signalsmith::curves::Reciprocal< Sample > Class Template Reference

#include <curves.h>

Detailed Description

template<typename Sample = double>
class signalsmith::curves::Reciprocal< Sample >

A warped-range map, based on 1/x.

Static Methods
static Reciprocal< Sample >	barkScale ()
	Decent approximation to the Bark scale.
static Reciprocal< Sample >	barkRange (Sample lowHz, Sample highHz)
	Returns a map from 0-1 to the given (non-negative) Hz range.

Methods
	Reciprocal (Sample y0, Sample y1, Sample y2)
	If no x-range given, default to the unit range.
	Reciprocal (Sample x0, Sample x1, Sample x2, Sample y0, Sample y1, Sample y2)
Sample	operator() (double x) const
Reciprocal	inverse () const
Sample	inverse (Sample y) const
Sample	dx (Sample x) const
Reciprocal	then (const Reciprocal &other) const
	Combine two Reciprocals together in sequence.

Constructor & Destructor Documentation

Reciprocal()

template<typename Sample = double>

signalsmith::curves::Reciprocal< Sample >::Reciprocal ( Sample y0, Sample y1, Sample y2 )

inline

If no x-range given, default to the unit range.

Method Details

barkRange()

template<typename Sample = double>

static Reciprocal< Sample > signalsmith::curves::Reciprocal< Sample >::barkRange ( Sample lowHz, Sample highHz )

inlinestatic

Returns a map from 0-1 to the given (non-negative) Hz range.

barkScale()

template<typename Sample = double>

static Reciprocal< Sample > signalsmith::curves::Reciprocal< Sample >::barkScale ( )

inlinestatic

Decent approximation to the Bark scale.

The Bark index goes from 1-24, but this map is valid from approximately 0.25 - 27.5. You can get the bandwidth by barkScale.dx(barkIndex).

then()

template<typename Sample = double>

Reciprocal signalsmith::curves::Reciprocal< Sample >::then ( const Reciprocal< Sample > & other ) const

inline

Combine two Reciprocals together in sequence.