uint16x8
struct uint16x8Available without an import.
A 128-bit SIMD value containing 8 uint16 lanes. Arithmetic operates lane-wise, with integer overflow wrapping within each lane. Lane and WithLane require constant indices; bracket indexing supports checked runtime indices. Comparisons return all-one/all-zero integer masks. Bit reinterpretation involving floating-point lanes canonicalizes NaNs.
Members
Splatmethod
public static fn Splat(uint16 value) : uint16x8Copies one scalar value into every lane.
Zeromethod
public static fn Zero() : uint16x8Returns a vector whose lanes are all zero.
constructorconstructor
public constructor (uint16 l0, uint16 l1, uint16 l2, uint16 l3, uint16 l4, uint16 l5, uint16 l6, uint16 l7)Creates a vector from scalar lanes in ascending index order.
Lanemethod
public fn Lane(int32 index) : uint32Reads a compile-time constant lane index in [0, 8). Invalid or nonconstant indices are rejected; use bracket indexing for runtime indices. Sub-32-bit integer lanes widen with the type's signedness.
Minmethod
public fn Min(uint16x8 other) : uint16x8Selects the smaller value in each lane.
Maxmethod
public fn Max(uint16x8 other) : uint16x8Selects the larger value in each lane.
AddSatmethod
public fn AddSat(uint16x8 other) : uint16x8Adds corresponding lanes and clamps each result to this lane type's minimum/maximum instead of wrapping.
SubSatmethod
public fn SubSat(uint16x8 other) : uint16x8Subtracts corresponding lanes and clamps each result to this lane type's minimum/maximum instead of wrapping.
Eqmethod
public fn Eq(uint16x8 other) : uint16x8Compares corresponding lanes for equal, returning all-one bits for true and all-zero bits for false. Ordered comparisons use the lane type's signedness.
Nemethod
public fn Ne(uint16x8 other) : uint16x8Compares corresponding lanes for unequal, returning all-one bits for true and all-zero bits for false. Ordered comparisons use the lane type's signedness.
Ltmethod
public fn Lt(uint16x8 other) : uint16x8Compares corresponding lanes for less, returning all-one bits for true and all-zero bits for false. Ordered comparisons use the lane type's signedness.
Lemethod
public fn Le(uint16x8 other) : uint16x8Compares corresponding lanes for less or equal, returning all-one bits for true and all-zero bits for false. Ordered comparisons use the lane type's signedness.
Gtmethod
public fn Gt(uint16x8 other) : uint16x8Compares corresponding lanes for greater, returning all-one bits for true and all-zero bits for false. Ordered comparisons use the lane type's signedness.
Gemethod
public fn Ge(uint16x8 other) : uint16x8Compares corresponding lanes for greater or equal, returning all-one bits for true and all-zero bits for false. Ordered comparisons use the lane type's signedness.
AnyTruemethod
public fn AnyTrue() : boolTests whether any lane has a nonzero bit pattern.
AllTruemethod
public fn AllTrue() : boolTests whether every lane has a nonzero bit pattern.
Bitmaskmethod
public fn Bitmask() : int32Packs each lane's most significant bit into the corresponding bit of an integer; lane zero becomes bit zero.
WithLanemethod
public fn WithLane(int32 index, uint16 value) : uint16x8Returns a copy with one lane replaced. The index must be a compile-time constant in [0, 8); use bracket assignment for runtime indices.
Shufflemethod
public fn Shuffle(int32 l0, int32 l1, int32 l2, int32 l3, int32 l4, int32 l5, int32 l6, int32 l7) : uint16x8Returns lanes selected in argument order. Every index must be a compile-time constant in [0, 8); repeats are allowed.
Selectmethod
public fn Select(uint16x8 a, uint16x8 b) : uint16x8Selects bits from a where this mask has one bits and from b where it has zero bits. Comparison masks select entire lanes; arbitrary masks can mix bits within a lane.
WidenLowmethod
public fn WidenLow() : uint32x4Widens the low half of the lanes to twice their width, using zero extension.
WidenHighmethod
public fn WidenHigh() : uint32x4Widens the high half of the lanes to twice their width, using zero extension.
WideningMulLowmethod
public fn WideningMulLow(uint16x8 other) : uint32x4Multiplies the low-half lane pairs, widening operands first so products fit the doubled lane width.
WideningMulHighmethod
public fn WideningMulHigh(uint16x8 other) : uint32x4Multiplies the high-half lane pairs, widening operands first so products fit the doubled lane width.
AverageRoundedmethod
public fn AverageRounded(uint16x8 other) : uint16x8Returns the unsigned lane-wise average rounded upward, without overflowing the intermediate sum.
ReduceSummethod
public fn ReduceSum() : uint32Sums every lane into the scalar result. Arithmetic wraps at the scalar result width; narrow lanes are widened before addition.
ReduceMinmethod
public fn ReduceMin() : uint32Reduces all lanes to their minimum.
ReduceMaxmethod
public fn ReduceMax() : uint32Reduces all lanes to their maximum.
Narrowmethod
public fn Narrow(uint16x8 other) : uint8x16Saturates both vectors into half-width lanes. Receiver lanes form the low half and other lanes the high half; values clamp to the destination range.
AsInt8x16method
public fn AsInt8x16() : int8x16Reinterprets this 128-bit value with the destination lane shape rather than converting numerically. Floating-point NaN lanes are canonicalized on either side of the reinterpretation; NaN payload bits are not preserved.
AsUint8x16method
public fn AsUint8x16() : uint8x16Reinterprets this 128-bit value with the destination lane shape rather than converting numerically. Floating-point NaN lanes are canonicalized on either side of the reinterpretation; NaN payload bits are not preserved.
AsInt16x8method
public fn AsInt16x8() : int16x8Reinterprets this 128-bit value with the destination lane shape rather than converting numerically. Floating-point NaN lanes are canonicalized on either side of the reinterpretation; NaN payload bits are not preserved.
AsInt32x4method
public fn AsInt32x4() : int32x4Reinterprets this 128-bit value with the destination lane shape rather than converting numerically. Floating-point NaN lanes are canonicalized on either side of the reinterpretation; NaN payload bits are not preserved.
AsUint32x4method
public fn AsUint32x4() : uint32x4Reinterprets this 128-bit value with the destination lane shape rather than converting numerically. Floating-point NaN lanes are canonicalized on either side of the reinterpretation; NaN payload bits are not preserved.
AsInt64x2method
public fn AsInt64x2() : int64x2Reinterprets this 128-bit value with the destination lane shape rather than converting numerically. Floating-point NaN lanes are canonicalized on either side of the reinterpretation; NaN payload bits are not preserved.
AsUint64x2method
public fn AsUint64x2() : uint64x2Reinterprets this 128-bit value with the destination lane shape rather than converting numerically. Floating-point NaN lanes are canonicalized on either side of the reinterpretation; NaN payload bits are not preserved.
AsFloat32x4method
public fn AsFloat32x4() : float32x4Reinterprets this 128-bit value with the destination lane shape rather than converting numerically. Floating-point NaN lanes are canonicalized on either side of the reinterpretation; NaN payload bits are not preserved.
AsFloat64x2method
public fn AsFloat64x2() : float64x2Reinterprets this 128-bit value with the destination lane shape rather than converting numerically. Floating-point NaN lanes are canonicalized on either side of the reinterpretation; NaN payload bits are not preserved.
Loadmethod
public static fn Load(Span<uint8> data, int32 byteOffset) : uint16x8Reads 16 bytes starting at byteOffset as this lane type. The complete range must fit the span or the operation panics. No alignment requirement is imposed.
LoadAlignedmethod
public static fn LoadAligned(Span<uint8> data, int32 byteOffset) : uint16x8Reads 16 bytes with the same bounds checks and behavior as Load. Alignment is a hint; unaligned addresses are accepted.
Storemethod
public fn Store(Span<uint8> data, int32 byteOffset) : voidWrites all 16 bytes at byteOffset. The complete range must fit the span or the operation panics. Does not resize or retain the span.
LoadElemsmethod
public static fn LoadElems(Span<uint16> data, int32 elemIndex) : uint16x8Reads 8 consecutive elements starting at elemIndex. The whole element range must fit or the operation panics; indices count elements, not bytes.
StoreElemsmethod
public fn StoreElems(Span<uint16> data, int32 elemIndex) : voidWrites 8 consecutive elements starting at elemIndex. The whole element range must fit or the operation panics; indices count elements, not bytes.
ToStringmethod
public fn ToString() : stringProvided by the compiler.
ToStringBuffermethod
public fn ToStringBuffer(StringBuilder builder) : int32Provided by the compiler.