO
`class`	`GenericLongLongAccessType<T extends GenericLongLongAccessType<T>>` Abstract superclass for Long types.
`class`	`GenericLongType<T extends GenericLongType<T>>` Abstract superclass for Long types.
`class`	`GenericShortLongAccessType<T extends GenericShortLongAccessType<T>>` Abstract base class for `native` `IntegerType`s that encode their value into a 16bit short.
`class`	`GenericShortType<T extends GenericShortType<T>>` Abstract base class for `native` `IntegerType`s that encode their value into a 16bit short.
`class`	`IntLongAccessType`
`class`	`IntType` TODO
`class`	`LongLongAccessType`
`class`	`LongType` TODO
`class`	`ShortLongAccessType`
`class`	`ShortType` TODO
`class`	`Unsigned128BitType` A `Type` with a bit depth of 128.
`class`	`Unsigned12BitType` A 12-bit `Type` whose data is stored in a `LongAccess`.
`class`	`Unsigned2BitType` A `Type` with a bit depth of 2.
`class`	`Unsigned4BitType` A `Type` with a bit depth of 4.
`class`	`UnsignedByteLongAccessType`
`class`	`UnsignedByteType` TODO
`class`	`UnsignedIntLongAccessType`
`class`	`UnsignedIntType` TODO
`class`	`UnsignedLongLongAccessType` TODO
`class`	`UnsignedLongType` TODO
`class`	`UnsignedShortLongAccessType`
`class`	`UnsignedShortType` TODO
`class`	`UnsignedVariableBitLengthType` A `Type` with arbitrary bit depth up to maximum 64 bits.

Uses of Type in net.imglib2.type.numeric.real

Classes in net.imglib2.type.numeric.real that implement Type
Modifier and Type	Class and Description
`class`	`AbstractRealType<T extends AbstractRealType<T>>` TODO
`class`	`DoubleLongAccessType`
`class`	`DoubleType` TODO
`class`	`FloatLongAccessType`
`class`	`FloatType` TODO

Uses of Type in net.imglib2.type.volatiles

Classes in net.imglib2.type.volatiles that implement Type
Modifier and Type	Class and Description
`class`	`AbstractVolatileNativeNumericType<N extends NumericType<N> & NativeType<N>,T extends AbstractVolatileNativeNumericType<N,T>>` Abstract base class for `VolatileNumericType`s that wrap `native` `NumericType`s.
`class`	`AbstractVolatileNativeRealType<R extends RealType<R> & NativeType<R>,T extends AbstractVolatileNativeRealType<R,T>>` Abstract base class for `VolatileRealType`s that wrap `native` `RealType`s.
`class`	`AbstractVolatileNumericType<N extends NumericType<N>,T extends AbstractVolatileNumericType<N,T>>` Abstract base class for `VolatileNumericType`s that wrap a `NumericType` that is either VALID or INVALID.
`class`	`AbstractVolatileRealType<R extends RealType<R>,T extends AbstractVolatileRealType<R,T>>` Abstract base class for `VolatileRealType`s that wrap `RealType`.
`class`	`VolatileARGBType` A `Volatile` variant of `UnsignedShortType`.
`class`	`VolatileByteType` A `Volatile` variant of `ByteType`.
`class`	`VolatileDoubleType` A `Volatile` variant of `DoubleType`.
`class`	`VolatileFloatType` A `Volatile` variant of `FloatType`.
`class`	`VolatileIntType` A `Volatile` variant of `IntType`.
`class`	`VolatileLongType` A `Volatile` variant of `LongType`.
`class`	`VolatileNumericType<T extends NumericType<T>>` Something volatile that has a value and is either VALID or INVALID.
`class`	`VolatileRealType<T extends RealType<T>>` Something volatile that has a value and is either VALID or INVALID.
`class`	`VolatileShortType` A `Volatile` variant of `ShortType`.
`class`	`VolatileUnsignedByteType` A `Volatile` variant of `UnsignedByteType`.
`class`	`VolatileUnsignedIntType` A `Volatile` variant of `UnsignedIntType`.
`class`	`VolatileUnsignedLongType` A `Volatile` variant of `UnsignedLongType`.
`class`	`VolatileUnsignedShortType` A `Volatile` variant of `UnsignedShortType`.

Uses of Type in net.imglib2.util

Methods in net.imglib2.util with type parameters of type Type
Modifier and Type	Method and Description
`static <T extends Type<T>> void`	ImgUtil.`copy(RandomAccessibleInterval<T> source, RandomAccessibleInterval<T> destination)` Copy one image into another, multi-threaded.
`static <T extends Type<T> & Comparable<T>> T`	Util.`max(T value1, T value2)`
`static <T extends Type<T> & Comparable<T>> T`	Util.`min(T value1, T value2)`

Uses of Type in net.imglib2.view

Methods in net.imglib2.view with type parameters of type Type
Modifier and Type	Method and Description
`static <T extends Type<T>> IntervalView<T>`	Views.`expandValue(RandomAccessibleInterval<T> source, T t, long... border)` Deprecated. use `expandValue` with unbounded type parameter T
`static <T extends Type<T>,F extends RandomAccessibleInterval<T>> ExtendedRandomAccessibleInterval<T,F>`	Views.`extendValue(F source, T value)` Deprecated. use `extendValue` with unbounded type parameter T

Uses of Type in net.imglib2.view.composite

Classes in net.imglib2.view.composite that implement Type
Modifier and Type	Class and Description
`class`	`AbstractNumericComposite<T extends NumericType<T>,C extends AbstractNumericComposite<T,C>>` Abstract base class for a vector of `NumericType` scalars.
`class`	`NumericComposite<T extends NumericType<T>>` A vector of `NumericType` scalars.
`class`	`RealComposite<T extends RealType<T>>` A vector of `RealType` scalars.

Uses of Interfacenet.imglib2.type.Type

Uses of Type in net.imglib2.algorithm.binary

Uses of Type in net.imglib2.algorithm.componenttree

Uses of Type in net.imglib2.algorithm.componenttree.mser

Uses of Type in net.imglib2.algorithm.componenttree.pixellist

Uses of Type in net.imglib2.algorithm.fft

Uses of Type in net.imglib2.algorithm.fill

Uses of Type in net.imglib2.algorithm.function

Uses of Type in net.imglib2.algorithm.gauss

Uses of Type in net.imglib2.algorithm.gradient

Uses of Type in net.imglib2.algorithm.morphology

Uses of Type in net.imglib2.algorithm.region

Uses of Type in net.imglib2.algorithm.region.localneighborhood

Uses of Type in net.imglib2.algorithm.stats

Uses of Type in net.imglib2.algorithm.transformation

Uses of Type in net.imglib2.converter

Uses of Type in net.imglib2.converter.read

Uses of Type in net.imglib2.img

Uses of Type in net.imglib2.img.display.imagej

Uses of Type in net.imglib2.labeling

Uses of Type in net.imglib2.roi

Uses of Type in net.imglib2.type

Uses of Type in net.imglib2.type.label

Uses of Type in net.imglib2.type.logic

Uses of Type in net.imglib2.type.numeric

Uses of Type in net.imglib2.type.numeric.complex

Uses of Type in net.imglib2.type.numeric.integer

Uses of Type in net.imglib2.type.numeric.real

Uses of Type in net.imglib2.type.volatiles

Uses of Type in net.imglib2.util

Uses of Type in net.imglib2.view

Uses of Type in net.imglib2.view.composite

Uses of Interface
net.imglib2.type.Type