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dispatch_amd64.go
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538 lines (535 loc) · 19.4 KB
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// Code generated by avo.go. DO NOT EDIT.
//go:build amd64 && !purego
package vectorcmp
func VectorEquals8(dstMask []byte, b uint8, rows []uint8) {
if hasAVX2AndBMI2() && len(rows) >= 64 {
boundsCheck(dstMask, rows)
asmAVX2EqualsUint8(dstMask, b, rows[:len(rows) & ^63])
dstMask = dstMask[(len(rows) & ^63)/8:]
rows = rows[len(rows) & ^63:]
} else if hasAVX() && len(rows) >= 32 {
boundsCheck(dstMask, rows)
asmAVXEqualsUint8(dstMask, b, rows[:len(rows) & ^31])
dstMask = dstMask[(len(rows) & ^31)/8:]
rows = rows[len(rows) & ^31:]
}
goVectorEquals(dstMask, b, rows)
}
func VectorNotEquals8(dstMask []byte, b uint8, rows []uint8) {
if hasAVX2AndBMI2() && len(rows) >= 64 {
boundsCheck(dstMask, rows)
asmAVX2NotEqualsUint8(dstMask, b, rows[:len(rows) & ^63])
dstMask = dstMask[(len(rows) & ^63)/8:]
rows = rows[len(rows) & ^63:]
} else if hasAVX() && len(rows) >= 32 {
boundsCheck(dstMask, rows)
asmAVXNotEqualsUint8(dstMask, b, rows[:len(rows) & ^31])
dstMask = dstMask[(len(rows) & ^31)/8:]
rows = rows[len(rows) & ^31:]
}
goVectorNotEquals(dstMask, b, rows)
}
func VectorGreaterThan8(dstMask []byte, b uint8, rows []uint8) {
if hasAVX2AndBMI2() && len(rows) >= 64 {
boundsCheck(dstMask, rows)
asmAVX2GreaterThanUint8(dstMask, b, rows[:len(rows) & ^63])
dstMask = dstMask[(len(rows) & ^63)/8:]
rows = rows[len(rows) & ^63:]
} else if hasAVX() && len(rows) >= 32 {
boundsCheck(dstMask, rows)
asmAVXGreaterThanUint8(dstMask, b, rows[:len(rows) & ^31])
dstMask = dstMask[(len(rows) & ^31)/8:]
rows = rows[len(rows) & ^31:]
}
goVectorGreaterThan(dstMask, b, rows)
}
func VectorLessThan8(dstMask []byte, b uint8, rows []uint8) {
if hasAVX2AndBMI2() && len(rows) >= 64 {
boundsCheck(dstMask, rows)
asmAVX2LessThanUint8(dstMask, b, rows[:len(rows) & ^63])
dstMask = dstMask[(len(rows) & ^63)/8:]
rows = rows[len(rows) & ^63:]
} else if hasAVX() && len(rows) >= 32 {
boundsCheck(dstMask, rows)
asmAVXLessThanUint8(dstMask, b, rows[:len(rows) & ^31])
dstMask = dstMask[(len(rows) & ^31)/8:]
rows = rows[len(rows) & ^31:]
}
goVectorLessThan(dstMask, b, rows)
}
func VectorGreaterEquals8(dstMask []byte, b uint8, rows []uint8) {
if hasAVX2AndBMI2() && len(rows) >= 64 {
boundsCheck(dstMask, rows)
asmAVX2GreaterEqualsUint8(dstMask, b, rows[:len(rows) & ^63])
dstMask = dstMask[(len(rows) & ^63)/8:]
rows = rows[len(rows) & ^63:]
} else if hasAVX() && len(rows) >= 32 {
boundsCheck(dstMask, rows)
asmAVXGreaterEqualsUint8(dstMask, b, rows[:len(rows) & ^31])
dstMask = dstMask[(len(rows) & ^31)/8:]
rows = rows[len(rows) & ^31:]
}
goVectorGreaterEquals(dstMask, b, rows)
}
func VectorLesserEquals8(dstMask []byte, b uint8, rows []uint8) {
if hasAVX2AndBMI2() && len(rows) >= 64 {
boundsCheck(dstMask, rows)
asmAVX2LesserEqualsUint8(dstMask, b, rows[:len(rows) & ^63])
dstMask = dstMask[(len(rows) & ^63)/8:]
rows = rows[len(rows) & ^63:]
} else if hasAVX() && len(rows) >= 32 {
boundsCheck(dstMask, rows)
asmAVXLesserEqualsUint8(dstMask, b, rows[:len(rows) & ^31])
dstMask = dstMask[(len(rows) & ^31)/8:]
rows = rows[len(rows) & ^31:]
}
goVectorLesserEquals(dstMask, b, rows)
}
func VectorEquals16(dstMask []byte, b uint16, rows []uint16) {
if hasAVX2AndBMI2() && len(rows) >= 32 {
boundsCheck(dstMask, rows)
asmAVX2EqualsUint16(dstMask, b, rows[:len(rows) & ^31])
dstMask = dstMask[(len(rows) & ^31)/8:]
rows = rows[len(rows) & ^31:]
} else if hasAVX() && len(rows) >= 16 {
boundsCheck(dstMask, rows)
asmAVXEqualsUint16(dstMask, b, rows[:len(rows) & ^15])
dstMask = dstMask[(len(rows) & ^15)/8:]
rows = rows[len(rows) & ^15:]
}
goVectorEquals(dstMask, b, rows)
}
func VectorNotEquals16(dstMask []byte, b uint16, rows []uint16) {
if hasAVX2AndBMI2() && len(rows) >= 32 {
boundsCheck(dstMask, rows)
asmAVX2NotEqualsUint16(dstMask, b, rows[:len(rows) & ^31])
dstMask = dstMask[(len(rows) & ^31)/8:]
rows = rows[len(rows) & ^31:]
} else if hasAVX() && len(rows) >= 16 {
boundsCheck(dstMask, rows)
asmAVXNotEqualsUint16(dstMask, b, rows[:len(rows) & ^15])
dstMask = dstMask[(len(rows) & ^15)/8:]
rows = rows[len(rows) & ^15:]
}
goVectorNotEquals(dstMask, b, rows)
}
func VectorGreaterThan16(dstMask []byte, b uint16, rows []uint16) {
if hasAVX2AndBMI2() && len(rows) >= 32 {
boundsCheck(dstMask, rows)
asmAVX2GreaterThanUint16(dstMask, b, rows[:len(rows) & ^31])
dstMask = dstMask[(len(rows) & ^31)/8:]
rows = rows[len(rows) & ^31:]
} else if hasAVX() && len(rows) >= 16 {
boundsCheck(dstMask, rows)
asmAVXGreaterThanUint16(dstMask, b, rows[:len(rows) & ^15])
dstMask = dstMask[(len(rows) & ^15)/8:]
rows = rows[len(rows) & ^15:]
}
goVectorGreaterThan(dstMask, b, rows)
}
func VectorLessThan16(dstMask []byte, b uint16, rows []uint16) {
if hasAVX2AndBMI2() && len(rows) >= 32 {
boundsCheck(dstMask, rows)
asmAVX2LessThanUint16(dstMask, b, rows[:len(rows) & ^31])
dstMask = dstMask[(len(rows) & ^31)/8:]
rows = rows[len(rows) & ^31:]
} else if hasAVX() && len(rows) >= 16 {
boundsCheck(dstMask, rows)
asmAVXLessThanUint16(dstMask, b, rows[:len(rows) & ^15])
dstMask = dstMask[(len(rows) & ^15)/8:]
rows = rows[len(rows) & ^15:]
}
goVectorLessThan(dstMask, b, rows)
}
func VectorGreaterEquals16(dstMask []byte, b uint16, rows []uint16) {
if hasAVX2AndBMI2() && len(rows) >= 32 {
boundsCheck(dstMask, rows)
asmAVX2GreaterEqualsUint16(dstMask, b, rows[:len(rows) & ^31])
dstMask = dstMask[(len(rows) & ^31)/8:]
rows = rows[len(rows) & ^31:]
} else if hasAVX() && len(rows) >= 16 {
boundsCheck(dstMask, rows)
asmAVXGreaterEqualsUint16(dstMask, b, rows[:len(rows) & ^15])
dstMask = dstMask[(len(rows) & ^15)/8:]
rows = rows[len(rows) & ^15:]
}
goVectorGreaterEquals(dstMask, b, rows)
}
func VectorLesserEquals16(dstMask []byte, b uint16, rows []uint16) {
if hasAVX2AndBMI2() && len(rows) >= 32 {
boundsCheck(dstMask, rows)
asmAVX2LesserEqualsUint16(dstMask, b, rows[:len(rows) & ^31])
dstMask = dstMask[(len(rows) & ^31)/8:]
rows = rows[len(rows) & ^31:]
} else if hasAVX() && len(rows) >= 16 {
boundsCheck(dstMask, rows)
asmAVXLesserEqualsUint16(dstMask, b, rows[:len(rows) & ^15])
dstMask = dstMask[(len(rows) & ^15)/8:]
rows = rows[len(rows) & ^15:]
}
goVectorLesserEquals(dstMask, b, rows)
}
func VectorEquals32(dstMask []byte, b uint32, rows []uint32) {
if hasAVX2AndBMI2() && len(rows) >= 16 {
boundsCheck(dstMask, rows)
asmAVX2EqualsUint32(dstMask, b, rows[:len(rows) & ^15])
dstMask = dstMask[(len(rows) & ^15)/8:]
rows = rows[len(rows) & ^15:]
} else if hasAVX() && len(rows) >= 8 {
boundsCheck(dstMask, rows)
asmAVXEqualsUint32(dstMask, b, rows[:len(rows) & ^7])
dstMask = dstMask[(len(rows) & ^7)/8:]
rows = rows[len(rows) & ^7:]
}
goVectorEquals(dstMask, b, rows)
}
func VectorEqualsFloat32(dstMask []byte, b float32, rows []float32) {
if hasAVX2AndBMI2() && len(rows) >= 16 {
boundsCheck(dstMask, rows)
asmAVX2EqualsFloat32(dstMask, b, rows[:len(rows) & ^15])
dstMask = dstMask[(len(rows) & ^15)/8:]
rows = rows[len(rows) & ^15:]
} else if hasAVX() && len(rows) >= 8 {
boundsCheck(dstMask, rows)
asmAVXEqualsFloat32(dstMask, b, rows[:len(rows) & ^7])
dstMask = dstMask[(len(rows) & ^7)/8:]
rows = rows[len(rows) & ^7:]
}
goVectorEquals(dstMask, b, rows)
}
func VectorNotEquals32(dstMask []byte, b uint32, rows []uint32) {
if hasAVX2AndBMI2() && len(rows) >= 16 {
boundsCheck(dstMask, rows)
asmAVX2NotEqualsUint32(dstMask, b, rows[:len(rows) & ^15])
dstMask = dstMask[(len(rows) & ^15)/8:]
rows = rows[len(rows) & ^15:]
} else if hasAVX() && len(rows) >= 8 {
boundsCheck(dstMask, rows)
asmAVXNotEqualsUint32(dstMask, b, rows[:len(rows) & ^7])
dstMask = dstMask[(len(rows) & ^7)/8:]
rows = rows[len(rows) & ^7:]
}
goVectorNotEquals(dstMask, b, rows)
}
func VectorNotEqualsFloat32(dstMask []byte, b float32, rows []float32) {
if hasAVX2AndBMI2() && len(rows) >= 16 {
boundsCheck(dstMask, rows)
asmAVX2NotEqualsFloat32(dstMask, b, rows[:len(rows) & ^15])
dstMask = dstMask[(len(rows) & ^15)/8:]
rows = rows[len(rows) & ^15:]
} else if hasAVX() && len(rows) >= 8 {
boundsCheck(dstMask, rows)
asmAVXNotEqualsFloat32(dstMask, b, rows[:len(rows) & ^7])
dstMask = dstMask[(len(rows) & ^7)/8:]
rows = rows[len(rows) & ^7:]
}
goVectorNotEquals(dstMask, b, rows)
}
func VectorGreaterThan32(dstMask []byte, b uint32, rows []uint32) {
if hasAVX2AndBMI2() && len(rows) >= 16 {
boundsCheck(dstMask, rows)
asmAVX2GreaterThanUint32(dstMask, b, rows[:len(rows) & ^15])
dstMask = dstMask[(len(rows) & ^15)/8:]
rows = rows[len(rows) & ^15:]
} else if hasAVX() && len(rows) >= 8 {
boundsCheck(dstMask, rows)
asmAVXGreaterThanUint32(dstMask, b, rows[:len(rows) & ^7])
dstMask = dstMask[(len(rows) & ^7)/8:]
rows = rows[len(rows) & ^7:]
}
goVectorGreaterThan(dstMask, b, rows)
}
func VectorGreaterThanFloat32(dstMask []byte, b float32, rows []float32) {
if hasAVX2AndBMI2() && len(rows) >= 16 {
boundsCheck(dstMask, rows)
asmAVX2GreaterThanFloat32(dstMask, b, rows[:len(rows) & ^15])
dstMask = dstMask[(len(rows) & ^15)/8:]
rows = rows[len(rows) & ^15:]
} else if hasAVX() && len(rows) >= 8 {
boundsCheck(dstMask, rows)
asmAVXGreaterThanFloat32(dstMask, b, rows[:len(rows) & ^7])
dstMask = dstMask[(len(rows) & ^7)/8:]
rows = rows[len(rows) & ^7:]
}
goVectorGreaterThan(dstMask, b, rows)
}
func VectorLessThan32(dstMask []byte, b uint32, rows []uint32) {
if hasAVX2AndBMI2() && len(rows) >= 16 {
boundsCheck(dstMask, rows)
asmAVX2LessThanUint32(dstMask, b, rows[:len(rows) & ^15])
dstMask = dstMask[(len(rows) & ^15)/8:]
rows = rows[len(rows) & ^15:]
} else if hasAVX() && len(rows) >= 8 {
boundsCheck(dstMask, rows)
asmAVXLessThanUint32(dstMask, b, rows[:len(rows) & ^7])
dstMask = dstMask[(len(rows) & ^7)/8:]
rows = rows[len(rows) & ^7:]
}
goVectorLessThan(dstMask, b, rows)
}
func VectorLessThanFloat32(dstMask []byte, b float32, rows []float32) {
if hasAVX2AndBMI2() && len(rows) >= 16 {
boundsCheck(dstMask, rows)
asmAVX2LessThanFloat32(dstMask, b, rows[:len(rows) & ^15])
dstMask = dstMask[(len(rows) & ^15)/8:]
rows = rows[len(rows) & ^15:]
} else if hasAVX() && len(rows) >= 8 {
boundsCheck(dstMask, rows)
asmAVXLessThanFloat32(dstMask, b, rows[:len(rows) & ^7])
dstMask = dstMask[(len(rows) & ^7)/8:]
rows = rows[len(rows) & ^7:]
}
goVectorLessThan(dstMask, b, rows)
}
func VectorGreaterEquals32(dstMask []byte, b uint32, rows []uint32) {
if hasAVX2AndBMI2() && len(rows) >= 16 {
boundsCheck(dstMask, rows)
asmAVX2GreaterEqualsUint32(dstMask, b, rows[:len(rows) & ^15])
dstMask = dstMask[(len(rows) & ^15)/8:]
rows = rows[len(rows) & ^15:]
} else if hasAVX() && len(rows) >= 8 {
boundsCheck(dstMask, rows)
asmAVXGreaterEqualsUint32(dstMask, b, rows[:len(rows) & ^7])
dstM
10BC0
ask = dstMask[(len(rows) & ^7)/8:]
rows = rows[len(rows) & ^7:]
}
goVectorGreaterEquals(dstMask, b, rows)
}
func VectorGreaterEqualsFloat32(dstMask []byte, b float32, rows []float32) {
if hasAVX2AndBMI2() && len(rows) >= 16 {
boundsCheck(dstMask, rows)
asmAVX2GreaterEqualsFloat32(dstMask, b, rows[:len(rows) & ^15])
dstMask = dstMask[(len(rows) & ^15)/8:]
rows = rows[len(rows) & ^15:]
} else if hasAVX() && len(rows) >= 8 {
boundsCheck(dstMask, rows)
asmAVXGreaterEqualsFloat32(dstMask, b, rows[:len(rows) & ^7])
dstMask = dstMask[(len(rows) & ^7)/8:]
rows = rows[len(rows) & ^7:]
}
goVectorGreaterEquals(dstMask, b, rows)
}
func VectorLesserEquals32(dstMask []byte, b uint32, rows []uint32) {
if hasAVX2AndBMI2() && len(rows) >= 16 {
boundsCheck(dstMask, rows)
asmAVX2LesserEqualsUint32(dstMask, b, rows[:len(rows) & ^15])
dstMask = dstMask[(len(rows) & ^15)/8:]
rows = rows[len(rows) & ^15:]
} else if hasAVX() && len(rows) >= 8 {
boundsCheck(dstMask, rows)
asmAVXLesserEqualsUint32(dstMask, b, rows[:len(rows) & ^7])
dstMask = dstMask[(len(rows) & ^7)/8:]
rows = rows[len(rows) & ^7:]
}
goVectorLesserEquals(dstMask, b, rows)
}
func VectorLesserEqualsFloat32(dstMask []byte, b float32, rows []float32) {
if hasAVX2AndBMI2() && len(rows) >= 16 {
boundsCheck(dstMask, rows)
asmAVX2LesserEqualsFloat32(dstMask, b, rows[:len(rows) & ^15])
dstMask = dstMask[(len(rows) & ^15)/8:]
rows = rows[len(rows) & ^15:]
} else if hasAVX() && len(rows) >= 8 {
boundsCheck(dstMask, rows)
asmAVXLesserEqualsFloat32(dstMask, b, rows[:len(rows) & ^7])
dstMask = dstMask[(len(rows) & ^7)/8:]
rows = rows[len(rows) & ^7:]
}
goVectorLesserEquals(dstMask, b, rows)
}
func VectorEquals64(dstMask []byte, b uint64, rows []uint64) {
if hasAVX2AndBMI2() && len(rows) >= 16 {
boundsCheck(dstMask, rows)
asmAVX2EqualsUint64(dstMask, b, rows[:len(rows) & ^15])
dstMask = dstMask[(len(rows) & ^15)/8:]
rows = rows[len(rows) & ^15:]
} else if hasAVX() && len(rows) >= 8 {
boundsCheck(dstMask, rows)
asmAVXEqualsUint64(dstMask, b, rows[:len(rows) & ^7])
dstMask = dstMask[(len(rows) & ^7)/8:]
rows = rows[len(rows) & ^7:]
}
goVectorEquals(dstMask, b, rows)
}
func VectorEqualsFloat64(dstMask []byte, b float64, rows []float64) {
if hasAVX2AndBMI2() && len(rows) >= 16 {
boundsCheck(dstMask, rows)
asmAVX2EqualsFloat64(dstMask, b, rows[:len(rows) & ^15])
dstMask = dstMask[(len(rows) & ^15)/8:]
rows = rows[len(rows) & ^15:]
} else if hasAVX() && len(rows) >= 8 {
boundsCheck(dstMask, rows)
asmAVXEqualsFloat64(dstMask, b, rows[:len(rows) & ^7])
dstMask = dstMask[(len(rows) & ^7)/8:]
rows = rows[len(rows) & ^7:]
}
goVectorEquals(dstMask, b, rows)
}
func VectorNotEquals64(dstMask []byte, b uint64, rows []uint64) {
if hasAVX2AndBMI2() && len(rows) >= 16 {
boundsCheck(dstMask, rows)
asmAVX2NotEqualsUint64(dstMask, b, rows[:len(rows) & ^15])
dstMask = dstMask[(len(rows) & ^15)/8:]
rows = rows[len(rows) & ^15:]
} else if hasAVX() && len(rows) >= 8 {
boundsCheck(dstMask, rows)
asmAVXNotEqualsUint64(dstMask, b, rows[:len(rows) & ^7])
dstMask = dstMask[(len(rows) & ^7)/8:]
rows = rows[len(rows) & ^7:]
}
goVectorNotEquals(dstMask, b, rows)
}
func VectorNotEqualsFloat64(dstMask []byte, b float64, rows []float64) {
if hasAVX2AndBMI2() && len(rows) >= 16 {
boundsCheck(dstMask, rows)
asmAVX2NotEqualsFloat64(dstMask, b, rows[:len(rows) & ^15])
dstMask = dstMask[(len(rows) & ^15)/8:]
rows = rows[len(rows) & ^15:]
} else if hasAVX() && len(rows) >= 8 {
boundsCheck(dstMask, rows)
asmAVXNotEqualsFloat64(dstMask, b, rows[:len(rows) & ^7])
dstMask = dstMask[(len(rows) & ^7)/8:]
rows = rows[len(rows) & ^7:]
}
goVectorNotEquals(dstMask, b, rows)
}
func VectorGreaterThan64(dstMask []byte, b uint64, rows []uint64) {
if hasAVX2AndBMI2() && len(rows) >= 16 {
boundsCheck(dstMask, rows)
asmAVX2GreaterThanUint64(dstMask, b, rows[:len(rows) & ^15])
dstMask = dstMask[(len(rows) & ^15)/8:]
rows = rows[len(rows) & ^15:]
} else if hasAVX() && len(rows) >= 8 {
boundsCheck(dstMask, rows)
asmAVXGreaterThanUint64(dstMask, b, rows[:len(rows) & ^7])
dstMask = dstMask[(len(rows) & ^7)/8:]
rows = rows[len(rows) & ^7:]
}
goVectorGreaterThan(dstMask, b, rows)
}
func VectorGreaterThanFloat64(dstMask []byte, b float64, rows []float64) {
if hasAVX2AndBMI2() && len(rows) >= 16 {
boundsCheck(dstMask, rows)
asmAVX2GreaterThanFloat64(dstMask, b, rows[:len(rows) & ^15])
dstMask = dstMask[(len(rows) & ^15)/8:]
rows = rows[len(rows) & ^15:]
} else if hasAVX() && len(rows) >= 8 {
boundsCheck(dstMask, rows)
asmAVXGreaterThanFloat64(dstMask, b, rows[:len(rows) & ^7])
dstMask = dstMask[(len(rows) & ^7)/8:]
rows = rows[len(rows) & ^7:]
}
goVectorGreaterThan(dstMask, b, rows)
}
func VectorLessThan64(dstMask []byte, b uint64, rows []uint64) {
if hasAVX2AndBMI2() && len(rows) >= 16 {
boundsCheck(dstMask, rows)
asmAVX2LessThanUint64(dstMask, b, rows[:len(rows) & ^15])
dstMask = dstMask[(len(rows) & ^15)/8:]
rows = rows[len(rows) & ^15:]
} else if hasAVX() && len(rows) >= 8 {
boundsCheck(dstMask, rows)
asmAVXLessThanUint64(dstMask, b, rows[:len(rows) & ^7])
dstMask = dstMask[(len(rows) & ^7)/8:]
rows = rows[len(rows) & ^7:]
}
goVectorLessThan(dstMask, b, rows)
}
func VectorLessThanFloat64(dstMask []byte, b float64, rows []float64) {
if hasAVX2AndBMI2() && len(rows) >= 16 {
boundsCheck(dstMask, rows)
asmAVX2LessThanFloat64(dstMask, b, rows[:len(rows) & ^15])
dstMask = dstMask[(len(rows) & ^15)/8:]
rows = rows[len(rows) & ^15:]
} else if hasAVX() && len(rows) >= 8 {
boundsCheck(dstMask, rows)
asmAVXLessThanFloat64(dstMask, b, rows[:len(rows) & ^7])
dstMask = dstMask[(len(rows) & ^7)/8:]
rows = rows[len(rows) & ^7:]
}
goVectorLessThan(dstMask, b, rows)
}
func VectorGreaterEquals64(dstMask []byte, b uint64, rows []uint64) {
if hasAVX2AndBMI2() && len(rows) >= 16 {
boundsCheck(dstMask, rows)
asmAVX2GreaterEqualsUint64(dstMask, b, rows[:len(rows) & ^15])
dstMask = dstMask[(len(rows) & ^15)/8:]
rows = rows[len(rows) & ^15:]
} else if hasAVX() && len(rows) >= 8 {
boundsCheck(dstMask, rows)
asmAVXGreaterEqualsUint64(dstMask, b, rows[:len(rows) & ^7])
dstMask = dstMask[(len(rows) & ^7)/8:]
rows = rows[len(rows) & ^7:]
}
goVectorGreaterEquals(dstMask, b, rows)
}
func VectorGreaterEqualsFloat64(dstMask []byte, b float64, rows []float64) {
if hasAVX2AndBMI2() && len(rows) >= 16 {
boundsCheck(dstMask, rows)
asmAVX2GreaterEqualsFloat64(dstMask, b, rows[:len(rows) & ^15])
dstMask = dstMask[(len(rows) & ^15)/8:]
rows = rows[len(rows) & ^15:]
} else if hasAVX() && len(rows) >= 8 {
boundsCheck(dstMask, rows)
asmAVXGreaterEqualsFloat64(dstMask, b, rows[:len(rows) & ^7])
dstMask = dstMask[(len(rows) & ^7)/8:]
rows = rows[len(rows) & ^7:]
}
goVectorGreaterEquals(dstMask, b, rows)
}
func VectorLesserEquals64(dstMask []byte, b uint64, rows []uint64) {
if hasAVX2AndBMI2() && len(rows) >= 16 {
boundsCheck(dstMask, rows)
asmAVX2LesserEqualsUint64(dstMask, b, rows[:len(rows) & ^15])
dstMask = dstMask[(len(rows) & ^15)/8:]
rows = rows[len(rows) & ^15:]
} else if hasAVX() && len(rows) >= 8 {
boundsCheck(dstMask, rows)
asmAVXLesserEqualsUint64(dstMask, b, rows[:len(rows) & ^7])
dstMask = dstMask[(len(rows) & ^7)/8:]
rows = rows[len(rows) & ^7:]
}
goVectorLesserEquals(dstMask, b, rows)
}
func VectorLesserEqualsFloat64(dstMask []byte, b float64, rows []float64) {
if hasAVX2AndBMI2() && len(rows) >= 16 {
boundsCheck(dstMask, rows)
asmAVX2LesserEqualsFloat64(dstMask, b, rows[:len(rows) & ^15])
dstMask = dstMask[(len(rows) & ^15)/8:]
rows = rows[len(rows) & ^15:]
} else if hasAVX() && len(rows) >= 8 {
boundsCheck(dstMask, rows)
asmAVXLesserEqualsFloat64(dstMask, b, rows[:len(rows) & ^7])
dstMask = dstMask[(len(rows) & ^7)/8:]
rows = rows[len(rows) & ^7:]
}
goVectorLesserEquals(dstMask, b, rows)
}
func VectorIsNaNFloat32(dstMask []byte, rows []float32) {
if hasAVX2AndBMI2() && len(rows) >= 16 {
boundsCheck(dstMask, rows)
asmAVX2IsNaNFloat32(dstMask, rows[:len(rows) & ^15])
dstMask = dstMask[(len(rows) & ^15)/8:]
rows = rows[len(rows) & ^15:]
} else if hasAVX() && len(rows) >= 8 {
boundsCheck(dstMask, rows)
asmAVXIsNaNFloat32(dstMask, rows[:len(rows) & ^7])
dstMask = dstMask[(len(rows) & ^7)/8:]
rows = rows[len(rows) & ^7:]
}
goVectorIsNaN(dstMask, rows)
}
func VectorIsNaNFloat64(dstMask []byte, rows []float64) {
if hasAVX2AndBMI2() && len(rows) >= 16 {
boundsCheck(dstMask, rows)
asmAVX2IsNaNFloat64(dstMask, rows[:len(rows) & ^15])
dstMask = dstMask[(len(rows) & ^15)/8:]
rows = rows[len(rows) & ^15:]
} else if hasAVX() && len(rows) >= 8 {
boundsCheck(dstMask, rows)
asmAVXIsNaNFloat64(dstMask, rows[:len(rows) & ^7])
dstMask = dstMask[(len(rows) & ^7)/8:]
rows = rows[len(rows) & ^7:]
}
goVectorIsNaN(dstMask, rows)
}