Uses of Interface
net.imglib2.type.Type

Packages that use Type

Package	Description
net.imglib2.blocks
net.imglib2.converter
net.imglib2.img
net.imglib2.img.list
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.blocks

Methods in net.imglib2.blocks with type parameters of type Type

Modifier and Type	Method	Description
private <T extends Type<T>> boolean	ViewAnalyzer.checkViewTypeSupported()	Check whether the pixel Type of the View is supported.

Uses of Type in net.imglib2.converter

Classes in net.imglib2.converter with type parameters of type Type

Modifier and Type	Class	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	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.compose2(List<RandomAccessibleInterval<A>> components, Converter<Composite<A>, B> composer, Supplier<B> targetSupplier)	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 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, 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>> 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 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, 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, 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 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>> 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 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, 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, 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 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>> 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 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, 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, 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 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>> 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 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, 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, 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 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>> 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, 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, 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 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>> 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, 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, 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 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>> 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 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, 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, 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 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.
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.

Uses of Type in net.imglib2.img

Classes in net.imglib2.img with type parameters of type Type

Modifier and Type	Class	Description
class	ImgView<T extends Type<T>>	Allows a RandomAccessibleInterval to be treated as an Img.
interface	NativeImg<T extends Type<T>, A>	TODO

Methods in net.imglib2.img with type parameters of type Type

Modifier and Type	Method	Description
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.list

Methods in net.imglib2.img.list with type parameters of type Type

Modifier and Type	Method	Description
private static <A extends Type<A>> ListImg<A>	ListImg.copyWithType(ListImg<A> img)

Uses of Type in net.imglib2.type

Classes in net.imglib2.type with type parameters of type Type

Modifier and Type	Interface	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	Description
interface	BasePairType<T extends BasePairType<T>>	TODO
interface	BooleanType<T extends BooleanType<T>>	TODO
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	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	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	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	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	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	Description
class	AbstractARGBDoubleType<T extends AbstractARGBDoubleType<T>>
class	ARGBDoubleType
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	Description
class	AbstractComplexType<T extends AbstractComplexType<T>>	TODO
class	ComplexDoubleType	TODO
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	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	ByteType	TODO
class	GenericByteType<T extends GenericByteType<T>>	TODO
class	GenericIntType<T extends GenericIntType<T>>	TODO
class	GenericLongType<T extends GenericLongType<T>>	Abstract superclass for Long types.
class	GenericShortType<T extends GenericShortType<T>>	Abstract base class for native IntegerTypes that encode their value into a 16bit short.
class	IntType	TODO
class	LongType	TODO
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	UnsignedByteType	TODO
class	UnsignedIntType	TODO
class	UnsignedLongType	TODO
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	Description
class	AbstractRealType<T extends AbstractRealType<T>>	TODO
class	DoubleType	TODO
class	FloatType	TODO

Uses of Type in net.imglib2.type.volatiles

Classes in net.imglib2.type.volatiles that implement Type

Modifier and Type	Class	Description
class	AbstractVolatileNativeNumericType<N extends NumericType<N> & NativeType<N>, T extends AbstractVolatileNativeNumericType<N,T>>	Abstract base class for VolatileNumericTypes that wrap native NumericTypes.
class	AbstractVolatileNativeRealType<R extends RealType<R> & NativeType<R>, T extends AbstractVolatileNativeRealType<R,T>>	Abstract base class for VolatileRealTypes that wrap native RealTypes.
class	AbstractVolatileNumericType<N extends NumericType<N>, T extends AbstractVolatileNumericType<N,T>>	Abstract base class for VolatileNumericTypes 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 VolatileRealTypes that wrap RealType.
class	VolatileARGBType	A Volatile variant of UnsignedShortType.
private static class	VolatileARGBType.WrappedARGBType
class	VolatileByteType	A Volatile variant of ByteType.
private static class	VolatileByteType.WrappedByteType
class	VolatileDoubleType	A Volatile variant of DoubleType.
private static class	VolatileDoubleType.WrappedDoubleType
class	VolatileFloatType	A Volatile variant of FloatType.
private static class	VolatileFloatType.WrappedFloatType
class	VolatileIntType	A Volatile variant of IntType.
private static class	VolatileIntType.WrappedIntType
class	VolatileLongType	A Volatile variant of LongType.
private static class	VolatileLongType.WrappedLongType
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.
private static class	VolatileShortType.WrappedShortType
class	VolatileUnsignedByteType	A Volatile variant of UnsignedByteType.
private static class	VolatileUnsignedByteType.WrappedUnsignedByteType
class	VolatileUnsignedIntType	A Volatile variant of UnsignedIntType.
private static class	VolatileUnsignedIntType.WrappedUnsignedIntType
class	VolatileUnsignedLongType	A Volatile variant of UnsignedLongType.
private static class	VolatileUnsignedLongType.WrappedUnsignedLongType
class	VolatileUnsignedShortType	A Volatile variant of UnsignedShortType.
private static class	VolatileUnsignedShortType.WrappedUnsignedShortType

Uses of Type in net.imglib2.util

Methods in net.imglib2.util with type parameters of type Type

Modifier and Type	Method	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	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	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.