Declarations for a vector and associated functions. More...

#include <jwsc/config.h>
#include <stdlib.h>
#include <inttypes.h>
#include "jwsc/base/error.h"
#include "jwsc/math/complex.h"

Include dependency graph for vector.h:

Go to the source code of this file.

Data Structures
struct	Vector_i8
	Vector of signed 8-bit values. More...
struct	Vector_i16
	Vector of signed 16-bit values. More...
struct	Vector_i32
	Vector of signed 32-bit values. More...
struct	Vector_i64
	Vector of signed 64-bit values. More...
struct	Vector_u8
	Vector of unsigned 8-bit values. More...
struct	Vector_u16
	Vector of unsigned 16-bit values. More...
struct	Vector_u32
	Vector of unsigned 32-bit values. More...
struct	Vector_u64
	Vector of unsigned 64-bit values. More...
struct	Vector_f
	Vector of single precision floating point values. More...
struct	Vector_d
	Vector of double precision floating point values. More...
struct	Vector_cf
	Vector of single precision complex floating point values. More...
struct	Vector_cd
	Vector of double precision complex floating point values. More...
Functions
create_vector
Creates a vector of integer or floating point values.
void	create_vector_u32 (Vector_u32 **v_out, uint32_t num_elts)
	32-bit unsigned integer.
void	create_vector_i32 (Vector_i32 **v_out, uint32_t num_elts)
	32-bit signed integer.
void	create_vector_i64 (Vector_i64 **v_out, uint32_t num_elts)
	64-bit signed integer.
void	create_vector_f (Vector_f **v_out, uint32_t num_elts)
	Single precision floating point.
void	create_vector_d (Vector_d **v_out, uint32_t num_elts)
	Double precision floating point.
void	create_vector_cf (Vector_cf **v_out, uint32_t num_elts)
	Single precision complex floating point.
void	create_vector_cd (Vector_cd **v_out, uint32_t num_elts)
	Double precision complex floating point.
create_init_vector
Creates and initializes a vector of integer or floating point values.
void	create_init_vector_u32 (Vector_u32 **v_out, uint32_t num_elts, uint32_t val)
	32-bit unsigned integer.
void	create_init_vector_i32 (Vector_i32 **v_out, uint32_t num_elts, int32_t val)
	32-bit signed integer.
void	create_init_vector_i64 (Vector_i64 **v_out, uint32_t num_elts, int64_t val)
	64-bit signed integer.
void	create_init_vector_f (Vector_f **v_out, uint32_t num_elts, float val)
	Single precision floating point.
void	create_init_vector_d (Vector_d **v_out, uint32_t num_elts, double val)
	Double precision floating point.
void	create_init_vector_cf (Vector_cf **v_out, uint32_t num_elts, Complex_f val)
	Single precision complex floating point.
void	create_init_vector_cd (Vector_cd **v_out, uint32_t num_elts, Complex_d val)
	Double precision complex floating point.
create_zero_vector
Creates a vector of integer or floating point values and initializes it with zeros.
void	create_zero_vector_u32 (Vector_u32 **v_out, uint32_t num_elts)
	32-bit unsigned integer.
void	create_zero_vector_i32 (Vector_i32 **v_out, uint32_t num_elts)
	32-bit signed integer.
void	create_zero_vector_i64 (Vector_i64 **v_out, uint32_t num_elts)
	64-bit signed integer.
void	create_zero_vector_f (Vector_f **v_out, uint32_t num_elts)
	Single precision floating point.
void	create_zero_vector_d (Vector_d **v_out, uint32_t num_elts)
	Double precision floating point.
void	create_zero_vector_cf (Vector_cf **v_out, uint32_t num_elts)
	Single precision complex floating point.
void	create_zero_vector_cd (Vector_cd **v_out, uint32_t num_elts)
	Double precision complex floating point.
create_random_vector
Creates a vector of integer or floating point values and initializes it with random values.
void	create_random_vector_u32 (Vector_u32 **v_out, uint32_t num_elts, uint32_t min, uint32_t max)
	32-bit unsigned integer.
void	create_random_vector_i32 (Vector_i32 **v_out, uint32_t num_elts, int32_t min, int32_t max)
	32-bit signed integer.
void	create_random_vector_i64 (Vector_i64 **v_out, uint32_t num_elts, int64_t min, int64_t max)
	64-bit signed integer.
void	create_random_vector_f (Vector_f **v_out, uint32_t num_elts, float min, float max)
	Single precision floating point.
void	create_random_vector_d (Vector_d **v_out, uint32_t num_elts, double min, double max)
	Double precision floating point.
void	create_random_vector_cf (Vector_cf **v_out, uint32_t num_elts, Complex_f min, Complex_f max)
	Single precision complex floating point.
void	create_random_vector_cd (Vector_cd **v_out, uint32_t num_elts, Complex_d min, Complex_d max)
	Double precision complex floating point.
copy_vector
Copies a vector into another.
Error *	copy_vector_u32 (Vector_u32 *v_out, const Vector_u32 v_in)
	32-bit unsigned integer.
Error *	copy_vector_i32 (Vector_i32 *v_out, const Vector_i32 v_in)
	32-bit signed integer.
Error *	copy_vector_i64 (Vector_i64 *v_out, const Vector_i64 v_in)
	64-bit signed integer.
Error *	copy_vector_f (Vector_f *v_out, const Vector_f v_in)
	Single precision floating point.
Error *	copy_vector_d (Vector_d *v_out, const Vector_d v_in)
	Double precision floating point.
Error *	copy_vector_cf (Vector_cf *v_out, const Vector_cf v_in)
	Single precision complex floating point.
Error *	copy_vector_cd (Vector_cd *v_out, const Vector_cd v_in)
	Double precision complex floating point.
copy_vector_section
Copies a section of a vector into another.
Error *	copy_vector_section_u32 (Vector_u32 *v_out, const Vector_u32 v_in, uint32_t offset, uint32_t num_elts)
	32-bit unsigned integer.
Error *	copy_vector_section_i32 (Vector_i32 *v_out, const Vector_i32 v_in, uint32_t offset, uint32_t num_elts)
	32-bit signed integer.
Error *	copy_vector_section_i64 (Vector_i64 *v_out, const Vector_i64 v_in, uint32_t offset, uint32_t num_elts)
	64-bit signed integer.
Error *	copy_vector_section_f (Vector_f *v_out, const Vector_f v_in, uint32_t offset, uint32_t num_elts)
	Single precision floating point.
Error *	copy_vector_section_d (Vector_d *v_out, const Vector_d v_in, uint32_t offset, uint32_t num_elts)
	Double precision floating point.
Error *	copy_vector_section_cf (Vector_cf *v_out, const Vector_cf v_in, uint32_t offset, uint32_t num_elts)
	Single precision complex floating point.
Error *	copy_vector_section_cd (Vector_cd *v_out, const Vector_cd v_in, uint32_t offset, uint32_t num_elts)
	Double precision complex floating point.
copy_vector_section_into_vector
Copies a section of a vector.
Error *	copy_vector_section_into_vector_u32 (Vector_u32 v_1, uint32_t offset_1, const Vector_u32 v_2, uint32_t offset_2, uint32_t num_elts)
	Copies a section of a 32-bit unsigned integer vector into another.
Error *	copy_vector_section_into_vector_i32 (Vector_i32 v_1, uint32_t offset_1, const Vector_i32 v_2, uint32_t offset_2, uint32_t num_elts)
	Copies a section of a 32-bit signed integer vector into another.
Error *	copy_vector_section_into_vector_i64 (Vector_i64 v_1, uint32_t offset_1, const Vector_i64 v_2, uint32_t offset_2, uint32_t num_elts)
	Copies a section of a 64-bit signed integer vector into another.
Error *	copy_vector_section_into_vector_f (Vector_f v_1, uint32_t offset_1, const Vector_f v_2, uint32_t offset_2, uint32_t num_elts)
	Copies a section of a single precision floating point vector into another.
Error *	copy_vector_section_into_vector_d (Vector_d v_1, uint32_t offset_1, const Vector_d v_2, uint32_t offset_2, uint32_t num_elts)
	Copies a section of a double precision floating point vector into another.
Error *	copy_vector_section_into_vector_cf (Vector_cf v_1, uint32_t offset_1, const Vector_cf v_2, uint32_t offset_2, uint32_t num_elts)
	Copies a section of a single precision complex floating point vector into another.
Error *	copy_vector_section_into_vector_cd (Vector_cd v_1, uint32_t offset_1, const Vector_cd v_2, uint32_t offset_2, uint32_t num_elts)
	Copies a section of a double precision complex floating point vector into another.
cat_vectors
Concatenates two vectors.
void	cat_vectors_u32 (Vector_u32 *v_out, const Vector_u32 v_1, const Vector_u32 *v_2)
	Concatenates two 32-bit unsigned integer vectors.
void	cat_vectors_i32 (Vector_i32 *v_out, const Vector_i32 v_1, const Vector_i32 *v_2)
	Concatenates two 32-bit signed integer vectors.
void	cat_vectors_i64 (Vector_i64 *v_out, const Vector_i64 v_1, const Vector_i64 *v_2)
	Concatenates two 64-bit signed integer vectors.
void	cat_vectors_f (Vector_f *v_out, const Vector_f v_1, const Vector_f *v_2)
	Concatenates two single precision floating point vectors.
void	cat_vectors_d (Vector_d *v_out, const Vector_d v_1, const Vector_d *v_2)
	Concatenates two double precision floating point vectors.
void	cat_vectors_cf (Vector_cf *v_out, const Vector_cf v_1, const Vector_cf *v_2)
	Concatenates two single precision complex floating point vectors.
void	cat_vectors_cd (Vector_cd *v_out, const Vector_cd v_1, const Vector_cd *v_2)
	Concatenates two double precision complex floating point vectors.
free_vector
Frees a vector.
void	free_vector_u32 (Vector_u32 *v)
	32-bit unsigned integer.
void	free_vector_i32 (Vector_i32 *v)
	32-bit signed integer.
void	free_vector_i64 (Vector_i64 *v)
	64-bit signed integer.
void	free_vector_f (Vector_f *v)
	Single precision floating point.
void	free_vector_d (Vector_d *v)
	Double precision floating point.
void	free_vector_cf (Vector_cf *v)
	Single precision complex floating point.
void	free_vector_cd (Vector_cd *v)
	Double precision complex floating point.

Detailed Description

Declarations for a vector and associated functions.

Author:: Joseph Schlecht

License:: Creative Commons BY-NC-SA 3.0

The vector holds integers and floating point real and complex numbers.

Definition in file vector.h.

Function Documentation

void create_vector_u32	(	Vector_u32 **	v_out,
		uint32_t	num_elts
	)

32-bit unsigned integer.

Does not initialize the vector.

Parameters:

v_out	Result parameter. If *v_out is NULL, a vector is allocated; otherwise its space is re-used.
num_elts	Number of elements in the vector.

Note:: Number of elements must be > 0.

Definition at line 86 of file vector.c.

void create_vector_i32	(	Vector_i32 **	v_out,
		uint32_t	num_elts
	)

32-bit signed integer.

Does not initialize the vector.

Parameters:

v_out	Result parameter. If *v_out is NULL, a vector is allocated; otherwise its space is re-used.
num_elts	Number of elements in the vector.

Note:: Number of elements must be > 0.

Definition at line 117 of file vector.c.

void create_vector_i64	(	Vector_i64 **	v_out,
		uint32_t	num_elts
	)

64-bit signed integer.

Does not initialize the vector.

Parameters:

v_out	Result parameter. If *v_out is NULL, a vector is allocated; otherwise its space is re-used.
num_elts	Number of elements in the vector.

Note:: Number of elements must be > 0.

Definition at line 148 of file vector.c.

void create_vector_f	(	Vector_f **	v_out,
		uint32_t	num_elts
	)

Single precision floating point.

Does not initialize the vector.

Parameters:

v_out	Result parameter. If *v_out is NULL, a vector is allocated; otherwise its space is re-used.
num_elts	Number of elements in the vector.

Note:: Number of elements must be > 0.

Definition at line 179 of file vector.c.

void create_vector_d	(	Vector_d **	v_out,
		uint32_t	num_elts
	)

Double precision floating point.

Does not initialize the vector.

Parameters:

v_out	Result parameter. If *v_out is NULL, a vector is allocated; otherwise its space is re-used.
num_elts	Number of elements in the vector.

Note:: Number of elements must be > 0.

Definition at line 210 of file vector.c.

void create_vector_cf	(	Vector_cf **	v_out,
		uint32_t	num_elts
	)

Single precision complex floating point.

Does not initialize the vector.

Parameters:

v_out	Result parameter. If *v_out is NULL, a vector is allocated; otherwise its space is re-used.
num_elts	Number of elements in the vector.

Note:: Number of elements must be > 0.

Definition at line 241 of file vector.c.

void create_vector_cd	(	Vector_cd **	v_out,
		uint32_t	num_elts
	)

Double precision complex floating point.

Does not initialize the vector.

Parameters:

v_out	Result parameter. If *v_out is NULL, a vector is allocated; otherwise its space is re-used.
num_elts	Number of elements in the vector.

Note:: Number of elements must be > 0.

Definition at line 272 of file vector.c.

void create_init_vector_u32	(	Vector_u32 **	v_out,
		uint32_t	num_elts,
		uint32_t	val
	)

32-bit unsigned integer.

Parameters:

v_out	Result parameter. If *v_out is NULL, a vector is allocated; otherwise its space is re-used.
num_elts	Number of elements in the vector.
val	Value to initialize all elements of the vector with.

Note:: Number of elements must be > 0.

Definition at line 314 of file vector.c.

void create_init_vector_i32	(	Vector_i32 **	v_out,
		uint32_t	num_elts,
		int32_t	val
	)

32-bit signed integer.

Parameters:

v_out	Result parameter. If *v_out is NULL, a vector is allocated; otherwise its space is re-used.
num_elts	Number of elements in the vector.
val	Value to initialize all elements of the vector with.

Note:: Number of elements must be > 0.

Definition at line 336 of file vector.c.

void create_init_vector_i64	(	Vector_i64 **	v_out,
		uint32_t	num_elts,
		int64_t	val
	)

64-bit signed integer.

Parameters:

v_out	Result parameter. If *v_out is NULL, a vector is allocated; otherwise its space is re-used.
num_elts	Number of elements in the vector.
val	Value to initialize all elements of the vector with.

Note:: Number of elements must be > 0.

Definition at line 358 of file vector.c.

void create_init_vector_f	(	Vector_f **	v_out,
		uint32_t	num_elts,
		float	val
	)

Single precision floating point.

Parameters:

v_out	Result parameter. If *v_out is NULL, a vector is allocated; otherwise its space is re-used.
num_elts	Number of elements in the vector.
val	Value to initialize all elements of the vector with.

Note:: Number of elements must be > 0.

Definition at line 380 of file vector.c.

void create_init_vector_d	(	Vector_d **	v_out,
		uint32_t	num_elts,
		double	val
	)

Double precision floating point.

Parameters:

v_out	Result parameter. If *v_out is NULL, a vector is allocated; otherwise its space is re-used.
num_elts	Number of elements in the vector.
val	Value to initialize all elements of the vector with.

Note:: Number of elements must be > 0.

Definition at line 402 of file vector.c.

void create_init_vector_cf	(	Vector_cf **	v_out,
		uint32_t	num_elts,
		Complex_f	val
	)

Single precision complex floating point.

Parameters:

v_out	Result parameter. If *v_out is NULL, a vector is allocated; otherwise its space is re-used.
num_elts	Number of elements in the vector.
val	Value to initialize all elements of the vector with.

Note:: Number of elements must be > 0.

Definition at line 424 of file vector.c.

void create_init_vector_cd	(	Vector_cd **	v_out,
		uint32_t	num_elts,
		Complex_d	val
	)

Double precision complex floating point.

Parameters:

v_out	Result parameter. If *v_out is NULL, a vector is allocated; otherwise its space is re-used.
num_elts	Number of elements in the vector.
val	Value to initialize all elements of the vector with.

Note:: Number of elements must be > 0.

Definition at line 446 of file vector.c.

void create_zero_vector_u32	(	Vector_u32 **	v_out,
		uint32_t	num_elts
	)

32-bit unsigned integer.

Parameters:

v_out	Result parameter. If *v_out is NULL, a vector is allocated; otherwise its space is re-used.
num_elts	Number of elements in the vector.

Note:: Number of elements must be > 0.

Definition at line 480 of file vector.c.

void create_zero_vector_i32	(	Vector_i32 **	v_out,
		uint32_t	num_elts
	)

32-bit signed integer.

Parameters:

v_out	Result parameter. If *v_out is NULL, a vector is allocated; otherwise its space is re-used.
num_elts	Number of elements in the vector.

Note:: Number of elements must be > 0.

Definition at line 493 of file vector.c.

void create_zero_vector_i64	(	Vector_i64 **	v_out,
		uint32_t	num_elts
	)

64-bit signed integer.

Parameters:

v_out	Result parameter. If *v_out is NULL, a vector is allocated; otherwise its space is re-used.
num_elts	Number of elements in the vector.

Note:: Number of elements must be > 0.

Definition at line 506 of file vector.c.

void create_zero_vector_f	(	Vector_f **	v_out,
		uint32_t	num_elts
	)

Single precision floating point.

Parameters:

v_out	Result parameter. If *v_out is NULL, a vector is allocated; otherwise its space is re-used.
num_elts	Number of elements in the vector.

Note:: Number of elements must be > 0.

Definition at line 519 of file vector.c.

void create_zero_vector_d	(	Vector_d **	v_out,
		uint32_t	num_elts
	)

Double precision floating point.

Parameters:

v_out	Result parameter. If *v_out is NULL, a vector is allocated; otherwise its space is re-used.
num_elts	Number of elements in the vector.

Note:: Number of elements must be > 0.

Definition at line 532 of file vector.c.

void create_zero_vector_cf	(	Vector_cf **	v_out,
		uint32_t	num_elts
	)

Single precision complex floating point.

Parameters:

v_out	Result parameter. If *v_out is NULL, a vector is allocated; otherwise its space is re-used.
num_elts	Number of elements in the vector.

Definition at line 543 of file vector.c.

void create_zero_vector_cd	(	Vector_cd **	v_out,
		uint32_t	num_elts
	)

Double precision complex floating point.

Parameters:

v_out	Result parameter. If *v_out is NULL, a vector is allocated; otherwise its space is re-used.
num_elts	Number of elements in the vector.

Note:: Number of elements must be > 0.

Definition at line 557 of file vector.c.

void create_random_vector_u32	(	Vector_u32 **	v_out,
		uint32_t	num_elts,
		uint32_t	min,
		uint32_t	max
	)

32-bit unsigned integer.

Calls rand() to generate the random numbers.

Parameters:

v_out	Result parameter. If *v_out is NULL, a vector is allocated; otherwise its space is re-used.
num_elts	Number of elements in the vector.
min	Minimum random value.
max	Maximum random value.

Note:: Number of elements must be > 0.

Warning:: Does not check min and max to see if they would cause overflow.

Definition at line 591 of file vector.c.

void create_random_vector_i32	(	Vector_i32 **	v_out,
		uint32_t	num_elts,
		int32_t	min,
		int32_t	max
	)

32-bit signed integer.

Calls rand() to generate the random numbers.

Parameters:

v_out	Result parameter. If *v_out is NULL, a vector is allocated; otherwise its space is re-used.
num_elts	Number of elements in the vector.
min	Minimum random value.
max	Maximum random value.

Note:: Number of elements must be > 0.

Warning:: Does not check min and max to see if they would cause overflow.

Definition at line 627 of file vector.c.

void create_random_vector_i64	(	Vector_i64 **	v_out,
		uint32_t	num_elts,
		int64_t	min,
		int64_t	max
	)

64-bit signed integer.

Calls rand() to generate the random numbers.

Parameters:

v_out	Result parameter. If *v_out is NULL, a vector is allocated; otherwise its space is re-used.
num_elts	Number of elements in the vector.
min	Minimum random value.
max	Maximum random value.

Note:: Number of elements must be > 0.

Warning:: Does not check min and max to see if they would cause overflow.

Definition at line 663 of file vector.c.

void create_random_vector_f	(	Vector_f **	v_out,
		uint32_t	num_elts,
		float	min,
		float	max
	)

Single precision floating point.

Calls rand() to generate the random numbers.

Parameters:

v_out	Result parameter. If *v_out is NULL, a vector is allocated; otherwise its space is re-used.
num_elts	Number of elements in the vector.
min	Minimum random value.
max	Maximum random value.

Note:: Number of elements must be > 0.

Warning:: Does not check min and max to see if they would cause overflow.

Definition at line 699 of file vector.c.

void create_random_vector_d	(	Vector_d **	v_out,
		uint32_t	num_elts,
		double	min,
		double	max
	)

Double precision floating point.

Calls rand() to generate the random numbers.

Parameters:

v_out	Result parameter. If *v_out is NULL, a vector is allocated; otherwise its space is re-used.
num_elts	Number of elements in the vector.
min	Minimum random value.
max	Maximum random value.

Note:: Number of elements must be > 0.

Warning:: Does not check min and max to see if they would cause overflow.

Definition at line 735 of file vector.c.

void create_random_vector_cf	(	Vector_cf **	v_out,
		uint32_t	num_elts,
		Complex_f	min,
		Complex_f	max
	)

Single precision complex floating point.

Calls rand() to generate the random numbers.

Parameters:

v_out	Result parameter. If *v_out is NULL, a vector is allocated; otherwise its space is re-used.
num_elts	Number of elements in the vector.
min	Minimum random value.
max	Maximum random value.

Note:: Number of elements must be > 0.

Warning:: Does not check min and max to see if they would cause overflow.

Definition at line 771 of file vector.c.

void create_random_vector_cd	(	Vector_cd **	v_out,
		uint32_t	num_elts,
		Complex_d	min,
		Complex_d	max
	)

Double precision complex floating point.

Calls rand() to generate the random numbers.

Parameters:

v_out	Result parameter. If *v_out is NULL, a vector is allocated; otherwise its space is re-used.
num_elts	Number of elements in the vector.
min	Minimum random value.
max	Maximum random value.

Note:: Number of elements must be > 0.

Warning:: Does not check min and max to see if they would cause overflow.

Definition at line 809 of file vector.c.

Error* copy_vector_u32	(	Vector_u32 **	v_out,
		const Vector_u32 *	v_in
	)

32-bit unsigned integer.

Parameters:

v_out	Result parameter. If *v_out is NULL, a vector is allocated; otherwise its space is re-used.
v_in	Vector to copy.

Returns:

On success, NULL is returned. On error, an Error is returned.

ERROR_INV_ARG Attempting to copy vector into itself.

Note:: Does not support copying a vector into itself, i.e., *v_out == v_in.

Definition at line 856 of file vector.c.

Error* copy_vector_i32	(	Vector_i32 **	v_out,
		const Vector_i32 *	v_in
	)

32-bit signed integer.

Parameters:

v_out	Result parameter. If *v_out is NULL, a vector is allocated; otherwise its space is re-used.
v_in	Vector to copy.

Returns:

On success, NULL is returned. On error, an Error is returned.

ERROR_INV_ARG Attempting to copy vector into itself.

Note:: Does not support copying a vector into itself, i.e., *v_out == v_in.

Definition at line 890 of file vector.c.

Error* copy_vector_i64	(	Vector_i64 **	v_out,
		const Vector_i64 *	v_in
	)

64-bit signed integer.

Parameters:

v_out	Result parameter. If *v_out is NULL, a vector is allocated; otherwise its space is re-used.
v_in	Vector to copy.

Returns:

On success, NULL is returned. On error, an Error is returned.

ERROR_INV_ARG Attempting to copy vector into itself.

Note:: Does not support copying a vector into itself, i.e., *v_out == v_in.

Definition at line 924 of file vector.c.

Error* copy_vector_f	(	Vector_f **	v_out,
		const Vector_f *	v_in
	)

Single precision floating point.

Parameters:

v_out	Result parameter. If *v_out is NULL, a vector is allocated; otherwise its space is re-used.
v_in	Vector to copy.

Returns:

On success, NULL is returned. On error, an Error is returned.

ERROR_INV_ARG Attempting to copy vector into itself.

Note:: Does not support copying a vector into itself, i.e., *v_out == v_in.

Definition at line 958 of file vector.c.

Error* copy_vector_d	(	Vector_d **	v_out,
		const Vector_d *	v_in
	)

Double precision floating point.

Parameters:

v_out	Result parameter. If *v_out is NULL, a vector is allocated; otherwise its space is re-used.
v_in	Vector to copy.

Returns:

On success, NULL is returned. On error, an Error is returned.

ERROR_INV_ARG Attempting to copy vector into itself.

Note:: Does not support copying a vector into itself, i.e., *v_out == v_in.

Definition at line 1000 of file vector.c.

Error* copy_vector_cf	(	Vector_cf **	v_out,
		const Vector_cf *	v_in
	)

Single precision complex floating point.

Parameters:

v_out	Result parameter. If *v_out is NULL, a vector is allocated; otherwise its space is re-used.
v_in	Vector to copy.

Returns:

On success, NULL is returned. On error, an Error is returned.

ERROR_INV_ARG Attempting to copy vector into itself.

Note:: Does not support copying a vector into itself, i.e., *v_out == v_in.

Definition at line 1042 of file vector.c.

Error* copy_vector_cd	(	Vector_cd **	v_out,
		const Vector_cd *	v_in
	)

Double precision complex floating point.

Parameters:

v_out	Result parameter. If *v_out is NULL, a vector is allocated; otherwise its space is re-used.
v_in	Vector to copy.

Returns:

On success, NULL is returned. On error, an Error is returned.

ERROR_INV_ARG Attempting to copy vector into itself.

Note:: Does not support copying a vector into itself, i.e., *v_out == v_in.

Definition at line 1084 of file vector.c.

Error* copy_vector_section_u32	(	Vector_u32 **	v_out,
		const Vector_u32 *	v_in,
		uint32_t	offset,
		uint32_t	num_elts
	)

32-bit unsigned integer.

Parameters:

v_out	Result parameter. If *v_out is NULL, a vector is allocated; otherwise its space is re-used.
v_in	vector to copy a section from.
offset	Position of first element to begin copying from.
num_elts	Number of elements to copy.

Returns:

On success, NULL is returned. On error, an Error is returned and *v_out is freed and set to NULL (if it is not v_in).

ERROR_INV_ARG Section to copy was outside the bounds of v_in.
ERROR_INV_ARG Attempting to copy vector into itself.

Note:: Does not support copying a vector into itself, i.e., *m_out == m_in.

Definition at line 1144 of file vector.c.

Error* copy_vector_section_i32	(	Vector_i32 **	v_out,
		const Vector_i32 *	v_in,
		uint32_t	offset,
		uint32_t	num_elts
	)

32-bit signed integer.

Parameters:

v_out	Result parameter. If *v_out is NULL, a vector is allocated; otherwise its space is re-used.
v_in	vector to copy a section from.
offset	Position of first element to begin copying from.
num_elts	Number of elements to copy.

Returns:

On success, NULL is returned. On error, an Error is returned and *v_out is freed and set to NULL (if it is not v_in).

ERROR_INV_ARG Section to copy was outside the bounds of v_in.
ERROR_INV_ARG Attempting to copy vector into itself.

Note:: Does not support copying a vector into itself, i.e., *m_out == m_in.

Definition at line 1194 of file vector.c.

Error* copy_vector_section_i64	(	Vector_i64 **	v_out,
		const Vector_i64 *	v_in,
		uint32_t	offset,
		uint32_t	num_elts
	)

64-bit signed integer.

Parameters:

v_out	Result parameter. If *v_out is NULL, a vector is allocated; otherwise its space is re-used.
v_in	vector to copy a section from.
offset	Position of first element to begin copying from.
num_elts	Number of elements to copy.

Returns:

On success, NULL is returned. On error, an Error is returned and *v_out is freed and set to NULL (if it is not v_in).

ERROR_INV_ARG Section to copy was outside the bounds of v_in.
ERROR_INV_ARG Attempting to copy vector into itself.

Note:: Does not support copying a vector into itself, i.e., *m_out == m_in.

Definition at line 1244 of file vector.c.

Error* copy_vector_section_f	(	Vector_f **	v_out,
		const Vector_f *	v_in,
		uint32_t	offset,
		uint32_t	num_elts
	)

Single precision floating point.

Parameters:

v_out	Result parameter. If *v_out is NULL, a vector is allocated; otherwise its space is re-used.
v_in	vector to copy a section from.
offset	Position of first element to begin copying from.
num_elts	Number of elements to copy.

Returns:

On success, NULL is returned. On error, an Error is returned and *v_out is freed and set to NULL (if it is not v_in).

ERROR_INV_ARG Section to copy was outside the bounds of v_in.
ERROR_INV_ARG Attempting to copy vector into itself.

Note:: Does not support copying a vector into itself, i.e., *m_out == m_in.

Definition at line 1294 of file vector.c.

Error* copy_vector_section_d	(	Vector_d **	v_out,
		const Vector_d *	v_in,
		uint32_t	offset,
		uint32_t	num_elts
	)

Double precision floating point.

Parameters:

v_out	Result parameter. If *v_out is NULL, a vector is allocated; otherwise its space is re-used.
v_in	vector to copy a section from.
offset	Position of first element to begin copying from.
num_elts	Number of elements to copy.

Returns:

On success, NULL is returned. On error, an Error is returned and *v_out is freed and set to NULL (if it is not v_in).

ERROR_INV_ARG Section to copy was outside the bounds of v_in.
ERROR_INV_ARG Attempting to copy vector into itself.

Note:: Does not support copying a vector into itself, i.e., *m_out == m_in.

Definition at line 1351 of file vector.c.

Error* copy_vector_section_cf	(	Vector_cf **	v_out,
		const Vector_cf *	v_in,
		uint32_t	offset,
		uint32_t	num_elts
	)

Single precision complex floating point.

Parameters:

v_out	Result parameter. If *v_out is NULL, a vector is allocated; otherwise its space is re-used.
v_in	vector to copy a section from.
offset	Position of first element to begin copying from.
num_elts	Number of elements to copy.

Returns:

On success, NULL is returned. On error, an Error is returned and *v_out is freed and set to NULL (if it is not v_in).

ERROR_INV_ARG Section to copy was outside the bounds of v_in.
ERROR_INV_ARG Attempting to copy vector into itself.

Note:: Does not support copying a vector into itself, i.e., *m_out == m_in.

Definition at line 1408 of file vector.c.

Error* copy_vector_section_cd	(	Vector_cd **	v_out,
		const Vector_cd *	v_in,
		uint32_t	offset,
		uint32_t	num_elts
	)

Double precision complex floating point.

Parameters:

v_out	Result parameter. If *v_out is NULL, a vector is allocated; otherwise its space is re-used.
v_in	vector to copy a section from.
offset	Position of first element to begin copying from.
num_elts	Number of elements to copy.

Returns:

On success, NULL is returned. On error, an Error is returned and *v_out is freed and set to NULL (if it is not v_in).

ERROR_INV_ARG Section to copy was outside the bounds of v_in.
ERROR_INV_ARG Attempting to copy vector into itself.

Note:: Does not support copying a vector into itself, i.e., *v_out == v_in.

Definition at line 1465 of file vector.c.

Error* copy_vector_section_into_vector_u32	(	Vector_u32 *	v_1,
		uint32_t	offset_1,
		const Vector_u32 *	v_2,
		uint32_t	offset_2,
		uint32_t	num_elts
	)

Copies a section of a 32-bit unsigned integer vector into another.

Parameters:

v_1	Vector to copy the section into.
offset_1	Position of first elt to copy into v_1.
v_2	Vector to copy the section from.
offset_2	Position of first elt to copy from v_2.
num_elts	Number of elements in the section to copy.

Returns:

On success, NULL is returned. On error, an Error is returned.

ERROR_INV_ARG Section to copy was outside the bounds of v_1.
ERROR_INV_ARG Attempting to copy vector into itself.

Note:: Does not support copying a vector into itself, i.e., v_1 == v_2.

Definition at line 1533 of file vector.c.

Error* copy_vector_section_into_vector_i32	(	Vector_i32 *	v_1,
		uint32_t	offset_1,
		const Vector_i32 *	v_2,
		uint32_t	offset_2,
		uint32_t	num_elts
	)

Copies a section of a 32-bit signed integer vector into another.

Parameters:

v_1	Vector to copy the section into.
offset_1	Position of first elt to copy into v_1.
v_2	Vector to copy the section from.
offset_2	Position of first elt to copy from v_2.
num_elts	Number of elts to copy.

Returns:

On success, NULL is returned. On error, an Error is returned.

ERROR_INV_ARG Section to copy was outside the bounds of v_1.
ERROR_INV_ARG Attempting to copy vector into itself.

Note:: Does not support copying a vector into itself, i.e., v_1 == v_2.

Definition at line 1581 of file vector.c.

Error* copy_vector_section_into_vector_i64	(	Vector_i64 *	v_1,
		uint32_t	offset_1,
		const Vector_i64 *	v_2,
		uint32_t	offset_2,
		uint32_t	num_elts
	)

Copies a section of a 64-bit signed integer vector into another.

Parameters:

v_1	Vector to copy the section into.
offset_1	Position of first elt to copy into v_1.
v_2	Vector to copy the section from.
offset_2	Position of first elt to copy from v_2.
num_elts	Number of elts to copy.

Returns:

On success, NULL is returned. On error, an Error is returned.

ERROR_INV_ARG Section to copy was outside the bounds of v_1.
ERROR_INV_ARG Attempting to copy vector into itself.

Note:: Does not support copying a vector into itself, i.e., v_1 == v_2.

Definition at line 1629 of file vector.c.

Error* copy_vector_section_into_vector_f	(	Vector_f *	v_1,
		uint32_t	offset_1,
		const Vector_f *	v_2,
		uint32_t	offset_2,
		uint32_t	num_elts
	)

Copies a section of a single precision floating point vector into another.

Parameters:

v_1	Vector to copy the section into.
offset_1	Position of first elt to copy into v_1.
v_2	Vector to copy the section from.
offset_2	Position of first elt to copy from v_2.
num_elts	Number of elts to copy.

Returns:

On success, NULL is returned. On error, an Error is returned.

ERROR_INV_ARG Section to copy was outside the bounds of v_1.
ERROR_INV_ARG Attempting to copy vector into itself.

Note:: Does not support copying a vector into itself, i.e., v_1 == v_2.

Definition at line 1677 of file vector.c.

Error* copy_vector_section_into_vector_d	(	Vector_d *	v_1,
		uint32_t	offset_1,
		const Vector_d *	v_2,
		uint32_t	offset_2,
		uint32_t	num_elts
	)

Copies a section of a double precision floating point vector into another.

Parameters:

v_1	Vector to copy the section into.
offset_1	Position of first elt to copy into v_1.
v_2	Vector to copy the section from.
offset_2	Position of first elt to copy from v_2.
num_elts	Number of elts to copy.

Returns:

On success, NULL is returned. On error, an Error is returned.

ERROR_INV_ARG Section to copy was outside the bounds of v_1.
ERROR_INV_ARG Attempting to copy vector into itself.

Note:: Does not support copying a vector into itself, i.e., v_1 == v_2.

Definition at line 1725 of file vector.c.

Error* copy_vector_section_into_vector_cf	(	Vector_cf *	v_1,
		uint32_t	offset_1,
		const Vector_cf *	v_2,
		uint32_t	offset_2,
		uint32_t	num_elts
	)

Copies a section of a single precision complex floating point vector into another.

Parameters:

v_1	Vector to copy the section into.
offset_1	Position of first elt to copy into v_1.
v_2	Vector to copy the section from.
offset_2	Position of first elt to copy from v_2.
num_elts	Number of elts to copy.

Returns:

On success, NULL is returned. On error, an Error is returned.

ERROR_INV_ARG Section to copy was outside the bounds of v_1.
ERROR_INV_ARG Attempting to copy vector into itself.

Note:: Does not support copying a vector into itself, i.e., v_1 == v_2.

Definition at line 1773 of file vector.c.

Error* copy_vector_section_into_vector_cd	(	Vector_cd *	v_1,
		uint32_t	offset_1,
		const Vector_cd *	v_2,
		uint32_t	offset_2,
		uint32_t	num_elts
	)

Copies a section of a double precision complex floating point vector into another.

Parameters:

v_1	Vector to copy the section into.
offset_1	Position of first elt to copy into v_1.
v_2	Vector to copy the section from.
offset_2	Position of first elt to copy from v_2.
num_elts	Number of elts to copy.

Returns:

On success, NULL is returned. On error, an Error is returned.

ERROR_INV_ARG Section to copy was outside the bounds of v_1.
ERROR_INV_ARG Attempting to copy vector into itself.

Note:: Dimensions must be > 0.; Does not support copying a vector into itself, i.e., v_1 == v_2.

Definition at line 1823 of file vector.c.

void cat_vectors_u32	(	Vector_u32 **	v_out,
		const Vector_u32 *	v_1,
		const Vector_u32 *	v_2
	)

Concatenates two 32-bit unsigned integer vectors.

Parameters:

v_out	Result parameter. If *v_out is NULL, a vector is allocated; otherwise its space is re-used.
v_1	First vector in the concatenation.
v_2	Second vector in the concatenation.

Note:: If *v_out == v_in, v_in is overwritten.

Definition at line 1875 of file vector.c.

void cat_vectors_i32	(	Vector_i32 **	v_out,
		const Vector_i32 *	v_1,
		const Vector_i32 *	v_2
	)

Concatenates two 32-bit signed integer vectors.

Parameters:

v_out	Result parameter. If *v_out is NULL, a vector is allocated; otherwise its space is re-used.
v_1	First vector in the concatenation.
v_2	Second vector in the concatenation.

Note:: If *v_out == v_in, v_in is overwritten.

Definition at line 1908 of file vector.c.

void cat_vectors_i64	(	Vector_i64 **	v_out,
		const Vector_i64 *	v_1,
		const Vector_i64 *	v_2
	)

Concatenates two 64-bit signed integer vectors.

Parameters:

v_out	Result parameter. If *v_out is NULL, a vector is allocated; otherwise its space is re-used.
v_1	First vector in the concatenation.
v_2	Second vector in the concatenation.

Note:: If *v_out == v_in, v_in is overwritten.

Definition at line 1941 of file vector.c.

void cat_vectors_f	(	Vector_f **	v_out,
		const Vector_f *	v_1,
		const Vector_f *	v_2
	)

Concatenates two single precision floating point vectors.

Parameters:

v_out	Result parameter. If *v_out is NULL, a vector is allocated; otherwise its space is re-used.
v_1	First vector in the concatenation.
v_2	Second vector in the concatenation.

Note:: If *v_out == v_in, v_in is overwritten.

Definition at line 1974 of file vector.c.

void cat_vectors_d	(	Vector_d **	v_out,
		const Vector_d *	v_1,
		const Vector_d *	v_2
	)

Concatenates two double precision floating point vectors.

Parameters:

v_out	Result parameter. If *v_out is NULL, a vector is allocated; otherwise its space is re-used.
v_1	First vector in the concatenation.
v_2	Second vector in the concatenation.

Note:: If *v_out == v_in, v_in is overwritten.

Definition at line 2007 of file vector.c.

void cat_vectors_cf	(	Vector_cf **	v_out,
		const Vector_cf *	v_1,
		const Vector_cf *	v_2
	)

Concatenates two single precision complex floating point vectors.

Parameters:

v_out	Result parameter. If *v_out is NULL, a vector is allocated; otherwise its space is re-used.
v_1	First vector in the concatenation.
v_2	Second vector in the concatenation.

Note:: If *v_out == v_in, v_in is overwritten.

Definition at line 2040 of file vector.c.

void cat_vectors_cd	(	Vector_cd **	v_out,
		const Vector_cd *	v_1,
		const Vector_cd *	v_2
	)

Concatenates two double precision complex floating point vectors.

Parameters:

v_out	Result parameter. If *v_out is NULL, a vector is allocated; otherwise its space is re-used.
v_1	First vector in the concatenation.
v_2	Second vector in the concatenation.

Note:: If *v_out == v_in, v_in is overwritten.

Definition at line 2073 of file vector.c.

void free_vector_u32 ( Vector_u32 * v )

32-bit unsigned integer.

Parameters:

v	Vector to free.

Definition at line 2112 of file vector.c.

void free_vector_i32 ( Vector_i32 * v )

32-bit signed integer.

Parameters:

v	Vector to free.

Definition at line 2123 of file vector.c.

void free_vector_i64 ( Vector_i64 * v )

64-bit signed integer.

Parameters:

v	Vector to free.

Definition at line 2134 of file vector.c.

void free_vector_f ( Vector_f * v )

Single precision floating point.

Parameters:

v	Vector to free.

Definition at line 2145 of file vector.c.

void free_vector_d ( Vector_d * v )

Double precision floating point.

Parameters:

v	Vector to free.

Definition at line 2156 of file vector.c.

void free_vector_cf ( Vector_cf * v )

Single precision complex floating point.

Parameters:

v	Vector to free.

Definition at line 2167 of file vector.c.

void free_vector_cd ( Vector_cd * v )

Double precision complex floating point.

Parameters:

v	Vector to free.

Definition at line 2178 of file vector.c.

Data Structures

Functions

Detailed Description

Function Documentation