tagged_vector struct More...

#include <tagged_vector.h>

Public Member Functions
	tagged_vector (vector_tag _tag=NONE)
	Non-initializing constructor for tagged_vector. More...

	tagged_vector (std::vector< std::complex< double > > _samples, vector_tag _tag=NONE)
	Initializing constructor for tagged_vector. More...

Public Attributes
std::complex< double >	samples [N]
	The array of N complex doubles. More...

vector_tag	tag
	The array's tag. More...

Detailed Description

template<int N>
struct fun::tagged_vector< N >

tagged_vector struct

An array of N complex doubles with a meta-data tag Note: tagged_vector's are not meant to be resized

Definition at line 43 of file tagged_vector.h.

Constructor & Destructor Documentation

template<int N>

fun::tagged_vector< N >::tagged_vector ( vector_tag _tag = NONE)

inline

Non-initializing constructor for tagged_vector.

Does not initialize the elements of samples to anything. Initializes tag to _tag defaulting to NONE if left out.

Parameters

_tag	optional initial tag value. Default is NONE if left out. Default is NONE if left out

Definition at line 58 of file tagged_vector.h.

58 { tag = _tag; }

template<int N>

fun::tagged_vector< N >::tagged_vector	(	std::vector< std::complex< double > >	_samples,
		vector_tag	_tag = `NONE`
	)

inline

Initializing constructor for tagged_vector.

Initializes the elements of samples to _samples. Initializes tag to _tag defaulting to NONE if left out.

Parameters

_samples	initial samples to populate the elements of samples with
_tag	optional initial tag value. Default is NONE if left out.

Definition at line 69 of file tagged_vector.h.

         {
             assert(_samples.size() == N);
             memcpy(&samples[0], &_samples[0], _samples.size() * sizeof(std::complex<double>));
             tag = _tag;
         }