SinglethreadedTransformation< N, P, NUM > Class Template Reference

Class template to apply a geometrical transformation on a set of vertices. More...

#include <SinglethreadedTransformation.h>

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

Collaboration diagram for SinglethreadedTransformation< 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
	SinglethreadedTransformation (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.
virtual value_storage_type	transform (const value_storage_type &operand) const
	Execute the transform on a set of vertices.
Private Member Functions
void	perform_transformation (const VecMath::Vector< N, NUM > &x, const VecMath::Vector< N, NUM > &xtrans)
Friends
class	TransformationFactory
class	SinglethreadedTransformation< N, P+1, NUM >

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Detailed Description

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

Class template to apply a geometrical transformation on a set of vertices.

This is an implementation that applies a transformation on every element of a MultiDimensionalVector one element after the next, sequentially, in a single threaded way. The TransformationFactory uses it as the default method to do transformations.

Recursively instantiates and performs transformations on VertexArray s of lower dimension.

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 >

SinglethreadedTransformation< N, P, NUM >::SinglethreadedTransformation	(	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.

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 >

SinglethreadedTransformation< N, P, NUM >::value_storage_type SinglethreadedTransformation< N, P, NUM >::transform

(

const value_storage_type &

operand

)

const [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

Implements Transformation< N, P, NUM >.

References VecMath::MultiDimensionalVector< T, D >::size().

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

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