RecFourierProjectionTraverseSpace Struct Reference

#include <reconstruct_fourier_projection_traverse_space.h>

Collaboration diagram for RecFourierProjectionTraverseSpace:

Public Types
enum	Direction { XY, XZ, YZ }

Public Attributes
int	minY
int	minX
int	minZ
int	maxY
int	maxX
int	maxZ
float	maxDistanceSqr
enum RecFourierProjectionTraverseSpace::Direction	dir
Point3D< float >	unitNormal
Point3D< float >	topOrigin
Point3D< float >	bottomOrigin
int	projectionIndex
float	transformInv [3][3]
float	weight

Detailed Description

Struct describing a how to best traverse a single projection during the Fourier Reconstruction. It describes an Axis Aligned Bounding Box (AABB) that wraps some projection plane (or cuboid, in case it has some thickness) oriented in the memory

Definition at line 37 of file reconstruct_fourier_projection_traverse_space.h.

Member Enumeration Documentation

Direction

enum RecFourierProjectionTraverseSpace::Direction

Enumerator
XY
XZ
YZ

Definition at line 42 of file reconstruct_fourier_projection_traverse_space.h.

{ XY, XZ, YZ } dir; // optimal plane for traversing (i.e. you process this plane and iterate in last direction)

Member Data Documentation

bottomOrigin

Point3D<float> RecFourierProjectionTraverseSpace::bottomOrigin

Definition at line 55 of file reconstruct_fourier_projection_traverse_space.h.

dir

enum RecFourierProjectionTraverseSpace::Direction RecFourierProjectionTraverseSpace::dir

maxDistanceSqr

float RecFourierProjectionTraverseSpace::maxDistanceSqr

Definition at line 41 of file reconstruct_fourier_projection_traverse_space.h.

maxX

int RecFourierProjectionTraverseSpace::maxX

Definition at line 40 of file reconstruct_fourier_projection_traverse_space.h.

maxY

int RecFourierProjectionTraverseSpace::maxY

Definition at line 40 of file reconstruct_fourier_projection_traverse_space.h.

maxZ

int RecFourierProjectionTraverseSpace::maxZ

Definition at line 40 of file reconstruct_fourier_projection_traverse_space.h.

minX

int RecFourierProjectionTraverseSpace::minX

Definition at line 39 of file reconstruct_fourier_projection_traverse_space.h.

minY

int RecFourierProjectionTraverseSpace::minY

Definition at line 39 of file reconstruct_fourier_projection_traverse_space.h.

minZ

int RecFourierProjectionTraverseSpace::minZ

Definition at line 39 of file reconstruct_fourier_projection_traverse_space.h.

projectionIndex

int RecFourierProjectionTraverseSpace::projectionIndex

Definition at line 56 of file reconstruct_fourier_projection_traverse_space.h.

topOrigin

Point3D<float> RecFourierProjectionTraverseSpace::topOrigin

Projection can have some thickness due to the blob radius. These variables hold the origin of the lower/upper plane. Bear in mind that 'lower/upper' refers to initial orientation, before applying projection specific rotation, so it can happen that 'topOrigin' is lower than 'bottomOrigin'. In case the blob radius is zero, these variables hold the same point

Definition at line 55 of file reconstruct_fourier_projection_traverse_space.h.

transformInv

float RecFourierProjectionTraverseSpace::transformInv[3][3]

Definition at line 57 of file reconstruct_fourier_projection_traverse_space.h.

unitNormal

Point3D<float> RecFourierProjectionTraverseSpace::unitNormal

Projection itself is a plane (with/without some thickness) somehow oriented in the AABB. These variables hold normal to the plane

Definition at line 47 of file reconstruct_fourier_projection_traverse_space.h.

weight

float RecFourierProjectionTraverseSpace::weight

Definition at line 58 of file reconstruct_fourier_projection_traverse_space.h.

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

• xmipp/libraries/reconstruction/reconstruct_fourier_projection_traverse_space.h