com.github.mrstampy.esp.dsp.lab
Interface LabValues

All Superinterfaces:

java.io.Serializable

All Known Subinterfaces:

Lab

All Known Implementing Classes:

AbstractLab, DefaultLab, DefaultLabValues

public interface LabValues
extends java.io.Serializable

The Interface LabValues.

Method Summary

double	getBaseline() Gets the baseline.
int	getChannel() Returns the channel being processed by this lab.
FFTType	getFftType() Gets the fft type.
double	getHighNormalizeFftFrequency() Gets the high normalize fft frequency.
double	getHighPassFilterFactor() Gets the high pass filter factor.
double	getHighPassFrequency() Gets the high pass frequency.
double	getLowNormalizeFftFrequency() Gets the low normalize fft frequency.
double	getLowPassFilterFactor() Gets the low pass filter factor.
double	getLowPassFrequency() Gets the low pass frequency.
int	getNumBands() Gets the num bands.
int	getNumChannels() Returns the number of channels available for processing.
PassFilter	getPassFilter() Gets the pass filter.
EspWindowFunction	getWindowFunction() Gets the window function.
boolean	isAbsoluteValues() Checks if is absolute values.
boolean	isNormalizeFft() Checks if is normalize fft.
boolean	isNormalizeSignal() Checks if is normalize signal.
void	setAbsoluteValues(boolean absolute) Sets the absolute values.
void	setBaseline(double baseline) Sets the baseline.
void	setChannel(int channel) Set the channel for this lab.
void	setFftType(FFTType fftType) Sets the fft type.
void	setHighNormalizeFftFrequency(double freq) Sets the high normalize fft frequency.
void	setHighPassFilterFactor(double factor) Sets the high pass filter factor.
void	setHighPassFrequency(double freq) Sets the high pass frequency.
void	setLowNormalizeFftFrequency(double freq) Sets the low normalize fft frequency.
void	setLowPassFilterFactor(double factor) Sets the low pass filter factor.
void	setLowPassFrequency(double freq) Sets the low pass frequency.
void	setNormalizeFft(boolean normalize) Sets the normalize fft.
void	setNormalizeSignal(boolean normalize) Sets the normalize signal.
void	setNumBands(int numBands) Sets the num bands.
void	setPassFilter(PassFilter filter) Sets the pass filter.
void	setWindowFunction(EspWindowFunction windowFunction) Sets the window function.

Method Detail

getFftType

FFTType getFftType()

Gets the fft type.

Returns:

the fft type

setFftType

void setFftType(FFTType fftType)

Sets the fft type.

Parameters:

fftType - the new fft type

getNumBands

int getNumBands()

Gets the num bands.

Returns:

the num bands

setNumBands

void setNumBands(int numBands)

Sets the num bands.

Parameters:

numBands - the new num bands

setHighPassFrequency

void setHighPassFrequency(double freq)

Sets the high pass frequency.

Parameters:

freq - the new high pass frequency

getHighPassFrequency

double getHighPassFrequency()

Gets the high pass frequency.

Returns:

the high pass frequency

setLowPassFrequency

void setLowPassFrequency(double freq)

Sets the low pass frequency.

Parameters:

freq - the new low pass frequency

getLowPassFrequency

double getLowPassFrequency()

Gets the low pass frequency.

Returns:

the low pass frequency

getPassFilter

PassFilter getPassFilter()

Gets the pass filter.

Returns:

the pass filter

setPassFilter

void setPassFilter(PassFilter filter)

Sets the pass filter.

Parameters:

filter - the new pass filter

isAbsoluteValues

boolean isAbsoluteValues()

Checks if is absolute values.

Returns:

true, if is absolute values

setAbsoluteValues

void setAbsoluteValues(boolean absolute)

Sets the absolute values.

Parameters:

absolute - the new absolute values

isNormalizeSignal

boolean isNormalizeSignal()

Checks if is normalize signal.

Returns:

true, if is normalize signal

setNormalizeSignal

void setNormalizeSignal(boolean normalize)

Sets the normalize signal.

Parameters:

normalize - the new normalize signal

isNormalizeFft

boolean isNormalizeFft()

Checks if is normalize fft.

Returns:

true, if is normalize fft

setNormalizeFft

void setNormalizeFft(boolean normalize)

Sets the normalize fft.

Parameters:

normalize - the new normalize fft

setHighNormalizeFftFrequency

void setHighNormalizeFftFrequency(double freq)

Sets the high normalize fft frequency.

Parameters:

freq - the new high normalize fft frequency

getHighNormalizeFftFrequency

double getHighNormalizeFftFrequency()

Gets the high normalize fft frequency.

Returns:

the high normalize fft frequency

setLowNormalizeFftFrequency

void setLowNormalizeFftFrequency(double freq)

Sets the low normalize fft frequency.

Parameters:

freq - the new low normalize fft frequency

getLowNormalizeFftFrequency

double getLowNormalizeFftFrequency()

Gets the low normalize fft frequency.

Returns:

the low normalize fft frequency

setBaseline

void setBaseline(double baseline)

Sets the baseline.

Parameters:

baseline - the new baseline

getBaseline

double getBaseline()

Gets the baseline.

Returns:

the baseline

setLowPassFilterFactor

void setLowPassFilterFactor(double factor)

Sets the low pass filter factor.

Parameters:

factor - the new low pass filter factor

getLowPassFilterFactor

double getLowPassFilterFactor()

Gets the low pass filter factor.

Returns:

the low pass filter factor

setHighPassFilterFactor

void setHighPassFilterFactor(double factor)

Sets the high pass filter factor.

Parameters:

factor - the new high pass filter factor

getHighPassFilterFactor

double getHighPassFilterFactor()

Gets the high pass filter factor.

Returns:

the high pass filter factor

getWindowFunction

EspWindowFunction getWindowFunction()

Gets the window function.

Returns:

the window function

setWindowFunction

void setWindowFunction(EspWindowFunction windowFunction)

Sets the window function.

Parameters:

windowFunction - the new window function

getChannel

int getChannel()

Returns the channel being processed by this lab.

Returns:

the channel

setChannel

void setChannel(int channel)

Set the channel for this lab.

Parameters:

channel - the new channel

getNumChannels

int getNumChannels()

Returns the number of channels available for processing.

Returns:

the num channels