b1fit: B1-mapping method based on: Fast, Accurate, and Precise Mapping of the RF Field In Vivo Using the 180 Signal Null. Dowell et al., Magn Reson Med 58 (2007). More...
#include <manual.h>
Inheritance diagram for RecoB1Fit:
Additional Inherited Members | |
 Public Member Functions inherited from RecoStep | |
| virtual bool | pipeline_init (const RecoController &controller, const RecoCoord &input_coord) |
| virtual bool | query (RecoQueryContext &context) |
| void | set_next_step (RecoStep *step) |
| Public Member Functions inherited from Step< RecoStep > | |
| RecoStep * | clone () const |
| void | set_args (const STD_string &argstr) |
| STD_string | args_description () const |
| STD_string | args_values () 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
b1fit: B1-mapping method based on: Fast, Accurate, and Precise Mapping of the RF Field In Vivo Using the 180 Signal Null. Dowell et al., Magn Reson Med 58 (2007).
Functor label: b1fit
Interface of b1fit:
- input: 4-dimensional, these dimensions are:
(userdef,line3d,line,readout)
- output: 3-dimensional, these dimensions are:
(line3d,line,readout)
The documentation for this class was generated from the following file:
