Type for the manipulation of 4 int32_t packed into one single vector. More...

#include <pints-doc.h>

Related Functions
(Note that these are not member functions.)
v4i	v4i_load (const int32_t *p)
	Loads 4 `int32_t` from memory into a `v4i` vector. More...

v4i	v4i_loadu (const int32_t *p)
	Loads 4 `int32_t` from memory into a `v4i` vector. More...

v4i	v4i_load1 (const int32_t *p)
	Loads 1 `int32_t` from memory and broadcasts it into a `v4i` vector. More...

void	v4i_store (int32_t *p, v4i a)
	Stores a `v4i` vector into memory. More...

void	v4i_storeu (int32_t *p, v4i a)
	Stores a `v4i` vector into memory. More...

void	v4i_store1 (int32_t *p, v4i a)
	Stores the first element of a `v4i` vector into memory. More...

v4i	v4i_set (int32_t v0, int32_t v1, int32_t v2, int32_t v3)
	Sets the elements of a `v4i` vector. More...

v4i	v4i_rset (int32_t v3, int32_t v2, int32_t v1, int32_t v0)
	Sets the elements of a `v4i` vector (reverse order). More...

v4i	v4i_set1 (int32_t v)
	Broadcasts a single value into all elements of a `v4i` vector. More...

v4i	v4i_zeros ()
	Sets all bits to 0. More...

v4i	v4i_ones ()
	Sets all bits to 1. More...

v4i	v4i_zero ()
	Sets all elements to 0. More...

v4i	v4i_one ()
	Sets all elements to 1. More...

m4i	m4i_eq (v4i a, v4i b)
	Compares the equality of the two input vectors. More...

m4i	m4i_neq (v4i a, v4i b)
	Compares the inequality of the two input vectors. More...

m4i	m4i_gt (v4i a, v4i b)
	Compares if elements of `a` are greater than those of `b`. More...

m4i	m4i_geq (v4i a, v4i b)
	Compares if elements of `a` are greater than or equal to those of `b`. More...

m4i	m4i_lt (v4i a, v4i b)
	Compares if elements of `a` are less than those of `b`. More...

m4i	m4i_leq (v4i a, v4i b)
	Compares if elements of `a` are less than or equal to those of `b`. More...

m4i	m4i_and (m4i a, m4i b)
	Bitwise and ( `a & b` ) More...

m4i	m4i_or (m4i a, m4i b)
	Bitwise or ( `a \| b` ) More...

m4i	m4i_xor (m4i a, m4i b)
	Bitwise xor ( `a ^ b` ) More...

m4i	m4i_not (m4i a)
	Bitwise not ( `~a` ) More...

m4i	m4i_nand (m4i a, m4i b)
	Bitwise nand ( `~(a & b)` ) More...

m4i	m4i_nor (m4i a, m4i b)
	Bitwise nor ( `~(a \| b)` ) More...

m4i	m4i_nxor (m4i a, m4i b)
	Bitwise nxor ( `~(a ^ b)` ) More...

m4i	m4i_andnot (m4i a, m4i b)
	Bitwise andnot ( `a & ~b` ) More...

m4i	m4i_ornot (m4i a, m4i b)
	Bitwise ornot ( `a \| ~b` ) More...

v4i	v4i_eq (v4i a, v4i b)
	Compares the equality of the two input vectors. More...

v4i	v4i_neq (v4i a, v4i b)
	Compares the inequality of the two input vectors. More...

v4i	v4i_gt (v4i a, v4i b)
	Compares if elements of `a` are greater than those of `b`. More...

v4i	v4i_geq (v4i a, v4i b)
	Compares if elements of `a` are greater than or equal to those of `b`. More...

v4i	v4i_lt (v4i a, v4i b)
	Compares if elements of `a` are less than those of `b`. More...

v4i	v4i_leq (v4i a, v4i b)
	Compares if elements of `a` are less than or equal to those of `b`. More...

v4i	v4i_and (v4i a, v4i b)
	Bitwise and ( `a & b` ) More...

v4i	v4i_or (v4i a, v4i b)
	Bitwise or ( `a \| b` ) More...

v4i	v4i_xor (v4i a, v4i b)
	Bitwise xor ( `a ^ b` ) More...

v4i	v4i_not (v4i a)
	Bitwise not ( `~a` ) More...

v4i	v4i_nand (v4i a, v4i b)
	Bitwise nand ( `~(a & b)` ) More...

v4i	v4i_nor (v4i a, v4i b)
	Bitwise nor ( `~(a \| b)` ) More...

v4i	v4i_nxor (v4i a, v4i b)
	Bitwise nxor ( `~(a ^ b)` ) More...

v4i	v4i_andnot (v4i a, v4i b)
	Bitwise andnot ( `a & ~b` ) More...

v4i	v4i_ornot (v4i a, v4i b)
	Bitwise ornot ( `a \| ~b` ) More...

v4i	v4i_add (v4i a, v4i b)
	Elementwise addition ( `a + b` ) More...

v4i	v4i_sub (v4i a, v4i b)
	Elementwise subtraction ( `a - b` ) More...

v4i	v4i_neg (v4i a)
	Elementwise negation ( `-a` ) More...

v4i	v4i_min (v4i a, v4i b)
	Elementwise min ( `a < b ? a : b` ) More...

v4i	v4i_max (v4i a, v4i b)
	Elementwise max ( `a > b ? a : b` ) More...

v4i	v4i_abs (v4i a)
	Elementwise absolute value ( `a > 0 ? a : -a` ) More...

v4i	v4i_mul (v4i a, v4i b)
	Elementwise multiplication ( `a * b` ) More...

v4i	v4i_div (v4i a, v4i b)
	Elementwise division ( `a / b` ) More...

v4i	v4i_rcp (v4i a)
	Elementwise reciprocal ( `1 / a` ) More...

v4i	v4i_frcp (v4i a)
	Fast elementwise reciprocal ( `1 / a` ) More...

v4i	v4i_sqrt (v4i a)
	Elementwise square root ( `sqrt(a)` ) More...

v4i	v4i_rsqrt (v4i a)
	Elementwise square root reciprocal ( `1 / sqrt(a)` ) More...

v4i	v4i_frsqrt (v4i a)
	Fast elementwise square root reciprocal ( `1 / sqrt(a)` ) More...

v4i	v4i_fmadd (v4i a, v4i b, v4i acc)
	Fused Multiply-Add ( `(a * b) + acc` ) More...

v4i	v4i_fmsub (v4i a, v4i b, v4i acc)
	Fused Multiply-Sub ( `(a * b) - acc` ) More...

v4i	v4i_fnmadd (v4i a, v4i b, v4i acc)
	Fused Multiply-Add ( `-(a * b) + acc` ) More...

v4i	v4i_fnmsub (v4i a, v4i b, v4i acc)
	Fused Multiply-Add ( `-(a * b) - acc` ) More...

v4i	v4i_merge2_v2i (v2i a0, v2i a1)
	Merges 2 `v2i` vectors together. More...

v4i	v4i_merge4_v1i (v1i a0, v1i a1, v1i a2, v1i a3)
	Merges 4 `v1i` vectors together. More...

v4i	v4i_rmerge2_v2i (v2i a1, v2i a0)
	Merges 2 `v2i` vectors together (reverse order). More...

v4i	v4i_rmerge4_v1i (v1i a3, v1i a2, v1i a1, v1i a0)
	Merges 4 `v1i` vectors together (reverse order). More...

v4i	v4i_merge_v2i (v2i low, v2i high)
	Merges 2 `v2i` vectors together. More...

v4i	v4i_rmerge_v2i (v2i high, v2i low)
	Merges 2 `v2i` vectors together (reversed order). More...

v2i	v2i_get_low_v4i (v4i a)
	Gets the low part of a `v4i` vector. More...

v2i	v2i_get_high_v4i (v4i a)
	Gets the high part of a `v4i` vector. More...

v2i	v2i_get_hilo_v4i (v4i a, int high)
	Conditionnaly gets the low or the high part of a `v4i` vector. More...

v4i	v4i_set_low_v2i (v4i src, v2i low)
	Sets the low part of a `v4i` vector. More...

v4i	v4i_set_high_v2i (v4i src, v2i high)
	Sets the high part of a `v4i` vector. More...

v4i	v4i_set_hilo_v2i (v4i src, v2i a, int high)
	Conditionally sets the low or the high part of a `v4i` vector. More...

v4i	v4i_blend1 (v4i a, v4i b, uint_fast8_t mask)
	Creates a new `v4i` vector whose elements are from `a` and `b` choosed by `mask`. More...

v4i	v4i_blend2 (v4i a, v4i b, uint_fast8_t mask)
	Creates a new `v4i` vector whose elements are from `a` and `b` choosed by `mask`. More...

v4i	v4i_blend4 (v4i a, v4i b, uint_fast8_t mask)
	Creates a new `v4i` vector whose elements are from `a` and `b` choosed by `mask`. More...

v4i	v4i_blend1x4 (v4i a, v4i b, uint_fast8_t mask)
	Creates a new `v4i` vector whose elements are from `a` and `b` choosed by `mask`. More...

v4i	v4i_blend2x2 (v4i a, v4i b, uint_fast8_t mask)
	Creates a new `v4i` vector whose elements are from `a` and `b` choosed by `mask`. More...

v4i	v4i_blend4x1 (v4i a, v4i b, uint_fast8_t mask)
	Creates a new `v4i` vector whose elements are from `a` and `b` choosed by `mask`. More...

v4i	v4i_blend (v4i a, v4i b, uint_fast8_t mask)
	Creates a new `v4i` vector whose elements are from `a` and `b` choosed by `mask`. More...

v4i	v4i_hshuffle2 (v4i a, v4i b, uint_fast8_t rule)
	Shuffles (outer) `a` and `b` together using the control in `rule`. More...

v4i	v4i_hshuffle4 (v4i a, v4i b, uint_fast8_t rule)
	Shuffles (outer) `a` and `b` together using the control in `rule`. More...

v4i	v4i_hshuffle2x2 (v4i a, v4i b, uint_fast8_t rule)
	Shuffles (inner) `a` and `b` together using the control in `rule`. More...

v4i	v4i_hshuffle4x1 (v4i a, v4i b, uint_fast8_t rule)
	Shuffles (inner) `a` and `b` together using the control in `rule`. More...

v4i	v4i_permute2 (v4i a, uint_fast8_t rule)
	Shuffles (outer) `a` using the control in `rule`. More...

v4i	v4i_permute4 (v4i a, uint_fast8_t rule)
	Shuffles (outer) `a` using the control in `rule`. More...

v4i	v4i_permute2x2 (v4i a, uint_fast8_t rule)
	Shuffles (inner) `a` using the control in `rule`. More...

v4i	v4i_permute4x1 (v4i a, uint_fast8_t rule)
	Shuffles (inner) `a` using the control in `rule`. More...

v4i	v4i_fshuffle2 (v4i a, v4i b, uint_fast8_t rule, uint_fast8_t mask)
	Fully shuffles (outer) `a` and `b` using the control in `rule`, and blends them together using `mask`. More...

v4i	v4i_fshuffle4 (v4i a, v4i b, uint_fast8_t rule, uint_fast8_t mask)
	Fully shuffles (outer) `a` and `b` using the control in `rule`, and blends them together using `mask`. More...

v4i	v4i_fshuffle2x2 (v4i a, v4i b, uint_fast8_t rule, uint_fast8_t mask)
	Fully shuffles (inner) `a` and `b` using the control in `rule`, and blends them together using `mask`. More...

v4i	v4i_fshuffle4x1 (v4i a, v4i b, uint_fast8_t rule, uint_fast8_t mask)
	Fully shuffles (inner) `a` and `b` using the control in `rule`, and blends them together using `mask`. More...

v4i	v4i_hshuffle (v4i a, v4i b, uint_fast8_t rule)
	Shuffles `a` and `b` together using the control in `rule`. More...

v4i	v4i_permute (v4i a, uint_fast8_t rule)
	Shuffles `a` using the control in `rule`. More...

v4i	v4i_fshuffle (v4i a, v4i b, uint_fast8_t rule, uint_fast8_t mask)
	Fully shuffles (inner) `a` and `b` using the control in `rule`, and blends them together using `mask`. More...

v4i	v4i_reduce_add (v4i a)
	Reduction `add` ( + ) More...

v4i	v4i_reduce_add_v1i (v1i a)
	Reduction `add` ( + ) More...

v4i	v4i_reduce_add_v2i (v2i a)
	Reduction `add` ( + ) More...

v4i	v4i_reduce_add_v4i (v4i a)
	Reduction `add` ( + ) More...

v4i	v4i_reduce_add_v8i (v8i a)
	Reduction `add` ( + ) More...

v4i	v4i_reduce_add_v16i (v16i a)
	Reduction `add` ( + ) More...

v4i	si_reduce_add_v4i (v4i a)
	Reduction `add` ( + ) More...

v4i	v4i_reduce_mul (v4i a)
	Reduction `mul` ( * ) More...

v4i	v4i_reduce_mul_v1i (v1i a)
	Reduction `mul` ( * ) More...

v4i	v4i_reduce_mul_v2i (v2i a)
	Reduction `mul` ( * ) More...

v4i	v4i_reduce_mul_v4i (v4i a)
	Reduction `mul` ( * ) More...

v4i	v4i_reduce_mul_v8i (v8i a)
	Reduction `mul` ( * ) More...

v4i	v4i_reduce_mul_v16i (v16i a)
	Reduction `mul` ( * ) More...

v4i	si_reduce_mul_v4i (v4i a)
	Reduction `mul` ( * ) More...

v4i	v4i_reduce_and (v4i a)
	Reduction `and` ( & ) More...

v4i	v4i_reduce_and_v1i (v1i a)
	Reduction `and` ( & ) More...

v4i	v4i_reduce_and_v2i (v2i a)
	Reduction `and` ( & ) More...

v4i	v4i_reduce_and_v4i (v4i a)
	Reduction `and` ( & ) More...

v4i	v4i_reduce_and_v8i (v8i a)
	Reduction `and` ( & ) More...

v4i	v4i_reduce_and_v16i (v16i a)
	Reduction `and` ( & ) More...

v4i	si_reduce_and_v4i (v4i a)
	Reduction `and` ( & ) More...

v4i	v4i_reduce_or (v4i a)
	Reduction `or` ( \| ) More...

v4i	v4i_reduce_or_v1i (v1i a)
	Reduction `or` ( \| ) More...

v4i	v4i_reduce_or_v2i (v2i a)
	Reduction `or` ( \| ) More...

v4i	v4i_reduce_or_v4i (v4i a)
	Reduction `or` ( \| ) More...

v4i	v4i_reduce_or_v8i (v8i a)
	Reduction `or` ( \| ) More...

v4i	v4i_reduce_or_v16i (v16i a)
	Reduction `or` ( \| ) More...

v4i	si_reduce_or_v4i (v4i a)
	Reduction `or` ( \| ) More...

v4i	v4i_reduce_min (v4i a)
	Reduction `min` ( min ) More...

v4i	v4i_reduce_min_v1i (v1i a)
	Reduction `min` ( min ) More...

v4i	v4i_reduce_min_v2i (v2i a)
	Reduction `min` ( min ) More...

v4i	v4i_reduce_min_v4i (v4i a)
	Reduction `min` ( min ) More...

v4i	v4i_reduce_min_v8i (v8i a)
	Reduction `min` ( min ) More...

v4i	v4i_reduce_min_v16i (v16i a)
	Reduction `min` ( min ) More...

v4i	si_reduce_min_v4i (v4i a)
	Reduction `min` ( min ) More...

v4i	v4i_reduce_max (v4i a)
	Reduction `max` ( max ) More...

v4i	v4i_reduce_max_v1i (v1i a)
	Reduction `max` ( max ) More...

v4i	v4i_reduce_max_v2i (v2i a)
	Reduction `max` ( max ) More...

v4i	v4i_reduce_max_v4i (v4i a)
	Reduction `max` ( max ) More...

v4i	v4i_reduce_max_v8i (v8i a)
	Reduction `max` ( max ) More...

v4i	v4i_reduce_max_v16i (v16i a)
	Reduction `max` ( max ) More...

v4i	si_reduce_max_v4i (v4i a)
	Reduction `max` ( max ) More...

v4i	v4i_move (v4i a)
	Forwards the input. More...

v4i	v4i_maskz_move (m4i mask, v4i a)
	Mask the input. More...

v4i	v4i_mask_move (m4i mask, v4i src, v4i a)
	Mask the input. More...

void	v4i_fprintf (FILE file, v4i a, const char format)
	Prints a `v4i` vector. More...

void	v4i_printf (v4i a, const char *format)
	Prints a `v4i` vector. More...

void	v4i_fprint (FILE *file, v4i a)
	Prints a `v4i` vector. More...

void	v4i_print (v4i a)
	Prints a `v4i` vector. More...

void	v4i_rfprintf (FILE file, v4i a, const char format)
	Prints a `v4i` vector (reversed order) More...

void	v4i_rprintf (v4i a, const char *format)
	Prints a `v4i` vector (reversed order) More...

void	v4i_rfprint (FILE *file, v4i a)
	Prints a `v4i` vector (reversed order) More...

void	v4i_rprint (v4i a)
	Prints a `v4i` vector (reversed order) More...

v4i	v4i_cast_v1d (v1d a)
	Casts a `v1d` vector into a `v4i` vector. More...

v4i	v4i_cast_v1f (v1f a)
	Casts a `v1f` vector into a `v4i` vector. More...

v4i	v4i_cast_v1i (v1i a)
	Casts a `v1i` vector into a `v4i` vector. More...

v4i	v4i_cast_v1l (v1l a)
	Casts a `v1l` vector into a `v4i` vector. More...

v4i	v4i_cast_v2d (v2d a)
	Casts a `v2d` vector into a `v4i` vector. More...

v4i	v4i_cast_v2f (v2f a)
	Casts a `v2f` vector into a `v4i` vector. More...

v4i	v4i_cast_v2i (v2i a)
	Casts a `v2i` vector into a `v4i` vector. More...

v4i	v4i_cast_v2l (v2l a)
	Casts a `v2l` vector into a `v4i` vector. More...

v4i	v4i_cast_v4d (v4d a)
	Casts a `v4d` vector into a `v4i` vector. More...

v4i	v4i_cast_v4f (v4f a)
	Casts a `v4f` vector into a `v4i` vector. More...

v4i	v4i_cast_v4i (v4i a)
	Casts a `v4i` vector into a `v4i` vector. More...

v4i	v4i_cast_v4l (v4l a)
	Casts a `v4l` vector into a `v4i` vector. More...

v4i	v4i_cast_v8d (v8d a)
	Casts a `v8d` vector into a `v4i` vector. More...

v4i	v4i_cast_v8f (v8f a)
	Casts a `v8f` vector into a `v4i` vector. More...

v4i	v4i_cast_v8i (v8i a)
	Casts a `v8i` vector into a `v4i` vector. More...

v4i	v4i_cast_v8l (v8l a)
	Casts a `v8l` vector into a `v4i` vector. More...

v4i	v4i_cast_v16f (v16f a)
	Casts a `v16f` vector into a `v4i` vector. More...

v4i	v4i_cast_v16i (v16i a)
	Casts a `v16i` vector into a `v4i` vector. More...

m4i	m4i_cast_v4i (v4i a)
	Casts a `v4i` vector into a `m4i` vector-mask. More...

v4i	v4i_cast_m4i (m4i a)
	Casts a `m4i` vector-mask into a `v4i` vector. More...

v4i	v4i_cvt_v1d (v1d a)
	Converts a `v1d` vector into a `v4i` vector. More...

v4i	v4i_cvt_v1f (v1f a)
	Converts a `v1f` vector into a `v4i` vector. More...

v4i	v4i_cvt_v1i (v1i a)
	Converts a `v1i` vector into a `v4i` vector. More...

v4i	v4i_cvt_v1l (v1l a)
	Converts a `v1l` vector into a `v4i` vector. More...

v4i	v4i_cvt_v2d (v2d a)
	Converts a `v2d` vector into a `v4i` vector. More...

v4i	v4i_cvt_v2f (v2f a)
	Converts a `v2f` vector into a `v4i` vector. More...

v4i	v4i_cvt_v2i (v2i a)
	Converts a `v2i` vector into a `v4i` vector. More...

v4i	v4i_cvt_v2l (v2l a)
	Converts a `v2l` vector into a `v4i` vector. More...

v4i	v4i_cvt_v4d (v4d a)
	Converts a `v4d` vector into a `v4i` vector. More...

v4i	v4i_cvt_v4f (v4f a)
	Converts a `v4f` vector into a `v4i` vector. More...

v4i	v4i_cvt_v4i (v4i a)
	Converts a `v4i` vector into a `v4i` vector. More...

v4i	v4i_cvt_v4l (v4l a)
	Converts a `v4l` vector into a `v4i` vector. More...

v4i	v4i_cvt_v8d (v8d a)
	Converts a `v8d` vector into a `v4i` vector. More...

v4i	v4i_cvt_v8f (v8f a)
	Converts a `v8f` vector into a `v4i` vector. More...

v4i	v4i_cvt_v8i (v8i a)
	Converts a `v8i` vector into a `v4i` vector. More...

v4i	v4i_cvt_v8l (v8l a)
	Converts a `v8l` vector into a `v4i` vector. More...

v4i	v4i_cvt_v16f (v16f a)
	Converts a `v16f` vector into a `v4i` vector. More...

v4i	v4i_cvt_v16i (v16i a)
	Converts a `v16i` vector into a `v4i` vector. More...

m4i	m4i_cvt_v4i (v4i a)
	Converts a `v4i` vector into a `m4i` vector-mask. More...

v4i	v4i_cvt_m4i (m4i a)
	Converts a `m4i` vector-mask into a `v4i` vector. More...

m4i	m4i_cvt_m4d (m4d a)
	Converts a `m4d` vector-mask into a `m4i` vector-mask. More...

m4i	m4i_cvt_m4f (m4f a)
	Converts a `m4f` vector-mask into a `m4i` vector-mask. More...

m4i	m4i_cvt_m4i (m4i a)
	Converts a `m4i` vector-mask into a `m4i` vector-mask. More...

m4i	m4i_cvt_m4l (m4l a)
	Converts a `m4l` vector-mask into a `m4i` vector-mask. More...

Detailed Description

Type for the manipulation of 4 int32_t packed into one single vector.

This structure does not actually exist. Depending on the target architecture, it can be:

A preprocessor alias
A typedef
A struct defined in another way
A union

Sizes of this vector:

4 elements of type int32_t (32 bits)
16 bytes
128 bits

Attention: This definition does not correspond to any actual implementation and should never be used directly. Use PintS functions instead.; The actual implementation depends on the target architecture.

The documentation for this struct was generated from the following file:

pints-doc.h

Related Functions

Detailed Description