SplineMapperInterface Class Reference

#include <splinemapper.h>

Detailed Description

This is the interface for the SplineMapper data type. The data is reference-counted and a copy will automatically be created if a non-const function is called.

Public Member Functions
MAXON_METHOD Vector2d	GetPoint (Float positionX) const
MAXON_METHOD void	GetRange (Vector2d &min, Vector2d &max) const
MAXON_METHOD void	SetRange (const Vector2d &min, const Vector2d &max)
MAXON_METHOD void	AdaptRange (const Vector2d &min, const Vector2d &max)
MAXON_METHOD Float	GetTension () const
MAXON_METHOD void	SetTension (Float tension)
MAXON_METHOD Int	GetKnotCount () const
MAXON_METHOD SplineMapperKnot *	GetKnot (Int knotIndex)
MAXON_METHOD Bool	SetKnot (Int knotIndex, const SplineMapperKnot &knot)
MAXON_METHOD Result< void >	InsertKnot (Int knotIndex, const SplineMapperKnot &knot)
MAXON_METHOD Result< Int >	InsertKnot (Float x, Float y, Int flags, Bool adaptTangents)
MAXON_METHOD Result< void >	DeleteKnot (Int knotIndex)
MAXON_METHOD void	DeleteAllKnots ()
const MAXON_METHOD BaseArray< SplineMapperKnot > &	GetKnots () const
MAXON_METHOD BaseArray< SplineMapperKnot > *	GetKnotsRW ()
MAXON_METHOD void	SortKnots ()
MAXON_METHOD Vector2d	ClampPosition (const Vector2d &position) const

Private Member Functions
	MAXON_INTERFACE_NONVIRTUAL (SplineMapperInterface, MAXON_REFERENCE_COPY_ON_WRITE, "net.maxon.interface.splinemapper")

Member Function Documentation

MAXON_INTERFACE_NONVIRTUAL()

MAXON_INTERFACE_NONVIRTUAL ( SplineMapperInterface  , MAXON_REFERENCE_COPY_ON_WRITE  , "net.maxon.interface.splinemapper"    )

private

GetPoint()

MAXON_METHOD Vector2d GetPoint

(

Float

positionX

)

const

Gets a point from its X coordinate. If out of range, the first or last spline knots will be returned.

Note

Make sure knots are sorted before calling this (

See also

SortKnots)

Parameters

[in]

positionX

The X coordinate.

Returns

The retrieved position.

GetRange()

MAXON_METHOD void GetRange	(	Vector2d &	min,
		Vector2d &	max
	)		const

SetRange()

MAXON_METHOD void SetRange	(	const Vector2d &	min,
		const Vector2d &	max
	)

AdaptRange()

MAXON_METHOD void AdaptRange	(	const Vector2d &	min,
		const Vector2d &	max
	)

GetTension()

MAXON_METHOD Float GetTension

(

)

const

SetTension()

MAXON_METHOD void SetTension

(

Float

tension

)

GetKnotCount()

MAXON_METHOD Int GetKnotCount

(

)

const

GetKnot()

MAXON_METHOD SplineMapperKnot* GetKnot

(

Int

knotIndex

)

SetKnot()

MAXON_METHOD Bool SetKnot	(	Int	knotIndex,
		const SplineMapperKnot &	knot
	)

InsertKnot() [1/2]

MAXON_METHOD Result<void> InsertKnot	(	Int	knotIndex,
		const SplineMapperKnot &	knot
	)

Inserts a new knot at index position (0 <= position <= GetCount()).

Parameters

[in]	knotIndex	Insert index (the internal array size will increase and if (0 <= position < GetCount()), the existing elements are moved, but if (position == GetCount()), then element is appended to the end).
[in]	knot	The knot to insert

InsertKnot() [2/2]

MAXON_METHOD Result<Int> InsertKnot	(	Float	x,
		Float	y,
		Int	flags,
		Bool	adaptTangents
	)

DeleteKnot()

MAXON_METHOD Result<void> DeleteKnot

(

Int

knotIndex

)

DeleteAllKnots()

MAXON_METHOD void DeleteAllKnots

(

)

GetKnots()

const MAXON_METHOD BaseArray<SplineMapperKnot>& GetKnots

(

)

const

Gets the internal array for read-only operations.

Returns

Reference to internal array.

GetKnotsRW()

MAXON_METHOD BaseArray<SplineMapperKnot>* GetKnotsRW

(

)

Gets the internal array for read/write operations.

Returns

Pointer to internal array. It's guaranteed to be valid.

SortKnots()

MAXON_METHOD void SortKnots

(

)

Sorts the knots by its position X. Call this when an new knot is added or if a knot postion X has been modified.

ClampPosition()

MAXON_METHOD Vector2d ClampPosition

(

const Vector2d &

position

)

const

Clamps a position to the defined range (

See also

GetRange(), SetRange()).

Parameters

[in]

position

The position.

Returns

The clamped position.