RMS calculator for complex signals
Core function: SIM::rms_x.process()
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Inheritance diagram for SIM::rms_x:

Public Member Functions
	rms_x ()

	~rms_x ()

void	set_size (int n)

void	set_output (double yout)

int	get_size (void)

double	get_output (void)

vec	process (const bvec &ce, const cvec &x)

Detailed Description

RMS calculator for complex signals
Core function: SIM::rms_x.process()
.

y=sqrt(MAV<real(x*conj(x))>) where MAV is a moving avarage of N samples implemented as a FIR filter mav< s > = (s[i]+s[i-1]+...s[i-N-1])/N

Constructor & Destructor Documentation

SIM::rms_x::rms_x ( )

inline

SIM::rms_x::~rms_x ( )

inline

double SIM::rms_x::get_output ( void )

get initial/idle output symbol

int SIM::rms_x::get_size ( void )

get size of a MAV filter

for active clock ticks ce[i] calculate RMS using moving avarage of squared input module

Parameters

ce	- [bvec] - clock enable vector - sizeof(ce)=N
x	- [cvec] - input vector sizeof(x)=[N]

void SIM::rms_x::set_output ( double yout )

sets initial/idle output symbol

Parameters

[in] yout - [int] y0 = yout

void SIM::rms_x::set_size ( int n )

set size of a MAV filter

Parameters

[in] n - [int] size of MAV

The documentation for this class was generated from the following files: