A specialized
Vector representing an ordered immutable sequence of
byte values.
A specialized
Vector representing an ordered immutable sequence of
double values.
A specialized
Vector representing an ordered immutable sequence of
float values.
A specialized
Vector representing an ordered immutable sequence of
int values.
A specialized
Vector representing an ordered immutable sequence of
long values.
A specialized
Vector representing an ordered immutable sequence of
short values.
A
sequence of a fixed number of
lanes ,
all of some fixed
element type
such as
byte,
long, or
float.
A VectorMask represents an ordered immutable sequence of boolean
values.
Type for all reassociating
lane-wise
binary operators,
usable in expressions like
e = v0.reduceLanes(ADD).
Type for all
lane-wise
binary (two-argument) operators,
usable in expressions like
w = v0.lanewise(ADD, v1).
Type for all binary
lane-wise
boolean comparisons on lane values,
usable in expressions like
m = v0.compare(LT, v1).
Type for all
lane-wise
conversions on lane values,
usable in expressions like
w1 = v0.convert(I2D, 1).
Root type for all operator tokens, providing queries for common
properties such as arity, argument and return types, symbolic
name, and operator name.
Type for all
lane-wise
ternary (three-argument) operators,
usable in expressions like
w = v0.lanewise(FMA, v1, v2).
Type for all unary
lane-wise
boolean tests on lane values,
usable in expressions like
m = v0.test(IS_FINITE).
Type for all
lane-wise
unary (one-argument) operators,
usable in expressions like
w = v0.lanewise(NEG).
A
VectorShape selects a particular implementation of
Vectors.
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.
Interface for managing all vectors of the same combination
of
element type (
ETYPE)
and
shape.
Report a bug or suggest an enhancement Java SE Documentation , which contains more detailed, developer-targeted descriptions with conceptual overviews, definitions of terms, workarounds, and working code examples. Other versions. Copyright © 1993, 2021, Oracle and/or its affiliates, 500 Oracle Parkway, Redwood Shores, CA 94065 USA.license terms and the documentation redistribution policy .