vector.h

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/*
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 *    to Remix - to make derivative works
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 */


#ifndef VECTOR_H 
#define VECTOR_H 


#include <jwsc/config.h>

#include <stdlib.h>
#include <inttypes.h>

#include "jwsc/base/error.h"
#include "jwsc/math/complex.h"


#ifdef __cplusplus
namespace jwsc {
extern "C" {
#endif


typedef struct
{
    uint32_t num_elts;

    int8_t* elts;
}
Vector_i8;

typedef struct
{
    uint32_t num_elts;

    int16_t* elts;
}
Vector_i16;

typedef struct
{
    uint32_t num_elts;

    int32_t* elts;
}
Vector_i32;

typedef struct
{
    uint32_t num_elts;

    int64_t* elts;
}
Vector_i64;

typedef struct
{
    uint32_t num_elts;

    uint8_t* elts;
}
Vector_u8;

typedef struct
{
    uint32_t num_elts;

    uint16_t* elts;
}
Vector_u16;

typedef struct
{
    uint32_t num_elts;

    uint32_t* elts;
}
Vector_u32;

typedef struct
{
    uint32_t num_elts;

    uint64_t* elts;
}
Vector_u64;

typedef struct
{
    uint32_t num_elts;

    float* elts;
}
Vector_f;

typedef struct
{
    uint32_t num_elts;

    double* elts;
}
Vector_d;

typedef struct
{
    uint32_t num_elts;

    Complex_f* elts;
}
Vector_cf;

typedef struct
{
    uint32_t num_elts;

    Complex_d* elts;
}
Vector_cd;




void create_vector_u32(Vector_u32** v_out, uint32_t num_elts);

void create_vector_i32(Vector_i32** v_out, uint32_t num_elts);

void create_vector_i64(Vector_i64** v_out, uint32_t num_elts);

void create_vector_f(Vector_f** v_out, uint32_t num_elts);

void create_vector_d(Vector_d** v_out, uint32_t num_elts);

void create_vector_cf(Vector_cf** v_out, uint32_t num_elts);

void create_vector_cd(Vector_cd** v_out, uint32_t num_elts);

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

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

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

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

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

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

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

void create_zero_vector_u32(Vector_u32** v_out, uint32_t num_elts);

void create_zero_vector_i32(Vector_i32** v_out, uint32_t num_elts);

void create_zero_vector_i64(Vector_i64** v_out, uint32_t num_elts);

void create_zero_vector_f(Vector_f** v_out, uint32_t num_elts);

void create_zero_vector_d(Vector_d** v_out, uint32_t num_elts);

void create_zero_vector_cf(Vector_cf** v_out, uint32_t num_elts);

void create_zero_vector_cd(Vector_cd** v_out, uint32_t num_elts);

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

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

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

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

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

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

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

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

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

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

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

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

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

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

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

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

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

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

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

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

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

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
);

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
);

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
);

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
);

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
);

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
);

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
);

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

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

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

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

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

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

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

void free_vector_u32(Vector_u32* v);

void free_vector_i32(Vector_i32* v);

void free_vector_i64(Vector_i64* v);

void free_vector_f(Vector_f* v);

void free_vector_d(Vector_d* v);

void free_vector_cf(Vector_cf* v);

void free_vector_cd(Vector_cd* v);

#ifdef __cplusplus
}
}
#endif


#endif