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

#include <curves.h>

Detailed Description

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

Smooth interpolation (optionally monotonic) between points, using cubic segments.

Example curve including a repeated point and an instantaneous jump. The curve is flat beyond the first/last points.

To produce a sharp corner, use a repeated point. The gradient is flat at the edges, unless you use repeated points at the start/end.

Types
using	Segment = Cubic< Sample >

Methods
void	clear ()
	Clear existing points and segments. More...
CubicSegmentCurve &	add (Sample x, Sample y, bool corner=false)
	Add a new point, but does not recalculate the segments. corner just writes the point twice, for convenience. More...
void	update (bool monotonic=false, bool extendGrad=true, Sample monotonicFactor=3)
	Recalculates the segments. More...
Sample	operator() (Sample x) const
	Reads a value out from the curve. More...
CubicSegmentCurve	dx () const
Sample	dx (Sample x) const
std::vector< Segment > &	segments ()
const std::vector< Segment > &	segments () const

Attributes
Sample	lowGrad = 0
Sample	highGrad = 0

Method Details

add()

template<typename Sample = double>

CubicSegmentCurve& signalsmith::curves::CubicSegmentCurve< Sample >::add ( Sample  x, Sample  y, bool  corner = false  )

inline

Add a new point, but does not recalculate the segments. corner just writes the point twice, for convenience.

clear()

template<typename Sample = double>

void signalsmith::curves::CubicSegmentCurve< Sample >::clear ( )

inline

Clear existing points and segments.

operator()()

template<typename Sample = double>

Sample signalsmith::curves::CubicSegmentCurve< Sample >::operator() ( Sample  x ) const

inline

Reads a value out from the curve.

update()

template<typename Sample = double>

void signalsmith::curves::CubicSegmentCurve< Sample >::update ( bool  monotonic = false, bool  extendGrad = true, Sample  monotonicFactor = 3  )

inline

Recalculates the segments.