niftkTransformPoint3Dto2D.cxx File Reference

Include dependency graph for niftkTransformPoint3Dto2D.cxx:

Enumerations
enum	{   O_INPUT_GLOBAL_AFFINE_TRANSFORM_3D, O_INPUT_DOF_TRANSFORM_3D, O_INPUT_DISPLACEMENT_TRANSFORM_3D, O_INPUT_PERSPECTIVE,   O_K1, O_K2, O_FOCAL_LENGTH, O_NORMAL_POSITION,   O_INPUT_COORDINATE_3D }

Functions
int	main (int argc, char *argv[])

Variables
struct niftk::CommandLineArgumentDescription	clArgList []

Enumeration Type Documentation

anonymous enum

Enumerator
O_INPUT_GLOBAL_AFFINE_TRANSFORM_3D
O_INPUT_DOF_TRANSFORM_3D
O_INPUT_DISPLACEMENT_TRANSFORM_3D
O_INPUT_PERSPECTIVE
O_K1
O_K2
O_FOCAL_LENGTH
O_NORMAL_POSITION
O_INPUT_COORDINATE_3D

Function Documentation

int main	(	int	argc,
		char *	argv[]
	)

Variable Documentation

struct niftk::CommandLineArgumentDescription clArgList[]

Initial value:

= {

  {OPT_STRING, "g", "filename", "The input global (affine) 3D transformation."},

  {OPT_STRING, "df", "filename", "Deformation DOF (degrees of freedom) file name."},
  {OPT_STRING, "di", "filename", "Deformation vector image transformation file name."},
  
  {OPT_STRING, "p", "filename", "The input perspective projection transformation."},

  {OPT_SWITCH, "k1", NULL, "Invert the 'x' dimension of the 2D projection"},
  {OPT_SWITCH, "k2", NULL, "Invert the 'y' dimension of the 2D projection"},
  {OPT_DOUBLE, "f", "focalLength", "Focal length of the projection in mm [1000]"},
  {OPT_DOUBLEx2, "uv", "u0,v0", "The location of the projection normal on the 2D plane in mm [0,0]"},

  {OPT_DOUBLEx3|OPT_REQ, "pt3D", "x,y,z", "The input 3D coordinate to transform and project into 2D"},

  {OPT_DONE, NULL, NULL, 
   "Program to load a 2D-3D transformation and transform a 3D point into 2D.\n"
  }
}