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bladecomb: Pre-processing of PROPELLER blades: coordinate rotation for gridding More...

#include <manual.h>

Inheritance diagram for RecoBladeComb:
Inheritance graph
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Additional Inherited Members

- Public Member Functions inherited from RecoStep
virtual bool pipeline_init (const RecoController &controller, const RecoCoord &input_coord)
 
void set_next_step (RecoStep *step)
 
- Public Member Functions inherited from Step< RecoStep >
RecoStepclone () const
 
void set_args (const STD_string &argstr)
 
STD_string args_description () const
 
unsigned int numof_args () const
 
void append_opts (LDRblock &parblock)
 
- Protected Member Functions inherited from RecoStep
 RecoStep ()
 
bool execute_next_step (RecoData &rd, RecoController &controller)
 
- Protected Member Functions inherited from Step< RecoStep >
void append_arg (LDRbase &arg, const STD_string &arglabel)
 

Detailed Description

bladecomb: Pre-processing of PROPELLER blades: coordinate rotation for gridding

Functor label: bladecomb

Interface of bladecomb:

Options of bladecomb:

Option 1: Keyhole combination of blades
Option 2: Correlation weighting of all blades against the mean of all blades (in image space), command-line option: -bcw
Option 3: Blade-keyhole filter function (and its arguments), command-line option: -bkf
Option 4: Window/Filter function for kspace weighting of each blade, command-line option: -bwf
Option 5: Window/Filter width for kspace weighting of each blade, command-line option: -bww
Option 6: Blade-keyhole transition width (fraction of oversampled k-space center), command-line option: -bkt

Definition at line 82 of file blade.h.


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