Base ops

Defines base ops for vector, vector reference and matrix reference data types. More...

Collaboration diagram for Base ops:

Macros
#define	xetla_format   template bit_cast_view
	xetla format.
#define	xetla_select   template select
	xetla select.
#define	xetla_merge   merge
	xetla merge.

Detailed Description

Defines base ops for vector, vector reference and matrix reference data types.

Macro Definition Documentation

xetla_format

#define xetla_format   template bit_cast_view

xetla format.

Alias to ESIMD .template bit_cast_view<...>();

Note

usage:

[xetla_vector|xetla_vector_ref|xetla_matrix_ref].xetla_format<type>(): returns a reference to the calling object interpreted as a new xetla_vector_ref (1D).
 
[xetla_vector|xetla_vector_ref|xetla_matrix_ref].xetla_format<type, rows, columns>(): returns a reference to the calling object interpreted as a new xetla_matrix_ref (2D).

xetla_merge

#define xetla_merge   merge

xetla merge.

Alias to .merge(...). Replaces part of the underlying data with the one taken from the other object according to a mask.

Note

usage:

[xetla_vector|xetla_vector_ref].xetla_merge(xetla_vector<Ty, N>Val, xetla_mask<N>mask): only elements in lanes with non-zero mask predicate are assigned from corresponding Val elements.
 
[xetla_vector|xetla_vector_ref].xetla_merge(xetla_vector<Ty, N>Val1, xetla_vector<Ty, N>Val2, xetla_mask<N>mask): non-zero in a mask's lane tells to take corresponding element from Val1, zero - from Val2.

xetla_select

#define xetla_select   template select

xetla select.

Alias to ESIMD .template select<...>();

Note

usage:

[xetla_vector|xetla_vector_ref].xetla_select<size, stride>(uint16_t offset=0): returns a reference to the sub-vector starting from the offset-th element.
 
[xetla_matrix_ref].xetla_select<size_y, stride_y, size_x, stride_x>(uint16_t offset_y=0, uint16_t offset_x=0): returns a reference to the sub-matrix starting from the (offset_y, offset_x)-th element.