Uses of Package
jdk.incubator.vector

Packages that use jdk.incubator.vector

Package	Description
jdk.incubator.vector	Incubating Feature. Will be removed in a future release.

Classes in jdk.incubator.vector used by jdk.incubator.vector

Class	Description
ByteVector	A specialized Vector representing an ordered immutable sequence of byte values.
DoubleVector	A specialized Vector representing an ordered immutable sequence of double values.
FloatVector	A specialized Vector representing an ordered immutable sequence of float values.
IntVector	A specialized Vector representing an ordered immutable sequence of int values.
LongVector	A specialized Vector representing an ordered immutable sequence of long values.
ShortVector	A specialized Vector representing an ordered immutable sequence of short values.
Vector	A sequence of a fixed number of lanes, all of some fixed element type such as byte, long, or float.
VectorMask	A VectorMask represents an ordered immutable sequence of boolean values.
VectorOperators.Associative	Type for all reassociating lane-wise binary operators, usable in expressions like e = v0.reduceLanes(ADD).
VectorOperators.Binary	Type for all lane-wise binary (two-argument) operators, usable in expressions like w = v0.lanewise(ADD, v1).
VectorOperators.Comparison	Type for all binary lane-wise boolean comparisons on lane values, usable in expressions like m = v0.compare(LT, v1).
VectorOperators.Conversion	Type for all lane-wise conversions on lane values, usable in expressions like w1 = v0.convert(I2D, 1).
VectorOperators.Operator	Root type for all operator tokens, providing queries for common properties such as arity, argument and return types, symbolic name, and operator name.
VectorOperators.Ternary	Type for all lane-wise ternary (three-argument) operators, usable in expressions like w = v0.lanewise(FMA, v1, v2).
VectorOperators.Test	Type for all unary lane-wise boolean tests on lane values, usable in expressions like m = v0.test(IS_FINITE).
VectorOperators.Unary	Type for all lane-wise unary (one-argument) operators, usable in expressions like w = v0.lanewise(NEG).
VectorShape	A VectorShape selects a particular implementation of Vectors.
VectorShuffle	A VectorShuffle represents an ordered immutable sequence of int values called source indexes, where each source index numerically selects a source lane from a compatible Vector.
VectorSpecies	Interface for managing all vectors of the same combination of element type (ETYPE) and shape.