#include <rabbitct.h>

Public Attributes

unsigned int	L

unsigned int	S_x

unsigned int	S_y

double *	A_n

float *	I_n

float	R_L

float	O_L

float *	f_L


unsigned int	adv_numProjBuffers

float **	adv_pProjBuffers

Detailed Description

RabbitCT global data structure.

This is the main structure describing the relevant dataset descriptions. The notation is adapted to the MedicalPhysics Technical Note.

Definition at line 9 of file rabbitct.h.

Member Data Documentation

◆ A_n

double* RabbitCtGlobalData::A_n

3x4 projetion matrix

Definition at line 15 of file rabbitct.h.

◆ adv_numProjBuffers

unsigned int RabbitCtGlobalData::adv_numProjBuffers

Relevant data for projection image memory management. Only required for.

number of projection buffers in RAM

Definition at line 26 of file rabbitct.h.

◆ adv_pProjBuffers

float** RabbitCtGlobalData::adv_pProjBuffers

projection image buffers, by default

Definition at line 27 of file rabbitct.h.

◆ f_L

float* RabbitCtGlobalData::f_L

pointer to where the result volume should be

Definition at line 20 of file rabbitct.h.

◆ I_n

float* RabbitCtGlobalData::I_n

projection image buffer

Definition at line 16 of file rabbitct.h.

◆ L

unsigned int RabbitCtGlobalData::L

Relevant data for the backprojection.

problem size in {128, 256, 512, 1024}

Definition at line 12 of file rabbitct.h.

◆ O_L

float RabbitCtGlobalData::O_L

position of the 0-index in the world coordinate

Definition at line 18 of file rabbitct.h.

◆ R_L

float RabbitCtGlobalData::R_L

isotropic voxel size

Definition at line 17 of file rabbitct.h.

◆ S_x

unsigned int RabbitCtGlobalData::S_x

projection image width

Definition at line 13 of file rabbitct.h.

◆ S_y

unsigned int RabbitCtGlobalData::S_y

projection image height (detector rows)

Definition at line 14 of file rabbitct.h.

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

rabbitct.h

Public Attributes