Inheritance diagram for IMP::algebra::DefaultEmbeddingD< D >:

Public Member Functions
	DefaultEmbeddingD (const VectorD< D > &origin, const VectorD< D > &cell)

unsigned int	get_dimension () const

ExtendedGridIndexD< D >	get_extended_index (const VectorD< D > &o) const
	Return the index that would contain the voxel if the grid extended there. More...

GridIndexD< D >	get_index (const VectorD< D > &o) const

const VectorD< D >	get_origin () const

const VectorD< D > &	get_unit_cell () const
	Return the unit cell, relative to the origin. More...

void	set_origin (const VectorD< D > &o)

void	set_unit_cell (const VectorD< D > &o)

void	show (std::ostream &out=std::cout) const

Center
Return the coordinates of the center of the voxel.
VectorD< D >	get_center (const ExtendedGridIndexD< D > &ei) const

VectorD< D >	get_center (const GridIndexD< D > &ei) const

Bounding box
Return the bounding box of the voxel.
BoundingBoxD< D >	get_bounding_box (const ExtendedGridIndexD< D > &ei) const

BoundingBoxD< D >	get_bounding_box (const GridIndexD< D > &ei) const

Detailed Description

Embed a grid as an evenly spaced axis aligned grid.

Definition at line 30 of file grid_embeddings.h.

Member Function Documentation

template<int D>

ExtendedGridIndexD<D> IMP::algebra::DefaultEmbeddingD< D >::get_extended_index ( const VectorD< D > & o ) const

For example vectors below the "lower left" corner of the grid have indexes with all negative components. This operation will always succeed.

Definition at line 108 of file grid_embeddings.h.

template<int D>

const VectorD<D>& IMP::algebra::DefaultEmbeddingD< D >::get_unit_cell ( ) const

That is, the unit cell is

BoundingBoxD<D>(get_zeros_vector_d<D>(),get_unit_cell());

Definition at line 100 of file grid_embeddings.h.

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