Vector bitwise AND

Compute the logical bitwise AND. More...

Functions
DSP_FUNC_SCOPE void	zdsp_and_u8 (const DSP_DATA uint8_t *src_a, const DSP_DATA uint8_t *src_b, DSP_DATA uint8_t *dst, uint32_t block_size)
	Compute the logical bitwise AND of two fixed-point vectors.
DSP_FUNC_SCOPE void	zdsp_and_u16 (const DSP_DATA uint16_t *src_a, const DSP_DATA uint16_t *src_b, DSP_DATA uint16_t *dst, uint32_t block_size)
	Compute the logical bitwise AND of two fixed-point vectors.
DSP_FUNC_SCOPE void	zdsp_and_u32 (const DSP_DATA uint32_t *src_a, const DSP_DATA uint32_t *src_b, DSP_DATA uint32_t *dst, uint32_t block_size)
	Compute the logical bitwise AND of two fixed-point vectors.

Detailed Description

Compute the logical bitwise AND.

There are separate functions for uint32_t, uint16_t, and uint7_t data types.

Function Documentation

zdsp_and_u16()

DSP_FUNC_SCOPE void zdsp_and_u16	(	const DSP_DATA uint16_t *	src_a,
		const DSP_DATA uint16_t *	src_b,
		DSP_DATA uint16_t *	dst,
		uint32_t	block_size
	)

#include <include/zephyr/dsp/basicmath.h>

Compute the logical bitwise AND of two fixed-point vectors.

Parameters

[in]	src_a	points to input vector A
[in]	src_b	points to input vector B
[out]	dst	points to output vector
[in]	block_size	number of samples in each vector

zdsp_and_u32()

DSP_FUNC_SCOPE void zdsp_and_u32	(	const DSP_DATA uint32_t *	src_a,
		const DSP_DATA uint32_t *	src_b,
		DSP_DATA uint32_t *	dst,
		uint32_t	block_size
	)

#include <include/zephyr/dsp/basicmath.h>

Compute the logical bitwise AND of two fixed-point vectors.

Parameters

[in]	src_a	points to input vector A
[in]	src_b	points to input vector B
[out]	dst	points to output vector
[in]	block_size	number of samples in each vector

zdsp_and_u8()

DSP_FUNC_SCOPE void zdsp_and_u8	(	const DSP_DATA uint8_t *	src_a,
		const DSP_DATA uint8_t *	src_b,
		DSP_DATA uint8_t *	dst,
		uint32_t	block_size
	)

#include <include/zephyr/dsp/basicmath.h>

Compute the logical bitwise AND of two fixed-point vectors.

Parameters

[in]	src_a	points to input vector A
[in]	src_b	points to input vector B
[out]	dst	points to output vector
[in]	block_size	number of samples in each vector