InterpolateTypeInterface Class Reference

#include <interpolation.h>

Inheritance diagram for InterpolateTypeInterface:

Public Member Functions
MAXON_METHOD const DataType &	GetInterpolateDataType () const
MAXON_METHOD void	InterpolateLinear (void *data1, const void *data2, Float blend) const
MAXON_METHOD void	InterpolateInOutline (void *data, const Block< void * > &outline, const Block< Float > &weights) const
MAXON_METHOD void	Average (void *data, const Block< const void * > &dataSet) const
MAXON_FUNCTION void	InterpolateBilinear (const DataTypePtr dataType, void *data1, const void *data2, const void *data3, const void *data4, Float blendS, Float blendT) const

Static Public Member Functions
static MAXON_METHOD InterpolateType	GetInterpolationClass (const DataType &datatype)

Private Member Functions
	MAXON_INTERFACE (InterpolateTypeInterface, MAXON_REFERENCE_CONST, "net.maxon.geometry.interface.interpolate")

Member Function Documentation

MAXON_INTERFACE()

MAXON_INTERFACE ( InterpolateTypeInterface  , MAXON_REFERENCE_CONST  , "net.maxon.geometry.interface.interpolate"    )

private

GetInterpolateDataType()

MAXON_METHOD const DataType& GetInterpolateDataType

(

)

const

Returns the datatype this class manages, e.g. Vector2d32

Returns

The datatype.

InterpolateLinear()

MAXON_METHOD void InterpolateLinear	(	void *	data1,
		const void *	data2,
		Float	blend
	)		const

Interpolates linearly between two data values. Both addresses must be cast to the appropriate datatype.

Parameters

[in,out]	data1	The address of the first value. The value will be overwritten with the result.
[in]	data2	The address of the second value.
[in]	blend	The blend percentage [0.0..blend..1.0]

InterpolateInOutline()

MAXON_METHOD void InterpolateInOutline	(	void *	data,
		const Block< void * > &	outline,
		const Block< Float > &	weights
	)		const

Interpolates a value in the polygon outline using given weights. The addresses in data and outline need to be cast to the appropriate datatype.

Parameters

[in,out]	data	The address of the value. The value will be overwritten with the result.
[in]	outline	The outline data used to perform the interpolation.
[in]	weights	Weights to use for the interpolation; represent the interpolation distance from each outline edge.

Average()

MAXON_METHOD void Average	(	void *	data,
		const Block< const void * > &	dataSet
	)		const

Averages values in dataSet and stores the result under the specified data pointer.

Parameters

[in,out]	data	The resulting data pointer to be filled. The caller owns the memory.
[in]	dataSet	The data set to average.

InterpolateBilinear()

MAXON_FUNCTION void InterpolateBilinear	(	const DataTypePtr	dataType,
		void *	data1,
		const void *	data2,
		const void *	data3,
		const void *	data4,
		Float	blendS,
		Float	blendT
	)		const

Interpolates bilinearly between four data values. All addresses must be cast to the appropriate datatype.

Parameters

[in,out]	data1	The address of the first value. The value will be overwritten with the result.
[in]	data2	The address of the second value.
[in]	data3	The address of the third value.
[in]	data4	The address of the fourth value.
[in]	blendS	The first blend percentage [0.0..blend..1.0]. Interpolation Scheme [data1 .. blendS .. data2] and [data4 .. blendS .. data3].
[in]	blendT	The second blend percentage [0.0..blend..1.0]. Interpolation Scheme [blendS1 .. blendT .. blendS2]

GetInterpolationClass()

static MAXON_METHOD InterpolateType GetInterpolationClass ( const DataType &  datatype )

static

Return the interpolation class for the passed data type if exist.

Parameters

[in]

datatype

The DataType.

Returns

The interpolation class or an empty class if do not exist.