Default Projection policy; single threaded, no optimizations. More...

#include <Projection.h>

Collaboration diagram for SimpleProjectionPolicy< N, Nnew, P, NUM >:

Public Member Functions
	SimpleProjectionPolicy (typename Projection< N, Nnew, P, NUM >::PointList viewpoint, typename Projection< N, Nnew, P, NUM >::PointList eye, typename Projection< N, Nnew, P, NUM >::DistanceList screen_distance, typename Projection< N, Nnew, P, NUM >::BoolList depth_cue)
	Create a SimpleProjectionPolicy with arbitrary view- and camera points for each dimension.
VecMath::MultiDimensionalVector < VecMath::Vector< Nnew, NUM > , P >	project (const VecMath::MultiDimensionalVector< VecMath::Vector< N, NUM >, P > &values)
	Execute the Projection on the given grid of `values`.
Private Attributes
Projection< N, Nnew, P, NUM > ::PointList	_viewpoint
	List of view points for the downprojection in each dimension.
Projection< N, Nnew, P, NUM > ::PointList	_eye
	List of camera positions for the downprojection in each dimension.
Projection< N, Nnew, P, NUM > ::DistanceList	_screen_distance
	List of screen distances for the downprojection in each dimension.
Projection< N, Nnew, P, NUM > ::BoolList	_depth_cue
	List of flags whether depth cue is used for the downprojection in each dimension.

Detailed Description

Default Projection policy; single threaded, no optimizations.

Template Parameters:

N	Original dimension of the `Vector` s to project.
Nnew	Dimension to project into.
P	Dimension of parameter space of the projected vertex array.
NUM	The numeric type of the `Vector` s.

Constructor & Destructor Documentation

template<unsigned N, unsigned Nnew, unsigned P, typename NUM >

SimpleProjectionPolicy< N, Nnew, P, NUM >::SimpleProjectionPolicy	(	typename Projection< N, Nnew, P, NUM >::PointList	viewpoint,
		typename Projection< N, Nnew, P, NUM >::PointList	eye,
		typename Projection< N, Nnew, P, NUM >::DistanceList	screen_distance,
		typename Projection< N, Nnew, P, NUM >::BoolList	depth_cue
	)		`[inline]`

Create a SimpleProjectionPolicy with arbitrary view- and camera points for each dimension.

Parameters:

viewpoint	List of view points for the downprojection in each dimension.
eye	List of camera positions for the downprojection in each dimension.
screen_distance	List of screen distances for the downprojection in each dimension.
depth_cue	List of flags whether depth cue is used for the downprojection in each dimension.

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