| AI Engine Intrinsics User Guide (v2026.1)

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Functions
16 bit Real x 16 bit Real
Intrinsics » Vector Operations » MAC intrinsics » Multiplication » Advanced » Integer » Vector MAC with pre-subtraction and upshifting » 16 bit x 16 bit

## Overview

Vector MAC intrinsics with pre-subtraction and upshifting with 16 bit real by 16 bit real

## Functions
v16acc48 | mac8_antisym_uct (v16acc48 acc, v32int16 xbuff, int xstart, unsigned int xoffsets, int xstep, unsigned int xsquare, int ystart, unsigned int ysquare, int uct_col, int uct_shift, v16int16 zbuff, int zstart, unsigned int zoffsets, int zstep)
| Anti-symmetric multiply-accumulate intrinsic function with unit center-tap optimization with pre-sub from x input buffer using small X input buffer.
v16acc48 | mac8_antisym_uct (v16acc48 acc, v32int16 xbuff, int xstart, unsigned int xoffsets, int xstep, unsigned int xsquare, v32int16 ybuff, int ystart, unsigned int ysquare, int uct_col, int uct_shift, v16int16 zbuff, int zstart, unsigned int zoffsets, int zstep)
| Anti-symmetric multiply-accumulate intrinsic function with unit center-tap optimization with pre-sub from x and y input buffers using small X input buffer.
v16acc48 | mac8_antisym_uct (v16acc48 acc, v64int16 xbuff, int xstart, unsigned int xoffsets, int xstep, unsigned int xsquare, int ystart, unsigned int ysquare, int uct_col, int uct_shift, v16int16 zbuff, int zstart, unsigned int zoffsets, int zstep)
| Anti-symmetric multiply-accumulate intrinsic function with unit center-tap optimization with pre-sub from x input buffer .
v16acc48 | msc8_antisym_uct (v16acc48 acc, v32int16 xbuff, int xstart, unsigned int xoffsets, int xstep, unsigned int xsquare, int ystart, unsigned int ysquare, int uct_col, int uct_shift, v16int16 zbuff, int zstart, unsigned int zoffsets, int zstep)
| Anti-symmetric multiply-subtract intrinsic function with unit center-tap optimization with pre-sub from x input buffer using small X input buffer.
v16acc48 | msc8_antisym_uct (v16acc48 acc, v32int16 xbuff, int xstart, unsigned int xoffsets, int xstep, unsigned int xsquare, v32int16 ybuff, int ystart, unsigned int ysquare, int uct_col, int uct_shift, v16int16 zbuff, int zstart, unsigned int zoffsets, int zstep)
| Anti-symmetric multiply-subtract intrinsic function with unit center-tap optimization with pre-sub from x and y input buffers using small X input buffer.
v16acc48 | msc8_antisym_uct (v16acc48 acc, v64int16 xbuff, int xstart, unsigned int xoffsets, int xstep, unsigned int xsquare, int ystart, unsigned int ysquare, int uct_col, int uct_shift, v16int16 zbuff, int zstart, unsigned int zoffsets, int zstep)
| Anti-symmetric multiply-subtract intrinsic function with unit center-tap optimization with pre-sub from x input buffer .
v16acc48 | mul8_antisym_uct (v32int16 xbuff, int xstart, unsigned int xoffsets, int xstep, unsigned int xsquare, int ystart, unsigned int ysquare, int uct_col, int uct_shift, v16int16 zbuff, int zstart, unsigned int zoffsets, int zstep)
| Anti-symmetric multiply intrinsic function with unit center-tap optimization with pre-sub from x input buffer using small X input buffer.
v16acc48 | mul8_antisym_uct (v32int16 xbuff, int xstart, unsigned int xoffsets, int xstep, unsigned int xsquare, v32int16 ybuff, int ystart, unsigned int ysquare, int uct_col, int uct_shift, v16int16 zbuff, int zstart, unsigned int zoffsets, int zstep)
| Anti-symmetric multiply intrinsic function with unit center-tap optimization with pre-sub from x and y input buffers using small X input buffer.
v16acc48 | mul8_antisym_uct (v64int16 xbuff, int xstart, unsigned int xoffsets, int xstep, unsigned int xsquare, int ystart, unsigned int ysquare, int uct_col, int uct_shift, v16int16 zbuff, int zstart, unsigned int zoffsets, int zstep)
| Anti-symmetric multiply intrinsic function with unit center-tap optimization with pre-sub from x input buffer .
v16acc48 | negmul8_antisym_uct (v32int16 xbuff, int xstart, unsigned int xoffsets, int xstep, unsigned int xsquare, int ystart, unsigned int ysquare, int uct_col, int uct_shift, v16int16 zbuff, int zstart, unsigned int zoffsets, int zstep)
| Anti-symmetric multiply-negate intrinsic function with unit center-tap optimization with pre-sub from x input buffer using small X input buffer.
v16acc48 | negmul8_antisym_uct (v32int16 xbuff, int xstart, unsigned int xoffsets, int xstep, unsigned int xsquare, v32int16 ybuff, int ystart, unsigned int ysquare, int uct_col, int uct_shift, v16int16 zbuff, int zstart, unsigned int zoffsets, int zstep)
| Anti-symmetric multiply-negate intrinsic function with unit center-tap optimization with pre-sub from x and y input buffers using small X input buffer.
v16acc48 | negmul8_antisym_uct (v64int16 xbuff, int xstart, unsigned int xoffsets, int xstep, unsigned int xsquare, int ystart, unsigned int ysquare, int uct_col, int uct_shift, v16int16 zbuff, int zstart, unsigned int zoffsets, int zstep)
| Anti-symmetric multiply-negate intrinsic function with unit center-tap optimization with pre-sub from x input buffer .

## Function Documentation

## ◆ mac8_antisym_uct() [1/3]

v16acc48 mac8_antisym_uct | ( | v16acc48 | acc,
|  | v32int16 | xbuff,
|  | int | xstart,
|  | unsigned int | xoffsets,
|  | int | xstep,
|  | unsigned int | xsquare,
|  | int | ystart,
|  | unsigned int | ysquare,
|  | int | uct_col,
|  | int | uct_shift,
|  | v16int16 | zbuff,
|  | int | zstart,
|  | unsigned int | zoffsets,
|  | int | zstep )

Anti-symmetric multiply-accumulate intrinsic function with unit center-tap optimization with pre-sub from x input buffer using small X input buffer.

acc0 += z00*(x00 - y00) + z01*(x01 - y01) + z02*(x02 - y02) + z03*(x03 - y03)
acc1 += z10*(x10 - y10) + z11*(x11 - y11) + z12*(x12 - y12) + z13*(x13 - y13)
acc2 += z20*(x20 - y20) + z21*(x21 - y21) + z22*(x22 - y22) + z23*(x23 - y23)
acc3 += z30*(x30 - y30) + z31*(x31 - y31) + z32*(x32 - y32) + z33*(x33 - y33)
acc4 += z40*(x40 - y40) + z41*(x41 - y41) + z42*(x42 - y42) + z43*(x43 - y43)
acc5 += z50*(x50 - y50) + z51*(x51 - y51) + z52*(x52 - y52) + z53*(x53 - y53)
acc6 += z60*(x60 - y60) + z61*(x61 - y61) + z62*(x62 - y62) + z63*(x63 - y63)
acc7 += z70*(x70 - y70) + z71*(x71 - y71) + z72*(x72 - y72) + z73*(x73 - y73)
acc8 = y0uct_select << uct_shift
acc9 = y1uct_select << uct_shift
acc10 = y2uct_select << uct_shift
acc11 = y3uct_select << uct_shift
acc12 = y4uct_select << uct_shift
acc13 = y5uct_select << uct_shift
acc14 = y6uct_select << uct_shift
acc15 = y7uct_select << uct_shift

Returns
  Returned accumulation vector (16 x int48 lanes)

Parameters

  acc | Incoming accumulation vector (16 x int48 lanes)
  xbuff | Input buffer of 32 elements of type int16
  xstart | Starting position offset applied to all lanes of input from X buffer. xstart is restricted to multiples of 2 as granularity for xbuff is 32-bit.
  xoffsets | 4b offset for each lane, while for each second lane, the offset is with respect to the previous lane + 1, applied to both x and y buffers. LSB apply to first lane
  xstep | Step between each column for selection in the x and y buffers. Ystep is symmetric to xstep (ystep advances by -xstep). xstep is restricted to multiples of 2 as granularity for xbuff is 32-bit.
  xsquare | Select order of the mini-permute square (default=0x3210). LSB apply to first element
  ystart | Starting position offset applied to all lanes for input from Y buffer.
  ysquare | Select order of the mini-permute square (default=0x3210). LSB apply to first element
  uct_col | Select which column of data from the Y buffer to upshift for the lower half of the output accumulator. This must be a compile time constant.
  uct_shift | Upshift value to the four upshifted lanes
  zbuff | Input buffer of 16 elements of type int16
  zstart | Starting position offset applied to all lanes for input from Z buffer. This must be a compile time constant. Only the 4 LSB of the argument are used.
  zoffsets | 4b offset for each lane, applied to input from Z buffer. LSB apply to first lane
  zstep | Step between each column for selection in the zbuffer.

Note
  - This intrinsic uses the 'square' parameter, to have more information on how to use this please go here
  - For more information on how data selection works from the buffers go here. For this intrinsic, the data buffer uses the 16bx16b scheme and the coefficient buffer uses the general scheme.
  - Parameter 'zstart' must be a compile time constant.

## ◆ mac8_antisym_uct() [2/3]

v16acc48 mac8_antisym_uct | ( | v16acc48 | acc,
|  | v32int16 | xbuff,
|  | int | xstart,
|  | unsigned int | xoffsets,
|  | int | xstep,
|  | unsigned int | xsquare,
|  | v32int16 | ybuff,
|  | int | ystart,
|  | unsigned int | ysquare,
|  | int | uct_col,
|  | int | uct_shift,
|  | v16int16 | zbuff,
|  | int | zstart,
|  | unsigned int | zoffsets,
|  | int | zstep )

Anti-symmetric multiply-accumulate intrinsic function with unit center-tap optimization with pre-sub from x and y input buffers using small X input buffer.

acc0 += z00*(x00 - y00) + z01*(x01 - y01) + z02*(x02 - y02) + z03*(x03 - y03)
acc1 += z10*(x10 - y10) + z11*(x11 - y11) + z12*(x12 - y12) + z13*(x13 - y13)
acc2 += z20*(x20 - y20) + z21*(x21 - y21) + z22*(x22 - y22) + z23*(x23 - y23)
acc3 += z30*(x30 - y30) + z31*(x31 - y31) + z32*(x32 - y32) + z33*(x33 - y33)
acc4 += z40*(x40 - y40) + z41*(x41 - y41) + z42*(x42 - y42) + z43*(x43 - y43)
acc5 += z50*(x50 - y50) + z51*(x51 - y51) + z52*(x52 - y52) + z53*(x53 - y53)
acc6 += z60*(x60 - y60) + z61*(x61 - y61) + z62*(x62 - y62) + z63*(x63 - y63)
acc7 += z70*(x70 - y70) + z71*(x71 - y71) + z72*(x72 - y72) + z73*(x73 - y73)
acc8 = y0uct_select << uct_shift
acc9 = y1uct_select << uct_shift
acc10 = y2uct_select << uct_shift
acc11 = y3uct_select << uct_shift
acc12 = y4uct_select << uct_shift
acc13 = y5uct_select << uct_shift
acc14 = y6uct_select << uct_shift
acc15 = y7uct_select << uct_shift

Returns
  Returned accumulation vector (16 x int48 lanes)

Parameters

  acc | Incoming accumulation vector (16 x int48 lanes)
  xbuff | Input buffer of 32 elements of type int16
  xstart | Starting position offset applied to all lanes of input from X buffer. xstart is restricted to multiples of 2 as granularity for xbuff is 32-bit.
  xoffsets | 4b offset for each lane, while for each second lane, the offset is with respect to the previous lane + 1, applied to both x and y buffers. LSB apply to first lane
  xstep | Step between each column for selection in the x and y buffers. Ystep is symmetric to xstep (ystep advances by -xstep). xstep is restricted to multiples of 2 as granularity for xbuff is 32-bit.
  xsquare | Select order of the mini-permute square (default=0x3210). LSB apply to first element
  ybuff | Right input buffer of 32 elements of type int16
  ystart | Starting position offset applied to all lanes for input from Y buffer. ystart is restricted to multiples of 2 as granularity for ybuff is 32-bit.
  ysquare | Select order of the mini-permute square (default=0x3210). LSB apply to first element
  uct_col | Select which column of data from the Y buffer to upshift for the lower half of the output accumulator. This must be a compile time constant.
  uct_shift | Upshift value to the four upshifted lanes
  zbuff | Input buffer of 16 elements of type int16
  zstart | Starting position offset applied to all lanes for input from Z buffer. This must be a compile time constant. Only the 4 LSB of the argument are used.
  zoffsets | 4b offset for each lane, applied to input from Z buffer. LSB apply to first lane
  zstep | Step between each column for selection in the zbuffer.

Note
  - This intrinsic uses the 'square' parameter, to have more information on how to use this please go here
  - For more information on how data selection works from the buffers go here. For this intrinsic, the data buffer uses the 16bx16b scheme and the coefficient buffer uses the general scheme.
  - Parameter 'zstart' must be a compile time constant.

## ◆ mac8_antisym_uct() [3/3]

v16acc48 mac8_antisym_uct | ( | v16acc48 | acc,
|  | v64int16 | xbuff,
|  | int | xstart,
|  | unsigned int | xoffsets,
|  | int | xstep,
|  | unsigned int | xsquare,
|  | int | ystart,
|  | unsigned int | ysquare,
|  | int | uct_col,
|  | int | uct_shift,
|  | v16int16 | zbuff,
|  | int | zstart,
|  | unsigned int | zoffsets,
|  | int | zstep )

Anti-symmetric multiply-accumulate intrinsic function with unit center-tap optimization with pre-sub from x input buffer .

acc0 += z00*(x00 - y00) + z01*(x01 - y01) + z02*(x02 - y02) + z03*(x03 - y03)
acc1 += z10*(x10 - y10) + z11*(x11 - y11) + z12*(x12 - y12) + z13*(x13 - y13)
acc2 += z20*(x20 - y20) + z21*(x21 - y21) + z22*(x22 - y22) + z23*(x23 - y23)
acc3 += z30*(x30 - y30) + z31*(x31 - y31) + z32*(x32 - y32) + z33*(x33 - y33)
acc4 += z40*(x40 - y40) + z41*(x41 - y41) + z42*(x42 - y42) + z43*(x43 - y43)
acc5 += z50*(x50 - y50) + z51*(x51 - y51) + z52*(x52 - y52) + z53*(x53 - y53)
acc6 += z60*(x60 - y60) + z61*(x61 - y61) + z62*(x62 - y62) + z63*(x63 - y63)
acc7 += z70*(x70 - y70) + z71*(x71 - y71) + z72*(x72 - y72) + z73*(x73 - y73)
acc8 = y0uct_select << uct_shift
acc9 = y1uct_select << uct_shift
acc10 = y2uct_select << uct_shift
acc11 = y3uct_select << uct_shift
acc12 = y4uct_select << uct_shift
acc13 = y5uct_select << uct_shift
acc14 = y6uct_select << uct_shift
acc15 = y7uct_select << uct_shift

Returns
  Returned accumulation vector (16 x int48 lanes)

Parameters

  acc | Incoming accumulation vector (16 x int48 lanes)
  xbuff | Input buffer of 64 elements of type int16
  xstart | Starting position offset applied to all lanes of input from X buffer. xstart is restricted to multiples of 2 as granularity for xbuff is 32-bit.
  xoffsets | 4b offset for each lane, while for each second lane, the offset is with respect to the previous lane + 1, applied to both x and y buffers. LSB apply to first lane
  xstep | Step between each column for selection in the x and y buffers. Ystep is symmetric to xstep (ystep advances by -xstep). xstep is restricted to multiples of 2 as granularity for xbuff is 32-bit.
  xsquare | Select order of the mini-permute square (default=0x3210). LSB apply to first element
  ystart | Starting position offset applied to all lanes for input from Y buffer.
  ysquare | Select order of the mini-permute square (default=0x3210). LSB apply to first element
  uct_col | Select which column of data from the Y buffer to upshift for the lower half of the output accumulator. This must be a compile time constant.
  uct_shift | Upshift value to the four upshifted lanes
  zbuff | Input buffer of 16 elements of type int16
  zstart | Starting position offset applied to all lanes for input from Z buffer. This must be a compile time constant. Only the 4 LSB of the argument are used.
  zoffsets | 4b offset for each lane, applied to input from Z buffer. LSB apply to first lane
  zstep | Step between each column for selection in the zbuffer.

Note
  - This intrinsic uses the 'square' parameter, to have more information on how to use this please go here
  - For more information on how data selection works from the buffers go here. For this intrinsic, the data buffer uses the 16bx16b scheme and the coefficient buffer uses the general scheme.
  - Parameter 'zstart' must be a compile time constant.

## ◆ msc8_antisym_uct() [1/3]

v16acc48 msc8_antisym_uct | ( | v16acc48 | acc,
|  | v32int16 | xbuff,
|  | int | xstart,
|  | unsigned int | xoffsets,
|  | int | xstep,
|  | unsigned int | xsquare,
|  | int | ystart,
|  | unsigned int | ysquare,
|  | int | uct_col,
|  | int | uct_shift,
|  | v16int16 | zbuff,
|  | int | zstart,
|  | unsigned int | zoffsets,
|  | int | zstep )

Anti-symmetric multiply-subtract intrinsic function with unit center-tap optimization with pre-sub from x input buffer using small X input buffer.

acc0 -= z00*(x00 - y00) + z01*(x01 - y01) + z02*(x02 - y02) + z03*(x03 - y03)
acc1 -= z10*(x10 - y10) + z11*(x11 - y11) + z12*(x12 - y12) + z13*(x13 - y13)
acc2 -= z20*(x20 - y20) + z21*(x21 - y21) + z22*(x22 - y22) + z23*(x23 - y23)
acc3 -= z30*(x30 - y30) + z31*(x31 - y31) + z32*(x32 - y32) + z33*(x33 - y33)
acc4 -= z40*(x40 - y40) + z41*(x41 - y41) + z42*(x42 - y42) + z43*(x43 - y43)
acc5 -= z50*(x50 - y50) + z51*(x51 - y51) + z52*(x52 - y52) + z53*(x53 - y53)
acc6 -= z60*(x60 - y60) + z61*(x61 - y61) + z62*(x62 - y62) + z63*(x63 - y63)
acc7 -= z70*(x70 - y70) + z71*(x71 - y71) + z72*(x72 - y72) + z73*(x73 - y73)
acc8 = y0uct_select << uct_shift
acc9 = y1uct_select << uct_shift
acc10 = y2uct_select << uct_shift
acc11 = y3uct_select << uct_shift
acc12 = y4uct_select << uct_shift
acc13 = y5uct_select << uct_shift
acc14 = y6uct_select << uct_shift
acc15 = y7uct_select << uct_shift

Returns
  Returned accumulation vector (16 x int48 lanes)

Parameters

  acc | Incoming accumulation vector (16 x int48 lanes)
  xbuff | Input buffer of 32 elements of type int16
  xstart | Starting position offset applied to all lanes of input from X buffer. xstart is restricted to multiples of 2 as granularity for xbuff is 32-bit.
  xoffsets | 4b offset for each lane, while for each second lane, the offset is with respect to the previous lane + 1, applied to both x and y buffers. LSB apply to first lane
  xstep | Step between each column for selection in the x and y buffers. Ystep is symmetric to xstep (ystep advances by -xstep). xstep is restricted to multiples of 2 as granularity for xbuff is 32-bit.
  xsquare | Select order of the mini-permute square (default=0x3210). LSB apply to first element
  ystart | Starting position offset applied to all lanes for input from Y buffer.
  ysquare | Select order of the mini-permute square (default=0x3210). LSB apply to first element
  uct_col | Select which column of data from the Y buffer to upshift for the lower half of the output accumulator. This must be a compile time constant.
  uct_shift | Upshift value to the four upshifted lanes
  zbuff | Input buffer of 16 elements of type int16
  zstart | Starting position offset applied to all lanes for input from Z buffer. This must be a compile time constant. Only the 4 LSB of the argument are used.
  zoffsets | 4b offset for each lane, applied to input from Z buffer. LSB apply to first lane
  zstep | Step between each column for selection in the zbuffer.

Note
  - This intrinsic uses the 'square' parameter, to have more information on how to use this please go here
  - For more information on how data selection works from the buffers go here. For this intrinsic, the data buffer uses the 16bx16b scheme and the coefficient buffer uses the general scheme.
  - Parameter 'zstart' must be a compile time constant.

## ◆ msc8_antisym_uct() [2/3]

v16acc48 msc8_antisym_uct | ( | v16acc48 | acc,
|  | v32int16 | xbuff,
|  | int | xstart,
|  | unsigned int | xoffsets,
|  | int | xstep,
|  | unsigned int | xsquare,
|  | v32int16 | ybuff,
|  | int | ystart,
|  | unsigned int | ysquare,
|  | int | uct_col,
|  | int | uct_shift,
|  | v16int16 | zbuff,
|  | int | zstart,
|  | unsigned int | zoffsets,
|  | int | zstep )

Anti-symmetric multiply-subtract intrinsic function with unit center-tap optimization with pre-sub from x and y input buffers using small X input buffer.

acc0 -= z00*(x00 - y00) + z01*(x01 - y01) + z02*(x02 - y02) + z03*(x03 - y03)
acc1 -= z10*(x10 - y10) + z11*(x11 - y11) + z12*(x12 - y12) + z13*(x13 - y13)
acc2 -= z20*(x20 - y20) + z21*(x21 - y21) + z22*(x22 - y22) + z23*(x23 - y23)
acc3 -= z30*(x30 - y30) + z31*(x31 - y31) + z32*(x32 - y32) + z33*(x33 - y33)
acc4 -= z40*(x40 - y40) + z41*(x41 - y41) + z42*(x42 - y42) + z43*(x43 - y43)
acc5 -= z50*(x50 - y50) + z51*(x51 - y51) + z52*(x52 - y52) + z53*(x53 - y53)
acc6 -= z60*(x60 - y60) + z61*(x61 - y61) + z62*(x62 - y62) + z63*(x63 - y63)
acc7 -= z70*(x70 - y70) + z71*(x71 - y71) + z72*(x72 - y72) + z73*(x73 - y73)
acc8 = y0uct_select << uct_shift
acc9 = y1uct_select << uct_shift
acc10 = y2uct_select << uct_shift
acc11 = y3uct_select << uct_shift
acc12 = y4uct_select << uct_shift
acc13 = y5uct_select << uct_shift
acc14 = y6uct_select << uct_shift
acc15 = y7uct_select << uct_shift

Returns
  Returned accumulation vector (16 x int48 lanes)

Parameters

  acc | Incoming accumulation vector (16 x int48 lanes)
  xbuff | Input buffer of 32 elements of type int16
  xstart | Starting position offset applied to all lanes of input from X buffer. xstart is restricted to multiples of 2 as granularity for xbuff is 32-bit.
  xoffsets | 4b offset for each lane, while for each second lane, the offset is with respect to the previous lane + 1, applied to both x and y buffers. LSB apply to first lane
  xstep | Step between each column for selection in the x and y buffers. Ystep is symmetric to xstep (ystep advances by -xstep). xstep is restricted to multiples of 2 as granularity for xbuff is 32-bit.
  xsquare | Select order of the mini-permute square (default=0x3210). LSB apply to first element
  ybuff | Right input buffer of 32 elements of type int16
  ystart | Starting position offset applied to all lanes for input from Y buffer. ystart is restricted to multiples of 2 as granularity for ybuff is 32-bit.
  ysquare | Select order of the mini-permute square (default=0x3210). LSB apply to first element
  uct_col | Select which column of data from the Y buffer to upshift for the lower half of the output accumulator. This must be a compile time constant.
  uct_shift | Upshift value to the four upshifted lanes
  zbuff | Input buffer of 16 elements of type int16
  zstart | Starting position offset applied to all lanes for input from Z buffer. This must be a compile time constant. Only the 4 LSB of the argument are used.
  zoffsets | 4b offset for each lane, applied to input from Z buffer. LSB apply to first lane
  zstep | Step between each column for selection in the zbuffer.

Note
  - This intrinsic uses the 'square' parameter, to have more information on how to use this please go here
  - For more information on how data selection works from the buffers go here. For this intrinsic, the data buffer uses the 16bx16b scheme and the coefficient buffer uses the general scheme.
  - Parameter 'zstart' must be a compile time constant.

## ◆ msc8_antisym_uct() [3/3]

v16acc48 msc8_antisym_uct | ( | v16acc48 | acc,
|  | v64int16 | xbuff,
|  | int | xstart,
|  | unsigned int | xoffsets,
|  | int | xstep,
|  | unsigned int | xsquare,
|  | int | ystart,
|  | unsigned int | ysquare,
|  | int | uct_col,
|  | int | uct_shift,
|  | v16int16 | zbuff,
|  | int | zstart,
|  | unsigned int | zoffsets,
|  | int | zstep )

Anti-symmetric multiply-subtract intrinsic function with unit center-tap optimization with pre-sub from x input buffer .

acc0 -= z00*(x00 - y00) + z01*(x01 - y01) + z02*(x02 - y02) + z03*(x03 - y03)
acc1 -= z10*(x10 - y10) + z11*(x11 - y11) + z12*(x12 - y12) + z13*(x13 - y13)
acc2 -= z20*(x20 - y20) + z21*(x21 - y21) + z22*(x22 - y22) + z23*(x23 - y23)
acc3 -= z30*(x30 - y30) + z31*(x31 - y31) + z32*(x32 - y32) + z33*(x33 - y33)
acc4 -= z40*(x40 - y40) + z41*(x41 - y41) + z42*(x42 - y42) + z43*(x43 - y43)
acc5 -= z50*(x50 - y50) + z51*(x51 - y51) + z52*(x52 - y52) + z53*(x53 - y53)
acc6 -= z60*(x60 - y60) + z61*(x61 - y61) + z62*(x62 - y62) + z63*(x63 - y63)
acc7 -= z70*(x70 - y70) + z71*(x71 - y71) + z72*(x72 - y72) + z73*(x73 - y73)
acc8 = y0uct_select << uct_shift
acc9 = y1uct_select << uct_shift
acc10 = y2uct_select << uct_shift
acc11 = y3uct_select << uct_shift
acc12 = y4uct_select << uct_shift
acc13 = y5uct_select << uct_shift
acc14 = y6uct_select << uct_shift
acc15 = y7uct_select << uct_shift

Returns
  Returned accumulation vector (16 x int48 lanes)

Parameters

  acc | Incoming accumulation vector (16 x int48 lanes)
  xbuff | Input buffer of 64 elements of type int16
  xstart | Starting position offset applied to all lanes of input from X buffer. xstart is restricted to multiples of 2 as granularity for xbuff is 32-bit.
  xoffsets | 4b offset for each lane, while for each second lane, the offset is with respect to the previous lane + 1, applied to both x and y buffers. LSB apply to first lane
  xstep | Step between each column for selection in the x and y buffers. Ystep is symmetric to xstep (ystep advances by -xstep). xstep is restricted to multiples of 2 as granularity for xbuff is 32-bit.
  xsquare | Select order of the mini-permute square (default=0x3210). LSB apply to first element
  ystart | Starting position offset applied to all lanes for input from Y buffer.
  ysquare | Select order of the mini-permute square (default=0x3210). LSB apply to first element
  uct_col | Select which column of data from the Y buffer to upshift for the lower half of the output accumulator. This must be a compile time constant.
  uct_shift | Upshift value to the four upshifted lanes
  zbuff | Input buffer of 16 elements of type int16
  zstart | Starting position offset applied to all lanes for input from Z buffer. This must be a compile time constant. Only the 4 LSB of the argument are used.
  zoffsets | 4b offset for each lane, applied to input from Z buffer. LSB apply to first lane
  zstep | Step between each column for selection in the zbuffer.

Note
  - This intrinsic uses the 'square' parameter, to have more information on how to use this please go here
  - For more information on how data selection works from the buffers go here. For this intrinsic, the data buffer uses the 16bx16b scheme and the coefficient buffer uses the general scheme.
  - Parameter 'zstart' must be a compile time constant.

## ◆ mul8_antisym_uct() [1/3]

v16acc48 mul8_antisym_uct | ( | v32int16 | xbuff,
|  | int | xstart,
|  | unsigned int | xoffsets,
|  | int | xstep,
|  | unsigned int | xsquare,
|  | int | ystart,
|  | unsigned int | ysquare,
|  | int | uct_col,
|  | int | uct_shift,
|  | v16int16 | zbuff,
|  | int | zstart,
|  | unsigned int | zoffsets,
|  | int | zstep )

Anti-symmetric multiply intrinsic function with unit center-tap optimization with pre-sub from x input buffer using small X input buffer.

acc0 = z00*(x00 - y00) + z01*(x01 - y01) + z02*(x02 - y02) + z03*(x03 - y03)
acc1 = z10*(x10 - y10) + z11*(x11 - y11) + z12*(x12 - y12) + z13*(x13 - y13)
acc2 = z20*(x20 - y20) + z21*(x21 - y21) + z22*(x22 - y22) + z23*(x23 - y23)
acc3 = z30*(x30 - y30) + z31*(x31 - y31) + z32*(x32 - y32) + z33*(x33 - y33)
acc4 = z40*(x40 - y40) + z41*(x41 - y41) + z42*(x42 - y42) + z43*(x43 - y43)
acc5 = z50*(x50 - y50) + z51*(x51 - y51) + z52*(x52 - y52) + z53*(x53 - y53)
acc6 = z60*(x60 - y60) + z61*(x61 - y61) + z62*(x62 - y62) + z63*(x63 - y63)
acc7 = z70*(x70 - y70) + z71*(x71 - y71) + z72*(x72 - y72) + z73*(x73 - y73)
acc8 = y0uct_select << uct_shift
acc9 = y1uct_select << uct_shift
acc10 = y2uct_select << uct_shift
acc11 = y3uct_select << uct_shift
acc12 = y4uct_select << uct_shift
acc13 = y5uct_select << uct_shift
acc14 = y6uct_select << uct_shift
acc15 = y7uct_select << uct_shift

Returns
  Returned accumulation vector (16 x int48 lanes)

Parameters

  xbuff | Input buffer of 32 elements of type int16
  xstart | Starting position offset applied to all lanes of input from X buffer. xstart is restricted to multiples of 2 as granularity for xbuff is 32-bit.
  xoffsets | 4b offset for each lane, while for each second lane, the offset is with respect to the previous lane + 1, applied to both x and y buffers. LSB apply to first lane
  xstep | Step between each column for selection in the x and y buffers. Ystep is symmetric to xstep (ystep advances by -xstep). xstep is restricted to multiples of 2 as granularity for xbuff is 32-bit.
  xsquare | Select order of the mini-permute square (default=0x3210). LSB apply to first element
  ystart | Starting position offset applied to all lanes for input from Y buffer.
  ysquare | Select order of the mini-permute square (default=0x3210). LSB apply to first element
  uct_col | Select which column of data from the Y buffer to upshift for the lower half of the output accumulator. This must be a compile time constant.
  uct_shift | Upshift value to the four upshifted lanes
  zbuff | Input buffer of 16 elements of type int16
  zstart | Starting position offset applied to all lanes for input from Z buffer. This must be a compile time constant. Only the 4 LSB of the argument are used.
  zoffsets | 4b offset for each lane, applied to input from Z buffer. LSB apply to first lane
  zstep | Step between each column for selection in the zbuffer.

Note
  - This intrinsic uses the 'square' parameter, to have more information on how to use this please go here
  - For more information on how data selection works from the buffers go here. For this intrinsic, the data buffer uses the 16bx16b scheme and the coefficient buffer uses the general scheme.
  - Parameter 'zstart' must be a compile time constant.

## ◆ mul8_antisym_uct() [2/3]

v16acc48 mul8_antisym_uct | ( | v32int16 | xbuff,
|  | int | xstart,
|  | unsigned int | xoffsets,
|  | int | xstep,
|  | unsigned int | xsquare,
|  | v32int16 | ybuff,
|  | int | ystart,
|  | unsigned int | ysquare,
|  | int | uct_col,
|  | int | uct_shift,
|  | v16int16 | zbuff,
|  | int | zstart,
|  | unsigned int | zoffsets,
|  | int | zstep )

Anti-symmetric multiply intrinsic function with unit center-tap optimization with pre-sub from x and y input buffers using small X input buffer.

acc0 = z00*(x00 - y00) + z01*(x01 - y01) + z02*(x02 - y02) + z03*(x03 - y03)
acc1 = z10*(x10 - y10) + z11*(x11 - y11) + z12*(x12 - y12) + z13*(x13 - y13)
acc2 = z20*(x20 - y20) + z21*(x21 - y21) + z22*(x22 - y22) + z23*(x23 - y23)
acc3 = z30*(x30 - y30) + z31*(x31 - y31) + z32*(x32 - y32) + z33*(x33 - y33)
acc4 = z40*(x40 - y40) + z41*(x41 - y41) + z42*(x42 - y42) + z43*(x43 - y43)
acc5 = z50*(x50 - y50) + z51*(x51 - y51) + z52*(x52 - y52) + z53*(x53 - y53)
acc6 = z60*(x60 - y60) + z61*(x61 - y61) + z62*(x62 - y62) + z63*(x63 - y63)
acc7 = z70*(x70 - y70) + z71*(x71 - y71) + z72*(x72 - y72) + z73*(x73 - y73)
acc8 = y0uct_select << uct_shift
acc9 = y1uct_select << uct_shift
acc10 = y2uct_select << uct_shift
acc11 = y3uct_select << uct_shift
acc12 = y4uct_select << uct_shift
acc13 = y5uct_select << uct_shift
acc14 = y6uct_select << uct_shift
acc15 = y7uct_select << uct_shift

Returns
  Returned accumulation vector (16 x int48 lanes)

Parameters

  xbuff | Input buffer of 32 elements of type int16
  xstart | Starting position offset applied to all lanes of input from X buffer. xstart is restricted to multiples of 2 as granularity for xbuff is 32-bit.
  xoffsets | 4b offset for each lane, while for each second lane, the offset is with respect to the previous lane + 1, applied to both x and y buffers. LSB apply to first lane
  xstep | Step between each column for selection in the x and y buffers. Ystep is symmetric to xstep (ystep advances by -xstep). xstep is restricted to multiples of 2 as granularity for xbuff is 32-bit.
  xsquare | Select order of the mini-permute square (default=0x3210). LSB apply to first element
  ybuff | Right input buffer of 32 elements of type int16
  ystart | Starting position offset applied to all lanes for input from Y buffer. ystart is restricted to multiples of 2 as granularity for ybuff is 32-bit.
  ysquare | Select order of the mini-permute square (default=0x3210). LSB apply to first element
  uct_col | Select which column of data from the Y buffer to upshift for the lower half of the output accumulator. This must be a compile time constant.
  uct_shift | Upshift value to the four upshifted lanes
  zbuff | Input buffer of 16 elements of type int16
  zstart | Starting position offset applied to all lanes for input from Z buffer. This must be a compile time constant. Only the 4 LSB of the argument are used.
  zoffsets | 4b offset for each lane, applied to input from Z buffer. LSB apply to first lane
  zstep | Step between each column for selection in the zbuffer.

Note
  - This intrinsic uses the 'square' parameter, to have more information on how to use this please go here
  - For more information on how data selection works from the buffers go here. For this intrinsic, the data buffer uses the 16bx16b scheme and the coefficient buffer uses the general scheme.
  - Parameter 'zstart' must be a compile time constant.

## ◆ mul8_antisym_uct() [3/3]

v16acc48 mul8_antisym_uct | ( | v64int16 | xbuff,
|  | int | xstart,
|  | unsigned int | xoffsets,
|  | int | xstep,
|  | unsigned int | xsquare,
|  | int | ystart,
|  | unsigned int | ysquare,
|  | int | uct_col,
|  | int | uct_shift,
|  | v16int16 | zbuff,
|  | int | zstart,
|  | unsigned int | zoffsets,
|  | int | zstep )

Anti-symmetric multiply intrinsic function with unit center-tap optimization with pre-sub from x input buffer .

acc0 = z00*(x00 - y00) + z01*(x01 - y01) + z02*(x02 - y02) + z03*(x03 - y03)
acc1 = z10*(x10 - y10) + z11*(x11 - y11) + z12*(x12 - y12) + z13*(x13 - y13)
acc2 = z20*(x20 - y20) + z21*(x21 - y21) + z22*(x22 - y22) + z23*(x23 - y23)
acc3 = z30*(x30 - y30) + z31*(x31 - y31) + z32*(x32 - y32) + z33*(x33 - y33)
acc4 = z40*(x40 - y40) + z41*(x41 - y41) + z42*(x42 - y42) + z43*(x43 - y43)
acc5 = z50*(x50 - y50) + z51*(x51 - y51) + z52*(x52 - y52) + z53*(x53 - y53)
acc6 = z60*(x60 - y60) + z61*(x61 - y61) + z62*(x62 - y62) + z63*(x63 - y63)
acc7 = z70*(x70 - y70) + z71*(x71 - y71) + z72*(x72 - y72) + z73*(x73 - y73)
acc8 = y0uct_select << uct_shift
acc9 = y1uct_select << uct_shift
acc10 = y2uct_select << uct_shift
acc11 = y3uct_select << uct_shift
acc12 = y4uct_select << uct_shift
acc13 = y5uct_select << uct_shift
acc14 = y6uct_select << uct_shift
acc15 = y7uct_select << uct_shift

Returns
  Returned accumulation vector (16 x int48 lanes)

Parameters

  xbuff | Input buffer of 64 elements of type int16
  xstart | Starting position offset applied to all lanes of input from X buffer. xstart is restricted to multiples of 2 as granularity for xbuff is 32-bit.
  xoffsets | 4b offset for each lane, while for each second lane, the offset is with respect to the previous lane + 1, applied to both x and y buffers. LSB apply to first lane
  xstep | Step between each column for selection in the x and y buffers. Ystep is symmetric to xstep (ystep advances by -xstep). xstep is restricted to multiples of 2 as granularity for xbuff is 32-bit.
  xsquare | Select order of the mini-permute square (default=0x3210). LSB apply to first element
  ystart | Starting position offset applied to all lanes for input from Y buffer.
  ysquare | Select order of the mini-permute square (default=0x3210). LSB apply to first element
  uct_col | Select which column of data from the Y buffer to upshift for the lower half of the output accumulator. This must be a compile time constant.
  uct_shift | Upshift value to the four upshifted lanes
  zbuff | Input buffer of 16 elements of type int16
  zstart | Starting position offset applied to all lanes for input from Z buffer. This must be a compile time constant. Only the 4 LSB of the argument are used.
  zoffsets | 4b offset for each lane, applied to input from Z buffer. LSB apply to first lane
  zstep | Step between each column for selection in the zbuffer.

Note
  - This intrinsic uses the 'square' parameter, to have more information on how to use this please go here
  - For more information on how data selection works from the buffers go here. For this intrinsic, the data buffer uses the 16bx16b scheme and the coefficient buffer uses the general scheme.
  - Parameter 'zstart' must be a compile time constant.

## ◆ negmul8_antisym_uct() [1/3]

v16acc48 negmul8_antisym_uct | ( | v32int16 | xbuff,
|  | int | xstart,
|  | unsigned int | xoffsets,
|  | int | xstep,
|  | unsigned int | xsquare,
|  | int | ystart,
|  | unsigned int | ysquare,
|  | int | uct_col,
|  | int | uct_shift,
|  | v16int16 | zbuff,
|  | int | zstart,
|  | unsigned int | zoffsets,
|  | int | zstep )

Anti-symmetric multiply-negate intrinsic function with unit center-tap optimization with pre-sub from x input buffer using small X input buffer.

acc0 = -( z00*(x00 - y00) + z01*(x01 - y01) + z02*(x02 - y02) + z03*(x03 - y03) )
acc1 = -( z10*(x10 - y10) + z11*(x11 - y11) + z12*(x12 - y12) + z13*(x13 - y13) )
acc2 = -( z20*(x20 - y20) + z21*(x21 - y21) + z22*(x22 - y22) + z23*(x23 - y23) )
acc3 = -( z30*(x30 - y30) + z31*(x31 - y31) + z32*(x32 - y32) + z33*(x33 - y33) )
acc4 = -( z40*(x40 - y40) + z41*(x41 - y41) + z42*(x42 - y42) + z43*(x43 - y43) )
acc5 = -( z50*(x50 - y50) + z51*(x51 - y51) + z52*(x52 - y52) + z53*(x53 - y53) )
acc6 = -( z60*(x60 - y60) + z61*(x61 - y61) + z62*(x62 - y62) + z63*(x63 - y63) )
acc7 = -( z70*(x70 - y70) + z71*(x71 - y71) + z72*(x72 - y72) + z73*(x73 - y73) )
acc8 = y0uct_select << uct_shift )
acc9 = y1uct_select << uct_shift )
acc10 = y2uct_select << uct_shift )
acc11 = y3uct_select << uct_shift )
acc12 = y4uct_select << uct_shift )
acc13 = y5uct_select << uct_shift )
acc14 = y6uct_select << uct_shift )
acc15 = y7uct_select << uct_shift )

Returns
  Returned accumulation vector (16 x int48 lanes)

Parameters

  xbuff | Input buffer of 32 elements of type int16
  xstart | Starting position offset applied to all lanes of input from X buffer. xstart is restricted to multiples of 2 as granularity for xbuff is 32-bit.
  xoffsets | 4b offset for each lane, while for each second lane, the offset is with respect to the previous lane + 1, applied to both x and y buffers. LSB apply to first lane
  xstep | Step between each column for selection in the x and y buffers. Ystep is symmetric to xstep (ystep advances by -xstep). xstep is restricted to multiples of 2 as granularity for xbuff is 32-bit.
  xsquare | Select order of the mini-permute square (default=0x3210). LSB apply to first element
  ystart | Starting position offset applied to all lanes for input from Y buffer.
  ysquare | Select order of the mini-permute square (default=0x3210). LSB apply to first element
  uct_col | Select which column of data from the Y buffer to upshift for the lower half of the output accumulator. This must be a compile time constant.
  uct_shift | Upshift value to the four upshifted lanes
  zbuff | Input buffer of 16 elements of type int16
  zstart | Starting position offset applied to all lanes for input from Z buffer. This must be a compile time constant. Only the 4 LSB of the argument are used.
  zoffsets | 4b offset for each lane, applied to input from Z buffer. LSB apply to first lane
  zstep | Step between each column for selection in the zbuffer.

Note
  - This intrinsic uses the 'square' parameter, to have more information on how to use this please go here
  - For more information on how data selection works from the buffers go here. For this intrinsic, the data buffer uses the 16bx16b scheme and the coefficient buffer uses the general scheme.
  - Parameter 'zstart' must be a compile time constant.

## ◆ negmul8_antisym_uct() [2/3]

v16acc48 negmul8_antisym_uct | ( | v32int16 | xbuff,
|  | int | xstart,
|  | unsigned int | xoffsets,
|  | int | xstep,
|  | unsigned int | xsquare,
|  | v32int16 | ybuff,
|  | int | ystart,
|  | unsigned int | ysquare,
|  | int | uct_col,
|  | int | uct_shift,
|  | v16int16 | zbuff,
|  | int | zstart,
|  | unsigned int | zoffsets,
|  | int | zstep )

Anti-symmetric multiply-negate intrinsic function with unit center-tap optimization with pre-sub from x and y input buffers using small X input buffer.

acc0 = -( z00*(x00 - y00) + z01*(x01 - y01) + z02*(x02 - y02) + z03*(x03 - y03) )
acc1 = -( z10*(x10 - y10) + z11*(x11 - y11) + z12*(x12 - y12) + z13*(x13 - y13) )
acc2 = -( z20*(x20 - y20) + z21*(x21 - y21) + z22*(x22 - y22) + z23*(x23 - y23) )
acc3 = -( z30*(x30 - y30) + z31*(x31 - y31) + z32*(x32 - y32) + z33*(x33 - y33) )
acc4 = -( z40*(x40 - y40) + z41*(x41 - y41) + z42*(x42 - y42) + z43*(x43 - y43) )
acc5 = -( z50*(x50 - y50) + z51*(x51 - y51) + z52*(x52 - y52) + z53*(x53 - y53) )
acc6 = -( z60*(x60 - y60) + z61*(x61 - y61) + z62*(x62 - y62) + z63*(x63 - y63) )
acc7 = -( z70*(x70 - y70) + z71*(x71 - y71) + z72*(x72 - y72) + z73*(x73 - y73) )
acc8 = y0uct_select << uct_shift )
acc9 = y1uct_select << uct_shift )
acc10 = y2uct_select << uct_shift )
acc11 = y3uct_select << uct_shift )
acc12 = y4uct_select << uct_shift )
acc13 = y5uct_select << uct_shift )
acc14 = y6uct_select << uct_shift )
acc15 = y7uct_select << uct_shift )

Returns
  Returned accumulation vector (16 x int48 lanes)

Parameters

  xbuff | Input buffer of 32 elements of type int16
  xstart | Starting position offset applied to all lanes of input from X buffer. xstart is restricted to multiples of 2 as granularity for xbuff is 32-bit.
  xoffsets | 4b offset for each lane, while for each second lane, the offset is with respect to the previous lane + 1, applied to both x and y buffers. LSB apply to first lane
  xstep | Step between each column for selection in the x and y buffers. Ystep is symmetric to xstep (ystep advances by -xstep). xstep is restricted to multiples of 2 as granularity for xbuff is 32-bit.
  xsquare | Select order of the mini-permute square (default=0x3210). LSB apply to first element
  ybuff | Right input buffer of 32 elements of type int16
  ystart | Starting position offset applied to all lanes for input from Y buffer. ystart is restricted to multiples of 2 as granularity for ybuff is 32-bit.
  ysquare | Select order of the mini-permute square (default=0x3210). LSB apply to first element
  uct_col | Select which column of data from the Y buffer to upshift for the lower half of the output accumulator. This must be a compile time constant.
  uct_shift | Upshift value to the four upshifted lanes
  zbuff | Input buffer of 16 elements of type int16
  zstart | Starting position offset applied to all lanes for input from Z buffer. This must be a compile time constant. Only the 4 LSB of the argument are used.
  zoffsets | 4b offset for each lane, applied to input from Z buffer. LSB apply to first lane
  zstep | Step between each column for selection in the zbuffer.

Note
  - This intrinsic uses the 'square' parameter, to have more information on how to use this please go here
  - For more information on how data selection works from the buffers go here. For this intrinsic, the data buffer uses the 16bx16b scheme and the coefficient buffer uses the general scheme.
  - Parameter 'zstart' must be a compile time constant.

## ◆ negmul8_antisym_uct() [3/3]

v16acc48 negmul8_antisym_uct | ( | v64int16 | xbuff,
|  | int | xstart,
|  | unsigned int | xoffsets,
|  | int | xstep,
|  | unsigned int | xsquare,
|  | int | ystart,
|  | unsigned int | ysquare,
|  | int | uct_col,
|  | int | uct_shift,
|  | v16int16 | zbuff,
|  | int | zstart,
|  | unsigned int | zoffsets,
|  | int | zstep )

Anti-symmetric multiply-negate intrinsic function with unit center-tap optimization with pre-sub from x input buffer .

acc0 = -( z00*(x00 - y00) + z01*(x01 - y01) + z02*(x02 - y02) + z03*(x03 - y03) )
acc1 = -( z10*(x10 - y10) + z11*(x11 - y11) + z12*(x12 - y12) + z13*(x13 - y13) )
acc2 = -( z20*(x20 - y20) + z21*(x21 - y21) + z22*(x22 - y22) + z23*(x23 - y23) )
acc3 = -( z30*(x30 - y30) + z31*(x31 - y31) + z32*(x32 - y32) + z33*(x33 - y33) )
acc4 = -( z40*(x40 - y40) + z41*(x41 - y41) + z42*(x42 - y42) + z43*(x43 - y43) )
acc5 = -( z50*(x50 - y50) + z51*(x51 - y51) + z52*(x52 - y52) + z53*(x53 - y53) )
acc6 = -( z60*(x60 - y60) + z61*(x61 - y61) + z62*(x62 - y62) + z63*(x63 - y63) )
acc7 = -( z70*(x70 - y70) + z71*(x71 - y71) + z72*(x72 - y72) + z73*(x73 - y73) )
acc8 = y0uct_select << uct_shift )
acc9 = y1uct_select << uct_shift )
acc10 = y2uct_select << uct_shift )
acc11 = y3uct_select << uct_shift )
acc12 = y4uct_select << uct_shift )
acc13 = y5uct_select << uct_shift )
acc14 = y6uct_select << uct_shift )
acc15 = y7uct_select << uct_shift )

Returns
  Returned accumulation vector (16 x int48 lanes)

Parameters

  xbuff | Input buffer of 64 elements of type int16
  xstart | Starting position offset applied to all lanes of input from X buffer. xstart is restricted to multiples of 2 as granularity for xbuff is 32-bit.
  xoffsets | 4b offset for each lane, while for each second lane, the offset is with respect to the previous lane + 1, applied to both x and y buffers. LSB apply to first lane
  xstep | Step between each column for selection in the x and y buffers. Ystep is symmetric to xstep (ystep advances by -xstep). xstep is restricted to multiples of 2 as granularity for xbuff is 32-bit.
  xsquare | Select order of the mini-permute square (default=0x3210). LSB apply to first element
  ystart | Starting position offset applied to all lanes for input from Y buffer.
  ysquare | Select order of the mini-permute square (default=0x3210). LSB apply to first element
  uct_col | Select which column of data from the Y buffer to upshift for the lower half of the output accumulator. This must be a compile time constant.
  uct_shift | Upshift value to the four upshifted lanes
  zbuff | Input buffer of 16 elements of type int16
  zstart | Starting position offset applied to all lanes for input from Z buffer. This must be a compile time constant. Only the 4 LSB of the argument are used.
  zoffsets | 4b offset for each lane, applied to input from Z buffer. LSB apply to first lane
  zstep | Step between each column for selection in the zbuffer.

Note
  - This intrinsic uses the 'square' parameter, to have more information on how to use this please go here
  - For more information on how data selection works from the buffers go here. For this intrinsic, the data buffer uses the 16bx16b scheme and the coefficient buffer uses the general scheme.
  - Parameter 'zstart' must be a compile time constant.