FILTER_TRANGE Struct Reference

#include <filter.h>

List of all members.

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Detailed Description

Filtering time range.

Public Member Functions
	FILTER_TRANGE (FILTER_TRANGE *pred=NULL)
	FILTER_TRANGE (double f_locut, double f_lopass, double f_hipass, double f_hicut, boolean bandpass=TRUE, FILTER_TRANGE *pred=NULL)
	Generate a constant band-pass or band-cut filter.
	FILTER_TRANGE (double f_locut, double f_lopass, boolean high=TRUE, FILTER_TRANGE *pred=NULL)
	Generate a constant high-pass or high-cut filter.
	FILTER_TRANGE (const ARRAY< POINT > &shape, FILTER_TRANGE *pred=NULL)
	Generate a shaping filter.
	FILTER_TRANGE (Filter *f)
	filter using custom Filter
Filter *	add_filter (Filter *f)
	adds a filter
void	read_ramp ()
void	read_band (int filter_type)
void	read_preset_band (Filter_Shape *s, int n, float *amps)
void	read_sp_balance (int filter_type)
void	read_polygon (int filter_type, int rep)
void	read_predefined (int filter_type)
void	read_butterworth (int filter_type)
void	read_wavelet (int filter_type)
void	read_bslope (int filter_type)
void	read_response (int filter_type)
void	proc (FILTER *FIL, TRACE *t, int num_filter)
	'num_filter' is the number of the filter to be applied. If num_filter < 0, applying all filters
void	proc (FILTER *FIL, DATA_SAMPLE *d, int num_samples)
	Apply filtering to an arbitrary array.
void	show () const
	print out current filter parameters
void	plotmtv_filter (FILE *f) const
	make PLOTMTV output of the filterin file 'f'
Public Attributes
Filter *	filter
	beginning of the list of filters
HEADER_PARAM	ramp_start
HEADER_PARAM	ramp_end
Private Member Functions
boolean	remove_filter ()
	remove (deallocate) the last filter

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Constructor & Destructor Documentation

FILTER_TRANGE::FILTER_TRANGE (  double  f_locut, double  f_lopass, double  f_hipass, double  f_hicut, boolean  bandpass = TRUE, FILTER_TRANGE *  pred = NULL )

Generate a constant band-pass or band-cut filter. Frequencies should be given in Hz (when the times are measured in ms)

FILTER_TRANGE::FILTER_TRANGE (  double  f_locut, double  f_lopass, boolean  high = TRUE, FILTER_TRANGE *  pred = NULL )

Generate a constant high-pass or high-cut filter. Frequencies should be given in Hz (when the times are measured in ms)

FILTER_TRANGE::FILTER_TRANGE (  const ARRAY< POINT > &  shape, FILTER_TRANGE *  pred = NULL )

Generate a shaping filter. Frequencies should be given as POINT::x, and filter amplitudes - as POINT:y

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

• filter.h
• filter_trange.C

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