C++ namespace Geometry::Interpolation
Interpolation

Description

Functions

template< class val_t >
val_t	clamp(val_t lower, val_t value, val_t upper)
template< class vec_t , class val_t >
vec_t	linear(vec_t p0, vec_t p1, val_t t)
template< class vec_t , class val_t >
vec_t	quadraticBezier(vec_t p0, vec_t p1, vec_t p2, val_t t)
template< class vec_t , class val_t >
vec_t	cubicBezier(vec_t p0, vec_t p1, vec_t p2, vec_t p3, val_t t)

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Documentation

function
Geometry::Interpolation::clamp

public

template< class val_t >
val_t clamp(	val_t	lower,
	val_t	value,
	val_t	upper
)

Clamp the value to the given range.

Parameters

lower

Lower end of range

value

Value to clamp

upper

Upper end of range

Parameters

:

_{Defined in Geometry/Interpolation.h:28}

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function
Geometry::Interpolation::linear

public

template< class vec_t , class val_t >
vec_t linear(	vec_t	p0,
	vec_t	p1,
	val_t	t
)

Interpolate linearly betweenp0andp1.

Parameters

p0

First end point

p1

Second end point

t

Interpolation parameter from [0, 1]

Returns

Interpolated point

_{Defined in Geometry/Interpolation.h:41}

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function
Geometry::Interpolation::quadraticBezier

public

template< class vec_t , class val_t >
vec_t quadraticBezier(	vec_t	p0,
	vec_t	p1,
	vec_t	p2,
	val_t	t
)

Interpolate betweenp0,p1, andp2using a quadratic Bezier curve.

Parameters

p0

First end point

p1

Control point

p2

Second end point

t

Interpolation parameter from [0, 1]

Returns

Interpolated point

_{Defined in Geometry/Interpolation.h:57}

---

function
Geometry::Interpolation::cubicBezier

public

template< class vec_t , class val_t >
vec_t cubicBezier(	vec_t	p0,
	vec_t	p1,
	vec_t	p2,
	vec_t	p3,
	val_t	t
)

Interpolate betweenp0,p1,p2, andp3using a cubic Bezier curve.

Parameters

p0

First end point

p1

First control point

p2

Second control point

p3

Second end point

t

Interpolation parameter from [0, 1]

Returns

Interpolated point

_{Defined in Geometry/Interpolation.h:75}

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