Transformation< N, P, NUM > Class Template Reference

Interface for applying a geometrical transformation on a set of vertices. More...

#include <Transformation.h>

Inheritance diagram for Transformation< N, P, NUM >:

List of all members.

Public Types
typedef FunctionValueGrid< N, P, NUM >::value_storage_type	value_storage_type
	Type for the storage of the function values on all grid points.
Public Member Functions
virtual value_storage_type	transform (const value_storage_type &operand) const =0
	Execute the transform on a set of vertices.
Static Public Member Functions
static VecMath::Vector< N, NUM >	perform (const VecMath::Vector< N, NUM > &x, const VecMath::Matrix< N, NUM > &rot, const VecMath::Vector< N, NUM > &trans, const VecMath::Vector< N, NUM > &scale)
Protected Member Functions
	Transformation (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.

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Detailed Description

template<unsigned N, unsigned P, typename NUM = double>
class Transformation< N, P, NUM >

Interface for applying a geometrical transformation on a set of vertices.

This class defines the interface to which all implementations conform. The interface basically consists of the constructor, which should only be used by the TransformationFactory class, and the transform() method.

Template Parameters:

N	Dimension of the vertices.
P	Dimension of the parameter space.
NUM	The numeric type of the Vector s.

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Constructor & Destructor Documentation

template<unsigned N, unsigned P, typename NUM = double>

Transformation< N, P, NUM >::Transformation	(	const VecMath::Rotation< N, NUM > &	rotation,
		const VecMath::Vector< N, NUM > &	translation,
		const VecMath::Vector< N, NUM > &	scale
	)		[protected]

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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Member Function Documentation

template<unsigned N, unsigned P, typename NUM = double>

virtual value_storage_type Transformation< N, P, NUM >::transform

(

const value_storage_type &

operand

)

const [pure virtual]

Execute the transform on a set of vertices.

Parameters:

operand

A (multi-dimensional) array of vertices on which the transformation is performed

Returns:

A (multi-dimensional) array of transformed vertices

Implemented in MultithreadedTransformation< N, P, NUM >, MultithreadedTransformation< N, 1, NUM >, SinglethreadedTransformation< N, P, NUM >, and SinglethreadedTransformation< N, 1, NUM >.

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

• HyperspaceExplorer/src/Displayable/Transformation/Transformation.h