Struct SSSE3

pub struct SSSE3(/* private fields */);

Trait Implementations

impl Clone for SSSE3

fn clone(&self) -> SSSE3

Returns a copy of the value.

fn clone_from(&mut self, source: &Self)

Performs copy-assignment from source.

impl Debug for SSSE3

fn fmt(&self, f: &mut Formatter<'_>) -> Result

Formats the value using the given formatter.

impl InstructionSet for SSSE3

const ID: InstructionSetTypeId = InstructionSetTypeId::SSSE3

const ARCH: bool = true

unsafe fn new() -> Self

fn is_enabled() -> bool

impl SIMD128 for SSSE3

unsafe fn v128_load(self, addr: *const u8) -> V128

T1: SSE2, NEON, WASM128

unsafe fn v128_load_unaligned(self, addr: *const u8) -> V128

T1: SSE2, NEON, WASM128

unsafe fn v128_store(self, addr: *mut u8, a: V128)

T1: SSE2, NEON, WASM128

unsafe fn v128_store_unaligned(self, addr: *mut u8, a: V128)

T1: SSE2, NEON, WASM128

fn v128_create_zero(self) -> V128

T1: SSE2, NEON, WASM128

fn v128_not(self, a: V128) -> V128

T1: NEON, WASM128

fn v128_and(self, a: V128, b: V128) -> V128

T1: SSE2, NEON, WASM128

fn v128_or(self, a: V128, b: V128) -> V128

T1: SSE2, NEON, WASM128

fn v128_xor(self, a: V128, b: V128) -> V128

T1: SSE2, NEON, WASM128

fn v128_andnot(self, a: V128, b: V128) -> V128

T1: SSE2, NEON, WASM128

fn v128_all_zero(self, a: V128) -> bool

T1: SSE41, NEON-A64, WASM128

fn u8x16_splat(self, x: u8) -> V128

T1: SSE2, NEON, WASM128

fn u16x8_splat(self, x: u16) -> V128

T1: SSE2, NEON, WASM128

fn u32x4_splat(self, x: u32) -> V128

T1: SSE2, NEON, WASM128

fn u64x2_splat(self, x: u64) -> V128

T1: SSE2, NEON, WASM128

fn i8x16_splat(self, x: i8) -> V128

T1: SSE2, NEON, WASM128

fn i16x8_splat(self, x: i16) -> V128

T1: SSE2, NEON, WASM128

fn i32x4_splat(self, x: i32) -> V128

T1: SSE2, NEON, WASM128

fn i64x2_splat(self, x: i64) -> V128

T1: SSE2, NEON, WASM128

fn u8x16_add(self, a: V128, b: V128) -> V128

T1: SSE2, NEON, WASM128

fn u16x8_add(self, a: V128, b: V128) -> V128

T1: SSE2, NEON, WASM128

fn u32x4_add(self, a: V128, b: V128) -> V128

T1: SSE2, NEON, WASM128

fn u64x2_add(self, a: V128, b: V128) -> V128

T1: SSE2, NEON, WASM128

fn u8x16_sub(self, a: V128, b: V128) -> V128

T1: SSE2, NEON, WASM128

fn u16x8_sub(self, a: V128, b: V128) -> V128

T1: SSE2, NEON, WASM128

fn u32x4_sub(self, a: V128, b: V128) -> V128

T1: SSE2, NEON, WASM128

fn u64x2_sub(self, a: V128, b: V128) -> V128

T1: SSE2, NEON, WASM128

fn u8x16_sub_sat(self, a: V128, b: V128) -> V128

T1: SSE2, NEON, WASM128

fn u16x8_sub_sat(self, a: V128, b: V128) -> V128

T1: SSE2, NEON, WASM128

fn i8x16_sub_sat(self, a: V128, b: V128) -> V128

T1: SSE2, NEON, WASM128

fn i16x8_sub_sat(self, a: V128, b: V128) -> V128

T1: SSE2, NEON, WASM128

fn i16x8_mul_lo(self, a: V128, b: V128) -> V128

T1: SSE2, NEON, WASM128

fn i32x4_mul_lo(self, a: V128, b: V128) -> V128

T1: SSE41, NEON, WASM128

fn u16x8_shl<const IMM8: i32>(self, a: V128) -> V128

T1: SSE2, NEON, WASM128

fn u32x4_shl<const IMM8: i32>(self, a: V128) -> V128

T1: SSE2, NEON, WASM128

fn u16x8_shr<const IMM8: i32>(self, a: V128) -> V128

T1: SSE2, NEON, WASM128

fn u32x4_shr<const IMM8: i32>(self, a: V128) -> V128

T1: SSE2, NEON, WASM128

fn u8x16_eq(self, a: V128, b: V128) -> V128

T1: SSE2, NEON, WASM128

fn u16x8_eq(self, a: V128, b: V128) -> V128

T1: SSE2, NEON, WASM128

fn u32x4_eq(self, a: V128, b: V128) -> V128

T1: SSE2, NEON, WASM128

fn u8x16_lt(self, a: V128, b: V128) -> V128

T1: NEON, WASM128

fn u16x8_lt(self, a: V128, b: V128) -> V128

T1: NEON, WASM128

fn u32x4_lt(self, a: V128, b: V128) -> V128

T1: NEON, WASM128

fn i8x16_lt(self, a: V128, b: V128) -> V128

T1: SSE2, NEON, WASM128

fn i16x8_lt(self, a: V128, b: V128) -> V128

T1: SSE2, NEON, WASM128

fn i32x4_lt(self, a: V128, b: V128) -> V128

T1: SSE2, NEON, WASM128

fn u8x16_max(self, a: V128, b: V128) -> V128

T1: SSE2, NEON, WASM128

fn u16x8_max(self, a: V128, b: V128) -> V128

T1: SSE41, NEON, WASM128

fn u32x4_max(self, a: V128, b: V128) -> V128

T1: SSE41, NEON, WASM128

fn i8x16_max(self, a: V128, b: V128) -> V128

T1: SSE41, NEON, WASM128

fn i16x8_max(self, a: V128, b: V128) -> V128

T1: SSE2, NEON, WASM128

fn i32x4_max(self, a: V128, b: V128) -> V128

T1: SSE41, NEON, WASM128

fn u8x16_min(self, a: V128, b: V128) -> V128

T1: SSE2, NEON, WASM128

fn u16x8_min(self, a: V128, b: V128) -> V128

T1: SSE41, NEON, WASM128

fn u32x4_min(self, a: V128, b: V128) -> V128

T1: SSE41, NEON, WASM128

fn i8x16_min(self, a: V128, b: V128) -> V128

T1: SSE41, NEON, WASM128

fn i16x8_min(self, a: V128, b: V128) -> V128

T1: SSE2, NEON, WASM128

fn i32x4_min(self, a: V128, b: V128) -> V128

T1: SSE41, NEON, WASM128

fn u8x16_swizzle(self, a: V128, b: V128) -> V128

T1: SSSE3, NEON-A64, WASM128

fn u16x8_bswap(self, a: V128) -> V128

T1: SSE41, NEON, WASM128

fn u32x4_bswap(self, a: V128) -> V128

T1: SSE41, NEON, WASM128

fn u64x2_bswap(self, a: V128) -> V128

T1: SSE41, NEON, WASM128

fn u8x16_any_zero(self, a: V128) -> bool

T1: NEON-A64, WASM128

fn u8x16_bitmask(self, a: V128) -> u16

T1: SSE2, WASM128

fn u8x16_reduce_max(self, a: V128) -> u8

T1: NEON-A64

fn u8x16_reduce_min(self, a: V128) -> u8

T1: NEON-A64

fn v128_bsl(self, a: V128, b: V128, c: V128) -> V128

T1: NEON

fn u8x16_zip_lo(self, a: V128, b: V128) -> V128

T1: SSE2, NEON, WASM128

fn u8x16_zip_hi(self, a: V128, b: V128) -> V128

T1: SSE2, NEON, WASM128

fn u16x8_zip_lo(self, a: V128, b: V128) -> V128

T1: SSE2, NEON, WASM128

fn u16x8_zip_hi(self, a: V128, b: V128) -> V128

T1: SSE2, NEON, WASM128

fn u32x4_zip_lo(self, a: V128, b: V128) -> V128

T1: SSE2, NEON, WASM128

fn u32x4_zip_hi(self, a: V128, b: V128) -> V128

T1: SSE2, NEON, WASM128

fn u64x2_zip_lo(self, a: V128, b: V128) -> V128

T1: SSE2, NEON, WASM128

fn u64x2_zip_hi(self, a: V128, b: V128) -> V128

T1: SSE2, NEON, WASM128

fn u8x16_unzip_even(self, a: V128, b: V128) -> V128

T1: NEON, WASM128

fn u8x16_unzip_odd(self, a: V128, b: V128) -> V128

T1: NEON, WASM128

fn u16x8_mul_hi(self, a: V128, b: V128) -> V128

T1: SSE2

fn i16x8_mul_hi(self, a: V128, b: V128) -> V128

T1: SSE2

fn i16x8_maddubs(self, a: V128, b: V128) -> V128

T1: SSSE3

fn u16x8_blend<const IMM8: i32>(self, a: V128, b: V128) -> V128

T1: SSE41

fn u8x16_blendv(self, a: V128, b: V128, c: V128) -> V128

if highbit(c) { b } else { a }

fn i16x8_madd(self, a: V128, b: V128) -> V128

T1: SSE2

fn u8x16_avgr(self, a: V128, b: V128) -> V128

T1: SSE2, NEON, WASM128

fn i8x16_add_sat(self, a: V128, b: V128) -> V128

T1: SSE2, NEON, WASM128

fn u8x16_add_sat(self, a: V128, b: V128) -> V128

T1: SSE2, NEON, WASM128

fn i16x8_packus(self, a: V128, b: V128) -> V128

T1: SSE2

impl SIMD256 for SSSE3

unsafe fn v256_load(self, addr: *const u8) -> V256

unsafe fn v256_load_unaligned(self, addr: *const u8) -> V256

unsafe fn v256_store(self, addr: *mut u8, a: V256)

unsafe fn v256_store_unaligned(self, addr: *mut u8, a: V256)

fn v256_create_zero(self) -> V256

fn v256_not(self, a: V256) -> V256

fn v256_and(self, a: V256, b: V256) -> V256

fn v256_or(self, a: V256, b: V256) -> V256

fn v256_xor(self, a: V256, b: V256) -> V256

fn v256_andnot(self, a: V256, b: V256) -> V256

fn v256_all_zero(self, a: V256) -> bool

fn u8x32_splat(self, x: u8) -> V256

fn u16x16_splat(self, x: u16) -> V256

fn u32x8_splat(self, x: u32) -> V256

fn u64x4_splat(self, x: u64) -> V256

fn i8x32_splat(self, x: i8) -> V256

fn i16x16_splat(self, x: i16) -> V256

fn i32x8_splat(self, x: i32) -> V256

fn i64x4_splat(self, x: i64) -> V256

fn u8x32_add(self, a: V256, b: V256) -> V256

fn u16x16_add(self, a: V256, b: V256) -> V256

fn u32x8_add(self, a: V256, b: V256) -> V256

fn u64x4_add(self, a: V256, b: V256) -> V256

fn u8x32_sub(self, a: V256, b: V256) -> V256

fn u16x16_sub(self, a: V256, b: V256) -> V256

fn u32x8_sub(self, a: V256, b: V256) -> V256

fn u64x4_sub(self, a: V256, b: V256) -> V256

fn u8x32_sub_sat(self, a: V256, b: V256) -> V256

fn u16x16_sub_sat(self, a: V256, b: V256) -> V256

fn i8x32_sub_sat(self, a: V256, b: V256) -> V256

fn i16x16_sub_sat(self, a: V256, b: V256) -> V256

fn i16x16_mul_lo(self, a: V256, b: V256) -> V256

fn i32x8_mul_lo(self, a: V256, b: V256) -> V256

fn u16x16_shl<const IMM8: i32>(self, a: V256) -> V256

fn u32x8_shl<const IMM8: i32>(self, a: V256) -> V256

fn u16x16_shr<const IMM8: i32>(self, a: V256) -> V256

fn u32x8_shr<const IMM8: i32>(self, a: V256) -> V256

fn u8x32_eq(self, a: V256, b: V256) -> V256

fn u16x16_eq(self, a: V256, b: V256) -> V256

fn u32x8_eq(self, a: V256, b: V256) -> V256

fn u8x32_lt(self, a: V256, b: V256) -> V256

fn u16x16_lt(self, a: V256, b: V256) -> V256

fn u32x8_lt(self, a: V256, b: V256) -> V256

fn i8x32_lt(self, a: V256, b: V256) -> V256

fn i16x16_lt(self, a: V256, b: V256) -> V256

fn i32x8_lt(self, a: V256, b: V256) -> V256

fn u8x32_max(self, a: V256, b: V256) -> V256

fn u16x16_max(self, a: V256, b: V256) -> V256

fn u32x8_max(self, a: V256, b: V256) -> V256

fn i8x32_max(self, a: V256, b: V256) -> V256

fn i16x16_max(self, a: V256, b: V256) -> V256

fn i32x8_max(self, a: V256, b: V256) -> V256

fn u8x32_min(self, a: V256, b: V256) -> V256

fn u16x16_min(self, a: V256, b: V256) -> V256

fn u32x8_min(self, a: V256, b: V256) -> V256

fn i8x32_min(self, a: V256, b: V256) -> V256

fn i16x16_min(self, a: V256, b: V256) -> V256

fn i32x8_min(self, a: V256, b: V256) -> V256

fn u8x16x2_swizzle(self, a: V256, b: V256) -> V256

fn u16x16_bswap(self, a: V256) -> V256

fn u32x8_bswap(self, a: V256) -> V256

fn u64x4_bswap(self, a: V256) -> V256

fn u8x32_swizzle(self, a: V256, b: V256) -> V256

fn u8x32_any_zero(self, a: V256) -> bool

fn u8x32_bitmask(self, a: V256) -> u32

fn u8x32_reduce_max(self, a: V256) -> u8

fn u8x32_reduce_min(self, a: V256) -> u8

fn v256_bsl(self, a: V256, b: V256, c: V256) -> V256

for each bit: if a == 1 { b } else { c }

fn u16x16_from_u8x16(self, a: V128) -> V256

fn u8x16x2_zip_lo(self, a: V256, b: V256) -> V256

fn u8x16x2_zip_hi(self, a: V256, b: V256) -> V256

fn u16x8x2_zip_lo(self, a: V256, b: V256) -> V256

fn u16x8x2_zip_hi(self, a: V256, b: V256) -> V256

fn u32x4x2_zip_lo(self, a: V256, b: V256) -> V256

fn u32x4x2_zip_hi(self, a: V256, b: V256) -> V256

fn u64x2x2_zip_lo(self, a: V256, b: V256) -> V256

fn u64x2x2_zip_hi(self, a: V256, b: V256) -> V256

fn v128x2_zip_lo(self, a: V256, b: V256) -> V256

fn v128x2_zip_hi(self, a: V256, b: V256) -> V256

fn u64x4_permute<const IMM8: i32>(self, a: V256) -> V256

fn u8x32_unzip_even(self, a: V256, b: V256) -> V256

fn u8x32_unzip_odd(self, a: V256, b: V256) -> V256

fn u64x4_unzip_even(self, a: V256, b: V256) -> V256

fn u64x4_unzip_odd(self, a: V256, b: V256) -> V256

fn u16x16_mul_hi(self, a: V256, b: V256) -> V256

fn i16x16_mul_hi(self, a: V256, b: V256) -> V256

fn i16x16_maddubs(self, a: V256, b: V256) -> V256

fn u32x8_blend<const IMM8: i32>(self, a: V256, b: V256) -> V256

fn u8x32_blendv(self, a: V256, b: V256, c: V256) -> V256

if highbit(c) { b } else { a }

fn i16x16_madd(self, a: V256, b: V256) -> V256

fn u8x32_avgr(self, a: V256, b: V256) -> V256

fn i8x32_add_sat(self, a: V256, b: V256) -> V256

fn u8x32_add_sat(self, a: V256, b: V256) -> V256

impl SIMD64 for SSSE3

fn u8x8_unzip_even(self, a: V64, b: V64) -> V64

impl Copy for SSSE3