niftkCreateTransformation.cxx File Reference

Include dependency graph for niftkCreateTransformation.cxx:

Enumerations
enum	{   O_DEBUG = 0, O_VERBOSE, O_TRANSFORM_TYPE, O_GRID_SIZE,   O_TARGET_IMAGE, O_OUTPUT_TRANSFORMATION, O_PARAMETERS, O_MORE }

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

Variables
struct niftk::CommandLineArgumentDescription	clArgList []

Enumeration Type Documentation

anonymous enum

Enumerator
O_DEBUG
O_VERBOSE
O_TRANSFORM_TYPE
O_GRID_SIZE
O_TARGET_IMAGE
O_OUTPUT_TRANSFORMATION
O_PARAMETERS
O_MORE

Function Documentation

int main	(	int	argc,
		char **	argv
	)

Variable Documentation

struct niftk::CommandLineArgumentDescription clArgList[]

Initial value:

= {
  {OPT_SWITCH, "dbg", 0, "Output debugging information."},
  {OPT_SWITCH, "v", 0,   "Verbose output during execution."},

  {OPT_INT|OPT_REQ, "type",  "number", "The type of the ITK transform to create. Options are:\n"
   " 0: Translation\n"
   " 1: Rigid, so rotations and translations, 3DOF in 2D and 6DOF in 3D.\n"
   " 2: Rigid plus scale, 5DOF in 2D, 9DOF in 3D.\n"
   " 3: Affine. 7DOF in 2D, 12DOF in 3D.\n"
   " 4: B-spline Free-form Deformation\n"
   " 5: Fluid transformation\n"
   " 6: PCA deformation transformation\n"
   " 7: PCA deformation transformation with translation\n\n"
  },

  {OPT_DOUBLE, "grid",  "size", "The resolution/spacing in mm of the b-spline control point grid."},

  {OPT_STRING, "ti",  "filename", "Target/Fixed image over which the transformation is defined."},

  {OPT_STRING|OPT_REQ, "ot", "filename", "The output transformation filename."},

  {OPT_DOUBLE|OPT_LONELY|OPT_REQ, NULL, "parameters", "The list of transformation parameters."},
  {OPT_MORE, NULL, "...", NULL},

  {OPT_DONE, NULL, NULL, 
   "Program to create a transformation from a user specified list of parameters."
  }
}

Create a transformation from a user specified list of parameters.