npm package: @stdlib/complex-float32-base-add
Description: Add two single-precision complex floating-point numbers.
Author: The Stdlib Authors
Latest version: 0.2.1

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# add

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> Add two single-precision complex floating-point numbers.

<section class="intro">

</section>

<!-- /.intro -->

<section class="installation">

## Installation

```bash
npm install @stdlib/complex-float32-base-add
```

</section>

<section class="usage">

## Usage

```javascript
var add = require( '@stdlib/complex-float32-base-add' );
```

#### add( z1, z2 )

Adds two single-precision complex floating-point numbers.

```javascript
var Complex64 = require( '@stdlib/complex-float32-ctor' );

var z = new Complex64( -1.5, 2.5 );

var v = add( z, z );
// returns <Complex64>[ -3.0, 5.0 ]
```

#### add.assign( re1, im1, re2, im2, out, strideOut, offsetOut )

Adds two single-precision complex floating-point numbers and assigns results to a provided output array.

```javascript
var Float32Array = require( '@stdlib/array-float32' );

var out = new Float32Array( 2 );
var v = add.assign( 5.0, 3.0, -2.0, 1.0, out, 1, 0 );
// returns <Float32Array>[ 3.0, 4.0 ]

var bool = ( out === v );
// returns true
```

The function supports the following parameters:

-   **re1**: real component of the first complex number.
-   **im1**: imaginary component of the first complex number.
-   **re2**: real component of the second complex number.
-   **im2**: imaginary component of the second complex number.
-   **out**: output array.
-   **strideOut**: stride length for `out`.
-   **offsetOut**: starting index for `out`.

#### add.strided( z1, sz1, oz1, z2, sz2, oz2, out, so, oo )

Adds two single-precision complex floating-point numbers stored in real-valued strided array views and assigns results to a provided strided output array.

```javascript
var Float32Array = require( '@stdlib/array-float32' );

var z1 = new Float32Array( [ 5.0, 3.0 ] );
var z2 = new Float32Array( [ -2.0, 1.0 ] );
var out = new Float32Array( 2 );

var v = add.strided( z1, 1, 0, z2, 1, 0, out, 1, 0 );
// returns <Float32Array>[ 3.0, 4.0 ]

var bool = ( out === v );
// returns true
```

The function supports the following parameters:

-   **z1**: first complex number strided array view.
-   **sz1**: stride length for `z1`.
-   **oz1**: starting index for `z1`.
-   **z2**: second complex number strided array view.
-   **sz2**: stride length for `z2`.
-   **oz2**: starting index for `z2`.
-   **out**: output array.
-   **so**: stride length for `out`.
-   **oo**: starting index for `out`.

</section>

<!-- /.usage -->

<section class="examples">

## Examples

<!-- eslint no-undef: "error" -->

```javascript
var Complex64Array = require( '@stdlib/array-complex64' );
var discreteUniform = require( '@stdlib/random-array-discrete-uniform' );
var logEachMap = require( '@stdlib/console-log-each-map' );
var add = require( '@stdlib/complex-float32-base-add' );

// Generate arrays of random values:
var z1 = new Complex64Array( discreteUniform( 200, -50, 50 ) );
var z2 = new Complex64Array( discreteUniform( 200, -50, 50 ) );

// Perform element-wise addition:
logEachMap( '(%s) + (%s) = %s', z1, z2, add );
```

</section>

<!-- /.examples -->

<!-- C interface documentation. -->

* * *

<section class="c">

## C APIs

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<section class="intro">

</section>

<!-- /.intro -->

<!-- C usage documentation. -->

<section class="usage">

### Usage

```c
#include "stdlib/complex/float32/base/add.h"
```

#### stdlib_base_complex64_add( z1, z2 )

Adds two single-precision complex floating-point numbers.

```c
#include "stdlib/complex/float32/ctor.h"
#include "stdlib/complex/float32/real.h"
#include "stdlib/complex/float32/imag.h"

stdlib_complex64_t z = stdlib_complex64( 3.0f, -2.0f );

stdlib_complex64_t out = stdlib_base_complex64_add( z, z );

float re = stdlib_complex64_real( out );
// returns 6.0f

float im = stdlib_complex64_imag( out );
// returns -4.0f
```

The function accepts the following arguments:

-   **z1**: `[in] stdlib_complex64_t` input value.
-   **z2**: `[in] stdlib_complex64_t` input value.

```c
stdlib_complex64_t stdlib_base_complex64_add( const stdlib_complex64_t z1, const stdlib_complex64_t z2 );
```

</section>

<!-- /.usage -->

<!-- C API usage notes. Make sure to keep an empty line after the `section` element and another before the `/section` close. -->

<section class="notes">

</section>

<!-- /.notes -->

<!-- C API usage examples. -->

<section class="examples">

### Examples

```c
#include "stdlib/complex/float32/base/add.h"
#include "stdlib/complex/float32/ctor.h"
#include "stdlib/complex/float32/reim.h"
#include <stdio.h>

int main( void ) {
    const stdlib_complex64_t x[] = {
        stdlib_complex64( 3.14f, 1.5f ),
        stdlib_complex64( -3.14f, 1.5f ),
        stdlib_complex64( 0.0f, -0.0f ),
        stdlib_complex64( 0.0f/0.0f, 0.0f/0.0f )
    };

    stdlib_complex64_t v;
    stdlib_complex64_t y;
    float re;
    float im;
    int i;
    for ( i = 0; i < 4; i++ ) {
        v = x[ i ];
        stdlib_complex64_reim( v, &re, &im );
        printf( "z = %f + %fi\n", re, im );

        y = stdlib_base_complex64_add( v, v );
        stdlib_complex64_reim( y, &re, &im );
        printf( "add(z, z) = %f + %fi\n", re, im );
    }
}
```

</section>

<!-- /.examples -->

</section>

<!-- /.c -->

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<section class="related">

* * *

## See Also

-   <span class="package-name">[`@stdlib/complex-float64/base/add`][@stdlib/complex/float64/base/add]</span><span class="delimiter">: </span><span class="description">add two double-precision complex floating-point numbers.</span>
-   <span class="package-name">[`@stdlib/complex-float32/base/mul`][@stdlib/complex/float32/base/mul]</span><span class="delimiter">: </span><span class="description">multiply two single-precision complex floating-point numbers.</span>
-   <span class="package-name">[`@stdlib/complex-float32/base/sub`][@stdlib/complex/float32/base/sub]</span><span class="delimiter">: </span><span class="description">subtract two single-precision complex floating-point numbers.</span>

</section>

<!-- /.related -->

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<section class="main-repo" >

* * *

## Notice

This package is part of [stdlib][stdlib], a standard library for JavaScript and Node.js, with an emphasis on numerical and scientific computing. The library provides a collection of robust, high performance libraries for mathematics, statistics, streams, utilities, and more.

For more information on the project, filing bug reports and feature requests, and guidance on how to develop [stdlib][stdlib], see the main project [repository][stdlib].

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## License

See [LICENSE][stdlib-license].


## Copyright

Copyright &copy; 2016-2026. The Stdlib [Authors][stdlib-authors].

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