SPUC::fir_interp< Numeric, Coeff > Class Template Reference
[SPUC double templates, FIR filters, Interpolation filters]

template class fir_decim based on FIR class More...

#include <fir_interp.h>

Inheritance diagram for SPUC::fir_interp< Numeric, Coeff >:

[legend]Collaboration diagram for SPUC::fir_interp< Numeric, Coeff >:

[legend]List of all members.

Public Member Functions
void	skip ()
	Skip output sample but increment phase.
void	set_rate (long r)
	Set interpolation rate.
void	set_automatic (void)
void	set_manual (int def_phase=0)
	fir_interp (const char *i)
	Constructor.
	fir_interp (void)
	fir_interp (long n)
void	reset ()
	Reset.
Coeff	coeff_sum ()
	Get sum of coefficients.
void	input (Numeric in)
Numeric	clock (long set_phase)
	Explicitly set the phase.
Numeric	clock (void)
Public Attributes
long	num_low
long	rate
long	phase
	upsampling rate
long	auto_mode
	current polyphase phase

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Detailed Description

template<class Numeric, class Coeff = float_type>
class SPUC::fir_interp< Numeric, Coeff >

template class fir_decim based on FIR class

created to support polyphase FIR interpolation

Author:

Tony Kirke

---

Constructor & Destructor Documentation

template<class Numeric, class Coeff = float_type>

SPUC::fir_interp< Numeric, Coeff >::fir_interp

(

const char *

i

)

[inline]

Constructor.

template<class Numeric, class Coeff = float_type>

SPUC::fir_interp< Numeric, Coeff >::fir_interp

(

void

)

[inline]

template<class Numeric, class Coeff = float_type>

SPUC::fir_interp< Numeric, Coeff >::fir_interp

(

long

n

)

[inline]

---

Member Function Documentation

template<class Numeric, class Coeff = float_type>

Numeric SPUC::fir_interp< Numeric, Coeff >::clock

(

void

)

[inline]

Phase increments when in automatic mode Otherwise phase does not change

template<class Numeric, class Coeff = float_type>

Numeric SPUC::fir_interp< Numeric, Coeff >::clock

(

long

set_phase

)

[inline]

Explicitly set the phase.

template<class Numeric, class Coeff = float_type>

Coeff SPUC::fir_interp< Numeric, Coeff >::coeff_sum

(

)

[inline]

Get sum of coefficients.

Reimplemented from SPUC::fir< Numeric, Coeff >.

template<class Numeric, class Coeff = float_type>

void SPUC::fir_interp< Numeric, Coeff >::input

(

Numeric

in

)

[inline]

template<class Numeric, class Coeff = float_type>

void SPUC::fir_interp< Numeric, Coeff >::reset

(

void

)

[inline]

Reset.

Reimplemented from SPUC::fir< Numeric, Coeff >.

template<class Numeric, class Coeff = float_type>

void SPUC::fir_interp< Numeric, Coeff >::set_automatic

(

void

)

[inline]

template<class Numeric, class Coeff = float_type>

void SPUC::fir_interp< Numeric, Coeff >::set_manual

(

int

def_phase = 0

)

[inline]

template<class Numeric, class Coeff = float_type>

void SPUC::fir_interp< Numeric, Coeff >::set_rate

(

long

r

)

[inline]

Set interpolation rate.

template<class Numeric, class Coeff = float_type>

void SPUC::fir_interp< Numeric, Coeff >::skip

(

)

[inline]

Skip output sample but increment phase.

---

Member Data Documentation

template<class Numeric, class Coeff = float_type>

long SPUC::fir_interp< Numeric, Coeff >::auto_mode

current polyphase phase

template<class Numeric, class Coeff = float_type>

long SPUC::fir_interp< Numeric, Coeff >::num_low

template<class Numeric, class Coeff = float_type>

long SPUC::fir_interp< Numeric, Coeff >::phase

upsampling rate

template<class Numeric, class Coeff = float_type>

long SPUC::fir_interp< Numeric, Coeff >::rate

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

• fir_interp.h

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