IntrinArm64_256

Usage

use IntrinArm64_256;

or

import IntrinArm64_256;

There is no 256 for neon, this emulates it

record vecPair

type vt

var lo : vt

var hi : vt

proc init(type vt)

proc init(type vt, lo: vt, hi: vt)

proc init(lo: ?t, hi: t)

proc numBits(type t) param : int  where isSubtype(t, vecPair)

record generic_wide

type implVecType

proc type vecType type

proc type laneType type

proc type offset param : int

proc type extract(x: vecType, param idx: int) : laneType

proc type insert(x: vecType, y: laneType, param idx: int) : vecType

proc type splat(x: laneType) : vecType

proc type set(xs ...) : vecType

proc type loada(x: c_ptrConst(laneType)) : vecType

proc type loadu(x: c_ptrConst(laneType)) : vecType

proc type storea(x: c_ptr(laneType), y: vecType) : void

proc type storeu(x: c_ptr(laneType), y: vecType) : void

proc type loadMasked(x: c_ptrConst(laneType), mask: ?) : vecType

proc type gather(x: c_ptrConst(laneType), type indexType, indices: ?, param scale: int) : vecType

proc type gatherMasked(x: c_ptrConst(laneType), type indexType, indices: ?, param scale: int, mask: ?, src: vecType) : vecType

proc type swapPairs(x: vecType) : vecType

proc type swapLowHigh(x: vecType) : vecType

proc type reverse(x: vecType) : vecType

proc type rotateLeft(x: vecType) : vecType

proc type rotateRight(x: vecType) : vecType

proc type interleaveLower(x: vecType, y: vecType) : vecType

proc type interleaveUpper(x: vecType, y: vecType) : vecType

proc type deinterleaveLower(x: vecType, y: vecType) : vecType

proc type deinterleaveUpper(x: vecType, y: vecType) : vecType

proc type blendLowHigh(x: vecType, y: vecType) : vecType

proc type add(x: vecType, y: vecType) : vecType

proc type sub(x: vecType, y: vecType) : vecType

proc type mul(x: vecType, y: vecType) : vecType

proc type div(x: vecType, y: vecType) : vecType

proc type neg(x: vecType) : vecType

proc type and(x: vecType, y: vecType) : vecType

proc type or(x: vecType, y: vecType) : vecType

proc type xor(x: vecType, y: vecType) : vecType

proc type not(x: vecType) : vecType

proc type andNot(x: vecType, y: vecType) : vecType

proc type cmpEq(x: vecType, y: vecType) : vecType

proc type cmpNe(x: vecType, y: vecType) : vecType

proc type cmpLt(x: vecType, y: vecType) : vecType

proc type cmpLe(x: vecType, y: vecType) : vecType

proc type cmpGt(x: vecType, y: vecType) : vecType

proc type cmpGe(x: vecType, y: vecType) : vecType

proc type bitSelect(mask: vecPair(?), x: vecType, y: vecType) : vecType  where numBits(mask.type) == numBits(vecType)

proc type isAllZeros(x: vecType) : bool

proc type allZeros() : vecType

proc type allOnes() : vecType

proc type moveMask(x: vecType) : c_int

proc type min(x: vecType, y: vecType) : vecType

proc type max(x: vecType, y: vecType) : vecType

proc type abs(x: vecType) : vecType

proc type hadd(x: vecType, y: vecType) : vecType

proc type sqrt(x: vecType) : vecType

proc type rsqrt(x: vecType) : vecType

proc type fmadd(x: vecType, y: vecType, z: vecType) : vecType

proc type fmsub(x: vecType, y: vecType, z: vecType) : vecType

proc type reinterpretCast(type toVecType, x: vecType) : toVecType

proc arm64_32x8r type

proc arm64_64x4r type

proc arm64_8x32i type

proc arm64_16x16i type

proc arm64_32x8i type

proc arm64_64x4i type

proc type generic_wide.set(x0: laneType, x1: laneType, x2: laneType, x3: laneType, x4: laneType, x5: laneType, x6: laneType, x7: laneType, x8: laneType, x9: laneType, x10: laneType, x11: laneType, x12: laneType, x13: laneType, x14: laneType, x15: laneType, x16: laneType, x17: laneType, x18: laneType, x19: laneType, x20: laneType, x21: laneType, x22: laneType, x23: laneType, x24: laneType, x25: laneType, x26: laneType, x27: laneType, x28: laneType, x29: laneType, x30: laneType, x31: laneType) : vecType  where offset == 16

proc type generic_wide.set(x0: laneType, x1: laneType, x2: laneType, x3: laneType, x4: laneType, x5: laneType, x6: laneType, x7: laneType, x8: laneType, x9: laneType, x10: laneType, x11: laneType, x12: laneType, x13: laneType, x14: laneType, x15: laneType) : vecType  where offset == 8

proc type generic_wide.set(x0: laneType, x1: laneType, x2: laneType, x3: laneType, x4: laneType, x5: laneType, x6: laneType, x7: laneType) : vecType  where offset == 4

proc type generic_wide.set(x0: laneType, x1: laneType, x2: laneType, x3: laneType) : vecType  where offset == 2