This class creates a Transformation. Always use it instead of the Transformation constructor. More...

Public Types
enum	Method { Singlethreaded, Multithreaded }
	The methods in which a Transformation can be performed.
Static Public Member Functions
static void	setTransformationMethod (const Method &method)
	Globally set how a Transformation is performed.
static Method	getTransformationMethod ()
	How a Transformation is performed.
template<unsigned N, unsigned P, typename NUM = double>
static const Transformation< N, P, NUM > *	create (const VecMath::Rotation< N, NUM > &rotation, const VecMath::Vector< N, NUM > &translation, const VecMath::Vector< N, NUM > &scale)
	Initialize a Transformation with a Rotation, a translation Vector and a scaling Vector.
template<unsigned N, unsigned P, typename NUM = double>
static const Transformation< N, P, NUM > *	create ()
	Initialize an identity Transformation.
Static Private Attributes
static Method	method_ = TransformationFactory::Singlethreaded

Detailed Description

This class creates a Transformation. Always use it instead of the Transformation constructor.

The method used for performing a Transformation is assigned with setTransformationMethod() and a Transformation is created (according to the globally selected Method) with create().

Member Function Documentation

template<unsigned N, unsigned P, typename NUM >

const Transformation< N, P, NUM > * TransformationFactory::create	(	const VecMath::Rotation< N, NUM > &	rotation,
		const VecMath::Vector< N, NUM > &	translation,
		const VecMath::Vector< N, NUM > &	scale
	)		`[static]`

Initialize a Transformation with a Rotation, a translation Vector and a scaling Vector.

Parameters:

rotation	The amount the target is rotated.
translation	The translation Vector to add to all vertices.
scale	Scale the target, with independent values for each direction.

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The documentation for this class was generated from the following files: