Single Sideband Modulation. More...

#include <SingleSideBandModulation.h>

Inheritance diagram for rwe::SSB:

Public Member Functions
void	setOscFreq (double input)

double	getOscFreq ()

double	perform (double input1)

Public Member Functions inherited from PdMaster
void *	getbytes (size_t nbytes)

void *	resizebytes (void *old, size_t oldsize, size_t newsize)

void	freebytes (void *fatso, size_t nbytes)

std::string	getPath ()

void	setSampleRate (unsigned long)

unsigned long	getSampleRate ()

void	setBlockSize (int)

int	getBlockSize ()

double	getTimeInSampleTicks ()

long	getTimeInMilliSeconds (double time)

int	pdBigOrSmall (double f)

void	cos_maketable ()

int	PD_BIGORSMALL (float f)

void	setFFTWindow (int)

int	getFFTWindow ()

double	mtof (double)

double	ftom (double)

double	powtodb (double)

double	dbtopow (double)

double	rmstodb (double)

double	dbtorms (double)

Additional Inherited Members
Public Types inherited from PdMaster
typedef union PdMaster::_sampleint_union	t_sampleint_union

Public Attributes inherited from PdMaster
int	cosTableSize = COSTABSIZE

float *	cos_table

Detailed Description

Single Sideband Modulation.

This class is based directly the hilbert~ and complex-mod~ abstractions in Pure Data. It uses a hilbert filter by cascading a series of biquad filters, which offsets the phase of the signal by 180 degrees. Then the real and imaginary parts are modulation using a cosine and sine wave respectively. The input is your signal to be modulated.

Member Function Documentation

void rwe::SSB::setOscFreq ( double input )

This is the modulation frequency.

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

MyClasses/SingleSideBandModulation.h
MyClasses/SingleSideBandModulation.cpp

Public Member Functions

Additional Inherited Members

Detailed Description

Member Function Documentation