Vector concat intrinsic functions allow creating a bigger vector from two or four smaller ones. More...

Overview

Vector concat intrinsic functions allow creating a bigger vector from two or four smaller ones.

Below the buffer sizes are as follows: V - 128 bit W - 256 bit X - 512 bit Y - 1024 bit

For more information see Integer Vector Types.

128-bit concatenation into 256-bit vector
v32int8	concat (v16int8 a, v16int8 b)
	Returns the concatenation of vectors a and b.

v32uint8	concat (v16uint8 a, v16uint8 b)
	Returns the concatenation of vectors a and b.

v16int16	concat (v8int16 a, v8int16 b)
	Returns the concatenation of vectors a and b.

v8cint16	concat (v4cint16 a, v4cint16 b)
	Returns the concatenation of vectors a and b.

v8int32	concat (v4int32 a, v4int32 b)
	Returns the concatenation of vectors a and b.

v4cint32	concat (v2cint32 a, v2cint32 b)
	Returns the concatenation of vectors a and b.

v8float	concat (v4float a, v4float b)
	Returns the concatenation of vectors a and b.

v4cfloat	concat (v2cfloat a, v2cfloat b)
	Returns the concatenation of vectors a and b.

128-bit concatenation into 512-bit vector
v64int8	concat (v16int8 a, v16int8 b, v16int8 c, v16int8 d)
	Returns the concatenation of vectors a, b, c and d.

v64uint8	concat (v16uint8 a, v16uint8 b, v16uint8 c, v16uint8 d)
	Returns the concatenation of vectors a, b, c and d.

v32int16	concat (v8int16 a, v8int16 b, v8int16 c, v8int16 d)
	Returns the concatenation of vectors a, b, c and d.

v16cint16	concat (v4cint16 a, v4cint16 b, v4cint16 c, v4cint16 d)
	Returns the concatenation of vectors a, b, c and d.

v16int32	concat (v4int32 a, v4int32 b, v4int32 c, v4int32 d)
	Returns the concatenation of vectors a, b, c and d.

v8cint32	concat (v2cint32 a, v2cint32 b, v2cint32 c, v2cint32 d)
	Returns the concatenation of vectors a, b, c and d.

v16float	concat (v4float a, v4float b, v4float c, v4float d)
	Returns the concatenation of vectors a, b, c and d.

v8cfloat	concat (v2cfloat a, v2cfloat b, v2cfloat c, v2cfloat d)
	Returns the concatenation of vectors a, b, c and d.

128-bit concatenation into 1024-bit vector
v128int8	concat (v16int8 a, v16int8 b, v16int8 c, v16int8 d, v16int8 e, v16int8 f, v16int8 g, v16int8 h)
	Returns the concatenation of eight vectors.

v128uint8	concat (v16uint8 a, v16uint8 b, v16uint8 c, v16uint8 d, v16uint8 e, v16uint8 f, v16uint8 g, v16uint8 h)
	Returns the concatenation of eight vectors.

v64int16	concat (v8int16 a, v8int16 b, v8int16 c, v8int16 d, v8int16 e, v8int16 f, v8int16 g, v8int16 h)
	Returns the concatenation of eight vectors.

v32cint16	concat (v4cint16 a, v4cint16 b, v4cint16 c, v4cint16 d, v4cint16 e, v4cint16 f, v4cint16 g, v4cint16 h)
	Returns the concatenation of eight vectors.

v32int32	concat (v4int32 a, v4int32 b, v4int32 c, v4int32 d, v4int32 e, v4int32 f, v4int32 g, v4int32 h)
	Returns the concatenation of eight vectors.

v16cint32	concat (v2cint32 a, v2cint32 b, v2cint32 c, v2cint32 d, v2cint32 e, v2cint32 f, v2cint32 g, v2cint32 h)
	Returns the concatenation of eight vectors.

v32float	concat (v4float a, v4float b, v4float c, v4float d, v4float e, v4float f, v4float g, v4float h)
	Returns the concatenation of eight vectors.

v16cfloat	concat (v2cfloat a, v2cfloat b, v2cfloat c, v2cfloat d, v2cfloat e, v2cfloat f, v2cfloat g, v2cfloat h)
	Returns the concatenation of eight vectors.

256-bit concatenation into 512-bit vector
v64int8	concat (v32int8 a, v32int8 b)
	Returns the concatenation of vectors a and b.

v64uint8	concat (v32uint8 a, v32uint8 b)
	Returns the concatenation of vectors a and b.

v32int16	concat (v16int16 a, v16int16 b)
	Returns the concatenation of vectors a and b.

v16cint16	concat (v8cint16 a, v8cint16 b)
	Returns the concatenation of vectors a and b.

v16int32	concat (v8int32 a, v8int32 b)
	Returns the concatenation of vectors a and b.

v8cint32	concat (v4cint32 a, v4cint32 b)
	Returns the concatenation of vectors a and b.

v16float	concat (v8float a, v8float b)
	Returns the concatenation of vectors a and b.

v8cfloat	concat (v4cfloat a, v4cfloat b)
	Returns the concatenation of vectors a and b.

256-bit concatenation into 1024-bit vector
v128int8	concat (v32int8 a, v32int8 b, v32int8 c, v32int8 d)
	Returns the concatenation of vectors a, b, c and d.

v128uint8	concat (v32uint8 a, v32uint8 b, v32uint8 c, v32uint8 d)
	Returns the concatenation of vectors a, b, c and d.

v64int16	concat (v16int16 a, v16int16 b, v16int16 c, v16int16 d)
	Returns the concatenation of vectors a, b, c and d.

v32cint16	concat (v8cint16 a, v8cint16 b, v8cint16 c, v8cint16 d)
	Returns the concatenation of vectors a, b, c and d.

v32int32	concat (v8int32 a, v8int32 b, v8int32 c, v8int32 d)
	Returns the concatenation of vectors a, b, c and d.

v16cint32	concat (v4cint32 a, v4cint32 b, v4cint32 c, v4cint32 d)
	Returns the concatenation of vectors a, b, c and d.

v32float	concat (v8float a, v8float b, v8float c, v8float d)
	Returns the concatenation of vectors a, b, c and d.

v16cfloat	concat (v4cfloat a, v4cfloat b, v4cfloat c, v4cfloat d)
	Returns the concatenation of vectors a, b, c and d.

512-bit concatenation into 1024-bit vector
v128int8	concat (v64int8 a, v64int8 b)
	Returns the concatenation of vectors a and b.

v128uint8	concat (v64uint8 a, v64uint8 b)
	Returns the concatenation of vectors a and b.

v64int16	concat (v32int16 a, v32int16 b)
	Returns the concatenation of vectors a and b.

v32cint16	concat (v16cint16 a, v16cint16 b)
	Returns the concatenation of vectors a and b.

v32int32	concat (v16int32 a, v16int32 b)
	Returns the concatenation of vectors a and b.

v16cint32	concat (v8cint32 a, v8cint32 b)
	Returns the concatenation of vectors a and b.

v32float	concat (v16float a, v16float b)
	Returns the concatenation of vectors a and b.

v16cfloat	concat (v8cfloat a, v8cfloat b)
	Returns the concatenation of vectors a and b.

Concatenate two 320/384-bit accumulators to one 640/768-bit accumulator
v16acc48	concat (v8acc48 a, v8acc48 b)
	Returns the concatenation of vectors a and b.

v8cacc48	concat (v4cacc48 a, v4cacc48 b)
	Returns the concatenation of vectors a and b.

v8acc80	concat (v4acc80 a, v4acc80 b)
	Returns the concatenation of vectors a and b.

v4cacc80	concat (v2cacc80 a, v2cacc80 b)
	Returns the concatenation of vectors a and b.

Concatenations for configuration registers
pmx_idx	concat (unsigned int, unsigned int, unsigned int)

Function Documentation

◆ concat() [1/53]

pmx_idx concat	(	unsigned int	,
		unsigned int	,
		unsigned int
	)

◆ concat() [2/53]

v32cint16 concat	(	v16cint16	a,
		v16cint16	b
	)

Returns the concatenation of vectors a and b.

Parameters

a	Input vector that that will be placed in the lower half of the output vector
b	Input vector that that will be placed in the upper half of the output vector

◆ concat() [3/53]

v32float concat	(	v16float	a,
		v16float	b
	)

Returns the concatenation of vectors a and b.

Parameters

a	Input vector that that will be placed in the lower half of the output vector
b	Input vector that that will be placed in the upper half of the output vector

◆ concat() [4/53]

v32int16 concat	(	v16int16	a,
		v16int16	b
	)

Returns the concatenation of vectors a and b.

Parameters

a	Input vector that that will be placed in the lower half of the output vector
b	Input vector that that will be placed in the upper half of the output vector

◆ concat() [5/53]

v64int16 concat	(	v16int16	a,
		v16int16	b,
		v16int16	c,
		v16int16	d
	)

Returns the concatenation of vectors a, b, c and d.

Parameters

a	Input vector that that will be placed in the 1st quarter of the output vector
b	Input vector that that will be placed in the 2nd quarter of the output vector
c	Input vector that that will be placed in the 3rd quarter of the output vector
d	Input vector that that will be placed in the 4th quarter of the output vector

◆ concat() [6/53]

v32int32 concat	(	v16int32	a,
		v16int32	b
	)

Returns the concatenation of vectors a and b.

Parameters

a	Input vector that that will be placed in the lower half of the output vector
b	Input vector that that will be placed in the upper half of the output vector

◆ concat() [7/53]

v32int8 concat	(	v16int8	a,
		v16int8	b
	)

Returns the concatenation of vectors a and b.

Parameters

a	Input vector that that will be placed in the lower half of the output vector
b	Input vector that that will be placed in the upper half of the output vector

◆ concat() [8/53]

v64int8 concat	(	v16int8	a,
		v16int8	b,
		v16int8	c,
		v16int8	d
	)

Returns the concatenation of vectors a, b, c and d.

Parameters

a	Input vector that that will be placed in the 1st quarter of the output vector
b	Input vector that that will be placed in the 2nd quarter of the output vector
c	Input vector that that will be placed in the 3rd quarter of the output vector
d	Input vector that that will be placed in the 4th quarter of the output vector

◆ concat() [9/53]

v128int8 concat	(	v16int8	a,
		v16int8	b,
		v16int8	c,
		v16int8	d,
		v16int8	e,
		v16int8	f,
		v16int8	g,
		v16int8	h
	)

Returns the concatenation of eight vectors.

Parameters

a	Input vector that that will be placed in the 1st eighth of the output vector.
...	.
h	Input vector that that will be placed in the 8th eighth of the output vector.

◆ concat() [10/53]

v32uint8 concat	(	v16uint8	a,
		v16uint8	b
	)

Returns the concatenation of vectors a and b.

Parameters

a	Input vector that that will be placed in the lower half of the output vector
b	Input vector that that will be placed in the upper half of the output vector

◆ concat() [11/53]

v64uint8 concat	(	v16uint8	a,
		v16uint8	b,
		v16uint8	c,
		v16uint8	d
	)

Returns the concatenation of vectors a, b, c and d.

Parameters

a	Input vector that that will be placed in the 1st quarter of the output vector
b	Input vector that that will be placed in the 2nd quarter of the output vector
c	Input vector that that will be placed in the 3rd quarter of the output vector
d	Input vector that that will be placed in the 4th quarter of the output vector

◆ concat() [12/53]

v128uint8 concat	(	v16uint8	a,
		v16uint8	b,
		v16uint8	c,
		v16uint8	d,
		v16uint8	e,
		v16uint8	f,
		v16uint8	g,
		v16uint8	h
	)

Returns the concatenation of eight vectors.

Parameters

a	Input vector that that will be placed in the 1st eighth of the output vector.
...	.
h	Input vector that that will be placed in the 8th eighth of the output vector.

◆ concat() [13/53]

v4cacc80 concat	(	v2cacc80	a,
		v2cacc80	b
	)

Returns the concatenation of vectors a and b.

◆ concat() [14/53]

v4cfloat concat	(	v2cfloat	a,
		v2cfloat	b
	)

Returns the concatenation of vectors a and b.

Parameters

a	Input vector that that will be placed in the lower half of the output vector
b	Input vector that that will be placed in the upper half of the output vector

◆ concat() [15/53]

v8cfloat concat	(	v2cfloat	a,
		v2cfloat	b,
		v2cfloat	c,
		v2cfloat	d
	)

Returns the concatenation of vectors a, b, c and d.

Parameters

a	Input vector that that will be placed in the 1st quarter of the output vector
b	Input vector that that will be placed in the 2nd quarter of the output vector
c	Input vector that that will be placed in the 3rd quarter of the output vector
d	Input vector that that will be placed in the 4th quarter of the output vector

◆ concat() [16/53]

v16cfloat concat	(	v2cfloat	a,
		v2cfloat	b,
		v2cfloat	c,
		v2cfloat	d,
		v2cfloat	e,
		v2cfloat	f,
		v2cfloat	g,
		v2cfloat	h
	)

Returns the concatenation of eight vectors.

Parameters

a	Input vector that that will be placed in the 1st eighth of the output vector.
...	.
h	Input vector that that will be placed in the 8th eighth of the output vector.

◆ concat() [17/53]

v4cint32 concat	(	v2cint32	a,
		v2cint32	b
	)

Returns the concatenation of vectors a and b.

Parameters

a	Input vector that that will be placed in the lower half of the output vector
b	Input vector that that will be placed in the upper half of the output vector

◆ concat() [18/53]

v8cint32 concat	(	v2cint32	a,
		v2cint32	b,
		v2cint32	c,
		v2cint32	d
	)

Returns the concatenation of vectors a, b, c and d.

Parameters

a	Input vector that that will be placed in the 1st quarter of the output vector
b	Input vector that that will be placed in the 2nd quarter of the output vector
c	Input vector that that will be placed in the 3rd quarter of the output vector
d	Input vector that that will be placed in the 4th quarter of the output vector

◆ concat() [19/53]

v16cint32 concat	(	v2cint32	a,
		v2cint32	b,
		v2cint32	c,
		v2cint32	d,
		v2cint32	e,
		v2cint32	f,
		v2cint32	g,
		v2cint32	h
	)

Returns the concatenation of eight vectors.

Parameters

a	Input vector that that will be placed in the 1st eighth of the output vector.
...	.
h	Input vector that that will be placed in the 8th eighth of the output vector.

◆ concat() [20/53]

v64int16 concat	(	v32int16	a,
		v32int16	b
	)

Returns the concatenation of vectors a and b.

Parameters

a	Input vector that that will be placed in the lower half of the output vector
b	Input vector that that will be placed in the upper half of the output vector

◆ concat() [21/53]

v64int8 concat	(	v32int8	a,
		v32int8	b
	)

Returns the concatenation of vectors a and b.

Parameters

a	Input vector that that will be placed in the lower half of the output vector
b	Input vector that that will be placed in the upper half of the output vector

◆ concat() [22/53]

v128int8 concat	(	v32int8	a,
		v32int8	b,
		v32int8	c,
		v32int8	d
	)

Returns the concatenation of vectors a, b, c and d.

Parameters

a	Input vector that that will be placed in the 1st quarter of the output vector
b	Input vector that that will be placed in the 2nd quarter of the output vector
c	Input vector that that will be placed in the 3rd quarter of the output vector
d	Input vector that that will be placed in the 4th quarter of the output vector

◆ concat() [23/53]

v64uint8 concat	(	v32uint8	a,
		v32uint8	b
	)

Returns the concatenation of vectors a and b.

Parameters

a	Input vector that that will be placed in the lower half of the output vector
b	Input vector that that will be placed in the upper half of the output vector

◆ concat() [24/53]

v128uint8 concat	(	v32uint8	a,
		v32uint8	b,
		v32uint8	c,
		v32uint8	d
	)

Returns the concatenation of vectors a, b, c and d.

Parameters

a	Input vector that that will be placed in the 1st quarter of the output vector
b	Input vector that that will be placed in the 2nd quarter of the output vector
c	Input vector that that will be placed in the 3rd quarter of the output vector
d	Input vector that that will be placed in the 4th quarter of the output vector

◆ concat() [25/53]

v8acc80 concat	(	v4acc80	a,
		v4acc80	b
	)

Returns the concatenation of vectors a and b.

◆ concat() [26/53]

v8cacc48 concat	(	v4cacc48	a,
		v4cacc48	b
	)

Returns the concatenation of vectors a and b.

◆ concat() [27/53]

v8cfloat concat	(	v4cfloat	a,
		v4cfloat	b
	)

Returns the concatenation of vectors a and b.

Parameters

a	Input vector that that will be placed in the lower half of the output vector
b	Input vector that that will be placed in the upper half of the output vector

◆ concat() [28/53]

v16cfloat concat	(	v4cfloat	a,
		v4cfloat	b,
		v4cfloat	c,
		v4cfloat	d
	)

Returns the concatenation of vectors a, b, c and d.

Parameters

a	Input vector that that will be placed in the 1st quarter of the output vector
b	Input vector that that will be placed in the 2nd quarter of the output vector
c	Input vector that that will be placed in the 3rd quarter of the output vector
d	Input vector that that will be placed in the 4th quarter of the output vector

◆ concat() [29/53]

v8cint16 concat	(	v4cint16	a,
		v4cint16	b
	)

Returns the concatenation of vectors a and b.

Parameters

a	Input vector that that will be placed in the lower half of the output vector
b	Input vector that that will be placed in the upper half of the output vector

◆ concat() [30/53]

v16cint16 concat	(	v4cint16	a,
		v4cint16	b,
		v4cint16	c,
		v4cint16	d
	)

Returns the concatenation of vectors a, b, c and d.

Parameters

a	Input vector that that will be placed in the 1st quarter of the output vector
b	Input vector that that will be placed in the 2nd quarter of the output vector
c	Input vector that that will be placed in the 3rd quarter of the output vector
d	Input vector that that will be placed in the 4th quarter of the output vector

◆ concat() [31/53]

v32cint16 concat	(	v4cint16	a,
		v4cint16	b,
		v4cint16	c,
		v4cint16	d,
		v4cint16	e,
		v4cint16	f,
		v4cint16	g,
		v4cint16	h
	)

Returns the concatenation of eight vectors.

Parameters

a	Input vector that that will be placed in the 1st eighth of the output vector.
...	.
h	Input vector that that will be placed in the 8th eighth of the output vector.

◆ concat() [32/53]

v8cint32 concat	(	v4cint32	a,
		v4cint32	b
	)

Returns the concatenation of vectors a and b.

Parameters

a	Input vector that that will be placed in the lower half of the output vector
b	Input vector that that will be placed in the upper half of the output vector

◆ concat() [33/53]

v16cint32 concat	(	v4cint32	a,
		v4cint32	b,
		v4cint32	c,
		v4cint32	d
	)

Returns the concatenation of vectors a, b, c and d.

Parameters

a	Input vector that that will be placed in the 1st quarter of the output vector
b	Input vector that that will be placed in the 2nd quarter of the output vector
c	Input vector that that will be placed in the 3rd quarter of the output vector
d	Input vector that that will be placed in the 4th quarter of the output vector

◆ concat() [34/53]

v8float concat	(	v4float	a,
		v4float	b
	)

Returns the concatenation of vectors a and b.

Parameters

a	Input vector that that will be placed in the lower half of the output vector
b	Input vector that that will be placed in the upper half of the output vector

◆ concat() [35/53]

v16float concat	(	v4float	a,
		v4float	b,
		v4float	c,
		v4float	d
	)

Returns the concatenation of vectors a, b, c and d.

Parameters

a	Input vector that that will be placed in the 1st quarter of the output vector
b	Input vector that that will be placed in the 2nd quarter of the output vector
c	Input vector that that will be placed in the 3rd quarter of the output vector
d	Input vector that that will be placed in the 4th quarter of the output vector

◆ concat() [36/53]

v32float concat	(	v4float	a,
		v4float	b,
		v4float	c,
		v4float	d,
		v4float	e,
		v4float	f,
		v4float	g,
		v4float	h
	)

Returns the concatenation of eight vectors.

Parameters

a	Input vector that that will be placed in the 1st eighth of the output vector.
...	.
h	Input vector that that will be placed in the 8th eighth of the output vector.

◆ concat() [37/53]

v8int32 concat	(	v4int32	a,
		v4int32	b
	)

Returns the concatenation of vectors a and b.

Parameters

a	Input vector that that will be placed in the lower half of the output vector
b	Input vector that that will be placed in the upper half of the output vector

◆ concat() [38/53]

v16int32 concat	(	v4int32	a,
		v4int32	b,
		v4int32	c,
		v4int32	d
	)

Returns the concatenation of vectors a, b, c and d.

Parameters

a	Input vector that that will be placed in the 1st quarter of the output vector
b	Input vector that that will be placed in the 2nd quarter of the output vector
c	Input vector that that will be placed in the 3rd quarter of the output vector
d	Input vector that that will be placed in the 4th quarter of the output vector

◆ concat() [39/53]

v32int32 concat	(	v4int32	a,
		v4int32	b,
		v4int32	c,
		v4int32	d,
		v4int32	e,
		v4int32	f,
		v4int32	g,
		v4int32	h
	)

Returns the concatenation of eight vectors.

Parameters

a	Input vector that that will be placed in the 1st eighth of the output vector.
...	.
h	Input vector that that will be placed in the 8th eighth of the output vector.

◆ concat() [40/53]

v128int8 concat	(	v64int8	a,
		v64int8	b
	)

Returns the concatenation of vectors a and b.

Parameters

a	Input vector that that will be placed in the lower half of the output vector
b	Input vector that that will be placed in the upper half of the output vector

◆ concat() [41/53]

v128uint8 concat	(	v64uint8	a,
		v64uint8	b
	)

Returns the concatenation of vectors a and b.

Parameters

a	Input vector that that will be placed in the lower half of the output vector
b	Input vector that that will be placed in the upper half of the output vector

◆ concat() [42/53]

v16acc48 concat	(	v8acc48	a,
		v8acc48	b
	)

Returns the concatenation of vectors a and b.

◆ concat() [43/53]

v16cfloat concat	(	v8cfloat	a,
		v8cfloat	b
	)

Returns the concatenation of vectors a and b.

Parameters

a	Input vector that that will be placed in the lower half of the output vector
b	Input vector that that will be placed in the upper half of the output vector

◆ concat() [44/53]

v16cint16 concat	(	v8cint16	a,
		v8cint16	b
	)

Returns the concatenation of vectors a and b.

Parameters

a	Input vector that that will be placed in the lower half of the output vector
b	Input vector that that will be placed in the upper half of the output vector

◆ concat() [45/53]

v32cint16 concat	(	v8cint16	a,
		v8cint16	b,
		v8cint16	c,
		v8cint16	d
	)

Returns the concatenation of vectors a, b, c and d.

Parameters

a	Input vector that that will be placed in the 1st quarter of the output vector
b	Input vector that that will be placed in the 2nd quarter of the output vector
c	Input vector that that will be placed in the 3rd quarter of the output vector
d	Input vector that that will be placed in the 4th quarter of the output vector

◆ concat() [46/53]

v16cint32 concat	(	v8cint32	a,
		v8cint32	b
	)

Returns the concatenation of vectors a and b.

Parameters

a	Input vector that that will be placed in the lower half of the output vector
b	Input vector that that will be placed in the upper half of the output vector

◆ concat() [47/53]

v16float concat	(	v8float	a,
		v8float	b
	)

Returns the concatenation of vectors a and b.

Parameters

a	Input vector that that will be placed in the lower half of the output vector
b	Input vector that that will be placed in the upper half of the output vector

◆ concat() [48/53]

v32float concat	(	v8float	a,
		v8float	b,
		v8float	c,
		v8float	d
	)

Returns the concatenation of vectors a, b, c and d.

Parameters

a	Input vector that that will be placed in the 1st quarter of the output vector
b	Input vector that that will be placed in the 2nd quarter of the output vector
c	Input vector that that will be placed in the 3rd quarter of the output vector
d	Input vector that that will be placed in the 4th quarter of the output vector

◆ concat() [49/53]

v16int16 concat	(	v8int16	a,
		v8int16	b
	)

Returns the concatenation of vectors a and b.

Parameters

a	Input vector that that will be placed in the lower half of the output vector
b	Input vector that that will be placed in the upper half of the output vector

◆ concat() [50/53]

v32int16 concat	(	v8int16	a,
		v8int16	b,
		v8int16	c,
		v8int16	d
	)

Returns the concatenation of vectors a, b, c and d.

Parameters

a	Input vector that that will be placed in the 1st quarter of the output vector
b	Input vector that that will be placed in the 2nd quarter of the output vector
c	Input vector that that will be placed in the 3rd quarter of the output vector
d	Input vector that that will be placed in the 4th quarter of the output vector

◆ concat() [51/53]

v64int16 concat	(	v8int16	a,
		v8int16	b,
		v8int16	c,
		v8int16	d,
		v8int16	e,
		v8int16	f,
		v8int16	g,
		v8int16	h
	)

Returns the concatenation of eight vectors.

Parameters

a	Input vector that that will be placed in the 1st eighth of the output vector.
...	.
h	Input vector that that will be placed in the 8th eighth of the output vector.

◆ concat() [52/53]

v16int32 concat	(	v8int32	a,
		v8int32	b
	)

Returns the concatenation of vectors a and b.

Parameters

a	Input vector that that will be placed in the lower half of the output vector
b	Input vector that that will be placed in the upper half of the output vector

◆ concat() [53/53]

v32int32 concat	(	v8int32	a,
		v8int32	b,
		v8int32	c,
		v8int32	d
	)

Returns the concatenation of vectors a, b, c and d.

Parameters

a	Input vector that that will be placed in the 1st quarter of the output vector
b	Input vector that that will be placed in the 2nd quarter of the output vector
c	Input vector that that will be placed in the 3rd quarter of the output vector
d	Input vector that that will be placed in the 4th quarter of the output vector

Overview

128-bit concatenation into 256-bit vector

128-bit concatenation into 512-bit vector

128-bit concatenation into 1024-bit vector

256-bit concatenation into 512-bit vector

256-bit concatenation into 1024-bit vector

512-bit concatenation into 1024-bit vector

Concatenate two 320/384-bit accumulators to one 640/768-bit accumulator

Concatenations for configuration registers

Function Documentation

◆ concat() [1/53]

◆ concat() [2/53]

◆ concat() [3/53]

◆ concat() [4/53]

◆ concat() [5/53]

◆ concat() [6/53]

◆ concat() [7/53]

◆ concat() [8/53]

◆ concat() [9/53]

◆ concat() [10/53]

◆ concat() [11/53]

◆ concat() [12/53]

◆ concat() [13/53]

◆ concat() [14/53]

◆ concat() [15/53]

◆ concat() [16/53]

◆ concat() [17/53]

◆ concat() [18/53]

◆ concat() [19/53]

◆ concat() [20/53]

◆ concat() [21/53]

◆ concat() [22/53]

◆ concat() [23/53]

◆ concat() [24/53]

◆ concat() [25/53]

◆ concat() [26/53]

◆ concat() [27/53]

◆ concat() [28/53]

◆ concat() [29/53]

◆ concat() [30/53]

◆ concat() [31/53]

◆ concat() [32/53]

◆ concat() [33/53]

◆ concat() [34/53]

◆ concat() [35/53]

◆ concat() [36/53]

◆ concat() [37/53]

◆ concat() [38/53]

◆ concat() [39/53]

◆ concat() [40/53]

◆ concat() [41/53]

◆ concat() [42/53]

◆ concat() [43/53]

◆ concat() [44/53]

◆ concat() [45/53]

◆ concat() [46/53]

◆ concat() [47/53]

◆ concat() [48/53]

◆ concat() [49/53]

◆ concat() [50/53]

◆ concat() [51/53]

◆ concat() [52/53]

◆ concat() [53/53]