VrSyncFilter< iType > Class Template Reference

#include <VrSyncFilter.h>

Inheritance diagram for VrSyncFilter< iType >:

List of all members.

Public Member Functions
virtual const char *	name ()
	default name for a module (override with actual name)
virtual int	work (VrSampleRange output, void *o[], VrSampleRange inputs[], void *i[])
	Generate up to output.size output points at o[output#][sample#] using data at the inputptrs[input#][sample#].
virtual void	initialize ()
	Initialize any local state that is dependent on sampling frequency.
int	setCenter_Freq (int, float)
int	setCenter_Freq (float)
int	setPhase_Offset (VrComplex)
int	setNumber_Taps (int, int)
int	setNumber_Taps (int)
float	getSymbol_Period ()
int	setSymbol_Period (float)
int	setSymbol_Timing (float)
void	start_oversampling (int, int, int, VrComplex *, int *)
virtual int	forecast (VrSampleRange output, VrSampleRange inputs[])
	map output range to required input ranges
	VrSyncFilter (int n, float d, const int t[], const float f[], const float g[])
	VrSyncFilter (float d, int t, float f, float g)
	~VrSyncFilter ()
int	version ()
Protected Member Functions
void	buildFilter_complex (int)
Protected Attributes
int *	num_taps
int	num_ch
int	bump
VrComplex **	taps
VrComplex *	phase_corr_incr
VrComplex	phase_bump
VrComplex *	phase_offset
long	time
long	differential_offset
long	delta_differential_offset
int	symbol_boundary
int	symbol_period
int	pointer_incr
int	old_output_loc
int	new_output_loc
float *	center_freq
float *	gain

template<class iType>
class VrSyncFilter< iType >

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Constructor & Destructor Documentation

template<class iType> VrSyncFilter< iType >::VrSyncFilter (  int  n, float  d, const int  t[], const float  f[], const float  g[] )

template<class iType> VrSyncFilter< iType >::VrSyncFilter (  float  d, int  t, float  f, float  g )

template<class iType> VrSyncFilter< iType >::~VrSyncFilter (   )

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Member Function Documentation

template<class iType> void VrSyncFilter< iType >::buildFilter_complex (  int   )  [protected]

template<class iType> int VrSyncFilter< iType >::forecast (  VrSampleRange  output, VrSampleRange  inputs[] )  [virtual]

map output range to required input ranges Reimplemented from VrDecimatingSigProc< iType, oType >.

template<class iType> float VrSyncFilter< iType >::getSymbol_Period (   )  [virtual]

Implements VrPulse< iType, VrComplex >.

template<class iType> void VrSyncFilter< iType >::initialize (   )  [virtual]

Initialize any local state that is dependent on sampling frequency. Reimplemented from VrSigProc.

template<class iType> virtual const char* VrSyncFilter< iType >::name (   )  [inline, virtual]

default name for a module (override with actual name) Reimplemented from VrSigProc.

template<class iType> int VrSyncFilter< iType >::setCenter_Freq (  float   )

template<class iType> int VrSyncFilter< iType >::setCenter_Freq (  int  , float  )

template<class iType> int VrSyncFilter< iType >::setNumber_Taps (  int   )

template<class iType> int VrSyncFilter< iType >::setNumber_Taps (  int  , int  )

template<class iType> int VrSyncFilter< iType >::setPhase_Offset (  VrComplex   )

template<class iType> int VrSyncFilter< iType >::setSymbol_Period (  float   )  [virtual]

Implements VrPulse< iType, VrComplex >.

template<class iType> int VrSyncFilter< iType >::setSymbol_Timing (  float   )  [virtual]

Implements VrPulse< iType, VrComplex >.

template<class iType> void VrSyncFilter< iType >::start_oversampling (  int  , int  , int  , VrComplex *  , int *  )  [inline, virtual]

Implements VrPulse< iType, VrComplex >.

template<class iType> int VrSyncFilter< iType >::version (   )  [inline, virtual]

Implements VrPulse< iType, VrComplex >.

template<class iType> int VrSyncFilter< iType >::work (  VrSampleRange  output, void *  o[], VrSampleRange  inputs[], void *  i[] )  [virtual]

Generate up to output.size output points at o[output#][sample#] using data at the inputptrs[input#][sample#]. Pointers start at corresponding VrSampleIndex in the range params. output.size is a multiple of outputSize. Returns the number of outputs (<= output.size) that it was able to compute with the given input ranges. If this value is < output.size, forecast() will need to be called again. Implements VrSigProc.

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Member Data Documentation

template<class iType> int VrSyncFilter< iType >::bump [protected]

template<class iType> float* VrSyncFilter< iType >::center_freq [protected]

template<class iType> long VrSyncFilter< iType >::delta_differential_offset [protected]

template<class iType> long VrSyncFilter< iType >::differential_offset [protected]

template<class iType> float * VrSyncFilter< iType >::gain [protected]

template<class iType> int VrSyncFilter< iType >::new_output_loc [protected]

template<class iType> int VrSyncFilter< iType >::num_ch [protected]

template<class iType> int* VrSyncFilter< iType >::num_taps [protected]

template<class iType> int VrSyncFilter< iType >::old_output_loc [protected]

template<class iType> VrComplex VrSyncFilter< iType >::phase_bump [protected]

template<class iType> VrComplex* VrSyncFilter< iType >::phase_corr_incr [protected]

template<class iType> VrComplex * VrSyncFilter< iType >::phase_offset [protected]

template<class iType> int VrSyncFilter< iType >::pointer_incr [protected]

template<class iType> int VrSyncFilter< iType >::symbol_boundary [protected]

template<class iType> int VrSyncFilter< iType >::symbol_period [protected]

template<class iType> VrComplex** VrSyncFilter< iType >::taps [protected]

template<class iType> long VrSyncFilter< iType >::time [protected]

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

• VrSyncFilter.h

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